21.Amphenol Jaybeam Product Catalogue - Europe, Africa and Middle East

Amphenol Telecom Solutions

Antennas Combiners Tower Mount Amplifiers Lightning Arresters Coaxial Connectors Coaxial & Feeder Cable Base Station Accessories Networking Products Fibre Optic Products V090601

Amphenol Telecom Solutions - Table of Contents Amphenol Introduction & Contact Information

ii

Amphenol Telecom Solutions – Product Overview

Section A

Antennas

Section B

Coaxial Interconnects

Section C

Coaxial Cable

Section D

Jumper Cable Assemblies

Section E

Accessories for Telecommunication Applications

Section F

Assembly & Installation Instructions

Section G

Fibre Optic Products

Section H

Data / Networking Products

Section I

Glossary

Section J

ii

Amphenol Telecom Solutions Introduction to Amphenol Corporation Amphenol was founded in 1932. The company is one of the largest manufacturers of interconnect products in the world. The company designs, manufactures and markets electrical, electronic and fibre optic connectors, interconnect systems and coaxial and flat-ribbon cable. Its activities are geared towards 7 major markets: Aerospace / Military, Automotive, Broadband Communication, Industrial, Internet Equipment, Mobile Phones and Wireless Infrastructure. Amphenol is headquartered in Connecticut, USA and employs more than 28,000 people on a worldwide basis with manufacturing and assembly operations in the Americas, Europe and Asia.

Amphenol’s Contribution to Telecom Networks Amphenol is a leading global interconnect solutions provider to the wireless infrastructure market including applications such as cellular base stations, radio links, mobile switches, wireless routers, wireless local loop and cellsite antenna systems, combiners, transceivers, filters and amplifiers. Amphenol offers a wide product portfolio for every wireless standard and generation radio technology including 2.5G, 3G, WiMAX and future IP solutions. The product range includes RF, low frequency, power and fiber-optic connectors and cable assemblies, antennas, backplane interconnect systems and power distribution systems. This catalog details the most commonly used products for telecom networks. Should you require a product which is not listed in the catalog, please forward your request to Amphenol.

Notice Specifications are subject to change without notice. Contact your nearest Amphenol Corporation Sales Office for the latest specifications. All statements, information and data given herein are believed to be accurate and reliable but are presented without guarantee, warranty, or responsibility of any kind expressed or implied. Statements or suggestions concerning possible use of our products are made without representation or warranty that any such use is free of patent infringement and are not recommendations to infringe any patent. The user should not assume that all safety measures are indicated or that other measures may not be required. Specifications are typical and may not apply to all products.

Contact Amphenol Jaybeam Rutherford Drive, Park Farm South Wellingborough, Northamptonshire, NN8 6AX England

Tel: +44 (0) 1933 408 408 Fax: +44 (0) 1933 408 404 Email: [email protected] Web: www.amphenol-jaybeam.com

Page ii

Amphenol Telecom Solutions Amphenol Telecom Solutions – Product Overview Where Can Amphenol Service Your Requirements? Antennas

Amphenol is the only company that supports the entire interconnect requirements of a cellular infrastructure system. From high-speed backplane interconnect solutions to antenna, RF, fibre optic and power products, the vast majority of base stations are enabled by our interconnection technology.

Section B Indoor Antennas

Section B Microwave Antennas

Contact Amphenol Coaxial Connectors

Coaxial Cable

Pre-assembled Jumpers, Feeders and Cable Assemblies

Section C

Section D

Section E

Lightning Arresters

Earthing Kits

Cable Clamps

Section F

Section F

Section F A-1

Amphenol Telecom Solutions Amphenol Telecom Solutions – Product Overview – Continued Splitters & Couplers

Combiners – Dual-band & Tri-band

Tower Mount Amplifiers (TMA)

Section F

Section F

Section F

Power Distribution Units for TMAs

Gland Plates & Grounding Bars

Lugs

Section F

Section F

Section F

Consumables

Calibration Kits

Tools

Section F

Section F

Section F

Fibre Optic Products

IP67 Ethernet Connectors

Infiniband

Section H

Section I

Section I

(AISG) Antenna Interface Standards Group Connectors & Cable Assemblies

Backplane Systems

Busbars

Contact Amphenol

Contact Amphenol

Contact Amphenol

Filtered Terminal Blocks and Headers

Quick Connect Jumpers

Systems Integration TCS

Contact Amphenol

Contact Amphenol

Contact Amphenol

A-2

Amphenol

Antennas

Telecom Solutions

- Table of Contents Amphenol Antenna Solutions

Page B1

Product Overview - Cellular Base Station Antennas - Embedded Amplifier Antennas - In-Building / Microcell Antennas - Tri -Sector Ante nna Solutions – UNICEL & TRIO - UHF & VHF Base Station Antennas - Marine Antennas - Camouflage Solutions

Amphenol Jaybeam SmartTilt™

- Remote Electrical Tilt Technology

Pages B1 – B4

Pages B5 – B6

Cellular Antennas

Pages B15 – B68

PMR Antennas

Pages B69 – B196

Miniature Antennas - Whip Antenna for GSM/AMPS/ETACS - Whip Antenna for GSM - Short Whip Antenna for GSM/AMPS/ETACS - Swivel Antenna 45°~90° for GSM/DCS - Swivel Antenna 45°~90° for WiF i/Blue - Swivel Antenna 45°~90° 433/868MHz - Flat Antenna for GSM/DCS - Cling -On for GSM/DCS - Mini Me External Stubby for GSM/DCS - GPS Antenna Active Antenna - Mini GPS Dielectric Patch Antenna - Enterprise GPS/GSM Antenna - GPS/GSM Alternat e Packaged Antennas

Pages B197 – B200

Notice Specifications are subject to change without notice. Contact your nearest Ampheno l Corporation Sales Office for the latest specifications. All statements, information and data given herein are believed to be accurate and reliable but are presented without guarantee, w arranty, or responsibility of any kind expressed or implied. Stateme nts or suggestions concerning possible use of our products are made without representation or warranty that any such use is f ree of patent infringement and are not recommendations to infringe any patent. The user should not assume that all safety measures are indicated or that other measures may not be required. Specifications are typical and may not apply to all products.

Amphenol Telecom Solutions Amphenol Antenna Solutions Amphenol Antenna Solutions Product Range

 450 MHz CDMA

 1900 MHz PCS

 WCDMA & CDMA2000

 Environment Decorations

 800 MHz CDMA

 1920-2170 MHz WCDMA

 TD-SCDMA Smart Antennas

 In-building Antennas

 2.4 GHz WIMAX

 MIMO

 3.5 GHz WIMAX

 Beamforming

 5.7 GHz WIMAX

 Dual-Band & Tri-Band Series

 900 MHz GSM  806-960 MHz Broadband  1800 MHz DCS

 1710-2170 MHz Multi-Band & UMTS  1710-2170 MHz Broadband & GSM  GSM and CDMA VET

Product Overview Cellular Base Station Antennas Amphenol Antenna Solutions has been supplying base station antennas into the cellular market for nearly 20 years. In that time our product portfolio has grown to serve customers operating in the 700 MHz, Cellular 850 MHz, GSM 900 MHz, IDEN, GSM 1800 MHz, PCS 1900 MHz, UMTS 2100 MHz, AWS and 2500 WiMAX frequency bands. Amphenol Antenna Solutions offers a broad range of base station antenna models in indoor, point-to-point, sectorized panel and omni directional configurations. Our high performance antennas are field proven by network operators worldwide to deliver reliable communications in harsh tower top environments. Amphenol Antenna Solutions offers a wide selection of gains, azimuth beamwiths and electrical downtilts to give RF engineers the tools they need for network optimization. Innovative Wideband, Dual-Band and Tri-Band antenna solutions are also available to allow deployment of multiple networks in existing tower space with minimum visual impact to the community. In addition to antennas, Amphenol Antenna Solutions has established expertise in tri-sector antenna structures, tower top electronics and Remote Electrical Tilt (RET) technology. This depth of experience allows Amphenol Antenna Solutions engineers to develop highly sophisticated site solutions to support challenging network requirements. To search on-line for Cellular Base Station antennas: http://www.amphenol-jaybeam.com

Product Overview – Continued Embedded Amplifier Antennas Amphenol Antenna Solutions has pioneered the development of embedded amplifier technology for base station antennas. Rather than simply re-packaging an existing Tower Mounted Amplifier (TMA), our engineers were encouraged to reconsider all aspects of the design to insure a solution that provides maximum system performance in the smallest physical size possible. The resulting design improves RF system performance by minimizing cable losses in front of the TMA. This allows network operators to achieve higher quality of service from their existing sites or larger cell radii for new deployments. The Amphenol Antenna Solutions design also reduces installation costs by eliminating two RF jumper cables per antenna and by eliminating the time required to mount the external TMA’s and to weatherproof the external RF connections. The logistics savings in combination with the improved RF system performance make the case for embedded amplifier technology very compelling.

B-1

Amphenol Telecom Solutions In-Building / Microcell Antennas Amphenol Antenna Solutions in-building and microcell antennas have been deployed by network operators worldwide to provide improved coverage in office buildings, campuses, tunnels and urban canyons. Our aesthetically pleasing, low profile designs are available in an assortment of directional and omnidirectional configurations giving network engineers the tools needed to optimize coverage in these difficult environments. Innovative Wideband, Dual-Band and Tri-Band configurations are available allowing one distributed antenna system to serve multiple service providers with minimum visual impact. To search on-line for In-Building / Microcell antennas: http://www.amphenol-jaybeam.com Tri-Sector Antenna Solutions Amphenol Antenna Solutions is the industry leader in low visual impact Tri-sector antenna solutions. Since our first Tri-Sector antenna deployment over a decade ago, we have continuously enhanced the product range to support the need for smaller antenna structures with increased functionality. Amphenol Antenna Solutions understands the unique packaging challenges associated with tri-sector sites and has designed UNICELL and TRIO to provide trouble free installation and easy serviceability. A full line of accessories including TMA mounting canisters, lightning protection kits and flag pole adapter kits are available to allow customization to meet site specific requirements. UNICELL Unicells are antenna enclosures designed to conceal a wide variety of “off-the-shelf” Amphenol Antenna Solutions dual polarized antennas. The Unicell product family was designed by a team of RF and mechanical engineers to provide robust mechanical structures with maximum RF performance. Three module diameters are available in an assortment of lengths which can be custom tailored to meet your site requirements. Depending on the antenna selected, features such as azimuth panning & mechanical downtilt can be accommodated. In addition to the modules themselves accessories such as TMA mounting canisters, lightning protection kits, GPS antenna mounting kits, mounting masts and flag pole adapter kits have been developed to enhance the product offering. Product Features:  3-Sector antenna enclosures  312mm (12-inch), 368mm (14-inch) and 511 mm (20-inch) diameter versions  Removable concealment panels  Easy field access to antennas  Stackable to meet co-location requirements  AZ and EL adjustment available in some modules To search on-line for UNICELL antennas: http://www.amphenol-jaybeam.com

B-2

Amphenol Telecom Solutions Product Overview – Continued Tri-Sector Antenna Solutions - Continued TRIO TRIO antennas are 3-sector base station antennas concealed inside a compact cylindrical shroud. Unlike Unicell structures, the TRIO radiating sub-assemblies are not individually removable. Rather, the antenna for each sector is built directly into the TRIO mechanical structure, creating the smallest possible antenna diameter. The product range includes Wideband, Twin-Wideband, Dual-Band and Tri-Band configurations in diameters ranging from 230mm (9-inch) to 457mm (18-inch.) TRIO antennas are RET capable and selected models are available with azimuth panning. Accessories such as TMA mounting canisters, lightning protection kits and mounting masts are available to enhance the product offering. Product Features:  3-Sector base station antennas  Wideband, Dual-Band and Tri-Band configurations  230mm (9-inch), 310mm (12-inch), 388mm (15-inch) and 457mm (18-inch) diameters  Removable connector access panels  Independent Remote Electrical Tilt on each sector  Independent AZ panning available in some modules To search on-line for TRIO antennas: http://www.amphenol-jaybeam.com UHF & VHF Base Station Antennas Amphenol Antenna Solutions is a leading supplier of professional base station antennas to Private Mobile Radio (PMR), TETRA and broadcast markets worldwide. Applications include public safety, transportation, utilities, government, military, digital radio as well as mobile video broadcast using the DVB-H standard. Amphenol Antenna Solutions is a long standing supplier to these markets and has an excellent reputation for delivering high quality antennas for mission critical applications. Amphenol Antenna Solutions offers a robust range of antenna models covering the VHF and UHF frequency bands in indoor, Yagi, sector grid, sector panel, discone, collinear, exposed dipole, center-fed dipole and end-fed dipole omni directional configurations. Our high performance antennas are field proven by network operators worldwide to deliver reliable communications in harsh tower top environments. Amphenol Antenna Solutions offers a full range of robust mounting options as well as an assortment of phasing harnesses to create high gain antennas for long range applications. Marine Antennas Amphenol Antenna Solutions has produced high performance Marine antennas for more than 30 years under the MAT Equipment brand covering the AM, FM, HF, CB, TV, VHF, UHF and Cellular frequency bands. Our professional antennas are produced to the highest quality standards in the industry, providing clear, reliable communications that you can trust. The marine environment is extremely harsh due to constant exposure to wind, sea and pounding waves. Our engineers understand this environment and have developed robust antenna designs using the finest materials and finishes available to insure years of reliable service on the sea. A wide selection of mounting options and accessories are available to suit your application. Select from our large assortment of high quality mounting brackets, ratcheting bases, RF connector styles and cable lengths to insure quick, easy installation. To search on-line for Marine antennas: http://www.amphenol-jaybeam.com

B-3

Flagpole Solutions for all flag sizes Lamp Post Integration

Chimney

Non Penetrating Roof Mount

CAMOUFLAGE SOLUTIONS

Vegetation Camouflage All Electrical Equipment installed internally in our tri-sector range

B-4

Amphenol Telecom Solutions Amphenol Jaybeam SmartTilt™ - Remote Electrical Tilt Technology Remote Electrical Tilt Technology Amphenol Antenna Solutions has developed a complete range of equipment to provide Remote Electrical Tilt (RET) operation, known as SmartTilt™. Network engineers can make electrical downtilt adjustments in minutes without the need to schedule site outage and without having to pay for an expensive tower climb. Amphenol Antenna Solutions is proud to be at the forefront of RET Technology and was responsible for gathering the industry together to form the Antenna Interface Standards Group (AISG.) This group has worked together to develop an open communications standard for remote control of basestation antennas and mast head amplifiers. All Amphenol Antenna Solutions SmartTilt™ antennas are compliant with the AISG standard. Amphenol Antenna Solutions’s Mechanical Electrical Tilt (MET) antennas can be upgraded to remote electrical tilt (RET) antennas with the addition of the appropriate RET unit. Two different RET configurations are available depending on the antenna type and on your specific site requirements: Internal RET: Internal, “cassette style” RET’s install inside the antenna structure and are not visible after installation. This style construction often results in a slightly longer antenna, but one with no external features to be damaged during installation or to impede RF connector weatherproofing. External RET:

External RET’s extend beyond the bottom of the antenna structure and are not typically considered part of the antenna length by zoning officials. With this style RET, 100% of the antenna aperture is dedicated to radiating elements providing higher gain for a given antenna size.

Portable Control Unit Multiple RET antennas can be daisy chained together and controlled at the base of the tower via a single data feed cable. (See Diagram.) For applications where running the additional control cable is not feasible, Amphenol Antenna Solutions offers an assortment of AISG Modems to inject the control signals onto an existing RF feed cable. Electrical downtilt of antennas can be controlled at the site using a standard laptop computer and a Amphenol Antenna Solutions Portable Control Unit (PCU) kit. For more information on SmartTilt™ solutions, please contact Jaybeam Wireless sales and customer service.

JAYBEAM

B-5

Amphenol Telecom Solutions Amphenol Jaybeam SmartTilt™– Continued Remote Electrical Tilt Technology – Continued SmartTilt™ Site Configuration

To search on-line for Remote Electrical Tilt Technology: http://www.jaybeamwireless.com/remote-electrical-tilt-technology.php JAYBEAM

B-6

Amphenol Telecom Solutions Cellular Antennas - Table of Contents ITEM CODE 5052100 5052300 5130100 5133100 5133110 5142100 5157100 5157120 5160100 5162100 5162703 5162903 5163100 5165100 5176100 5176703 5176903 5177100 5177703 5257100 5260311 5264102 5265102 5270200 5290100 5829101 5860100 5860110 5863100 5863903 5876100 5880100 5880110 7691300 7825100 BMX065X13x000 BMX090X13x000 GSM3X75-22-A W85-13-x010 W85-19-x28

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PAGE NUMBER B-15 B-16 B-17 B-18 B-19 B-20 B-21 B-22 TO B-23 B-24 B-25 B-26 B-27 B-28 B-29 B-30 B-31 B-32 B-33 TO B-34 B-35 B-36 B-37 B-38 B-39 TO B-40 B-41 TO B-42 B-43 B-44 TO B-45 B-46 TO B-47 B-48 TO B-49 B-50 TO B-51 B-52 TO B-53 B-54 TO B-55 B-56 TO B-57 B-58 TO B-59 B-60 B-61 B-62 B-63 B-64 B-65 TO B-66 B-67 TO B-68

806-960 / 1710-2170 MHz 5052100

MULTI BAND CEILING MOUNTED MICROCELL ANTENNA This antenna offers excellent performance within a minimal design, for use on multiple bands.

V-Pol | Omni | 2.0 dBi

Electrical Characteristics Frequency bands

806-960 MHz / 1710-2170 MHz

Polarization

Vertical

Horizontal beamwidth (-3 dB)

Omnidirectional

Gain

2 dBi

Impedance

50Ω

VSWR

≤ 1.85:1 max full band

Input power

50 W per band

Termination

N socket on 30 cm RG303 cable (light brown jacket)

Mechanical Characteristics Dimensions

Base plate: Mini:

Ø 18 cm Ø 7 cm

Weight

Ø 7.1 in Ø 2.8 in

0.35 kg

0.8 lbs

Packaging Packing dimensions LxWxD

25 x 11 x 11 cm

Packing weight

9.8 x 4.3 x 4.3 in

0.7 kg

1.5 lbs

Mounting Options 4 x 5 mm (0.16 x 0.20 in) holes in base plate concealed with 3 removable caps

Mounting

Horizontal

Vertical | 950 MHz

Vertical | 1800 MHz

Vertical | 1920 MHz

Vertical | 2080 MHz

Quoted performance parameters are provided to offer typical or range values only and may vary as a result of normal manufacturing and operational conditions. Extreme operational conditions and/or stress on structural supports is beyond our control. Such conditions may result in damage to this product. Improvements to product may be made without notice.

REV0909

www.amphenol-jaybeam.com

B-15

806-960 / 1710-2500 MHz 5052300 INDOOR CEILING MOUNT ANTENNA

V-Pol | Omni | 2.0 dBi


806-960 MHz / 1710-2500 MHz

Polarization

Vertical

Horizontal beamwidth

Omnidirectional

Gain

2 dBi

VSWR

< 1.8:1

Input power

100 W

Input connector type / Location

N Female + 30 cm (11.8 in) RG303 cable / Rear

Radome color

White

Mechanical Characteristics

Dimensions (Ø x H)

203 x 71 mm

Weight

8.0 x 2.8 in

0.35 kg

0.8 lbs

Mounting Options

Mounting

Screws supplied (3 holes in the base) for ceiling mounting.

Horizontal

Vertical | 900 MHz

Vertical | 1800 MHz

Vertical | 1900 MHz

Vertical | 2100 MHz


REV0909


B-16

880-960 / 1710-2170 MHz 5130100 5130100 is a dual band, dual polarized sector panel overing the GSM900/1800/1900 and UMTS frequency bands. The antenna features variable electrical tilt with manual adjustment on each band and can be fitted with an optional remote control.

X-Pol | Dual Band VET | 85° | 147./16.0 dBi


880-960 MHz

1710-2170 MHz

±45°

±45°

Polarization Horizontal beamwidth Vertical beamwidth Gain

85°

85°

9.5° (±0.5°)

6° (±0.5°)

14.7 dBi (±0.5)

16.0 dBi (±0.5)

0-10°

0-10°

Electrical downtilt Impedance

50Ω

VSWR

<1.4:1

Upper sidelobe rejection

Better than 18 dB

Front-to-Back ratio

> 24 dB (± 30° at the back)

Null fill

Better than 22 dB

IM3 (2x20W carrier)

-110 dBm

Isolation between ports

< 30 dB

Isolation between bands

< 32 dB

Input power

200 W

Connector(s)

160 W

4 Ports / 7/16-DIN / Female / Long Neck / Bottom

Mechanical Characteristics Dimensions HxWxD

2040 x 286 x 138 mm

80.3 x 11.3 x 5.4 in

Weight without brackets

18.5 kg

Wind speed

160 km/hr

100 mph

665 N

149 lbf

Wind load @ 160 km/hr (100 mph) Shroud / Housing

41 lbs

Outdoor plastic / Aluminum

Mounting Options (Installation accessories to be ordered separately) Description:

Part number:

Fits Pipe Diameter

Weight

Mounting bracket kit

0900181/00

48-115 mm

2.6 kg

Kit to add mech. downtilt (0-10°)

---

---

1.9-4.5 in

5.6 lbs

---

Notes: The mechanical control of the electrical tilt does not add any additional length at the bottom of the antenna. When the optional remote control of the electrical tilt is installed, it fits completely inside the antenna base and does not add any additional length to the dimensions shown above. The remote controlled antenna still has the manual control capability and the tilt angle indicator.


REV0809


B-17 7

880-960 / 1710-2170 MHz 5133100 X-Pol | Dual Band VET | 85° | 16.0/16.0 dBi

5133100 is a full size dual band, dual polarized sector panel covering the GSM900/1800/1900 and UMTS frequency bands. The antenna features variable electrical tilt with manual adjustment on each band and can be fitted with an optional remote control.


880-960 MHz

1710-2170 MHz

Polarization

±45°

±45°


85°

85°

Vertical beamwidth

7°

6°

16.0 dBi

16.0 dBi

Gain Electrical downtilt

0-10°

0-10°

Impedance

50Ω

VSWR

<1.4

0-2° = <1.45; 2-10° = <1.4


Better than 18 dB

Front-to-Back ratio

> 25 dB

Null fill

Better than 22 dB

IM3 (2x20W carrier)

-110 dBm


0-2° = > 27 dB; 2-10° = > 30 dB


> 40 dB

Input power

200 W

Connector(s)

160 W



2680 x 286 x 138 mm


105.5 x 11.3 x 5.4 in

25 kg

Wind speed Wind load @ 160 km/hr (100 mph) Shroud / Housing

55 lbs

160 km/hr

100 mph

900 N

202 lbf



Part number:

Fits Pipe Diameter


0900393/00

48-115 mm

1.9-4.5 in


0900501/00

70-150 mm

2.8-5.9 in

Kit to add mech. downtilt (0-9.5°)

0900394/00

---

Wall mount with azimuth pan

0900395/00

---

Wall mount with mech. tilt & az. pan

0900533/00

---

Notes: The mechanical control of the electrical tilt does not add any additional length at the bottom of the antenna. When the optional remote control of the electrical tilt is installed, it fits completely inside the antenna base and does not add any additional length to the dimensions shown above. The remote controlled antenna still has the manual control capability and the tilt angle indicator. This antenna can be delivered with the RET units already fitted under part number 5133000.


REV0809


B-18




880-960 MHz

1710-2170 MHz

Polarization

±45°

±45°


85°

85°

Vertical beamwidth

7°

6°

15.5 dBi

15.5 dBi


0-10°

0-10°

Impedance

50Ω

VSWR

<1.4

0-2° = <1.45; 2-10° = <1.4


Better than 18 dB

Front-to-Back ratio

> 25 dB

Null fill

Better than 22 dB

IM3 (2x20W carrier)

-110 dBm


0-2° = > 27 dB; 2-10° = > 30 dB


> 40 dB

Input power

200 W

Connector(s)

160 W



2680 x 286 x 138 mm


105.5 x 11.3 x 5.4 in

25 kg

Wind speed Wind load @ 160 km/hr (100 mph) Shroud / Housing

55 lbs

160 km/hr

100 mph

900 N

202 lbf



Part number:

Fits Pipe Diameter


0900393/00

48-115 mm

1.9-4.5 in


0900501/00

70-150 mm

2.8-5.9 in

Kit to add mech. downtilt (0-9.5°)

0900394/00

---


0900395/00

---


0900533/00

---

Notes: The mechanical control of the electrical tilt does not add any additional length at the bottom of the antenna. When the optional remote control of the electrical tilt is installed, it fits completely inside the antenna base and does not add any additional length to the dimensions shown above. The remote controlled antenna still has the manual control capability and the tilt angle indicator. This antenna can be delivered with the RET units already fitted under part number 5133010.


REV0809


B-19

1710-2170 MHz 5142100

5142100 is a 65° sector wide band GSM1800/GSM1900/UMTS antenna fully housed in a fiberglass shroud. The antenna features variable electrical tilt with manual adjustment and can be fitted with an optional remote control.

X-Pol | VET Panel | 65° | 19.0 dBi

Electrical Characteristics Frequency band

1710-2170 MHz

Polarization

±45°


65°

Vertical beamwidth

4.5°

Gain

19.0 dBi

Electrical downtilt

2-10°

Impedance

50 Ω

VSWR

< 1.4:1


Better than 18 dB

Front-to-Back ratio

> 25 dB

Null fill

Better than 18 dB


> 30 dB

IM3 (2x20W carrier)

-153 dBc

Maximum power per port

160 W


1950 x 157 x 69 mm

76.8 x 6.2 x 2.7 in


9.5 kg

Wind speed

160 km/hr

Wind load @ 160 km/hr (100 mph)

21 lbs 100 mph

395 N

Connector(s)

89 lbf

2 ports / 7/16 DIN / Female / “Long Neck” / Bottom

Shroud

Fiberglass extrusion, Grey RAL 7035


Part number:

Fits pipe diameter:

Weight


0900390/00

48-115 mm

2.55 kg 5.6 lbs

Kit to add mechanical downtilt

---

---

1.9-4.5 in

Notes: Mounting plates add 45 mm (1.8 in) to top and bottom. Mechanical control of the electrical tilt does not add additional length at the bottom of antenna. The optional remote control of the electrical tilt fits completely inside the antenna. The remote controlled antenna still has the manual control capability and the tilt angle indicators.

Horizontal Plane

Vertical Plane


REV0809


B-20

1710-2170 MHz 5157100

5157100 is a twin 65° sector antenna covering the GSM1800/GSM1900/UMTS frequency bands. Each antenna has variable electrical tilt capability with manual adjustment and can be fitted with an optional remote control.

XX-Pol | VET Panel | 65° | 18.5 dBi

Electrical Characteristics (general) The antenna contains two radiating arrays housed in a single mechanical structure. Isolation between arrays

> 32 dB

Electrical Characteristics of each antenna Frequency band

1710-2170 MHz

Polarization

±45°


65°

Vertical beamwidth

6°

Gain

16.4 dBd / 18.5 dBi

Electrical downtilt

0-10°

Impedance

50 Ω

VSWR

< 1.4:1


Better than 18 dB

Front-to-Back ratio

> 25 dB

Null fill

Better than 18 dB


> 30 dB

IM3 (2x20W carrier)

-153 dBc


160 W


1730 x 340 x 78 mm

Weight without brackets Wind speed Wind load @ 160 km/hr (100 mph) Connector(s)

67.3 x 13.4 x 3.0 in

18 kg

40 lbs

160 km/hr

100 mph

785 N

176 lbf


Shroud / Housing



Part number:

Fits pipe diameter:

Weight


0900390/00

48-115 mm

2.55 kg 5.6 lbs

Kit to add mechanical downtilt (0-14°)

0900374/00

---

1.9-4.5 in

Notes: Mounting plates add 45 mm (1.8 in) to top and bottom. Mechanical control of the electrical tilt does not add additional length at the bottom of antenna. The optional remote control of the electrical tilt fits completely inside the antenna. The remote controlled antenna still has the manual control capability and the tilt angle indicators for each antenna.

Horizontal Plane

Vertical Plane


REV0809


B-21

1710-2170 MHz 5157120

● Double wideband antenna, dual polarized, 4 connectors

5157020 5157020G

● Variable electrical tilt, 0-10° on each antenna


● MET and RET versions, AISG1.1 or 3GPP/AISG2.0 ● RET modules fully inserted inside the antenna (field replaceable)

Model number options: 5157120 Manual Electrical Tilt Antenna 5157020 Remote Electrical Tilt Antenna (AISG1.1) 5157020G Remote Electrical Tilt Antenna (3GPP/AISG2.0)

Access Ports Description (Connectors) The antenna has four connectors located at the bottom face and marked with colored rings. Wideband 1710-2170 MHz ports

WHITE rings

2 x 7/16 DIN Long Neck

Wideband 1710-2170 MHz ports Recommended for UMTS2100

BLUE rings



> 32 dB


1710-2170 MHz

Polarization

±45°


65°

Vertical beamwidth

6°

Gain

16.4 dBd / 18.5 dBi

Electrical downtilt

0-10°

Impedance

50 Ω

VSWR

< 1.4


> 18 dB

Front-to-Back ratio

> 25 dB

Null fill

< 18 dB typical


> 30 dB

IM3 (2x20W carrier)

< -153 dBc


160 W

Electrical Downtilt Control Electrical downtilt can be controlled separately for each internal array. Manual control: The electrical tilt of each band is changed by tuning the adjustment screw at the end of each tilt indicator with a 10 mm socket wrench. Remote control: Optional RET modules (one per internal array), already configured and compatible with 3GPP/AISG2.0 or AISG1.1, allow the remote control of the variable electrical downtilt. The remote control of other equipment or sectors is possible by “daisy-chain” through the use of an extra AISG connector located on each RET module. The RET modules are fully inserted at the bottom of the antenna and do not add any additional length. The tilt angle indicators always stay visible and each band of the antenna still has manual tilt control (manual override). The antennas delivered with RET fitted in it (5157120 and 5157120G) include the AISG cable necessary for the daisy chain between the two RET units. RET module part number (two per antenna)

RETU-CA01 RETU-CG01

for AISG1.1 protocol (2 supplied with 5157120) for 3GPP/AISG2.0 protocol (2 supplied with 5157120G)


REV0809


B-22

1710-2170 MHz 5157120 5157020 5157020G XX-Pol | VET Panel | 65° | 18.5 dBi Environmental Operating temperature range

-40° to +60° C

Environmental

-40° to +140° F

ETS 300 019

RoHS compliant

Yes


1710 x 340 x 77 mm


67.3 x 13.4 x 3.0 in

18 kg

Survival wind speed

40 lbs

200 km/hr

Operational wind speed

160 km/hr


785 N

Shroud

124 mph 99 mph 176 lbf

Outdoor plastic, grey RAL7035

Packaging Packing dimensions

2300 x 340 x 210 mm

Packing weight

20.0 kg

Packing volume

0.164 m3

90.6 x 13.4 x 8.3 in 44 lbs 5.8 ft3


Part number:

Fits pipe diameter:

Weight:


0900181/00

48-115 mm

1.9-4.5 in

3.4 kg

7.5 lbs


0900182/00

70-150 mm

2.8-5.9 in

3.9 kg

8.6 lbs


0900188/00

---

1.5 kg

3.3 lbs


0900183/00

---

1.6 kg

3.5 lbs


0900885/00

---

3.3 kg

7.3 lbs

Installation Do not install the antenna with the connectors facing upwards.

Bottom View

Tilt angle indicators Location of the RET modules


B-23


REV0809



Electrical Characteristics

880-960 MHz

Frequency bands

880-960 MHz

1710-2170 MHz 1710-1880 MHz

1850-1990 MHz

1920-2170 MHz

Polarization

±45°


64°

66°

63°

60°

Vertical beamwidth

6.9°

5.8°

5.7°

5.6°

17.5 dBi

17.3 dBi

17.7 dBi

18.2 dBi


±45°

0-10°

0-10°

Impedance

50Ω

VSWR

<1.4


18 dB typical

Front-to-Back ratio

> 25 dB

Null fill

18 dB typical

IM3 (2x20W carrier)

-110 dBm


Tilt 0-2° > 28 dB


Tilt 2-10° > 30 dB

35 dB typical

Input power

200 W

Connector(s)

160 W 4 Ports / 7/16-DIN / Female / Long Neck / Bottom


2680 x 286 x 138 mm


105.5 x 11.3 x 5.4 in

25 kg

55 lbs

Wind speed

160 km/hr

100 mph


900 N

202 lbf

Shroud / Housing



Part number:

Fits Pipe Diameter

Weight


0900393/00

48-115 mm

5.8 kg


---

---

1.9-4.5 in

13 lbs

---



REV0809


B-24

1710-2170 MHz 5162100




1710-2170 MHz

Polarization

±45°


65°

Vertical beamwidth

6°

Gain

18.5 dBi

Electrical downtilt

0-10°

Impedance

50 Ω

VSWR

< 1.4:1


Better than 18 dB

Front-to-Back ratio

> 25 dB

Null fill

Better than 18 dB


> 30 dB

IM3 (2x20W carrier)

-153 dBc


160 W


1690 x 157 x 69 mm

66.5 x 6.2 x 2.7 in


8.4 kg

Wind speed

160 km/hr


19 lbs 100 mph

340 N

Connector(s)

76 lbf


Shroud



Part number:

Fits pipe diameter:

Weight


0900390/00

48-115 mm

2.55 kg 5.6 lbs


---

---

1.9-4.5 in

Notes: Mounting plates add 45 mm (1.8 in) to top and bottom. Mechanical control of the electrical tilt does not add additional length at the bottom of antenna. The optional remote control of the electrical tilt fits completely inside the antenna. The remote controlled antenna still has the manual control capability and the tilt angle indicators.

Horizontal Plane

Vertical Plane


REV0809


B-25

1710-2170 MHz 5162703

● TRIO230 (120° fixed azimuth) ● Three 65° wideband antennas installed at 120° in a cylindrical shroud

X-Pol | VET TRIO | 65° | 18.5 dBi

● MET and RET versions available ● Manual units can be upgraded with RET control ● A built-in canister at the bottom allows access to connectors and tilt control ● A remote controlled antenna still has manual control capability with a visible tilt indicator Model number options: 5162703 Manual Electrical Tilt - Unit fitted with 3 sectors 5162701 Manual Electrical Tilt - Unit fitted with 1 sector 5162702 Manual Electrical Tilt - Unit fitted with 2 sectors 5162603 Remote Electrical Tilt


1710-2170 MHz

Polarization

±45°


65°

Vertical beamwidth

6°

Gain

18.5 dBi

Electrical downtilt

0-10°

Sector antenna bearings

0°, 120°, 240°

Impedance

50Ω

VSWR

< 1.5:1


Better than 18 dB

Front-to-Back ratio

> 25 dB

Null fill

Better than 18 dB


> 30 dB

IM3 (2x20W carrier)

-153 dBc


160 W

Connector(s)

6 ports / 7/16 DIN / Female / Long Neck / Bottom

Mechanical Characteristics Overall Dimensions Height x Diameter

1940 x 230 mm

Antenna Height Access Panel Height x Diameter Weight

76.4 x 9.1 in

1565 mm

61.6 in

250 x 230 mm

9.8 x 9.1 in

27 kg

Wind speed - Survival

60 lbs

200 km/hr

124 mph

Wind speed - Operational

160 km/hr

100 mph


390 N

Shroud / Housing

88 lbf

Outdoor plastic, Grey RAL7035 / Aluminum

Installation Any base allowing a 230 mm (9.1 in) diameter flat surface. The antenna must be bolted with six M10 screws 120° apart in a 180 mm (7.1 in) diameter construction circle. Accessosries Lightning Finial

TRX-LPK


REV0809


B-26

1710-2170 MHz 5162903

● TRIO310 (±15° individual azimuth panning) ● Three 65° wideband antennas installed at 120° in a cylindrical shroud

X-Pol | VET TRIO | 65° | 18.5 dBi With Individual Azimuth Panning (±15°)



1710-2170 MHz

Polarization

±45°


65°

Vertical beamwidth

6°

Gain

18.5 dBi

Electrical downtilt

0-10°


0° (±15°), 120° (±15°), 240° (±15°)

Impedance

50Ω

VSWR

< 1.4:1


Better than 18 dB

Front-to-Back ratio

> 25 dB

Null fill

Better than 18 dB


> 30 dB

IM3 (2x20W carrier)

-153 dBc


160 W

Connector(s)



1937 x 310 mm


76.3 x 12.2 in

1565 mm

61.6 in

250 x 310 mm

9.8 x 12.2 in

37 kg


82 lbs

200 km/hr

124 mph


160 km/hr

100 mph


252 N

Shroud / Housing

57 lbf



TRX-LPK


REV0809


B-27

870-960 / 1710-2170 MHz 5163100 5163100 is a 3/4 dual band, dual polarized sector panel covering the GSM900/1800/1900 and UMTS frequency bands. The antenna features variable electrical tilt with manual adjustment on each band and can be fitted with an optional remote control.

X-Pol | Dual Band VET | 65° | 16.5/17.5 dBi


870-960 MHz

1710-2170 MHz

±45°

±45°


65°

65°

9.5° (±0.5°)

6° (±0.5°)

16.5 dBi (±0.5)

17.5 dBi (±0.5)

0-10°

0-10°


50Ω

VSWR

<1.4:1


Better than 18 dB

Front-to-Back ratio

> 25 dB

Null fill

Better than 22 dB

IM3 (2x20W carrier)

-110 dBm


< 30 dB


< 32 dB

Input power

200 W

Connector(s)

160 W



2040 x 286 x 138 mm

80.3 x 11.3 x 5.4 in


18.5 kg

Wind speed

160 km/hr

100 mph

665 N

149 lbf

Wind load @ 160 km/hr (100 mph) Shroud / Housing

41 lbs



Part number:

Fits Pipe Diameter

Weight


0900181/00

48-115 mm

2.6 kg


---

---

1.9-4.5 in

5.6 lbs

---



REV0809


B-28

870-960 / 1710-2170 MHz 5165100 5165110 is a half size dual band, dual polarized sector panel covering the GSM900/1800/1900 and UMTS frequency bands. The antenna features variable electrical tilt with manual adjustment on each band and can be fitted with an optional remote control.



870-960 MHz

1710-2170 MHz

±45°

±45°


65°

65°

13.5° (±0.5°)

7° (±0.5°)

15.0 dBi (±0.4)

16.5 dBi (±0.4)

0-10°

0-10°


50Ω

VSWR

<1.4:1


Better than 18 dB

Front-to-Back ratio

> 25 dB

Null fill

Better than 22 dB

IM3 (2x20W carrier)

-110 dBm

Input power

200 W

Connector(s)

160 W



1500 x 286 x 138 mm


14.5 kg


500 N

Shroud / Housing

59.1 x 11.3 x 5.4 in 32 lbs 112 lbf



Part number:

Fits Pipe Diameter

Weight


0900181/00

48-115 mm

2.6 kg


---

---

1.9-4.5 in

5.6 lbs

---



REV0809


B-29

1710-2170 MHz 5176100




1710-2170 MHz

Polarization

±45°


65°

Vertical beamwidth

7°

Gain

17.5 dBi

Electrical downtilt

2-14°

Impedance

50 Ω

VSWR

< 1.4:1


Better than 18 dB

Front-to-Back ratio

> 25 dB

Null fill

Better than 22 dB


> 30 dB

IM3 (2x20W carrier)

-153 dBc


160 W


1430 x 157 x 69 mm

Weight without brackets Wind speed Wind load @ 160 km/hr (100 mph) Connector(s)

56.3 x 6.2 x 2.7 in

8 kg

18 lbs

160 km/hr

100 mph

290 N

65 lbf


Shroud



Part number:

Fits pipe diameter:

Weight


0900390/00

48-115 mm

1.9-4.5 in

2.55 kg 5.6 lbs


0900503/00

70-150 mm

2.8-5.9 in

---

Wall mounting kit with azimuth pan

0900408/00

---

---


0900474/00

---

---

Notes: Mounting plates add 45 mm (1.8 in) to top and bottom. Mechanical control of the electrical tilt does not add additional length at the bottom of antenna. The optional remote control of the electrical tilt fits completely inside the antenna. The remote controlled antenna still has the manual control capability and the tilt angle indicators. This antenna can be delivered with the RET unit already fited under part number 5176000.

Horizontal Plane

Vertical Plane


REV0809


B-30

1710-2170 MHz 5176703

● TRIO230 (120° fixed azimuth) ● Three 65° wideband antennas installed at 120° in a cylindrical shroud

X-Pol | VET TRIO | 65° | 17.5 dBi



1710-2170 MHz

Polarization

±45°


65°

Vertical beamwidth

7°

Gain

17.5 dBi

Electrical downtilt

2-14°


0°, 120°, 240°

Impedance

50Ω

VSWR

< 1.4:1


Better than 18 dB

Front-to-Back ratio

> 25 dB

Null fill

Better than 22 dB


> 30 dB

IM3 (2x20W carrier)

-153 dBc


160 W

Connector(s)



1710 x 230 mm


67.3 x 9.1 in

1335 mm

52.6 in

250 x 230 mm

9.8 x 9.1 in

25 kg


55 lbs

200 km/hr

124 mph


160 km/hr

100 mph


184 N

Shroud / Housing

41 lbf



TRX-LPK


REV0809


B-31

1710-2170 MHz 5176903

● TRIO310 (±15° individual azimuth panning) ● Three 65° wideband antennas installed at 120° in a cylindrical shroud

X-Pol | VET TRIO | 65° | 17.5 dBi With Individual Azimuth Panning (±15°)

● MET and RET versions available ● Manual units can be upgraded with RET control ● A built-in canister at the bottom allows access to connectors, tilt control and azimuth control ● A remote controlled antenna still has manual control capability with a visible tilt indicator Model number options: 5176903 Manual Electrical Tilt - Unit fitted with 3 sectors 5176901 Manual Electrical Tilt - Unit fitted with 1 sector 5176902 Manual Electrical Tilt - Unit fitted with 2 sectors 5176803 Remote Electrical Tilt


1710-2170 MHz

Polarization

±45°


65°

Vertical beamwidth

7°

Gain

17.5 dBi

Electrical downtilt

2-14°


0° (±15°) , 120° (±15°), 240° (±15°)

Impedance

50Ω

VSWR

< 1.4:1


Better than 18 dB

Front-to-Back ratio

> 25 dB

Null fill

Better than 22 dB


> 30 dB

IM3 (2x20W carrier)

-153 dBc


160 W

Connector(s)



1710 x 310 mm


67.3 x 12.2 in

1335 mm

52.6 in

250 x 310 mm

9.8 x 12.2 in

32 kg


71 lbs

200 km/hr

124 mph


160 km/hr

100 mph


268 N

Shroud / Housing

60 lbf



TRX-LPK


REV0809


B-32

1710-2170 MHz 5177100

● Double wideband antenna, dual polarized, 4 connectors

5177000 5177000G

● Variable electrical tilt, 2-14° on each antenna




Access Ports Description (Connectors) The antenna has four connectors located at the bottom face and marked with colored rings. Wideband 1710-2170 MHz ports

WHITE rings


Wideband 1710-2170 MHz ports Recommended for UMTS2100

BLUE rings



> 32 dB


1710-2170 MHz

Polarization

±45°


65°

Vertical beamwidth

7°

Gain

15.4 dBd / 17.5 dBi

Electrical downtilt

2-14°

Impedance

50 Ω

VSWR

< 1.4


> 18 dB

Front-to-Back ratio

> 25 dB

Null fill

< 18 dB typical


> 30 dB

IM3 (2x20W carrier)

< -153 dBc


160 W

Electrical Downtilt Control Electrical downtilt can be controlled separately for each internal array. Manual control: The electrical tilt of each band is changed by tuning the adjustment screw at the end of each tilt indicator with a 10 mm socket wrench. Remote control: Optional RET modules (one per internal array), already configured and compatible with 3GPP/AISG2.0 or AISG1.1, allow the remote control of the variable electrical downtilt. The remote control of other equipment or sectors is possible by “daisy-chain” through the use of an extra AISG connector located on each RET module. The RET modules are fully inserted at the bottom of the antenna and do not add any additional length. The tilt angle indicators always stay visible and each band of the antenna still has manual tilt control (manual override). The antennas delivered with RET fitted in it (5177000 and 5177000G) include the AISG cable necessary for the daisy chain between the two RET units. RET module part number (two per antenna)

RETU-CA01 RETU-CG01

for AISG1.1 protocol (2 supplied with 5177000) for 3GPP/AISG2.0 protocol (2 supplied with 5177000G)


REV0809


B-33

1710-2170 MHz 5177100 5177000 5177000G XX-Pol | VET Panel | 65° | 17.5 dBi Environmental Operating temperature range

-40° to +60° C

Environmental

-40° to +140° F

ETS 300 019

RoHS compliant

Yes


1430 x 340 x 77 mm

56.3 x 13.4 x 3.0 in


13.1 kg

Survival wind speed

200 km/hr

29 lbs


160 km/hr


660 N

Shroud

124 mph 99 mph 148 lbf



2000 x 380 x 140 mm

Packing weight

20.0 kg

Packing volume

0.106 m3

78.7 x 15.0 x 5.5 in 44 lbs 3.7 ft3


Part number:

Fits pipe diameter:

Weight:


0900181/00

48-115 mm

1.9-4.5 in

3.4 kg

7.5 lbs


0900182/00

70-150 mm

2.8-5.9 in

3.9 kg

8.6 lbs


0900188/00

---

1.5 kg

3.3 lbs


0900183/00

---

1.6 kg

3.5 lbs


0900885/00

---

3.3 kg

7.3 lbs

Installation Do not install the antenna with the connectors facing upwards.

Bottom View

Tilt angle indicators Location of the RET modules


B-34


REV0809

1710-2170 MHz 5177703

● TRIO380 (120° fixed azimuth) ● Three 65° TWIN wideband antennas installed at 120° in a cylindrical shroud

XX-Pol | VET TRIO | 65° | 17.5/17.5 dBi



1710-2170 MHz

Polarization

±45°


65°

Vertical beamwidth

7°

Gain

17.5 dBi (each antenna per sector)

Electrical downtilt

2-14°


0°, 120°, 240°

Impedance

50Ω

VSWR

< 1.4:1


Better than 18 dB

Front-to-Back ratio

> 25 dB

Null fill

Better than 22 dB


> 30 dB

Isolation between antennas in a sector

> 32 dB

IM3 (2x20W carrier)

-153 dBc


160 W

Connector(s)



1710 x 388 mm


67.3 x 15.3 in

1335 mm

52.6 in

250 x 388 mm

9.8 x 15.3 in

53 kg

117 lbs


200 km/hr

124 mph


160 km/hr

100 mph


402 N

Shroud / Housing

90 lbf



TRX-LPK


REV0809


B-35

1710-2170 MHz 5257100

5257100 is a twin 65° sector antenna covering the GSM1800/GSM1900/UMTS frequency bands. Each antenna has variable electrical tilt capability with manual adjustment and can be fitted with an optional remote control.



> 32 dB


1710-2170 MHz

Polarization

±45°


65°

Vertical beamwidth

4.5°

Gain

16.9 dBd / 19.0 dBi

Electrical downtilt

2-10°

Impedance

50 Ω

VSWR

< 1.4:1


Better than 18 dB

Front-to-Back ratio

> 25 dB

Null fill

Better than 18 dB


> 30 dB

IM3 (2x20W carrier)

-153 dBc


160 W


1990 x 340 x 78 mm


78.3 x 13.4 x 3.1 in

18 kg

Wind speed Wind load @ 160 km/hr (100 mph) Connector(s)

40 lbs

160 km/hr

100 mph

900 N

202 lbf


Shroud / Housing



Part number:

Fits pipe diameter:

Weight


0900390/00

48-115 mm

2.55 kg 5.6 lbs


---

---

1.9-4.5 in

Notes: Mounting plates add 45 mm (1.8 in) to top and bottom. Mechanical control of the electrical tilt does not add additional length at the bottom of antenna. The optional remote control of the electrical tilt fits completely inside the antenna. The remote controlled antenna still has the manual control capability and the tilt angle indicators for each antenna.

Horizontal Plane

Vertical Plane

on

le lab

So

i

n ter

a Av

t

Pa

on

le

b ila

So

va nA

er att

P


REV0809


B-36

880-960 / 1710-2170 MHz 5260311 X-Pol | Dual Band VET Antenna | 65° | 17.0 dBi Electrical Characteristics Frequency band

880-960 MHz

Polarization

1710-1880 MHz

±45°

1900-2170 MHz ±45°


70°

68°

65°

Vertical beamwidth

9.5°

6.5°

5.5°

15.0 dBi

16.0 dBi


17.0 dBi

0-10°

0-10°

Impedance

50Ω

50Ω

Return loss

> 15.6 dB

> 15.0 dB

Upper sidelobe

16 dB typical

16 dB typical

Front-to-Back ratio

> 20 dB

> 29 dB

Isolation

> 25 dB

> 25 dB


200 W

Connector(s)

160 W 4 ports / 7/16-DIN / Female / Bottom


2400 x 236 x 130 mm

94.5 x 9.3 x 5.1 in

Overall dimensions to base of TMA mounting HxWxD

2920 x 236 x 130 mm

115.0 x 9.3 x 5.1 in

2920 mm shown in photo

Weight - 2400 mm

19.5 kg

Weight - 2920 mm

21.5 kg

Wind speed

200 km/hr

124 mph

Wind load - 2400 mm

800 N

180 lbf

Wind load - 2920 mm

900 N

Colour

43 lbs 47 lbs

202 lbf Grey RAL 7035

Mounting

Part number:

Weight:

Mounting bracket

0900590/00

6 kg

13 lbs

880-960 MHz

Horizontal

1710-2170 MHz

5° | Vertical

Horizontal

5° | Vertical


REV0809


B-37

880-960 MHz 5264102

This 3/4 panel is designed for use on the GSM900 band and is offered with variable electrical tilt. The new curved shape of the shroud offers both improved appearance and reduce windload.



880-960 MHz

Polarization

±45°


62° (±5°)

Vertical beamwidth

9°

Gain

16.5 dBi

Electrical downtilt

0-10°

Impedance

50 Ω

VSWR

< 1.4:1

Upper sidelobe levels

Typically better than 18 dB

Front-to-Back ratio

> 25 dB


> 30 dB


200 W


2050 x 287 x 138 mm


80.7 x 11.3 x 5.4 in

13 kg

Wind speed

29 lbs

160 km/hr

Wind load @ 160 km/hr (100 mph) Front:610, Side:355, Rear:860 N Connector(s)

100 mph Front:137, Side:80, Rear:193 lbf

2 ports / 7/16 DIN / Female / Bottom

Shroud / Housing

Outdoor plastic / aluminum


Part number:

Fits pipe diameter:

Weight


0900181/00

48-115 mm

5.0 kg


---

---

1.9-4.5 in

11 lbs

Notes: The mechanical control of the electrical tilt does not add any additional length at the bottom of the antenna. When the optional remote control of the electrical tilt is installed, it fits completely inside the antenna base and does not add any additional length to the above dimensions. The remote controlled antenna still has the manual control capability and the tilt angle indicators.


REV0809


B-38

880-960 MHz 5265102

● Single band antenna, dual polarization, 2 connectors

5265002 5265002G

● Wide range of electrical tilt, variable 0°-10°





880-960 MHz

Polarization

±45°


65° (±5°)

Vertical beamwidth

7°

Gain

15.4 dBd / 17.5 dBi

Electrical downtilt

0-10° (continuously adjustable)

Impedance

50 Ω

VSWR

< 1.4


> 18 dB

Front-to-Back ratio

> 30 dB

Null fill

< 22 dB typical


> 30 dB

IM3 (2x20W carrier)

< -110 dBm

Maximum power per port Connector(s)

200 W 2 Ports / 7/16-DIN Long Neck / Female / Bottom

Electrical Downtilt Control Manual control: The electrical tilt is changed by turning the adjustment screw at the end of the tilt indicator with a 10 mm socket wrench. Remote control: An optional RET module, already configured and compatible with 3GPP/AISG2.0 or AISG1.1, allows the remote control of the variable electrical downtilt. This module is fully inserted at the bottom of the antenna and does not add any additional length. The remote control of other equipment or sectors is possible by “daisy-chain” through the use of an extra AISG connector located on the RET module. The tilt angle indicator always stays visible and the antenna still has manual tilt control (manual override).

RET module part number

RETU-CA11 RETU-CG11

for AISG1.1 protocol (supplied with 5265002) for 3GPP/AISG2.0 protocol (supplied with 5265002G)


REV0809


B-39

880-960 MHz 5265102 5265002 5265002G X-Pol | VET Panel | 65° | 17.5 dBi Environmental Operating temperature range

-40° to +60° C

Environmental

-40° to +140° F

ETS 300 019

RoHS compliant

Yes


2690 x 287 x 138 mm


105.9 x 11.3 x 5.4 in

17 kg

37.5 lbs

Survival wind speed

200 km/hr


160 km/hr


Front: 819 N Side: 480 N Back: 1160N

Shroud

124 mph 99 mph Front: 184 lbf Side: 108 lbf Back: 261 lbf



2930 x 330 x 210 mm

Packing weight

115.3 x 13 x 8.3 in

26 kg

57.3 lbs

0.203 m3

Packing volume

7.2 ft3


Part number:

Fits pipe diameter:

Weight:


0900393/00

48-115 mm

1.9-4.5 in

5.1 kg 11.2 lbs


0900501/00

70-150 mm

2.8-5.9 in

5.8 kg 12.8 lbs


0900394/00

---

3.1 kg

6.8 lbs


0900395/00

---

2.3 kg

5.1 lbs


0900533/00

---

4.4 kg

9.7 lbs

Installation Always use the three mounting points to install the antenna. Do not install the antenna with the connectors facing upwards. Bottom View


B-40


REV0809

880-960 / 1710-2170 MHz 5270200

● Tri-sector, “monopole” dual band antenna, 12 connectors

5270303 5270306

● Independent tilt on each band 0-10° / 0-10°

X-Pol | Dual Band VET TRIO | 65° | 15.0/17.0 dBi

● MET and RET versions ● Flag pole kit available

Model number options: 5270200 Manual Electrical Tilt Antenna 5270303 Manual Electrical Tilt for GSM Band, Remote Electrical Tilt for Wideband 5270306 Remote Electrical Tilt Antenna for both bands


880-960 MHz

1710-1880 MHz

1900-2170 MHz

Polarization

±45°


70°

68°

65°

Vertical beamwidth

9.5°

6.5°

5.5°

12.9 dBd / 15.0 dBi

13.9 dBd / 16.0 dBi

Gain

±45°

14.9 dBd / 17.0 dBi

Electrical downtilt

0-10°

0-10°

Impedance

50Ω

50Ω

Return loss

> 15.6 dB

> 15.0 dB

Upper sidelobes

< -16 dB typical

Front-to-Back ratio

> 20 dB

> 29 dB

In-band isolation

> 25 dB

Inter-band isolation

> 30 dB

IM3 (2x20W carrier)

< -153 dBc


200 W

Connector(s)

160 W 12 ports / 7/16-DIN / Female / Bottom

RET Type / Part Number

5270303: RET-CD71; 5270306: RETU-DCA71


2830 x 325 mm

Weight

70 kg

111.4 x 12.8 in 154 lbs

Survival wind speed

200 km/hr

125 mph


496 N

111 lbf

Color

RAL 7035 Grey

Mounting Accessories Item:

Description:

Part Number:

Adapter plate

Adapter plate to provide six M10 x 1.5 tapped holes on 240 mm (9.4 in) bolt circle

3902908/68

TRIO Flange Interface


REV0809


B-41

880-960 / 1710-2170 MHz 5270200 5270303 5270306 X-Pol | Dual Band VET TRIO | 65° | 15.0/17.0 dBi

880-960 MHz -90

-90 -60

-120

-150

35

30

25

20

15

10

150

5

30

120

35

25

20

15

10

150

60

5

120

35

60

20

15

10

5

120

35

30

25

20

15

10

150

60

-150

-30

0 180

30

5

120

-30

35

0 180

30

90

0° | Vertical

-90

25

150

90

Horizontal

30

30

25

20

15

10

150

60

5

0

30

120

90

2° | Vertical

-60

-120

-150

-30

0 180

30

90

60 90

4° | Vertical

6° | Vertical

-90 -60

-120

-150

-30

35

30

25

20

15

10

150

5

-30

35

0 180

30

120

-60

-120

-150

180

30

-90 -60

-120

-150

-30

0 180

-90 -60

-120

-150

-30

180

-90 -60

-120

30

25

20

15

10

150

60

5

0

30

120

60

90

90

8° | Vertical

10° | Vertical

1710-2170 MHz -90

-90 -60

-120

-150

35

30

25

20

15

10

150

5

30

120

35

25

20

15

10

150

60

5

120

60

25

20

15

10

5

30

120

35

30

25

20

150

60

2° | Vertical

-150

-30

0 180

90

0° | Vertical

-90

30

150

90

Horizontal

35

15

10

5

30

120

60 90

4° | Vertical

-60

-120

-150

-30

0 180

30

90

-30

35

0 180

30

25

20

150

15

10

5

0

30

120

60 90

6° | Vertical

-90 -60

-120

-150

-30

35

30

25

20

150

15

10

5

30

120

60 90

8° | Vertical

-60

-120

-150

180

30

-90 -60

-120

-150

-30

0 180

-90 -60

-120

-150

-30

180

-90 -60

-120

-30

35

0 180

30

25

20

150

15

10

5

0

30

120

60 90

10° | Vertical


B-42


REV0809

880-960 MHz 5290100 X-Pol | VET Panel | 85° | 16.0 dBi


880-960 MHz

Polarization

±45°


85° (±5°)

Vertical beamwidth

7°

Gain

16.0 dBi

Electrical downtilt (X)

0-10°

Impedance

50Ω

VSWR

< 1.4:1

Upper sidelobe levels

Better than 18 dB

Front-to-Back ratio

> 25 dB

Null fill

Better than 22 dB


> 30 dB

Input power

200 W (each port)

Connector(s)

2 Ports / 7/16-DIN / Female / Bottom


2690 x 287 x 138 mm


105.9 x 11.3 x 5.4 in

17 kg


37 lbs

820 N

Shroud / Housing

184 lbf


Mounting Options

Part Number

Fits Pipe Diameter


0900393/00

48-115 mm


---

1.9-4.5 in


Horizontal Plane

Vertical Plane


REV0809


B-43

880-960 / 1710-2170 MHz 5829101

● Dual band antenna, 4 connectors

5829001 5829001G


XX-Pol | VET Panel | 65° | 15.0 /17.2 dBi

● Slimline profile for low wind load ● MET and RET versions, AISG1.1 or 3GPP/AISG2.0 ● Single RET module to control all tilt angles Model number options: 5829101 Manual Electrical Tilt Antenna 5829001 Remote Electrical Tilt Antenna (AISG1.1) 5829001G Remote Electrical Tilt Antenna (3GPP/AISG2.0)

Access Ports Description (Connectors) The antenna has four connectors located at the bottom face, marked with colored rings. Low Band (RED rings)

880-960 MHz ports

High Band (BLUE rings)

1710-2170 MHz ports



Low Band (RED)

High Band (BLUE)

880-960 MHz

1710-1880 MHz

1920-2170 MHz

Polarization

±45°

±45°

±45°


65°

65°

63°

Vertical beamwidth

13°

7.5°

7°

14.5 ± 0.5 dBi

16.3 ± 0.5 dBi

16.7 ± 0.5 dBi

0-14°

0-12°

0-12°

Gain mid tilt Electrical downtilt Impedance

50Ω

50Ω

50Ω

VSWR

< 1.5

< 1.5

< 1.5

15 dB typical

15 dB typical

15 dB typical

> 22 dB

> 25 dB

> 25 dB

Upper sidelobe rejection Front-to-Back ratio Isolation between ports

> 25 dB

> 25 dB

> 25 dB


> 35 dB

> 35 dB

> 35 dB

< -110 dBm

< -110 dBm

< -110 dBm

200 W

160 W

160 W

IM3 (2x20W carrier) Maximum power per port

PRELIMINARY

Frequency band


Electrical Downtilt Control Electrical downtilt can be controlled separately for low band (RED) and high band (BLUE). The tilt indicators are covered by a removable transparent cap. Manual control: A colored knob at the end of the tilt indicator allows change of the tilt without need for a tool. Knob color is identical to connector colors as defined above. To access the knob, the cap is removed by turning it counter clockwise. It is re-installed by opposite rotation. Remote control: The remote control of the electrical tilt is managed by a module (MDCU) totally inserted at the bottom of the antenna. One single module controls individually the tilt of each band (no need of daisy chain cables between the bands). For RET control, the transparent cap must be in place and locked. This module does not add any additional length at the bottom of the antenna. The tilt angle indicator stays always visible and the antenna still has manual tilt control (manual override). RET module part number

MDCU-A0002 MDCU-G0002

Compliant to AISG1.1 (one unit included with 5829001) Compliant to 3GPP/AISG2.0 (one unit included with 5829001G)


REV0909


B-44

880-960 / 1710-2170 MHz 5829101 5829001 5829001G XX-Pol | VET Panel | 65° | 15.0 / 17.5 dBi Environmental Operating temperature range

-40° to +60° C

Environmental

-40° to +140° F

ETS 300 019

RoHS compliant

Yes


1500 x 253 x 147 mm


59.1 x 10.0 x 5.8 in

17 kg

37.5 lbs

Survival wind speed

200 km/hr


160 km/hr


Front: 330 N

100 mph Front: 74.2 lbf

PRELIMINARY

Shroud / Housing

124 mph

Outdoor plastic, Grey RAL7035


Part number:

Fits pipe diameter:

Weight:


0900393/00

48-115 mm

5.1 kg

1.9-4.5 in

11 lbs

Installation Always attach antenna by the three mounting points. Do not install with the connectors facing upward.

Bottom View

Location of the MDCU for RET control

Tilt indicator covered by a transparent cap. Manual adjustment is accessed by removing the cap. Knob color is same as connectors. For RET control, the cap must be in place.


B-45


REV0909

880-960 / 1710-2170 MHz 5860100


5860000 5860000G





880-960 MHz ports



1710-2170 MHz ports



Low Band (RED) 880-960 MHz

High Band (BLUE) 1710-1880 MHz

1900-2170 MHz

Polarization

±45°


65°

65°

64°

Vertical beamwidth

7°

6°

6°

17.0-17.5 dBi 17.0-17.5 dBi 16.9-17.4 dBi

17.3-17.6 dBi 17.2-17.4 dBi 17.2-17.3 dBi

17.6-18.1 dBi 17.4-17.9 dBi 17.3-17.7 dBi

Gain 0° downtilt 5° downtilt 10° downtilt

±45°

Electrical downtilt

0-10°

0-10°

Impedance

50Ω

50Ω

VSWR Upper sidelobe rejection Front-to-Back ratio

< 1.4

< 1.4

18 dB typical

18 dB typical

> 30 dB

> 30 dB


> 30 dB

> 30 dB


45 dB typical

45 dB typical

< -110 dBm

< -110 dBm

200 W

160 W

IM3 (2x20W carrier) Maximum power per port Electrical Downtilt Control

Electrical downtilt can be controlled separately for low band and high band. The two tilt indicators are covered by a removable transparent cap. Manual control: A colored knob at the end of the tilt indicator allows change of the tilt without need for a tool. Knob color is identical to connector colors as defined above. To access the knob, the cap is removed by turning it counter clockwise. It is re-installed by opposite rotation. Remote control: The remote control of the electrical tilt is managed by a module (MDCU) totally inserted at the bottom of the antenna. One single module controls individually the tilt of each band (no need of daisy chain cables between the bands). For RET control, the transparent cap must be in place and locked. This module does not add any additional length at the bottom of the antenna. The tilt angle indicator stays always visible and the antenna still has manual tilt control (manual override).



Compliant to AISG1.1 Compliant to 3GPP/AISG2.0


REV0809


B-46

880-960 / 1710-2170 MHz 5860100 5860000 5860000G X-Pol | Dual Band VET | 65° | 17.5/18.0 dBi Environmental Operating temperature range

-40° to +60° C

Environmental

-40° to +140° F

ETS 300 019

RoHS compliant

Yes


2690 x 253 x 147 mm


105.9 x 10.0 x 5.8 in

25 kg

Survival wind speed

55 lbs

200 km/hr


124 mph

160 km/hr


Front: 580, Side: 480, Rear: 910 N

Shroud / Housing

100 mph Front:130, Side:108, Rear 205 lbf

Outdoor plastic, RAL7035 / Aluminum


2930 x 350 x 240 mm

Packing weight

115.4 x 13.8 x 9.4 in

33 kg

73 lbs

0.246 m3

Packing volume

8.7 ft3


Part number:

Fits pipe diameter:

Weight:


0900393/00

48-115 mm

1.9-4.5 in

5.1 kg

11 lbs


0900501/00

70-150 mm

2.8-5.9 in

5.8 kg

13 lbs


0900394/00

---

3.1 kg

7 lbs


0900395/00

---

2.3 kg

5 lbs


0900533/00

---

4.4 kg

10 lbs

Installation Always attach antenna by the three mounting points. Do not install antenna with the connectors facing upward.

Bottom View




B-47


REV0809

880-960 / 1710-2170 MHz 5860110

● Dual band antenna with internal diplexer, 2 connectors

5860010 5860010G


X-Pol | Dual Band VET Diplexed | 65° | 17.3/17.8 dBi


Access Ports Description (Connectors) The antenna has two connectors located at the bottom face, marked with colored rings. Low Band (RED rings)

880-960 MHz ports


1710-2170 MHz ports

2 x 7/16 DIN Long Neck Electrical Characteristics Frequency band



1900-2170 MHz

Polarization

±45°


65°

65°

64°

Vertical beamwidth

7°

6°

6°

16.8-17.3 dBi 16.8-17.3 dBi 16.7-17.2 dBi

17.0-17.3 dBi 16.9-17.1 dBi 16.9-17.0 dBi

17.3-17.8 dBi 17.1-17.6 dBi 17.0-17.4 dBi


±45°

Electrical downtilt

0-10°

0-10°

Impedance

50Ω

50Ω


< 1.4

< 1.4

18 dB typical

18 dB typical

> 30 dB

> 30 dB


> 30 dB

> 30 dB


45 dB typical

45 dB typical

< -110 dBm

< -110 dBm

200 W

160 W







REV0809


B-48

880-960 / 1710-2170 MHz 5860110 5860010 5860010G X-Pol | Dual Band VET Diplexed | 65° | 17.3/17.8 dBi Environmental Operating temperature range

-40° to +60° C

Environmental

-40° to +140° F

ETS 300 019

RoHS compliant

Yes


2690 x 253 x 147 mm


105.9 x 10.0 x 5.8 in

25 kg

Survival wind speed

55 lbs

200 km/hr


124 mph

160 km/hr



Shroud / Housing

100 mph Front:130, Side:108, Rear 205 lbf



2930 x 350 x 240 mm

Packing weight

115.4 x 13.8 x 9.4 in

33 kg

73 lbs

0.246 m3

Packing volume

8.7 ft3


Part number:

Fits pipe diameter:

Weight:


0900393/00

48-115 mm

1.9-4.5 in

5.1 kg

11 lbs


0900501/00

70-150 mm

2.8-5.9 in

5.8 kg

13 lbs


0900394/00

---

3.1 kg

7 lbs


0900395/00

---

2.3 kg

5 lbs


0900533/00

---

4.4 kg

10 lbs

Installation Always attach antenna by the three mounting points. Do not install antenna with the connectors facing upward.

Bottom View




B-49


REV0809

880-960 / 1710-2170 MHz 5863100


5863000 5863000G





880-960 MHz ports



1710-2170 MHz ports





1900-2170 MHz

Polarization

±45°


65°

65°

64°

Vertical beamwidth

9°

6°

6°

16.0-16.5 dBi 16.0-16.5 dBi 15.9-16.4 dBi

17.3-17.6 dBi 17.2-17.4 dBi 17.2-17.3 dBi

17.6-18.1 dBi 17.4-17.9 dBi 17.3-17.7 dBi


±45°

Electrical downtilt

0-10°

0-10°

Impedance

50Ω

50Ω


< 1.4

< 1.4

18 dB typical

18 dB typical

> 30 dB

> 30 dB


> 30 dB

> 30 dB


45 dB typical

45 dB typical

< -110 dBm

< -110 dBm

200 W

160 W







REV0809


B-50

880-960 / 1710-2170 MHz 5863100 5863000 5863000G X-Pol | Dual Band VET | 65° | 16.5/18.1 dBi Environmental Operating temperature range

-40° to +60° C

Environmental

-40° to +140° F

ETS 300 019

RoHS compliant

Yes


1910 x 253 x 147 mm


75.2 x 10.0 x 5.8 in

16 kg

Survival wind speed

35 lbs

200 km/hr


124 mph

160 km/hr



Shroud / Housing

100 mph Front: 93, Side: 78, Rear: 146 lbf



2130 x 350 x 240 mm

Packing weight

83.9 x 13.8 x 9.4 in

23 kg

51 lbs

0.180 m3

Packing volume

6.4 ft3


Part number:

Fits pipe diameter:

Weight:


0900181/00

48-115 mm

1.9-4.5 in

3.4 kg

7.5 lbs


0900182/00

70-150 mm

2.8-5.9 in

3.9 kg

8.6 lbs


0900188/00

---

1.5 kg

3.3 lbs


0900183/00

---

1.6 kg

3.5 lbs


0900885/00

---

3.3 kg

7.3 lbs

Installation Do not install antenna with the connectors facing upward.

Bottom View




B-51


REV0809

880-960 / 1710-2170 MHz 5863903

● Tri-sector, “monopole” dual band antenna, 4 connectors

5863803 5863803G


X-Pol | Dual Band VET TRIO | 65° | 16.5/18.0 dBi With Individual Azimuth Panning (±15°)

● Independent azimuth panning ±15° on each sector ● MET and RET versions, AISG1.1 or 3GPP/AISG2.0 ● Very small diameter: 388 mm (15.3 in) Model number options: 5863903 Manual Electrical Tilt Antenna 5863803 Remote Electrical Tilt Antenna (AISG1.1) 5863803G Remote Electrical Tilt Antenna (3GPP/AISG2.0)

General Description The antenna contains three dual band antennas installed at 120° in a cylindrical shroud with ±15° azimuth panning capability. A service area at the bottom allows access to the connectors and manual adjustments of the electrical downtilts and azimuth panning. Access Ports Description (Connectors) Each sector has four connectors located inside the service area and marked with colored rings. Low Band (RED rings)

880-960 MHz ports



1710-2170 MHz ports





1900-2170 MHz

Polarization

±45°


65°

65°

64°

Vertical beamwidth

9°

6°

6°

16.0-16.5 dBi 16.0-16.5 dBi 15.9-16.4 dBi

17.3-17.6 dBi 17.2-17.4 dBi 17.2-17.3 dBi

17.6-18.1 dBi 17.4-17.9 dBi 17.3-17.7 dBi


±45°

Electrical downtilt

0-10°

Impedance

50Ω

50Ω

VSWR

< 1.4

< 1.4

18 dB typical

18 dB typical


0-10°

Front-to-Back ratio

> 30 dB

> 30 dB


> 30 dB

> 30 dB


45 dB typical

45 dB typical

< -110 dBm

< -110 dBm

200 W

160 W


Electrical downtilt can be controlled separately for low band and high band. The two tilt indicators are covered by a removable transparent cap. Manual control: A colored knob at the end of the tilt indicator allows change of the tilt without need for a tool. Knob color is identical to connector colors as defined above. To access the knob, the cap is removed by turning it counter clockwise. It is re-installed by opposite rotation. Remote control: The remote control of the electrical tilt is managed by a module (MDCU) totally inserted at the bottom of the antenna. One single module controls individually the tilt of each band (no need of daisy chain cables between the bands). For RET control, the transparent cap must be in place and locked. This module does not add any additional length at the bottom of the antenna. The tilt angle indicator stays always visible and the antenna still has manual tilt control (manual override). RET module part number


Compliant to AISG1.1 (3 units included in 5880803) Compliant to 3GPP/AISG2.0 (3 units included in 5880803G)


REV0809

www.amphenolantennas.com

B-52

696-900 MHz 5863903 5863803 5863803G X-Pol | Dual Band VET TRIO | 65° | 16.5/18.0 dBi With Individual Azimuth Panning (±15°) Environmental Operating temperature range

-40° to +60° C

Environmental

-40° to +140° F

ETS 300 019

RoHS compliant

Yes


2291 x 388 mm

Weight

90.2 x 15.3 in

68 kg

Survival wind speed

150 lbs

200 km/hr

124 mph


160 km/hr

100 mph


428 N

Shroud / Housing

96 lbf


Mounting Accessories (to be ordered separately) Item:

Description:

TRIO extension / Mounting mast

Height=85 cm (33.5 in), Diameter=388 mm (15.3 in) Same outside material as antenna Can house three TMAs

TRIO-Pack:

Part Number:

In line jumpers output

TRX380-E085-001

Radial jumpers output

TRX380-E085-002

Antenna delivered with a non-penetrating platform

Bottom View Inside Service Area

Contact Us

Mounting Flange Interface

Six curved slots 11.5 mm (0.5”) wide on a 260 mm (10.2”) diameter circle


B-53


REV0809

880-960 / 1710-2170 / 1710-2170 MHz 5876100

● Triple band antenna, dual polarization, 6 connectors

5876000 5876001G

● Independent tilt on each band 0-14° / 0-10° / 0-10°

XXX-Pol | VET Panel | 65° | 14.5 / 14.0 dBi


Access Ports Description (Connectors) The antenna has six connectors located at the bottom face, marked with colored rings. 880-960 MHz ports


High Band (WHITE rings)

1710-2170 MHz ports

2 x 7/16 DIN Ultra Long Neck


1710-2170 MHz ports



Low Band (RED)

Frequency band

880-960 MHz

Polarization

±45°


65°

Vertical beamwidth Gain - mid tilt

13° 14.5 ± 0.5 dBi

High Band (WHITE)

High Band (BLUE)

1710-1880 MHz 1900-2170 MHz 1710-1880 MHz 1900-2170 MHz ±45°

±45°

65°

63°

65°

63°

15°

13°

15°

13°

13.5 ± 0.5 dBi 14.0 ± 0.5 dBi 13.5 ± 0.5 dBi 14.0 ± 0.5 dBi

Electrical downtilt

0-14°

0-10°

0-10°

Impedance

50Ω

50Ω

50Ω

VSWR Upper sidelobe rejection

< 1.5

< 1.5

< 1.5

15 dB typical

15 dB typical

15 dB typical

Front-to-Back ratio

> 22 dB

> 25 dB

> 25 dB


> 25 dB

> 25 dB

> 25 dB

Isolation between bands IM3 (2x20W carrier) Maximum power per port

PRELIMINARY

Low Band (RED rings)

> 35 dB

> 35 dB

> 35 dB

< -110 dBm

< -110 dBm

< -110 dBm

200 W

160 W

160 W

Electrical Downtilt Control Electrical downtilt can be controlled separately for low band (RED), high band (WHITE) and high band (BLUE). The three tilt indicators are covered by a removable transparent cap. Manual control: A colored knob at the end of the tilt indicator allows change of the tilt without need for a tool. Knob color is identical to connector colors as defined above. To access the knob, the cap is removed by turning it counter clockwise. It is re-installed by opposite rotation. Remote control: The remote control of the electrical tilt is managed by a module (MDCU) totally inserted at the bottom of the antenna. One single module controls individually the tilt of each band (no need of daisy chain cables between the bands). For RET control, the transparent cap must be in place and locked. This module does not add any additional length at the bottom of the antenna. The tilt angle indicator stays always visible and the antenna still has manual tilt control (manual override). RET module part number


Compliant to AISG1.1 (one unit included in 5876000) Compliant to 3GPP/AISG2.0 (one unit included in 5876001G)


REV0909


B-54

880-960 / 1710-2170 / 1710-2170 MHz 5876100 5876000 5876001G XXX-Pol | VET Panel | 65° | 14.5 / 14.0 dBi Environmental Operating temperature range

-40° to +60° C

Environmental

-40° to +140° F

ETS 300 019

RoHS compliant

Yes


1500 x 253 x 147 mm


59.1 x 10.0 x 5.8 in

17 kg

37.5 lbs

Survival wind speed

200 km/hr


160 km/hr


Front: 330 N

100 mph Front: 74.2 lbf

PRELIMINARY

Shroud / Housing

124 mph

Outdoor plastic, RAL7035


Part number:

Fits pipe diameter:

Weight:


0900393/00

48-115 mm

5.1 kg

1.9-4.5 in

11 lbs


Bottom View




B-55


REV0909

880-960 / 1710-2170 / 1710-2170 MHz 5880100

● Triple band antenna, 6 connectors

5880000 5880000G

● Independent tilt on each band 0-10° / 0-12° / 0-12°

XXX-Pol | VET Panel | 65° | 17.5 dBi


Access Ports Description (Connectors) The antenna has six connectors located at the bottom face, marked with colored rings. Low Band (RED rings)

880-960 MHz ports



1710-2170 MHz ports Pattern optimized for DCS1800

2 x 7/16 DIN Ultra Long Neck


1710-2170 MHz ports Pattern optimized for UMTS2100



Low Band (RED)

Frequency band

880-960 MHz

High Band (WHITE)

High Band (BLUE)

1710-1880 MHz 1900-2170 MHz 1710-1880 MHz 1900-2170 MHz

Polarization

±45°


65°

65°

62°

65°

62°

Vertical beamwidth

7°

7°

7°

7°

7°

17.0-17.5 dBi 17.0-17.5 dBi 16.9-17.4 dBi

16.5-16.7 dBi 16.3-16.5 dBi 16.0-16.3 dBi

16.7-17.2 dBi 16.5-17.0 dBi 16.3-16.5 dBi

16.5-16.9 dBi 16.4-16.7 dBi 16.3-16.5 dBi

16.9-17.3 dBi 16.7-17.2 dBi 16.5-17.0 dBi


±45°

±45°

Electrical downtilt

0-10°

0-12°

Impedance

50Ω

50Ω

50Ω

VSWR

< 1.4

< 1.4

< 1.4 18 dB typical


0-12°

18 dB typical

18 dB typical

Front-to-Back ratio

> 30 dB

> 30 dB

> 30 dB


> 30 dB

> 30 dB

> 30 dB


45 dB typical

45 dB typical

45 dB typical

< -110 dBm

< -110 dBm

< -110 dBm

200 W

160 W

160 W


Electrical downtilt can be controlled separately for low band (RED), high band (WHITE) and high band (BLUE). The three tilt indicators are covered by a removable transparent cap. Manual control: A colored knob at the end of the tilt indicator allows change of the tilt without need for a tool. Knob color is identical to connector colors as defined above. To access the knob, the cap is removed by turning it counter clockwise. It is re-installed by opposite rotation. Remote control: The remote control of the electrical tilt is managed by a module (MDCU) totally inserted at the bottom of the antenna. One single module controls individually the tilt of each band (no need of daisy chain cables between the bands). For RET control, the transparent cap must be in place and locked. This module does not add any additional length at the bottom of the antenna. The tilt angle indicator stays always visible and the antenna still has manual tilt control (manual override). RET module part number




REV0809


B-56

880-960 / 1710-2170 / 1710-2170 MHz 5880100 5880000 5880000G XXX-Pol | VET Panel | 65° | 17.5 dBi Environmental Operating temperature range

-40° to +60° C

Environmental

-40° to +140° F

ETS 300 019

RoHS compliant

Yes


2690 x 253 x 147 mm

105.9 x 10.0 x 5.8 in


27.5 kg

Survival wind speed

200 km/hr


61 lbs 124 mph

160 km/hr



Shroud / Housing




2930 x 350 x 240 mm

Packing weight

115.4 x 13.8 x 9.4 in

35 kg

77 lbs

0.246 m3

Packing volume

8.7 ft3


Part number:

Fits pipe diameter:

Weight:


0900393/00

48-115 mm

1.9-4.5 in

5.1 kg

11 lbs


0900501/00

70-150 mm

2.8-5.9 in

5.8 kg

13 lbs


0900394/00

---

3.1 kg

7 lbs


0900395/00

---

2.3 kg

5 lbs


0900533/00

---

4.4 kg

10 lbs


Bottom View




B-57


REV0809

880-960 / 1710-2170 / 1710-2170 696-900 MHz

ANTENNA SOLUTIONS

5880110

● Triple band antenna, 4 connectors

5880010 5880010G

● Low Band and one High Band diplexed for common feeder sharing

XXX-Pol Diplexed | VET Panel | 65° | 17.3 dBi

● Independent tilt on each band 0-10° / 0-12° / 0-12° ● Slimline profile for low wind load ● MET and RET versions, AISG1.1 or 3GPP/AISG2.0 ● Single RET module to control all tilt angles Model number options: 5880110 Manual Electrical Tilt Antenna 5880010 Remote Electrical Tilt Antenna (AISG1.1) 5880010G Remote Electrical Tilt Antenna (3GPP/AISG2.0)

Access Ports Description (Connectors) The antenna has four connectors located at the bottom face, marked with colored rings. Low Band (RED) and High Band (WHITE) are diplexed and share the same connectors. Low Band (RED rings)

880-960 MHz ports


1710-2170 MHz ports Pattern optimized for DCS1800


1710-2170 MHz ports Pattern optimized for UMTS2100


Low Band (RED)

Frequency band

880-960 MHz



High Band (WHITE)

High Band (BLUE)

1710-1880 MHz 1900-2170 MHz 1710-1880 MHz 1900-2170 MHz

Polarization

±45°


65°

65°

62°

65°

62°

Vertical beamwidth

7°

7°

7°

7°

7°

16.8-17.3 dBi 16.8-17.3 dBi 16.7-17.2 dBi

16.3-16.5 dBi 16.1-16.3 dBi 15.8-16.1 dBi

16.5-17.0 dBi 16.3-16.8 dBi 16.1-16.3 dBi

16.5-16.9 dBi 16.4-16.7 dBi 16.3-16.5 dBi

16.9-17.3 dBi 16.7-17.2 dBi 16.5-17.0 dBi


±45°

±45°

Electrical downtilt

0-10°

0-12°

Impedance

50Ω

50Ω

50Ω

VSWR

< 1.4

< 1.4

< 1.4 18 dB typical


0-12°

18 dB typical

18 dB typical

Front-to-Back ratio

> 30 dB

> 30 dB

> 30 dB


> 30 dB

> 30 dB

> 30 dB


45 dB typical

45 dB typical

45 dB typical

< -110 dBm

< -110 dBm

< -110 dBm

200 W

160 W

160 W


Electrical downtilt can be controlled separately for low band (RED), high band (WHITE) and high band (BLUE). The three tilt indicators are covered by a removable transparent cap. Manual control: A colored knob at the end of the tilt indicator allows change of the tilt without need for a tool. Knob color is identical to connector colors as defined above. To access the knob, the cap is removed by turning it counter clockwise. It is re-installed by opposite rotation. Remote control: The remote control of the electrical tilt is managed by a module (MDCU) totally inserted at the bottom of the antenna. One single module controls individually the tilt of each band (no need of daisy chain cables between the bands). For RET control, the transparent cap must be in place and locked. This module does not add any additional length at the bottom of the antenna. The tilt angle indicator stays always visible and the antenna still has manual tilt control (manual override). RET module part number




REV0809


B-58

880-960 / 1710-2170 / 1710-2170 MHz 5880110 5880010 5880010G XXX-Pol Diplexed | VET Panel | 65° | 17.3 dBi Environmental Operating temperature range

-40° to +60° C

Environmental

-40° to +140° F

ETS 300 019

RoHS compliant

Yes


2690 x 253 x 147 mm

105.9 x 10.0 x 5.8 in


27.5 kg

Survival wind speed

200 km/hr


61 lbs 124 mph

160 km/hr



Shroud / Housing




2930 x 350 x 240 mm

Packing weight

115.4 x 13.8 x 9.4 in

35 kg

77 lbs

0.246 m3

Packing volume

8.7 ft3


Part number:

Fits pipe diameter:

Weight:


0900393/00

48-115 mm

1.9-4.5 in

5.1 kg

11 lbs


0900501/00

70-150 mm

2.8-5.9 in

5.8 kg

13 lbs


0900394/00

---

3.1 kg

7 lbs


0900395/00

---

2.3 kg

5 lbs


0900533/00

---

4.4 kg

10 lbs


Bottom View




B-59


REV0809

880-960 / 1710-1880 / 1900-2170 MHz 7691300

Two wide band crossed dipoles ±45° polarisation. Small panel wall mounted indoor and outdoor applications.

X-Pol | 80°/60°/60° | 7.0/8.0/8.0 dBi


880-960 MHz

1710-1880 MHz

1900-2170 MHz

Polarization

±45°

±45°

±45°

Horizontal beamwidth (-3 dB)

80°

60°

60°

7.0 dBi (4.9 dBd)

8.0 dBi (5.9 dBd)

8.0 dBi (5.9 dBd)

Gain Impedance

VSWR

50Ω GSM GSM (Tx band) PCN UMTS

Front-to-Back ratio

> 20 dB


> 23 dB

Input power Input connector type / Location

< 2.1:1 < 1.5:1 < 1.5:1 < 1.5:1

25 W max per port N Female, 0.50m Flylead of RG303

Mechanical Characteristics Dimensions HxWxD Weight

205 x 221 x 65 mm

8.1 x 8.7 x 2.6 in

0.5 kg

1.1 lbs

Mounting Options Mounting

Wall mount standard - stainless steel plate 4 screw holes

Horizontal | 930 MHz



Vertical | 930 MHz

Vertical | 1800 MHz

Vertical | 2100 MHz


REV0909


B-60

800-2700 MHz 7825100 V-Pol | Omni | 2.5 dBi


800-2700 MHz

Polarization

Vertical


Omnidirectional

Vertical beamwidth

50°

Gain

2.5 dBi

Impedance

50Ω 800-960 MHz 960-1710 MHz 1710-2700 MHz

VSWR Input power

< 1.8:1 < 2.5:1 < 1.8:1

50 W

Connector type / Location

N-Female / Bottom

Mechanical Characteristics Dimensions (L x Ø)

Including connector:

Weight

175 x 28 mm 205 x 28 mm

6.9 x 1.1 in 8.1 x 1.1 in

0.12 kg

0.26 lbs

11 N

2.5 lbf

Wind load @ 160 km/hr (100 mph) Radome color

Universal Mounting Kit

White 4 x 3.4mm (0.135 in) dia. holes equally spaced on a 41mm (1.614 in) dia. bolt circle.

Mounting interface Mounting Options

Part Number

Fits Pipe Dia.

Mounting kit

505-173-5-003

Universal wall / ceiling mount

---

Mounting kit

XSL9254316

Wall mount

---

Mounting kit

XSL9254317

Wall or pole mount

30-53 mm

(Drawings are not to scale.)

Horizontal | 800-960 MHz

Horizontal | 1710-2170 MHz

Vertical | 800-960 MHz

Vertical | 1710-2170 MHz


REV0909


B-61

2400-2700 MHz BMX065X13x000

Replace “x” with the following electrical tilt options: M - Manual Electrical Tilt = BMX065X13M000 R - Remote Electrical Tilt = BMX065X13R000



2400-2700 MHz

Polarization

±45°


65°

Vertical beamwidth

6°

Gain

15.4 dBd / 17.5 dBi

Electrical downtilt

2° - 10°

Impedance

50Ω

VSWR

< 1.37:1

1st upper sidelobe

<-18 dB

Front-to-Back ratio

>30 dB


>25 dB

IM3 (2x20W carrier)

< -153 dBc

Input power

2 x 300 W

Connector(s)


Operating temperature

-40° to +60° C (-40° to 140° F)


1372 x 170 x 100 mm


6.8 kg

Survival wind speed

241 km/hr

Wind load @ 161 km/hr (100 mph) Mounting Options

Front:

285 N

54.0 x 6.7 x 3.9 in 15 lbs 150 mph

Side: 166 N

Part Number

Front:

64 lbf

Side: 37 lbf

Fits Pipe Diameter

Weight

Pole mounting kit

MKS02P01

50-115 mm

2.0-4.5 in

2.9 kg

Scissor tilt mounting kit

MKS02T06

50-115 mm

2.0-4.5 in

3.8 kg

6.5 lbs 8.3 lbs

Bar tilt mounting kit

MKS02T07

50-115 mm

2.0-4.5 in

3.9 kg

8.7 lbs

Concealment Options UNICELL module Azimuth Swivel Elevation Tilt Required Mounting Kit

UNX14-14 UNX14-19 (Antenna + RET)


±25° Azimuth Swivel

±30° Azimuth Swivel

Fixed Elevation

Fixed Elevation

Included with Unicell

UNX20-AZ

-90

-90 -60

-120

-150

35

30

25

20

15

10

150

5

0

30

120

35

25

20

15

10

5

0

120

-30

35

180

30

90

-90

60

120

35

30

25

20

150

15

10

5

30

120

60 90

6° | Vertical

0

5

35

30

25

20

150

-150

15

10

5

0

30

120

-60

60 90

8° | Vertical

-30

35

180

30

25

20

150

15

10

5

30

120

60 90

10° | Vertical


REV0809

0

-90

-30

180

10

60

-120

-150

-30

15

4° | Vertical

-60

-120

-150

20

90

-90 -60

25

30

2° | Vertical

-120

30

150

90

Horizontal

180

30

150

60

-150

-30

180

-60

-120

-150

-30

180

-90 -60

-120


B-62

0

2400-2700 MHz BMX090X13x000

Replace “x” with the following electrical tilt options: M - Manual Electrical Tilt = BMX090X13M000 R - Remote Electrical Tilt = BMX090X13R000



2400-2700 MHz

Polarization

±45°


93°

Vertical beamwidth

5.8°

Gain

14.2 dBd / 16.3 dBi

Electrical downtilt

2° - 10°

Impedance

50Ω

VSWR

< 1.37:1

1st upper sidelobe

<-18 dB

Front-to-Back ratio

>26 dB


>25 dB

IM3 (2x20W carrier)

< -153 dBc

Input power

2 x 300 W

Connector(s)



-40° to +60° C (-40° to +140° F)


1372 x 170 x 100 mm


6.8 kg

Survival wind speed

241 km/hr


Front: 285 N

Mounting Options

Part Number

54.0 x 6.7 x 3.9 in 15 lbs 150 mph

Side: 166 N

Front: 64 lbf

Side: 37 lbf

Fits Pipe Diameter

Weight

Pole mounting kit

MKS02P01

50-115 mm

2.0-4.5 in

2.9 kg


MKS02T06

50-115 mm

2.0-4.5 in

3.8 kg

6.5 lbs 8.3 lbs


MKS02T07

50-115 mm

2.0-4.5 in

3.9 kg

8.7 lbs

Concealment Options UNX14-14 UNX14-19 (Antenna + RET)

UNICELL module


Azimuth swivel

±25°

±30°

Elevation tilt

Fixed

Fixed

Included

UNX20-AZ

FP mounting configuration

-90

-90 -60

-120

-150

35

30

25

20

15

10

150

5

0

30

120

35

25

20

15

10

5

0

120

-30

35

180

30

90

-90

60

120

35

30

25

20

150

15

10

5

30

120

60 90

6° | Vertical

0

5

35

30

25

20

150

-150

15

10

5

0

30

120

-60

60 90

8° | Vertical

-30

35

180

30

25

20

150

15

10

5

30

120

60 90

10° | Vertical


REV0809

0

-90

-30

180

10

60

-120

-150

-30

15

4° | Vertical

-60

-120

-150

20

90

-90 -60

25

30

2° | Vertical

-120

30

150

90

Horizontal

180

30

150

60

-150

-30

180

-60

-120

-150

-30

180

-90 -60

-120


B-63

0

870-960 MHz GSM3X75-13-A X-Pol | VET TRIO | 75° | 14.5 dBi Electrical Characteristics Frequency band

870-960 MHz

Polarization

±45°


73° (±5° each beam nominally)

Vertical beamwidth

14.5° (±1.5°)

Gain

14.5 dBi per sector

Electrical downtilt

2-12°

Impedance

50Ω

VSWR

< 1.4:1

1st upper side lobe

-16 dB typical

Inter-port isolation

> 25 dB any pair of ports

IM3 (2x20W carrier)

< -153 dBc


2 x 250 W per sector

Connector(s) Operating temperature

6 ports / 7/16 DIN / Female / Bottom -40° to +140° F

-40° to +140° F

Mechanical Characteristics Overall Dimensions Height x Diameter (less lightning finial)

1905 x 230 mm

Array Height Access Panel Height x Diameter Lightning finial

75.0 x 9.1 in

1350 mm

53.0 in

430 x 230 mm

16.9 x 9.1 in

220 x 8 mm

8.6 x 0.3 in

Weight - Antenna

20 kg

44 lbs

Weight - Adaptor

TBD kg

TBD lbs


200 km/hr

124 mph


345 N

77.6 lbf

Mounting Mounting adaptor

Horizontal Plane

Integral base flange adaptor supplied

Vertical Plane


REV0809


B-64

1710-2170 MHz W85-13-x010

Replace “x” with the following electrical tilt options: A - Manual Electrical Tilt = W85-13-A010 R - Remote Electrical Tilt = W85-13-R010



1710-2170 MHz

Frequency bands

1710-1880 MHz

1850-1990 MHz

1900-2170 MHz

Polarization

±45°

±45°

±45°


85°

85°

85°

Vertical beamwidth

7.3°

6.8°

6.3°

14.1 dBd / 16.2 dBi

14.5 dBd / 16.6 dBi

15.9 dBd / 17.0 dBi


0°-10°

Impedance

50Ω

VSWR

< 1.4:1

Upper sidelobe suppression

< -16 dB

Front-to-Back ratio

> 25 dB


> 28 dB

IM3 (2x20W carrier)

< -153 dBc

Input power

2 x 200 W

Connector(s)



-40° to +60° C (-40° to +140° F)


1385 x 170 x 100 mm

Weight without brackets Survival wind speed Wind load @ 161 km/hr (100 mph)

Front:

288 N

54.5 x 6.7 x 3.9 in

7 kg

15.4 lbs

> 241 km/hr

> 150 mph

Side: 167 N

RET type / part number

Front:

65 lbf

Side: 38 lbf

External / RETU-EA01

Mounting Options

Part Number

Fits Pipe Diameter

Pole mounting kit

MKS02P01

40-115 mm

2.0-4.5 in 2.9 kg

Weight 6.5 lbs


MKS02T06

40-115 mm

2.0-4.5 in 3.8 kg

8.3 lbs


MKS02T07

40-115 mm

2.0-4.5 in 3.9 kg

8.7 lbs

Concealment Options UNICELL module Azimuth swivel Elevation tilt Required mounting kit

UNX14-14 UNX14-19 (Antenna + RET) ± 25° Fixed

UNX20-14 UNX20-19 (Antenna + RET) ± 30° Fixed

Included

UNX20-AZ

1800 MHz

1900 MHz

-90 -60

-120

30

25

20

15

10

150

5

0

30

120

35

25

20

15

10

5

0

120

-30

35

180

30

90

-90

60

120

35

30

25

20

150

15

10

5

30

120

60 90

0° | Vertical

0

5

35

30

25

20

150

-150

15

10

5

0

30

120

-60

60 90

0° | Vertical

-30

35

180

30

25

20

150

15

10

5

30

120

60 90

0° | Vertical


REV0809

0

60

-120

-30

180

10

-90 -60

-150

-30

15

Horizontal

-120

-150

20

90

-90 -60

25

30

Horizontal

-120

30

150

90

Horizontal

180

30

150

60

-150

-30

180

-60

-120

-150

-30

35

-90 -60

-120

-150

180

2100 MHz

-90


B-65

0

1710-2170 MHz W85-13-x10 X-Pol | VET Panel | 85° | 17.0 dBi

1800 MHz

1900 MHz

-90

30

25

20

15

10

150

5

0

30

120

35

120

10

5

0

35

180

120

35

30

25

20

15

10

150

5

0

30

120

35

30

25

20

15

10

150

60

120

5

0

-30

35

180

60

120

35

30

25

20

15

10

150

5

0

30

120

35

30

25

20

15

10

150

60

5

0

120

-30

35

180

60

6° | Vertical

120

35

30

25

20

15

10

150

5

0

120

35

30

25

20

15

10

150

30

120

60

5

0

-30

35

180

60

120

-60

35

30

25

20

150

15

10

5

30

120

60 90

10° | Vertical

0

5

0

60

35

30

25

20

150

15

10

5

30

120

-60

-120

-150

-30

180

10

-90 -60

-150

-30

15

8° | Vertical

-120

-150

20

90

-90

-120

25

30

8° | Vertical

-90

30

150

90

8° | Vertical

0

-60

-150

30

90

5

-90 -120

-30

180

10

6° | Vertical -60

-150

-30

15

60

-90

-150

20

90

-120

-60

25

30

6° | Vertical

-90

30

150

90

-120

0

-60

-150

30

90

5

60

-120

-30

180

10

-90 -60

-150

-30

15

4° | Vertical

-120

-150

20

90

-90 -60

25

30

4° | Vertical

-120

30

150

90

-90

0

-60

-150

30

4° | Vertical

5

60

-120

-30

90

10

-90 -60

180

15

2° | Vertical

-150

-30

20

90

-120

-150

25

30

-90 -60

30

150

2° | Vertical

-120

180

15

60

-90

180

20

-30

90

2° | Vertical

180

25

30

90

180

30

150

60

-150

-30

180

-60

-120

-150

-30

35

-90 -60

-120

-150

180

2100 MHz

-90 -60

-120

60 90

10° | Vertical

0

-30

35

180

30

25

20

150

15

10

5

0

30

120

60 90

10° | Vertical

Quoted performance parameters are provided to offer typical or range values only and may vary as a result of normal manufacturing and operational conditions. Extreme operational conditions and/or stress on -79structural supports is beyond our control. Such conditions may result in damage to this product. Improvements to product may be made without notice.

B-66


REV0809

1710-2170 MHz W85-19-x28

Replace “x” with the following electrical tilt options: A - Manual Electrical Tilt = W85-19-A28 R - Remote Electrical Tilt = W85-19-R28



1710-2170 MHz

Frequency bands

1710-1880 MHz

1850-1990 MHz

1900-2170 MHz

Polarization

±45°

±45°

±45°


85°

85°

85°

Vertical beamwidth

5.3°

5.1°

4.7°

15.4 dBd / 17.5 dBi

15.7 dBd / 17.8 dBi

16.2 dBd / 18.3 dBi


2° - 8°

Impedance

50Ω

VSWR

< 1.4:1

Upper sidelobe suppression

< -18 dB

Front-to-Back ratio

> 25 dB


> 28 dB

IM3 (2x20W carrier)

< -153 dBc

Input power

2 x 200 W

Connector(s)



-40° to +60° C (-40° to +140° F)


1935 x 170 x 100 mm


11.0 kg

Survival wind speed

241 km/hr


Front:

402 N

76.2 x 6.7 x 3.9 in 24.3 lbs 150 mph

Side: 234 N

RET type / part number

Front:

90 lbf

Side: 53 lbf

External / RETU-EA01

Mounting Options

Part Number

Fits Pipe Diameter

Weight

Pole mounting kit

MKS02P01

40-115 mm

2.0-4.5 in

2.9 kg

6.5 lbs


MKS02T06

40-115 mm

2.0-4.5 in

3.8 kg

8.3 lbs


MKS02T07

40-115 mm

2.0-4.5 in

3.9 kg

8.7 lbs

Concealment Options UNX14-19 (Antenna + RET)

UNICELL module

UNX20-19 (Antenna + RET)

Azimuth swivel

± 25°

± 30°

Elevation tilt

Fixed

Fixed

Included

UNX20-AZ

Required mounting kit

1800 MHz

1900 MHz

-90 -60

-120

30

25

20

15

10

150

5

0

30

120

35

25

20

15

10

5

0

120

-30

35

180

30

90

-90

60

120

35

30

25

20

150

15

10

5

30

120

60 90

2° | Vertical

0

5

35

30

25

20

150

-150

15

10

5

0

30

120

-60

60 90

2° | Vertical

-30

35

180

30

25

20

150

15

10

5

30

120

60 90

2° | Vertical


REV0809

0

60

-120

-30

180

10

-90 -60

-150

-30

15

Horizontal

-120

-150

20

90

-90 -60

25

30

Horizontal

-120

30

150

90

Horizontal

180

30

150

60

-150

-30

180

-60

-120

-150

-30

35

-90 -60

-120

-150

180

2100 MHz

-90


B-67

0

1710-2170 MHz W85-19-x28 X-Pol | VET Panel | 85° | 18.3 dBi

1800 MHz

1900 MHz

-90

30

25

20

15

10

150

5

0

30

120

35

120

20

15

10

5

0

-30

35

180

-90

60

120

35

30

25

20

15

10

150

5

0

30

120

35

30

25

20

15

10

150

60

120

5

0

-30

35

180

-90

60

120

35

30

25

20

150

15

10

5

30

120

60 90

8° | Vertical

0

5

0

60

35

30

25

20

150

-150

15

10

5

0

30

120

-60

-120

-30

180

10

-90 -60

-150

-30

15

6° | Vertical

-120

-150

20

90

-90 -60

25

30

6° | Vertical

-120

30

150

90

6° | Vertical

0

-60

-150

30

90

5

60

-120

-30

180

10

-90 -60

-150

-30

15

4° | Vertical

-120

-150

20

90

-90 -60

25

30

4° | Vertical

-120

30

150

90

4° | Vertical

180

25

30

90

180

30

150

60

-150

-30

180

-60

-120

-150

-30

35

-90 -60

-120

-150

180

2100 MHz

-90 -60

-120

60 90

8° | Vertical

-30

35

180

30

25

20

150

15

10

5

0

30

120

60 90

8° | Vertical


B-68


REV0809

Amphenol Telecom Solutions PMR Antennas - Table of Contents ITEM CODE 5001000 5004xxx 5023xxx 5029000 5043xxx 5047xxx 5201xxx 5211388 5227000 5680000 7014385 7014xxx 7018xxx 7019xxx 7029xxx 7031xxx 7034xxx 7039xxx 7040xxx 7041xxx 7042xxx 7043xxx 7047200 7047xxx 7049xxx 7050xxx 7051xxx 7073xxx 7074xxx 7129xxx 7130xxx 71482xx 7148xxx 7170xxx 7175xxx 7176xxx 7177010 7210xxx 7227000 7255xxx 7256xxx 7273xxx 7277010 7323xxx 7345000 7353xxx 7360012 7373xxx 7395xxx 7417xxx 7418xxx 7421xxx 7427xxx

……………………………………………………………………………………….. ……………………………………………………………………………………….. ……………………………………………………………………………………….. ……………………………………………………………………………………….. ……………………………………………………………………………………….. ……………………………………………………………………………………….. ……………………………………………………………………………………….. ……………………………………………………………………………………….. ……………………………………………………………………………………….. ……………………………………………………………………………………….. ……………………………………………………………………………………….. ……………………………………………………………………………………….. ……………………………………………………………………………………….. ……………………………………………………………………………………….. ……………………………………………………………………………………….. ……………………………………………………………………………………….. ……………………………………………………………………………………….. ……………………………………………………………………………………….. ……………………………………………………………………………………….. ……………………………………………………………………………………….. ……………………………………………………………………………………….. ……………………………………………………………………………………….. ……………………………………………………………………………………….. ……………………………………………………………………………………….. ……………………………………………………………………………………….. ……………………………………………………………………………………….. ……………………………………………………………………………………….. ……………………………………………………………………………………….. ……………………………………………………………………………………….. ……………………………………………………………………………………….. ……………………………………………………………………………………….. ……………………………………………………………………………………….. ……………………………………………………………………………………….. ……………………………………………………………………………………….. ……………………………………………………………………………………….. ……………………………………………………………………………………….. ……………………………………………………………………………………….. ……………………………………………………………………………………….. ……………………………………………………………………………………….. ……………………………………………………………………………………….. ……………………………………………………………………………………….. ……………………………………………………………………………………….. ……………………………………………………………………………………….. ……………………………………………………………………………………….. ……………………………………………………………………………………….. ……………………………………………………………………………………….. ……………………………………………………………………………………….. ……………………………………………………………………………………….. ……………………………………………………………………………………….. ……………………………………………………………………………………….. ……………………………………………………………………………………….. ……………………………………………………………………………………….. ………………………………………………………………………………………..

PAGE NUMBER B-69 B-70 B-71 B-72 B-73 B-74 B-75 B-76 B-77 B-78 B-79 B-80 B-81 B-82 B-83 B-84 B-85 B-86 B-87 B-88 B-89 B-90 B-91 B-92 B-93 B-94 B-95 B-96 B-97 B-98 B-99 B-100 B-101 B-102 B-103 B-104 B-105 B-106 B-107 B-108 B-109 B-110 B-111 B-112 B-113 B-114 B-115 B-116 B-117 B-118 B-119 B-120 B-121

Amphenol Telecom Solutions PMR Antennas - Table of Contents ITEM CODE 7428xxx 7437010 7500xxx 7501xxx 7502xxx 7511xxx 7513xxx 7530xxx 7533xxx 7536xxx 7548xxx 75492xx 7549387 7549xxx 7556xxx 7576xxx 7579000 7586307 75863xx 7586xxx 7636000 7680000 LPU/R-xx MA100K01 MA100LM01 MA100PQ01 MA100RS00 MA411xx MA412D00 MA421H06 MA421H08 MA421H29 MA421LM01 MA421LM02 MA421LM05 MA421PR01 MA421PR03 MA421PR04 MA421PR05 MA421PR06 MA421PR07 MA421RS01 MA421RS02 MA421RS03 MA421RS04 MA421RS05 MA421RS06 MA421RS07 MA431Exx MA431H00 MA431KMxx MA432H0x MA432H1x

……………………………………………………………………………………….. ……………………………………………………………………………………….. ……………………………………………………………………………………….. ……………………………………………………………………………………….. ……………………………………………………………………………………….. ……………………………………………………………………………………….. ……………………………………………………………………………………….. ……………………………………………………………………………………….. ……………………………………………………………………………………….. ……………………………………………………………………………………….. ……………………………………………………………………………………….. ……………………………………………………………………………………….. ……………………………………………………………………………………….. ……………………………………………………………………………………….. ……………………………………………………………………………………….. ……………………………………………………………………………………….. ……………………………………………………………………………………….. ……………………………………………………………………………………….. ……………………………………………………………………………………….. ……………………………………………………………………………………….. ……………………………………………………………………………………….. ……………………………………………………………………………………….. ……………………………………………………………………………………….. ……………………………………………………………………………………….. ……………………………………………………………………………………….. ……………………………………………………………………………………….. ……………………………………………………………………………………….. ……………………………………………………………………………………….. ……………………………………………………………………………………….. ……………………………………………………………………………………….. ……………………………………………………………………………………….. ……………………………………………………………………………………….. ……………………………………………………………………………………….. ……………………………………………………………………………………….. ……………………………………………………………………………………….. ……………………………………………………………………………………….. ……………………………………………………………………………………….. ……………………………………………………………………………………….. ……………………………………………………………………………………….. ……………………………………………………………………………………….. ……………………………………………………………………………………….. ……………………………………………………………………………………….. ……………………………………………………………………………………….. ……………………………………………………………………………………….. ……………………………………………………………………………………….. ……………………………………………………………………………………….. ……………………………………………………………………………………….. ……………………………………………………………………………………….. ……………………………………………………………………………………….. ……………………………………………………………………………………….. ……………………………………………………………………………………….. ……………………………………………………………………………………….. ………………………………………………………………………………………..

PAGE NUMBER B-122 B-123 B-124 B-125 B-126 B-127 B-128 B-129 B-130 B-131 B-132 B-133 B-134 B-135 B-136 B-137 B-138 B-139 B-140 B-141 B-142 B-143 B-144 B-145 B-146 B-147 B-148 B-149 B-150 B-151 B-152 B-153 B-154 B-155 B-156 B-157 B-158 B-159 B-160 B-161 B-162 B-163 B-164 B-165 B-166 B-167 B-168 B-169 B-170 B-171 B-172 B-173 B-174

Amphenol Telecom Solutions PMR Antennas - Table of Contents ITEM CODE MA432H8x MA432J00 MA432KMxx MA461H01 MA462DS06 MA462DS08 MA481E86 MA481E41 MA481H02 MA481H04 MA481I00 MA481J00 MA481KMxx MA481Q02 MA481QS06 MA481S02 MA491QS10 MA521F00 MA521J00 MMU2xxx MMU3xxx MMU4xxx

……………………………………………………………………………………….. ……………………………………………………………………………………….. ……………………………………………………………………………………….. ……………………………………………………………………………………….. ……………………………………………………………………………………….. ……………………………………………………………………………………….. ……………………………………………………………………………………….. ……………………………………………………………………………………….. ……………………………………………………………………………………….. ……………………………………………………………………………………….. ……………………………………………………………………………………….. ……………………………………………………………………………………….. ……………………………………………………………………………………….. ……………………………………………………………………………………….. ……………………………………………………………………………………….. ……………………………………………………………………………………….. ……………………………………………………………………………………….. ……………………………………………………………………………………….. ……………………………………………………………………………………….. ……………………………………………………………………………………….. ……………………………………………………………………………………….. ………………………………………………………………………………………..

PAGE NUMBER B-175 B-176 B-177 B-178 B-179 B-180 B-181 B-182 B-183 B-184 B-185 B-186 B-187 B-188 B-189 B-190 B-191 B-192 B-193 B-194 B-195 B-196

112-156 MHz 5001000 Ground Plane Antenna V-Pol | 360° | 0 dBd

A rugged and durable “lightning proof” VHF Ground Plane antenna designed for VHF AIR BAND applications. The broadband active element is enclosed inside a glassfibre shroud to provide extra protection in harsh environments.

Type

5001000

Electrical Specifications Frequency:

112 MHz to 156 MHz

Gain: VSWR:

0 dBd <1.5:1 (117-138 MHz), <2:1 (112-156 MHz)

Maximum Power:

500 W

Polarisation:

Vertical

Horizontal Beamwidth:

360°

Vertical Beamwidth:

90°

Impedance:

50 ohms

Termination:

N Female

Lightning Protection:

DC Grounded Antenna remains intact following strike with an action integral 2.5 x 105 Amp2 second.

Mechanical Specifications Horizontal Pattern

Materials:

GRP covered radiator, Centre fed brass dipole. Alocrom finish Aluminium radial ring and mounting stub (48.5 mm dia.), GRP covered brass radials (6 off)

Dimensions:

Vertical Pattern

Length 1.25 m Width 0.77 m at radial tips

Weight (excluding mount):

3.5 kg

Windloading @ 45 m/s:

150 N

Mounting Bracket:

0300120/00

Please order Mounting Bracket separately.


B-69


REV0909

380...470 MHz 5004xxx Adjustable Grid Sector Antenna V-Pol 90° / 120° / 140° / 180° 9.3 / 8.4 / 7.4 / 6.3 dBd

A medium gain, Adjustable Beamwidth antenna designed for TETRA network applications. These antennas can be deployed as 90, 120, 140 or 160 degree sector antennas or phased together to provide omnidirectional degree coverage on a large structure. Produced to the highest quality standards these robust designs will insure reliable operation in harsh environmental conditions.

Type

5004xxx

Electrical Specifications Frequency Range: Model Numbers*:

380...470 MHz 5004380 5004100

9.3 dBd @ 90° 8.4 dBd @ 120° 7.4 dBd @ 140° 6.3 dBd @ 180°

Gain:

VSWR:

<1.5:1

Maximum Power:

250 W

Polarisation:

Vertical


Adjustable to 90°, 120°, 140°, or 180°

Vertical Beamwidth:

19°

Electrical Downtilt:

Options available in 0° or 10° 25 dB @ 90° 22 dB @ 120° 21 dB @ 140° 17 dB @ 180°

Front to Back Ratio: Horizontal Pattern

380 MHz to 400 MHz 450 MHz to 470 MHz

Impedance:

50 ohms

Termination:

N Female at base


DC Grounded

* Other frequencies available upon request.

Mechanical Specifications Vertical Pattern

Materials:

Radiator element, sealed in glass fibre tube Reflector assembly, polyester coated, Aluminium

Dimensions (LxWxD):

2600 x 800 x 400 mm


16 kg


800 N

Mounting Bracket:

9250-318



B-70


REV0909

380-430 MHz

A medium gain, Dual Polarized, Panel antenna designed for TETRA network applications.

These aesthetically pleasing, low profile panel antennas are

available in a variety of fixed electrical beam tilts to facilitate network optimization. Produced to the highest quality standards these robust designs will insure

5023xxx Panel Sector Antenna Dual Polar X-Pol | 80° | 9 dBd

reliable operation in harsh environmental conditions.

Type

5023xxx


380 MHz to 430 MHz

Gain:

9 dBd

VSWR:

<1.3:1

Maximum Power:

2 x 200 W

Polarisation:

±45°


80°

Vertical Beamwidth:

28°


Model:

5023010 5023015


10° 15°

Port to Port Isolation:

> 30 dB

Front to Back Ratio:

> 20 dB

Intermodulation:

<-153 dBc for 2 x 20W carriers

Impedance:

50 ohms

Termination:

2 x 7/16-DIN Female


DC Grounded Horizontal Pattern

Mechanical Specifications Materials: Dimensions (LxWxD):

Shroud, Styrosun Housing, Aluminium 1500 x 400 x 195 mm


14 kg


810 N

Mounting Bracket:

Vertical Pattern

0900234/00 included to fit 48 -115 mm dia. pipe and provide 0°-10° mechanical tilt.


REV0909


B-71

800-2200 MHz 5029000 Indoor/Microcell “Shark fin” Panel Antenna V-Pol | 115° | 2.9 dBd

A wideband, “Shark Fin” style panel antenna to provide indoor or outdoor fill-in coverage for 2G and 3G cellular networks. This antenna is supplied with 0.5m coaxial cable with N Type termination and is easily installed using the integrated wall mounting.

Type

5029000

Electrical Specifications Frequency: Gain: VSWR: Maximum Power: Polarisation:

800 MHz to 2200 MHz 2.9 dBd (5 dBi) <2.0:1 (<1.5:1 typical) 50 W Vertical


115°

Vertical Beamwidth:

70°

Impedance:

50 ohms

Termination:

0.5 m RG303 Cable, White jacket , + N Female


DC Grounded

Mechanical Specifications Materials: Horizontal Pattern

Dimensions (LxWxD): Weight: Windloading @ 45 m/s: Mounting Bracket:

Aluminium base + white ABS shroud 282 x 85 x 182 mm 0.5 kg 70 N Screws supplied for mounting on flat wall.

Vertical Pattern


B-72


REV0909

380-430 MHz 5043xxx Panel Sector Antenna

A high gain, Dual Polarized, Panel antenna designed for TETRA network

Dual Polar X-Pol | 80° | 11.8 dBd

available in a variety of fixed electrical beam tilts to facilitate network optimization.

applications.

These aesthetically pleasing, low profile panel antennas are

Produced to the highest quality standards these robust designs will insure reliable operation in harsh environmental conditions.

Type

5043xxx


380 MHz to 430 MHz

Gain:

11.8 dBd

VSWR:

<1.3:1 full band

Maximum Power:

2 x 250 W

Polarisation:

±45°


80°

Vertical Beamwidth:

19° Model:


0° 10° 15°


>30 dB


>24 dB (typical)

Intermodulation:

Horizontal Pattern


5043000 5043010 5043015


Impedance:

50 ohms

Termination:

2 x 7/16-DIN Female


DC Grounded

Mechanical Specifications Materials: Vertical Pattern

Dimensions (LxWxD): Weight (excluding mount): Windloading @ 45 m/s: Mounting Bracket:

Shroud, Styrosun Housing, Aluminium 2000 x 400 x 195 mm 17 kg 1000 N 0900234/00 included to fit 48 -115 mm dia. pipe and provide 0°-10° mechanical tilt.


B-73


REV0909

380...430 MHz

A low profile, UHF panel antenna to provide indoor or outdoor fill-in coverage in TETRA networks. This discrete antenna is supplied with 0.5m coaxial cable with N Type termination and is easily installed using the integrated wall mounting.

Type

5047xxx Indoor/Microcell Panel Antenna V-Pol | 106° | 2.4 dBd

5047xxx

Electrical Specifications Frequency Range: Model Numbers*: Gain:

380...430 MHz Model:

5047000 5047420

Operating Frequency:


2.4 dBd

VSWR:

<1.5:1

Maximum Power:

50 W

Polarisation:

Vertical


106°

Vertical Beamwidth:

112°


>10 dB

Intermodulation:

3rd order 100 dBm with 2 x 5W carriers

Impedance:

50 ohms

Termination:

0.5 m white RG303 Cable + N Female



Mechanical Specifications

Materials:

Dimensions (LxWxD): Weight (including mount): Windloading @ 45 m/s: Mounting Bracket:

Aluminium housing, Shroud, UV Resistant, Halogen free FR ABS Colour White UL94V-O, CAA No.8 Sec 2.2b FAR 25.853b 305 x 225 x 60 mm

Vertical Pattern

1.05 kg 85 N Integral Wall Mounting Bracket


REV0909


B-74

380-470 MHz

A 2-in-1 heavy duty, “lightning proof” Colinear antenna designed for use in TETRA networks. Two separate omnidirectional antennas are contained inside a single high strength, glassfibre shroud. High port to port isolation between the antennas allows for diversity. Produced to the highest quality standards these

5201xxx Colinear Antenna 2-in-1 V-Pol | 360° | 2.8 dBd

robust antenna designs will insure reliable operation in harsh environmental conditions.

Type

5201xxx

Electrical Specifications

Model Numbers:

Model:


5201000

380 MHz to 400 MHz

5201450

380 - 400 MHz (top) / 450 - 470 MHz (bottom)

Gain:

2.8 dBd per Array

VSWR:

<1.4:1

Maximum Power:

2 x 300 W

Polarisation:

Vertical


360°

Vertical Beamwidth:

36°


0°


> 27 dB

Intermodulation:

<-153 dBc for 2 x 20 W Carriers

Impedance:

50 ohms

Termination:

2 x 7/16-DIN Female


DC Grounded. Antennas remain intact following a lightning strike of 2.5 x 105 Amp2 second. Finial 1/2” stainless steel extending 220 mm beyond top cap.

Horizontal Pattern

Mechanical Specifications Materials: Length:

Glass fibre shroud Aluminium mounting section 3160 mm


7.0 kg


180 N

Mounting Bracket:

Vertical Pattern

0300120/00



REV0909


B-75

380-395 MHz 5211388 Indoor/Microcell Ceiling Mounted Omni V-Pol | 360° | 0 dBd

An omnidirectional, low profile, fully shrouded UHF antenna for TETRA ceiling mount applications. This antenna is supplied with 0.5m coaxial cable with N Type termination.

Type

5211388

Electrical Specifications Frequency: Gain:

380 MHz to 395 MHz 0 dBd

VSWR:

<2:1

Maximum Power:

30 W

Polarisation:

Vertical


360°

Vertical Beamwidth:

80°

Impedance:

50 ohms

Termination:

0.5 m RG58 Cable + N Female

Mechanical Specifications Materials: Dimensions: Horizontal Pattern

Weight: Mounting Bracket:

Aluminium base Shroud, White ABS 202 mm Dia. x 70 mm tall 0.47 kg By three holes with the screws and wall plugs supplied with the antenna. Three white caps are supplied to hide the screws after installation.

Vertical Pattern


B-76


REV0909

1350-1517 MHz

A Shrouded Yagi antenna for SHF Links in the 1.4GHz band. All elements are enclosed in a weather resistant, glassfibre shroud to provide consistent, reliable performance in all weather conditions.

Type

5227000 Shrouded Yagi Antenna V-Pol or H-Pol | 28° | 16.1 dBi

5227000


1350 MHz to 1517 MHz

Gain:

16.1 dBi

VSWR:

<1.3:1

Maximum Power:

100 W

Polarisation:

Vertical or Horizontal


28°

Vertical Beamwidth:

26°


>25 dB (typical)

Impedance:

50 ohms

Termination:

N Female


DC Grounded

Mechanical Specifications Materials:

Shroud, GRP Radiating Assembly, Aluminium Mounting Section 50 mm dia., Aluminium

Length: Weight (excluding mount): Windloading @ 45 m/s:

Horizontal Pattern

1300 mm 3 kg 150 N

Recommended Mounting Bracket:

3202078/68

Alternate Mounting Bracket:

0300064/00 + U-Bolts to match mounting pipe diameter.

Vertical Pattern



REV0909


B-77

1350-1517 MHz

A high gain, SHF Panel antenna designed for links in the 1.4GHz band.

A

planar array of dipole elements concealed inside a low loss radome to provide highly directional performance in a low profile design. Produced to the highest

5680000 Directional Panel Antenna V-Pol or H-Pol | 37° | 14 dBi

quality standards these robust antenna designs will insure reliable operation in harsh environmental conditions.

Type

5680000

Electrical Specifications Frequency Range: Gain:

1350 MHz to 1517 MHz 14.0 dBi

VSWR:

<1.3:1

Maximum Power:

100 W

Polarisation:



37°

Vertical Beamwidth:

36°


>25 dB

Impedance:

50 ohms

Termination:

N Female


DC Grounded


Shroud, Stryosun Housing, Aluminium

Dimensions (LxWxD):

345 x 310 x 50 mm

Weight (including mount):

2.5 kg


160 N

Mounting Bracket:

Integral Mounting Brackets to fit pipes up to 48mm diameter, allowing mechanical tilt over ± 8° to remove tower rake. Other brackets available on request to fit pipes of up to 115mm diameter.

Horizontal Pattern

Vertical Pattern


REV0909


B-78

370-400 MHz 7014385

A 12-element UHF Yagi antenna for PMR/Trunked Radio and Broadcast

Yagi Antenna

applications that carries UK R.A. approval to MPT1411 for UHF Telemetry.

12-Element V-Pol or H-Pol | 36° | 12 dBd

Antennas in this range are carefully designed to provide low passive intermodulation to minimize network interference. Produced to the highest quality standards these robust antenna designs will insure reliable operation in harsh environmental conditions.

Type

7014385


370 MHz to 400 MHz

Bandwidth:

± 4% (typical)

Gain:

12 dBd

VSWR:

<1.5:1

Maximum Power:

150 W

Polarisation:



36°

Vertical Beamwidth:

33°


>20 dB

Intermodulation:


Impedance:

50 ohms

Termination:

3m of RG213 Cable + N Female


DC Grounded

Horizontal Pattern

Mechanical Specifications Materials: Length: Vertical Pattern

Weight (excluding mount): Windloading @ 45 m/s:

Boom, 32 mm dia. Aluminium Elements, 12.7 mm dia. Aluminium Balun, Fully moulded enclosure 3160 mm @ 300 MHz, 2150 mm @ 460 MHz 5.9 kg @ 300 MHz, 5 kg @ 460 MHz 207 N @ 300 MHz, 140 N @ 460 MHz


3202078/68 + 3201079/00

Alternate Mounting Brackets:

0900912/00 or 0302032/68 or 0300064/00 + U-Bolts to match mounting pipe diameter.

Optional Mounting Accessory:

Trombone 2-Point Mount 0900018/00



B-79


REV0909

300...500 MHz 7014xxx


Yagi Antenna

applications that carries UK R.A. approval to MPT1411 for UHF Telemetry. Produced to the highest quality standards these robust antenna designs will insure reliable operation in harsh environmental conditions. Low IMP rated


models are available upon request.

Type

7014xxx

Electrical Specifications Frequency Range:

300...500 MHz

Bandwidth:

± 4% (typical)

Model Numbers*:

Model:

7014390 7014450



Gain:

12 dBd

VSWR:

<1.5:1

Maximum Power:

150 W

Polarisation:



36°

Vertical Beamwidth:

33°


>20 dB

Impedance:

50 ohms

Termination:



DC Grounded


Horizontal Pattern

Mechanical Specifications Materials: Length: Weight (excluding mount): Windloading @ 45 m/s:

Boom, 32 mm dia. Aluminium Elements, 12.7 mm dia. Aluminium Balun, Fully moulded enclosure 3160 mm @ 300 MHz, 2150 mm @ 460 MHz

Vertical Pattern

5.9 kg @ 300 MHz, 5 kg @ 460 MHz 207 N @ 300 MHz, 140 N @ 460 MHz


3202078/68 + 3201079/00







REV0909


B-80

300...500 MHz 7018xxx

A 12-element UHF Yagi antenna with High F/B ratio for PMR/Trunked Radio

Yagi Antenna

and Broadcast applications that carries UK R.A. approval to MPT1411 for UHF Telemetry applications. Produced to the highest quality standards these robust antenna designs will insure reliable operation in harsh environmental conditions.


Low IMP rated models are available upon request.

Type

7018xxx


300...500 MHz

Bandwidth:

± 4% (typical) Model:

Model Numbers*:

7018395 7018420 7018450


375 MHz to 415 MHz 400 MHz to 435 MHz 450 MHz to 470 MHz

Gain:

12 dBd

VSWR:

<1.5:1

Maximum Power:

150 W

Polarisation:



36°

Vertical Beamwidth:

33°


> 22 dB

Impedance:

50 ohms

Termination:

3m of RG213 cable + N Female


DC Grounded


Horizontal Pattern


Boom, 32 mm dia. Aluminium Elements, 12.7 mm dia. Aluminium Balun, Fully moulded enclosure 3200 mm @ 300 MHz, 2070 mm @ 460 MHz 6.9 kg @ 300 MHz, 6 kg @ 460 MHz

Vertical Pattern

230 N @ 300 MHz, 150 N @ 460 MHz


3202078/68 + 3201079/00







REV0909


B-81

380...500 MHz 7019xxx

An 18-element UHF Yagi antenna with High F/B ratio for PMR/Trunked Radio

Yagi Antenna

and Broadcast applications. Produced to the highest quality standards these



Type

7019xxx


380...500 MHz

Bandwidth:


Model Numbers*:

7019405 7019443 7019460


Gain:

14 dBd

VSWR:

<1.5:1

Maximum Power:

150 W

Polarisation:



28°

Vertical Beamwidth:

27°


>25 dB

Impedance:

50 ohms

Termination:


Lightning Protection: Horizontal Pattern


DC Grounded




Boom, 32 mm dia. Aluminium Elements, 12.7 mm dia. Aluminium Balun, Fully moulded enclosure 4680 mm @ 380 MHz, 3800 mm @ 500 MHz 10 kg @ 380 MHz, 9 kg @ 500 MHz 310 N @ 380 MHz, 260 N @ 500 MHz


3202078/68 + 3201079/00







B-82


REV0909

50...250 MHz 7029xxx

A 4-element VHF Yagi antenna for PMR/Trunked Radio, Broadcast and

Yagi Antenna

extended range VHF Aircraft Band applications. Produced to the highest quality


standards these robust antenna designs will insure reliable operation in harsh environmental conditions.

Type

7029xxx


50...250 MHz

Bandwidth:

± 5% (typical)

Model Numbers*:

Model: 7029068 7029000 7029092 7029098 7029106 7029145 7029155

Gain:

7 dBd

VSWR:

<1.5:1

Maximum Power:

150 W

Polarisation:

Horizontal Pattern

Operating Frequency: 68 MHz to 78 MHz 75 MHz to 88 MHz 92 MHz to 100 MHz 98 MHz to 106 MHz 102 MHz to 110 MHz 145 MHz to 165 MHz 155 MHz to 175 MHz



90°

Vertical Beamwidth:

60°


>15 dB

Impedance:

50 ohms

Termination:



DC Grounded



Vertical Pattern

Materials: Length:

Boom, 32 mm dia. Aluminium Elements, 19 mm dia. Aluminium Balun, Fully moulded enclosure 3500 mm @ 55 MHz, 1080 mm @ 240 MHz


7.1 kg @ 55 MHz, 3.2 kg @ 240 MHz


480 N @ 55 Mhz, 130 N @ 240 MHz


3202078/68 + 3201079/00





B-83


REV0909

50...250 MHz 7031xxx Yagi Antenna



standards these robust antenna designs will insure reliable operation in harsh

extended range VHF Aircraft Band applications. Produced to the highest quality environmental conditions.

Type

7031xxx


50...250 MHz

Bandwidth:

± 6% (typical)

Model Numbers*:

Model: 7031050 7031066 7031075 7031088 7031139 7031144 7031156

Gain:

3 dBd

VSWR:

<1.5:1

Maximum Power:

150 W

Polarisation:

Horizontal Pattern

Operating Frequency: 48 MHz to 53 MHz 66 MHz to 67 MHz 75 MHz to 88 MHz 88 MHz to 108 MHz 139.5 MHz to 149 MHz 144 MHz to 162 MHz 156 MHz to 175 MHz



150°

Vertical Beamwidth:

75°


>12 dB

Impedance:

50 ohms

Termination:



DC Grounded



Vertical Pattern

Materials: Length:

Boom, 32 mm dia. Aluminium Elements, 19 mm dia. Aluminium Balun, fully moulded enclosure 1800 mm @ 55 MHz, 850 mm @ 200 MHz


4.2 kg @ 55 MHz, 1.9 kg @ 200 MHz

Windloading @ 45 m/s (N):

260 N @ 55 MHz, 90 N @ 200 MHz


3202078/68 + 3201079/00





B-84


REV0909

48...200 MHz

A rugged and durable VHF End Fed Dipole antenna constructed from polished Aluminium. Produced to the highest quality standards these robust antenna designs will insure reliable operation in harsh environmental conditions.

Type

7034xxx End Fed Dipole Antenna V-Pol | 360° | 0 dBd

7034xxx


48...200 MHz

Bandwidth:

Model Numbers*:

± 2.5% (typical) Model: 7034048 7034051 7034070 7034072 7034074 7034068 7034078 7034084 7034093 7034097 7034101 7034107 7034164

Gain: VSWR:

Operating Frequency: 48 MHz to 50 MHz 50 MHz to 52 MHz 70 MHz to 74 MHz 72 MHz to 76 MHz 74 MHz to 78 MHz 68 MHz to 72 MHz 78 MHz to 84 MHz 84 MHz to 89 MHz 91 MHz to 95 MHz 94 MHz to 100 MHz 98 MHz to 102 MHz 104 MHz to 110 MHz 164 MHz to 175 MHz 0 dBd

<1.5:1, <2.0:1 at band edges

Maximum Power:

250 W

Polarisation:

Vertical


360°

Vertical Beamwidth:

80°

Impedance:

50 ohms

Termination:

N Female


Horizontal Pattern

DC Grounded

*Other frequencies available upon request.

Vertical Pattern

Mechanical Specifications Materials: Length: Weight (excluding mount): Windloading @ 45 m/s: Mounting Bracket:

Polished Aluminium with Stainless Steel Fixings 4300 mm @ 50 MHz 1460 mm @ 160 MHz 3.2 kg @ 50 MHz 1.1 kg @ 160 MHz 113 N @ 50 MHz 36 N @ 160 MHz 0300120/00

Please order Mounting Bracket separately. Quoted performance parameters are provided to offer typical or range values only and may vary as a result of normal manufacturing and operational conditions. Extreme operational conditions and/or stress on structural supports is beyond our control. Such conditions may result in damage to this product. Improvements to product may be made without notice.

REV0909


B-85

140...500 MHz 7039xxx

A 2-element VHF / UHF Yagi antenna for PMR/Trunked Radio, Broadcast and

Yagi Antenna

extended range VHF Aircraft Band applications. Produced to the highest quality


standards these robust antenna designs will insure reliable operation in harsh environmental conditions. Low IMP rated models are available upon request.

Type

7039xxx


140...500 MHz

Bandwidth:

± 6% (typical)

Model Numbers*:

Model:

7039380 7039420


Gain:

3 dBd

VSWR:

<1.5:1

Maximum Power:

150 W

Polarisation:

Note: Low frequency model shown. Higher frequency antennas will have multi bar reflectors.




150°

Vertical Beamwidth:

75°


>12 dB

Impedance:

50 ohms

Termination:



DC Grounded



Horizontal Pattern


Boom, 32 mm dia. Aluminium Elements, 12.7 mm dia. Aluminium Balun, Fully moulded enclosure 1360 mm @ 90 MHz, 690 mm @ 400 MHz 2.3 kg @ 90 MHz, 1.3 kg @ 400 MHz 140 N @ 90 MHz, 50 N @ 400 MHz


3202078/68 + 3201079/00



Vertical Pattern



B-86


REV0909

300...500 MHz 7040xxx


Yagi Antenna

applications. Produced to the highest quality standards these robust antenna designs will insure reliable operation in harsh environmental conditions. Low IMP rated models are available upon request.

Type


7040xxx


300...500 MHz

Bandwidth:

± 5% (typical)

Model Numbers*:

Model:

7040380 7040440



Gain:

5 dBd

VSWR:

<1.5:1

Maximum Power:

150 W

Polarisation:



120°

Vertical Beamwidth:

70°


>15 dB

Impedance:

50 ohms

Termination:



DC Grounded

* Other frequencies available upon request. Horizontal Pattern


Boom, 32 mm dia. Aluminium Elements, 12.7 mm dia. Aluminium Balun, Fully moulded enclosure 1700 mm @ 100 MHz, 550 mm @ 480 MHz 2.6 kg @ 100 MHz, 1.6 kg @ 480 MHz

Vertical Pattern

160 N @ 100 MHz, 52 N @ 480 MHz


3202078/68 + 3201079/00





REV0909


300...500 MHz 7041xxx


Yagi Antenna

applications. Produced to the highest quality standards these robust antenna


designs will insure reliable operation in harsh environmental conditions. Low IMP rated models are available upon request.

Type

7041xxx


300...500 MHz

Bandwidth:

± 5% (typical)

Model Numbers*:

Model:

7041380 7041420



Gain:

7 dBd

VSWR:

<1.5:1

Maximum Power:

150 W

Polarisation:



90°

Vertical Beamwidth:

60°


>15 dB

Impedance:

50 ohms

Termination:



DC Grounded




Boom, 32 mm dia. Aluminium Elements, 12.7 mm dia. Aluminium Balun, Fully moulded enclosure 2200 mm @ 100 MHz, 800 mm @ 480 MHz 3.2 kg @ 100 MHz, 1.5 kg @ 480 MHz 204 N @ 100 MHz, 65 N @ 480 MHz


3202078/68 + 3201079/00





B-88


REV0909

130...500 MHz 7042xxx

A 6-element VHF / UHF Yagi antenna for PMR/Trunked Radio and Broadcast

Yagi Antenna

applications. Produced to the highest quality standards these robust antenna

6-Element V-Pol or H-Pol | 64° | 8.5 dBd

designs will insure reliable operation in harsh environmental conditions. Low IMP rated models are available upon request.

Type

7042xxx


130...500 MHz

Bandwidth:


Model Numbers*:

7042140 7042155 7042390 7042450

Gain:

8.5 dBd

VSWR:

<1.5:1

Maximum Power:

150 W

Polarisation:

Horizontal Pattern


140 MHz to 156 MHz 155 MHz to 175 MHz 370 MHz to 410 MHz 440 MHz to 470 MHz



64°

Vertical Beamwidth:

56°


>16 dB

Impedance:

50 ohms

Termination:



DC Grounded



Dimensions: Weight (excluding mount): Windloading @ 45 m/s:

Boom, 32 mm dia. Aluminium Elements, 12.7 mm dia. Aluminium Balun, Fully moulded enclosure 3800 mm @ 100 MHz, 2700 mm @ 145 MHz 6.2 kg @ 100 MHz, 5 kg @ 145 MHz 290 N @ 100 MHz, 200 N @ 145 MHz


3202078/68 + 3201079/00





B-89


REV0909

130...500 MHz 7043xxx

An 8-element VHF / UHF Yagi antenna for PMR/Trunked Radio and Broadcast

Yagi Antenna

applications. Produced to the highest quality standards these robust antenna designs will insure reliable operation in harsh environmental conditions. Low IMP rated models are available upon request.

Type


7043xxx


130...500 MHz

Bandwidth:


Model Numbers*:

7043150 7043155 7043390 7043420



Gain:

10 dBd

VSWR:

<1.5:1

Maximum Power:

150 W

Polarisation:



54°

Vertical Beamwidth:

45°


>20 dB

Impedance:

50 ohms

Termination:



DC Grounded


Horizontal Pattern


Boom, 32 mm dia. Aluminium Elements, 12.7 mm dia. Aluminium Balun, Fully moulded enclosure 3410 mm @ 155 MHz, 2030 mm @ 300 MHz

Vertical Pattern

6 kg @ 155 MHz, 4.5 kg @ 300 MHz 250 N @ 155 MHz, 140 N @ 300 MHz


3202078/68 + 3201079/00





REV0909


B-90

380-430 MHz 7047200 4 Stack Dipole Array V-Pol | 360° / 150° | 5 dBd / 9 dBd

An array of four Center Fed Dipole antennas with phasing harness mounted on an Aluminium mast designed for TETRA network applications. Antennas in this range are carefully designed to provide low passive intermodulation to minimize network interference. Produced to the highest quality standards these robust antenna designs will insure reliable operation in harsh environmental conditions.

Type

7047200


380 MHz to 430 MHz

Gain:

5.0 dBd Omni / 9.0 Directional

VSWR:

<1.5:1 typical

Maximum Power:

200 W

Polarisation:

Vertical


360° Omni / 150° Directional

Vertical Beamwidth:

20°

Electrical Downtilt

0°

Intermodulation:


Impedance:

50 ohms

Termination:

4m RG214 cable + 7/16-DIN Female


DC Grounded



Centre fed folded dipoles, (with baluns) fixed on a one piece vertical boom. Dipoles are able to be rotated on the boom to allow for omni or directional mode.

Dimensions (LxWxD): Vertical Pattern

2600 x 132 x 110 mm


7.0 kg


190 N

Mounting Bracket:

0300120/00



B-91


REV0909

380...500 MHz

An array of four Center Fed Dipole antennas with phasing harness mounted on an aluminium mast designed for TETRA network applications. The antenna can be deployed as a directional or omnidirectional antenna by adjusting the dipole

7047xxx 4 Stack Dipole Array V-Pol | 360° / 150° | 5 dBd / 9 dBd

orientation around the mast. Produced to the highest quality standards these robust antenna designs will insure reliable operation in harsh environmental conditions. Low IMP rated models are available upon request.

Type

7047xxx



Model Numbers*:

Gain:

7047410 7047419 7047450 7047475



5.0 dBd Omni / 9.0 dBd Directional

VSWR:

<1.5:1 typical

Maximum Power:

200 W

Polarisation:

Vertical


360° Omni / 150° Directional

Vertical Beamwidth:

17°

Electrical Downtilt

0°

Impedance:

50 ohms

Termination:

3m RG213 cable + N Female


DC Grounded

Horizontal Pattern



Centre fed folded dipoles, (with baluns) fixed on a one piece vertical boom. Dipoles are able to be rotated on the boom to allow for omni or directional mode.

Dimensions (LxWxD):

2500 x 132 x 110 mm


5.5 kg


180 N

Mounting Bracket:

Vertical Pattern

0300120/00



REV0909


B-92

50...250 MHz 7049xxx


Yagi Antenna

extended range VHF Aircraft Band applications. Produced to the highest quality standards these robust antenna designs will insure reliable operation in harsh environmental conditions.

Type


7049xxx


50...250 MHz

Bandwidth:


Model Numbers*:

7049066 7049075 7049098 7049145 7049000


66 MHz to 76 MHz 75 MHz to 88 MHz 88 MHz to 108 MHz 144 MHz to 165 MHz 155 MHz to 175 MHz

Gain:

5 dBd

VSWR:

<1.5:1

Maximum Power:

150 W

Polarisation:



120°

Vertical Beamwidth:

70°


>15 dB

Impedance:

50 ohms

Termination:



DC Grounded

Horizontal Pattern



Boom, 32 mm dia. Aluminium Elements, 19 mm dia. Aluminium Balun, Fully moulded enclosure 2800 mm @ 55 MHz, 900 mm @ 240 MHz


5.8 kg @ 55 MHz, 2 kg @ 240 MHz


385 N @ 55 MHz, 95 N @ 240 MHz


3202078/68 + 3201079/00



Vertical Pattern



REV0909


B-93

48...250 MHz

A VHF Center Fed Dipole antenna for PMR/Trunked Radio, Broadcast and VHF Aircraft Band applications. Multiple dipoles can be mounted on a tower and connected with a phasing harness to form a high gain, stacked array. Produced

7050xxx Centre Fed Dipole Antenna V-Pol or H-Pol | Variable Az Variable Gain

to the highest quality standards these robust antenna designs will insure reliable operation in harsh environmental conditions.

Type

7050xxx


48...250 MHz

Bandwidth:

Model Numbers*:

Gain:

± 10% (typical) Model: 7050002 7050078 7050088 7050118 7050135 7050140 7050170 7050225

Operating Frequency: 48 MHz to 52 MHz 68 MHz to 90 MHz 88 MHz to 108 MHz 118 MHz to 136 MHz 135 MHz to 160 MHz 145 MHz to 180 MHz 176 MHz to 210 MHz 210 MHz to 240 MHz

0 dBd (omni) Will depend on mounting distance from mast.

VSWR:

<1.5:1

Maximum Power:

150 W

Polarisation: Horizontal Beamwidth:

Vertical or Horizontal Will depend on mounting distance from mast.

Vertical Beamwidth:

80°

Impedance:

50 ohms

Termination:



Horizontal Pattern

DC Grounded



Boom, 32 mm dia. Aluminium Elements, 19 mm dia. Aluminium Balun, fully moulded enclosure

Dimensions (LxWxD):

1700 x 1370 x 110 mm @ 80 MHz


2.8 kg @ 80 MHz


134 N @ 80 MHz

Recommended Mounting Brackets:

3202078/68 + 3201079/00



Vertical Pattern



REV0909


B-94

300...500 MHz

A UHF Center Fed Dipole antenna for PMR/Trunked Radio and UHF Aircraft Band applications. Multiple dipoles can be mounted on a tower and connected with a phasing harness to form a high gain, stacked array. Produced to the

7051xxx Centre Fed Dipole Antenna V-Pol or H-Pol | Variable Az Variable Gain

highest quality standards these robust antenna designs will insure reliable operation in harsh environmental conditions.

Type

7051xxx


300...500 MHz

Bandwidth:

± 10% (typical)

Model Numbers*: Gain:

Model:

7051400 7051420




VSWR:

<1.5:1

Maximum Power:

150 W



Vertical Beamwidth:

80°

Impedance:

50 ohms

Termination:



DC Grounded



Boom, 32 mm dia. Aluminium Elements, 12 mm dia. Aluminium Balun, fully moulded enclosure

Dimensions (LxWxD):

915 x 330 x 100 mm @ 400 MHz


1.75 kg @ 400 MHz 69 N @ 400 MHz


3202078/68 + 3201079/00



Vertical Pattern



REV0909


B-95

140...250 MHz

A rugged and durable Colinear antenna designed for VHF Trunked Radio applications. These antennas are housed inside a high-strength, glassfibre shroud and manufactured to the highest quality standards insuring long term,

7073xxx Colinear Antenna V-Pol | 360° | 5.5 dBd

reliable operation.

Type

7073xxx


140...250 MHz

Bandwidth:


Model Numbers*:

7073154 7073159 7073164 7073169

Gain:


150 MHz to 158 MHz 154.2 MHz to 164.3 MHz 160 MHz to 168 MHz 166 MHz to 173 MHz

5.5 dBd

VSWR:

<1.5:1

Maximum Power:

200 W

Polarisation:

Vertical


360°

Vertical Beamwidth:

18°


0°

Impedance:

50 ohms

Termination:

N Female


DC Grounded


Horizontal Pattern




6.5 kg


260 N

Mounting Bracket:

Vertical Pattern

0300120/00



REV0909


B-96

130...175 MHz

A rugged and durable VHF Colinear antenna housed inside a high-strength, glassfibre shroud. Produced to the highest quality standards these robust antenna designs will insure reliable operation in harsh environmental conditions.

Type

7074xxx Colinear Antenna V-Pol | 360° | 3 dBd

7074xxx


130...175 MHz

Bandwidth:

3% (typical) Model:

Model Numbers*:

7074160 7074163 7074166 7074170


158 MHz to 162 MHz 162 MHz to 165 MHz 164 MHz to 168 MHz 167.6 MHz to 172.4 MHz

Gain:

3 dBd

VSWR:

<1.5:1

Maximum Power:

200 W

Polarisation:

Vertical


360°

Vertical Beamwidth:

31°


0°

Impedance:

50 ohms

Termination:

N Female


DC Grounded


Horizontal Pattern

Mechanical Specifications Materials: Length: Weight (excluding mount): Max Wind Speed: Windloading @ 45 m/s: Mounting Bracket:

Glass fibre shroud Aluminium mounting section 3050 mm 2.7 kg

Vertical Pattern

250 km/hr 117 N 0300120/00



REV0909


B-97

380...500 MHz

A UHF Corner Reflector antenna designed for TETRA networks. This antenna provides approximately the same gain as an 8-Element Yagi antenna but with improved F/B ratio and reduced sidelobes in the horizontal plane. Produced to

7129xxx Corner Reflector Antenna V-Pol or H-Pol | 35° | 10 dBd

the highest quality standards these robust antenna designs will insure reliable operation in harsh environmental conditions.

Type

7129xxx


380...500 MHz

Bandwidth:

± 9% (typical)

Model Numbers*:

Model:

7129405 7129400



Gain:

10 dBd

VSWR:

<1.5:1

Maximum Power:

150 W

Polarisation:



35°

Vertical Beamwidth:

55°


>25 dB

Impedance:

50 ohms

Termination:



DC Grounded


Mechanical Specifications Materials: Dimensions (WxHxD):

Booms, 32mm dia. Aluminium Elements, 12mm dia. Aluminium Balun, Fully moulded enclosure 1500 x 700 x 600 mm @ 400 MHz

Weight (excluding mount): Windloading @ 45 m/s: Mounting Bracket:

16.5 kg @ 400 MHz

Vertical Pattern

510 N @ 400 MHz 0300120/00



REV0909


B-98

88...175 MHz 7130xxx

A 6-element Heavy Duty VHF Yagi antenna for high power Broadcast and extended range VHF Aircraft Band applications. Produced to the highest quality standards these robust antenna designs will insure reliable operation in harsh environmental conditions

Type

Yagi Antenna 6-Element - Heavy Duty V-Pol or H-Pol | 64° | 8.5 dBd

7130xxx


88...175 MHz

Bandwidth: Model Numbers*:


7130088 7130165

Gain:


88 MHz to 108 MHz 158 MHz to 172 MHz 8.5 dBd

VSWR:

<1.5:1

Maximum Power:

150 W

Polarisation:



64°

Vertical Beamwidth:

56°


> 17 dB

Impedance:

50 ohms

Termination:



DC Grounded



Boom, 38 mm dia. Aluminium Elements, 19 mm dia. Aluminium Balun, Fully moulded enclosure 4000 x 1730 x 120 mm @ 100 MHz


10.7 kg @ 100 MHz

Vertical Pattern

410 N @ 100 MHz


3202078/68 + 3901719/00





REV0909


B-99

380-430 MHz 71482xx 4 Stack Dipole Array V-Pol | 160° | 9 dBd

An array of four Center Fed Dipole antennas with phasing harness mounted on an Aluminium mast designed for TETRA network applications. Antennas in this range are carefully designed to provide low passive intermodulation to minimize network interference. Produced to the highest quality standards these robust antenna designs will insure reliable operation in harsh environmental conditions.

Type

71482xx


380 MHz to 430 MHz

Gain:

9.0 dBd

VSWR:

<1.5:1

Maximum Power:

200 W

Polarisation:

Vertical


160°

Vertical Beamwidth:

17° Model:


Intermodulation:

Horizontal Pattern

0° 5° 10° 15°


Impedance: Termination:


7148200 7148205 7148210 7148215

50 ohms 4m of RG214 cable + 7/16-DIN Female


DC Grounded


Centre fed folded dipoles, (with baluns) fixed on a one piece vertical boom.

Dimensions (LxWxD):

2600 x 132 x 110 mm


7.0 kg


190 N

Mounting Bracket:

0300120/00



B-100


REV0909

380...470 MHz An array of four Center Fed Dipole antennas with phasing harness mounted on an Aluminium mast designed for TETRA network applications. Produced to the highest quality standards these robust antenna designs will insure reliable

7148xxx 4 Stack Dipole Array V-Pol | 160° | 9 dBd

operation in harsh environmental conditions.

Type

7148xxx

Electrical Specifications Frequency: Model Number*:



7148000

420 MHz to 470 MHz

Gain:

9.0 dBd

VSWR:

<1.5:1

Maximum Power:

200 W

Polarisation:

Vertical


160°

Vertical Beamwidth:

17° 0° Also available in 5°, 10°, or 15°

Electrical Downtilt: Impedance:

50 ohms

Termination:



DC Grounded



Centre fed folded dipoles, (with baluns) fixed on a one piece vertical boom.

Dimensions (LxWxD):

2600 x 132 x 110 mm


7.0 kg


190 N

Mounting Bracket:

Vertical Pattern

0300120/00



REV0909


B-101

100...470 MHz 7170xxx Cardiod Dipole Array Antenna V-Pol | 180° | 2.8 dBd

A linear array of two VHF dipole elements with phasing harness mounted on an Aluminium boom. Careful attention to element phasing results in a “Cardiod” shaped radiation pattern with high F/B ratio compared to an equivalent sized Yagi antenna. Antennas of this type fine use in PMR/Trunked Radio and Broadcast applications needing very high F/B performance.

Produced to the highest


Type

7170xxx

Electrical Specifications Frequency Range: Bandwidth:

Model Numbers*:

100...470 MHz ±1.5% (typical) Wide band versions available to meet specific needs Model: 7170108 7170130 7170169 7170190 7170435 7170460

Gain:

Horizontal Pattern

Operating Frequency: 106 MHz to 110 MHz 139.5 MHz to 149 MHz 167 MHz to 172 MHz 192 MHz to 208 MHz 428 MHz to 433 MHz 450 MHz to 470 MHz 2.8 dBd

VSWR:

<1.5:1

Maximum Power:

150 W

Polarisation:

Vertical


180°

Vertical Beamwidth:

75°


> 20 dB

Impedance:

50 ohms

Termination:


Lighting Protection:

DC Grounded



Materials: Dimensions (LxWxD):

Boom, 32 mm dia. Aluminium Elements, 19 mm dia. Aluminium Balun, Fully moulded enclosed 2100 x 900 x 100 mm @ 150 MHz


5.5 kg @ 150 MHz


190 N @ 150 MHz


3202078/68 + 3201079/00



Please order Mounting Bracket separately. Quoted performance parameters are provided to offer typical or range values only and may vary as a result of normal manufacturing and operational conditions. Extreme operational conditions and/or stress on structural supports is beyond our control. Such conditions may result in damage to this product. Improvements to product may be made without notice.

B-102


REV0909

440...960 MHz 7175xxx

An 8-element UHF Yagi antenna for UHF Broadcast, TETRA and Cellular

Yagi Antenna

communications applications utilizing Jaybeam’s “Parabeam” slot radiator feed

8-Element Linear, V-Pol, or H-Pol | 52° | 10 dBd

design to achieve higher directivity than comparable models. Produced to the highest quality standards these robust antenna designs will insure reliable operation in harsh environmental conditions.

Type

7175xxx


440...960 MHz

Bandwidth:

± 5% (typical)

Model Numbers*:

Model:

7175872 7175890



Gain:

10 dBd

VSWR:

<1.5:1

Maximum Power:

150 W

Polarisation:

Linear, Vertical, or Horizontal


52°

Vertical Beamwidth:

48°


>20 dB

Impedance:

50 ohms

Termination:



DC Grounded



Boom, 25 mm dia. Aluminium Elements, 10 mm dia. Aluminium Balun, ‘Parabeam’ slot radiator

Length: Vertical Pattern


990 mm 1.7 kg 55 N


3202078/68 + 0900174/00


0302063/68 + 0900174/00 or 0302032/68 + 0900174/00



B-103


REV0909

470...960 MHz 7176xxx

An 18-element UHF Yagi antenna for Broadcast, TETRA and Cellular communications applications utilizing Jaybeam’s “Parabeam” slot radiator feed design to achieve higher directivity than comparable models. Produced to the highest quality standards these robust antenna designs will insure reliable

Yagi Antenna 18-Element V-Pol or H-Pol | 25° | 14.4 dBd

operation in harsh environmental conditions.

Type

7176xxx


470...960 MHz

Bandwidth:

± 5% (typical)

Model Numbers*:

Model: 7176500 7176550 7176580 7176648 7176665 7176680 7176755 7176870 7176890

Gain:

Operating Frequency: 471 MHz to 523 MHz 505 MHz to 581 MHz 550 MHz to 610 MHz 600 MHz to 685 MHz 630 MHz to 700 MHz 640 MHz to 711 MHz 720 MHz to 790 MHz 820 MHz to 900 MHz 870 MHz to 960 MHz

14.4 dBd

VSWR:

<1.5:1

Maximum Power:

150 W

Polarisation:



25°

Vertical Beamwidth:

23°


> 20 dB

Impedance:

50 ohms

Termination:



Horizontal Pattern

DC Grounded



Boom, 25 mm dia. Aluminium Elements, 10 mm dia. Aluminium Balun, ‘Parabeam’ slot radiator

Length:

Vertical Pattern

2500 mm @ 700 MHz


3.3 kg @ 700 MHz


171 N @ 700 MHz


3202078/68 + 0900174/00


0302063/68 + 0900174/00 or 0302032/68 + 0900174/00



REV0909


B-104

100-500 MHz

A Wideband Discone antenna commonly used for ground-to-air and frequency scanning applications.

The discone element design provides reliable

communications over an extremely wide operating bandwidth.

Type

7177010 Wideband Discone Antenna V-Pol | 360° | 0 dBd

7177010


100 MHz to 500 MHz

Gain: VSWR:

0 dBd <2.5:1 over full band <2:1 typical over VHF and UHF air band

Maximum Power:

250 W

Polarisation:

Vertical


360°

Vertical Beamwidth:

80°

Impedance:

50 ohms

Termination:

N Female on RG213 Coaxial Downlead


DC Grounded


Elements, Solid Aluminium rod Spine, Aluminium tube Finish, Alochrom

Dimensions:

900 mm Height x 1140 mm Dia.


4.5 kg


180 N


0900964/00


0300066/00

Horizontal Pattern

Vertical Pattern



REV0909


B-105

68...230 MHz 7210xxx

A 4-element Heavy Duty VHF Yagi antenna for high power PMR/Trunked Radio, Broadcast and extended range VHF Aircraft Band applications. Produced to the highest quality standards these robust antenna designs will insure reliable operation in harsh environmental conditions.

Type


7210xxx


68...230 MHz

Bandwidth:


Model Numbers*:

7210090 7210101 7210132

Gain:

90 MHz to 100 MHz 95 MHz to 108 MHz 127 MHz to 137 MHz 7.5 dBd

VSWR: Maximum Power:


<1.5:1 300 W (750 W option) Please call for ordering details on options.

Polarisation:



90°

Vertical Beamwidth:

60°


> 15 dB

Impedance:

50 ohms

Termination:



DC Grounded


Horizontal Pattern


Boom, 49 mm dia. Aluminium Elements, 19 mm dia. Aluminium Balun, Epoxy potted, Polyester enclosure 2900 x 1370 x 120 mm @100 MHz


10 kg @ 100 MHz


360 kg @ 100 MHz

Mounting Bracket:

Vertical Pattern




REV0909


B-106

1427-1530 MHz 7227000 Shrouded Yagi Antenna V-Pol or H-Pol | 26° | 17 dBi

A Shrouded Yagi antenna for SHF Links in the 1.4GHz band. All elements are enclosed in a weather resistant, glassfibre shroud to provide consistent, reliable performance in all weather conditions.

Type

7227000



Gain:

17.0 dBi

VSWR:

<1.3:1

Maximum Power:

100 W

Polarisation:



26°

Vertical Beamwidth:

25°


>25 dB

Impedance:

50 ohms

Termination:

N Female


DC Grounded


Materials:

Shroud, GRP Radiating Assembly, Aluminium Mounting Section 50 mm dia., Aluminium


Vertical Pattern

1360 mm 3 kg 150 N


3202078/68





B-107


REV0909

144...175 MHz 7255xxx 4 Stack Dipole Array V-Pol | 360° / 150° | 5 dBd / 9 dBd

An array of four Center Fed Dipole antennas with phasing harness mounted on an Aluminium mast for extended range PMR/Trunked Radio applications. Produced to the highest quality standards these robust antenna designs will insure reliable operation in harsh environmental conditions.

Type

7255xxx


144...175 MHz

Bandwidth:

6% (typical) Model:

Model Numbers*:

7255149 7255151 7255150 7255162

Gain:


5 dBd Omni / 9 dBd Directional

VSWR:

<1.5:1

Maximum Power:

300 W

Polarisation:

Vertical

Vertical Beamwidth:

17°

Horizontal Beamwidth: TYPICAL DIRECTIONAL PATTERNS:



360° Omni / 150° Directional 0° Other downtilt options are available.

Impedance:

50 ohms

Termination:

RG213 coaxial cable + N Female


DC Grounded


Mechanical Specifications Construction:

Centre fed folded dipoles, (with baluns) fixed on a one piece vertical boom. Main Boom is 65 mm dia.

Length:

Vertical Pattern

6000 mm @ 155 MHz


28 kg @ 155 MHz


730 N @ 155 MHz

Mounting Bracket:

0300235/00



B-108


REV0909

68...156 MHz

A linear array of two VHF dipole elements with phasing harness mounted on an aluminium boom. Careful attention to element phasing results in a “Cardiod” shaped radiation pattern with high F/B ratio compared to an equivalent sized Yagi antenna. Antennas of this type fine use in PMR/Trunked Radio and Broadcast applications needing very high F/B performance.

7256xxx Cardiod Dipole Array Antenna Heavy Duty V-Pol | 180° | 3 dBd

Produced to the highest


Type

7256xxx

Electrical Specifications Frequency Range: Bandwidth:

68...156 MHz ±1.5% (typical) Wide band versions available to meet specific needs Model:

Model Numbers*:

7256097 7256100 7256102 7256106 7256108

Gain:


95.5 MHz to 98.5 MHz 99.2 MHz to 101.7 MHz 100.5 MHz to 102.7 MHz 104 MHz to 107.2 MHz 106.6 MHz to 109.4 MHz

3.0 dBd

VSWR:

<1.5:1

Maximum Power:

300 W

Polarisation:

Vertical


180°

Vertical Beamwidth:

76°


> 20 dB

Impedance:

50 ohms

Termination:

3.5m of RG213 cable + N Female


Horizontal Pattern

DC Grounded



Boom, 49 mm dia. Aluminium Elements, 19 mm dia. Aluminium Balun, Epoxy potted, Polyester enclosed

Vertical Pattern

2500 x 1350 x 110 mm @ 100 MHz


10 kg @ 100 MHz


330 N @ 100 MHz

Mounting Bracket:




REV0909


B-109

110...138 MHz

A rugged and durable Colinear antenna designed for VHF AIR BAND radio systems. These antennas are housed inside a high-strength, glassfibre shroud and manufactured to the highest quality standards insuring long term, reliable


operation.

Type

7273xxx


110...138 MHz

Bandwidth:


Model Numbers*:

7273122 7273126 7273129 7273131 7273135

Gain:



4.5 dBd

VSWR:

<1.5:1

Maximum Power:

200 W

Polarisation:

Vertical


360°

Vertical Beamwidth:

30°


0°

Impedance:

50 ohms

Termination:

N Female


DC Grounded

Horizontal Pattern




Vertical Pattern

7 kg 260 N 0300120/00



REV0909


B-110

225-400 MHz

A rugged and durable Wideband Discone antenna for UHF AIR BAND applications. This design provides low VSWR and stable pattern performance over a wide operating bandwidth. Produced to the highest quality standards

7277010 Wideband Discone Antenna V-Pol | 360° | 0 dBd

these robust antenna designs will insure reliable operation in harsh environmental conditions.

Type

7277010


225 MHz to 400 MHz

Gain:

0 dBd

VSWR:

<1.5:1 typical

Maximum Power:

250 W

Polarisation:

Vertical


360°

Vertical Beamwidth:

80°

Impedance:

50 ohms

Termination:

N Female on RG213 Coaxial Down lead


DC Grounded

Mechanical Specifications Materials: Dimensions: Weight (excluding mount): Windloading @ 45 m/s:

Elements, Solid Aluminium Finish, Alochrom 590 mm Height x 730 mm Dia.

Horizontal Pattern

3.0 kg 91 N


0900964/00


0300066/00


Vertical Pattern


REV0909


B-111

68...225 MHz 7323xxx Centre Fed Dipole Antenna

A Heavy Duty, VHF Center Fed Dipole antenna for PMR/Trunked Radio,

Heavy Duty V-Pol or H-Pol | Variable Az Variable Gain

on a tower and connected with a phasing harness to form a high gain, stacked

Broadcast and VHF Aircraft Band applications. Multiple dipoles can be mounted array. Produced to the highest quality standards these robust antenna designs will insure reliable operation in harsh environmental conditions.

Type

7323xxx


68...225 MHz

Bandwidth:

± 10% (typical) Operating Frequency:

Maximum Power:

Termination:

7323075 7323098 7323118 7323144 7323150

70-81 MHz 88-108 MHz 118-137 MHz 136-152 MHz 143-156 MHz

300 W

3m of RG213 cable + N-Female

7323100

88-108 MHz

750 W

1/2” Supeflex cable + N-Female

Model Numbers*:

Gain:


VSWR:

<1.5:1



Vertical Beamwidth: Horizontal Pattern

80°

Impedance:

50 ohms


DC Grounded



Boom, 49 mm dia. Aluminium Elements, 19 mm/38 mm dia. Aluminium tube Balun, epoxy potted polyester enclosure

Dimensions (LxWxD):

2000 x 1195 x 120 mm @ 120 MHz


6.7 kg @ 120 MHz


205 N @ 100 MHz

Mounting Bracket:




B-112


REV0909

450-470 MHz 7345000 Scanning Antenna H-Pol | 360° | 3 dBd

A horizontally polarized array of dipole elements with phasing harness mounted on an Aluminium mast designed for UHF scanning telemetry systems. This carefully designed antenna has been approved for the UK R.A. MPT1411 band. Produced to the highest quality standards these robust antenna designs will insure reliable operation in harsh environmental conditions.

Type

7345000


450 MHz to 470 MHz

Bandwidth:

20

Gain:

3 dBd

VSWR:

<1.5:1

Maximum Power:

250 W

Polarisation:

Horizontal


360°

Vertical Beamwidth:

35°

Impedance:

50 ohms

Termination:



DC Grounded


Construction:

Centre fed folded dipole fixed on a one piece vertical boom. Boom dia. is 38 mm.

Length: Weight (excluding mount): Windloading @ 45 m/s: Mounting Bracket:

1800 mm 8 kg 200 N 0300120/00

Please order Mounting Bracket separately. Vertical Pattern


B-113


REV0909

68...230 MHz 7353xxx

A 2-element Heavy Duty VHF Yagi antenna for high power PMR/Trunked Radio, Broadcast and extended range VHF Aircraft Band applications. Produced to the highest quality standards these robust antenna designs will insure reliable operation in harsh environmental conditions.

Type


7353xxx


68...230 MHz

Bandwidth:


Model Numbers*:

7353102 7353122 7353168 7353200

Gain:

98.1 MHz to 108 MHz 122.3 MHz (center) 165 MHz to 171 MHz 192 MHz to 208 MHz 3.3 dBd




Polarisation:



150°

Vertical Beamwidth:

75°


> 15 dB

Impedance:

50 ohms

Termination:



DC Grounded

Horizontal Pattern



Boom, 49 mm dia. Aluminium Elements, 19 mm dia. Aluminium Balun, Epoxy potted, Polyester enclosure 2900 x 1650 x 120 mm @ 100 MHz


Vertical Pattern

6 kg @ 100 MHz 210 N @ 100 MHZ 0300064/00 + U-Bolts to match mounting pipe diameter.



REV0909


B-114

2300-2500 MHz

A Shrouded Yagi antenna for Links in the 2.3 – 2.5 GHz band. All elements are enclosed in a weather resistant, glassfibre shroud to provide consistent, reliable performance in all weather conditions.

Type

7360012 Shrouded Yagi Antenna V-Pol or H-Pol | 26° | 17 dBi

7360012



Gain:

17.0 dBi

VSWR:

<1.3:1

Maximum Power:

100 W

Polarisation:



26°

Vertical Beamwidth:

24°


> 20 dB

Impedance:

50 ohms

Termination:

N Female


DC Grounded


Shroud, GRP Radiating Assembly, Brass Mounting Section 50 mm dia., Aluminium


Horizontal Pattern

1000 mm 1.7 kg 91 N


3202078/68



Vertical Pattern



REV0909


B-115

68...110 MHz 7373xxx Colinear Antenna V-Pol | 360° | 3 dBd


Type

7373xxx


68...110 MHz

Bandwidth:

± 1% (typical)

Model Numbers*:

Horizontal Pattern

Model:


7373100 7373104 7373106 7373108

99.5 MHz to 101.5 MHz 102.7 MHz to 105.3 MHz 104.8 MHz to 107.5 MHz 106.8 MHz to 109.8 MHz

Gain:

3 dBd

VSWR:

<1.5:1

Maximum Power:

200 W

Polarisation:

Vertical


360°

Vertical Beamwidth:

36°


0°

Impedance:

50 ohms

Termination:

N Female


DC Grounded



Length:



7.0 kg


260 N

Mounting Bracket:

0300120/00



B-116


REV0909

420...470 MHz

A circularly polarised UHF antenna designed to radiate downward, in the direction of the mounting mast. This style antenna is used in paging systems to provide maximum in-building penetration. Produced to the highest quality

7395xxx Downfire Antenna Circular Pol | 6 dBd


Type

7395xxx

Electrical Specifications Frequency: Model Numbers*:


7395433 7395460



Gain:

6 dBd

VSWR:

<1.5:1

Maximum Power:

150

Polarisation:

Circular

Half Power Beamwidth:

80°


> 16 dB

Impedance:

50 ohms

Termination:



DC Grounded



Aluminium, welded elements 1150 mm


2 kg


60 N

Mounting Bracket:

Pattern

0900964/00



REV0909


B-117

130...230 MHz

An array of four Center Fed Dipole antennas with phasing harness mounted on an Aluminium mast for extended range PMR/Trunked Radio and Broadcast applications. This antenna features a “Cardiod” shaped radiation pattern with high F/B ration meeting UK R.A. type “AJ” specifications. Produced to the highest

7417xxx 4 Stack Dipole Array Cardiod Pattern V-Pol | 180° | 6.6 dBd


Type

7417xxx


130...230 MHz

Bandwidth:


Model Numbers*:

7417000 7417170 7417190

Gain:


139.5 MHz to 149 MHz 176 MHz to 194 MHz 192 MHz to 208 MHz 6.6 dBd

VSWR:

<1.5:1

Maximum Power:

300 W

Polarisation:

Vertical


180°

Vertical Beamwidth:

17°


0°


> 16 dB

Impedance:

50 ohms

Termination:



Horizontal Pattern

DC Grounded




Length:

6000 mm @ 200 MHz


25 kg @ 200 MHz


650 N @ 200 MHz

Mounting Bracket:

Vertical Pattern

0300235/00



REV0909


B-118

130...230 MHz 7418xxx 2 Stack Dipole Array Cardoid Pattern V-Pol | 180° | 3.6 dBd

An array of two Center Fed Dipole antennas with phasing harness mounted on an Aluminium mast for extended range PMR/Trunked Radio and Broadcast applications. This antenna features a “Cardiod” shaped radiation pattern with high F/B ration meeting UK R.A. type “1/2 AJ” specifications. Produced to the highest quality standards these robust antenna designs will insure reliable operation in harsh environmental conditions. operation in harsh environmental conditions.

Type

7418xxx


130...230 MHz

Bandwidth:


Model Numbers*:

7418000 7418170 7418190

Gain:

Horizontal Pattern


139.5 MHz to 149 MHz 176 MHz to 192 MHz 192 MHz to 208 MHz 3.6 dBd

VSWR:

<1.5:1

Maximum Power:

300 W

Polarisation:

Vertical


180°

Vertical Beamwidth:

33°


0°


> 15 dB

Impedance:

50 ohms

Termination:

3m of RG213 + N Female


DC Grounded



Vertical Pattern

Construction:


Length:

3500 mm @ 200 MHz


15 kg @ 200 MHz


370 N @ 200 MHz

Mounting Bracket:

0300235/00



B-119


REV0909

68...230 MHz 7421xxx

A 3-element Heavy Duty VHF Yagi antenna for high power PMR/Trunked Radio,


Broadcast and extended range VHF Aircraft Band applications. Produced to the highest quality standards these robust antenna designs will insure reliable operation in harsh environmental conditions.

Type

7421xxx


68...230 MHz

Bandwidth:


Model Numbers*:

7421097 7421100 7421120 7421139

Gain:


Polarisation:

Horizontal Pattern


5.7 dBd





120°

Vertical Beamwidth:

70°


> 15 dB

Impedance:

50 ohms

Termination:



DC Grounded



Dimensions (LxWxD):

Boom, 49 mm dia. Aluminium Elements, 19 mm dia. Aluminium Balun, Epoxy potted, Polyester enclosure 2200 x 1370 x 120 mm @ 100 MHz


9 kg @ 100 MHz


300 N @ 100 MHz

Mounting Bracket:




B-120


REV0909

150...230 MHz 7427xxx 4 Stack Dipole Array V-Pol | 205° | 8 dBd

An array of four Center Fed Dipole antennas with phasing harness mounted on an aluminium mast for extended range PMR/Trunked Radio and Broadcast applications. This antenna features a “Cardiod” shaped radiation pattern with high F/B ration meeting UK R.A. type “AK” specifications. Produced to the highest quality standards these robust antenna designs will insure reliable operation in harsh environmental conditions.

Type

7427xxx


150...230 MHz

Bandwidth:

± 5% (typical)

Model Numbers*:

Model:

7427000

Gain:

8 dBd

VSWR:

<1.5:1

Maximum Power:

300 W

Polarisation:

Vertical


205°

Vertical Beamwidth:

17°


0°


Horizontal Pattern


172 MHz to 200 MHz

> 7 dB

Impedance:

50 ohms

Termination:



DC Grounded


Mechanical Specifications Construction: Vertical Pattern


Length:

6000 mm @ 200 MHz


25 kg @ 200 MHz


570 N @ 200 MHz

Mounting Bracket:

0300235/00



B-121


REV0909

130...360 MHz

An array of two Center Fed Dipole antennas with phasing harness mounted on an Aluminium mast for extended range PMR/Trunked Radio and Broadcast applications. This carefully designed antenna meets UK R.A. type “1/2 AJ”

7428xxx 2 Stack Dipole Array V-Pol | 205° | 5 dBd

specifications. Produced to the highest quality standards these robust antenna designs will insure reliable operation in harsh environmental conditions.

Type

7428xxx


130...230 MHz

Bandwidth:


Model Numbers*:

7428000 7428170 7428200


139.5 MHz to 149 MHz 176 MHz to 192 MHz 192 MHz to 208 MHz

Gain:

5 dBd

VSWR:

<1.5:1

Maximum Power:

300 W

Polarisation:

Vertical


205°

Vertical Beamwidth:

33°


0°


> 7 dB

Impedance:

50 ohms

Termination:

3m of RG213 + N Female


DC Grounded

Horizontal Pattern




Length:

4000 mm @ 200 MHz


9.5 kg @ 200 MHz


360 N @ 200 MHz

Mounting Bracket:

Vertical Pattern

0300235/00



REV0909


B-122

100-500 MHz 7437010 Wideband Discone Antenna V-Pol | 360° | 0 dBd

A Wideband Discone antenna commonly used for ground-to-air and frequency scanning applications.

The discone element design provides reliable

communications over an extremely wide operating bandwidth. The 7437 model is a reinforced version of the popular 7177 model for high wind applications.

Type

7437010


100 MHz to 500 MHz

Gain: VSWR:

0 dBd <2.5:1 over full band <2:1 typical over VHF and UHF air band

Maximum Power:

250 W

Polarisation:

Vertical


360°

Vertical Beamwidth:

80°

Impedance:

50 ohms

Termination:

N Female on RG213 Coaxial Down lead


DC Grounded


Horizontal Pattern

Materials:

Elements, Solid Aluminium rod Spine, Aluminium tube, bracings Aluminium and PVC. Finish, Alochrome

Dimensions:

Vertical Pattern

1170 mm Height x 1360 mm Dia.


5.0 kg


186 N


0900964/00





B-123


REV0909

118...233 MHz

A rugged and durable VHF End Fed Dipole antenna housed inside a highstrength, glassfibre shroud. An integrated mounting clamp allows easy installation on poles or horizontal rails. Produced to the highest quality standards these



Type

7500xxx



Model Numbers*:

7500118 7500001 7500151 7500185 7500200 7500212 7500228


118 MHz to 136 MHz 145 MHz to 165 MHz 155 MHz to 175 MHz 175 MHz to 195 MHz 190 MHz to 210 MHz 200 MHz to 225 MHz 216 MHz to 233 MHz

Gain:

0 dBd

VSWR:

<1.5:1

Maximum Power:

150 W

Polarisation:

Vertical


360°

Vertical Beamwidth:

80°

Impedance:

50 ohms

Termination:

0.5m RG213 Cable + N Female (7/16-DIN optional)


DC Grounded

Horizontal Pattern


Mechanical Specifications Materials: Length: Weight (including mount): Windloading @ 45 m/s (N): Mounting Bracket:

Glass fibre shroud Aluminium mounting section 1460 mm @ 120 MHz 1.0 kg @ 120 MHz

Vertical Pattern

35 N @ 120 MHz Integral Mounting Clamp to fit 38-50 mm dia. pipe or horizontal rail.


REV0909


B-124

305...500 MHz 7501xxx End Fed Dipole Antenna V-Pol | 360° | 0 dBd

A UHF End Fed Dipole antenna designed for PMR / TETRA networks. The antenna is housed inside a high-strength, glassfibre shroud and contains an integrated mounting clamp for easy installation to poles or horizontal rails. Produced to the highest quality standards these robust antenna designs will provide years of reliable operation.

Type

7501xxx


Model Numbers*:

Horizontal Pattern



7501315 7501340 7501348 7501380 7501450 7501470

305 MHz to 325 MHz 325 MHz to 355 MHz 330 MHz to 365 MHz 380 MHz to 430 MHz 420 MHz to 470 MHz 450 MHz to 500 MHz

Gain:

0 dBd

VSWR:

<1.5:1

Maximum Power:

150 W

Polarisation:

Vertical


360°

Vertical Beamwidth:

80°

Impedance:

50 ohms

Termination:

0.5m RG213 Cable + N Female (7/16-DIN optional)


DC Grounded



Length: Weight (including mount): Windloading @ 45 m/s: Mounting Bracket:

Glass fibre shroud Aluminium mounting section 605 mm 0.9 kg 16 N Integral Mounting Clamp to fit 38-50 mm dia. pipe or horizontal rail.


B-125


REV0909

225-512 MHz

A Heavy Duty VHF / UHF End Fed Dipole antenna for high power UHF AIR BAND and Trunked Radio applications.

Produced to the highest quality


Type

7502xxx End Fed Dipole Antenna Heavy Duty V-Pol | 360° | 0 dBd

7502xxx


225 MHz to 512 MHz Model:

7502000 7502450

Gain: VSWR:


225 MHz to 400 MHz 340 MHz to 512 MHz 0 dBd

<2.3:1 (<2:1 typical)

Maximum Power:

500 W

Polarisation:

Vertical


360°

Vertical Beamwidth:

85°

Impedance:

50 ohms

Termination:

N Female


DC Grounded



Glass fibre shroud Aluminium mounting section

Horizontal Pattern

1216 mm 2 kg 150 N


0300120/00


0300066/00

Vertical Pattern



REV0909


B-126

500...1175 MHz

A UHF End Fed Dipole Antenna housed inside a high-strength, glassfibre shroud. An integrated mounting clamp allows easy installation on poles or horizontal rails. Produced to the highest quality standards these robust antenna designs


will insure years of reliable operation.

Type

7511xxx


Model Numbers*:

500...1175 MHz Model:


7511600 7511625 7511705 7511835 7511890 7511925 7511950


Gain:

0 dBd

VSWR:

<1.5:1

Maximum Power:

50 W

Polarisation:

Vertical


360°

Vertical Beamwidth:

80°

Impedance:

50 ohms

Termination:

0.3 m RG213 Cable + N Female


DC Grounded

Horizontal Pattern




Length:

250 mm


0.85 kg

Windloading @ 45 m/s: Mounting Bracket:

Vertical Pattern

11 N Integral Mounting Clamp to fit 38-50 mm dia. pipe or horizontal rail.


REV0909


B-127


A rugged and durable VHF Colinear antenna housed inside a high-strength, glassfibre shroud. An integrated mounting clamp allows easy installation on poles or horizontal rails.

Produced to the highest quality standards these


Type

7513xxx



Model Numbers*:

7513000 7513150 7513160 7513184 7513190


Gain:

3 dBd

VSWR:

<1.5:1

Maximum Power:

150 W

Polarisation:

Vertical


360°

Vertical Beamwidth:

35°


0°

Impedance:

50 ohms

Termination:

0.3m RG213 cable + N Female



DC Grounded



Weight (including mount): Windloading @ 45 m/s: Mounting Bracket:



B-128


REV0909


A heavy duty, “lightning proof” Colinear antenna offered in a variety of frequencies covering the VHF band. The high power rating on this design makes it suitable for Trunked Radio and Paging applications. These antennas are housed inside a high-strength, glassfibre shroud and manufactured to the highest quality standards insuring long term, reliable operation.

Type

7530xxx


118...270 MHz

Bandwidth:

6 MHz Model:

Model Numbers*:

7530100 7530110 7530120 7530010 7530011 7530030 7530040 7530200

Gain:

Horizontal Pattern


118 MHz to 124 MHz 124 MHz to 130 MHz 128 MHz to 134 MHz 150 MHz to 157 MHz 159 MHz to 165 MHz 160 MHz to 168 MHz 166 MHz to 174 MHz 169 MHz to 170 MHz 3.0 dBd

VSWR:

<1.5:1

Maximum Power:

500 W

Polarisation:

Vertical


360°

Vertical Beamwidth:

35°


0°

Impedance:

50 ohms

Termination:

N Female (7/16-DIN optional)



* Other frequencies available upon request. Vertical Pattern


Glass fibre shroud Aluminium mounting section 3800 mm @ 150 MHz


6.5 kg @ 150 MHz


270 N @ 150 MHz

Mounting Bracket:

0300120/00



B-129


REV0909

380...510 MHz

A rugged and durable UHF Colinear antenna carrying UK R.A. type approval for UHF Telemetry systems. This design is housed inside a high-strength, glassfibre shroud and includes an integrated mounting clamp allowing easy installation


on poles or horizontal rails. Produced to the highest quality standards these robust antenna designs will insure reliable operation in harsh environmental conditions.

Type

7533xxx


Model Numbers*:



7533395 7533400 7533000


Gain:

3 dBd

VSWR:

<1.5:1

Maximum Power:

150 W

Polarisation:

Vertical


360°

Vertical Beamwidth:

35°


0°

Impedance:

50 ohms

Termination:

0.3m RG213 + N Female (7/16-DIN Optional)


DC Grounded


Mechanical Specifications Materials: Length: Weight (including mount): Windloading @ 45 m/s: Mounting Bracket:

Glass fibre shroud Aluminium mounting section 1500 mm 1.5 kg 35 N

Vertical Pattern

Integral Mounting Clamp to fit 38-50 mm dia. pipe or horizontal rail.


REV0909


B-130

380...470 MHz 7536xxx Colinear Antenna V-Pol | 360° | 5.5 dBd

A rugged and durable UHF Colinear antenna designed for use in TETRA networks. This design is housed inside a high-strength, glassfibre shroud and includes an integrated mounting clamp allowing easy installation on poles or horizontal rails. Produced to the highest quality standards these robust antenna designs will insure reliable operation in harsh environmental conditions. Low IMP rated models are available upon request.

Type

7536xxx



Model Numbers*:

7536395 7536415 7536420 7536000

Gain:

Horizontal Pattern



5.5 dBd

VSWR:

<1.5:1

Maximum Power:

150 W

Polarisation:

Vertical


360°

Vertical Beamwidth:

17°


0°

Impedance:

50 ohms

Termination:

0.3m RG213 cable + N Female (7/16-DIN Optional)


DC Grounded






B-131


REV0909

380-400 MHz 7548xxx Colinear Antenna 2-in-1 V-Pol | 360° | 5.2 dBd

A 2-in-1 heavy duty, “lightning proof” Colinear antenna designed for use in TETRA networks. Two separate omnidirectional antennas are contained inside a single high strength, glassfibre shroud. High port to port isolation between the antennas allows for diversity. Produced to the highest quality standards these robust antenna designs will insure reliable operation in harsh environmental conditions.

Type

7548xxx


380 MHz to 400 MHz Top: 4.3 dBd Bottom: 5.2 dBd

Gain: VSWR:

1.4:1 Max

Maximum Power:

300 W

Polarisation:

Vertical


360°

Vertical Beamwidth:

20.5° Model:


Electrical Downtilts:

7548380 7548386 7548392

0° 6° 12°


> 37 dB


Will withstand pulse of 2.5 x 106 A2s. All metal parts DC grounded

Impedance:

50 ohms

Termination:

2 x 7/16-DIN Female on cable downleads

Horizontal Pattern




Materials: Length: Weight (excluding mount): Windloading @ 45 m/s: Mounting Bracket:

Glass fibre shroud Aluminium mounting section 5780 mm 12.5 kg 430 N 0300120/00



B-132


REV0909

380-400 MHz 75492xx Colinear Antenna V-Pol | 360° | 8.9 dBd

A heavy duty, “lightning proof” Colinear antenna designed for use in TETRA networks. Antennas in this range are carefully designed to provide low passive intermodulation to minimize network interference. These antennas are housed inside a high-strength glass fibre shroud and manufactured to the highest quality standard, insuring long term, reliable operation.

Type

75492xx



Model Numbers*:

7549200 7549206

Gain:

Electrical DT:

Termination:

0° 6°

7/16-DIN Female

8.9 dBd

VSWR:

<1.5:1

Maximum Power:

300 W

Polarisation:

Vertical


360°

Vertical Beamwidth:

7.5°

Intermodulation:

<-153 dBc for 2 x 20 W Carriers

Impedance: Lightning Protection: Horizontal Pattern

50 ohms DC Grounded. Antennas remain intact following a lightning strike of 2.5 x 105 Amp2 second. Finial 1/2” stainless steel extending 220 mm beyond top cap.


Length:



12 kg


380 N

Mounting Bracket:

0300235/00



B-133


REV0909

380-400 MHz PRELIMINARY

7549387

A heavy duty, variable electrical downtilt Colinear antenna designed for use in

Colinear Antenna

TETRA networks. This antenna has been optimized to provide a signal level

Variable Tilt

at the horizon which is -5dB +/- 3dB below the main beam maximum. This

V-Pol | 360° | 7.9 dBd

adjustment range allows an operator to fine tune the coverage of each cell and minimize adjacent cell interference. The antenna is housed inside a high strength, glassfibre shroud and manufactured to the highest quality standards insuring long term, reliable operation.

Type

7549387


380 MHz to 400 MHz

Gain:

7.9 dBd

VSWR:

<1.5:1

Maximum Power:

250 W

Polarisation:

Vertical


360°

Vertical Beamwidth:

9°


5° - 8° Variable Tilt*

Impedance:

50 ohms

Termination:

7/16-DIN Female


DC Grounded

* Electrical Tilt is adjusted by a knob at the bottom of the antenna.


Horizontal Pattern

Glass fibre shroud with 80 mm dia. Aluminium mounting section

Length:

5235 mm (excluding finial) 5460 mm (including finial)


15 kg


365 N


0900638/00

Vertical Pattern



REV0909


B-134

380...470 MHz 7549xxx Colinear Antenna V-Pol | 360° | 10.2 dBi

A heavy duty, “lightning proof” Colinear antenna designed for use in TETRA networks.

With 9 dBd omnidirectional gain, excellent pattern performance

and electrical tilt options, these antennas are well suited for modern digital systems. These antennas are housed inside a high-strength, glassfibre shroud and manufactured to the highest quality standards insuring long term, reliable operation.

Type

7549xxx



7549003 7549001

Gain:


400 MHz to 430 MHz 440 MHz to 470 MHz 10.2 dBi

VSWR:

<1.5:1

Maximum Power:

300 W

Polarisation:

Vertical


360°

Vertical Beamwidth:

7.5°


0°

Impedance:

50 ohms

Termination:

N-Female or 7/16-DIN







12 kg


380 N

Mounting Bracket:

0300235/00



B-135


REV0909

800...960 MHz 7556xxx Colinear Antenna V-Pol | 360° | 5.7 dBd

A rugged and durable UHF Colinear antenna for Telemetry, Paging and Trunked Radio applications. This design is housed inside a high-strength, glassfibre shroud and includes an integrated mounting clamp allowing easy installation on poles or horizontal rails. Produced to the highest quality standards these robust antenna designs will insure reliable operation in harsh environmental conditions.

Type

7556xxx


800...960 MHz

Bandwidth:

35 MHz Model:

Model Number*:

7556826 7556855 7556880 7556910 7556940

Gain:

Horizontal Pattern



5.7 dBd

VSWR:

<1.5:1

Maximum Power:

150 W

Polarisation:

Vertical


360°

Vertical Beamwidth:

17°


0°

Impedance:

50 ohms

Termination:

0.5m RG213 + N Female


DC Grounded






B-136


REV0909

1360...1530 MHz

A rugged and durable SHF band Colinear antenna housed inside a highstrength, glassfibre shroud. Produced to the highest quality standards these robust antenna designs will insure reliable operation in harsh environmental


conditions.

Type

7576xxx


1360...1530 MHz Model:

Model Number:

7576100 7576000 7576600



Gain:

8.1 dBi

VSWR:

<1.5:1

Maximum Power:

100 W

Polarisation:

Vertical


360°

Vertical Beamwidth:

14°

Electrical Downtilt*:

0°

Impedance:

50 ohms

Termination:

N Socket at the base



Horizontal Pattern

* Other Electrical Downtilts available upon request.


Glass fibre shroud Aluminium mounting section 1320 mm 2.5 kg

Vertical Pattern

70 N


0300120/00


0300066/00



REV0909


B-137

1420-1530 MHz 7579000 Colinear Antenna V-Pol | 360° | 10 dBi

A heavy duty, “lightning proof” SHF band Colinear antenna. These antennas are housed inside a high-strength, glassfibre shroud and manufactured to the highest quality standards insuring long term, reliable operation.

Type

7579000



Gain:

10 dBi

VSWR:

<1.5:1

Maximum Power:

100 W

Polarisation:

Vertical


360°

Vertical Beamwidth:

8°

Electrical Downtilt*:

0°

Impedance:

50 ohms

Termination:

N Socket at the base



* Other Electrical Downtilts available upon request.

Horizontal Pattern


Vertical Pattern



3.5 kg


134 N

Mounting Bracket:

0300120/00



B-138


REV0909

380-400 MHz 7586307

PRELIMINARY

Colinear Antenna Variable Tilt V-Pol | 360° | 4.6 dBd

A heavy duty, variable electrical downtilt Colinear antenna designed for use in TETRA networks. This antenna has been optimized to provide a signal level at the horizon which is -5dB +/- 3dB below the main beam maximum. This adjustment range allows an operator to fine tune the coverage of each cell and minimize adjacent cell interference. The antenna is housed inside a high strength, glassfibre shroud and manufactured to the highest quality standards insuring long term, reliable operation.

Type

7586307


380 MHz to 400 MHz

Gain:

4.6 dBd

VSWR:

<1.5:1

Maximum Power:

250 W

Polarisation:

Vertical


360°

Vertical Beamwidth:

20°


10° - 15° Variable Tilt*

Impedance:

50 ohms

Termination:

7/16-DIN Female


DC Grounded

* Electrical Tilt is adjusted by a knob at the bottom of the antenna.

Horizontal Pattern


Glass fibre shroud with 80 mm dia. Aluminium mounting section

Length:

Vertical Pattern

2960 mm (excluding finial) 3120 mm (including finial)


10 kg


210 N


0900638/00



B-139


REV0909

380-400 MHz

A heavy duty, “lightning proof” Colinear antenna designed for use in TETRA networks. Antennas in this range are carefully designed to provide low passive intermodulation to minimize network interference. These antennas are housed

75863xx Colinear Antenna V-Pol | 360° | 6 dBd

inside a high-strength glass fibre shroud and manufactured to the highest quality standard, insuring long term, reliable operation.

Type

75863xx



Model Numbers*:

Electrical DT:

Termination:

7586380 7586386 7586388 7586392

0° 6° 8° 12°

7/16 DIN Female

7586390 7586396 7586398 7586382

0° 6° 8° 12°

N Female

Gain:

6 dBd

VSWR:

<1.5:1

Maximum Power:

300 W

Polarisation:

Vertical


360°

Vertical Beamwidth:

17°

Impedance: Lightning Protection:

50 ohms

Horizontal Pattern





Vertical Pattern

3100 mm 7 kg 220 N 0300120/00



REV0909


B-140

400...470 MHz

A heavy duty, “lightning proof” Colinear antenna designed for use in TETRA networks.

With 6 dBd omnidirectional gain, excellent pattern performance

and electrical tilt options, these antennas are well suited for modern digital


systems. These antennas are housed inside a high-strength, glassfibre shroud and manufactured to the highest quality standards insuring long term, reliable operation.

Type

7586xxx



Model Numbers*:

7586400 7586080** 7586460**



Gain:

6 dBd

VSWR:

<1.5:1

Maximum Power:

300 W

Polarisation:

Vertical


360°

Vertical Beamwidth:

17° 0° Also available in 5° or 10°

Electrical Downtilt: Impedance:

50 ohms

Termination:

N Female


DC Grounded. Antennas remain intact following a lightning strike of 2.5 x 105 Amp2 second.

Horizontal Pattern

* Other frequencies available upon request. ** Finial 1/2” stainless steel extending 220 mm beyond top cap.



Vertical Pattern

7 kg 220 N 0300120/00



REV0909


B-141

2300-2700 MHz

A high gain, Panel antenna designed for links in the 2.3 to 2.7 GHz band. A planar array of dipole elements concealed inside a low loss radome to provide highly directional performance in a low profile design. Produced to the highest

7636000 Directional Panel Antenna V-Pol or H-Pol | 22° | 17 dBi


Type

7636000

Electrical Specifications Frequency: Gain: VSWR: Maximum Power: Polarisation:

2300 MHz to 2700 MHz 17.0 dBi <1.3:1 typical 100 W Vertical or Horizontal


22°

Vertical Beamwidth:

20°


>30 dB

Impedance:

50 ohms

Termination:

N Female


DC Grounded


Shroud, Styrosun Housing, Aluminium

Dimensions (LxWxD):

345 x 310 x 50 mm

Weight (including mount): Windloading @ 45 m/s: Mounting Bracket:

Horizontal Pattern

4 kg 160 N Integral Mounting Bracket to fit 48 -115 mm dia. pipe and provides ± 8° mechanical tilt. Vertical Pattern


REV0909


B-142

1350-1517 MHz 7680000 Directional Panel Antenna V-Pol or H-Pol | 23° | 17 dBi

A high gain, SHF Panel antenna designed for links in the 1.4GHz band.

A

planar array of dipole elements concealed inside a low loss radome to provide highly directional performance in a low profile design. Produced to the highest quality standards these robust antenna designs will insure reliable operation in harsh environmental conditions.

Type

7680000



Gain:

17.0 dBi

VSWR:

<1.3:1

Maximum Power:

100 W

Polarisation:



23°

Vertical Beamwidth:

23°


>30 dB

Impedance:

50 ohms

Termination:

N Female


DC Grounded



Materials:

Shroud, Styrosun Housing, Aluminium

Dimensions (LxWxD):

505 x 465 x 152 mm

Weight (including mount): Windloading @ 45 m/s:

Mounting Bracket: Vertical Pattern

4 kg 300 N Integral Mounting Brackets to fit pipes up to 48mm diameter, allowing mechanical tilt over ± 8° to remove tower rake. Other brackets available on request to fit pipes of up to 115mm diameter.


B-143


REV0909

468-860 MHz LPU/R* Log Periodic Antenna V-Pol or H-Pol | 70° | 7.9 dBd

A Log Periodic antenna designed for UHF Broadcast, TETRA and Cellular communications applications. This antenna is often used in a stacked array to form a rugged, high power, extended range antenna. Produced to the highest quality standards these robust antenna designs will insure reliable operation in harsh environmental conditions.

Type

LPU/R*



Model Numbers*:

Termination:

LPU/R-N LPU/R-7/16

N Female 7/16-DIN Female

Gain:

7.9 dBd

VSWR:

< 1.3:1

Maximum Power:

250 W


70°

Polarisation:


Impedance:

50 ohms


DC Grounded


Aluminium Alloy

Dimensions (LxW):

1210 x 320 mm

Weight (including mount): Mounting Bracket:

3.5 kg Mounting Bracket included to fit 38-50 mm dia. pipe.


B-144


REV0909

140...156 MHz MA100K01 Indoor / Microcell Low Profile Omni Linear Pol | 360° | 0 dBd

An omnidirectional, low profile, fully shrouded VHF antenna for indoor or vehicle roof applications. Although designed to be installed on a metal surface, good performance can also be achieved on non-metallic surfaces. The antenna is user-tuned by adjusting a screw under the base to achieve best performance at the operating frequency. This antenna is supplied with 5m coaxial cable with no connector on the end. Please order the desired connector style separately.

Type

MA100K01

Electrical Specifications Frequency Range*: Gain: VSWR: Maximum Power: Polarisation:

140...156 MHz 0 dBd <1.5:1 @ tuning frequency 50 W Linear, Perpendicular to Base


360°

Vertical Beamwidth:

80°

Shroud Termination:

Polypropylene 5m of RG58 Cable, No connector at end

*Adjust tuning screw under base to achieve required center frequency.


Dimensions (LxWxD):

Aluminium base and black polypropylene radome 635 x 190 x 60 mm

Weight:

1.1 kg


200 N

Mounting Bracket:

16 x 3.3 mm dia. holes in base plate provided for mounting.

Vertical Pattern


B-145


REV0909

154...174 MHz

An omnidirectional, low profile, fully shrouded VHF antenna for indoor or vehicle roof applications. Although designed to be installed on a metal surface, good performance can also be achieved on non-metallic surfaces. The antenna is user-tuned by adjusting a screw under the base to achieve best performance at

MA100LM01 Indoor / Microcell Low Profile Omni Linear Pol | 360° | 0 dBd

the operating frequency. This antenna is supplied with 5m coaxial cable with no connector on the end. Please order the desired connector style separately.

Type

MA100LM01

Electrical Specifications Frequency Range*: Gain: VSWR: Maximum Power: Polarisation:

154...174 MHz 0 dBd <1.5:1 @ tuning frequency 50 W Linear, Perpendicular to base


80°

Vertical Beamwidth:

360°

Shroud Termination:

Polypropylene 5m of RG58 Cable, No connector at end



Aluminium base and black polypropylene radome 635 x 190 x 60 mm

Weight:

1.1 kg


200 N

Mounting Bracket:

Horizontal Pattern

16 x 3.3 mm dia. holes in base plate provided for mounting.

Vertical Pattern


REV0909


B-146

380...430 MHz

An omnidirectional, low profile, fully shrouded UHF antenna for indoor or vehicle roof applications. Although designed to be installed on a metal surface, good performance can also be achieved on non-metallic surfaces. The antenna is user-tuned by adjusting a screw under the base to achieve best performance at

MA100PQ01 Indoor / Microcell Low Profile Omni Linear Pol | 360° | 0 dBd

the operating frequency. This antenna is supplied with 5m coaxial cable with no connector on the end. Please order the desired connector style separately.

Type

MA100PQ01

Electrical Specifications Frequency Range*:

380...430 MHz

Gain:

0 dBd

VSWR:

<1.5:1

Maximum Power:

20 W

Polarisation:

Linear, Perpendicular to Base


360°

Vertical Beamwidth:

80°

Impedance:

50 ohms

Termination:

5m RG58 Cable, No connector at end


Mechanical Specifications Materials: Dimensions: Weight: Mounting Bracket:

Aluminium base and black polypropylene radome 35 mm Height x 178 mm Dia. 0.45 kg

Horizontal Pattern

8 x 3.3 mm dia holes in base plate provided for mounting.

Vertical Pattern Mounted on Metal Surface

Vertical Pattern Mounted on Non-Metallic Surface


REV0909


B-147

430...480 MHz MA100RS00 Indoor / Microcell Low Profile Omni Linear Pol | 360° | 0 dBd

An omnidirectional, low profile, fully shrouded UHF antenna for indoor or vehicle roof applications. Although designed to be installed on a metal surface, good performance can also be achieved on non-metallic surfaces. The antenna is user-tuned by adjusting a screw under the base to achieve best performance at the operating frequency. This antenna is supplied with 5m coaxial cable with no connector on the end. Please order the desired connector style separately.

Type

MA100RS00


430...480 MHz

Gain:

0 dBd

VSWR:

<1.5:1

Maximum Power:

20 W

Polarisation:

Linear, Perpendicular to Base


360°

Vertical Beamwidth:

80°

Impedance:

50 ohms

Termination:

5m RG58 Cable, No connector at end



Dimensions: Weight: Mounting Bracket:

Aluminium base and black polypropylene radome 35 mm Height x 178 mm Dia. 0.45 kg 8 x 3.3 mm dia holes in base plate provided for mounting.

Vertical Pattern Mounted on Metal Surface

Vertical Pattern Mounted on Non-Metallic Surface


B-148


REV0909

31...88 MHz MA411xxx Ground Plane Antenna V-Pol | 360° | 0 dBd

A VHF Ground Plane antenna with integrated mount designed to attach to the top of a 30 – 60 mm diameter mast. The active element is a folded monopole. The ground plane elements are user-tuned to achieve best performance at the operating frequency. Tuning chart provided.

Type

MA411xxx


31...88 MHz

Bandwidth: Model Numbers:


MA411D00 MA411H02


31... 41 MHz 82... 88 MHz

Gain:

0 dBd

VSWR:

<1.5:1

Maximum Power:

250 W

Polarisation:

Vertical


360°

Vertical Beamwidth:

86°

Impedance:

50 ohms

Termination:

N Female


DC Grounded

*Tuning chart provided. Trim whips to achieve required center frequency. Horizontal Pattern

Mechanical Specifications Materials: Whip Dimension: Weight (including mount): Windloading @ 45 m/s:

Vertical Pattern

Mounting Bracket:

Aluminium Alloy, Glass Fibre, and Stainless Steel 990 mm @ 82 MHz 6.5 kg @ 31 MHz, 4 kg @ 82 MHz 240 N @ 31 MHz, 120 N @ 82 MHz Integral mounting bracket to fit on 30-60 mm dia. mast


B-149


REV0909

31...41 MHz

A VHF Ground Plane antenna with integrated mount designed to attach to the top of a 30 – 60 mm diameter mast. The active element is a folded monopole. The ground plane elements are user-tuned to achieve best performance at the

MA412D00 Ground Plane Antenna V-Pol | 360° | 0 dBd

operating frequency. Tuning chart provided.

Type

MA412D00

Electrical Specifications Frequency Range*: Bandwidth:

31...41 MHz ± 2% (typical)

Gain:

0 dBd

VSWR:

<1.5:1

Maximum Power:

250 W

Polarisation:

Vertical


360°

Vertical Beamwidth:

86°

Impedance:

50 ohms

Termination:

UHF (SO239) Female


DC Grounded

*Tuning chart provided. Trim whips to achieve required center frequency.

Mechanical Specifications Materials: Whip Dimension:

Aluminium Alloy, Glass Fibre, and Stainless Steel 2300 mm @ 31 MHz


6.5 kg @31 MHz


240 N @31 MHz

Mounting Bracket:

Horizontal Pattern

Integral mounting bracket to fit on 30-60 mm dia. mast Vertical Pattern


REV0909


B-150

74-82 MHz MA421H06 Shrouded Yagi Antenna 2-Element V-Pol | 150° | 2 dBd

A 2-element VHF Yagi antenna for PMR/Trunked Radio and Band I Broadcast applications. The driven element for this design is enclosed in a weather resistant, glassfibre shroud to provide consistent, reliable performance in all weather conditions.

Type

MA421H06

Electrical Specifications Frequency: Gain: VSWR:

74 MHz to 82 MHz 2 dBd <1.5:1 in the frequency band

Maximum Power:

250 W

Polarisation:

Vertical


150°

Vertical Beamwidth:

70°


>12 dB

Impedance:

50 ohms

Termination:

0.65m Coaxial Cable + N Female


DC Grounded


Materials: Length:

Boom, 45 mm dia. Aluminium Elements, 14 mm dia. Aluminium Balun, Enclosed in Glass fibre shroud 1060 mm


5.6 kg


380 N

Mounting Bracket:

MA621AZ51 Clamp supplied to fit 25-50 mm dia. mast

Vertical Pattern


B-151


REV0909

74-82 MHz MA421H08 Shrouded Yagi Antenna 3-Element V-Pol | 120° | 3 dBd


Type

MA421H08


74 MHz to 82 MHz

Gain:

3 dBd

VSWR:

<1.5:1

Maximum Power:

250 W

Polarisation:

Vertical


120°

Vertical Beamwidth:

65°


> 15 dB

Impedance:

50 ohms

Termination:



DC Grounded


Materials: Length:



6.4 kg


460 N

Mounting Bracket:


Vertical Pattern


B-152


REV0909

68-75 MHz


Type

MA421H29 Shrouded Yagi Antenna 4-Element V-Pol | 90° | 4.5 dBd

MA421H29


68 MHz to 75 MHz 4.5 dBd

VSWR:

<1.5:1

Maximum Power:

250 W

Polarisation:

Vertical


90°

Vertical Beamwidth:

60°


> 15 dB

Impedance:

50 ohms

Termination:



DC Grounded




7.8 kg


600 N

Mounting Bracket:

Horizontal Pattern

MA621AZ51 Clamp supplied to fit 25-50 mm dia. mast Vertical Pattern


REV0909


B-153

156-175 MHz

A 2-element Yagi antenna for VHF Marine base station applications. The driven element for this design is enclosed in a weather resistant, glassfibre shroud to provide consistent, reliable performance in all weather conditions.

Type

MA421LM01 Shrouded Yagi Antenna 2-Element V-Pol | 160° | 2 dBd

MA421LM01


156 MHz to 175 MHz

Gain:

2 dBd

VSWR:

<1.5:1

Maximum Power:

250 W

Polarisation:

Vertical


160°

Vertical Beamwidth:

70°


> 12dB

Impedance:

50 ohms

Termination:



DC Grounded




4.3 kg


220 N

Mounting Bracket:

Horizontal Pattern



REV0909


B-154

156-175 MHz

A 3-element Yagi antenna for VHF Marine base station applications. The driven element for this design is enclosed in a weather resistant, glassfibre shroud to provide consistent, reliable performance in all weather conditions.

Type

MA421LM02 Shrouded Yagi Antenna 3-Element V-Pol | 115° | 4 dBd

MA421LM02


156 MHz to 175 MHz

Gain:

4 dBd

VSWR:

<1.5:1

Maximum Power:

250 W

Polarisation:

Vertical


115°

Vertical Beamwidth:

67°


> 15 dB

Impedance:

50 ohms

Termination:



DC Grounded




4.9 kg


250 N

Mounting Bracket:

Horizontal Pattern



REV0909


B-155

156-175 MHz MA421LM05 Shrouded Yagi Antenna 8-Element V-Pol | 52° | 9 dBd

An 8-element Yagi antenna for VHF Marine base station applications. The driven element for this design is enclosed in a weather resistant, glassfibre shroud to provide consistent, reliable performance in all weather conditions.

Type

MA421LM05


156 MHz to 175 MHz

Gain:

9 dBd

VSWR:

<1.5:1

Maximum Power:

250 W

Polarisation:

Vertical


52°

Vertical Beamwidth:

45°


> 18 dB

Impedance:

50 ohms

Termination:



DC Grounded


Materials: Length:


Weight (excluding mounts):

8.1 kg


500 N

Mounting Bracket:


Vertical Pattern


B-156


REV0909

400-440 MHz MA421PR01 Shrouded Yagi Antenna 2-Element V-Pol | 145° | 2.5 dBd

A 2-element UHF Yagi antenna for PMR/Trunked Radio/TETRA networks. The driven element for this design is enclosed in a weather resistant plastic shroud to provide consistent, reliable performance in all weather conditions.

Type

MA421PR01



VSWR:

<1.5:1

Maximum Power:

250 W

Polarisation:

Vertical


145°

Vertical Beamwidth:

70°


> 12dB

Impedance:

50 ohms

Termination:



DC Grounded


Materials: Length:

Boom, 45 mm dia. Aluminium Elements, 14 mm dia. Aluminium Balun, Enclosed in Polyethylene shroud 520 mm


3.6 kg


100 N

Mounting Bracket:


Vertical Pattern


B-157


REV0909

400-440 MHz MA421PR03 Shrouded Yagi Antenna 4-Element V-Pol | 90° | 5.5 dBd


Type

MA421PR03



VSWR:

<1.5:1

Maximum Power:

250 W

Polarisation:

Vertical


90°

Vertical Beamwidth:

60°


> 15 dB

Impedance:

50 ohms

Termination:



DC Grounded


Materials: Length:



4.1 kg


120 N

Mounting Bracket:


Vertical Pattern


B-158


REV0909

400-440 MHz MA421PR04 Shrouded Yagi Antenna 6-Element V-Pol | 70° | 7 dBd


Type

MA421PR04


400 MHz to 440 MHz

Gain:

7 dBd

VSWR:

<1.5:1

Maximum Power:

250 W

Polarisation:

Vertical


70°

Vertical Beamwidth:

52°


> 16 dB

Impedance:

50 ohms

Termination:



DC Grounded


Materials: Length:

Boom, 45 mm dia. Aluminium Element, 14 mm dia. Aluminium Balun, Enclosed in Polyethylene shroud 1050 mm


5.3 kg


160 N

Mounting Bracket:


Vertical Pattern


B-159


REV0909

400-440 MHz

An 8-element UHF Yagi antenna for PMR/Trunked Radio/TETRA networks. The driven element for this design is enclosed in a weather resistant plastic shroud to provide consistent, reliable performance in all weather conditions.

Type

MA421PR05 Shrouded Yagi Antenna 8-Element V-Pol | 55° | 9 dBd

MA421PR05


400 MHz to 440 MHz

Gain:

9 dBd

VSWR:

<1.5:1

Maximum Power:

250 W

Polarisation:

Vertical


55°

Vertical Beamwidth:

45°


> 18 dB

Impedance:

50 ohms

Termination:



DC Grounded




6.3 kg


240 N

Mounting Bracket:

Horizontal Pattern



REV0909


B-160

400-440 MHz


Type


MA421PR06


400 MHz to 440 MHz

Gain:

10 dBd

VSWR:

<1.5:1

Maximum Power:

250 W

Polarisation:

Vertical


50°

Vertical Beamwidth:

43°


> 20 dB

Impedance:

50 ohms

Termination:



DC Grounded




7.1 kg


240 N

Mounting Bracket:

Horizontal Pattern



REV0909


B-161

400-440 MHz


Type


MA421PR07


400 MHz to 440 MHz

Gain:

11 dBd

VSWR:

<1.5:1

Maximum Power:

250 W

Polarisation:

Vertical


42°

Vertical Beamwidth:

35°


> 20 dB

Impedance:

50 ohms

Termination:



DC Grounded




7.8 kg


280 N

Mounting Bracket:

Horizontal Pattern



REV0909


B-162

440-470 MHz


Type

MA421RS01 Shrouded Yagi Antenna 2-Element V-Pol | 150° | 2.5 dBd

MA421RS01



VSWR:

<1.5:1

Maximum Power:

250 W

Polarisation:

Vertical


150°

Vertical Beamwidth:

65°


> 12 dB

Impedance:

50 ohms

Termination:



DC Grounded


Boom, 45 mm dia. Aluminium Elements, 14 mm dia. Aluminium Balun, Enclosed Polyethylene shroud 520 mm


3.6 kg


100 N

Mounting Bracket:

Horizontal Pattern



REV0909


B-163

440-470 MHz MA421RS02 Shrouded Yagi Antenna 3-Element V-Pol | 100° | 4.5 dBd


Type

MA421RS02



VSWR:

<1.5:1

Maximum Power:

250 W

Polarisation:

Vertical


100°

Vertical Beamwidth:

60°


> 15 dB

Impedance:

50 ohms

Termination:



DC Grounded


Materials: Length:



3.8 kg


110 N

Mounting Bracket:


Vertical Pattern


B-164


REV0909

440-470 MHz


Type

MA421RS03 Shrouded Yagi Antenna 4-Element V-Pol | 80° | 6 dBd

MA421RS03


440 MHz to 470 MHz

Gain:

6 dBd

VSWR:

<1.5:1

Maximum Power:

250 W

Polarisation:

Vertical


80°

Vertical Beamwidth:

57°


> 15 dB

Impedance:

50 ohms

Termination:



DC Grounded




4.1 kg


120 N

Mounting Bracket:

Horizontal Pattern



REV0909


B-165

440-470 MHz


Type

MA421RS04 Shrouded Yagi Antenna 6-Element V-Pol | 65° | 7.5 dBd

MA421RS04



VSWR:

<1.5:1

Maximum Power:

250 W

Polarisation:

Vertical


65°

Vertical Beamwidth:

52°


> 16 dB

Impedance:

50 ohms

Termination:



DC Grounded




5.3 kg


150 N

Mounting Bracket:

Horizontal Pattern



REV0909


B-166

440-470 MHz MA421RS05 Shrouded Yagi Antenna 8-Element V-Pol | 50° | 9 dBd

An 8-element UHF Yagi antenna for PMR/Trunked Radio/TETRA networks. The driven element for this design is enclosed in a weather resistant plastic shroud to provide consistent, reliable performance in all weather conditions.

Type

MA421RS05


440 MHz to 470 MHz

Gain:

9 dBd

VSWR:

<1.5:1

Maximum Power:

250 W

Polarisation:

Vertical


50°

Vertical Beamwidth:

45°


> 18 dB

Impedance:

50 ohms

Termination:



DC Grounded


Materials: Length:



6.1 kg


240 N

Mounting Bracket:


Vertical Pattern


B-167


REV0909



Type

MA421RS06


440 MHz to 470 MHz

Gain:

10 dBd

VSWR:

<1.5:1

Maximum Power:

250 W

Polarisation:

Vertical


45°

Vertical Beamwidth:

39°


> 20 dB

Impedance:

50 ohms

Termination:



DC Grounded



Boom, 45 mm dia. Aluminium Elements, 14 mm dia. Aluminium Balun, Enclosed in Polyethylene shroud 1700 mm 7 kg 200 N MA621AZ51 Clamp supplied to fit on 25-50 mm dia. mast

Vertical Pattern


B-168


REV0909



Type

MA421RS07


440 MHz to 470 MHz

Gain:

11 dBd

VSWR:

<1.5:1

Maximum Power:

250 W

Polarisation:

Vertical


38°

Vertical Beamwidth:

35°


> 20 dB

Impedance:

50 ohms

Termination:



DC Grounded


Materials: Length:



7.6 kg


230 N

Mounting Bracket:


Vertical Pattern


B-169


REV0909

34.3...40.8 MHz MA431Exx End Fed Dipole Antenna V-Pol | 360° | 0 dBd

A rugged and durable VHF End Fed Dipole antenna housed inside a highstrength, glassfibre shroud. Produced to the highest quality standards these robust antenna designs will insure reliable operation in harsh environmental conditions.

Type

MA431Exx


34.3...40.8 MHz

Bandwidth: Model Numbers:

MA431E35 MA431E40


34.3 MHz to 35.7 MHz 39.2 MHz to 40.8 MHz 0 dBd

VSWR:

<1.5:1

Maximum Power:

100 W

Polarisation:

Vertical


360°

Vertical Beamwidth:

84°

Impedance:

50 ohms

Termination:

N Female DC Grounded

Mechanical Specifications Materials: Length: Weight (excluding mount):

Vertical Pattern

Model:

Gain:


Horizontal Pattern

± 2% (typical)

Windloading @ 45 m/s: Mounting Bracket:

Glass fibre Aluminium mounting section 4950 mm 9 kg 540 N 3 x MA621AZ00 Clamps supplied to fit 50-70 mm dia. mast.


B-170


REV0909

83-86.6 MHz MA431H00 Colinear Antenna V-Pol | 360° | 1.5 dBd

A rugged and durable Colinear antenna designed for VHF Trunked Radio applications. These antennas are housed inside a high-strength, glassfibre shroud and manufactured to the highest quality standards insuring long term, reliable operation.

Type

MA431H00


83 MHz to 86.6 MHz 1.5 dBd

VSWR:

<1.5:1

Maximum Power:

100 W

Polarisation:

Vertical


360°

Vertical Beamwidth:

68°


0°

Impedance:

50 ohms

Termination:

N Female


DC Grounded



Glass fibre shroud Aluminium mounting section 3900 mm 4 kg 280 N 2 x MA621AZ00 Clamps supplied to fit on 50-70 mm dia. mast

Vertical Pattern


B-171


REV0909

143...165 MHz MA431Kxxx Colinear Antenna V-Pol | 360° | 3.5 dBd


Type

MA431Kxxx



Model Numbers*:

Gain:

MA431KM00 MA431KM01 MA431KM02 MA431KM03 MA431KM04



3.5 dBd

VSWR:

<1.5:1

Maximum Power:

100 W

Polarisation:

Vertical


360°

Vertical Beamwidth:

38°


0°

Impedance:

50 ohms

Termination:

N Female


DC Grounded

Horizontal Pattern



Glass fibre shroud Aluminium mounting section 3500 mm 4 kg 200 N 2 x MA621AZ00 Clamps supplied with antenna


B-172


REV0909

68...88 MHz MA432H0x End Fed Dipole Antenna V-Pol | 360° | 0 dBd

A rugged and durable VHF End Fed Dipole antenna constructed from Aluminium tubing. Produced to the highest quality standards these robust antenna designs will insure reliable operation in harsh environmental conditions.

Type

MA432H0x


68...88 MHz Model:

Model Numbers:



Gain:

0 dBd

VSWR:

<1.5:1

Maximum Power:

50 W

Polarisation:

Horizontal Pattern

MA432H00 MA432H01 MA432H02 MA432H03

Vertical


360°

Vertical Beamwidth:

88°

Impedance:

50 ohms

Termination:

N Female


Aluminium dipole 2400 mm @ 80 MHz


2.5 kg @ 80 MHz


180 N @ 80 MHz

Mounting Bracket:

MA621AZ40 Clamp supplied to fit on 30-50 mm dia. mast

Vertical Pattern


B-173


REV0909

68...88 MHz

A rugged and durable VHF End Fed Dipole antenna constructed from stainless steel tubing. Produced to the highest quality standards these robust antenna designs will insure reliable operation in harsh environmental conditions.

Type

MA432H1x End Fed Dipole Antenna Stainless Steel V-Pol | 360° | 0 dBd

MA432H1x


68...88 MHz Model:

Model Numbers:

MA432H10 MA432H12 MA432H13



Gain:

0 dBd

VSWR:

<1.5:1

Maximum Power:

50 W

Polarisation:

Vertical


360°

Vertical Beamwidth:

88°

Impedance:

50 ohms

Termination:

N Female


Stainless steel dipole

Length:

2400 mm @ 80 MHz


Horizontal Pattern

3 kg @ 80 MHz 180 N @ 80 MHz MA621AZ38 Clamp supplied to fit on 30-50 mm dia. mast Vertical Pattern


REV0909


B-174

79...87 MHz

A rugged and durable Colinear antenna designed for VHF Trunked Radio applications. These antennas are housed inside a high-strength, glassfibre shroud and manufactured to the highest quality standards insuring long term,

MA432H8x Colinear Antenna V-Pol | 360° | 1.5 dBd

reliable operation.

Type

MA432H8x


79...87 MHz

Bandwidth: Model Numbers*: Gain:


MA432H80 MA432H85


79 MHz to 83 MHz 84 MHz to 87 MHz 1.5 dBd

VSWR:

<1.5:1

Maximum Power:

100 W

Polarisation:

Vertical


360°

Vertical Beamwidth:

68°


0°

Impedance:

50 ohms

Termination:

N Female




Glass fibre shroud Aluminium mounting section 3800 mm 4 kg 240 N

Vertical Pattern

2 x MA621AZ00 Clamps supplied to fit on 50-70 mm dia. mast


REV0909


B-175

139-153 MHz MA432J00 End Fed Dipole Antenna V-Pol | 360° | 0 dBd

A rugged and durable VHF End Fed Dipole antenna constructed from aluminium tubing. Produced to the highest quality standards these robust antenna designs will insure reliable operation in harsh environmental conditions.

Type

MA432J00


139 MHz to 153 MHz

Gain:

0 dBd

VSWR:

<1.5:1

Maximum Power:

50 W

Polarisation:

Vertical


360°

Vertical Beamwidth:

88°

Impedance:

50 ohms

Termination:

N Female

Mechanical Specifications Materials: Length: HorizontalPattern

Aluminium dipole 1400 mm


1.5 kg


120 N

Mounting Bracket:


Vertical Pattern


B-176


REV0909

144...174 MHz


Type

MA432Kxxx End Fed Dipole Antenna V-Pol | 360° | 0 dBd

MA432Kxxx

Electrical Specifications Frequency Range: Model Numbers:


MA432KM00 MA432KM01



Gain:

0 dBd

VSWR:

<1.5:1

Maximum Power:

50 W

Polarisation:

Vertical


360°

Vertical Beamwidth:

88°

Impedance:

50 ohms

Termination:

N Female




1.5 kg


120 N

Mounting Bracket:

Horizontal Pattern


Vertical Pattern


REV0909


B-177

83-87 MHz

A VHF Ground Plane antenna with integrated mount designed to attach to the top of a 30 – 60 mm diameter mast. The active element is a folded monopole. The ground plane elements are user-tuned to achieve best performance at the

MA461H01 Ground Plane Antenna V-Pol | 360° | 0 dBd

operating frequency. Tuning chart provided.

Type

MA461H01


83 MHz to 87 MHz

Gain:

0 dBd

VSWR:

<1.5:1

Maximum Power:

50 W

Polarisation:

Vertical


360°

Vertical Beamwidth:

85°

Impedance:

50 ohms

Termination:

N Female


DC Grounded

Mechanical Specifications Materials: Whip Dimensions: Weight (including mount): Windloading @ 45 m/s: Mounting Bracket:

Aluminium Alloy, Glass Fibre, and Stainless Steel 1540 mm

Horizontal Pattern

2.2 kg 78 N Integral mounting bracket to fit on 30-60 mm dia. mast

Vertical Pattern


REV0909


B-178

25...470 MHz MA462DS06 Ground Plane Antenna V-Pol | 360° | 0 dBd

A VHF / UHF Ground Plane antenna with integrated mount designed to attach to the top of a 40mm diameter mast. The radiator and ground plane elements are of tapered glassfibre construction and are user-tuned to achieve best performance at the operating frequency. Tuning chart provided.

Type

MA462DS06


25...470 MHz

Bandwidth:

± 2% (typical)

Gain:

0 dBd

VSWR:

<1.5:1

Maximum Power:

250 W

Polarisation:

Vertical


360°

Vertical Beamwidth:

86°

Impedance:

50 ohms

Termination:

UHF (SO239) Female



Whip Dimension:

Aluminium mounting base with glass fibre whips 2600 mm @ 25 MHz


2 kg @ 25 MHz


120 N @ 25 MHz

Mounting Bracket:

Integral bracket to fit the top of a 40 mm dia. tube.

Vertical Pattern


B-179


REV0909

68...470 MHz MA462DS08 Ground Plane Antenna V-Pol | 360° | 0 dBd

A VHF Ground Plane antenna with integrated mount designed to attach to the top of a 40 mm diameter mast. The radiator and ground plane elements are of tapered glassfibre construction and are user-tuned to achieve best performance at the operating frequency. Tuning chart provided.

Type

MA462DS08


68...470 MHz

Bandwidth:

± 2% (typical)

Gain:

0 dBd

VSWR:

<1.5:1

Maximum Power:

250 W

Polarisation:

Vertical


360°

Vertical Beamwidth:

84°

Impedance:

50 ohms

Termination:

UHF (SO239) Female



Whip Dimension: Weight (including mount): Windloading @ 45 m/s: Mounting Bracket:

Aluminium mounting base with glass fibre whips 1200 m @ 68 MHz 1.2 kg @ 68 MHz 72 N @ 68 MHz Integral bracket to fit the top of a 40 mm dia. pipe.

Vertical Pattern


B-180


REV0909

34-36 MHz

A VHF Center Fed Dipole antenna for PMR/Trunked Radio applications. Multiple dipoles can be mounted on a tower and connected with a phasing harness to form a high gain, stacked array. The dipole element for this design is enclosed in a weather resistant, glassfibre shroud to provide consistent, reliable

MA481E36 Centre-Fed Dipole Antenna Shrouded V-Pol | Variable Az | Variable Gain

performance in all weather conditions.

Type

MA481E36


34 MHz to 36 MHz 0 dBd (omni) Will depend on mounting distance from mast.

VSWR:

<1.5:1

Maximum Power:

250 W

Polarisation:

Vertical

Horizontal Beamwidth: Vertical Beamwidth:

Will depend on mounting distance from mast. 80°

Impedance:

50 ohms

Termination:

N Female


DC Grounded


Boom 40 mm dia. galvanised steel, Dipole elements protected by glass fibre shroud. 3700 mm


11.5 kg


520 N

Mounting Bracket:

Horizontal Pattern

MA621AZ51 Clamp supplied to fit on 25-50 mm dia. mast.

Vertical Pattern


REV0909


B-181

39-41 MHz MA481E41 Centre Fed Dipole Antenna Shrouded V-Pol | Variable Az | Variable Gain

A VHF Center Fed Dipole antenna for PMR/Trunked Radio applications. Multiple dipoles can be mounted on a tower and connected with a phasing harness to form a high gain, stacked array. The dipole element for this design is enclosed in a weather resistant, glassfibre shroud to provide consistent, reliable performance in all weather conditions.

Type

MA481E41


39 MHz to 41 MHz 0 dBd (omni*) Will depend on mounting distance from mast.

VSWR:

<1.5:1

Maximum Power:

250 W

Polarisation:

Vertical



Impedance:

50 ohms

Termination:

N Female


DC Grounded


Length:

Boom 40 mm dia. galvanised steel, Dipole elements protected by glass fibre shroud. 3300 mm


11 kg


460 N

Mounting Bracket:


Vertical Pattern


B-182


REV0909

68-88 MHz

A VHF Center Fed Dipole antenna for PMR/Trunked Radio applications. Multiple dipoles can be mounted on a tower and connected with a phasing harness to form a high gain, stacked array. The dipole element for this design is enclosed in a weather resistant, glassfibre shroud to provide consistent, reliable

MA481H02 Centre Fed Dipole Antenna Shrouded Variable Az | Variable Gain

performance in all weather conditions.

Type

MA481H02

Electrical Specifications Frequency: Gain: VSWR: Maximum Power: Horizontal Beamwidth: Vertical Beamwidth:

68 MHz to 88 MHz 0 dBd (omni) Will depend on mounting distance from mast. <1.5:1(72-85 MHz), <2:1 (68-88 MHz) 250 W Will depend on mounting distance from mast. 80°

Impedance:

50 ohms

Termination:

N Female


DC Grounded


Boom, 45 mm dia. Aluminium, Dipole elements protected by glass fibre shroud. 1860 mm


4.5 kg


340 N

Mounting Bracket:

Horizontal Pattern


Vertical Pattern


REV0909


B-183

78-88 MHz MA481H04 Centre Fed Dipole Antenna Shrouded Variable Az | Variable Gain

A VHF Center Fed Dipole antenna for PMR/Trunked Radio applications. Multiple dipoles can be mounted on a tower and connected with a phasing harness to form a high gain, stacked array. The dipole element for this design is enclosed in a weather resistant, glassfibre shroud to provide consistent, reliable performance in all weather conditions.

Type

MA481H04



VSWR:

<1.5:1

Maximum Power:

250 W



Impedance:

50 ohms

Termination:

N Female


DC Grounded


Length:

Boom, 45 mm dia. Aluminium Dipole elements protected by glass fibre shroud. 1860 mm


4.5 kg


340 N

Mounting Bracket:


Vertical Pattern


B-184


REV0909

88-108 MHz

A VHF Center Fed Dipole antenna for FM Broadcast applications. Multiple dipoles can be mounted on a tower and connected with a phasing harness to form a high gain, stacked array. Produced to the highest quality standards these robust antenna designs will insure reliable operation in harsh environmental

MA481I00 Centre Fed Dipole Antenna Broadband V-Pol | Variable Az Variable Gain

conditions.

Type

MA481I00



VSWR:

<1.5:1

Maximum Power:

250 W



Polarisation:

Vertical

Impedance:

50 ohms

Termination:

N Female

Mechanical Specifications Materials: Dimensions:

Boom, 40 mm dia. Aluminium Dipole, 18 mm dia. Aluminium Balun, fully moulded enclosure 1400 mm


2.4 kg


160 N

Mounting Bracket:

Horizontal Pattern


Vertical Pattern


REV0909


B-185

109-135 MHz MA481J00 Centre Fed Dipole Antenna Shrouded Variable Az | Variable Gain

A Center Fed Dipole antenna for VHF Air Band applications. Multiple dipoles can be mounted on a tower and connected with a phasing harness to form a high gain, stacked array. The dipole element for this design is enclosed in a weather resistant, glassfibre shroud to provide consistent, reliable performance in all weather conditions.

Type

MA481J00



VSWR:

<1.5:1

Maximum Power:

250 W



Impedance:

50 ohms

Termination:

N Female


DC Grounded


Length:

Boom, 45 mm dia. Aluminium Dipole elements protected by glass fibre shroud. 1200 mm


3.7 kg


220 N

Mounting Bracket:


Vertical Pattern


B-186


REV0909

144...174 MHz MA481Kxxx End Fed Dipole Antenna Stainless Steel V-Pol | 360° | 0 dBd

A rugged and durable VHF End Fed Dipole antenna constructed from stainless steel tubing. Produced to the highest quality standards these robust antenna designs will insure reliable operation in harsh environmental conditions.

Type

MA481Kxxx

Electrical Specifications Frequency Range: Model Numbers:


MA481KM21 MA481KM22



Gain:

0 dBd

VSWR:

<1.5:1

Maximum Power:

50 W

Polarisation:

Vertical


360°

Vertical Beamwidth:

88°

Impedance:

50 ohms

Termination:

N Female



Stainless steel dipole 1360 mm 2 kg 120 N MA621AZ38 Clamp supplied to fit on 30-50 mm dia. mast

Vertical Pattern


B-187


REV0909

408-428 MHz

A rugged and durable UHF End Fed Dipole antenna housed inside a highstrength, glassfibre shroud. Produced to the highest quality standards these robust antenna designs will insure reliable operation in harsh environmental

MA481Q02 End Fed Dipole Antenna V-Pol | 360° | 0 dBd

conditions.

Type

MA481Q02


408 MHz to 428 MHz

Gain:

0 dBd

VSWR:

<1.5:1

Maximum Power:

50 W

Polarisation:

Vertical


360°

Vertical Beamwidth:

88°

Impedance:

50 ohms

Termination:

N Female


DC Grounded

Mechanical Specifications Materials: Length: Weight (exlcuding mount): Windloading @ 45 m/s: Mounting Bracket:


Horizontal Pattern

0.7 kg 40 N MA621AZ30 Clamp supplied to fit on 30-50 mm dia. mast

Vertical Pattern


REV0909


B-188

408...470 MHz

A rugged and durable UHF Colinear antenna housed inside a high-strength, glassfibre shroud. Produced to the highest quality standards these robust antenna designs will insure reliable operation in harsh environmental conditions.

Type

MA481QS06 Colinear Antenna V-Pol | 360° | 6 dBd

MA481QS06


408...470 MHz

Bandwidth:

8 MHz

Gain:

6 dBd

VSWR:

<1.5:1

Maximum Power:

50 W

Polarisation:

Vertical


360°

Vertical Beamwidth:

16°


0°

Impedance:

50 ohms

Termination:

N Female


DC Grounded

* Specify center frequency at time of order.



Horizontal Pattern

2400 mm 2.7 kg 80 N MA621AZ30 Clamp supplied to fit on 30-50 mm dia. mast. Vertical Pattern


REV0909


B-189

440-470 MHz MA481S02 End Fed Dipole Antenna V-Pol | 360° | 0 dBd

A rugged and durable UHF End Fed Dipole antenna housed inside a highstrength, glassfibre shroud. Produced to the highest quality standards these robust antenna designs will insure reliable operation in harsh environmental conditions.

Type

MA481S02


440 MHz to 470 MHz

Gain:

0 dBd

VSWR:

<1.5:1

Maximum Power:

50 W

Polarisation:

Vertical


360°

Vertical Beamwidth:

88°

Impedance:

50 ohms

Termination:

N Female


DC Grounded



Glass fibre shroud Aluminium mounting section 900 mm 0.7 kg 40 N MA621AZ30 Clamp supplied to fit on 30-50 mm dia. mast

Vertical Pattern


B-190


REV0909

406...470 MHz MA491QS10 Corner Reflector Antenna V-Pol | 50° | 10 dBd

A UHF Corner Reflector antenna designed for TETRA networks. This antenna provides approximately the same gain as an 8-Element Yagi antenna but with improved F/B ratio and reduced sidelobes in the horizontal plane. Produced to the highest quality standards these robust antenna designs will insure reliable operation in harsh environmental conditions.

Type

MA491QS10

Electrical Specifications Frequency Range: Available Sub-bands*:

406...470 MHz 406 MHz to 428 MHz 420 MHz to 445 MHz 440 MHz to 470 MHz

Gain:

10 dBd

VSWR:

<1.5:1

Maximum Power:

100 W

Polarisation:

Vertical


50°

Vertical Beamwidth:

60°


20 dB

Impedance:

50 ohms

Termination:

N Female


DC Grounded

* Please specify desired frequency band at time of order. Horizontal Pattern


Vertical Pattern

Radiator elements sealed in glass fibre tube Reflector assembly, Aluminium 1360 mm


3.6 kg


300 N

Mounting Bracket:

U Bolts supplied to fit on 30-50 mm dia. mast.


B-191


REV0909

40-48 MHz

A rugged and durable VHF Ground Plane antenna with integrated mount designed to attach to the top of a 30 – 60 mm diameter mast. The broadband active element is enclosed inside a glassfibre shroud to provide extra protection

MA521F00 Ground Plane Antenna V-Pol | 360° | 0 dBd

in harsh environments.

Type

MA521F00


40 MHz to 48 MHz

Gain:

0 dBd

VSWR:

< 2:1

Maximum Power:

250 W

Polarisation:

Vertical


360°

Vertical Beamwidth:

84°

Impedance:

50 ohms

Termination:

N Female


DC Grounded

Mechanical Specifications Materials: Whip Dimensions:

Aluminium Alloy and Glass fibre 3000 mm


3.5 kg


440 N

Mounting Bracket:

Horizontal Pattern

Integral mounting bracket to fit on 30-60 mm dia. mast

Vertical Pattern


REV0909


B-192

118-136 MHz MA521J00 End Fed Dipole Antenna V-Pol | 360° | 0 dBd


Type

MA521J00


118 MHz to 136 MHz

Gain:

0 dBd

VSWR:

<1.5:1

Maximum Power:

50 W

Polarisation:

Vertical


360°

Vertical Beamwidth:

88°

Impedance:

50 ohms

Termination:

N Female

Mechanical Specifications Materials: Length: Horizontal Pattern



1.7 kg


133 N

Mounting Bracket:


Vertical Pattern


B-193


REV0909

48-800 MHz MMU2xxx Wide Band VHF & UHF Bands 2 Way Phasing Harnesses

These two way, wide band phasing and matching harnesses cover the frequency range 48 MHz to 800 MHz making them suitable for use in the PMR, Broadcasting (Band II and DAB), Ground to Air, Marine and TETRA bands. They are made from high quality components including specially made coaxial cable to produce the correct transformation ratios. Epoxy potted junctions ensure complete weather protection. These phasing and matching harnesses can be used to combine 2 antennas into one output or to split an antenna signal into two paths.

Type

MMU2xxx

Electrical Specifications Model:

Model Numbers*: (Others are available)

MMU2 068 MMU2 088 MMU2 126 MMU2 140 MMU2 180 MMU2 405 MMU2 420

Frequency Range:


Inherent Insertion loss:

3.0 dB

Additional loss:

0.15 dB

VSWR: Impedance: Splitter power rating (CW): RF Connectors: Dimensions (length, max): Weight: Environmental:

1.2:1 50 ohms 200 W ‘N’ Female on downlead, ‘N’ Male on antenna leads 1400 mm 0.65 kg IP65


B-194


REV0909

68-470 MHz MMU3xxx These three way, wide band phasing and matching harnesses cover the frequency range 68 MHz to 470 MHz making them suitable for use in the PMR,

Wide Band VHF & UHF Bands 3 Way Phasing Harnesses

Broadcasting (Band II and DAB), Ground to Air, Marine and TETRA bands. They are made from high quality components including specially made coaxial cable to produce the correct transformation ratios. Epoxy potted junctions ensure complete weather protection. These phasing and matching harnesses can be used to combine 3 antennas into one output or to split an antenna signal into three paths.

Type

MMU3xxx



MMU3 072 MMU3 082 MMU3 088 MMU3 118 MMU3 160 MMU3 176 MMU3 415 MMU3 450

Frequency Range:

66 MHz to 80 MHz 74 MHz to 89 MHz 88 MHz to 108 MHz 118 MHz to 136 MHz 144 MHz to 175 MHz 176 MHz to 192 MHz 380 MHz to 430 MHz 406 MHz to 470 MHz


4.5 dB

Additional loss:

0.45 dB

VSWR: Impedance: Splitter power rating (CW): RF Connectors: Dimensions (length, max): Weight: Environmental:

1.2:1 50 ohms 200 W ‘N’ Female on downlead, ‘N’ Male on antenna leads 3800 mm @ 70 MHz 1300 mm @ 450 MHz 2.3 kg @ 70 MHz 1.0 kg @ 450 MHz IP65


REV0909


B-195

68-470 MHz MMU4xxx Wide Band VHF & UHF Bands 4 Way Phasing Harnesses

These four way, wide band phasing and matching harnesses cover the frequency range 68 MHz to 470 MHz making them suitable for use in the PMR, Broadcasting (Band II and DAB), Ground to Air, Marine and TETRA bands. They are made from high quality components including specially made coaxial cable to produce the correct transformation ratios. Epoxy potted junctions ensure complete weather protection. These phasing and matching harnesses can be used to combine 4 antennas into one output or to split an antenna signal into four paths.

Type

MMU4xxx



MMU4 066 MMU4 081 MMU4 098 MMU4 125 MMU4 140 MMU4 405 MMU4 400

Frequency Range:



6.0 dB

Additional loss:

0.55 dB

VSWR: Impedance: Splitter power rating (CW): RF Connectors: Dimensions (length, max): Weight: (Frequency dependant) Environmental:

1.2:1 50 ohms 200 W ‘N’ Female on downlead, ‘N’ Male on antenna leads 6700 mm @ 70 MHz 1450 mm @ 450 MHz 4.5 kg @ 70 MHz 1.3 kg @ 450 MHz IP65


B-196


REV0909

Amphenol Telecom Solutions Whip Antenna for GSM/AMPS/ETACS Characteristics Frequency Band Impedance Gain (dB) Radiation Pattern Polarization VSWR

– 860~960 MHz – 1770~1880 MHz – 50Ω – 3Db – Omni-directional – Vertical – ≤ 2.0:1

Description 1 2 3 4 5 6 7

Top: P.A. Delrin, Black Whip: Stainless, Black Screw: Brass, Black Body: P.A., Black Mini-magnet Ø22 x 3t Sucker: Rubber, Black Cable: RG174U, Black 3 meters

Connector

8

Part Number:

FME Jack

GAN 30001

SMA Plug

GAN 30010

MCX Plug

GAN 30029

3 meter cable only

GAN 30038

Whip Antenna for GSM Characteristics Frequency Band Impedance Gain (dB) Radiation Pattern Polarization VSWR

– 850/900 MHz ± 25 – 50Ω – 3dB – Omni-directional – Vertical – ≤ 2.0:1

Description 1 2 3 4 5

Connector - See Diagrams Centre Pin Ni Sleeve White POM Connect BSBM Ni Spring PBW

6 7 8 9

Part Number:

GAN 30003

Part Number:

GAN 30020

Part Number:

GAN 30053

Connect White POM Base BSBM Ni Wire SWRM Cover Black TPU

Short Whip Antenna for GSM/AMPS/ETACS Characteristics Frequency Band Impedance Gain (dB) Radiation Pattern Polarization VSWR

– 860~960 MHz – 1770~1880 MHz – 50Ω – 2.15dB – Omni-directional – Vertical – ≤ 2.0:1

Description 1 2 3 4

Body: PNTR, Black Coil: Phosphor Bronze Mini-Magnet Ø22 x 3t Cable: RG174U, Black 3 meters

Connector

Part Number:

SMA Plug

GAN 30017

SMB Plug

GAN 30022

R/A SMA Plug

GAN 30031

FME Jack

GAN 30056

3 meter lead only

GAN 30019

5

AMTA

B-197

Amphenol Telecom Solutions Swivel Antenna 45°~90° for GSM/DCS Part Number:

GAN 30069

Characteristics Frequency Band Impedance Gain (dB) Radiation Pattern

– 900/1800 MHz ± 25 – 50Ω – 5dBi – Omni-directional

Polarization/Length VSWR Power Radiation Operating Temp

– Vertical 5/8 λ Dipole – ≤ 2.0:1 – 5W – -20°C~65°C



Description 1 2 3 4

Antenna Cover Black PU Swivel Mechanism Black PC Swivel Mechanism Black PC TNC Plug Gold Plated Brass

Part Number:

GAN 30070


– 900/1800 MHz ± 25 – 50Ω – 2dBi – Omni-directional

Description 1 2 3 4

Antenna Cover Black PU Swivel Mechanism Black PC Swivel Mechanism Black PC SMA Plug Brass Black

Swivel Antenna 45°~90° for WiFi/Blue Part Number:

GAN 30074


– 2.45 GHz ± 50 – 50Ω – 5dBi – Omni-directional



Description 1 2 3 4

Antenna Cover Black PU Swivel Mechanism Black PC Swivel Mechanism Black PC TNC Reverse Plug Gold Plated Brass Black

Part Number:

GAN 30075


– 2.45 GHz ± 50 – 50Ω – 2dBi – Omni-directional



Description 1 2 3 4

Antenna Cover Black PU Swivel Mechanism Black PC Swivel Mechanism Black PC SMA Reverse Plug Brass Black

Swivel Antenna 45°~90° 433/868MHz GAN 30076 – 433 MHz / 0dBi GAN 30077 – 868 MHz / 2dBi

Part Numbers: Characteristics Frequency Band Impedance Gain (dB) Radiation Pattern

– 433 & 868 MHz see P/N – 50Ω – 0dBi & 2dBi see P/N – Omni-directional



Description 1 2 3 4

Antenna Cover Black PU Swivel Mechanism Black PC Swivel Mechanism Black PC TNC Plug Gold Plated Brass Black

AMTA

B-198

Amphenol Telecom Solutions Flat Antenna for GSM/DCS Characteristics Frequency Band Impedance Gain Radiation Pattern Polarization VSWR Cable Connector

– 860~960/1710~1880 MHz – 50Ω – 0dBi – Omni-directional – Vertical – ≤ 2.0:1 – RG174U – See Below

Connector

Part Numbers:

SMA Plug

GAN30023

BNC Plug

GAN 30041

1 Meter Cable Only

GAN 30042

Cling-On for GSM/DCS Characteristics Frequency Band Impedance Gain Radiation Pattern Polarization VSWR Cable Connector

– 840~960/1760~1860 MHz – 50Ω – 2.5dBi – Omni-directional – Vertical – ≤ 1.5:1 – RG174U – FME Jack

Part Number: GAN30050

Mini Me External Stubby for GSM/DCS GSM Characteristics Frequency Band Impedance Gain Radiation Pattern Polarization VSWR

Part Number:

– 850/900 MHz ± 25 – 50Ω – 0dBi – Omni-directional – Vertical – ≤ 2.0:1

GAN 30018

Description 1 2 3 4

Tube P.U. Blue SUS Spring Spring Base BSBM Sleeve POM White

5 6 7

Antenna Base BSBM Ni Base POM Black SMA BSBM Ni

LMR/AMPS/GSM Characteristics Frequency Band Impedance Gain Radiation Pattern Polarization VSWR


Description 1 2 3

Tube P.U. Blue SUS Spring See Diagram

Part Numbers:

GAN 30021

GAN 30034

GAN 30048

GSM/DCS Characteristics Frequency Band Impedance Gain Radiation Pattern Polarization VSWR


Description 1 3 5

Base SMA Plug BSBM Copper Nickel Plated Centre Pin BSBM Copper Nickel Plated Tube PU Black

2 4

Sleeve POM White Spring PBW

Part Number:

GAN 30052

AMTA

B-199

Amphenol Telecom Solutions GPS Antenna Active Antenna Electrical Characteristics Frequency Impedance Voltage Range System Gain 90º Noise Figure FO Polarization VSWR

– 1575.Hz ± 1.023MHz – 50Ω – 5.5V – 33dB – 1.7dB – R.H.C.P. – ≤ 2.0:1

Mechanical Characteristics Cable Connector Mounting Operating Temp

– RG174 – SMA Plug Gold Plated – Magnet – -40ºC ~ 85ºC

Part Number:

GAN 30013

Mini GPS Dielectric Patch Antenna Electrical Characteristics Frequency LNA Filters Protection Impedance Voltage Range Power Consumption Overall Gain Elevation Coverage Azimuth Coverage Polarization VSWR

– 1575Hz (10MHz Bandwidth) – 2 Stage Active – Dual, BPF/LPF – 10W nSec Spark Gap – 50Ω – 2.5~12 Vdc (Autoswitch) – 5~11mA max – 28dB (includes 4dB cable Loss) – 5~90° – 360° – R.H.C.P. – 2.0:1

Mechanical Characteristics Cable Mount Dome Operating Temp

– RG174 – Magnet – PNTR Black – -30ºC ~ 85ºC

Part Numbers: GAN 30039

GAN 30043 SMA Plug

5 Meter Cable only

Enterprise GPS/GSM Antenna Electrical Characteristics GPS GSM GPS Gain GSM Gain Impedance Voltage Range Power Consumption Overall Gain Elevation Coverage Azimuth Coverage GPS Polarization GSM Polarization VSWR

– 1575Hz (10MHz Bandwidth) – 870~960/1710~1880MHz – 26dB – 0dB – 50Ω – 3~5 Vdc – 18mA max – 28dB (includes 4dB cable Loss) – 5~90° – 360° – R.H.C.P. – Omni-directional Linear – 2 Typical

Part Number: SAN 10002 GPS

GSM

SMA Plug

FME Jack

SAN 10011 GPS

GSM

SMB

MCX Plug

SAN 10012 2 meter cable only

Mechanical Characteristics Cable Mount Dome Operating Temp

– RG174 – Magnet – ABS – -30ºC ~ 85ºC

GPS/GSM Alternate Packaged Antennas

Part Number: PALGSBSxxxx Part Number: PALGSBTxxxx Part Number: PALGSSTxxxx Specifications similar to Enterprise Antenna. Consult representative for cable length and connector option to replace ‘xxxx’ in part number. AMTA / SAW

B-200

Amphenol Telecom Solutions Connectors - Table of Contents Selection Chart Connector Images

Page C1

Selection Chart – Continued Frequency Range Chart

Page C2

1.0/2.3 Miniature 50 Ohm Coaxial Push-Pull Connectors

Page C3

1.6/5.6 Miniature 75 Ohm Coaxial Connectors

Pages C4 – C5

7/16 High Power RF Connector

Pages C6 – C8

BNC 31 Series Bayonet Lock RF Connector System

Pages C9 – C14

BNC Patch Panels With Jack to Jack Bulkhead Adapters

Page C14

Filtered BNC Bayonet Lock RF Connector System with Filtering

Pages C15 – C16

N-Type High Power RF Connector

Pages C17 – C21

SMA 901 Series 50 Ohm

Pages C22 – C24

TNC 31 Series Threaded Lock RF Connector System

Pages C25 – C27

Terminators and Accessories for RF Connectors

Between Series Adapters

Page C28 Pages C29 – C31


Amphenol Telecom Solutions Selection Chart Connector Images 1.0/2.3

1.6/5.6

7/16

AFI

AMC/MHC

BNC

BNC Reverse Polarity

BNC Slimline

F-Type

FAKRA

FME

MCX

MMCX

N-Type

QDS

QMA

SMA

SMA Reverse Polarity

SMB

SMB Mini 75Ω

SMC

SMP

SSMB

SSMB Mini

TNC

TNC Mini

TNC Reverse Polarity

TwinAxial

UHF

UHF Mini

C-1

Amphenol Telecom Solutions

Ka 26GHz

APC3.5

K 18GHz

12GHz

QDS

2GHz

Mini SMB

TwinBNC * 100 2

X

X

T

X

T

T

T

T

T

Y

T

S

T

S

S

S

S

S

B

S

S

P

P

T

T

S

T

B

T

T

T

B

4

16

9

*

*

*

10

4 *

*

11 C-11

19

3 *

14

5 *

*

2 *

*

5 *

8

10 *

*

24 C-6

8

4 *

9

4 *

*

5 C-3

C-4

11 C-25

4

16 C-17

*

6 C-24

9

20

*

9

9 *

*

4 *

* Consult Representative

*

6

Page

*

5

S

Mating area ØD (±mm)

VHF

78/95

UHF

TwinAx *

50 *

500

4

W

*

1

W

*

500

78/95

Mini TNC 1.2 400

1

W

500

1.2

75 1.3

400

3

S

500

2

W

500

330

75 1.4

5

S

500

335

50

50 *

1.3

* 5

U

*

6

S

*

335

75 C

50 1.1

15W

1

S

*

2

S

500

1000

50 1.4

2

T

100

335

50 1.4

50/75 1.3

335

2

S

100

1

S

500

100

50 1.2

2

X

500

500

50 1.3

1

B

500

335

50 1.3

2

S

30

*

50

B

50/75

B 335 1

T

100

3

S

100

95W

50 1.3

2

S

500

2700

50 1.1

50 1.3

*

2

S

500

3

T

500

335

50 1.3

2

T

500

350

50 1.3

50 1.3

500

2

S

500

2

C

500

1500

50 1.3

7

R

500

500

50 1.0

5

B

5000

1000

50 1.0

8

R

*

500

50

A

1.5

5

*

Cycles

500

Temperature Range Cable Termination Coupling

UHF 300MHz

400

Voltage (peak)

*

VSWR (straight)

500

Impedance (Ω)

50

Point to Point Cable Routers LAN

75

1.6/5.6

Broadcast TV LAN

SlimLine BNC

L 1GHz

75

FME

F

SMB

FAKRA

S Mini UHF

Cable TV Mobile Radio Body Scanners

C 4GHz BNC or RPBNC

MCX

MMCX

MHC/AMC

AFI

QMA

7/16

SMC

8GHz

SSMB

Satcom (uplink) Telecommunications Airport Search Radar Test & Measurement Datacom

1.0/2.3

X N-Type

Airborne Radar Navigation Radar Antenna Base Stations

Ku

TNC or RRTNC

Satcom (downlink) Test & Measurement Police Radar Microwave Radio Links

SMA or RPSMA

APC-7

Instrumentation

See Definitions for code details

Test & Measurement High Frequency Communication

mm 40GHz SMP

Military Aerospace Electronic Warfare

APC2.4

Selection Chart – Continued Frequency Range Chart

Information shown is generalized, further options available

Definitions VSWR

Temperature Range

Cable Termination

Coupling

A: Return Loss @ 50GHz - >26dB B: -25dB @ 1GHz C: Return Loss @ 1GHZ - 30dB

1: -40°C to +90°C 2: -65°C to +165°C 3: -40°C to +155°C 4: -55°C to +149°C 5: -55°C to +85°C 6: -40°C to +60°C 7: -13°C to +33°C 8: -55°C to +165°C

R: Rigid Cable B: Board to Board C: Clamp/Crimp S: Crimp/Solder T: Clamp/Crimp/Solder U: Solder W: Crimp X: Clamp X: Supplied Terminated

T: Threaded B: Bayonet P: Push-On S: Snap-On X: Push-On or Snap-On Y: Threaded Push-On or Snap-On

Considerations When Choosing A Connector The primary factors to consider when choosing a RF connectors are cable and frequency range. It is good practice to match the connector and cable diameters to reduce reflection. Smaller connectors perform better at higher frequencies. For frequencies greater than 26GHz, an airline connector may be needed. PushOn/Snap-On or bayonet coupled connectors are more suited to lower than 6GHz frequencies and threaded for higher frequencies. Connector impedance must match the cable unless the frequency is below 500MHz where 50Ω connectors can be used in a 75Ω application and visa versa. Generally 50Ω connectors are cheaper than 75Ω. Reflection Coefficient, VSWR (Voltage Standing Wave Ratio) and Return Loss are important consideration, consult Amphenol for help. Power and Voltage are also a factor. For high power applications large diameter connectors must be used.

C-2

Amphenol Telecom Solutions 1.0/2.3 Miniature 50 Ohm Coaxial Push-Pull Connectors Materials Body Parts (Male) Body Parts (Female) Contacts Outer MALE Centre MALE Centre FEMALE Insulator Crimp Ferrules*

– Brass – Nickel Finish – Brass – Au/Ni Finish – P/B – Gold Finish – Brass – Gold Finish – Beryllium Copper/Au – PTFE – Annealed Copper/Ni

Electrical

Environmental

Impedance – 50 ohm Frequency range – 0-4 GHz Voltage – 350 VRMS max sea-level Dielectric withstand – 750 VRMS max sea-level VSWR Straight – 1.3 R/A – 1.5 Resistance Centre – 6 Milliohms max Outer – 3 Milliohms max Insulator – 1000 Megaohms min

Temp. range

Crimp/Crimp Straight Plug Termination Instruction E

Durability 500 cycles

Related Information Hand Tools Termination Instr. Terminology

Crimp/Crimp Straight Jack Termination Instruction E

1231121A1N3GT30Gxxx50

– -40°C thru 155°C

– Section F – Section G – Section J

Crimp/Crimp Straight Bulkhead Jack Termination Instruction E

1231121B1N3GT30Gxxx50

1026421A1N3GT30Gxxx50

Part Number:

Description:

Part Number:

Description:

Part Number:

Description:

1021121A01RFX 1021121A02RFX

RG/U: 174, 188, 316 RG/U: 196A

1021121B01RFX 1021121B02RFX

RG/U: 174, 188, 316 - Ni RG/U: 196A

1026421A01RFX 1026421A02RFX

RG/U: 174, 188, 316 - Ni RG/U: 196A

(Dimensions in Inches)

Straight Bulkhead Jack for PCB

Right Angle Bulkhead Jack for PCB

1026251L1N3GT30G50

Part Number:

Description:

Part Number:

Description:

1026251L01RFX

3.6mm legs

1026252L01RFX

3.6mm Legs

Straight Cable Plugs Part Number: 10279941 10279985 10279904 10279904DB 10279916DB 10277920 10277948

Description

Push-Pull

10279906 10279934 10292006 Screw-On

10292034

Description

10291306 10291318 10224641 10224685 10224341 10291306DB

Bulkhead

4 Hole Flange

Part Number: 102799050

Description: Straight Push-Pull

Right Angle Cable Plugs and Jacks Cable .141 S/R RG 402 .085 S/R RG 405 RG58 RG142B RG 316 Double Braid LMR200 LMR240 RG174/179/188/316 L910/22 L910/34 L910/39 RG180 RG174/179/188/316 L910/22 L910/34 L910/39 RG180

Termination Solder/ Solder Crimp/ Crimp Crimp/Solder

Part Number: 102799118 102799104 102799116DB 102799104DB 102799116 102799185 102799141

Description

Push-Pull Plug

10291006 10291034 Crimp/Crimp

10290706 Jack

10290734

Straight Cable Jacks Part Number:

50 Ω Terminator

1026252L1N3GT30G50

Cable Mini Coax RG58 RD316 RG55/142 RG316 .085 S/R RG 405 .141 S/R RG 402 RG174/179/188/316 L910/22 L910/34 L910/39 RG180 RG174/179/188/316 L910/22 L910/34 L910/39 RG180

Termination

Crimp/Solder

Solder/Solder

Crimp/Solder

Crimp/Solder

Alternate Terminated Jacks Cable RG174/179/188/316 L910/22 Mini Coax .141 S/R RG 402 .085 S/R RG 405 .141 S/R RG 402 RG 316 Double Braid

Termination Crimp/Solder

Solder/Solder

Part Number:

Description

10281103

Press-Fit Straight PCB Bulkhead

10281106 10269201 10223301 10224501

Straight PCB Press-Fit Straight PCB Straight 4-Hole Flange Mount Right Angle 4-Hole Flange Mount

Crimp/Solder

ARFA /RF

C-3

Amphenol Telecom Solutions 1.6/5.6 Miniature 75 Ohm Coaxial Connectors Materials Body Parts (Male) Body Parts (Female) Contacts Outer MALE Centre MALE Centre FEMALE Insulator Crimp Ferrules*

– Brass – Nickel Finish – Brass – Au/Ni Finish – P/B – Gold Finish – Brass – Gold Finish – p/b – Gold Finish – PTFE – Annealed Copper/Ni

Crimp/Crimp Straight Plug Termination Instruction E

Electrical

Environmental

Impedance – 75 ohm Frequency range – 0-1 GHz Voltage – 335 VRMS max sea-level Dielectric withstand – 1000 VRMS max sea-level VSWR Straight – 1.3 R/A – 1.5 Resistance Centre – 4 Milliohms max Outer – 2 Milliohms max Insulator – 1000 Megaohms min

Temp. range

Crimp/Crimp R/A Bulkhead Jack Termination Instruction E

1561121A1N3GT3Gxxx75

– -40°C thru 155°C


Related Information Cable Section D Hand Tools Termination Instr. Terminology

– – Section F – Section G – Section J

Crimp/Crimp Straight Bulkhead Jack Termination Instruction E



Part Number:

Description:

Part Number:

Description:

Part Number:

Description:

1561121A01RFX 1561121A02RFX 15692934

RG/U: 59 RG/U: 179 L910/34, L910/39 BT3002

1566412A01RFX 1566412A02RFX 15666034

RG/U: 59 RG/U: 179 L910/34, L910/39 BT3002

1566421A01RFX 1566421A02RFX 15693134

RG/U: 59 RG/U: 179 L910/34, L910/39 BT3002

Crimp/Crimp Right Angle Plug Termination Instruction E

Clamp/Solder Straight Plug Termination Instruction Q


Clamp/Solder Straight Bulkhead Jack Termination Instruction Q



Part Number:

Description:

Part Number:

Description:

Part Number:

Description:

1561112A01RFX 1561112A02RFX 15665734

RG/U: 59 RG/U: 179 L910/34, L910/39 BT3002

1561141A01RFX 1561141A02RFX

RG/U: 59 RG/U: 179

1566441A01RFX 1566441A02RFX

RG/U: 59 RG/U: 179

Clamp/Solder Right Angle Plug Termination Instruction Q

Clamp/Solder Right Angle Bulkhead Jack Termination Instruction Q




1566252M1N3GT3G75

Part Number:

Description:

Part Number:

Description:

Part Number:

Description:

1561142A01RFX 1561142A02RFX

RG/U: 59 RG/U: 179

1566442A01RFX 1566442A02RFX

RG/U: 59 RG/U: 179

1566251M01RFX

Gold Finish (Au) ARFA/RF

C-4 Amphenol Africa, Tel: +27 11 783 9517, Fax: +27 11 783 9519, Cell: +27 83 442 0514, Email: [email protected]

Amphenol Telecom Solutions 1.6/5.6 Miniature 75 Ohm Coaxial Connectors – Continued

Clamp/Solder Right Angle Plug Termination Instruction Q

Clamp/Solder Right Angle Bulkhead Jack Termination Instruction Q


Part Number:

Description:

Part Number:

Description:

1561142A01RFX

RG/U: 59

1566442A01RFX

RG/U: 59

1561142A02RFX

RG/U: 179

1566442A02RFX

RG/U: 179

Right Angle Bulkhead Jack for PCB



Plug to Plug Adapter

1566252M1N3GT3G75

1566252M1N3GT3G75

Part Number:

Description:

1566251M01RFX

Gold Finish (Au)

Plug to Plug ‘U’ Link Adapter

1562071A1N3GT3G75

1562076A1N3GT3G75

Part Number:

Description:

Part Number:

Description:

Part Number:

Description:

1566252M01RFX

Gold Finish (Au)

1562071A01RFX

Gold Finish (Au)

1562076A01RFX

Gold Finish (Au)

Plug to Jack to Plug ‘Y’ Link Adapter

Jack to Jack Bulkhead Adapter

1564077A1N3GT3G75

Jack to Jack to Jack ‘Y’ Link Adapter

1567471A1N3GT3G75

1568077A1N3GT3G75

Part Number:

Description:

Part Number:

Description:

Part Number:

Description:

1564077A01RFX

Gold Finish (Au)

1567471A01RFX

Gold Finish (Au)

1568077A01RFX

Gold Finish (Au)

ARFA/RF

C-5

Amphenol Telecom Solutions 7/16 High Power RF Connector Electrical

Materials

Impedance – 50  Frequency range – 1 MHz - 6 GHz Voltage – 2700 VRMS max sea level Dielectric withstand – 4000 VRMS max sea level VSWR – 1.1 max (3 GHz) – 1.22 max (3-11 GHz) Resistance Inner – 0.5 m max Outer – 0.2 m max Insulator – 10000 M min

Body Finish Contacts/Finish Centre MALE Centre FEMALE Insulator Spring Ring Gasket Crimp Ferrules

Mechanical Unter Rententivity Hardness

Environmental – Brass (Spec: C3602) – Silver or White Bronze – Brass (Spec: C3602) – Cubez (Spec: Qbe2) – Bronze (Spec: QSn6.5) – PTFE – Heat Treated – Silicone Rubber – AnnealedCopper/Silver

– > 6N – > 1000 Times for drawing

Temp. range – -65°C thru 165°C Shock – Consult Rep. Humidity – Consult Rep. Vibration – Consult Rep. Corrosion – Consult Rep. Connectors with O-ring offer IP67 protection

Related Information Cable Hand Tools Termination Instr. Terminology

– Section D – Section F – Section G – Section J

7/16 High Power RF Connector – Cable Mount Plugs

Part Number: 716-1111A-01RFX

Termination Instruction E Description: 7/16 Plug for RG214U Coaxial Cable.

Part Number: 716-1142A-01RFX

Termination Instruction R Description: 7/16 R/A Plug for ⅜” Superflexible Coaxial Cable.

Termination Instruction DD Part Number: Description: 7/16 Plug for ½” Annular Coaxial AFB5-4

Termination Instruction DD Part Number: Description: 7/16 Plug for ½” Annular AFB5-8

Termination Instruction X Part Number: Description: 7/16 Plug for ½” Superflexible AFB3-2

Part Number:

Description:

AFB6-1

7/16 R/A Plug for ½” Superflexible Coaxial Cable.

Termination Instruction Y Part Number: Description: 7/16 Plug for ⅞” Annular AFB1-4

Termination Instruction Y Part Number: Description: 7/16 Plug for ⅞” Annular AFB191-1

Cable with O-ring.

Coaxial Cable.

Coaxial Cable without Plaster.

Coaxial Cable.

Coaxial Cable with O-ring ARFA / AFY

C-6

Amphenol Telecom Solutions 7/16 High Power RF Connector – Cable Mount Plugs – Continued

Termination Instruction Z Part Number: Description: AFB191-1

7/16 Plug for ⅞” Standard & Low-loss Coaxial Cable.

Termination Instruction BB Part Number: Description: 7/16 Plug for 1¼” Annular AFB17-2 Coaxial Cable, Cable inner

Termination Instruction Z Part Number: Description: AFB191-4

7/16 Plug for ⅞” Superflexible Coaxial Cable.

Termination Instruction CC Part Number: Description: AFB205-2

conductor with O-ring.

7/16 Plug for 1 ⅝” Annular Coaxial Cable with O-ring.

Termination Instruction BB Part Number: Description: 7/16 Plug for 1¼” Annular AFB17-1 Coaxial Cable, Cable inner conductor without O-ring.

Part Number:

Description:

AFB119-1

7/16 Plug for 1 ⅝” Radiating Cable.

7/16 High Power RF Connector – Cable Mount Jacks

Termination Instruction E Part Number: Description: 716-6111A7/16 Jack for RG214U Coaxial Cable. 01RFX

Termination Instruction X Part Number: Description: 7/16 Jack for ½” Superflexible AFB4-2

Termination Instruction Y Part Number: Description: 7/16 Jack for ⅞” Annular Coaxial AFB2-1

Termination Instruction Y Part Number: Description: 7/16 Jack for ⅞” Annular AFB2-6

Termination Instruction Y Part Number: Description: 7/16 Jack for ⅞” Annular Coaxial AFB2-9

Termination Instruction Z Part Number: Description: 7/16 Jack for ⅞” Standard & AFB216-3

Termination Instruction Z Part Number: Description:

Part Number:

Description:

AFB58

7/16 Jack for ⅞” Radiating Cable.

Coaxial Cable without Plaster

AFB216-4

7/16 Jack for ⅞” Superflexible Coaxial Cable.

Coaxial Cable.

Cable with weatherproof 0-ring.

Cable.

Low-loss Coaxial Cable.

Termination Instruction BB Part Number: Description: 7/16 Jack for 1¼” Annular AFB16-1 Coaxial Cable, Cable inner conductor without O-ring.

ARFA / AFY

C-7

Amphenol Telecom Solutions 7/16 High Power RF Connector – Cable Mount Jacks – Continued

Termination Instruction BB Part Number: Description: 7/16 Jack for 1¼” Annular AFB16-2 Coaxial Cable, Cable inner

Termination Instruction CC Part Number: Description: AFB220-4

conductor with O-ring.

7/16 Jack for 1 ⅝” Annular Coaxial Cable with O-ring.

Part Number:

Description:

AFB220-2

7/16 Jack for 1 ⅝” Radiating Cable.

Part Number:

Description:

AFB30

7/16 Jack for RG401 Cable.

7/16 High Power RF Connector – Panel Mount Plugs & Jacks

Part Number:

Description:

AFB43-1

7/16 Plug.

Part Number:

Description:

AFB30-2

7/16 Jack for RG402 Cable.

Part Number: AFB8-3

Description: 7/16 Jack.

Termination Instruction E Part Number: Description: 716-6511A7/16 Jack for RG214 Coaxial Cable. 01RFX

Termination Instruction R Part Number: Description: 7/16 Jack for ⅜” Superflexible 716-6541A01RFX

Part Number: AFB24-2

Termination Instruction X Part Number: Description:

Coaxial Cable, Solderless Centre Contact.

AFB4-5

Description:


7/16 Jack.

7/16 Jack for ½” Superflexible Coaxial Cable.

Description: 7/16 Jack with Gasket.

For Alternate Versions Contact Your Amphenol Representative


Description: 7/16 Jack with Gasket.


Description: 7/16 Jack with Gasket. ARFA / AFY

Amphenol Telecom Solutions BNC 31 Series Bayonet Lock RF Connector System Materials Body/Finish Contact Centre MALE Centre FEMALE Centre Finish Insulator Gasket Crimp Ferrules Durability

Electrical

Environmental

– Brass/Nickel – Brass – Phosphor Bronze – Gold 30μ” – Delron/PBT – Silicone Rubber – Annealed Copper – 500 Cycles

Frequency range Working Voltage 50Hz Dielectric Withstand VSWR Straight Right Angle Resistance Inner Outer Insulator

50 ohm

75 ohm

0-4GHz 500Vrms 1500V 1.3 max 1.5 max ≤3 Milliohms 2Milliohms ≥5000Megaohms

0-10GHz 500Vrms 1500V 1.3 max 1.5 max ≤3 Milliohms 2Milliohms ≥5000Megaohms

Temp. range Shock Vibration Corrosion

– -65°C thru 165°C – Consult Rep – Consult Rep – Consult Rep

Related Information Hand Tools Termination Instr. Terminology

– Section F – Section G – Section J

Single Crimp Straight Plug Termination Instruction E 50 Ohm

75 Ohm B1111x1ND3Gxxx50

Part Number: 31-5896-RFX 31-5557-RFX 31-5897-RFX 31-5559-RFX 31-5898-RFX 31-5556-RFX 31-5899-RFX 31-5560-RFX

Cable:

Bayonet:

RG/U 58/141 Plenum 58/141 RG/U 59/62

Plenum 59/62

Brass Diecast Brass Diecast Brass Diecast Brass Diecast

B1111x1ND3Gxxx75

Part Number

Cable:

Bayonet: Brass

31-71068-RFX RG/U 59/62

31-71070-RFX

Diecast

31-71069-RFX

Brass Plenum 59/62 Diecast

31-71071-RFX

Crimp Straight Plug – Captive Contact Termination Instruction E 50 Ohm

75 Ohm B1121x1ND3Gxxx50

Part Number: 31-320-RFX 31-5905-RFX 31-321-RFX 31-5906-RFX 36650-3RFX 31-5908-RFX 68175-11RFX 31-5909-RFX

Cable: RG/U 58/141 RG/U 59/62 RG/U 58/141 RG/U 59/62

Bayonet: Brass Diecast Brass Diecast Brass Diecast Brass Diecast

B1121x1ND3Gxxx75

Part Number:

Cable:

Bayonet:

RG/U 59/62

1 Diecast

31-71072-RFX

Brass

31-71073-RFX RG/U 59/62

2 Diecast

31-71074-RFX

B1121x1ND3Gxxx50

Cable:

Bayonet:

RG/U 174/188/316

Brass Diecast Brass Diecast

RG/U 179/187

B1121x1ND3Gxxx75

Part Number:

31-5915-RFX 31-5918-RFX 31-5916-RFX

RG/U 174/188/316 RG/U 179/187

Brass Diecast Brass

Cable:

RG/U 179/187 B1121E9NTPX3Gxxx7 5

Brass Diecast

TPX Insulator

RG/U 179/187 Diecast

31-71121-RFX

Diecast

31-5919-RFX

Clamp/Solder Straight Plug Termination Instruction type 5 - I, type 6 - H 50 Ohm 75 Ohm B1141x1ND3Gxxx50

Part Number: 31-5966-RFX 31-301-RFX 31-5968-RFX 31-5970-RFX 31-5967-RFX 31-304-RFX 31-5969-RFX 31-5971-RFX 31-2-RFX 31-5972-RFX 31-212-RFX 31-5973-RFX ARFA/RF

Cable: RG/U 58/141 Plenum 58/141 RG/U 59/62 Plenum 59/62 RG/U 58/141 RG/U 59/62

Bayonet: Brass Diecast Brass Diecast Brass Diecast Brass Diecast Brass Diecast Brass Diecast

Ferrule Type 3

Ferrule Type 4

Type 5

Type 6

3

Diecast

Brass

31-71076-RFX

Ferrule Type 2

Ferrule Type Desc.

NonCaptive Contact

RG/U 179/187

31-71075-RFX

Ferrule Type 1

Bayonet: Brass

31-71013-RFX

31-71077-RFX 31-71078-RFX

Ferrule Type Desc.

Brass

31-71008-RFX

Crimp Straight Plug Termination Instruction type 3 - F, type 4 - E, type TPX - G 50 Ohm 75 Ohm Part Number: 31-315-RFX 31-5912-RFX 31-242-RFX 31-5913-RFX

Preinstalled Centre Contact for Solid Conductor Cable

4 Pin-toPin Contact

Type Desc. B1141x1ND3Gxxx75

Part Number:

Cable:

Bayonet: Brass

31-71105-RFX RG/U 59/62

Diecast

31-71107-RFX

Brass

31-71106-RFX

5 Captive Contact

Plenum 59/62 Diecast

31-71108-RFX

Brass

31-71109-RFX RG/U 59/62

31-71110-RFX

Diecast

6 NonCaptive Contact

Amphenol Telecom Solutions BNC 31 Series Bayonet Lock RF Connector System – Continued Twist-On Straight Plug for Solid Centre Conductor Termination Instruction K 50 Ohm 75 Ohm B1131x1ND3Gxxx50


Cable:

Bayonet: Brass Diecast Brass Diecast Brass Diecast Brass Diecast

RG/U 58/141 Plenum 58/141 RG/U 59/62 Plenum 59/62

Part Number:

Cable:

Bayonet:

Consult Representative

Solder Straight Plug for Semi-Rigid Cable Termination Instruction S 50 Ohm 75 Ohm B1181A1NT3Gxxx50

Crimp Right Angle Plug Termination Instruction E 75 Ohm

Cable: RG/U 58/141 RG/U 59/62 Plenum 58/141 Plenum 59/62 RG/U 174/179/ 187/188/316

Bayonet: Brass Diecast Brass Diecast Brass Diecast Brass Diecast Brass Diecast

B1112x1ND3Gxxx75

Part Number:

Cable:

Bayonet: Brass

31-71083-RFX RG/U 59/62

Diecast

31-71084-RFX

Brass

31-71085-RFX Plenum 59/62

Diecast

31-71086-RFX 31-71087-RFX 31-71088-RFX

RG/U 179/187

Brass Diecast

Crimp Right Angle Long Body Plug Termination Instruction type 4/5 - E, type 6 - F 50 Ohm 75 Ohm B1122x1ND3Gxxx50

Part Number: 31-335-RFX 31-5927-RFX 31-336-RFX 31-5928-RFX 31-5929-RFX 31-5231-RFX 31-5930-RFX 31-5932-RFX 31-5991-RFX 31-316-RFX 31-5992-RFX 31-243-RFX

Cable:

RG/U 58/141

RG/U 179/187

Bayonet: Brass Diecast Brass Diecast Brass Diecast Brass Diecast Brass Diecast Brass Diecast

B1122x1ND3Gxxx75

Part Number:

Cable:

Bayonet: Brass

31-71010-RFX

Diecast

31-71089-RFX RG/U 59/62

31-71090-RFX

Brass

31-71091-RFX

Diecast Brass

31-71101-RFX RG/U 179/187

Diecast

31-71015-RFX

Crimp Straight Jack Termination Instruction type 7/8 - E, type 9 - F 50 Ohm 75 Ohm B6121x1Nx3Gxxx50

Part Number: 31-327-RFX 36800-RFX 31-328-RFX 68150-RFX 31-5901-RFX 31-5903-RFX 31-5902-RFX 31-5904-RFX

Cable: RG/U 58/141 RG/U 59/62 Plenum 58/141 Plenum 59/62

31-317-RFX

RG/U 174/188/316

31-244-RFX

RG/U 179/187

Type 1

Part Number: 31-5911-RFX 31-5917-RFX 31-5914-RFX 31-5920-RFX 31-5921-RFX 31-5923-RFX 31-5922-RFX 31-5924-RFX 31-5925-RFX 31-5926-RFX

Type 2

B1112x1ND3Gxxx50

3

50 Ohm

Ferrule Type


Ferrule Type

Brass Diecast

On Request

Bayonet:

Type 4

.141” A:3.6 B:4.6

Cable:

B6121x1Nx3Gxxx75

Contact/Insul: Captive/Teflon Non-Cap/Delrin Captive/Teflon Non-Cap/Delrin Captive/Teflon Non-Cap/Delrin Captive/Teflon Non-Cap/Delrin

Part Number

Non-Cap/Delrin

31-71014-RFX

Cable:

Contact/Insul: Captive/Teflon

31-71079-RFX RG/U 59/62

Non-Cap/Delrin

31-71009-RFX 31-71080-RFX 31-71081-RFX

Plenum 59/62

RG/U 179/187

Type 5

31-5933-RFX

Part Number:

Type 6

Brass

Ferrule Type

.085” A:2.2 B:3.0

Captive/Teflon Non-Cap/Delrin

Non-Cap/Delrin

Type 7

Bayonet:

31-5934-RFX

Type 8

Cable:

Type 9

Part Number:

ARFA/RF

C-10

Amphenol Telecom Solutions BNC 31 Series Bayonet Lock RF Connector System – Continued Crimp Straight Pin-to-Pin Jack Termination Instruction type E 50 Ohm

75 Ohm

31-71082-RFX

RG/U 179/187

Delrin

Crimp Straight Bulkhead Jack Termination Instruction E 75 Ohm

RG/U 59/62 RG/U 58/141 RG/U 59/62 RG/U 58/141 RG/U 59/62 RG/U 58/141 RG/U 59/62

B6421xNx3Gxxx75

Part Number:

Cable:


31-71092-RFX RG/U 59/62

Non-Cap/Delrin

31-71011-RFX

Captive/Teflon

31-71093-RFX RG/U 59/62

Non-Cap/Delrin

31-71094-RFX

Captive/Teflon

31-71095-RFX RG/U 59/62

Non-Cap/Delrin

31-71096-RFX

Captive/Teflon

31-71097-RFX RG/U 59/62

Non-Cap/Delrin

31-71098-RFX

Crimp/Crimp Straight Bulkhead Jack Termination Instruction Ferrule 3 - F, Ferrule 4 - E 50 Ohm 75 Ohm B6421x1ND3Gxxx50

Part Number:

Cable:

31-318-RFX

RG/U 174/188/316

31-245-RFX

RG/U 179/187

31-5949-RFX

RG/U 174/188/316

B6421x1ND3Gxxx75

Contact/Insul:

Part Number:

Cable:

Contact/Insul:

Non-Cap/Delrin

31-71016-RFX

RG/U 179/187

Non-Cap/Delrin

Pin-toPin/Delrin


Crimp/Crimp Straight Bulkhead Jack Isolated from Ground Termination Instruction E 50 Ohm 75 Ohm B6721x1Nx3Gxxx50


Cable: RG/U 58/141 RG/U 59/62 RG/U 58/141 RG/U 59/62

31-5957-RFX

RG/U 174/188/316

31-5958-RFX

RG/U 179/187

B6721x1Nx3Gxxx75

Contact/Insul: Captive/Teflon Non-Cap/Delrin Captive/Teflon Non-Cap/Delrin Captive/Teflon Non-Cap/Delrin Captive/Teflon Non-Cap/Delrin

Part Number:

Non-Cap/Delrin

31-5959-RFX

Cable:


31-71099-RFX RG/U 59/62

Non-Cap/Delrin

31-71100-RFX

Captive/Teflon

31-71102-RFX RG/U 59/62

Non-Cap/Delrin

31-71103-RFX RG/U 179/187

3.5mm Ferrule 1

RG/U 58/141

Contact/Insul: Captive/Teflon Non-Cap/Delrin Captive/Teflon Non-Cap/Delrin Captive/Teflon Non-Cap/Delrin Captive/Teflon Non-Cap/Delrin Captive/Teflon Non-Cap/Delrin Captive/Teflon Non-Cap/Delrin Captive/Teflon Non-Cap/Delrin Captive/Teflon Non-Cap/Delrin

6.5mm Ferrule 1

Cable:

3.5mm Ferrule 2

Part Number: 31-5935-RFX 31-342-RFX 31-5936-RFX 31-343-RFX 31-5937-RFX 31-5939-RFX 31-5938-RFX 31-5940-RFX 31-5941-RFX 31-5943-RFX 31-5942-RFX 31-5944-RFX 31-5945-RFX 31-5947-RFX 31-5946-RFX 31-5948-RFX

6.5mm Ferrule 2

B6421xNx3Gxxx50

Panel Ferrule

50 Ohm

Panel Ferrule

Delrin

3.5mm Ferrule 3

RG/U 179/187

Contact/Insul:

5mm

31-5910-RFX

Cable:

Like 3.5mm

RG/U 174/188/316

Part Number:

Panel Ferrule

31-5907-RFX

B6121AG1ND3Gxxx75

Insulator:

Non-Cap/Delrin

6mm Ferrule 5

Cable:

6mm Ferrule 6

Part Number:

6mm Ferrule 7

B6121AG1ND3Gxxx50

Twist-On Straight Jack for Solid Centre Conductor Termination Instruction K 50 Ohm 75 Ohm B6131A1ND3Gxxx50

Part Number:

Cable:

Bayonet:

31-5139-RFX

RG/U 58/141

Brass

31-5965-RFX

Plenum 58/141

Diecast

31-5138-RFX

RG/U 59/62

Brass

31-5370-RFX

Plenum 59/62

Diecast

Part Number:

Cable:

Bayonet:


ARFA/RF

C-11

Amphenol Telecom Solutions BNC 31 Series Bayonet Lock RF Connector System – Continued Clamp/Solder Straight Jack Termination Instruction type I 50 Ohm

75 Ohm B6141A1ND3Gxxx50

31-5974-RFX 31-15-RFX 31-5975-RFX

Part Number:

RG/U 58/141 Plenum 58/141 RG/U 59/62 Plenum 59/62

Insulator:

B6141A1ND3Gxxx75

Part Number

Cable:

31-71111-RFX

RG/U 59/62

31-71112-RFX

Plenum 59/62

Delrin

Contact/Insul:

Delrin

Solder-Terminal Types - Straight Bulkhead Jack 50 Ohm 75 Ohm Description: Part Number: Description:

Figure

31-5-RFX

Cable:

4-Hole Flange Mount Teflon Insulator B6551A1NT3G50

31-71104-RFX

4-Hole Flange Mount Teflon Insulator B6551A1NT3G75

31-221-RFX

Solder-Pot L1:3.2mm L:26.7mm B6351xxNDxx50

31-221-75RFX


31-5977-RFX


31-5977-75RFX


31-5978-RFX


31-5978-75RFX


Fig 2

31-203-RFX

Fig 1

Part Number:

Solder-Pot Isolated from Ground L1: 3.2mm L:30mm

Solder-Pot Isolated from Ground L1: 3.2mm L:30mm

31-10-75RFX

Solder-Tab with Eyelet

31-2221-75RFX

B6351xxNDxx75

Part Number:

75 Ohm Description:

Part Number: B6251xxNx3G50

31-597650-RFX 31-18225-RFX 31-5158-RFX 31-5493-RFX 31-5539-RFX 31-543110-RFX 31-553810-RFX 31-548610-RFX 31-554010-RFX 31-5640-RFX 31-5637-RFX G11A0299

Straight Low Profile L:11.7 PCB Layout A Straight Low Profile L:10.8 PCB Layout C Straight 3 Peg PCB Layout B Straight Plastic White Bulkhead PCB Layout D Black Straight Plastic Bulkhead PCB Layout D B6252HxNPP3G50 R/A Plastic White L:15.88mm Bulkhead PCB Layout E R/A Plastic Black L:15.88mm Bulkhead PCB Layout E R/A Plastic White L:13.1mm Bulkhead PCB Layout E R/A Plastic Black L:13.1mm Bulkhead PCB Layout E R/A Commercial Metal L:15.88mm Bulkhead PCB Layout E R/A Commercial Metal L:13.1mm Bulkhead PCB Layout E R/A Seamless Metal Fig 7 PCB Layout F

Figure

PCB Mount Jacks 50 Ohm Description:

B6251xxNx3G75

31-5976-75RFX 31-18225-75RFX 31-5158-75RFX 31-71058-RFX 31-71059-RFX 31-71047-10RFX 31-71046-10RFX 31-71052-10RFX 31-71053-10RFX 31-71043-RFX 31-71042-RFX

Straight Low Profile L:11.7 PCB Layout A Straight Low Profile L:10.8 PCB Layout C Straight 3 Peg PCB Layout B Straight Plastic White Bulkhead PCB Layout D Black Straight Plastic Bulkhead PCB Layout D B6252HxNPP3G75 R/A Plastic White L:15.88mm Bulkhead PCB Layout E Black L:15.88mm R/A Plastic Bulkhead PCB Layout E R/A Plastic White L:13.1mm Bulkhead PCB Layout E R/A Plastic Black L:13.1mm Bulkhead PCB Layout E R/A Commercial Metal L:15.88mm Bulkhead PCB Layout E R/A Commercial Metal L:13.1mm Bulkhead PCB Layout E

Fig 4

B6351xxNDxx50

Fig 5

Solder-Tab with Eyelet

Fig 6

31-2221-RFX

B6651B1NNYL3G75

Fig 3

B6651B1NNYL3G50

Like Fig 6

31-10-RFX


PCB Layouts ARFA/RF

C-12

Amphenol Telecom Solutions BNC 31 Series Bayonet Lock RF Connector System – Continued

Jack-to-Jack Bulkhead Straight Adapter 8mm Panel

Jack-to-Jack Bulkhead Straight Adapter 5.5mm Panel

B7471A1ND3Gxx

Part Number: 31-220G-RFX 31220G-75RFX

Description:

B7471B1ND3Gxx

Part Number: 31-220N-RFX 31-220N-75RFX

50 Ohm 75 Ohm

Jack-to-Jack Bulkhead Straight Adapter Isolated from Ground 3.2mm Panel

Description:

Description:


Jack-to-Jack Straight Adapter

Description:

Description:

Jack-to-Jack-to-Jack Tee Adapter

Plug-to-Plug Straight Adapter Description: 50 Ohm Brass Bayonet 50 Ohm Diecast Bayonet 75 Ohm Brass Bayonet 75 Ohm Diecast Bayonet

50 Ohm 75 Ohm

Jack-to-Plug-to-Jack Tee Adapter B9073D1ND3G50

Description:

Part Number:

Description:

50 Ohm 75 Ohm

31-208-RFX

50 Ohm

Plug-to-Jack Right Angle Adapter

B2071x2ND3Gxx

Part Number: 31-218-RFX 31-218-RFXD 21-218-75RFX 31-71116-RFX

B7071A1ND3Gxx

Description:

B8073A1ND3Gxx

Part Number: 31-5984-RFX 31-71118-RFX

50 Ohm 75 Ohm

50 Ohm 75 Ohm

Jack-to-Jack Straight Adapter Part Number: 31-219-RFX 31-219-75

50 Ohm 75 Ohm

B7071A1ND3Gxx


Description:

B7771B3ND3Gxx

Part Number: 31-4803-RFX 31-4803-75RFX

50 Ohm 75 Ohm

B7771B1ND3Gxx


50 Ohm 75 Ohm

B7771B2NPBT3Gxx



Jack-to-Plug-to-Jack Tee Adapter

B5072x1ND3Gxx

Part Number: 31-5983-RFX 31-9-RFX 31-71117-RFX 31-9-75RFX

Description: 50 Ohm Brass Bayonet 50 Ohm Diecast Bayonet 75 Ohm Brass Bayonet 75 Ohm Diecast Bayonet

B9073x1ND3Gxx

Part Number: 31-5985-BRFX 31-5986-RFX 31-71119-RFX 31-71120-RFX

Description: 50 Ohm Brass Bayonet 50 Ohm Diecast Bayonet 75 Ohm Brass Bayonet 75 Ohm Diecast Bayonet

ARFA /RF

C-13

Amphenol Telecom Solutions BNC 31 Series Bayonet Lock RF Connector System – Continued

Plug-to-Plug Adapter U-Link Part Number:

B2076A1002NT50G-50

Description:

Plug-to-Plug Adapter U-Link

Plug-to-Jack-to-Plug Adapter U-Link with Tap

Part Number:

Description:

Part Number:

Description:

B2076A1003-NT3G-75

75 Ohm (A) 18.5mm

B4070A2-ND3G-75

75 Ohm (A) 20mm

B2076A1001-NT3G-75

75 Ohm (A) 20.6mm

B4070A3-ND3G-75

75 Ohm (A) 20.6mm

B2076A1004-NT3G-75

75 Ohm (A) 25mm

B4070A1-ND3G-75

75 Ohm (A) 30mm

B2076A1-NT3G-75

75 Ohm (A) 30mm

50 Ohm

BNC Patch Panels With Jack to Jack Bulkhead Adapters

Part Number:

Description:

AC-BNC20MJ75

20 way/Supplied with strip ID labels

Part Number:

Description:

AC-BNC40MJ75

40 way/Supplied with strip ID labels ARFA /RF/AAL

C-14

Amphenol Telecom Solutions Filtered BNC Bayonet Lock RF Connector System with Filtering Description Amphenol’s 456 Series of RF connectors provide capacitive decoupling between the connector body and the mounting panel. EMI on the coaxial shield is shunted to the chassis ground through capacitors, while not affecting the DC and power supply frequencies. This reduces ground loop problems and provides a mechanism to harmlessly dissipate ESD to chassis ground. The RF parameters of these connectors are the same as their non-filtered counterparts. Filtering does not affect the signal contact, but only the shell-to-ground connection. Capacitively decoupled RF connectors are intermateable and inter-changeable with standard non-filtered versions.

Materials Body/Finish Contact Centre Finish Insulator Durability

Filter Performance – Zinc Diecast or Brass/Nickel – Phosphor Bronze – Gold 30μ” – Thermoplastic – 500 Cycles

50 Ohm 456-117 456-117S 456-117F 456-117G 456-117NF

Capacitance Working Volt DWV

- 10,000 pF - 200 VDC (500AC Rear Mt) - 600 VDC (1000VDC for Rear Mt)

Consult representative for alternate Capacitances and Connector Solutions

PCB Rear Panel Mount Right Angle Jack Part Number: 75 Ohm 456-717 456-717S 456-717F 456-717G 456-717NF

Filter Insertion Loss 1 MHz 5 MHz 10 MHz 30 MHz 50 MHz 1000 MHz

4 dB 16 dB 18 dB 25 dB 30 dB 30 dB

Description: Filtered Filtered 10KpF/1KV Spark Gap Filtered 10KpF/1KV Spark Gap/1 MΩ Resistor Grounded Non-Filtered. Panel Insulated (no ground spring)

Front Panel Mount Solder-Cup Jack Part Number: 456-107SG 456-107TG

Description: 50 Ohm Filtered 75 Ohm Filtered

ARFA /RF/ACC/AAL

C-15

Amphenol Telecom Solutions Filtered BNC Bayonet Lock RF Connector System with Filtering – Continued

Vertical PCB Mount Press-Fit Jack Part Number: 456-107A 456-107B

Description: 75 Ohm Filtered 3.18mm PCB (Dimension A) 75 Ohm Filtered 5.08mm PCB (Dimension A)

Front Panel Mount Right Angle PCB Jack Part Number: 456-107

Description: 75 Ohm Filtered

Jack-to-Jack Adapter Part Number: 456-915 456-917

Description: 50 Ohm Filtered 75 Ohm Filtered ARFA /RF/ACC/AAL

C-16

Amphenol Telecom Solutions N-Type High Power RF Connector Electrical

Materials

Impedance – 50  Frequency range – 1 MHz - 11 GHz Voltage – 1400 VRMS max sea level Dielectric withstand – 2500 VRMS max sea level VSWR – 1.1 max (3 GHz) – 1.3 max (3-11 GHz) Resistance Inner – 0.8 m max Outer – 0.2 m max Insulator – 5000 M min 3rd Order IM – Typical -125 dBm (-168 dBc)

Body Finish Contacts/Finish Centre MALE Centre FEMALE Insulator Spring Ring Gasket Crimp Ferrules

Environmental – Brass (Spec: C3602) – Silver or White Bronze – Brass (Spec: C3602) – Cubez (Spec: Qbe2) – Bronze (Spec: QSn6.5) – PTFE – Heat Treated – Silicone Rubber – Annealed Copper/Silver

Mechanical Unter Rententivity Hardness

Temp. range Shock Humidity Vibration Corrosion

– -65°C thru 165°C – Consult Rep. – Consult Rep. – Consult Rep. – Consult Rep.



– > 0.6N – > 500 Times for drawing

N-Type High Power RF Plugs

Termination Instruction C

Termination Instruction E Crimp/Crimp Straight Plug for Captive Contact

N1121A1NT3Gxxx50

Part Number:

Description:

82-6091-RFX

Crimp/Solder Straight Plug for Pin2Pin Contact. For RG/U 174/188/316 Cable.

Termination Instruction H

Termination Instruction H Clamp/Solder Straight Plug – Captive Contact

N1121A1NT3Gxxx50

Part Number: 82-5380-RFX 82-5375-RFX 82-442611RFX

Description: For RG/U 59/62 Cable. For RG/U 58/141Cable. For RG/U 8/213 Cable.

Termination Instruction E Dim: A: 35.5mm, B: 21mm, C: 11.1mm, D: 49.5mm

N1141A1NT3Gxxx50

Part Number: 34525-RFX

Description:

34025-RFX

For RG/U 58/141 Cable.

Termination Instruction U Solder Straight Plug for Semi-Rigid

N1141A1NT3Gxxx50

N1181B13GNT3Gxxx50

Part Number:

Description:

Part Number:

Description:

82-202-RFX

Clamp/Solder Straight Plug – Captive Contact. For RG/U 8/213/214 Cable.

82-4440-RFX

Crimp/Crimp Right Angle Plug. For RG/U 8/213/214/225/393 Cable.

Termination Instruction E Dim: A: 29.8mm, B: 21mm, C: 5.6mm Part Number: 82-6152-RFX

Description: Crimp/Crimp Straight Plug. For LMR240, TWB2401 Cable.

For RG/U 59/62 Cable.

Termination Instruction E Dim: A: 36.5mm, B: 21mm, C: 6.6mm, D: 27.2mm Crimp/Crimp Right Angle Plug Part Number: Description: 82-6157-RFX 82-6166-RFX

For LMR240, TWB2401 Cable. Nickel Body. For LMR240, TWB2401 Cable. Silver Body

Part Number: 82-5956-RFX

Description:

82-5955-RFX

For .141 Cable. A:3.6 B:4.6

For .085 Cable. A:2.2 B:3.0

Termination Instruction E Dim: A: 37.7mm, B: 21mm, C: 10.6mm Part Number:

Description:

82-340-1052

Crimp/Crimp Straight Plug. For LMR400, TWB4001, Belden 9913, 9914 Cable.

ARFA / AFY / RF

C-17

Amphenol Telecom Solutions N-Type High Power RF Plugs – Continued

Termination Instruction H Dim: A: 37.7mm, B: 21mm, C: 10.6mm Part Number:

Description:

82-202-1006

Clamp/Solder Straight Plug. For LMR400, TWB4001, Belden 9913, 9914 Cable.

Termination Instruction E Dim: A: 33.5mm, B: 21.6mm, C: 15.9mm, D: 40.9mm

Termination Instruction E Dim: A: 33.5mm, B: 21.6mm, C: 16mm, D: 40.9mm

Part Number:

Description:

Part Number:

Description:

82-6048-1000

Crimp/Crimp Right Angle Plug. For LMR400, TWB4001, Belden 9913, 9914 Cable.

82-5995-RFX

Crimp/Crimp Right Angle Plug. For LMR600, TWB6001 Cable.

Part Number:

Description:

82-5993-RFX

For LMR600 / TWB6001 Cable.

A

B


C

Description: For LMR240 / TWB2401 Cable.

Dim: A: 35.8mm, B: 21.6mm, C: 6.6mm

Termination Instruction E Crimp/Crimp Straight Plug, Hex Coupling Nut Part Number: Description: 82-6142-1000

For LMR400 / TWB4001 Cable.

Dim: A: 37.8mm, B: 21.6mm, C: 10.6mm

Termination Instruction DD Part Number: Description: N-Type Plug for ½” Annular AFA7-4

Termination Instruction DD Part Number: Description: N-Type Plug for ½” Annular AFA7-5

Part Number:

Description:

Part Number:

Description:

AFA43-1

N-Type R/A Plug for ½” Annular Coaxial Cable.

AFA51

N-Type R/A Plug for ½” Superflexible Coaxial Cable.

Coaxial Cable without Plaster.

Coaxial Cable.

Dim: A: 50.3mm, B: 23.6mm, C: 15.9mm

Termination Instruction X Part Number: Description: N-Type Plug for ½” Superflexible AFA12-3 Coaxial Cable.

Termination Instruction EE Part Number: Description: N-Type Plug for ⅞” Annular AFA17-4 Coaxial Cable, Whorl connecting inner conductor and cable. ARFA / AFY / RF

C-18

Amphenol Telecom Solutions N-Type High Power RF Plugs – Continued

Termination Instruction EE Part Number: Description: N-Type Plug for ⅞” Annular Coaxial Cable, Elastomer AFA6-4

connecting inner conductor and cable.

Part Number:

Description:

AFA69

N-Type Plug for 1¼” Radiating Cable.

Termination Instruction Z Part Number: Description: AFA6-2

N-Type Plug for ⅞” Superflexible Coaxial Cable.

Termination Instruction CC Part Number: Description: N-Type Plug for 1 ⅝” Annular AFA65-1 Coaxial Cable.

Termination Instruction BB Part Number: Description: AFA85-1

N-Type Plug for 1¼” Annular Coaxial Cable.

Part Number:

Description:

AFA62

N-Type Plug for 1 ⅝” Radiating Cable.

N-Type High Power RF Jacks

Termination Instruction E Crimp/Crimp Straight Jack – Captive Contact

Termination Instruction H Clamp/Solder Straight Jack – Captive Contact

N6121A1NT3xxx50

Part Number: 82-6092-RFX 82-5376-RFX 82-4429-RFX

Description: For RG/U 59/62 Cable. For RG/U 58/141 Cable. For RG/U 8/213 Cable.

Termination Instruction H

N6141AxNT3Gxxx50

Part Number: 36500-RFX 35025-RFX

N6141AxNT3Gxxx50

Description:

Part Number:

Description:

For RG/U 59/62 Cable. For RG/U 58/141 Cable.

82-63-RFX

Clamp/Solder Straight Jack – Captive Contact. For RG/U 8/213/214 Cable.

B

A

C

Termination Instruction E Dim: A: 24.5mm, B: 21mm, C: 3.6mm Part Number: Description: 82-6158-RFX

Crimp/Crimp Straight Jack. For LMR240, TWB2401 Cable.

Termination Instruction H Dim: A: 39.6mm, B: 19.1mm, C: 11.3mm Part Number: Description: 82-209-1006

Clamp/Solder Straight Jack. For LMR400, TWB4001, Belden 9913, 9914 Cable.

Termination Instruction DD Part Number:

Description:

AFA8-5

N-Type Jack for ½” Annular Coaxial Cable.

ARFA / AFY / RF

C-19

Amphenol Telecom Solutions N-Type High Power RF Jacks – Continued

Termination Instruction DD Part Number: Description: AFA12-5

N-Type Jack for ½” Superflexible Coaxial Cable.

Termination Instruction EE Part Number: Description: N-Type Jack for ⅞” Annular Coaxial Cable, Elastomer AFA5-4

connecting inner conductor and cable.

Part Number:

Description:

AFA54

N-Type Jack for 1¼” Radiating Cable.

Termination Instruction X Part Number: Description: AFA2-2

N-Type Jack for ½” Superflexible Coaxial Cable.

Termination Instruction Z Part Number: Description: AFA18-4

N-Type Jack for ⅞” Superflexible Coaxial Cable.

Termination Instruction CC Part Number: Description: N-Type Jack for 1 ⅝” Annular AFA14-1 Coaxial Cable.

Termination Instruction EE Part Number: Description: N-Type Jack for ⅞” Annular AFA5-1 Coaxial Cable, Whorl connecting inner conductor and cable.

Termination Instruction BB Part Number: Description: AFA80-1

N-Type Jack for 1¼” Annular Coaxial Cable.

Part Number:

Description:

AFA64

N-Type Jack for 1 ⅝” Radiating Cable.

N-Type RF Connector – Panel Mount

Slot Width: 0.3mm, 0.5mm, 0.7mm, 0.9mm N1551x1NT3Gxx50

N1551x1NT3Gxx50

N6551x1NT3Gxx50

Part Number:

Description:

Part Number:

Description:

Part Number:

Description:

49000-RFX

Solder-Cup Straight Panel Mount Plug.

82-6100-RFX

Slot Terminal Straight Panel Mount Plug.

82-97-RFX

Solder-Cup Straight Panel Mount Jack. ARFA / AFY / RF

C-20

Amphenol Telecom Solutions N-Type RF Connector – Panel Mount – Continued

Termination Instruction C

Termination Instruction E Crimp/Crimp Str. B/h Jack for Captive Cont.

Slot Width: 0.3mm, 0.5mm, 0.7mm, 0.9mm N6551x1NT3Gxx50

N6421A1NT3xxx50

Part Number:

Description:

Part Number:

Description:

82-6101-RFX

Slot Terminal Straight Panel Mount Jack.

82-6093-RFX

Crimp/Solder Str. Bulkhead Jack for Pin2Pin. For RG/U 174/188/316 Cable.

Termination Instruction U Solder Straight Bulkhead Jack for Semi-Rigid

Termination Instruction U Solder Straight Panel Jack for Semi-Rigid

N6481A23GNT3Gxxx50


Description: For .085 Cable. A:2.2 B:3.0. For .141 Cable. A:3.6 B:4.6.

N6421A1NT3xxx50

Part Number: 82-6094-RFX 82-5378-RFX 82-346-RFX

Description: For RG/U 59/62 Cable. For RG/U 58/141 Cable. For RG/U 8/213 Cable.

Termination Instruction E Dim: A: 36mm, B: 22mm, C: 6.6mm, D: 22mm, E: 6.5mm

N6581A13GNT3Gxxx50


Termination Instruction E Dim: A: 49mm, B: 19mm, C: 10.6mm, D: 23.2mm, E: 8.2mm

Description:

Part Number:

Description:

82-6151-RFX

Crimp/Crimp Bulkhead Jack. For LMR240, TWB2401 Cable.

For .085 Cable. A:2.2 B:3.0. For .141 Cable. A:3.6 B:4.6.

Termination Instruction E Dim: A: 56.1mm, B: 23.7mm, C: 15.9mm, D: 23.5mm, E: 6.4mm

Part Number:

Description:

Part Number:

Description:

82-6143-1000

Crimp/Crimp Bulkhead Jack. For LMR400, TWB4001, Belden 9913, 9914 Cable.

82-5994-RFX

Crimp/Crimp Bulkhead Jack. For LMR600, TWB6001 Cable.

Part Number:

Description:

Part Number:

Description:

Part Number:

Description:

AFA42-3

N-Type Jack, Exposed TFE Type

AFA44-2

N-Type Jack

AFA46-1

N-Type Jack

ARFA / AFY / RF

C-21

Amphenol Telecom Solutions SMA 901 Series 50 Ohm Materials

Electrical

Body/Metal parts – Brass* Finishes – Nickel or Gold Contact Material/Finish Centre MALE – Brass/Gold Centre FEMALE – Beryllium Copper/Gold Insulator – Teflon Crimp Ferrules – Copper alloy Gasket – Silicone Rubber

Impedance Frequency range Semi Rigid cable Flexible cable Voltage Dielectric withstand VSWR Straight R/A Resistance Centre Outer Insulator


Solder Bulkhead Straight Jack Termination Instruction B

Environmental

Description: .085 S/R A: 2.2 B: 3.0 - Gold .141 S/R A: 3.6 B: 4.6 - Gold

– 0-18 GHz – 0-12.4 GHz – up to 335 VRMS – up to 1000 VRMS – 1.3 – 1.5 – 6 Milliohms max – 2 Milliohms max – 5000 Megaohms min

Solder Straight Plug with Contact Termination Instruction B

SMA6481Ax3GT50Gxxx50

Part Number: 9019945RFX 9019946RFX

– 50 ohm

Temp. range Shock Vibration Corrosion Moisture Altitude

– -65°C thru 165°C – Consult Representative – Consult Representative – Consult Representative – Consult Representative – Consult Representative


Solder 4-Hole Flange Straight Jack Termination Instruction B





SMA6581Ax3GT50G08550



Solder Straight Jack

Solder 2-Hole Flange Straight Jack

Solder Right Angle Plug

Termination Instruction B

Termination Instruction B

Termination Instruction D




SMA6581Bx3GT50Gxxx50






Crimp/Crimp Non-Captive Contact Str. Jack

Crimp/Crimp Bulkhead Non-Captive Contact Str. Jack

Crimp/Crimp Non-Captive Contact Str. Jack

Termination Instruction E



SMA6111A4xT50Gxxx50

Part Number: 9019954RFX 90199541XRFX

Description: RG/U 174/188/316 - Nickel RG/U 174/188/316 - Gold

SMA6411A4xT50Gxxx50



SMA6111A3xT50Gxxx50


Description: RG/U 58 - Nickel RG/U 58 - Gold ARFA/RF

C-22

Amphenol Telecom Solutions SMA 901 Series 50 Ohm – Continued

Crimp/Crimp Bulkhead Non-Captive Contact Str. Jack

Crimp/Crimp Captive Contact Str. Plug

Crimp/Crimp Captive Contact Str. Plug




SMA6411A1xT50Gxxx50


Description: RG/U 58 - Nickel RG/U 58 - Gold

SMA1111A2xT50Gxxx50



Crimp/Crimp Right Angle Plug

Crimp/Crimp Right Angle Plug



SMA1112A5xT50Gxxx50



Right Angle Plug for PCB Description:


Description: RG/U 58 - Nickel RG/U 58 - Gold

Straight Jack for PCB

Solder-Pot Bulkhead Jack – Front Mount

Description: Gold Nickel

Solder-Pot Bulkhead Jack – Rear Mount

SMA6351B1xT50G50



RG/U 58 - Nickel RG/U 58 - Gold

Straight Plug for PCB SMA1251A1xT50G50



Right Angle Jack for PCB

SMA6251A1xT50G50


Gold Nickel

Description:

SMA1112A6xT50Gxxx50

SMA1252A2xT50G50


SMA1111A1xT50Gxxx50


SMA6252A2xT50G50



Solder-Pot Bulkhead Jack – Rear Mount

SMA6451B1xT50G50



SMA6451A1xT50G50



ARFA/RF

C-23

Amphenol Telecom Solutions SMA 901 Series 50 Ohm – Continued

4-Hole Flange Panel Mount Plug

4-Hole Flange Panel Mount Jack

SMA1551xxxxT50G50

Part Number: 9019960RFX 9019960XRFX 9019962RFX 9019962XRFX 9019964RFX 9019964XRFX 9019968RFX 9019968XRFX 9019972RFX 9019972XRFX 9019976RFX 9019976XRFX 9019980RFX 9019980XRFX

Description: Solder-Pot - Gold Solder-Pot - Nickel Exposed TFE Type - Gold Exposed TFE Type - Nickel Blunt Post - Gold Blunt Post - Nickel Slot Terminal - Gold Slot Terminal - Nickel Half Round Terminal - Gold Half Round Terminal - Nickel Flush with Flange - Gold Flush with Flange - Nickel Tab Terminal - Gold Tab Terminal - Nickel

2-Hole Flange Panel Mount Plug

SMA6551xxxxT50G50



SMA1551xxxxT50G50



Plug to Plug Adapter SMA2071A1xT50G50



Plug to Jack Adapter SMA5071A1xT50G50



2-Hole Flange Panel Mount Jack

Jack to Jack Adapter

SMA6551xxxxT50G50


SMA7071A2xT50G50



Plug to Jack Right Angle Adapter


Jack to Jack Bulkhead Adapter

SMA5072A2xT50G50



SMA7471B1xT50G50


Description: Gold Nickel ARFA/RF

C-24

Amphenol Telecom Solutions TNC 31 Series Threaded Lock RF Connector System Materials Body/Finish Contacts Centre MALE Centre FEMALE Insulator Gasket Crimp Ferrules* *Metal finishes Durability

– Brass/Nickel – Brass/Gold Plated (Au) – Phosphor Bronze/Au – Delrin/PBT Polyester – Silicone Rubber – Annealed Copper – Nickel (Ni) or Gold (Au) – 500 Cycles

Electrical

Environmental

Impedance – 50 ohm Frequency range – 0-11 GHz Voltage – 500 VRMS Dielectric withstand –1500 VRMS VSWR Straight – 1.3 max R/A – 1.5 max Resistance Inner – 3 Milliohm max Outer – 2 Milliohm max Insulator – 5000 Megaohm min

Temp. range Shock Humidity Vibration Corrosion

– -65°C thru 165°C – Consult Representative – Consult Representative – Consult Representative – Consult Representative



Crimp/Crimp Straight Plug T1121x1ND3Gxxx50


Cable:

Ferrule:

31-2368-RFX

RG/U 59/62

31-5837-RFX

Plenum 58/141

31-5838-RFX

Plenum 59/62

31-2315-RFX

RG/U 174/188/316

31-2242-RFX

RG/U 179/187

31-5839-RFX

RG/U 174/188/316

31-5840-RFX

RG/U 179/187

RG/U 58/141

Description:

1 Captive Contact Termination Instruction E 2

3

Non-Captive Contact Termination Instruction F

4

Pin-to-Pin Contact Termination Instruction E

Crimp/Crimp Right Angle Plug T1112x1ND3Gxx50/T1122x1ND3Gxxx50


Cable:

31-5850-RFX

RG/U 59/62

31-5851-RFX

Plenum 58/141

31-5852-RFX

Plenum 59/62

Ferrule:

RG/U 58/141

5

6

31-2382-RFX

RG/U 174/179/187/188/3 16 RG/U 58/141

31-2383-RFX

RG/U 59/62

31-5854-RFX

Plenum 58/141

31-5855-RFX

Plenum 59/62

31-5856-RFX

RG/U 174/188/316

31-5857-RFX

RG/U 179/187

31-5853-RFX

Description:

Short Body Termination Instruction E

7 5 Long Body Termination Instruction E 6

7

Long Body Termination Instruction F

Various Straight Plugs T1131x1ND3Gxxx50/T1141x1ND3Gxxx50/T1181A1ND3Gxxx50


Cable:

31-4215-RFX

S/R /141 A:2.2 B4.6

31-5245-RFX

RG/U 58

31-5243-RFX

RG/U 59

31-5987-RFX

RG/U 58/141

31-5988-RFX

RG/U 59/62

79875-RFX

RG/U 58/141

79525-RFX

RG/U 59/62

S/R .085 A:2.2 B:3.0

Fig:

Description:

8

Solder for Semi-Rigid Cable Termination Instruction S

9

Twist-On for Solid Centre Conductor Termination Instruction K

10

Clamp/Solder Captive Contact Termination Instruction I

11

Clamp/Solder Termination Instruction H

ARFA/RF

C-25

Amphenol Telecom Solutions TNC 31 Series Threaded Lock RF Connector System – Continued Crimp/Crimp Straight Jack Termination Instruction Ferrule 1/2/4 - E, Ferrule 3 - F T6121x1Nx3Gxxx50

Part Number: 31-2374-RFX 31-5841-RFX 31-2375-RFX 31-5842-RFX 31-5843-RFX 31-5845-RFX 31-5844-RFX 31-5846-RFX 31-5847-RFX 31-2317-RFX 31-5848-RFX

Cable:

Ferrule:

Captive Contact/Teflon

RG/U 58/141 1 RG/U 59/62

Non-Captive Cont/Delrin Captive Contact/Teflon Non-Captive Cont/Delrin Captive Contact/Teflon

Plenum 58/141 2 Plenum 59/62 RG/U 174/188/316 RG/U 179/187 RG/U 174/188/316

Description/Insul:

Non-Captive Cont/Delrin Captive Contact/Teflon Non-Captive Cont/Delrin

3

Non-Captive Cont/Delrin

4

Pin-to-Pin Contact

Crimp/Crimp Bulkhead Jack Termination Instruction Ferrule 5/6/7/8/10/11/12 - E, 9/13 - F T6421x1Nx3Gxxx50/T6721x1Nx3Gxxx50/T6351BxND3Gxxx50/ T6651B1NNYL3G50

Part Number: 31-5858-RFX 31-2389-RFX 31-5859-RFX 31-2264-RFX 31-5860-RFX 31-5862-RFX 31-5861-RFX 31-5863-RFX 31-5864-RFX 31-5866-RFX 31-5865-RFX 31-5867-RFX 31-5868-RFX 31-5870-RFX 31-5869-RFX 31-5871-RFX 31-2318-RFX 31-2245-RFX 31-5872-RFX 31-5873-RFX 31-5875-RFX 31-5874-RFX 31-5876-RFX 31-5877-RFX 31-5879-RFX 31-5878-RFX 31-5880-RFX 31-5881-RFX 31-5882-RFX 31-2301-RFX 31-5889-RFX 31-5890-RFX 31-4805-RFX

Panel Size/Cable: 3.5mm RG/U 58/141 6.5mm RG/U 59/62 3.5mm RG/U 58/141 6.5mm RG/U 59/62 3.5mm Plenum 58/141 6.5mm Plenum 59/62 3.5mm Plenum 58/141 6.5mm Plenum 59/62 RG/U 174/188/316 RG/U 179/187 RG/U 174/188/316

Ferrule:

Captive Contact/Teflon

5

6

Captive Contact/Teflon Captive Contact/Teflon

7


8


9 10

Non-Captive Cont/Delrin Pin-to-Pin Contact Captive Contact/Teflon

11


Ground

12

Ground


6.5mm Isolated from RG/U 59/62

RG/U 3.2mm179/187 (L) SolderPot 6.5mm (L) SolderPot 9.5mm (L) SolderPot 3.2mm (L) SolderPot

Non-Captive Cont/Delrin Non-Captive Cont/Delrin


Ground RG/U 174/188/316 Isolated from Ground

Captive Contact/Teflon Captive Contact/Teflon

Ground


Non-Captive Cont/Delrin Non-Captive Cont/Delrin

Isolated from Ground


Description:

13

Non-Captive Cont/Delrin

Delrin with Solder Tag 14 Delrin

Various Straight Jacks T6131A1ND3Gxx50/T6551A1NT3G50/T1141A1ND3Gxx50


Cable:

31-5248-RFX

RG/U 59

31-2300-RFX

Solder-Pot

79600-RFX

RG/U 58/141

31-5883-RFX

RG/U 58

RG/U 59/62

Fig:

Description:

15

Twist-On for Solid Centre Conductor

16

Termination Instruction K 4-Hole Flange Mount

17

Clamp/Solder Captive Contact Termination Instruction I ARFA/RF

C-26

Amphenol Telecom Solutions TNC 31 Series Threaded Lock RF Connector System – Continued

PCB Mount Straight Plastic Jack

PCB Mount Right Angle Plastic Jack

T6251GxNPP3G50


Description: White Bulkhead Housing Black Bulkhead Housing

Jack-to-Jack Straight Bulkhead Adapter

Part Number: 31-5886-10RFX 31-5887-10RFX

Description:

Part Number:

Description:

White Bulkhead Housing Black Bulkhead Housing

31-5888-RFX

Bulkhead

Jack-to-Jack Straight Bulkhead Adapter

Jack-to-Plug TEE Adapter

Description: Not Including Gasket

Jack-to-Jack-to-Jack TEE Adapter

T9073A1ND3G50


Description:

Jack-to-Jack Straight Adapter

Description:

Description: Delrin

Description: Metal Mounting Threads

Jack-to-Jack Straight Adapter T7071A1ND3G50


Delrin

Plug-to-Plug Straight Adapter

T7071A2ND3G50


T7771B1ND3G50


T8073A1ND3G50

Part Number: 31-5985-TRFX

Delrin

Jack-to-Jack Straight Bulkhead Adapter Isolated from Ground

T7471B1ND3G50


Includes Gasket

T6252HANPP3G50

Description:

T7471A1ND3G50


PCB Mount Right Angle Metal Jack

T6252HxNPP3G50

Description: Delrin

Plug-to-Jack Right Angle Adapter

T2071A2ND3G50


Description: Delrin

T5072A1ND3G50


Description: Delrin

ARFA /RF

C-27

Amphenol Telecom Solutions Terminators and Accessories for RF Connectors

B1005A1N50

T1005A1-N*

U1005A1-N*

Part Number:

Description:

Part Number:

Description:

Part Number:

Description:

31-6-RFX

BNC Male Cap and Chain

78750-RFX

TNC Male Cap and Chain

83-1AC-RFX

UHF Male Cap and Chain

Part Number:

Description:

Part Number:

Description:

Part Number:

Description:

531-100501RFX

F Male Cap and Chain

82-5722-RFX

N Terminator Plug Teflon Insulator 49.9 ohm 1Watt 1% resistor

82-1004-03RFX

N Terminator Plug Teflon Insulator 50 ohm 1Watt 1% resistor

Part Number:

Description:

Part Number:

Description:

82-5721-10RFX

N Terminator Jack Teflon Insulator 49.9 ohm 1Watt 1% resistor

531-100401RFX

F Terminator Plug Teflon Insulator 75 ohm 1/4Watt 1% resistor

F1005A1-N*

N1004A1NT3G50

N6004A1NT3G50

N1004A2NT3G50

F1004A1NT3G75

B1004A1Nx3Gxx

Description: Part Number:

BNC Terminator Plug Teflon Insulator 1/2Watt 5% resistor

Insulator/Impedance: 46650-51RFX 46650-51TRFX 46650-75RFX 46650-75TRFX 46650-93RFX 46650-93TRFX

Delrin/50 ohm Teflon/50 ohm Delrin/75 ohm Teflon/75 ohm Delrin/93 ohm Teflon/93 ohm ARFA/RF

C-28

Amphenol Telecom Solutions Between Series Adapters

NM716MSTS50

Part Number: AFZ7-1 NM-716M-RFX

Description:

Source:

7/16 Plug – N-Type Plug

AFY

Part Number: AFZ1-1 NF-716F-RFX

Description:

Source:

7/16 Jack – N-Type Jack

AFY

Part Number:

Description:

Source:

ARFA

NF716MSTS50

Part Number: AFZ2-1 NF-716M-RFX

Description:

Source:

7/16 Plug – N-Type Jack

AFY

Part Number:

Description:

AFZ31

7/16 Plug – SMA Plug

Part Number:

Description:

NM716FSTS50

Description:

Source:

7/16 Jack – N-Type Plug

AFY

ARFA

Part Number: AFZ6-1 NM-716F-RFX

Source:

Part Number:

Description:

Source:

AFY

AFZ32

7/16 Plug – SMA Jack

AFY

Source:

Part Number:

Description:

Source:

AFZ23-1

N-Type Plug – N-Type Jack, Right Angle

AFY

Part Number:

Description:

Source:

NF-BF-1RFX

N-Type Jack – BNC Jack

ARFA

ARFA

NF716FSTS50

ARFA

AFZ29

7/16 Jack – SMA Plug

AFY

AFZ9-2

N-Type Plug – N-Type Plug

Part Number:

Description:

Source:

Part Number:

Description:

AFZ8-2

N-Type Jack – N-Type Jack

NF-BM-1RFX

N-Type Jack – BNC Plug

AFY

NFBM1NT3G50

AFY

Source: ARFA

NFBF1NT3G50

ARFA / AFY

C-29

Amphenol Telecom Solutions Between Series Adapters – Continued

NFTM1NT3G50

Part Number:

Description:

NF-TM-1RFX

N-Type Jack – TNC Plug

Part Number:

Description:

NM-SMAF1RFX

Source:

NMFMEM1NT3G50

Part Number:

Description:

81-192-01RFX

N-Type Plug – FME Plug

Source:

Part Number:

Description:

Source:

N-Type Plug – SMA Jack

ARFA

NF-SMAM1RFX

N-Type Jack – SMA Plug

ARFA

Part Number:

Description:

Source:

Part Number:

Description:

Source:

AFZ37

N-Type Plug – SMB Plug

AFZ38

N-Type Plug – SMB Jack

Part Number:

Description:

Part Number:

Description:

ARFA

NMSMAF1NT3G50

AFY

BF-TM-RFX

BNC Jack – TNC Plug

ARFA

ARFA

NMSMAM1NT3G50

Part Number: NM-SMAM1RFX

Description:

Source:

N-Type Plug – SMA Plug

ARFA

Part Number: AFZ15-1 NF-SMAF1RFX

Description:

Part Number:

Description:

Source:

AFZ39

N-Type Jack – SMB Jack

AFY

Part Number:

Description:

Source:

81-190-RFX

BNC Plug – FME Plug, Right Angle

ARFA

NFSMAM1NT3G50

BFTMNT3G50

Source:

Source:

AFY

NFSMAF1NT3G50

N-Type Jack – SMA Jack

BMFMEMNT3G50

81-189-RFX

BNC Plug – FME Plug

Source: ARFA

Source: AFY ARFA

BMLFMEMNT3G50

ARFA / AFY

C-30

Amphenol Telecom Solutions Between Series Adapters – Continued

SMAFBM1NT3G50

Part Number: SMAF-BM1RFX

Description:

Part Number:

Description:

81-191-RFX

TNC Plug – FME Plug, Right Angle

BNC Plug – SMA Jack

Source:

SMAMBF1NT3G50

Part Number: SMAM-BF1RFX

Description:

Source:

Part Number:

Description:

ARFA

SMAM-TM1RFX

TNC Plug – SMA Plug

Part Number:

Description: UHF Plug – FME Plug

ARFA

BNC Jack – SMA Plug

TMLFMEMNT3G50

TMFMEMNT3G50

Part Number:

Description:

Source:

81-162-RFX

TNC Plug – FME Plug

ARFA

Source:

Part Number:

Description:

Source:

ARFA

SMAF-TM1RFX

TNC Plug – SMA Jack

ARFA

Part Number: SMAM-UMRFX

Description:

Source:

UHF Plug – SMA Plug

ARFA

Part Number: SMAF-UFRFX

Description:

Source:

UHF Jack – SMA Jack

ARFA

Part Number: NF-SMAF1RFX

Description:

Source:

FME Plug – SMB Plug

ARFA

ARFA

SMAMTM1NT3G50

SMAMTF1NT3G50

Source:

Source:

SMAFTM1NT3G50

FMEMUMNT3G50

Part Number: SMAM-TF1RFX

Description: TNC Jack – SMA Plug

ARFA

81-193-RFX

Part Number: SMAF-UMRFX

Description:

Source:

Part Number: SMAM-UFRFX

Description:

Part Number:

Description:

Description:

81-161-RFX

Mini UHF Plug – FME Plug

Part Number: SMAF-MUF1RFX

Source: ARFA

SMAMUFNT3G50

UHF Plug – SMA Jack

ARFA

UHF Jack – SMA Plug

FMEMMUMNT3G50

Source: ARFA

Source: ARFA

SMAFUFNT3G50

SMAFMUF1NT3G50

Mini UHF Jack – SMA Jack

Source: ARFA

NFSMAF1NT3G50

ARFA / AFY

C-31

Amphenol Telecom Solutions Notes

Drawings

C-32

Coaxial Cable - Table of Contents AFC 50 Ohm Corrugated Cable

Pages D1 – D2

SFC Superflexible 50 Ohm Corrugated Cable

Pages D3 – D4

LLFC 50 Ohm Low Loss Corrugated Cable

Pages D5 – D6

Radiating Coaxial Cables 50 Ohm, For Underground Applications

Pages D7 – D8

50 Ohm Low Loss Coaxial Cables

Pages D9 – D11

- TU100 (LMR100) 50 Ohm Low Loss Coaxial Cable - TU195 (LMR195) 50 Ohm Low Loss Coaxial Cable - TU200 (LMR200) 50 Ohm Low Loss Coaxial Cable - TU240 (LMR240) 50 Ohm Low Loss Coaxial Cable - TU400 (LMR400) 50 Ohm Low Loss Coaxial Cable - TU400-CCA (LMR400-CCA) 50 Ohm Low Loss Coaxial Cable

Pages D12 – D17

50 Ohm Coaxial Cable - RG-8/U 50 Ohm Coaxial Cable - RG-8/U/M 50 Ohm Coaxial Cable - RG-58C/U 50 Ohm Coaxial Cable - RG-58/U LL 50 Ohm Low Loss Coaxial Cable - RG-142/U 50 Ohm Coaxial Cable - RG-174/U 50 Ohm Coaxial Cable - RG-178/U 50 Ohm Coaxial Cable - RG-213/U 50 Ohm Coaxial Cable - RG-214/U 50 Ohm Coaxial Cable - RG-223/U 50 Ohm Coaxial Cable - RG-316/U 50 Ohm Coaxial Cable - RG-400/U 50 Ohm Coaxial Cable

Pages D18 – D26

75 Ohm Coaxial Cable - BT2003 75 Ohm Single & Multi Coaxial Cable - BT3002 (RF-75 0.3/1.95 DT) 75 Ohm Single & Multi Coaxial Cable - L910 (0.5/2.3) 3.7 75 Ohm Single & Multi Coaxial Cable - TZC 750 24 75 Ohm Single & Multi Coaxial Cable - RG-6A/U 75 Ohm Coaxial Cable - RG-6U/T/J 75 Ohm Coaxial Cable - RG-11A/U 75 Ohm Coaxial Cable - RG-12A/U 75 Ohm Coaxial Cable - RG-59B/U 75 Ohm Coaxial Cable - RG-59B/U/60 75 Ohm Coaxial Cable - RG-59/U/M 75 Ohm LSOH Coaxial Cable - RG-179/U 75 Ohm Coaxial Cable - TU6Q-VB 75 Ohm Coaxial Cable - TU6T60-VB 75 Ohm Coaxial Cable - TU11Q-VB 75 Ohm Coaxial Cable - TU11T60-VB 75 Ohm Coaxial Cable - TU11C60TA-VBV 75Ω Coaxial Cable

93 Ohm Coaxial Cable

Page D26

- RG-62A/U 93Ω Coaxial Cable

Spectra-Strip Coaxial Cable ®

- 65 Series Skewclear Cable for LVDS Channel Link - 121 Series Spectr-Coax Coax Planar Cable

TM

Pages D27 – D28

TM

Standard Mini-coaxial Cable for Telecommunication Coaxial Cable Cross Reference and Abbreviations & Terminology

Page D29 Pages D30 – D34


AFC 50 Ohm Corrugated Cable Description

Tooling

Innovative design, high quality materials and closely controlled processes enable Amphenol to offer TXL coaxial cables which meet the most stringent requirements and deliver the maximum in system performance.

Strip Tool Superflex Strip Tool Blades for TXL-ST-S24 Dielectric Removal Blades for TXL-CC100 Cable Cutting Tool

– See Tools in Section F – See Tools in Section F – See Tools in Section F – See Tools in Section F – See Tools in Section F – See Tools in Section F

Typical Corrugated Cable

AFC Corrugated Cable Specifications (FR Suffix indicates Flame Retardant Cable) 1/2”

Size Part Number:

5/8”

7/8”

1-1/4”

1-5/8”

AFC-450J

AFC-500J

AFC-550J

AFC-650J

AFC-750J

AFC-450JFR

AFC-500JFR

AFC-550JFR

AFC-650JFR

AFC-750JFR

Copper Clad Aluminium





4.80

7.05

9.05

13.10

17.30

Physical Dimensions Inner Conductor

Material Diameter (mm)

Dielectric Outer Conductor

Jacket


Foam PE

Foam PE

Foam PE

Foam PE

Foam PE

Corrugated Copper

Corrugated Copper

Corrugated Copper

Corrugated Copper

Corrugated Copper

13.80

19.80

24.90

35.80

46.50

Material – Std

PE (Black)

PE (Black)

PE (Black)

PE (Black)

PE (Black)

Material – FR

Flame Retardant PE

Flame Retardant PE

Flame Retardant PE

Flame Retardant PE

Flame Retardant PE

Thickness (mm)

1.00

1.20

1.30

1.80

1.75

Diameter (mm)

15.80

22.20

27.50

39.40

50.00

250

420

530

1085

1470

Single Bend (mm)

70

90

120

200

300

x10 Bends (mm)

125

200

250

380

510

Weight (Kg/km)

Mechanical Characteristics Bend Radius (Minimum)

350

450

500

---

---

1130

3630

1470

5900

3630

Storage (ºC)

-70 ~ +80

-70 ~ +80

-70 ~ +80

-70 ~ +80

-70 ~ +80

Operating (ºC)

-40 ~ +80

-40 ~ +80

-40 ~ +80

-40 ~ +80

-40 ~ +80

Mobile Appl. (mm) Max Pulling Strength (N) Temp Rating AFY

D-1

AFC 50 Ohm Corrugated Cable – Continued AFC Corrugated Cable Specifications - Continued 1/2” Size

5/8”

7/8”

1-1/4”

1-5/8”

1.48 1.90 75.8

0.49 1.37 76.1

0.72 0.62 75

0.83 0.52 76

8.80 40 4000

6.10 62 5000

1.05 1.18 75 50Ω ±1 6.00 91 6000 >> 120 ≥ 5 x10³ 89

4.00 205 9000

3.00 315 11000

Electrical Characteristics Inner Conductor DC Resistance (≤ Ω/km, @ 20ºC) Outer Conductor Nominal Capacitance (pF/m) Impedance (Ω) Cut-off Frequency (GHz) Peak Power Rating (kW) DC Breakdown (v) Shielding Effectiveness (dB) Insulation Resistance (MΩ / km) Velocity Ratio (%)

88

VSWR

89 ≤1.15 ---

0.01GHz – 3GHz 0.01GHZ – 2GHz 820MHz – 960 MHz 1.7GHz – 1.9GHz 2.1GHz – 2.2GHz

89 --≤1.15

88

≤1.10

Attenuation (20ºC, dB/100m) 10 MHz 100 MHz 150 MHz 200 MHz 300 MHz 450 MHz 800 MHz 900 MHz 1000 MHz 1500 MHz 1800 MHz 2000 MHz 2500 MHz 3000 MHz

0.67 2.17 2.67 3.10 3.83 4.75 6.46 6.87 7.28 9.09 10.10 10.70 12.10 13.40

0.48 1.55 1.92 2.24 2.78 3.46 4.75 5.07 5.38 6.78 7.54 8.02 9.15 10.20

0.37 1.19 1.47 1.72 2.13 2.65 3.63 3.88 4.12 5.18 5.75 6.11 6.95 7.76

0.25 0.83 1.03 1.20 1.50 1.87 2.59 2.77 2.94 3.73 4.16 4.43 5.08 5.68

0.20 0.67 0.83 0.98 1.22 1.53 2.13 2.29 2.43 3.11 3.47 3.71 4.27 ---

38.60 11.70 8.12 6.52 5.22 3.78 3.32 2.62 2.35 2.21 1.92 1.72

54.30 16.40 11.30 9.01 7.18 5.15 4.52 3.54 3.17 2.96 2.58 ---

Average Power Rating (Ambient Temperature 40ºC, Inner Conductor Temperature 80ºC), kW 10 MHz 100 MHz 200 MHz 300 MHz 450 MHz 800 MHz 1000 MHz 1500 MHz 1800 MHz 2000 MHz 2500 MHz 3000 MHz

11.30 3.49 2.44 1.97 1.59 1.17 1.04 0.833 0.753 0.71 0.627 0.565

16.70 5.14 3.57 2.87 2.31 1.68 1.48 1.18 1.06 0.996 0.868 0.783

24.60 7.56 5.26 4.24 3.41 2.48 2.19 1.74 1.57 1.48 1.30 1.16

Product Identification Cable Marking Drum

    

The cable brand & part number The length of cable on the drum Packing information Shipping information “Roll this way” indication

Each roll of cable is marked  Amphenol brand  Part number  Length of cable: 0 – 500m in 1m increments 0m – Is located at centre of the drum and can be viewed at the 0m mark at the drum hole 500m – The outermost end of the cable

ROHS  A statement of ROHS conformance can be found below the Packing Information on the drum

Test Reports Each drum of cable is supplied with a test report detailing:  VSWR Inner-end & Outer-end for 820-960 MHz, 1700 – 2200 MHz & 5 – 3000 MHz & frequency ranges  Impedance Inner-end & Outer-end for 5 – 3000 MHz & frequency range  Attenuation for 5 – 3000 MHz & frequency range AFY

D-2

SFC Superflexible 50 Ohm Corrugated Cable Description

Tooling

Innovative design, high quality materials and closely controlled processes enable Amphenol to offer SFC coaxial cables which meet the most stringent requirements and deliver the maximum in system performance.




SFC Cable Specifications (FR Suffix indicates Flame Retardant Cable) 1/4”

3/8”

1/2”

7/8”

Standard Jacket

SFC-150J

SFC-250J

SFC-450J

SFC-550J

Flame Retardant

SFC-150JFR

SFC-250JFR

SFC-450JFR

SFC-550JFR

Size Part Number:

Physical Dimensions Inner Conductor Dielectric Outer Conductor

Jacket (mm)

Material

Copper Clad Aluminium Copper Clad Aluminium Copper Clad Aluminium Copper Clad Aluminium 1.91

3.15

3.60

9.35

Material

Foam PE

Foam PE

Foam PE

Foam PE

Material

Corrugated Copper

Corrugated Copper

Corrugated Copper

Corrugated Copper

Diameter (mm)

6.40

9.50

12.20

24.90

Material - Std

PE (Black)

PE (Black)

PE (Black)

PE (Black)

Material - FR

Flame Retardant PE

Flame Retardant PE

Flame Retardant PE

Flame Retardant PE

Diameter (mm)

Thickness

0.60

0.85

0.70

1.05

Diameter

7.60

11.20

13.60

27.00

80

135

210

430

25

50

25

80

Weight (Kg/km)

Mechanical Characteristics Single Bend (mm) Bend Radius

x10 Bends (mm)

30

95

30

125

Mobile Appl.(mm)

200

300

200

400

680

800

800

1020

Storage (ºC)

-70 ~ +80

-70 ~ +80

-70 ~ +80

-70 ~ +80

Operating (ºC)

-40 ~ +80

-40 ~ +80

-40 ~ +80

-40 ~ +80

Max Pulling Strength (N) Temp Rating AFY

D-3

SFC Superflexible 50 Ohm Corrugated Cable – Continued SFC Corrugated Cable Specifications - Continued 1/4” Size

3/8”

1/2”

7/8”

9.80 6.50 79.4

3.48 2.85 75

2.69 3.28 82

2.70 1.19 74.2

20.40 6.4 1600

13.50 15.6 2500

10.20 15.6 2500

4.90 90 6000

84

88

1.04 3.41 4.21 4.91 6.09 7.59 10.40 11.20 11.80 14.90 16.60 17.60 19.20 22.40

0.40 1.30 1.61 1.87 2.32 2.88 3.94 4.22 4.46 5.60 6.21 6.59 7.50 8.35

Electrical Characteristics Inner Conductor DC Resistance (≤ Ω/km, @ 20ºC) Outer Conductor Nominal Capacitance (pF/m) Impedance (Ω) Cut-off Frequency (GHz) Peak Power Rating (kW) DC Breakdown (v) Shielding Effectiveness (dB) Insulation Resistance (MΩ / km) Velocity Ratio (%) VSWR

50Ω ±1

>> 120 ≥ 5 x10³ 84

88

0.01GHz – 3GHz 820MHz – 960 MHz

≤1.15

1.7GHz – 1.9GHz 2.1GHz – 2.2GHz

≤1.10

Attenuation (20ºC, dB/100m) 10 MHz 100 MHz 150 MHz 200 MHz 300 MHz 450 MHz 800 MHz 900 MHz 1000 MHz 1500 MHz 1800 MHz 2000 MHz 2500 MHz 3000 MHz

1.83 5.89 7.25 8.41 10.40 12.80 17.40 18.40 19.60 24.30 26.90 28.50 32.10 35.60

1.06 3.42 4.22 4.90 6.06 7.51 10.20 10.90 11.60 14.40 16.00 17.00 19.30 21.40

Average Power Rating (Ambient Temperature 40ºC, Inner Conductor Temperature 80ºC), kW 10 MHz 100 MHz 200 MHz 300 MHz 450 MHz 800 MHz 1000 MHz 1500 MHz 1800 MHz 2000 MHz 2500 MHz 3000 MHz

3.97 1.23 0.865 0.701 0.567 0.419 0.372 0.299 0.271 0.256 0.226 0.204

7.23 2.24 1.56 1.26 1.02 0.748 0.663 0.53 0.479 0.451 0.40 0.358

10.10 3.08 2.14 1.72 1.38 1.01 0.889 0.705 0.634 0.597 0.525 0.489

21.50 6.62 4.61 3.72 2.99 2.19 1.94 1.54 1.39 1.31 1.15 1.04


    





D-4

LLFC 50 Ohm Low Loss Corrugated Cable Description

Tooling

Innovative design, high quality materials and closely controlled processes enable Amphenol to offer TXL coaxial cables which meet the most stringent requirements and deliver the maximum in system performance.


The LLFC Low Loss series offers lower attenuation specifications that standard corrugated cable. The series is available in the standard 7/8” & 1-5/8” diameters. Standard and flameproof jackets are available for both diameters.



LLFC-550J – 7/8” Low Loss Cable

LLFC-750J – 1-5/8” Low Loss Cable

LLFC Corrugated Cable Specifications 7/8” Low Loss Coaxial Cable

Type

7/8”

1-5/8”

Standard Jacket

LLFC-550J

LLFC-750J

Flame Retardant

LLFC-550JFR

LLFC-750JFR

Smooth Copper Tube

Helically Corrugated Copper Tube

9.40 ± 0.10

18.30 ± 0.10

Physically Foamed PE

Physically Foamed PE

Size Part Number

1-5/8” Low Loss Coaxial Cable

Cable Construction & Physical Dimensions Inner Conductor Dielectric Outer Conductor

Material Diameter (mm) Material Diameter (mm) Material Diameter (mm) Material – Standard

23.00 ± 0.40

43.50 ± 0.60

Ring Corrugated Copper

Ring Corrugated Copper

25.40 ± 0.30

46.50 ± 0.30

LLDPE

LLDPE

Fire Retardant PE

Fire Retardant PE

Thickness (mm)

> 1.1

> 1.5

Diameter (mm)

27.90 ± 0.30

49.80 ± 0.40

530

1470

Single Bend (mm)

127

300

Repeated (mm)

255

510

Mobile Appl. (mm)

510

---

Max Pulling Strength (N)

1590

1810

Crush Resistance (kg/mm)

1.30

1.60

Storage (ºC)

-70 ~ +85

-30 ~ +80

Installation (ºC)

-40 ~ +60

-25 ~ +60

Operation (ºC)

-55 ~ +85

-30 ~ +80

Jacket

Material – FR

Weight (Kg/km)

Mechanical Characteristics Bend Radius (Minimum)

Temp Rating AFY

D-5

LLFC 50 Ohm Low Loss Corrugated Cable – Continued LLFC Corrugated Cable Specifications - Continued Type 7/8” Low Loss Coaxial Cable

1-5/8” Low Loss Coaxial Cable

Electrical Characteristics DC Resistance (≤ Ω/km, @ 20ºC)

Inner Conductor

1.35

1.10

Outer Conductor

1.18

0.52

75

76

Nominal Capacitance (pF/m) Impedance (Ω)

50Ω ±1

50Ω ±1

Cut-off Frequency (MHz)

5000

2700

Peak Power Rating (kW)

91

305

6000

11000

Shielding Effectiveness (dB)

>> 120

>> 120

Insulation Resistance (MΩ / km)

>1×104

>1×104

89

89

DC Breakdown (V)

Propagation Velocity (%) VSWR

800 – 1000 MHz

≤1.15

806 – 960 MHz

≤1.15

1700 – 2200 MHz

≤1.15

1700 – 2200 MHz

≤1.15

30 – 3000 MHz

≤1.25

30 – 2200 MHz

≤1.20

Attenuation & Average Power Frequency 10 MHz

7/8” Low Loss Coaxial Cable Attenuation (20ºC, dB/100m) 0.345

Power Rating (20ºC, kW) 24.40

1-5/8” Low Loss Coaxial Cable Attenuation Power Rating Frequency (20ºC, dB/100m) (20ºC, kW) 10 MHz 0.199 36.70

100 MHz

1.12

7.55

100 MHz

0.65

11.24

200 MHz

1.62

5.27

200 MHz

0.94

7.80

450 MHz

2.49

3.42

450 MHz

1.46

5.02

800 MHz

3.35

2.51

800 MHz

1.99

3.65

824 MHz

3.42

2.49

824 MHz

2.02

3.60

960 MHz

3.72

2.27

960 MHz

2.22

3.27

1000 MHz

3.80

2.23

1000 MHz

2.27

3.21

1500 MHz

4.75

1.78

1500 MHz

2.87

2.53

1800 MHz

5.26

1.61

1800 MHz

3.16

2.16

2000 MHz

5.58

1.52

2000 MHz

3.39

2.12

2100 MHz

5.74

1.48

2100 MHz

3.48

2.09

2200 MHz

5.89

1.44

2200 MHz

3.60

2.00

2500 MHz

6.33

1.34

2500 MHz

3.89

1.85

3000 MHz

7.03

1.20

Maximum attenuation value shall be 105% of nominal attenuation value


    





D-6

Radiating Coaxial Cables 50 Ohm – For Underground Applications Main Characteristics Radiating coaxial cable functions as a continuous antenna to solve RF coverage problems in shielded areas such as tunnels, buildings and other underground spaces. Slots in the outer conductor allow portions of the transmission energy to radiate from the inside toward the outside of the cable to form a circumference of uniform electrical energy around the around the cable.

Applications Mobile communication in:  Train radio and subway mobile communication  Highway tunnels  Underground parking garages  Fire alarm, emergency radio and paging systems in underground streets

Due to this feature, users can communicate by receiving radiated energy with adequately coupled radio antenna equipment. Cable Types RDAF Series

RDCL Series

Suitable for a wide range of RF applications requiring multiple frequency bands as well as harsh environment applications where robust mechanical performance and small bending radius are required.

Suitable for use in applications where ruggedness for the cable is not required. This cable is made from an overlapped, thinner copper outer conductor over a foam dielectric covering the inner conductor.

Standard Jacket

Flame & Fire Retardant Jacket

The standard jacket material of RDAF & RDCL cable is black polyethylene. The material meets the following requirements.

The flame & fire retardant jacket material of RDAF & RDCL cable is flame retardant polyethylene. The material meets the following requirements.

Standard Jacket

Specified Characteristics

FR Jacket

Specified Characteristics

IEC 754-1 IEC 754-2

Halogen Content (Max. 0.2%) Non-Corrosive (Min. 4.3 PH Value) Conductivity (Max. 100µs / cm)

IEC 332-1 ASTM E662 IEC 754-1 & 2

Flame Spread Low Smoke - 0.5t (Max 150) As per Standard Jacket

Physical Cable Specification Type

RDAF Series

Size Part Number Inner Conductor Dielectric Outer Conductor Diameter


RDAF Series

1/2”

7/8”

7/8”

1-1/4”

1-5/8”

RDCL(-FA)12D Copper Clad Aluminium 4.35mm

RDCL(-FA) 22D

RDAF(-FR) 22D

RDAF(-FR) 33D

13.0mm

RDAF(-FR) 42D Corrugated Copper Tube 17.1mm

32.0mm

42.0mm

Copper Tube 9.0mm

Diameter (mm) Material

11.2mm

23.3mm

11.6mm

23.7mm

Min. Bending Radius Standard Length (Per Reel)

Corrugated / Slotted Copper Tube 24.9mm

36.0mm

46.5mm

50.0mm

Black Polyethylene Flame-Retardant Polyethylene

Flame Retardant Diameter (mm)

22.1mm

Slotted Copper Foil

STD

Jacket

9.0mm Highly Foamed Polyethylene

Material

15.6mm

27.2mm

27.9mm

39.0mm

150mm

350mm

250mm

380mm

510mm

500 ± 50m

500 ± 50m

500 ± 50m

500 ± 50m

500 ± 50m

AFY

D-7

Radiating Coaxial Cables 50 Ohm – For Underground Applications – Continued Flame & Fire Retarding Jackets Type

RDAF Series

Part Number

7/8”

7/8”

1-1/4”

1-5/8”

RDCL(-FA)12D

RDCL(-FA) 22D

RDAF(-FR) 22D

RDAF(-FR) 33D

RDAF(-FR) 42D

1.90

1.15

1.15

0.80

0.90

4.2

2.00

1.23

0.65

0.45

Max. DC Inner Conductor Resistance Outer Conductor (Ω/km) Insulation Resistance

RDAF Series

1/2”

Size

More than 1000MΩ / km 4000 VDC

6000 VDC

6000 VDC

9000 VDC

11000 VDC

Velocity of Propagation

87%

88%

88%

88%

88%

Characteristic Impedance

50Ω

50Ω

50Ω

50Ω

50Ω

90 MHz

25.5

12.0

14.5

12.0

9.5

150 MHz

35.0

15.5

19.5

17.0

14.0

450 MHz

65.5

29.0

36.0

32.0

26.0

900 MHz

102.5

50.0

55.5

46.0

35.0

Dielectric Strength

Nominal Attenuation (dB / km)

-

90.0

78.0

66.0

54.0

90 MHz

74

72

63

57

60

150 MHz

75

70

68

65

70

450 MHz

73

73

73

72

74

900 MHz

72

71

76

76

77

1800 MHz

-

69

78

78

79

1800 MHz

Nominal Coupling Loss (dB, 50%)

Remarks

At 20ºC DC 500V for 1 Minute For 1 Minute Nominal Value Nominal Value

At 20ºC

-


    




Test Reports Each drum of cable is supplied with a test report detailing:  VSWR Inner-end & Outer-end for 820-960 MHz, 1700 – 2200 MHz & 5 – 3000 MHz & frequency ranges  Impedance Inner-end & Outer-end for 5 – 3000 MHz & frequency range  Attenuation for 5 – 3000 MHz & frequency range

AFY

D-8

TU100 (LMR100) 50 Ohm Low Loss Coaxial Cable Main Characteristics

Weight & Dimension Characteristics

Low loss coaxial cable used for switching and transmission network. Cable Marking – Manufacturer, Date of manufacture, Part number & Length marking Suitable Connectors – See Section A

No. of Coaxes


Nominal Attenuation @ 20ºC

1

Characteristic Impedance – 50 ± 5 Ω Maximum Operating Voltage – (on Request) Direct Current Resistance – Inner Conductor 26.8 Ω / Km Max – Outer Conductor 29 Ω / Km Max – Loop 29.7 Ω / Km Max Capacitance – 106 pF / m Velocity of Propagation – 66 %

Reference

Diameter

Weight kg/km

TU100

2.75 ± 0.05

14 (less reel)

Bend Radius: 6.40mm Attenuation ≤ (db / 100m) 12.9 16.7

Frequency at (MHz) 30 50

150 29.4 220 35.8 450 51.9 900 74.9 1500 98.7 1800 109.0 2000 115.5 2500 130.6 Maximum Value is 104% of Nominal Value

Cable Constitution No:

Description:

1

Inner Conductor: Copper clad steel conductor. Nominal diameter 0.45mm

2

Dielectric: Solid Polyethylene insulation. Nominal diameter: 1.56mm.

3

1st Shield: Non-bonded APA Laminate Shield. Coverage: 100%. Diameter: 1.70mm.

4

2nd Shield: Tinned Copper braid. Coverage: 95%. Outer braid diameter: 2.01mm.

5

Jacket: Black PVC jacket. Nominal diameter: 2.75mm. Numerical identification.




No. of Coaxes



1

Characteristic Impedance – 50 ± 3 Ω Maximum Operating Voltage – (on Request) Direct Current Resistance – Inner Conductor 24.94 Ω / Km Max – Outer Conductor 16.08 Ω / Km Max – Loop 41.02 Ω / Km Max Capacitance – 79.7 pF / m Velocity of Propagation – 82 %

Reference

Diameter

Weight kg/km

TU195

4.95 ± 0.05

32 (less reel)

Bend Radius: 12.7mm


Attenuation ≤ (db / 100m) 14.6 17.7

450 25.5 900 36.5 1500 47.7 1800 52.5 2000 55.4 2500 62.4 Maximum Value is 104% of Nominal Value


Description:

1

Inner Conductor: Bare Copper conductor. Nominal diameter 0.95mm

2


3

1st Shield: Non-bonded AP Laminate Shield. Coverage: 100%. Diameter: 2.95mm.

4


5


ATFC U-JIN / ATFCB

D-9




No. of Coaxes



1

Characteristic Impedance – 50 ± 5 Ω Maximum Operating Voltage – (on Request) Direct Current Resistance – Inner Conductor 17.59 Ω / Km Max – Outer Conductor (On Request) – Loop (On Request) Capacitance – 78 pF / m Velocity of Propagation – 85 %

Reference

Diameter

Weight kg/km

TU200

4.95 ± 0.05

35.3 (less reel)

Bend Radius: 12.1mm

Frequency at (MHz) Attenuation ≤ (db / 100m) 150 5.68 220 6.89 450 10.39 900 14.95 1500 19.51 1800 21.55 2000 23.01 2400 26.04 Maximum Value is 104% of Nominal Value

Cable Constitution No: Description: 1


2

Dielectric: Solid Polyethylene insulation. Nominal diameter: 2.95 mm.

3


4


5





No. of Coaxes



1

Characteristic Impedance – 50 ± 3 Ω Maximum Operating Voltage – (on Request) Direct Current Resistance – Inner Conductor 10.5 Ω / Km Max – Outer Conductor 12.76 Ω / Km Max – Loop 23.26 Ω / Km Max Capacitance – 79.4 pF / m Velocity of Propagation – 85 %

Reference

Diameter

Weight kg/km

TU240

6.10 ± 0.05

38.3 (less reel)

Bend Radius: 18.3mm

Frequency at (MHz) Attenuation ≤ (db / 100m) 10 2.95 30 5.25 50 6.56 100 9.51 400 19.03 1000 29.53 1500 39.37 2000 42.65 2500 49.21 3000 55.77 Maximum Value is 104% of Nominal Value


Inner Conductor: Copper clad steel conductor. Nominal diameter 1.42mm

2


3

1st Shield: Non-bonded AP Laminate Shield. Coverage: 100%. Diameter: 3.95mm.

4


5

Jacket: Black PVC jacket. Nominal diameter: 6.10mm. Numerical identification. ATFC U-JIN / ATFCB

D-10




No. of Coaxes



Characteristic Impedance – 50 ± 3 Ω Maximum Operating Voltage – (on Request) Direct Current Resistance – Inner Conductor 3.06 Ω / Km Max – Outer Conductor 5.41 Ω / Km Max – Loop 8.47 Ω / Km Max Capacitance – 78 pF / m Velocity of Propagation – 85 %

1

Reference

Diameter

Weight kg/km

TU400

10.3 ± 0.05

146 (less reel)

Bend Radius: 72.1mm Attenuation ≤ (db / 100m) 5.64 6.79


450 10.24 900 14.72 1500 19.21 1800 21.22 2000 22.66 2400 25.65 Maximum Value is 104% of Nominal Value


Description:

1


2

Dielectric: Foamed Polyethylene insulation. Nominal diameter: 7.24mm.

3

1st Shield: Bonded APA Laminate Shield. Coverage: 100%. Diameter: 7.37mm.

4


5


TU400-CCA (LMR400-CCA) 50 Ohm Low Loss Coaxial Cable Main Characteristics


Low loss coaxial cable used for switching and transmission network. Copper-clad Aluminium Conductor. Cable Marking – Manufacturer, Date of manufacture, Part number & Length marking Suitable Connectors – See Section A

No. of Coaxes



Characteristic Impedance – 50 ± 3 Ω Maximum Operating Voltage – (on Request) Direct Current Resistance – Inner Conductor 4.40 Ω / Km Max – Outer Conductor 5.41 Ω / Km Max – Loop 9.81 Ω / Km Max Capacitance – 78 pF / m Velocity of Propagation – 85 %

1

Reference

Diameter

Weight kg/km

TU400-CCA

10.3 ± 0.05

114 (less reel)

Bend Radius: 25.4mm

Frequency at (MHz) 150

Attenuation ≤ (db / 100m) 5.64

220 6.79 450 10.24 900 14.72 1500 19.21 1800 21.22 2000 22.66 2400 25.65 Maximum Value is 104% of Nominal Value


Description:

1

Inner Conductor: Copper-clad Aluminium conductor. Nominal diameter 2.74mm

2

Dielectric: Foamed Polyethylene insulation. Nominal diameter: 7.24 mm.

3

1st Shield: Bonded APA Laminate Shield. Coverage: 100%. Diameter: 7.37mm.

4


5


ATFC U-JIN / ATFCB

D-11

RG-8/U 50 Ohm Coaxial Cable Main Characteristics


Coaxial cable used for switching and transmission network. Cable Marking – Manufacturer, Date of manufacture, Part number & Length marking Suitable Connectors – See Section A

No. of Coaxes



1

Characteristic Impedance – 50 ± 3 Ω Maximum Operating Voltage – 5KV Direct Current Resistance – Inner Conductor 6.23 Ω / Km Max – Outer Conductor 3.94 Ω / Km Max – Loop 10.17 Ω / Km Max Capacitance – 94 pF / m Velocity of Propagation – 66 %

Reference

Diameter

Weight kg/km

RG-8/U

10.3 ± 0.05

163 (less reel)

Bend Radius: 114mm



Description:

1

Inner Conductor: Stranded bare Copper conductor. Nominal diameter: 7/0.724mm.

2


3

1st Shield: Bare Copper braid. Coverage: 97%. Outer braid diameter: 7.95mm.

4


RG-8/U/M 50 Ohm Coaxial Cable Main Characteristics


Coaxial cable used for switching and transmission network. Non-bonded APA Laminate Shield. Cable Marking – Manufacturer, Date of manufacture, Part number & Length marking Suitable Connectors – See Section A

No. of Coaxes



1


Reference

Diameter

Weight kg/km

RG-8/U/M

10.15 ± 0.05

153 (less reel)

Bend Radius: 50.75mm

Frequency at (MHz) Attenuation ≤ (db / 100m) 1 0.52 10 1.80 50 4.30 100 6.20 200 9.20 400 13.80 700 19.40 900 22.60 1000 24.30 Maximum Value is 104% of Nominal Value


Description:

1


2


3


4

2nd Shield: Bare Copper braid. Coverage: 92%. Outer braid diameter: 8.00mm.

5

Jacket: Black PVC jacket. Nominal diameter: 10.15mm. Numerical identification. ATFC U-JIN / ATFCB

D-12

RG-58C/U 50 Ohm Coaxial Cable Main Characteristics



No. of Coaxes



1

Characteristic Impedance – 50 ± 3 Ω Maximum Operating Voltage – 1.9KV Direct Current Resistance – Inner Conductor 49.00 Ω / Km Max – Outer Conductor 13.4 Ω / Km Max – Loop 62.4 Ω / Km Max Capacitance – 97 pF / m Velocity of Propagation – 66 %

Reference

Diameter

Weight kg/km

RG-58C/U

4.95 ± 0.05

38 (less reel)

Bend Radius: 14.5mm


Attenuation ≤ (db / 100m) 4.60 10.80

100 300 400 700 900 1000

16.10 23.90 40.68 55.80 65.80 70.50


Description:

1

Inner Conductor: Stranded tinned Copper conductor. Nominal diameter: 0.813mm.

2


3

1st Shield: Tinned Copper braid. Coverage: 92%. Outer braid diameter: 3.45mm.

4


RG-58/U LL 50 Ohm Low Loss Coaxial Cable Main Characteristics


Low Loss Coaxial cable used for switching and transmission network. Non-bonded AP Laminate Shield. Cable Marking – Manufacturer, Date of manufacture, Part number & Length marking Suitable Connectors – See Section A

No. of Coaxes



1


Reference

Diameter

Weight kg/km

RG-58/U LL

4.95 ± 0.05

40 (less reel)

Bend Radius: 15mm

Frequency at (MHz)

Attenuation ≤ (db / 100m)

100

13.12

400

27.89

1000

44.29

1500

57.47

1800

60.70

2000

67.26

Maximum Value is 104% of Nominal Value


Description:

1

Inner Conductor: Bare Copper conductor. Nominal diameter: 0.813mm.

2


3

1st Shield: Bonded AP Laminate Shield. Coverage: 100%. Diameter: 2.95mm.

4


5


ATFC U-JIN / ATFCB

D-13




No. of Coaxes



Characteristic Impedance Maximum Operating Voltage Direct Current Resistance Capacitance Velocity of Propagation Operating Temperature

1

– 50 ± 2 Ω – 1.4KV – Inner Conductor 640.00 Ω / Km Max – 96.5 pF / m – 69 % – -55 - 200ºC

Reference

Diameter

Weight kg/km

RG-142/U

4.95 ± 0.05

64 (less reel)

Bend Radius: 29.7mm Attenuation ≤ (db / 100m) 18.05 38.39 62.34 114.83 157.48

Frequency at (MHz) 100 400 1000 3000 5000


Description:

1

Inner Conductor: Solid silver-coated Copper-clad steel conductor. Nominal diameter: 0.94mm.

2

Dielectric: Solid PTFE insulation. Nominal diameter: 2.95mm.

3 4 5

1st Shield: Silver-coated Copper braid. Coverage: 95%. Outer braid diameter: 3.52mm. 2nd Shield: Silver-coated Copper braid. Coverage: 93%. Outer braid diameter: 4.11mm. Jacket: Black Fluorinated Ethylene Propylene. Nominal diameter: 4.95mm. Numerical identification.




No. of Coaxes



1

Characteristic Impedance – 50 ± 5 Ω Maximum Operating Voltage – 1.5KV Direct Current Resistance – Inner Conductor 318 Ω / Km Max – Outer Conductor 35 Ω / Km Max – Loop 353 Ω / Km Max Capacitance – 101 pF / m Velocity of Propagation – 69 %

Reference

Diameter

Weight kg/km

RG-174/U

2.80 ± 0.05

13 (less reel)

Bend Radius: 12.7mm



Description:

1

Inner Conductor: Copper-clad steel conductor. Nominal diameter: 7/0.16mm.

2


3


4


ATFC U-JIN / ATFCB

D-14



Coaxial cable used for switching and transmission network. Military specification: MIL-C-17/93F. Cable Marking – Manufacturer, Date of manufacture, Part number & Length marking Suitable Connectors – See Section A

No. of Coaxes




1

– 50 ± 2 Ω – 1KV – Inner Conductor 802.10 Ω / Km Max – 96.5 pF / m – 69 % – -55 - 200ºC

Reference

Diameter

Weight kg/km

RG-178/U

1.80 ± 0.05

9 (less reel)

Bend Radius: 10.8mm

Frequency at (MHz)


100

52.49

400

108.27

1000

170.60

3000

308.40


Description:

1

Inner Conductor: Stranded silver-coated Copper-clad steel conductor. Nominal diameter: 7/0.102mm.

2


3 4

1st Shield: Silver-coated Copper braid. Coverage: 96%. Outer braid diameter: 1.37mm. Jacket: Fluorinated Ethylene Propylene. Nominal diameter: 1.80mm. Numerical identification.




No. of Coaxes



1


Reference

Diameter

Weight kg/km

RG-213/U

10.30 ± 0.05

163 (less reel)

Bend Radius: 61.8mm

Frequency at (MHz)


10

1.80

50

4.30

100

6.20

200

8.90

400

13.40

700

21.30

900

24.90

1000

26.20



Description:

1


2

Dielectric: Solid polyethylene insulation. Nominal diameter: 7.24mm.

3


4

Jacket: Black PVC. Nominal diameter: 10.30mm. Numerical identification.

ATFC U-JIN / ATFCB

D-15




No. of Coaxes



Characteristic Impedance Maximum Operating Voltage Direct Current Resistance Capacitance Velocity of Propagation

1

– 50 ± 2 Ω – 5KV – Inner Conductor 5.67 Ω / Km Max – 105 pF / m – 66 %

Reference

Diameter

Weight kg/km

RG-214/U

10.80 ± 0.05

170 (less reel)

Bend Radius: 108mm

Frequency at (MHz)


50

5.58

400

18.05

3000

62.34


Description:

1

Inner Conductor: Stranded silver-coated Copper conductor. Nominal diameter: 7/0.752mm.

2


3 4 5

1st Shield: Silver-coated Copper braid. Coverage: 96%. Outer braid diameter: 8.04mm. 2nd Shield: Silver-coated Copper braid. Coverage: 98%. Outer braid diameter: 8.84mm. Jacket: Black PVC. Nominal diameter: 10.80mm. Numerical identification.




No. of Coaxes



1


Reference

Diameter

Weight kg/km

RG-223/U

5.40 ± 0.05

58 (less reel)

Bend Radius: 57mm

Frequency at (MHz)


10

3.94

50

9.19

100

13.45

200

19.69

400

28.87

700

39.37

900

45.28

1000

47.57



Description:

1

Inner Conductor: Silver-coated Copper conductor. Nominal diameter: 0.88mm.

2


3


4


5

Jacket: Black PVC. Nominal diameter: 5.40mm. Numerical identification. ATFC U-JIN / ATFCB

D-16




No. of Coaxes



1


Reference

Diameter

Weight kg/km

RG-316/U

2.75 ± 0.05

14 (less reel)

Bend Radius: 15mm



Description:

1

Inner Conductor: Copper-clad steel conductor. Nominal diameter: 0.45mm.

2


3

1st Shield: Non-bonded APA laminate shield. Coverage: 100%. Outer braid diameter: 1.70mm.

4


5




Coaxial cable used for switching and transmission network. Military Specification: MIL-C-17/128B. Cable Marking – Manufacturer, Date of manufacture, Part number & Length marking Suitable Connectors – See Section A

No. of Coaxes




– 50 ± 3 Ω – (On Request) – Inner Conductor 29.86 Ω / Km Max – 96.5 pF / m – 69 % – -55 - 200ºC

1

Reference

Diameter

Weight kg/km

RG-400/U

4.95 ± 0.05

74 (less reel)

Bend Radius: 29.7mm

Frequency at (MHz) Attenuation ≤ (db / 100m) 100 14.76 400 34.78 1000 55.77 3000 124.67 5000 164.04 10000 255.91 Maximum Value is 104% of Nominal Value


Description:

1

Inner Conductor: Stranded Silver-coated Copper conductor. Nominal diameter: 19/0.203mm.

2


3 4 5

1st Shield: Silver-coated Copper braid. Coverage: 94%. Outer braid diameter: 3.52mm. 2nd Shield: Silver-coated Copper braid. Coverage: 93%. Outer braid diameter: 4.11mm. Jacket: Fluorinated Ethylene Propylene. Nominal diameter: 4.95mm. Numerical identification.

ATFC U-JIN / ATFCB

D-17

BT2003 75 Ohm Single & Multi Coaxial Cable Main Characteristics


Coaxial cable used for switching and transmission network. Maximum of 2Mbit/s. Cable Marking – Manufacturer, Date of manufacture, Part number & Length marking Suitable Connectors – See Section A

No. of Coaxes



Characteristic Impedance Direct Current Resistance Dielectric Strength Capacitance Velocity of Propagation Insulation Resistance

1

Reference BT2003

4 8 16

– 75 ± 3 Ω – 59 Ω / Km Max – 3 KVcc / 1min. – 67 pF / m – 66 % – 5,000 MΩ / Km Min

Diameter Weight kg/km 6.70 ± 0.05 79 (less reel) Bend Radius: 34mm Available on Request Available on Request Available on Request

Frequency at (MHz) 1 2 5 10 20 50 100

Attenuation ≤ (db / 100m) 1 1.45 2.40 3.30 4.75 7.60 10.90


Description:

1

Inner Conductor: Bare Copper wire. Nominal diameter 0.61mm

2

Dielectric: Solid uncoloured Polyethylene insulation. Nominal diameter: 3.70mm.

3

1st Shield: Braid of copper wire. Coverage: 91%. Outer braid diameter: 4.38mm.

4

2nd Shield: Braid of copper wire. Coverage: 92%. Outer braid diameter: 5.06mm.

5 *

Jacket: Black PVC compound. Nominal diameter: 6.70mm. Numerical identification. Multicoaxial Constructions: The units are twisted and wrapped with plastic tape. The jacket material is a PVC compound.

BT3002 (RF-75 0.3/1.95 DT) 75 Ohm Single & Multi Coaxial Cable Main Characteristics


Coaxial cable used for switching and transmission network. Maximum of 2Mbit/s. Cable Marking – Manufacturer, Date of manufacture, Part number & Length marking Suitable Connectors – See Section A

No. of Coaxes



Characteristic Impedance Direct Current Resistance Dielectric Strength Capacitance Velocity of Propagation Insulation Resistance

1 4 8 16

– 75 ± 3 Ω – 236 Ω / Km Max – 3 KVcc / 1min. – 68 pF / m – 66 % – 5,000 MΩ / Km Min

Reference BT3002

Diameter Weight kg/km 3.55 ± 0.05 22 (less reel) Bend Radius: 18mm Available on Request C04209004 14 ± 0.05 292 (less reel) 308.085.010 19.6 ± 0.05 514 (less reel)

Frequency at (MHz) 1 4 17 70

Attenuation ≤ (db / 100m) 2.3 4.5 9.2 18.7

Minimum Crosstalk Attenuation Frequency at (MHz) 0.01 0.1 0.7 - 100

Attenuation (db) 65 82 115


Description:

1

Inner Conductor: Copper wire. Nominal diameter 0.31mm

2

Dielectric: Solid uncoloured Polyethylene insulation. Nominal diameter: 1.95mm.

3

1st Shield: Braid of tinned, annealed copper wire. Coverage: 95%.

4 5 *

2nd Shield: Braid of tinned, annealed copper wire. Coverage: 85%. Outer braid diameter: 2.70mm. Jacket: Black PVC compound. Nominal diameter: 3.55mm. Numerical identification. Multicoaxial Constructions: The units are twisted and wrapped with plastic tape. The jacket material is a PVC compound. ATFC U-JIN / ATFCB

D-18

Amphenol Telecom Solutions L910 (0.5/2.3) 3.7 75 Ohm Single & Multi Coaxial Cable Main Characteristics


Coaxial cable used for indoor transmission network. Cable Marking – Manufacturer, Date of manufacture, Part number & Length marking Suitable Connectors – See Section A

No. of Coaxes 1 4 8 16

The name L910 is licensed to Filotex.

Electrical Characteristics Impedance at 200 Mhz Transfer Impedance Dielectric Strength Insulation Dielectric Strength Sheath Single Coaxial Inner Conductor Resistance Maximum Operating Voltage

Reference L910-39 L910-40 L910-41 L910-42

Diameter (mm) 3.85 ± 0.05 10.7 ± 0.05 14.6 ± 0.05 19.4 ± 0.05

Weight (kg/km) 27 (less reel) 145 (less reel) 287 (less reel) 536 (less reel)

Transmission Characteristics – 72.5 ± 3Ω – At 10 MHz ≤ 1Ω/km – 1500 V

Frequency at (MHz)


1

1.5

5

3.4

10

4.9

– 1000 V – ≤ 94Ω/km – (on Request)

60

12

100

15.7

200

22.5

400

32.5


Description:

1

Inner Conductor: 0.50 mm red copper

2

Dielectric: Cellular polypropylene insulation: Ф = 2.30 ± 0.05 mm

3

1st Shield: Tinned copper double braid

4

Jacket: PVC sheath: Ф = 3.85 ± 0.05 mm

+

For Multicoaxial Assemby: Overall polyester tape + overall PVC jacket

TZC 750 24 75 Ohm Single & Multi Coaxial Cable Main Characteristics


Coaxial cable used for indoor transmission network. Cable Marking – Manufacturer, Date of manufacture, Part number & Length marking Suitable Connectors – See Section A

No. of Coaxes

Reference

Diameter (mm)

Weight (kg/km)

1

TZC 750 24

3.6 ± 0.05

24 (less reel)

1

TZC 750 25 Halogen Free

3.6 ± 0.05

24 (less reel)

8

TZE 101 11

15.9 ± 0.05

340 (less reel)

The TZC series is licensed to Ericsson.

Electrical Characteristics Impedance at 200 Mhz Transfer Impedance Dielectric Strength Insulation Dielectric Strength Sheath Single Coaxial Inner Conductor Resistance Maximum Operating Voltage Nominal Capacitance Velocity of Propagation

Transmission Characteristics (Nominal @ 20°C) – 75 ± 3Ω – At 10 MHz ≤ 1Ω/km – 1500 V

Frequency at (MHz)


1

2.3

4

4.5

17

9.2

70

19.

200

32.0

– 1000 V – ≤ 263Ω/km – 750 Vac – 67 pF / m – 66 %


Description:

1


2


3


4


5

Jacket: FR PVC. Nominal diameter: 3.60mm. Numerical identification.

+

For Multicoaxial Assemby: Overall polyester tape + overall PVC jacket. Outer diameter: 15.9mm

ATFCB

D-19

Amphenol Telecom Solutions RG-6A/U 75 Ohm Coaxial Cable Main Characteristics


Coaxial cable used for switching and transmission network. Military specification: MIL-C-17/2. Cable Marking – Manufacturer, Date of manufacture, Part number & Length marking Suitable Connectors – See Section A

No. of Coaxes




1

– 75 ± 3 Ω – 2.7KV – Inner Conductor 144 Ω / Km Max – 67 pF / m – 66 %

Reference

Diameter

Weight kg/km

RG6A/U

8.40 ± 0.05

118 (less reel)

Bend Radius: 57mm

Frequency at (MHz) 10 30 300

Attenuation ≤ (db / 100m) 2.80 4.80 17.40


Description:

1

Inner Conductor: Copper-clad steel conductor. Nominal diameter 0.724mm

2


3

1st Shield: Silver-coated Copper braid. Coverage: 95%. Outer braid diameter: 5.50mm.

4


5

Jacket: Grey PVC compound. Nominal diameter: 8.40mm. Numerical identification.

Jelly Floodant

RG-6U/T/J 75 Ohm Coaxial Cable Main Characteristics


Coaxial cable used for switching and transmission network. Jelly floodant. Cable Marking – Manufacturer, Date of manufacture, Part number & Length marking Suitable Connectors – See Section A

No. of Coaxes



1

Characteristic Impedance – 75 ± 3 Ω Maximum Operating Voltage – 2.7KV Direct Current Resistance – Inner Conductor 100 Ω / Km Max – Outer Conductor 21 Ω / Km Max – Loop 121 Ω / Km Max Capacitance – 53.2 pF / m Velocity of Propagation – 85 %

Reference

Diameter

Weight kg/km

RG-6U/T/J

7.06 ± 0.05

41 (less reel)

Frequency at (MHz) 10 50 150 250 450 750 900 1000

Bend Radius: 21mm Attenuation ≤ (db / 100m) 2.38 4.72 7.72 9.89 13.70 18.50 20.35 22.53


Description:

1


2


3

1st Shield: Sealed AP Laminate. Coverage: 100%. Diameter: 4.70mm.

4

2nd Shield: Aluminium braid with Jelly floodant. Coverage: 60%. Outer braid diameter: 5.30mm.

5

3rd Shield: AP Laminate. Coverage: 100%. Outer braid diameter: 5.45mm.

6

Jacket: Black PVC compound. Nominal diameter: 7.06mm. Numerical identification. ATFC U-JIN / ATFCB

D-20

Amphenol Telecom Solutions RG-11A/U 75 Ohm Coaxial Cable Main Characteristics


Coaxial cable used for switching and transmission network. Military specification: MIL-C-17F/6B. Cable Marking – Manufacturer, Date of manufacture, Part number & Length marking Suitable Connectors – See Section A

No. of Coaxes



1


Reference

Diameter

Weight kg/km

RG11A/U

10.30 ± 0.05

145 (less reel)


Frequency at (MHz) 10 50 100 200 400 700 900 1000


Description:

1

Inner Conductor: Stranded tinned Copper conductor. Nominal diameter 7/0.404mm

2


3


4

Jacket: PVC compound. Nominal diameter: 10.30mm. Numerical identification.

Armoured Cable

RG-12A/U 75 Ohm Coaxial Cable Main Characteristics


Coaxial cable used for switching and transmission network. Armoured cable. Cable Marking – Manufacturer, Date of manufacture, Part number & Length marking Suitable Connectors – See Section A

No. of Coaxes



1

Characteristic Impedance – 75 ± 3 Ω Maximum Operating Voltage – 5KV Direct Current Resistance – Inner Conductor 25 Ω / Km Max – Outer Conductor 6 Ω / Km Max – Loop 31 Ω / Km Max Capacitance – 67 pF / m Velocity of Propagation – 66 %

Reference

Diameter

Weight kg/km

RG-12A/U

13.60 ± 0.05

237 (less reel)

Frequency at (MHz) 10 50 100 200 400 700 900 1000



Description:

1

Inner Conductor: Stranded tinned Copper conductor. Nominal diameter 7/0.404mm

2


3


4

Inner Jacket: Black PVC compound. Nominal diameter: 10.20mm.

5 6

Armour: Galvanized steel wire braid. Coverage: 95%. Outer braid diameter: 11.50mm. Jacket: Black PVC compound. Nominal diameter: 13.60mm. Numerical identification.

ATFC U-JIN / ATFCB

D-21

Amphenol Telecom Solutions RG-59B/U 75 Ohm Coaxial Cable Main Characteristics


Coaxial cable used for switching and transmission network. Military specification: MIL-C-17F/29C Cable Marking – Manufacturer, Date of manufacture, Part number & Length marking Suitable Connectors – See Section A

No. of Coaxes



1

Characteristic Impedance – 75 ± 3 Ω Maximum Operating Voltage – 2.3KV Direct Current Resistance – Inner Conductor 161 Ω / Km Max – Outer Conductor 8.53 Ω / Km Max – Loop 169.53 Ω / Km Max Capacitance – 67 pF / m Velocity of Propagation – 66 %

Reference

Diameter

Weight kg/km

RG-59B/U

6.15 ± 0.05

57 (less reel)

Bend Radius: 42mm



Description:

1


2


3


4

Jacket: Black PVC compound. Nominal diameter: 6.15mm. Numerical identification.

RG-59B/U/60 75 Ohm Coaxial Cable Main Characteristics


Coaxial cable used for switching and transmission network. Low-cost version: 60% Copper braid. Cable Marking – Manufacturer, Date of manufacture, Part number & Length marking Suitable Connectors – See Section A

No. of Coaxes



1


Reference

Diameter

Weight kg/km

RG-59B/U/60

6.15 ± 0.05

43 (less reel)

Bend Radius: 42mm



Description:

1


2


3


4

Jacket: Black PVC compound. Nominal diameter: 6.15mm. Numerical identification. ATFC U-JIN / ATFCB

D-22

Amphenol Telecom Solutions RG-59/U/M 75 Ohm LSOH Coaxial Cable Main Characteristics


Coaxial cable used for switching and transmission network. 3 Shields. LSOH Jacket. Cable Marking – Manufacturer, Date of manufacture, Part number & Length marking Suitable Connectors – See Section A

No. of Coaxes




1

– 75 ± 2 Ω – 2.3KV – Inner Conductor 161.00 Ω / Km Max – 67 pF / m – 66 %

Reference

Diameter

Weight kg/km

RG-59/U/M

6.50 ± 0.05

69 (less reel)

Bend Radius: 42mm

Frequency at (MHz)


10

3.61

50

7.87

100

11.15

200

16.08

400

22.97

700

31.82

900

36.42

1000

39.37


Description:

1


2


3

1st Shield: Non-bonded APA Laminate shield. Coverage: 96%. Diameter: 3.80mm.

4


5

3rd Shield: Bare Copper braid. Coverage: 92%. Outer braid diameter: 4.75mm.

6

Jacket: Black LSOH. Nominal diameter: 6.50mm. Numerical identification.



Coaxial cable used for switching and transmission network. Military Specification: MIL-C-17/94D. Cable Marking – Manufacturer, Date of manufacture, Part number & Length marking Suitable Connectors – See Section A

No. of Coaxes




– 75 ± 3 Ω – 1.2KV – Inner Conductor 802.1 Ω / Km Max – 64 pF / m – 69 % – -55 - 200ºC

1

Reference

Diameter

Weight kg/km

RG-179/U

2.54 ± 0.05

15 (less reel)

Bend Radius: 12.7mm

Frequency at (MHz)


400

68.90



Description:

1

Inner Conductor: Stranded silver-coated Copper-clad steel conductor. Nominal diameter: 7/0.102mm.

2


3 4

1st Shield: Silver-coated Copper braid. Coverage: 90%. Outer braid diameter: 2.13mm. Jacket: Fluorinated Ethylene Propylene. Nominal diameter: 2.54mm. Numerical identification.

ATFC U-JIN / ATFCB

D-23

Amphenol Telecom Solutions TU6Q-VB 75 Ohm Coaxial Cable Main Characteristics


Coaxial cable used for switching and transmission network. 4 Shields.

No. of Coaxes 1

Electrical Characteristics Characteristic Impedance – 75 ± 3 Ω Maximum Operating Voltage – (On Request) Direct Current Resistance – Inner Conductor 100 Ω / Km Max – Outer Conductor 16 Ω / Km Max – Loop 116 Ω / Km Max Capacitance – 53.2 pF / m Velocity of Propagation – 85 %

Reference TU6Q-VB

Diameter Weight kg/km 7.54 ± 0.05 46 (less reel) Bend Radius: 22mm

Nominal Attenuation @ 20ºC Frequency at (MHz) 5 55 250 300 400 500 750 870 1000

Attenuation ≤ (db / 100m) 1.87 4.94 10.22 11.25 13.12 14.80 18.44 19.99 21.96


Description:

1


2


3

1st Shield: Bonded APA Laminate shield. Coverage: 100%. Diameter: 4.78mm.

4

2nd Shield: Aluminium braid. Coverage: 60%. Outer braid diameter: 5.38mm.

5

3rd Shield: APA Laminate shield. Coverage: 100%. Diameter: 5.49mm.

6

4th Shield: Aluminium braid. Coverage: 40%. Outer braid diameter: 6.12mm.

7


TU6T60-VB 75 Ohm Coaxial Cable Main Characteristics



No. of Coaxes 1

Electrical Characteristics Characteristic Impedance – 75 ± 3 Ω Maximum Operating Voltage – (On Request) Direct Current Resistance – Inner Conductor 100 Ω / Km Max – Outer Conductor 21 Ω / Km Max – Loop 121 Ω / Km Max Capacitance – 53.2 pF / m Velocity of Propagation – 85 %

Reference TU6T60-VB


Nominal Attenuation @ 20ºC Frequency at (MHz) 5 55 250 300 400 500 750 870 1000

Attenuation ≤ (db / 100m) 1.87 4.94 10.22 11.25 13.12 14.80 18.44 19.99 21.96


Description:

1


2


3


4

2nd Shield: Aluminium braid. Coverage: 60%. Outer braid diameter: 5.38mm

5


6


D-24

Amphenol Telecom Solutions TU11Q-VB 75 Ohm Coaxial Cable Main Characteristics


Coaxial cable used for switching and transmission network. 4 Shields. Outdoor application.

No. of Coaxes



Characteristic Impedance – 75 ± 3 Ω Maximum Operating Voltage – (on Request) Direct Current Resistance – Inner Conductor 40 Ω / Km Max – Outer Conductor 12 Ω / Km Max – Loop 52 Ω / Km Max Capacitance – 53.2 pF / m Velocity of Propagation – 85 %

1

Reference TU11Q-VB





2


3


4

2nd Shield: Aluminium braid. Coverage: 60%. Outer braid diameter: 7.85mm.

5


6

4th Shield: Aluminium braid. Coverage: 40%. Outer braid diameter: 8.57mm.

7

Jacket: Black PVC for outdoor use. Nominal diameter: 10.30mm. Numerical identification.

TU11T60-VB 75 Ohm Coaxial Cable Main Characteristics



No. of Coaxes 1

Electrical Characteristics Characteristic Impedance – 75 ± 3 Ω Maximum Operating Voltage – (on Request) Direct Current Resistance – Inner Conductor 40 Ω / Km Max – Outer Conductor 15 Ω / Km Max – Loop 55 Ω / Km Max Capacitance – 53.2 pF / m Velocity of Propagation – 85 %

Reference TU11T60-VB


Nominal Attenuation @ 20ºC Frequency at (MHz) Attenuation ≤ (db / 100m) 5 1.18 55 3.12 250 6.50 300 7.12 400 8.30 500 9.35 750 11.75 870 12.80 1000 13.88 Maximum Value is 104% of Nominal Value



2


3


4

2nd Shield: Aluminium braid. Coverage: 60%. Outer braid diameter: 7.85mm

5


6


ATFC U-JIN / ATFCB

D-25

Amphenol Telecom Solutions TU11C60TA-VBV 75 Ohm Coaxial Cable Main Characteristics


Coaxial cable used for switching and transmission network. Dual coaxial cable. Flame Retardant jacket.

No. of Coaxes



2

Characteristic Impedance – 75 ± 3 Ω Maximum Operating Voltage – (on Request) Direct Current Resistance – Inner Conductor 9.51 Ω / Km Max – Outer Conductor (on Request) – Loop (on Request) Capacitance – 53.2 pF / m Velocity of Propagation – 85 %

Reference TU11C60TAVBV

Diameter Weight kg/km 10.20 ± 0.05 213 (less reel) Width: 21.33 Bend Radius: 31mm



Description:

1


2


3


4


5

Jacket: Flame Retardant Black PVC. Nominal diameter: 10.20mm. Numerical identification.

6

Overall Width: 21.33mm

RG-62A/U 93 Ohm Coaxial Cable Main Characteristics


Coaxial cable used for switching and transmission network. Polyethylene filament. Military specification: MIL-C-17/30C. Cable Marking – Manufacturer, Date of manufacture, Part number & Length marking Suitable Connectors – See Section A

No. of Coaxes



Reference

Diameter

Weight kg/km

RG-62A/U

6.00 ± 0.05

51 (less reel)

1 Bend Radius: 25.4mm

Characteristic Impedance – 93 ± 5 Ω Maximum Operating Voltage – 750V Direct Current Resistance – Inner Conductor 150 Ω / Km Max – Outer Conductor (on Request) – Loop (on Request) Capacitance – 47.6 pF / m Velocity of Propagation – (on Request)

Frequency at (MHz) Attenuation ≤ (db / 100m) 10 3.30 100 10.20 400 26.30 1000 32.80 Maximum Value is 104% of Nominal Value


Description:

1


2

Filament: Solid Polyethylene filament. Nominal diameter: 0.90mm.

3


4

1st Shield: Bare Copper braid. Coverage: 95%. Diameter: 4.45mm.

5


D-26

Amphenol Telecom Solutions 65 Series Skewclear® Cable for LVDS Channel LinkTM Introduction Available in in 4 different gauges, this cable was designed to provide GREATER BANDWIDTH for Channel Link Low Voltage Differential Signalling (LVDS). These parallel pair conductors are avaialble in 30; 28; 26 and 24AWG. This enables GIGABIT interconnections in telecommunication and data communication applications. Materials Length Supplied – No Standard Length Signal wires– Solid silver plated copper Drain wire – Solid tinned copper Insulation – Polyolefin Pair Shield – Aluminum/Polyester Laminate – Clear PVC Overall Shield – Aluminized polyester Overall Shield – Braid tinned copper Jacket – Black PVC

Electrical Impedance Capacitance

Features    

Applications

– 100Ω ±5 Ω – 30AWG 28/26/24AWG 51 pF/M 43 pF/M nom Skew (within pair) – 98.4ps/10M Skew – 350 ps/10M Crosstalk – 60dB min 1MHz to 1GHz Attenuation 30AWG – 5.4dB/10M @ 140MHz – 12.5dB/10M @ 693MHz 28AWG – 4.1dB/10M @ 140MHz – 9.4dB/10M @ 693MHz 26AWG – 3.3dB/10M @ 140MHz – 7.6dB/10M @ 693MHz 24AWG – 2.6dB/10M @ 140MHz – 6.1dB/10M @ 693MHz

Up to 50 Pairs High cross-talk isolation Consistent Skew Control Stable Impedance

          

Flat Panel Displays Monitor Links SCI Processor Interconnection Printer Engine Links Digital Copiers System Clusters Multimedia Peripheral Links Switches Add/Drop Multiplexers Hubs Box to Box, Rack to Rack

Part Number System:

165-XXXX-XXX WIRE GAUGE 3099: 30AWG 2899: 28AWG 2699: 26AWG 2499: 24AWG No of pairs Code 30 AWG OD Code 28 AWG OD Code 26 AWG OD Code 24 AWG OD

CONDUCTOR CODE see table below

4 938 5.5 941 5.5 958 6.4 969 7.4

5 939 5.8 942 6.0 959 6.9 970 8.0

8 940 7.0 943 7.0 960 8.1 971 9.7

9 941 7.2 944 7.2 961 8.5 972 10.0

10 942 7.4 945 7.6 962 8.9 973 10.8

15 943 8.8 946 8.9 963 10.7 974 13.0

20 944 9.8 947 9.9 964 12.2 975 14.6

25 945 11.0 948 11.1 965 11.0 976 16.0

30 946 12.1 949 12.2 966 14.5 977 16.5

35 947 12.8 950 12.9 967 15.5 978 18.5

40 948 13.6 951 13.7 968 16.3 979 20.2

50 949 14.9 952 15.0 969 18.0 980 22.2

121 Series Spectr-CoaxTM Coax Planar Cable Introduction Coax planar cable with high speed signal capability that can be mass terminated. It is available in 93; 75 and 50 Ohms Materials Pitch Reel Length Centre Conductor 93 & 75Ω 50Ω Dielectric 93 & 75Ω 50Ω Drain wire Shield Jacket 93Ω 75Ω 50Ω

Electrical Contd Propagation delay 93 & 75Ω – 1.35 nanosec/ft 50 Ω – 1.54 nanosec/ft Propagation velocity 93 & 75Ω – 78% 50 Ω – 66% Risetime degradation 93 & 75Ω – <350 picosec/10ft 50Ω – <400 picosec/10ft Attenuation /100ft. nom. 100MHz 93Ω – 6dB 75Ω – 7.3dB 50Ω – 11dB

Features  High Signal Speed  Controlled Impedance  Up to 33 Conductors  Mass Termination

– 2.54mm – 100 ft – 30AWG copper – 28AWG copper

Electrical Impedance

– Foamed Polypropylene – Solid Polypropylene – 28AWG tinned copper – Aluminum Poly Foil – Red PVC – Gray PVC – Black PVC

– 93Ω ± 5Ω – 75Ω ± 4Ω – 50Ω ± 3Ω Capacitance 93Ω – 14 ± 2pF/ft 75Ω – 17.1 ± 1pF/ft 50Ω – 31 ± 2pF/ft Crosstalk – <1% NE and FE Unbalanced, 10 foot cable Rise time 3.5 or 7 nanosec

Part Number System:

843-121-XXXX-0XX CABLE TYPE 3001: 93Ω 3002: 75Ω 2803: 50Ω Conductor A B

Dim

CONDUCTOR CODE 02: 2 Position : 33: 33 Position (see table)

2

3

4

5

6

7

8

9

10

13

17

20

25

30

33

5.1

7.6

10.1

12.7

15.2

17.8

20.3

22.9

25.4

33.0

43.2

50.8

63.5

76.2

83.8

2.5

5.1

7.6

10.1

12.7

15.2

17.8

20.3

22.9

30.5

40.6

48.3

61.0

73.7

81.3

SS

D-27

Amphenol Telecom Solutions Standard Mini-coaxial Cable for Telecommunication Main Characteristics

Applications

 Precise manufacturing for loss accuracy  Low loss and high screen effectiveness  Flame retardant PVC or HFLS／LSZH - zero/free halogen and low smoke sheath  According to PTT standards

    

Digital distribution frame(DDF) Digital UIT-G.703 coaxial links Fixed telephony communication Digital video DS-3／DS-4 network links

Specifications Inner

Model

Material

Shield mm

Material

mm

Tape

DC Resist (Ω/KM)

Sheath

Braid

Material

mm

Colour

Cap

Insulation

Inner

Outer

Pf/m

MΩ/KM

351

8.8

58

10

130

18.4

58

10

Bellcore Standard (GR-139-CORE) 0.81

734 735

Cu

0.404

3.81 Foam PE

0.404

735 G-3

1.96

Cu-Sn Al-PetAl

1.96

Cu-Sn

5.4 PVC

3.4

Grey

Braid 38AWG

3.4

130

15

58

10

5.1

95

10

62

10

93

5

70

10

236

19.5

70

10

62

10

British Telecom Standard 7x 0.2

Cell PE

2.4

-

2 x Cu-Sn

0.61

Solid PE

3.7

-

2 x Cu

BT2002 BT2003 Cu

6.65 PVC

White

BT3002

0.31

Solid PE

1.95

-

2 x Cu

3.55

BT2003 Low Loss

0.6

Foam PE

2.8

Al

Cu-Sn

3.55

Ericsson Standard TZC75024

Cu

0.31

TZC75025

Cu

0.31

TZC75005

Cu-Sn

0.49

1.95 Solid PE

1.95

-

2 x Cu-Sn

3

PVC

3.55

228

17.5

67

5

HFLS

3.55

228

17.5

67

5

PVC

5.6

93.6

6

67

5

Black

Japanese Standard 1.5 C-2V

0.25

1.6

Cu

2.9

355

70

70

10

2.5 C-2V

0.4

2.4

Cu-Sn

4

145

17

70

10

2.5 C-2W

0.4

2.4

2×Cu-Sn

4.7

145

9.2

70

10

91.5

9.2

70

10

3 C-2V

Cu

0.5

Solid PE

3.1

-

Cu-Sn

PVC

5.4

Black

3 C-2W

0.5

3.1

2×Cu

6.5

91.5

5

70

10

5 C-2V

0.8

4.9

Cu

7.4

35.9

8

70

10

5 C-2W

0.8

4.9

2×Cu

8.3

35.9

4

70

10

335

35

70

10

114

24

70

10

Spanish Telefonica Standard FLEX-2

Cu-Ag

0.29

Solid PE

1.7

Al-Pet

Cu-Sn

FLEX-3

Cu

0.4

Solid PE

2.3

Al-Pet

Cu-Sn PVC

2.552.5 3.33.7

Grey

FLEX-5

Cu-Sn

7×0.1 9

Cell PE

2.8

-

2 × Cu-Sn

4.7

95

9

62

10

FLEX-6

Cu-Ag

0.8

Cell PE

3.9

Al-Pet

Cu-Sn

6

39

13

62

10

1.9

Al-Pet

Cu-Sn

3.1

145

25

60

10

3.7

High permea -bility Metallic Tape

2 × Cu-Sn

37

10

60

10

Telecom Italia Standard 0.4

ST-212 Cu ST-214

D-28

Cell PE 0.8

HFLS

Grey 5.9

Amphenol Telecom Solutions Standard Mini-coaxial Cable for Telecommunication - Continued Attenuation @ 20ºC (dB/100m) Frequency (Mhz) Cable 1.02

4.22

5

10

3.9 3.9

17.18

20

30

34.37

50

70

100

200

5.6

12.5

9.2

13.1

5.6

12.5

14

25.6

9.3

14

25.8

6.9

11.7

9

10

210

211.87

Bellcore Standard (GR-139-CORE) 734 735

2

735 G-3

2

British Telecom Standard BT-2002

1.9

3.8

BT-2003

1.3

2.4

2.6

BT-3002

2.2

4.3

2

BT2003 LOW LOSS

1.23

2.6

5.9 8.3

9.5

17

21.5

11.8

Ericsson Standard TZC75024

2.3

4.6

9.3

19

32

TZC75025

2.3

4.6

5.9

19

32

TZC75005

1.7

3

12

18

Japanese Standard 1.5 C-2V 2.5 C-2V

1.7

3.6

4.2

9.3

17

2.5 C-2W

1.7

3.6

4.2

9.3

17

3 C-2V

1.3

2.9

5.1

7.3

14

3 C-2W

1.3

2.9

5.1

7.3

14

5 C-2V

0.8

2.7

4.7

12.6

5 C-2W

0.8

2.7

4.7

12.6

Spanish Telefonica Standard FLEX-2

1.7

2.46

10.35

14.51

18.95

FLEX-3

2.1

4.1

8.5

10.5

14.6

FLEX-5

1.5

2.75

6.2

8.1

12.1

23.18 24.5

FLEX-6

Telecom Italia Standard ST-212

1.8

3.9

ST-214

0.9

1.95

5.7 4.3

12.2

14.3

6.8

8.5

16.9

23.1

D-29

Amphenol Telecom Solutions Coaxial Cable Cross Reference Cable Type 50VMTX 734D 735A 75VMTX BT2001 BT2002 BT2003 BT3002 CT1320 L910/39 LMR195 LMR240 LMR400 LMR600 PSF1/2M PSF1/3 PSF1/3LSHF RA7000 RG-5B/U RG-6A/U RG-8A/U RG-9B/U RG-10A/U RG-11A/U RG-12A/U RG-13A/U RG-14A/U RG-15/U RG-16/U RG-18A/U RG-19A/U RG-20A/U RG-21A/U RG-22B/U RG-23A/U RG-24A/U RG-25A/U RG-26A/U RG-27A/U RG-28B/U RG-34B/U RG-35B/U RG-36/U RG-41/U RG-54A/U RG-55B/U RG-56/U RG-57A/U RG-58C/U RG-59B/U RG-60/U RG-62A/U RG-62B/U RG-63B/U RG-64/U RG-65A/U RG-71B/U RG-72/U RG-73/U RG-74A/U RG-77A/U RG-78A/U D-30

Impedance

Max Oper. Volts

Inner Conductor Ø (mm)

Dielectric Core Ø (mm)

Outer Conductor Ø (mm)

Outer Jacket Ø (mm)

Remarks

50 75 75

250 1000

1.170 6.000 3.200

FEP jacket, Silvered braid Foam polyolefin insulation, Braid & tape Foam polyolefin insulation, Braid & tape

75 75 75

250

1.220 4.600 5.300

FEP jacket, Silvered braid Double braid Double braid

6.700 3.550 3.100

Double braid Double braid LSOH insulation, Braid & tape

3.850 4.950 6.100

Double braid Low loss, Double braid Low loss, Double braid

10.290 14.990

Low loss, Double braid Low loss, Double braid

75

7.500

BBC standard, Double braid

75 75

6.500 6.500

BBC standard, Double braid BBC standard, Double braid, LSHF

6.30 7.95

4.500 8.331 8.400 10.287

LSZH insulation For replacement only, use RG-212/U Double braid For replacement only, use RG-213/U

10.668 12.065 10.287

For replacement only, use RG-214/U For replacement only, use RG-215/U None

12.600 10.668 13.843 13.843 16.002 24.003

Same as RG-11A/U except armoured For replacement only, use RG-216/U For replacement only, use RG-217/U None None For replacement only, use RG-219/U

28.448 30.353 8.433 10.668 24.003 26.264 12.827 16.510 16.510 19.050 16.002 24.003 29.972 10.795 6.350 5.232 13.589 15.875

For replacement only, use RG-220/U For replacement only, use RG-221/U For replacement only, use RG-222/U Balanced cable twisted conductors Dual coaxial cable Dual coaxial cable Pulse cable Pulse cable High voltage pulse cable High voltage pulse cable None None None None None None Special twisted pulse cable Twin conductor

4.953 6.147 10.795 6.325 6.147 10.287 12.573 10.287 6.350 16.002 6.985 15.621 11.430 10.668

General purpose General purpose None None None Low capacitance Pulse High impedance delay line, video cable None None None For replacement only, use RG-224/U Pulse cable Same as RG-74A/U except single braid

75 75 76

0.61 0.31

3.70 1.95

5.06 2.70

75 50 50

0.40 0.95 1.42

2.30 2.79 3.81

3.53 4.55

50 50

2.74

7.24

8.17

75 50 75 52

3000 2700 5000

50 52 75

5000 5000 5000

75 74 52 76 52 52

5000 5000 7000 5000 6000 11000

52 52 53 95 125 125 48 48 48 48 75 75 69 67.5 58 53 53.5 95

14000 14000 2700 1000 3000 3000 8000 8000 15000 15000 6500 10000 13000 3000 3000 1900

53.5 75 50 93 93 125 48 950 93 150 25 52 48 48

1900 2300

0.724 7/0724

4.70 7.24

7/0.404

7.24

7.95

7/0.404

7.24

7.95

3000

750 1000 1000 750

7000 8000 8000

0.90 0.584

2.95 3.71

3.81 4.85

Amphenol Telecom Solutions Coaxial Cable Cross Reference – Continued Impedance

Max Oper. Volts

RG-79B/U RG-81/U RG-82/U RG-83/U RG-84A/U RG-85A/U RG-86/U

125 50 50

1000 3000 5000

12.065 9.525 19.050

RG-63B/U with armour Semi-Rigid high temperature cable Same as RG-81/U

35 75 75

2000 10000 10000

10.287 25.400 39.751

None RG-35B/U with lead sheath, not armour RG-84A/U with special armor

16.510

RG-87A/U

50

5000

10.795

RG-88/U RG-88A/U RG-88B/U RG-89/U RG-90/U RG-93/U

50 50 50

8000 8000 10000

13.081 13.081 14.351

Twin lead For replacement only. New, use RG-225/U Pulse None None

125 50

1000 3000

16.053 10.795

Low capacitance Carrier Frequency Communication Replaced with RG-117/U For replacement only. New, use RG-226/U None Shielded twisted pair None Special low capacitance None None For replacement only. New, use RG-227/U Same as RG-117/U. New, use RG-211A/U Same as RG-118/U. New, use RG-228A/U High temperature cable Same as RG-119/U, with armour Same as RG-58/U except smaller in size

Cable Type




200


50

10000

18.034

RG-94/U

50

7000

11.303

RG-100/U RG-108A/U RG-111A/U RG-114A/U RG-115/U RG-115A/U

35 78 95 185 50 50

2000 1000 1000 1000 4000 4000

6.147 5.969 12.446 10.287 9.525 10.541

RG-116/U

50

5000

12.065

RG-117A/U

50

7000

18.542

RG-118A/U

50

7000

19.812

RG-119/U RG-120/U RG-122/U RG-124/U RG-125/U RG-126/U

50 50 50

6000 6000 1900

11.811 13.335 4.064

73 150 50

2300 2000 3000

6.096 15.240 7.112

RG-130/U

95

8000

15.875

RG-131/U RG-133A/U RG-140/U RG-141A/U RG-142A/U RG-142B/U RG-143A/U RG-144/U RG-147/U RG-148/U RG-149/U RG-150/U RG-156/U

95 95 75 50 50 50 50 75 52 72 52 75 50

8000 4000 2000 1900 1900 1400 3000 5000 14000 4000 5000 5000 10000

18.034 10.287 5.918 4.826 4.950 4.953 8.255 10.414 49.200 20.320 10.287 12.065 13.716

RG-157/U

50

15000

18.415

RG-158/U RG-159/U RG-160A/U RG-164/U RG-165/U RG-166/U RG-174/U RG-177/U RG-178B/U RG-179B/U RG-180B/U RG-181/U RG-182/U

25 50 125 75 50 50 50 50 50 75 95 125 125

15000 2300 3000 10000 5000 5000 1500 11000 1000 1200 1500 3500 2300

18.415 4.953 26.797 22.098 10.414 11.684 2.800 22.733 1.800 2.540 3.683 16.256 26.797

0.94

2.95

4.11

7/0.16

1.52

1.95

7/0.102 7/0.102

0.84 1.60

1.37 2.13

Remarks

Replaced by RG-140/U Special low capacitance High attenuation same as RG-301/U Same as RG-57A/U except inner conductor Same as RG-130/U except for armor NATO type NWR7 High temperature, similar to RG-59A/U High temperature, similar to RG-58C/U High temperature, similar to RG-55A/U Same as above High temperature, similar to RG-58/U High temperature, similar to RG-11/U RG-19/U with armor RG-8/U with spiral armor Low noise Same as RG-149/U except armored Taped innerlayers 1 type K&1 type A-1R Between 2n braid of outer conductor & braided Tinned copper shield pulse cable Replaced by RG-142/U Same as RG-160/U except copper braid Same as RG-35B/U except armoured None Same as RG-165/U except armoured None None None None None None Special dual Twinax

D-31

Amphenol Telecom Solutions Coaxial Cable Cross Reference – Continued Cable Type

Impedance

Max Oper. Volts




19.050 7.163 10.287

Remarks

RG-187A/U

75

1200

2.794

RG-188A/U

50

1200

2.794

RG-189/U RG-190/U RG-191/U RG-192/U RG-193/U RG-194/U

50 50

3500 15000

22.225 17.780

None Delay cable Delay cable Same as RG-187/U except inner conductor Same as RG-188/U except inner conductor 7/8” stroflux cable Taped inner layers: 2 wraps of type K

25 12.5 12.5

15000 15000 30000

37.313 55.880 53.340

2 wraps of type L between outer braid Pulse cable Pulse cable Pulse cable Same as RG-195/U except inner conductor Same as RG-196/U except inner conductor None None None None

RG-183/U RG-185/U RG-186/U

50 2000 1000


12.5

30000

49.403

RG-195A/U

95

1500

3.937

RG-196A/U

50

1000

2.032

RG-197/U RG-199/U RG-200/U RG-209/U RG-210/U

50 70 70 50

3200

22.225 25.781 44.831 19.050

93

750

6.147

RG-211A/U

50

7000

18.542

RG-212/U RG-213/U RG-214/U RG-215/U RG-216/U RG-217/U RG-218/U RG-219/U RG-220/U RG-221/U RG-222/U RG-223/U RG-224/U RG-225/U RG-226/U RG-227/U RG-228A/U RG-230/U RG-231/U RG-232/U RG-233/U RG-234/U RG-235/U RG-236/U RG-237/U RG-240/U RG-242/U RG-244/U RG-245/U RG-246/U RG-247/U RG-248/U RG-249/U RG-251/U RG-252/U RG-253/U RG-254/U RG-255/U RG-256/U RG-257/U

50 50 50 50 75 50 50 50

3000 5000 5000 5000 5000 7000 11000 11000

50 50 50 50 50 50 50 50 50 25 50 50 50 50 50 50 50 50

14000 14000 2700 1900 7000 5000 7000 5000 7000

D-32

50 75 75 75 75 75 75 75 50 50 50 50 50 50

5000

7/0.752 7/0.752

0.88

7.24 7.24

2.95

7.95 8.84

4.00

8.433 10.287 10.795 12.065 10.795 13.843 22.098 24.003

Replaces RG-62C/U Same as RG-211/U except braid wire size Formerly RG-58/U Formerly RG-8A/U Double Braid, Formerly RG-9B/U Formerly RG-10A/U Formerly RG-13A/U Formerly RG-144A/U Formerly RG-17A/U Formerly RG-18A/U

28.448 30.353 8.433 5.486 15.621 10.922 12.700 12.446 20.193 18.796 12.700 26.670 44.831 83.693 11.938 12.700 15.240 41.275

Formerly RG-19A/U Formerly RG-20A/U Formerly RG-21A/U Formerly RG-55A/U Formerly RG-74A/U Formerly RG-87A/U Formerly RG-94A/U Formerly RG-116/U Same as RG-228/U except wire size Triaxial pulse cable None None None None None None None None

79.375 12.700 15.240 22.225 25.781 41.275 44.831 83.693 13.462 16.129 27.940 24.206 24.206 45.364

None None None None None None None None None None None None None None

Amphenol Telecom Solutions Coaxial Cable Cross Reference – Continued Cable Type RG-258/U RG-259/U RG-259/U RG-263/U

Impedance

Max Oper. Volts





Remarks

50 75 50

49.174 79.375 9.906

None None None

50

12.700

10.160 12.700 25.527

None Quad cable, same as RG-264/U except low temperature Delay cable None None None None For low loss and low voltage application

RG-264A/U

40

RG-266/U RG-268/U RG-269/U RG-270/U RG-279/U RG-280/U RG-281/U RG-282/U RG-283/U RG-284/U RG-285/U RG-286/U RG-287/U RG-292/U RG-293/U RG-294/U RG-295/U RG-296/U RG-297/U RG-298/U RG-301/U RG-302/U RG-303/U RG-304/U RG-305/U RG-306A/U RG-307/U RG-316/U RG-318/U RG-319A/U RG-321/U RG-322/U RG-323/U RG-324/U RG-325/U RG-326/U RG-327/U RG-331/U RG-332/U RG-333/U RG-334/U RG-335/U RG-336/U RG-360/U RG-366/U RG-367/U RG-369/U RG-370/U RG-371/U RG-376/U RG-377/U RG-378/U RG-382/U RG-385/U RG-400/U TZC75024

1530 50 50

19.050 4000

50 75 50

3000

46.482 3.175 11.862

50 54.6

4000 4500

19.050 5.080

For low loss and low voltage application For 150 degree [C] operation

46 75 100

8000

12.065 25.527 25.527

For 150 degree [C] operation None None None None None None Twinaxial MIL-C-23020/3 None

75 100 75 50 95 50 50

10000

46.482 46.482 46.482 13.843 16.002 22.73 30.226

50 50 50

3000 3000

25.527 16.510 6.223

None Similar to RG126/U with FEP jacket Similar to RG-126/U

75 50 50

2300 1900 3000

5.232 4.318 7.112

Similar to RG-140/U Similar to RG-141/U Similar to RG-143A/U

50.546 25.781

None None

6.858 2.750 27.940 50.800 72.390 77.216 26.924 24.892 11.811 19.787 29.972 15.875 20.701 26.721 12.700 15.875

Interlayer is polyvinyl chloride High temperature similar to RG-188A/U None None None None None None None None None None None None None None

22.225 20.955 15.748 132.080 11.938 9.906 3.556 26.924 13.462 50.800 41.148 16.764 4.950 3.550

None None None Very large cable None None None None None None None None Double braid, FEP Jacket Double braid

75 75 75 50 50 50 50 50 50 50 50 50 50 50 50 50 75 75 75 50 50 50 50 50 50 50 50 50 50 50 50 75

400 1200

0.45

19/0.203

1.56

2.95

2.01

4.11

D-33

Amphenol Telecom Solutions Coaxial Cable Abbreviations & Terminology Centre Conductor Types Abbreviation

Description

BC

Bare Copper

CCA

Copper Covered Aluminum

CCS

Copper Covered Steel

CW

Copperweld (Copper Covered Steel)

SCCS

Silver Covered Copper Steel

SOL

Solid

SPC

Silver Plated Copper

STRD

Stranded

TC

Tinned Copper

Shield Types Abbreviation

Description

100%F+95

100% Aluminum Bonded Foil +95% Tinned Copper Braid

COR-COP

Corrugated Copper

95%+BC

Minimum 95% Bare Copper

2/95%SC

Two 95% Coverage Minimum Silver Plated Copper

Dielectric Types Abbreviation

Description

CCFP

Closed-Cell Foam Polyethylene 84% V/P

FPE

Foam Polyethylene 78% V/P

LDF

Low-Density Foam Polyethylene 88% V/P

SPE

Solid Polyethylene 66% V/P

SSPE

Semi-Solid Polyethylene 84% V/P

STFE

Solid Teflon 69.4% V/P

V/P

Velocity of Propagation

Jacket Types Abbreviation

Description

BLK UVR

Black Ultra-Violet Resistant

IA

Ultra-Violet Resistant PVC

FEP

Teflon

IIA

UVR-DB Non-Contaminating PVC Direct Burial

IIIA

Ultra-Violet Resistant Polyethylene

TPE

Thermo-Plastic Elastomer

UVR-DB

Ultra-Violet Resistant Direct Burial

Frequency & Microwave Spectrums

D-34

Amphenol Telecom Solutions Jumper Cable Assemblies - Table of Contents Jumper Cable Assemblies Part Number System

Pages E1 – E2 Page E2


Amphenol Telecom Solutions Jumper Cable Assemblies Features

Environmental

   

Temp. Range

Low Loss High Strength Flexibility Excellent Intermodulation Specification

Electrical Insulated Resistance Peak Voltage Withstand Voltage Impedance Intermodulation VSWR Frequency Range

– -65°C thru 165°C

Related Information – >1000MΩ – 1000V / 50Hz – 2500V / 50Hz – 50Ω (+- 2Ω) – < -160 dBc – < 1.06 (0 – 1 GHz) < 1.08 (1 – 2 GHz) – 60GHz

Connectors Cable Hand Tools Termination Instruction Terminology

– Section A – Section C – Page D-7 – Section E – Section I

Part Number:

Type:

Description:

FYK03

7/16M-7/16M HCF½”-xxx

Connectors: 7/16 Male – 7/16 Male Cable: ½” Superflexible Coaxial Cable Length: As per Customer Requirement

Part Number:

Type:

Description:

FYK04

7/16M-7/16F HCF½”-xxx

Connectors: 7/16 Male – 7/16 Female Cable: ½” Superflexible Coaxial Cable Length: As per Customer Requirement

Part Number:

Type:

Description:

FYK06

7/16F-7/16MA HCF½”-xxx

Connectors: 7/16 Female – 7/16 Male, Right Angle Cable: ½” Superflexible Coaxial Cable Length: As per Customer Requirement

Part Number:

Type:

Description:

FYK10

NM-NM HCF ¼”-xxx

Connectors: N-Type Male – N-Type Male Cable: ¼” Superflexible Coaxial Cable Length: As per Customer Requirement

AFY

E-1

Amphenol Telecom Solutions Jumper Cable Assemblies – Continued

Part Number:

Type:

Description:

FYK11

NM-NF HCF ¼”-xxx

Connectors: N-Type Male – N-Type Male Cable: ¼” Superflexible Coaxial Cable. Length: As per Customer Requirement

Part Number:

Type:

Description:

FYK12

7/16M-7/16M LCF½”-xxx

Connectors: 7/16 Male – 7/16 Male Cable: ½” Annular Coaxial Cable. Length: As per Customer Requirement

Part Number:

Type:

Description:

FYK13

NM-7/16M LCF½”-xxx

Connectors: N-Type Male – 7/16 Male Cable: ½” Annular Coaxial Cable. Length: As per Customer Requirement

Replace xxx with the cable length in meters: 1 meter enter 1 and for 2.3 meters enter 2.3

Part Number System

XXXX X X – XXXX X X XXXXX - XXX Cable Length

Connector 1

(Meters)

7/16: 7/16 N: N-Type

E.G:

Male or Female

1: 1m 2.3: 2.3m

Cable Type

M: Male F: Female

*HCF ¼” HCF ⅜” HCF ½” HCF ⅞” *ACF ⅜” ACF ½” ACF ⅞” ACF 1¼” ACF 1⅝” 3D Cable 5D Cable 7D Cable 10D Cable 12D Cable LMR195 LMR200 LMR400 LMR600 *RG Series

Straight or R/A Blank: Straight R: Right Angle

Connector 2 7/16: 7/16 N: N-Type

Male or Female M: Male F: Female

Straight or R/A Blank: Straight R: Right Angle (*) Terminology -

HCF: Superflexible Coaxial Cable ACF: Annular Coaxial Cable

-

RG Series: Consult Representative for RG Type Suitability FYK Part Numbers are Amphenol standard parts AFY

E-2

Amphenol Telecom Solutions Accessories for Telecommunication Applications - Table of Contents Lightning Arresters – Quarter Wave Stub, Gas Tube & Hybrid

Pages F1 – F2

Bias-Tee Lightning Arresters – Quarter Wave Stub

Page F3

Earthing Kits – For Outdoor & Indoor Applications

Page F4

Cable Clamps – Cable Clamp, Hangar Clamp, Radiating Feeder Clamps

Page F5

Splitters & Couplers Tubular Power Splitter Microstrip Splitter Directional Coupler

Combiners – Dual Band (CDMA800/CDMA850/GSM900 & GSM1800/PCS1900/UMTS2100) & Tri Band (CDMA800/CDMA850/GSM900 & GSM1800/PCS1900 & UMTS2100) ATS-DBC0012 – Dual Band Outdoor / Indoor Combiner ATS-076 – Tri Band Outdoor / Indoor Combiner

Pages F6 – F7

Pages F8 – F11

Tower Mount Amplifiers ATS-GSM850-12-CWA – GSM850 Full Band Single Tower Mount Amplifier, Dual Duplex ATS-EGSM900-12-CWA – EGSM900 Full band Single Tower Mount Amplifier, Dual Duplex ATS-GSM1800-12-CWA – GSM1800 Full Band Twin Tower Mount Amplifier, Dual Duplex ATS-GSM1900-12-CWA – GSM1900 Full Band Twin Tower Mount Amplifier, Dual Duplex ATS-TMA0003F1V2 – UMTS2100 Twin Tower Mount Amplifier, AISG, 60MHz

Pages F12 – F22

ATS-PDU – 6-Way Power Distribution Unit for TMAs

Page F23

Wall Entry Panels

Page F24

Grounding Bars & Lightning Arrester Brackets

Page F24

Lugs & Adhesive Tapes

Page F24

7/16 & N-Type Calibration Kits – For BTS Installers

Page F25

Tools Cable Preparation Tools – For Base Station Installations CTL – Hand Crimp Tool for RF Connectors

Page F26

TM

ECONOHEX – Hand Tool and Crimp Dies for RF Connectors


Amphenol Telecom Solutions Lightning Arresters – Quarter Wave Stub, Gas Tube & Hybrid Description Broadband 1/4-Wave Stub Surge Protector/Lightning Arrestor Amphenol solves the problem of needing individual bandwidth stub protectors for each progressive wavelength. Our Broadband 1/4-Wave Stub is for use from 800 to 2200 MHz in the transmit and receive paths. These protectors offer multi-strike protection within the given bandwidth. This product is currently supplied with 7/16 DIN & N-Type male and female connectors, but other connector interfaces are available.

Gas Discharge Surge Protector/Lightning Arrestor Amphenol offers the ideal solution for applications where DC current must be allowed to pass through, such as with GPS applications and towermount amplifiers. Our Gas Discharge Protectors are rated from DC to 2200 MHz and have limited-strike capacity. This product is currently supplied with 7/16 DIN male and female connectors, but other connector interfaces are available.

Hybrid Lightning Arrestor This Arrestor from Amphenol combines the DC pass-through abilities of the Gas Discharge Protector with the multi-strike capability of the 1/4Wave Stub. Our hybrid is the correct choice for shared tower/antenna applications.

NOTE!  Lightning Arresters can be supplied with grounding hardware  WiMax Surge Protector/Lightning Arrestor also available  Customised options available 1/4-Wave Stub Surge Protector/Lightning Arrestor

Features & Benefits 1/4 Wave Stub  800 – 2200 MHz bandwidth  Multi-strike protection  Maintenance free Specifications Reference standard IEC60169-4 Electrical Impedance Frequency Range Insertion Loss (dB) Return Loss (dB) Avg. Continuous Power (Watts) Surge Rating PIM (dBc) 3rd order (two 43 dbm signals) Mechanical Retention Nut Torque Mechanical Wear (hypo-) Vibration Materials/Plating Outer Conductor Inner Conductor Nut Insulator Gasket Environmental Temperature Range Weather Standard Weatherproofing Standard

Gas Discharge Surge Protector/Lightning Arrestor

Gas Tube  DC – 2500 Mhz bandwidth  DC pass-through for GPS tower-mount  Serviceable chamber

Hybrid  DC – 2500 Mhz bandwidth  Multi-strike protection  DC pass-through

1/4 Wave Stub Gas Tube Hybrid 50 Ω 50 Ω 50 Ω 800 - 2200 MHz DC - 2500 MHz DC - 2500 MHz < 0.1 < 0.1 ≤ 0.15 ≥ 24 (824-894 MHz) ≥ 26.44 (1000 MHz) ≥ 23.13 ≥ 24 (1850-2200 MHz) ≥ 23 (1000 - 2000 MHz) ≥ 18 (rest of band) 500 150 300 40kA 20kA 20kA ≥ 150 dBc (3rd order) ≥160 dBc ≥ 173 dBc (5th order) 1/4 Wave Stub Gas Tube Hybrid ≥ 5.88 N ≥ 5.88 N ≥ 5.88 N 20 Nm 10 Nm 20 Nm 500 500 500 IEC68-2-6Fc IEC68-2-6Fc IEC68-2-6Fc 1/4 Wave Stub Gas Tube Hybrid Low Magnetism Brass/Copper Tin-Zinc >2μm CuBe2/Ag >5μm Brass/Nickel >5μm Brass/Nickel >5μm Brass/Copper Tin-Zinc >2μm PTFE Silicon Rubber Brass/Copper Tin-Zinc >2μm 1/4 Wave Stub Gas Tube Hybrid -55°C ~ +155°C -55°C ~ +155°C -40°C ~+85°C IEC 68 55/155/21 IEC 68 55/155/56 IEC 68 40/085/21 IP67 IP67 IP65

AFY

F-1

Amphenol Telecom Solutions Lightning Arresters – Quarter Wave Stub, Gas Tube & Hybrid – Continued Part Numbers & Technical Drawings Termination Instruction HH Part Number:

Description:

Dimensions:

1/4 Wave Stub 7/16 Connectors AFP1-1 AFP1-2 AFP1-3 AFP1-6 AFP1-7 AFP1-12

7/16 Female – 7/16 Male 800 – 1000 MHz No lock nut 7/16 Male – 7/16 Male 800 – 1000 MHz No lock nut 7/16 Female – 7/16 Female 800 – 1000 MHz No lock nut 7/16 Female – 7/16 Male 1700 – 1900 MHz No lock nut 7/16 Female – 7/16 Male 800 – 2500 MHz No lock nut 7/16 Female – 7/16 Male 800 – 2500 MHz Chassis mount lock nut – 7/16 Female

N-Type Connectors AFP5-1 AFP5-2 AFP5-3

N-Type Male – N-Type Female 800 – 1000 MHz No lock nut N-Type Male – N-Type Male 800 – 1000 MHz No lock nut N-Type Female – N-Type Female 800 – 1000 MHz No lock nut

Gas Tube 7/16 Connectors AFP11-4

7/16 Female – 7/16 Male DC – 2500 MHz Chassis mount lock nut – 7/16 Female

N-Type Connectors AFP37-3

N-Type Female – N-Type Female DC – 2500 MHz Chassis mount lock nut – 7/16 Female

Hybrid 7/16 Connectors AFP2-1

7/16 Female – 7/16 Male 800 - 1000 MHz

AFP2-2

7/16 Male – 7/16 Male 800 – 2200 MHz

AFP2-3

7/16 Female – 7/16 Female 800 – 2200 MHz

N-Type Connectors AFP3-1

N-Type Male – N-Type Female 800 – 2000 MHz

AFP3-2

N-Type Male – N-Type Male 800 – 2000 MHz

AFP3-3

N-Type Female – N-Type Female 800 – 2000 MHz AFY

F-2

Amphenol Telecom Solutions Bias-Tee Lightning Arresters – Quarter Wave Stub Features  ¼ Wave Stub with Bias-Tee insert  800 – 2200 MHz bandwidth  Multi-strike protection  Maintenance free  Lightning Arresters can be supplied with grounding hardware  Customised options available Specifications Electrical Impedance Frequency Range Return Loss Insertion Loss RF CW Power PIM (Max) DC Injection Port Decoupling DC Supply Voltage DC Injection Current Impulse Discharge Current

- 50 Ω - 2.176 MHz 800-2500 MHz - 20 dB ≥ 20 dB - 0.1 dB ≤ 0.15 dB - 500 Watt - -150 dBc - ≥ 30 dB - ≥ 48 VDC - ≥ 2 Amp - 20 Ka (Wave form 8/20 us)

Mechanical - > 5.88 N - 500 - IEC60068-2-6Fc

Environment Temperature Weather Standard Weatherproofing Standard

Jumper Cable: Bias Tee:

1850-1990 MHz ≥ 25 dB ≤ 0.15 dB

Material and Plating

Retention Mechanical Wear Vibration

Part Number: Connectors

1700-2200 MHz ≥ 23 dB ≤ 0.15 dB

- -40°C ~ +85°C - IEC60068-40/085/21 - IP54

AFP39-1 7/16 Female – 7/16 Female Bulkhead SMB Female (Mating connector can be supplied separately - Consult Amphenol)

Inner Conductor Outer Conductor Nut Insulator ROHS Compliant

Part Number: Connectors Jumper Cable: Bias Tee:

- QBe2 / Plating Ag 5um - C3602 / Plating Copper Tin-zinc 2um - HPb59-1 / Plating Copper Tin-zinc 2um - PTFE

AFP39-2 7/16 Male – 7/16 Female Bulkhead SMB Female (Mating connector can be supplied separately - Consult Amphenol)

AFY

F-3

Amphenol Telecom Solutions Earthing Kits – For Outdoor & Indoor Applications Electrical

Mechanical & Environmental

Surge Current Contact Resistance Conductor Resistance Earth Cable Cross-section Area

– 70 KA (8/20us) – <2mΩ – <5mΩ – 25 / 16 mm²

Pull Strength Withstand Earth Cable Length Temp. Range

– 500N – 1m Standard or Customer Specification – -35°C thru 75°C

Features

Application

 Simple Assembly  Outdoor type is Waterproof when correctly installed – No need for Mastick tape

 Outdoor - 3 earthing kits per jumper are commonly utilized. 1 on each end of the feeder and 1 in the centre of the feeder.  Indoor - 1 earthing kit per jumper is commonly utilized. This is connected to a grounding bar. 7/8” feeders are the most common type.

Outdoor Earthing Kit – Spring Type Specification: Protection

IP67

Material:

Part Number:

Description:

AFJDK02-1

For 4.4mm diameter cable

AFJDK02-2

For 10mm diameter cable

Strap Lug

Stainless Steel

AFJDK02-3

For ⅞” cable

Earth Lug

Stainless Steel

AFJDK02-4

For 1¼” cable

Nut & Bolt

Copper M6 x 25mm

AFJDK02-5

For 1⅝” cable

QBe2 (Berillium Copper)

Standard earth strap length is 1m, customer can specify alternate length.

Earth Braid

Installation Instruction II

Outdoor Earthing Kit – Strap Type Specification: Protection

IP67 only with Mastick Tape

Material:

Part Number:

Description:

AFJDK02-9

For ½” cable

AFJDK02-8

For ⅞” cable

Strap Lug

Stainless Steel

AFJDK02-10

For 1&¼” cable

Earth Lug

Stainless Steel

AFJDK02-11

For 1&⅝” cable

Nut & Bolt

Copper M6 x 25mm

Earth Strap

Copper


Installation Instruction On Request

Indoor Earthing Kit, Clip Type Specification: Protection

IP67 only with Mastick Tape

Material: Earth Clip

Copper

Earth Lug

Stainless Steel

Nut & Bolt

Copper M6 x 25mm

Part Number:

Description:

AFJDK03-1

For ⅞” cable, 1m earth strap

AFJDK03-2

For ⅞” cable, 1.5m earth strap

AFJDK02-14

For 1¼” cable


Installation Instruction JJ

Indoor Earthing Kit, Clamp Type Specification:

Part Number:

Description:

Material:

AFJDK02-12

For ⅞” - 1⅝” cable

Earth Lug

Stainless Steel

Metal Clamp

Stainless Steel

Nut & Bolt

Copper M6 x 25mm

Earth Clamp

Copper

Strap Cover

PVC


Installation Instruction KK AFY

F-4

Amphenol Telecom Solutions Cable Clamps Standard Cable Clamps

Hangar Cable Clamps

Leakage Cable Clamps

Material

Material

Material

Metal M6 Bolt Non-Metal

– 321 Stainless Steel – 316 Stainless Steel – PE / ABS

Metal M6 Bolt Non-Metal

– Galvanised Steel – 316 Stainless Steel – PE / ABS

Non-Metal

– NYLON

Environmental

Environmental

Environmental

Temp. Range

Temp. Range

Temp. Range – -35°C thru 75°C

– -35°C thru 75°C

– -35°C thru 75°C

Application

Application

Application

Cable laying for indoor and outdoor coverage

Cable attaching directly to towers and gantries with minimal workmanship

Cable laying for indoor coverage of leakage cable

Advantages

Advantages

Advantages

 Flexible, high intensity, not brittle under low

 Flexible, high intensity, not brittle under low

 Flexible, high intensity, not brittle under

temperature  Fire retardant with A0 grade

temperature  Fire retardant with A0 grade

low temperature

 Fire retardant with A0 grade

Standard Cable Clamps

Part Number: AFKK202-1 AFKK201-1 AFKK302-1 AFKK301-1

Description: 1 way for ½” cable 1 way for ⅞” cable 1 way for 1 & ¼” cable 1 way for 1 & ⅝” cable





Part Number: AFKK201-6 AFKK301-6 Also Available: AFKK201-5

Description: 3 x 2 way for ⅞” cable 3 x 2 way for 1 & ⅝” cable

Hangar Clamps

Part Number: AFHK201-6 AFHK302-4 AFHK301-4

2 x 2 way for ⅞” cable

Leakage Cable Clamps

Description: 2 way for ⅞” cable 1 way for 1 & ¼" cable 1 way for 1 & ⅝” cable

Part Number: AFFLCS-1/2 AFFLCS-7/8 AFFLCS-5/4 AFFLCS-13/8

Description: For ½” cable For ⅞” cable For 1 & ¼” cable For 1 & ⅝” cable

Part Number: AFFLCC-1/2 AFFLCC-7/8 AFFLCC-5/4 AFFLCC-13/8

Description: For ½” cable For ⅞” cable For 1 & ¼” cable For 1 & ⅝” cable

AFY

F-5

Amphenol Telecom Solutions Tubular Power Splitter Electrical

Mechanical

Frequency Range Max Power Impedance VSWR (All Ports) Insertion Loss

– 800 – 2500 MHz – 200 Watts – 50 ohm – 1.2:1 max – 2 Way: 0.1dB – 3 Way: 0.1dB – 4 Way: 0.1dB – -150dBC max – (2x20WTX)

Intermodulation

Connector Types Inputs/Outputs Weight & Size

Materials

– N-Type Jack – 7/16 Jack – 1/2, 1/3 & 1/4 Way – 2 Way: 0.28kg / 196 x 43 x 25 (mm) – 3 Way: 0.3kg / 222 x 61 x 25 (mm) – 4 Way: 0.32kg / 222 x 61 x 43 (mm)

Environmental

Body/Finish

– Aluminium/Powder Coated

2 Way Power Splitter

Part Number: AFGF2G01-1 AFGF2G02-1

Description: 7/16 Connector N-Type Connector

Temp. Range




– -35°C thru 75°C




Microstrip Splitter Electrical Frequency Range Max Power Impedance VSWR (All Ports) Insertion Loss Intermodulation Output Isolation Distribution Loss Phase Balance

Part Number: G-2W-N

Materials – 800 – 2500 MHz – 50 Watts – 50 ohm – 1.25:1 max – 2 Way: 0.3dB max – 3 Way: 0.5dB max – 4 Way: 0.4dB max – -140dBc, 2x40dBm – 20dB min – 2 Way: 3dB – 3 Way: 4.8dB – 4 Way: 6dB – 2 Way: sds 2 – 3 Way: sds 4 – 4 Way: sds 4

Description: 2 Way Microstrip Splitter

Part Number: G-3W-N

Body/Finish

– Aluminium/Powder Coated

Mechanical Connector Types Inputs/Outputs Weight & Size

– N-Type Female – 1/2, 1/3 & 1/4 Way – 2 Way: 0.24kg / 107 x 57 x 23 (mm) – 3 Way: 0.42kg / 129 x 89 x 23 (mm) – 4 Way: 0.6kg / 129 x 119 x 23 (mm)

Environmental Temp. Range

Description: 3 Way Microstrip Splitter

– -25°C thru 75°C

Part Number: G-4W-N

Description: 4 Way Microstrip Splitter AFY

F-6

Amphenol Telecom Solutions Directional Coupler Electrical Frequency Range Max Power Impedance VSWR Intermodulation Isolation Insertion Loss Reflected Power (Max) Coupling Input (+-1dB) Part Number: OH-5dB-N OH-6dB-N OH-7dB-N OH-8dB-N OH-10dB-N OH-13dB-N OH-15dB-N OH-20dB-N OH-25dB-N OH-30dB-N

Materials – 800 – 2500 MHz – 200 Watts Avg, 1.5KW Peak – 50 ohm Nominal – 1.20:1 max – -140dBc max, 2x43dBm – 23dB Minimum – See Table Below – See Table Below – See Table Below

Body/Finish

– Aluminum/Powder Coated

Mechanical Connector Types Weight & Size

– N-Type Female – See Table Below

Environmental Temp. Range

– -25°C thru 75°C

Coupling Input dB (Input ←→ P2):

Fluctuation dB:

Insertion Loss dB Max:

Reflected Power W Max.:

Weight kg:

-5 -6 -7 -8 -10 -13 -15 -20 -25 -30

±0.8 ±0.8 ±0.8 ±0.8 ±1 ±1 ±1 ±1 ±1 ±1

2.3 1.7 1.5 1.2 0.8 0.5 0.39 0.26 0.22 0.20

30 40 50 60 100 200 200 200 200 200

0.3 0.3 0.3 0.3 0.3 0.3 0.3 0.3 0.43 0.43

Drawing No 1

Drawing No:

1

2

Drawing No 2

AFY

F-7

Amphenol Telecom Solutions ATS-DBC0012 – Dual Band Outdoor / Indoor Combiner Features  Covers CDMA800/CDMA850/GSM900 and GSM1800/PCS1900/UMTS2100 bands  Used for feeder combining (near BTS) or feeder splitting (near antenna)  Low insertion loss, high power, low PIM  Small size, easy to install  Options for bypassing DC and RET (AISG) signals  Suited to outdoor use (weatherproof to IP66)  Single or dual configurations available  High levels of lightning immunity Variations Part Number Description ATSDBC0012F1V2 ATSDBC0012F1V4 ATSTDBC0012F1V2 ATSTDBC0012F1V4

DC/AISG Pass to 1800MHz only, with Single Wall/Pole Mounting Bracket Kit DC/AISG Pass to both ports, with Single Wall/Pole Mounting Bracket Kit DC/AISG Pass to 1800MHz only, with Double Wall/Pole Mounting Bracket Kit DC/AISG Pass to both ports, with Double Wall/Pole Mounting Bracket Kit

Shown fitted with Double Bracket

Technical Specifications (Port 1 = COM, Port 2 = 800/900 MHz, Port 3 = 1800/1900/2100 MHz) Port 2 Channel (800/900) Port 3 Channel (1800/1900/2100) Passband Insertion Loss Return Loss (Port 1, Port 2) Rejection 1710 - 2170 MHz Power Handling Intermodulation (IM3)

806 - 960 MHz 0.1 dB typ, 0.2 dB max 20.8 dB min, into 50 ohms 60 dBc min 200W avg, 1600W PIP 155 dBc min, 2x 20 W carriers

Passband Insertion Loss Return Loss (Port 1, Port 3) Rejection 806 – 960 MHz Power Handling Intermodulation (IM3)

1710 - 2170 MHz 0.2 dB typ, 0.3 dB max 20.8 dB min, into 50 ohms 50 dBc min 200W avg, 1600W PIP 155 dBc min, 2x 20 W carriers

General Isolation (Port 2 to 3, Port 3 to 2) 1710 – 2170 MHz 806 – 960 MHz Orientation Operating Temperature DC Pass Current AISG Compliant Altitude Environmental Protection Lightning Protection MTBF Connectors Dimensions Weight Enclosure Material Enclosure Colour

60 dB min 50 dB min Port 1(COM) towards either Antenna or BTS/Node B -40 to +65 ºC 10A continuous max, direction according to selected part number According to AISG Standard 1.1 2600m Max IP66 IEC61000-4-5 , (8/20us, +/-10kA Max, 10 Strikes each) 500,000 hours min DIN 7/16 Female x3 (Extended Barrel Type) 360x160x160mm (Double units) 7 kg Max (Double units) Aluminium Light Grey

Typical Response Curves

1710-2170 MHz Passband 806-960 MHz Rejection

806-960 MHz Passband 1710-2170 MHz Rejection ANTEL

F-8

Amphenol Telecom Solutions ATS-DBC0012 – Dual Band Outdoor / Indoor Combiner – Continued Mechanical Details Shown with Twin Bracket Fitted Dimensions in millimeters

Mounting Instructions Wall Mounting 4 x Through hole 9mm bolts

Pole Mounting 2 x Hose clamps 45-125mm, quick release

ANTEL

F-9

Amphenol Telecom Solutions ATS-076 – Tri Band Outdoor / Indoor Combiner Features  Covers CDMA800/CDMA850/GSM900 & GSM1800/PCS1900 & UMTS2100 bands  Used for feeder combining (near BTS) or feeder splitting (near antenna)  Low insertion loss, high power, low PIM  Small size, easy to install  Options for bypassing DC and RET (AISG) signals  Suited to outdoor use (weatherproof to IP66)  Available in single or dual configurations ( for Cross-Polarised antennas)  High levels of lightning immunity Variations Part Number

Description

ATS-076F3V1

DC/AISG path from Common to UMTS2100 port only, with Single Wall/Pole Mounting Bracket Kit

ATS-076F3V2

DC/AISG path from Common to GSM1800 port only, with Single Wall/Pole Mounting Bracket Kit

ATS-076F3V3

DC/AISG path from Common to GSM1800 and UMTS2100 port, with Single Wall/Pole Mounting Bracket Kit

ATS-076F3V4

No DC/AISG paths fitted, with Single Wall/Pole Mounting Bracket Kit

ATS-076F3V5

DC/AISG path from Common to All ports with Single Wall/Pole Mounting Bracket Kit

ATST-076F3V1

DC/AISG path from Common to UMTS2100 port only, with Double Wall/Pole Mounting Bracket Kit

ATST-076F3V2

DC/AISG path from Common to GSM1800 port only, with Double Wall/Pole Mounting Bracket Kit

ATST-076F3V3

DC/AISG path from Common to GSM1800 and UMTS2100 port, with Double Wall/Pole Mounting Bracket Kit

ATST-076F3V4

No DC/AISG paths fitted, with Double Wall/Pole Mounting Bracket Kit

ATST-076F3V5

DC/AISG path from Common to All ports with Double Wall/Pole Mounting Bracket Kit

Technical Specifications (Port 1 = COM, Port 2 = 800/900 MHz, Port 3 = 1800 MHz, Port 4 = 2100 MHz) Port 2 Channel (800/900) General Passband Insertion Loss Common Port Return Loss

806 - 960 MHz 0.1 dB typ, 0.2 dB Max 18 dB min, into 50 Ohms

Orientation

Channel Port Return Loss Delay Variation Rejection 1710 – 1880 MHz Rejection 1820 – 2170 MHz Power Handling Intermodulation (IM3)

18 dB min Group, into 50 Ohms 3 ns Typ Attenuation 70.0 dB Typ., 65.0 dB min 70.0 dB Typ., 65.0 dB min 240W Avg, 1000W PIP 155 dBc min, 2x 20 W carriers

DC Pass Current

(For -140 dBc specify CY076 variant)

Operating Temperature

AISG Compliant Altitiude Environmental Protection Lightning Protection

Port 3 Channel (1800/1900) Passband Insertion Loss Common Port Return Loss Channel Port Return Loss Delay Variation Rejection 900 – 960 MHz Rejection 1820 – 2170 MHz Power Handling Intermodulation (IM3)

1710 - 2170 MHz 0.20 dB Typ, 0.55 dB Max 18 dB min, into 50 Ohms 18 dB min Group, into 50 Ohms 25 ns Typ 70 dBc min 65.0 dB min 240W Avg, 1000W PIP

MTBF Connectors Dimensions Weight Enclosure Material Enclosure Colour

Port 1(COM) towards either Antenna or BTS/Node B -40 to +65 ºC 2.5A continuous Max, direction according to selected part number According to AISG Standard 1.1 2600m Max IP66 IEC61000-4-5 , (8/20us, +/-10kA Max, 10 Strikes each) 500,000 Hours min DIN 7/16 Female x4 (Extended Barrel Type) 328x168x80mm (Single units) 4.3 kg max (Single units) Aluminium Light Grey

155 dBc min, 2x 20 W carriers (For -140 dBc specify CY076 variant)

Port 4 Channel (UMTS2100) Passband Insertion Loss Common Port Return Loss Channel Port Return Loss Delay Variation Rejection 800 – 960 MHz Rejection 1710 – 1880 MHz Power Handling Intermodulation (IM7)

1920 - 2170 MHz 0.20 dB Typ, 0.50 dB Max 18 dB min, into 50 Ohms 18 dB min Group, into 50 Ohms 25 ns Typ 70 dBc min 65.0 dB min 240W Avg, 1000W PIP <-173 dBc (2x 20W, 7th order) ANTEL

F-10

Amphenol Telecom Solutions ATS-076 – Tri Band Outdoor / Indoor Combiner – Continued Mechanical Details Shown as Single Unit

Typical Application

Dimensions in millimeters

Mounting Instructions (Dual Unit Diplexer Shown) Wall Mounting 4 x Through hole 9mm bolts

Pole Mounting 2 x Hose clamps 45-125mm, quick release

ANTEL

F-11

Amphenol Telecom Solutions ATS-GSM850-12-CWA – GSM850 Full Band Single Tower Mount Amplifier, Dual Duplex Features      

Small, low weight, single unit Dual duplex Full band GSM850 Band Improved base station sensitivity High linearity Lightning protected  Fail-safe bypass mode  Pole and wall mounting options Accessory ATS-PDU

Power Distribution Unit: –40V~60V DC input, +12V DC output, 6 ways output plus low current, over current alarm indication See catalog page ATS-PDU

Technical Specifications Downlink (TX) Path

Power Supply and Alarm

Nominal Port Impedance

50 Ohm

Frequency Band

869 – 894 MHz

Band Width

25 MHz

Insertion Loss

DC Supply Voltage via BTS-RF Cable

+9 ~ +15 VDC

0.4 dB typ., 0.58dB Max

DC Supply Current, Normal Mode

110mA typ. at 12VDC

Return Loss, All Ports

18 dB min

DC Supply Current, Alarm Mode

200 – 250mA at 12VDC

Group Delay Variation

25 ns Max per 1.25 MHz Max

Environmental

Continuous Average Power

200 W Max.

Peak Envelope Power

1600 W Max (at sea level)

Maximum Operating Temperature Range

-40 to +65 ºC

Intermodulation, 2x 43 dBm Tx Carriers, BTS port

-110 dBm Max. in Rx band

Environmental Sealing - Housing

IP66

EMC/ESD Reference Standard

ETSI EN 301 489

Lightning Protection

IEC 61000-4-5

Uplink (RX) Path Nominal Port Impedance

50 Ohm

Frequency Band

824 – 849 MHz

Environmental Sealing Connectors

IP67

Bandwidth

25 MHz

Altitude

2600 m

Insertion Loss, Bypass Mode

2.5 dB Max.

MTBF

>700,000 hours

Gain

12 dB nom.

Enclosure Material

Aluminium

Input Intercept Point

> 10 dBm

Enclosure Colour

Light Grey

Gain Variation over Frequency

± 0.6 dB Max.

Mechanical


20 ns per 200 kHz Max.

1

Noise Figure

1.6 dB typ.

Weight

4.1 kg max

Connectors

DIN 7-16 (F) x 2 Extended Barrel

Mounting

Vertical, Pole / Wall

Noise Figure Maximum, Band Edge, Temperature Return Loss, Normal Mode, All Ports Return Loss, Bypass Mode, All Ports Maximum Input Power with No Damage

2.0 dB Max.

Dimensions

217 (H) x 127 (W) x 87 (D) mm

18 dB min 12 dB min

1 Excluding

connectors, and mounting bracket extension

<12 dBm ANTEL

F-12

Amphenol Telecom Solutions ATS-GSM850-12-CWA – GSM850 Full Band Single Tower Mount Amplifier, Dual Duplex – Continued Mechanical Dimensions

Typical TMA Application

Mounting Options

ATS-492-K0038

Single Wall/Pole Mounting Bracket Kit

ATS-492-K0039

Double Wall/Pole Mounting Bracket Kit

ATS-429-HC-0005

Spare Quick Release Metal Clamp for 45178mm diameter poles

ANTEL

F-13

Amphenol Telecom Solutions ATS-EGSM900-12-CWA – EGSM900 Full band Single Tower Mount Amplifier, Dual Duplex Features        

Small, low weight, single unit Dual duplex Full band GSM900 Improved base station sensitivity High linearity Lightning protected Fail-safe bypass mode Ideal for X-Pol systems  AISG mode and Current Window Alarm (CWA) modes supported Accessory ATS-PDU





50 Ohm

Frequency Band

925 – 960 MHz

Band Width

35 MHz

Insertion Loss


+9 ~ +15 VDC

0.4 dB typ., 0.55dB Max


110mA typ. at 12VDC


18 dB min


200 – 250mA at 12VDC


25 ns Max per 200 kHz Max

Environmental


200 W Max.

Peak Envelope Power



-40 to +65 ºC




IP66


ETSI EN 301 489


IEC 61000-4-5


50 Ohm

Frequency Band

880 – 915 MHz


IP67

Bandwidth

35 MHz

Altitude

2600 m


2.5 dB Max.

MTBF

>700,000 hours

Gain

12 dB nom.

Enclosure Material

Aluminium


> 10 dBm

Enclosure Colour

Light Grey


± 0.6 dB Max.

Mechanical



1

Noise Figure

1.6 dB typ.

Weight

4.1 kg max

Connectors


Mounting


Noise Figure Maximum, Band Edge, Temperature Return Loss, Normal Mode, All Ports Return Loss, Bypass Mode, All Ports Maximum Input Power with No Damage

2.0 dB Max.

Dimensions

236 (H) x 173 (W) x 87 (D) mm

18 dB min 12 dB min

1 Excluding


<12 dBm ANTEL

F-14

Amphenol Telecom Solutions ATS-EGSM900-12-CWA – EGSM900 Full band Single Tower Mount Amplifier, Dual Duplex – Continued Mechanical Dimensions


Mounting Options

ATS-492-K0038

Single Wall/Pole Mounting Bracket Kit

ATS-492-K0039

Double Wall/Pole Mounting Bracket Kit

ATS-429-HC-0005

Spare Quick Release Metal Clamp for 45178mm diameter poles

ANTEL

F-15

Amphenol Telecom Solutions ATS-GSM1800-12-CWA – GSM1800 Full Band Twin Tower Mount Amplifier, Dual Duplex Features        

Small, low weight, single unit Dual duplex Full band GSM1800 Band Improved base station sensitivity High linearity Lightning protected Fail-safe bypass mode Ideal for X-Pol systems  AISG mode and Current Window Alarm (CWA) modes supported Accessory ATS-PDU





50 Ohm

Frequency Band

1805 – 1880 MHz

Band Width

65 MHz

Insertion Loss


+9 ~ +15 VDC

0.6 dB typ., 0.80 dB Max


125mA typ. at 12VDC


18 dB min


200 – 250mA at 12VDC



Environmental


200 W Max.

Peak Envelope Power



-40 to +65 ºC




IP66


ETSI EN 301 489


IEC 61000-4-5


50 Ohm

Frequency Band

1710 – 1785 MHz


IP67

Bandwidth

65 MHz

Altitude

2600 m


3 dB Max.

MTBF

>500,000 hours

Gain

12 dB nom.

Enclosure Material

Aluminium


> 15 dBm

Enclosure Colour

Light Grey


± 0.6 dB Max.

Mechanical



1

Noise Figure

1.6 dB typ.

Weight

4.5 kg max

Noise Figure Maximum, Band Edge, Temperature

2.1 dB Max.

Connectors


Mounting


Return Loss, Normal Mode, All Ports Return Loss, Bypass Mode, All Ports Maximum Input Power with No Damage

Dimensions

236 (H) x 168 (W) x 67 (D) mm

18 dB min 14 dB min

1 Excluding


<12 dBm ANTEL

F-16

Amphenol Telecom Solutions ATS-GSM1800-12-CWA – GSM1800 Full Band Twin Tower Mount Amplifier, Dual Duplex – Continued Mechanical Dimensions


ANTEL

F-17

Amphenol Telecom Solutions ATS-GSM1900-12-CWA – GSM1900 Full Band Twin Tower Mount Amplifier, Dual Duplex Features        

Small, low weight, single unit Dual duplex Full band GSM1900 Band Improved base station sensitivity High linearity Lightning protected Fail-safe bypass mode Ideal for X-Pol systems  AISG mode and Current Window Alarm (CWA) modes supported Accessory ATS-PDU





50 Ohm

Frequency Band

1930 – 1990 MHz

Band Width

60 MHz

Insertion Loss


+9 ~ +15 VDC

0.6 dB typ., 0.80 dB Max


125mA typ. at 12VDC


18 dB min


200 – 250mA at 12VDC



Environmental


200 W Max.

Peak Envelope Power



-40 to +65 ºC




IP66


ETSI EN 301 489


IEC 61000-4-5


50 Ohm

Frequency Band

1850 – 1910 MHz


IP67

Bandwidth

60 MHz

Altitude

2600 m


3 dB Max.

MTBF

>500,000 hours

Gain

12 dB nom.

Enclosure Material

Aluminium


> 15 dBm

Enclosure Colour

Light Grey


± 0.6 dB Max.

Mechanical



1

Noise Figure

1.6 dB typ.

Weight

4.5 kg max


2.1 dB Max.

Connectors


Mounting


Return Loss, Normal Mode, All Ports Return Loss, Bypass Mode, All Ports Maximum Input Power with No Damage

Dimensions

236 (H) x 168 (W) x 67 (D) mm

18 dB min 14 dB min

1 Excluding


<12 dBm ANTEL

F-18

Amphenol Telecom Solutions ATS-GSM1900-12-CWA – GSM1900 Full Band Twin Tower Mount Amplifier, Dual Duplex – Continued Mechanical Dimensions


ANTEL

F-19

Amphenol Telecom Solutions ATS-TMA0003F1V2 – UMTS2100 Twin Tower Mount Amplifier, AISG, 60MHz Features  Small, low weight, twin unit  Dual duplex  Full band UMTS2100  Improved base station sensitivity  High linearity  Lightning protected  Fail-safe bypass mode  Ideal for X-Pol systems  AISG mode and Current Window Alarm (CWA) modes supported Technical Specifications Downlink (TX) Path Nominal Port Impedance Frequency Band Insertion Loss Return Loss, All Ports Group Delay Variation Absolute Group Delay Continuous Average Power Peak Envelope Power Intermodulation, 2x 43 dBm Tx Carriers, BTS port

AISG mode (The AISG port is BTS0) 50 Ohm 2110 – 2170 MHz 0.35 dB typ., 0.55dB Max 18 dB min (VSWR <1.3) 5 ns Max 20 ns Max 200 W Max. 1600 W Max (at sea level) -120 dBm Max. in Rx band, ANT port, 7th order

Uplink (RX) Path Nominal Port Impedance Frequency Band Gain Gain Variation Over Frequency and Temperature Group Delay Variation Group Delay Variation Any Absolute Group Delay Noise Figure

± 0.6 dB Max. 25 ns Max. 5MHz 10 ns Max. 60 ns Max. 1.2 dB typ. 1.8 dB Max.

Return Loss, Normal Mode, All Ports

18 dB min (VSWR <1.3)

Maximum Input Power with No Damage

210 ± 15 mA.

AISG Connector Current Rating AISG Version Alarm Messaging Maximum Baud Rate

< 4 Amp, pin 1 1.1 AISG V1.1 9600bps

Connections

Pin1 +12V; Pin2 NC; Pin3 RS485B; Pin4 RS485 Gnd; Pin5 RS485A; Pin6 NC; Pin7 DC Return; Pin8 NC. See photo.

Environmental 50 Ohm 1920 – 1980 MHz 12 dB nom.


Insertion Loss, Bypass Mode Return Loss, Bypass mode, All Ports Output Intercept Point

DC Supply Current, Both LNAs in GAIN Mode

Maximum Operating Temperature Range Environmental Sealing - Housing Environmental Sealing Connectors EMC/ESD Reference Standard

ESD Immunity Radiation Immunity Conducted Immunity, EFT Conducted Immunity, .15-80MHz Voltage Dip Immunity

IEC 61000-4-2, criteria B. IEC 61000-4-3, criteria A. IEC 61000-4-4, criteria B. IEC 61000-4-6, criteria A. IEC 61000-4-11, criteria B. ±10 kA, 8/20 μs Max. shield to body, to IEC61000-4-5

Lightning Protection, RF ports

+24 dBm min. <12 dBm

DC Supply Voltage via BTSRF cable DC Inrush Current (at Switch-on)

+9 ~ +15 VDC

Power Consumption, Per Port, CWA Mode, 12Volt

1.1W Typical

Current Window Alarm mode 105 ± 25 mA at 12VDC 105 ± 25 mA at 12VDC 225 ± 25 mA at 12VDC (per BTS port)

±5 kA, 8/20 μs Max. common mode, pin 1 ~ pin 7 ±3 kA, 8/20 μs Max. differential mode, pin 1 ~ pin 7 performance criteria B

350 mA Max per port 2.5W Typical

DC Supply Current Port BTS0 DC Supply Current Port BTS1 DC Supply Current, Alarm Mode

±3 kA, 8/20 μs Max. differential mode, RS485 Lightning Protection, AISG port

Power consumption, AISG Mode at 12Volt

±8 kA, 8/20 μs Max. centre pin to body, to IEC61000-4-5 performance criteria B. ±5 kA, 8/20 μs Max. common mode, RS485

90 dB min 30 dB min


ETSI EN 301 489 CISPR22, class B

Rejection 1 – 1880 MHz 2250 – 2500 MHz

IP66 IP67

Emission, Conducted and Radiated

3.0 dB typ / 3.6dB Max. 12 dB min (VSWR <1.5)

-40 to +65 ºC

Radiated Spurious Emissions MTBF

EN 301 908-1, class B >700,000 hours

Mechanical Dimensions Weight Connectors Mounting 1

1 Excluding

236 (H) x 168 (W) x 49 (D) mm 4.5 kg max DIN 7-16 (F) x 4 Extended Barrel Vertical, Pole / Wall

connectors, and mounting bracket extension ANTEL

F-20

Amphenol Telecom Solutions ATS-TMA0003F1V2 – UMTS2100 Twin Tower Mount Amplifier, AISG, 60MHz – Continued Block Diagram

Mode Selection The flowchart shows how to reach the two possible modes of operation with a decision time of up 3 minutes after power up. Once a mode is established, power must be removed to change that mode.

Typical Current Consumption The following table shows typical current consumption dependent on mode (AISG or CWA) and LNA State (Gain or Bypass). LNA State Current in Port Current in Port Mode (Gain or Bypass) BTS0 BTS1

AISG Mode

CWA Mode – Two Ports Powered

CWA Mode – One Port Powered

LNA0 = GAIN LNA1 = GAIN One LNA in BYPASS One LNA in GAIN LNA0 = BYPASS LNA1 = BYPASS LNA0 = GAIN LNA1 = GAIN LNA0 = BYPASS One LNA in GAIN LNA0 = GAIN LNA1 = BYPASS LNA0 = BYPASS LNA1 = BYPASS

205mA Port BTS1 is not used In AISG mode

127mA 50mA 94mA

94mA

213mA

107mA

107mA

213mA

225mA

225mA

LNA = GAIN

108mA

LNA = BYPASS

240mA

Alarm Description AISG mode  A persistent fault (1 FET failure or 2 FET failures) in an LNA will cause the LNA to be downpowered by the internal controller.  A persistent LNA fault does not automatically cause entry into Bypass.

CWA mode  A persistent fault (1 FET failure or 2 FET failures) in an LNA will cause the LNA to be downpowered by the internal controller.  A persistent LNA fault will automatically cause entry into Bypass. In all modes, an LNA fault is detectable if it is set to the Gain State. No fault is detectable in the Bypass State. Cycling the DC power off then on allows faults to be cleared and re-measured. An LNA, that has been previously commanded into the Bypass State using AISG commands, remains in Bypass when the DC power is next cycled off then on. An AISG command is required to restore the Gain State in this case. ANTEL

F-21

Amphenol Telecom Solutions ATS-TMA0003F1V2 – UMTS2100 Twin Tower Mount Amplifier, AISG, 60MHz – Continued Mechanical Dimensions

Female ASIG Connector Pinout Guide Slot at the Bottom

ANTEL

F-22

Amphenol Telecom Solutions ATS-PDU – 6-Way Power Distribution Unit for TMAs Features  24V or 48V input voltage models  Non-polarized input  Six +12VDC output ports  LED status indicators for each TMA  Alarm relay for each TMA plus a summary alarm  19 inch rack mounting  Low profile  Power supply redundancy Variations Part Number PDU0002F1V1 PDU0002F1V2

Input voltage (UL1950) ±38 ~ ± 60 ±20 ~ ± 36

# DC-DC converters 2 2

Maximum Output Power 2 x 15 W 2 x 15 W

Hot Standby Redundancy Y Y

Technical Specifications Voltage Requirement Maximum Input Current Input Protection Output Voltage Output Power Rating Operating Current Range Indicators: TMA Status (6x): Green Amber Red Power Status: Green Red Input / Output Isolation Alarm Sense Alarm Relay Surge Protection Connectors: DC OUT DC IN Summary Alarm Operating Temperature Range MTBF Weight

Any polarity (See table above) 3A Fuse (Slow Blow) 12V nominal Up to 30W (See table above) Factory Programmable Within 20mA ~ 700mA

Power ON, TMA OK (Channel Active) TMA OFF (Channel Inactive) TMA FAIL, TMA OFF PSU OK PSU FAIL (V3 / V6) or Low Voltage 500V DC De-energised in “FAIL” State or Power Off Contact Rating 0.5A @ 60V DC Varistor, Transzorb network per output Molex Mini-Fit Junior 2-way Molex Mini-Fit Junior 2-way D25 (F) -20° to +60° C, Indoor >400Khrs at 22°C 1.0kg

Mechanical Dimensions

ANTEL

F-23

Amphenol Telecom Solutions Wall Entry Panels Material Metal Nonmetal

Types – Stainless Steel or aluminium alloy – Silicon Rubber

Metal Rubber Bushes

– 4 Hole, 6 Hole, 9 Hole, 12 Hole – 1/2”, 7/8”, 7/8”, 1-1/4”, 1-5/8”

Features  Robust design.  Customisable design at cost-effective rate.

Product Selection – Part Numbers Available on Request

Description: 4 Hole wall entry panel complete with rubber bushes

6 Hole wall entry panel complete with rubber bushes



Grounding Bars & Lightning Arrester Brackets

Description: Custom designed grounding bars can utilized in conjunction with Amphenol’s range of earthing kits and lightning arresters

Lugs

Adhesive Tapes

Part Number:

Description:

Part Number

Description:

On Request

A complete range of lugs of various sizes and configuration

On Request

For waterproofing of cable assemblies, earthing kits and various other externally mounted products AFY

F-24

Amphenol Telecom Solutions 7/16 & N-Type Calibration Kits – For BTS Installers Description Amphenol offers a range of unitary tee piece calibration kits. These calibration kits are available in both genders for a 7/16 interface up to 4 GHz and an N-Type interface up to 6 GHz. These products feature rugged stainless steel bodies, high performance interfaces and proven thin film technology to accept input signal levels up to +30 dBm. Long term performance is ensured by making the interfaces replaceable. In the event of damage from use; repair and return can be rapidly achieved. These calibration kits are usable with a wide range of proprietary test equipment from well-known manufacturers. These one piece kits greatly simplify field and factory calibration at an affordable price. Features & Benefits

Applications

    

 Telecommunication infrastructure  Field testing with hand-held measurement equipment  Factory production testing

Unitary 3 port design Open/short/Load Performance to 4 GHz (7/16) & 6 GHz (Type N) Rugged design for use on-site or in factory +30 dBm max. load input (7/16) +25 dBm max. load input (Type N)

Specifications General

7/16

N-Type

45 MHz – 4 GHz

45 MHz – 6 GHz

Impedance

50 Ohms

50 Ohms

Input Power

Frequency Range

+30 dBm max

+25 dBm max

Source Match

≥ 35 dB

≥ 35 dB

Directivity

≥ 40 dB

≥ 42 dB

Tracking

N/A

≤1.5 degrees

Open

7/16

N-Type

Male Offset Length

19.800 mm

21.287 mm

Female Offset Length

29.200 mm

21.287 mm

3.00 degrees

1.25 degrees

≤ 0.10 dB

≤ 0.10 dB

7/16

N-Type

50 Ohms ± 50 Ohms

50 Ohms ± 50 Ohms

≥ 40 dB 45 MHz – 2.5 GHz ≥ 38 dB 2.5 GHz – 2.5 GHz – 4 GHz

≥ 42 dB

7/16

N-Type

Male Offset Length

19.800 mm

21.287 mm

Female Offset Length

29.200 mm

21.287 mm

2.00 degrees

0.85 degrees

Male: ≤ 0.05 dB Female: ≤0.20 dB

Male: ≤ 0.10 dB Female: ≤ 0.10 dB

Phase Tolerance Return Loss Load DC Resistance Return Loss Short

Phase Tolerance Return Loss Part Numbers Consult Amphenol SV

F-25

Amphenol Telecom Solutions Cable Preparation Tools – For Base Station Installations From Left to Right ATS-CR-XX ATS-CK-XX ATS-FT-XX

Cutting Ring for 1&1/4” & 1&5/8”Coaxial Cable Cable Knife for 1/4”, 1/2” & 7/8” Coaxial Cable Flaring Tool for 1/2”& 7/8” Coaxial Cable

ATS-BR

Brush

ATS-SP-##

Open-ended Spanner

ATS-HS-$$

Hook Spanner for Connector Hacksaw

ATS-KN

Stanley Knife

ATS-SW

ATS-SC

Sidecutter

XX – Specify Coaxial Cable Type

## - Specify Spanner Size (Metric)

$$ - Specify Connector Part Number

CTL – Hand Crimp Tool for RF Connectors Tool Part Number:

Cable RG-/U

CTL-1

55, 58, 59, 62, 140, 141, 142, 210, 223, 303, Plenum 59, 62; Belden 9258, 9259, 9907, 89907; *L910/16, 34, 39; BT2002, BT3002

Connector

6, 174, 179, 187, 188, 316, Plenum 58; Belden 8281

BNC & TNC

CTL-3

8, 11, 55, 58, 141, 142, 149, 213, 214, 223, 225, 303, 393, 400; Ethernet Cables *L910/16, 34, 39; BT2002, BT3002

N, 1.0/2.3 & 1.6/5.6

CTL-5

Belden 8227, 9207, 89207; IBM 7362211 Twinax

50Ω & 75Ω BNC & TNC

CTL-8

6, 59, 62, Plenum 59, 62

50Ω & 75Ω BNC & TNC

CTL-9

174, 180, 188, 360

SMA

CTL-11

Belden 9913, 9914; LMR 400

N

CTL-13

174, 178, 188, 196, 316, RD-316

MMCX, MCX, SMA, SMB

CTL-14

Belden 8281, 1694A, AT&T 734A

BNC

AT&T 734A, 735A, Belden 8218 TM

ECONOHEX

227-1420 227-1419 227-1418 227-1417 227-987

C

6.5

A B C A B

4.5 8.2 1.7 2.5 10.9

55, 58, 59, 62, 140, 141, 142, 210, BNC, TNC, 223, 303, 400; Plenum 59, 62; Mini-UHF, N, Belden 9258, 9259, 9907, 89907 1.0/2.3 & *L910/16, 34, 39; BT2002, BT3002 1.6/5.6

59, 62, 174; Plenum 59, 62

Die Set Part Number:

A B

(mm) 1.7 5.4

82-5589RFX1

CTL-6

CTL-15

Hex Sizes

BNC, TNC, 1.0/2.3 & 1.6/5.6

CTL-2

CTL-4

Cavity

BNC

Remarks Crimps inner contact and outer ferrule. * Use Inner Contact Crimp Tool 413 SP 00 Crimps inner contact and outer ferrule. Crimps inner contact and outer ferrule. * Use Inner Contact Crimp Tool 413 SP 00

C

5.4

A B C A B C D E A B C D A

10.9 1.9 1.9 1.3 1.7 2.5 5.4 6.5 4.5 6.5 1.3 1.7 1.3

B C D A B C A B A B C A B C D A B C

1.7 6.5 8.2 1.7 3.3 4.5 2.9 10.9 2.67 3.25 3.84 6.5 8.2 8.3 1.1 4.6 4.8 1.1

CTL Tool (ARFA/RF) For center contacts

Crimps inner contact and outer ferrule. * Use Inner Contact Crimp Tool 413 SP 00

Crimps inner contact and outer ferrule.


413SP00 (ASF)




SP456 00 Quick Stripper for L910/34 & 39 Cable

– Hand Tool and Crimp Dies for RF Connectors Hex Sizes across flats (mm)

Cable RG-/U 8, 9, 11, 87A, 149, 165, 213, 214, 216, 225, 393 55, 58, 141, 142, 142B, 223, 303, 400 59, 62, 140, 210, 302, Belden 9258, Amph. 621-6003 122, 180, 195, 316, Amph. 21597 Belden 8227, 9207; IBM 736221 Twinax

Connector

Cavity A (outer)

Cavity B (inner)

BNC, N

10.9

2.5

BNC, RP-BNC, RP-TNC, RP-SMA

Cav. B = 5.4

BNC

Cav. A = 6.5

BNC

4.5

1.7

B/C only center contacts

10.9

1.9

Cav. C = 1.7

Econohex Tool Handle without Dies

Hand Tool and Dies sold separately. Refer to detailed catalogue CAT-1 11/00 for strip & Crimp instructions and further cable and tooling options.

Tool Diagrams are representative only ARFA / RF / ASF-DOLE /AFY

F-26

Amphenol Telecom Solutions Assembly & Installation Instructions - Table of Contents Termination Instructions - A – Cable Solder (Semi-Rigid) - B – Cable Solder (Semi-Rigid) - C – Cable Crimp - D – Cable Solder (Semi-Rigid) - E – Cable Crimp/Crimp - F – Cable Crimp/Crimp - G – Cable Crimp/Crimp - H – Cable Clamp/Solder - I – Cable Clamp/Solder - J – Cable Wedge Compression - K – Cable Twist-On - L – Cable Clamp

- M – Cable Solder - N – Cable Solder with Reducing Adapter - O – FCP - P – Cable Crimp/Crimp - Q – 1.6/5.6 Cable Clamp/Solder - R – 7/16 Cable Clamp - S – Cable Solder (Semi-Rigid) - T – Cable Solder (Semi-Rigid) - U – Cable Solder (Semi-Rigid) - V – Cable Crimp - W – Cable Crimp - Terminology

Pages G1 – G4

Termination Instruction X - 7/16 Male Connector for ½ Superflex Cable

Pages G5 – G6

Termination Instruction Y - 7/16 Male & 7/16 Female Connector for ⅞ Annular Cable

Pages G7 – G8

Termination Instruction Z - 7/16 Male Connector for ⅞ Superflex Cable

Page G9 – G10

Termination Instruction AA - 7/16 Male Connector for ⅞ Leoni Superflex Cable

Pages G11 – G12

Termination Instruction BB - 7/16 Female Connector for 1 ¼ Annular Cable

Pages G13 – G14

Termination Instruction CC - 7/16 Male & Female Connector for 1 ⅝ Annular Cable

Pages G15 – G16

Termination Instruction DD - N-Type Male Connector for ½ Annular Cable

Pages G17 – G18

Termination Instruction EE - N-Type Female Connector for ⅞ Annular Cable

Pages G19 – G20

Termination Instruction FF - N-Type Male Connector for RG214 Cable

Pages G21 – G22

Termination Instruction GG - N-Type Male Connector for FB50-10D Cable

Page G23

Termination Instruction HH - Lightning Arrester

Page G24

Termination Instruction II - Earthing Kit: Outer Spring Type for 7/8”, 1 1/4” or 1 5/8” Annular Cable

Page G25

Termination Instruction JJ - Earthing Kit: Clip Type for 7/8” or 1 1/4” Annular Cable

Page G26

Termination Instruction KK - Indoor Earthing Kit

Page G27

Termination Instruction LL - Installation Instruction for Manual Electrical Downtilt Antennas

Page G28


Amphenol Telecom Solutions Termination Instructions A – Cable Solder (Semi-Rigid)

B – Cable Solder (Semi-Rigid)

C – Cable Crimp

STEP 1. All parts of the connector are shown. STEP 2. Strip the inner conductor, dielectric, and jacket per “RECOMMENDED CABLE STRIPPING DIM’S” in catalog. STEP 3. Solder the BODY to cable as shown. (Avoid excessive heat which may distort dielectric.) STEP 4. Place the RETAINER RING in the groove of BODY, and put the GASKET in the position as shown. STEP 5. Compress the BODY assembly and assemble the SHELL as shown.

STEP 1. All parts of the connector are shown. STEP 2. Strip the inner conductor, dielectric, and jacket per “RECOMMENDED CABLE STRIPPING DIM’S” in catalog STEP 3. Insert inner conductor into the CONTACT PIN and solder it as shown STEP 4. Solder the MAIN BODY to cable as shown (avoid excessive heat which may distort dielectric). Then press the INSULATOR into the MAIN BODY until it stops.

STEP 1. All parts of the connector are shown. STEP 2. Strip the cable inner conductor, dielectric, braid, and jacket per “RECOMMENDED CABLE STRIPPING DIM’S” in catalog. STEP 3. Slide the HEX NUT and FERRULE onto cable. Then insert the BARREL into braid and dielectric, and slide the FERRULE over braid and crimp it as shown. STEP 4. Slide the REAR INSULATOR against the BARREL. Then insert inner conductor into the CONTACT PIN and solder it as shown. STEP 5. Slide the FRONT INSULATOR against the REAR INSULATOR. STEP 6. Insert cable and parts into the MAIN BODY, then screw the HEX NUT until it is tight.

D – Cable Solder (Semi-Rigid)

E – Cable Crimp/Crimp

F – Cable Crimp/Crimp

STEP 1. All parts of the connector are shown. STEP 2. Strip the inner conductor, dielectric, and jacket per “RECOMMENDED CABLE STRIPPING DIM’S” in catalog. STEP 3. Solder inner conductor to the contact pin of MAIN BODY, and solder cable jacket to the MAIN BODY as shown. STEP 4. Screw the NUT into the MAIN BODY until it stops.

STEP 1. All parts of the connector are shown. A crimp tool is necessary to complete the termination. STEP 2. Strip the cable inner conductor, dielectric, braid, and jacket per “RECOMMENDED CABLE STRIPPING DIM’S” in catalog. STEP 3. Insert inner conductor into the CONTACT PIN and crimp it with the crimp tool as shown. Then slide the FERRULE onto cable. STEP 4. Insert the MAIN BODY into braid and dielectric. STEP 5. Slide the FERRULE over braid and crimp it with the crimp tool as shown.

STEP 1. All parts of the connector are shown. A crimp tool is necessary to complete STEP 2. Strip the cable inner conductor, dielectric, braid, and jacket per “RECOMMENDED DIM’S” in catalog. STEP 3. Insert inner conductor into the CONTACT PIN and crimp it with the crimp tool the FERRULE onto cable. STEP 4. Insert the MAIN BODY into braid and dielectric. STEP 5. Slide the FERRULE over braid and crimp it with the crimp tool as shown. G-1

Amphenol Telecom Solutions Termination Instructions G – Cable Crimp/Crimp

H

STEP 1. All parts of the connector are shown. A crimp tool is necessary to complete the termination. STEP 2. Strip the cable inner conductor, dielectric, braid, and jacket per “RECOMMENDED CABLE STRIPPING DIM’S” in catalog. STEP 3. Slide the FERRULE onto cable, then fold back braid wire and slide the SPACER and INSULATOR onto dielectric as shown. STEP 4. Insert inner conductor into the CONTACT and crimp it with the crimp tool as shown. STEP 5. Push cable and parts into the MAIN BODY until it stops. Then slide the FERRULE over braid wire and against the MAIN BODY and crimp it with the crimp tool as shown.

STEP 1. All parts of the connector are shown. STEP 2. Strip the cable inner conductor, dielectric, braid, and jacket per “RECOMMENDED CABLE STRIPPING DIM’S” in catalog. STEP 3. Insert inner conductor into the CONTACT and solder it as shown. Then slide the HEX NUT, WASHER, and GASKET onto cable. STEP 4. Place the BRAID CLAMP over braid and push back against cable jacket. Fold back braid wire as shown. STEP 5. Insert cable and parts into the MAIN BODY, then screw the HEX NUT until it is tightened.

STEP 1. All parts of the connector are shown. STEP 2. Strip the cable inner conductor, dielectric, braid, and jacket per “RECOMMENDED CABLE STRIPPING DIM’S” in catalog. STEP 3. Slide the HEX NUT, WASHER, and GASKET onto cable one by one. STEP 4. Place the BRAID CLAMP over braid and push back against cable jacket. Fold back braid wire as shown, and slide the RING and REAR INSULATOR against the BRAID CLAMP. Then insert inner conductor into the CONTACT PIN and solder it. STEP 5. Insert cable and parts into the MAIN BODY, then screw the HEX NUT until it is tightened.

J – Cable Wedge Compression

K

L

STEP 1. All parts of the connector are shown. STEP 2. Strip the cable inner conductor, dielectric, braid, and jacket as per "RECOMMENDED CABLE STRINPPING DIM'S " in catalog. STEP 3. Slide the HEX NUT onto cable, then insert the CONTACT ASSEMBLY under braid and jacket. STEP 4. Insert cable and parts into the MAIN BODY, then screw the HEX NUT until it is tight.

STEP 1. The connector is shown. STEP 2. Strip the cable inner conductor, dielectric, braid, and jacket per “RECOMMENDED CABLE STRIPPING DIM’S” in catalog. STEP 3. Twist braid in a clockwise direction so that at least 0.8mm of dielectric is bared, and braid is left flat. STEP 4. Insert inner conductor into the back end of connector gently, and feed it into the contact. STEP 5. Push and screw the connector onto cable in a clockwise direction until it stops.

G-2

– Cable Clamp/Solder

– Cable Twist-On

I – Cable Clamp/Solder

– Cable Clamp

STEP 1. STEP 2.

STEP 3. STEP 4. STEP 5. STEP 6.

All parts of the connector are shown. Strip the cable inner conductor, dielectric, braid, and jacket per “RECOMMENDED CABLE STRIPPING DIM’S” in catalog. Then slide the NUT, WASHER, and GASKET onto cable. Place the BRAID CLAMP over braid and push back against cable jacket. Fold back braid wire as shown. Slide the RING against the BRAID CLAMP. Then insert inner conductor into the CONTACT PINS and solder them. Insert the CONTACT PINs into the INSULATOR until the INSULATOR is against the TOP HAT. Insert cable and parts into the MAIN BODY, aligning slot of the INSULATOR with key in the MAIN BODY. Then screw the NUT until it is tight.

Amphenol Telecom Solutions Termination Instructions M – Cable Solder

N – Cable Solder with Reducing Adapter

O – FCP

STEP 1. All parts of the connector are shown. STEP 2. Strip the cable inner conductor, dielectric, braid, and jacket per “RECOMMENDED CABLE STRIPPING DIM’S” in catalog. STEP 3. Slide the SHELL onto cable, then screw the MAIN BODY onto cable and solder it as shown. STEP 4. Slide the SHELL forward and screw in place on the MAIN BODY.

STEP 1. All parts of the connector are shown. STEP 2. Strip the cable inner conductor, dielectric, braid, and jacket per “RECOMMENDED CABLE STRIPPING DIM’S” in catalog. STEP 3. Slide the SHELL and REDUCER onto cable, then fold back braid wire over the REDUCER as shown. STEP 4. Screw the MAIN BODY onto the REDUCER and solder it as shown. STEP 5. Slide the SHELL forward and screw in place on the MAIN BODY.

STEP 1. All parts of the connector are shown. STEP 2. Strip the cable inner conductor, dielectric, braid, and jacket per “RECOMMENDED CABLE STRIPPING DIM’S” in catalog. STEP 3. Slide the FERRULE and SHELL onto cable, and insert the MAIN BODY into braid and dielectric until it is against cable jacket. Then crimp the CONTACT as shown. STEP 4. Slide the SHELL onto the MAIN BODY, and push the FERRULE until it is against the MAIN BODY. Trim the inner conductor if any excess extends out beyond the end of the CONTACT.

P – Cable Crimp/Crimp

Q – 1.6/5.6 Cable Clamp/Solder

R – 7/16 Cable Clamp

STEP 1. All parts of the connector are shown. A crimp tool is necessary to complete the termination. STEP 2. Strip the cable inner conductor, dielectric, braid, and jacket per “RECOMMENDED CABLE STRIPPING DIM’S” in catalog. STEP 3. Insert inner conductor into the CONTACT PIN and crimp it with the crimp tool as shown. Then slide the FERRULE and SHELL onto cable. STEP 4. Insert the MAIN BODY under braid and dielectric. STEP 5. Slide the SHELL until it is against the MAIN BODY. Slide the FERRULE over braid and crimp it with the crimp tool as shown.

STEP 1. All parts of the connector are shown. STEP 2. Strip the cable inner conductor, dielectric, braid, and jacket as per " RECOMMENDED CABLE STRINPPING DIM'S " in catalog. STEP 3. First slide the Nut onto cable, then Insert inner conductor into the CONTACT PIN and solder it, fold back braid wire as shown. STEP 4. Place the BRAID CLAMP ove braid and push back against cable jacket. STEP 5. Insert cable and parts into the MAIN BODY, then screw the NUT until it is tightened.

STEP 1. All parts of the connector are shown. STEP 2. Strip the cable inner conductor, dielectric, outer conductor, and jacket as per "RECOMMENDED CABLE STRINPPING DIM'S"in catalog. STEP 3. Thread the GASKET onto the cable until against cable jacket. STEP 4. Thread the CLAMP NUT onto the cable until the A dimension 1-1.5 mm, then push the TOP HAT onto the outer conductor of cable inside as shown. STEP 5. Thread the MAIN BODY onto the CLAMP NUT and tighten the connection with wrenches, hold the CLAMP NUT and turn only the MAIN BODY. G-3

Amphenol Telecom Solutions Termination Instructions S

– Cable Solder (Semi-Rigid)

T


U


STEP 1. All parts of the connector are shown. STEP 2. Strip the inner conductor, dielectric, and jacket as per RECOMMENDED CABLE STRIPPING DIM'S" in catalog. STEP 3. Insert inner conductor into the CONTACT PIN and solder it as shown. STEP 4. Solder the MAIN BODY to cable as shown.

STEP 1. All parts of the connector are shown. STEP 2. Strip the inner conductor, dielectric, and jacket as per "RECOMMENDED CABLE STRIPPING DIM'S" in catalog. STEP 3. Solder inner conductor to the contact pin of MAIN BODY, and solder cable jacket to the MAIN BODY as shown. STEP 4. Press the COVER into the MAIN BODY until it flat with the MAIN BODY.

STEP 1. All parts of the connector are shown. STEP 2. Strip the inner conductor, dielectric, and jacket as per "RECOMMENDED CABLE STRIPPING DIM'S" in catalog. STEP 3. Slide the INSULATOR onto inner conductor against the jacket. Then insert inner conductor into the CONTACT PIN and solder it as shown. STEP 4. Slide the SOLDER NUT onto cable. STEP 5. Insert cable and parts into the MAIN BODY, then screw the SOLDER NUT until it is tight and solder it as shown.

V

W – Cable Crimp

Terminology

– Cable Crimp

CRIMP/CRIMP - Inner Contact and Ferrule is Crimped CRIMP/SOLDER - Inner Contact is Soldered and Ferrule is Crimped Solder straight strain relief plugs - Inner Contact is Soldered, Strain Relief can be by either boot, overmould or plastic cover Captive contact - Inner Contact fixed to Dielectric Non Captive contact - Inner Contact supplied separately Pin to Pin contact - Inner Contact fixed to Dielectric, a second Inner Contact is supplied that fits into the fixed Contact

STEP 1. All parts of the connector are shown. A crimp tool is necessary to complete the connection. STEP 2. Strip the inner conductor, dielectric, braid, and jacket as per "RECOMMENDED CABLE STRIPPING DIM'S" in catalog. STEP 3. Insert cable into the back end of MAIN BODY gently, and feed it into the guide hole. STEP 4. Crimp it with the crimp tool as shown.

G-4

STEP 1. All parts of the connector are shown. A crimp tool is necessary to complete the connection. STEP 2. Strip the inner conductor, dielectric, braid, and jacket as per "RECOMMENDED CABLE STRIPPING DIM'S" in catalog. STEP 3. Slide the FERRULE onto cable. STEP 4. Solder inner conductor to contact pin of the MAIN BODY as shown. STEP 5. Slide the FERRULE over braid; crimp it with the crimp tool as shown.

Twist-on - Coax Screwed into housing, inner conductor makes contact with a fixed Inner Contact Isolated bulkheads - Connector Bulkhead isolated from housing. Clamp/Solder - Inner Contact Soldered, coax Clamps into housing with a screw-lock Preferred Termination is a solder inner contact and crimp ferrule as this offers superior performance. Connector gender generally determined by Inner Contact

Amphenol Telecom Solutions Termination Instruction

X

7/16 Male Connector for ½ Superflex Cable – Page 1 of 2 Please read this instruction manual carefully before assembly. Assemble the connector according to the instruction manual. Recommended Tools: - Ruler (in mm) - Knife - Cable Knife# - Sidecutter Plier - Flaring Tool# - Brush (Paintbrush) - Flat File - Spanner – Size* - Spanner – Size* (#): Can be supplied by Amphenol (*): Available from Amphenol Step 2:

All connector components must be included.

The trimmed cable jacket must be neat, the copper corrugation undamaged.

Step 5:

Use the knife to trim the cable jacket, allowing for some excess length, not more than 21mm.

Step 7:

File the edge of the centre conductor, removing all burrs.

Step 8:

The prepared cable should have 9mm length bare conductor and approx 21mm of bare corrugation.

Step 10:

Wipe the O-ring with a layer of grease.

Step 11:

Use the spanner to screw the cable clamp onto the cable.

Step 1:

Assemble the correct tools.

Step 3:

Use the cable knife to trim the cable jacket and insulation, allowing for some excess length, not more than 9mm.

Step 4:

Step 6:

Use the sidecutter to remove the excess jacket.

Step 9:

Place the screw gasket onto the cable, paying attention to the correct direction of the thread.

AFY

G-5

Amphenol Telecom Solutions Termination Instruction X 7/16 Male Connector for ½ Superflex Cable – Page 2 of 2

Step 12:

The cable clamp should fit flush with the face of the cable, with no corrugation protruding.

Step 13:

Slide the heatshrink over the cable.

Step 14:

Screw the alignment tool onto the connector head.

Step 15:

Screw the connector head onto the cable clamp.

Step 16:

Using both open ended spanners hold the cable clamp firm and tighten the connector head. Recommended torque of 30Nm.

Step 17:

Remove the alignment tool.

Step 18:

Use a heatshrink gun to fit the heatshrink.

Step 19:

The finished result.

Step 20:

The dimensions after assembly.

AFY

G-6


Y

7/16 Male (Part No. 191-1) & 7/16 Female Connector (AFB216-3) for ⅞ Annular Cable – Page 1 of 2 Please read this instruction manual carefully before assembly. Assemble the connector according to the instruction manual. The Termination Instruction shown is suitable for both AFB191-1 & AFB216-3.

Recommended Tools: Cable Knife* / Flaring Tool* / Knife / Sidecutter Plier / Brush (Paintbrush) / Spanner – Size 30 / Spanner – Size 32 / Ruler (in mm)

AFB191-1

AFB216-3

Step 1:

Assemble the correct tools. (*): Available from Amphenol

Step 2:


Step 3:


Step 4:

Place the cable knife on the corrugation crest. Cut through the cable to remove the rough off-cut edge.

Step 5:

Cut the outer jacket at 21mm from the face of the cable.

Step 6:


Step 7:

The cable jacket should be neatly trimmed back to 21mm.

Step 8:

Position the O-ring into the corrugation root closest to the jacket.

Step 9:


Step 10:

Wipe the inside of the Connector End with grease.

Step 11:

Screw the Connector End onto the cable, flush against the insulation.

AFY

G-7


Y

7/16 Male (Part No. 191-1) & 7/16 Female Connector (AFB216-3) for ⅞ Annular Cable – Page 2 of 2

Step 12:

Make certain that the Cable Clamp is snapped into the first corrugation.

Step 13:

The Connector End must be flush with the end of the cable.

Step 14:

Using the Flaring Tool, flare the outer conductor.

Step 15:

The flared outer conductor and dielectric should resemble this picture.

Step 16:

Using the knife, deburr the inner conductor.

Step 17:

Using the knife, deburr the outer conductor.

Step 18:

Using a brush, remove all filings and residue.

Step 19:

Insert the Sealing Cone into the inner conductor at a minimum depth of 15mm.

Step 20:

Position the O-ring over the last thread of the Connector End. Wipe grease onto the O-ring.

Step 21:

Screw the Connector Head on to the Connector End.

Step 22:

Using both open ended spanners hold the connector end firm and tighten the connector head. Recommended torque of 30Nm.

Step 23:

The finished result. AFY

G-8


Z

7/16 Male Connector for ⅞ Superflex Cable – Page 1 of 2 Please read this instruction manual carefully before assembly. Assemble the connector according to the instruction manual. Recommended Tools: - Ruler (in mm) - Knife - Cable Knife# - Sidecutter Plier - Flaring Tool# - Brush (Paintbrush) - Spanner – Size* - Spanner – Size* (#): Can be supplied by Amphenol (*): Available from Amphenol Step 1:


Step 3:


Step 6:


Step 9:

Smear the O-ring with a layer of grease.

Step 2:


Step 4:


Step 5:


Step 7:

The cable jacket once trimmed should be neatly trimmed back to 26mm.

Step 8:


Step 10:

Push the connector clamp onto the clamp.

Step 11:

Make certain the connector clamp is snapped into the corrugation root closest to the jacket.

AFY

G-9


Z

7/16 Male Connector for ⅞ Superflex Cable – Page 2 of 2

Step 12:

Flare the outer conductor.

Step 13:


Step 14:


Step 15:


Step 16:

Insert the sealing cone into the inner conductor to a depth more than 15mm.

Step 17:

Position the O-ring over the last thread of the connector end and smear with grease.

Step 18:


Step 19:


Step 20:


AFY

G-10


AA

7/16 Male Connector for ⅞ Leoni Superflex Cable – Page 1 of 2 Please read this instruction manual carefully before assembly. Assemble the connector according to the instruction manual. Recommended Tools: - Ruler (in mm) - Knife - Sidecutter Plier - Hacksaw - Brush (Paintbrush) - Flat File - Spanner – Size* - Spanner – Size* (*): Available from Amphenol Step 2:


Cut along the length of trimmed cable jacket for ease of removal.

Step 5:

Remove the trimmed cable jacket.

Step 7:


Step 8:


Step 10:

The cable is now prepared for the addition of the connector.

Step 11:

Wipe the connector end O-ring with a layer of grease.

Step 1:


Step 3:

Use the knife to trim the cable jacket 26mm from the end of the cable.

Step 4:

Step 6:


Step 9:


AFY

G-11


AA

7/16 Male Connector for ⅞ Leoni Superflex Cable – Page 2 of 2

Step 12:

Slide the connector end onto the cable.

Step 13:

Slide the middle body onto the cable.

Step 14:

Wipe the connector head O-ring with a layer of grease.

Step 15:

Position the connector head onto the cable, making certain it is squarely fitted.

Step 16:

Turn the connector head into the correct position.

Step 17:

Screw the middle body onto the connector head.

Step 18:

Using both open ended spanners hold the connector head firm and tighten the middle body. Recommended torque of 30Nm.

Step 19:

Using both open ended spanners hold the middle body firm and tighten the connector end. Recommended torque of 30Nm.

Step 20:


When utilizing Leoni ⅞” Superflexible cable, this Installation Instruction also applies to the following connectors:  AFA118-1 - N-Type Female  AFA125-1 - N-Type Male  AFA160-1 - 7/16 Female

AFY

G-12


BB

7/16 Female Connector for 1 ¼ Annular Cable – Page 1 of 2 Please read this instruction manual carefully before assembly. Assemble the connector according to the instruction manual. Recommended Tools: - Ruler (in mm) - Knife - Sidecutter Plier - Hacksaw - Brush (Paintbrush) - Flat File - Shifting Spanner x 2 - Spanner – Size* - Spanner – Size* (*): Available from Amphenol Step 1:


Step 3:

Using the knife, trim the cable jacket allowing for some excess length.

Step 4:

Step 6:

Place the measurement sleeve on the cable and, at the crest of the corrugation, cut the protruding cable off.

Step 7:

Step 9:


Step 2:



Step 5:

The cable jacket should be neatly trimmed back to 70mm.

The cable must be flush with the measurement sleeve.

Step 8:


Step 10:

Tap the inner conductor into centre core to a minimum depth of 8mm.

AFY

G-13


BB

7/16 Female Connector for 1 ¼ Annular Cable – Page 2 of 2

Step 11:

Using the knife, deburr the inner conductor

Step 12:

Using a brush, remove all filings and residue

Step 13:

Position the O-ring on the second last corrugation.

Step 14:


Step 15:

Fit the connector end onto the cable.

Step 16:

Fit the pin, making certain it is correctly aligned. Use the shifting spanner to tighten the pin onto the cable

Step 17:

When fitted, the pin should be similar to the picture

Step 18:


Step 19:

Attach the connector head to the connector end.

Step 20:


Step 21:


G-14


CC

7/16 Male (Part No. AFB205-2) & Female (AFB220-4) Connector for 1 ⅝ Annular Cable – Page 1 of 2 Please read this instruction manual carefully before assembly. Assemble the connector according to the instruction manual. The Termination Instruction shown is suitable for both AFB205-2 & AFB220-4.

Recommended Tools: Hacksaw / Brush (Paintbrush) / Hook Spanner (x2) * / Cutting Ring * / Knife / Screwdriver – Flat / Sidecutter Plier / Ruler (in mm)

AFB220-4

AFB205-2

Step 1:

Assemble the correct tools. (*): Available from Amphenol

Step 2:


Step 3:

Using the knife, trim the cable jacket allowing for some excess length. 65mm will be suitable.

Step 4:

Cut along the length of trimmed cable jacket for ease of removal.

Step 5:


Step 6:


Step 7:


Step 8:


Step 9:

Wipe the inside of the Connector End with grease.

Step 10:

Screw the Connector End onto the cable, flush against the insulation.

Step 11:

Screw the Cutting Ring onto the Connector End.

AFY

G-15


CC

7/16 Male (Part No. AFB205-2) & Female (AFB220-4) Connector for 1 ⅝ Annular Cable – Page 2 of 2

Step 12:

Using the hacksaw, cut the cable – flush with the Cutting Ring.

Step 13:

The Connector End must be flush with the end of the cable.

Step 14:

Using the flat Screwdriver, flare the outer conductor.

Step 15:

The flared outer conductor and dielectric should resemble this picture.

Step 16:

Deburr the inner conductor.

Step 17:

Deburr the outer conductor.

Step 18:


Step 19:

Position the O-ring over the last thread of the Connector End. Wipe grease onto the O-ring.

Step 20:

Screw the Connector Head on to the Connector End.

AFB205-2

Step 21:

Using both of the Hook Spanners hold the Connector End firm and tighten the Connector Head. Recommended torque of 40Nm.

Step 22:

AFB220-4


G-16


DD

N-Type Male Connector for ½ Annular Cable – Page 1 of 2 Please read this instruction manual carefully before assembly. Assemble the connector according to the instruction manual. Recommended Tools: - Ruler (in mm) - Knife - Cable Knife# - Sidecutter Plier - Flaring Tool# - Brush (Paintbrush) - Flat File - Spanner – Size* - Spanner – Size* (#): Can be supplied by Amphenol (*): Available from Amphenol Step 2:


Place the cable knife on the corrugation crest at approx 10 – 12mm.

Step 5:

Cut through the corrugation and dielectric leaving the bare conductor.


Step 8:

File the edge of the centre conductor, removing all burrs.

Step 1:


Step 3:

Use the knife to trim the cable jacket, allowing for some excess length, not more than +-15mm.

Step 4:

Step 6:

Use the knife to remove the excess jacket, approx 23 mm.

Step 7:

Step 9:

The prepared cable should have 10mm length bare conductor and approx 23mm of bare corrugation.

Step 10:

Slide the connector end onto the cable, snap the clamp into the first corrugation root.

AFY

G-17


DD

N-Type Male Connector for ½ Annular Cable – Page 2 of 2

Step 11:

The connector end should fit flush with the face of the cable, with no corrugation protruding.

Step 12:

Flare the outer conductor separating it from the insulation.

Step 13:

The flaring should be as shown.

Step 14:


Step 15:

Position the O-ring over the last thread of the connector end and smear with grease.

Step 16:

Screw the connector head onto the connector end.

Step 17:


Step 18:

Remove the screw stopper. Wrap the edge of the connector with tape.

Step 19:

Screw the plaster orifice into the hole. Fill the connector with plaster until it overflows the hole. Clean off the excess plaster.

Step 20:

Replace the screw stopper.

Step 21:


G-18


EE

N-Type Female Connector for ⅞ Annular Cable – Page 1 of 2 Please read this instruction manual carefully before assembly. Assemble the connector according to the instruction manual. Recommended Tools: - Ruler (in mm) - Knife - Cable Knife# - Sidecutter Plier - Flaring Tool# - Brush (Paintbrush) - Spanner – Size* - Spanner – Size* (#): Can be supplied by Amphenol (*): Available from Amphenol Step 1:


Step 3:


Step 4:

Step 6:


Step 7:

Step 9:


Step 2:



Step 5:



Step 8:


Step 10:

Slide the cable clamp onto the cable, snap the clamp into the corrugation root closest to the jacket.

AFY

G-19


EE

N-Type Female Connector for ⅞ Annular Cable – Page 2 of 2

Step 11:

The cable clamp should fit flush with the face of the cable, with no corrugation protruding.

Step 12:

Flare the outer conductor

Step 13:


Step 14:


Step 15:


Step 16:


Step 17:


Step 18:


AFY

G-20


FF

N-Type Male Connector for RG214 Cable – Page 1 of 2 Please read this instruction manual carefully before assembly. Assemble the connector according to the instruction manual. Recommended Tools: - Ruler (in mm) - Knife - Sidecutter Plier - Soldering Iron - Spanner – Size* - Spanner – Size* (*): Available from Amphenol

Step 1:


Step 3:

Slide the cable clamp and silicon rubber onto the cable

Step 4:

Step 6:


Step 7:

Step 9:

Evenly splay the braid.

Step 10:

Step 2:


Step 5:

Cut along the cable to enable the jacket to be easily removed.

9mm of the bare braid should be exposed.

Step 8:

File the core onto the cable.

Push the braid back over the core. Fit the gasket, placing it against the braid.

Step 11:

Using the sidecutter, trim the braid back to core.

Use the knife to trim the cable jacket, allowing for some excess length, not more than +-9mm.

AFY

G-21


FF

N-Type Male Connector for RG214 Cable – Page 2 of 2

Step 12:

Use the knife to remove the dielectric, flush with the gasket.

Step 13:

Use the sidecutter to trim the centre core back to 5.5mm.

Step 14:

Place the pin component onto the centre core, flush with the gasket.

Step 15:

Solder the pin onto the centre core.

Step 16:

Check for quality of workmanship, paying attention to the solder joint.

Step 17:


Step 18:


Step 19:


AFY

G-22


GG

N-Type Male Connector for FB50-10D Cable – Page 1 of 1 Please read this instruction manual carefully before assembly. Assemble the connector according to the instruction manual. Recommended Tools: - Ruler (in mm) - Knife - Sidecutter Plier - Hacksaw - Brush (Paintbrush) - Flat File - Spanner – Size* - Spanner – Size* (*): Available from Amphenol Step 1:


Components: 1. Connector Head 2. Pin Parts 3. Insulator 4. Core 5. Front Gasket 6. Silicon Gasket 7. Back Gasket 8. Cable Clamp

Step 3:

Use the knife to trim the cable jacket, allowing for some excess length, not more than +-14mm. Do not damage the braid.

Step 4:

Assemble the cable clamp, back gasket, silicon gasket and front gasket onto the cable

Step 5:

Evenly splay the braid back over cable. Fit the core, pushing it against the braid. Cut off the excess braid which extrudes from the core. Cut the core to a length of 7mm, chamfer the edges to a 45 degree angle.

Step 6:

Put the insulator onto the copper core and assemble the pin parts.

Step 7:

Using both open ended spanners hold the cable clamp firm and tighten the connector head. Recommended torque of 30Nm. The cable assembly is now complete.

Step 2:


AFY

G-23


HH

Lightning Arrester – Page 1 of 1 Please read this instruction manual carefully before assembly. Assemble the connector according to the instruction manual. Recommended Tools: - Screwdriver - Shifting Spanner - Crimping & Stripping Tool - 32mm Spanner (For Jam Nut Option Only)

Step 1:

Step 2:


Flatbar Mounting / No Jam Nut With Jam Nut for Panel/Chassis Mounting All connector components must be included. This includes: - The lightning arrester. - Optional 1m Earthing cable complete with ring lugs and bolt & nut. - The copper flatbar which is used as a fixation shelf (Copper flatbar is not supplied by Amphenol). -

-

Step 3:

-

If a Flatbar mount earthing kit: Fasten the lightning arrester to the fixation shelf with the bolts. If a Chassis mount earthing kit: Use a 32mm spanner to fasten to the chassis (Not Shown). Connect the earthing strap to the lightning arrester and the BTS earthing point. Connect both jumper cables. AFY

G-24


II

Earthing Kit: Outer Spring Type – Page 1 of 1 Outdoor Application for 7/8”, 1 1/4” or 1 5/8” Annular Cable Please read this instruction manual carefully before assembly. Assemble the connector according to the instruction manual.

Components: - Earthing Kit for 7/8”, 1 1/4” or 1 5/8” Helical Cable - 7/8”, 1 1/4” or 1 5/8” Helical Cable Recommended Tools: - Insulation Removal Tool*# - Cable Knife - Sidecutter Plier - Allen Key – Size M6 Outer Hex - Shifting Spanner (x2) (*): (#):

Step 1:

Assemble the correct components & tools.

Step 2:

Place the insulation removal tool at the correct location on the cable, this part of the cable must not be bent. Rotate the tool to remove the jacket.

Step 4:

Wrap the earthing kit around the cable. Make certain it is positioned correctly.

Available from Amphenol Select correct tool for correct cable size

Step 3:

A 22mm cutout should be left once the insulation has been removed. Make certain the corrugation is not damaged.

Step 5:

Using the Allen key, tighten both screws. The earthing strap must be fastened to the earthing kit at one end and to the grounding bar at the other end. The installation is now complete.

AFY

G-25


JJ

Earthing Kit: Clip Type – Page 1 of 1 Outdoor Application for 7/8” or 1 1/4” Annular Cable Please read this instruction manual carefully before assembly. Assemble the connector according to the instruction manual. Components: - Earthing Kit for 7/8” or 1 1/4” Annular Cable - 7/8”, 1 1/4” or 1 5/8” Annular Cable Jumper - Waterproof plaster * - PVC Adhesive Tape Recommended Tools: - Insulation Removal Tool*# - Cable Knife - Sidecutter Plier - Shifting Spanner (x2) (*): (#): Step 1:

Assemble the correct components & tools.

Step 2:

Place the insulation removal tool at the correct location on the cable; this part of the cable must not be bent. Rotate the tool to remove the jacket.

Available from Amphenol Select correct tool for correct cable size

Step 3:

A 55mm cutout should be left once the insulation has been removed. Make certain the corrugation is not damaged.

Step 4:

Place the cable inside the earthing kit clip. Snap the clip into the closed position.

Step 5:

Wrap the waterproof plaster around the earthing kit. Wrap from one to the other with each wrap overlapping the previous wrap by 50%. The earthing kit must be completely enclosed with waterproof plaster.

Step 6:

Using PVC tape follow the directions of Step 5. Make certain that the PVC tape is pulled tight during application and that the entire length of waterproof plaster is covered.

Step 7:

Cable ties may be added for extra sealing. The finished result. AFY

G-26


KK

Indoor Earthing Kit – Page 1 of 1 Please read this instruction manual carefully before assembly. Assemble the connector according to the instruction manual.

Components: - Earthing Kit for 1/2”, 7/8”, 1 1/4” or 1 5/8” Annular Cable - 7/8”, 1 1/4” or 1 5/8” Annular Cable Recommended Tools: - Screwdriver: Flat & Star - Cable Knife - Sidecutter Plier - Shifting Spanner

Step 1:

Preparation – Assemble the correct components & tools.

Step 2:

1 Place the metal clamp around the connector.

Step 3:

2 Tighten the metal clamp to negate any slipping off the connector.

Step 4:

3. Place the screw onto the metal clamp to keep the clamp firmly in place.

Step 5:

4 Place the earthing lead into the clamp and screw into place.

Step 6:

5 Fasten the loose end of the earthing lead to an existing earthing lead utilizing the clamp supplied.

Step 7:

Finally, check once again that the cable clamp is firm. The installation is now complete.

AFY

G-27

Amphenol Telecom Solutions Amphenol Antenna Solutions – Installation Instruction LL Installation Instruction for Manual Electrical Downtilt Antennas – Page 1 of 1 Step 1: Assemble the Tools Recommended for Proper Installation 1.1.

17 mm Box Wrench (Ring Spanner)

Qty: 2

1.2.


Qty: 1

1.3.


Qty: 1

Step 2: Installation Diagram

Step 3: Installation Method 3.1. The antenna can be installed with either a mechanical down-tilt or up-tilt. 3.2.

The diameter of the mounting pole should be ø50mm ~ ø150mm.

3.3.

Follow Step 4 for Installation Instructions for Mechanical Down-tilt Adjustment & Step 5 for Installation Instructions for Electrical Down-tilt Adjustment.

Step 4: Installation Instructions for Mechanical Down-tilt Adjustment 4.1. Fix the lower clamp at the correct position on the mounting pole and adjust the scale to 0 degree. Then fix the upper clamp. 4.2. Adjust the antenna mechanical tilt according the required tilt and scale. Tighten all nuts. 4.3.

Remove the antenna connector caps. Attach and tighten the jumper cable. Wrap the connector/s with water-proof adhesive tape.

Step 5: Installation Instructions for Electrical Down-tilt Adjustment 5.1. Adjust the mechanical down-tilt to 0 degree and the radiation detection to proper azimuth. Tighten all nuts. 5.2. 5.3.

Remove the antenna connector caps. Attach and tighten the jumper cable. Wrap the connector/s with water-proof adhesive tape. Adjust the antenna’s electrical down-tilt by turning the Electrical Down-tilt Adjustor clockwise or anti-clockwise. The Electrical Down-tilt Indicator will indicate the down-tilt angle.

NOTICE! I. Keep away from high voltage cables during antenna installation. II.

Make sure that the antenna pole is securely in place and that the installation bracket is tightly fastened.

III.

Do not turn the Electrical Down-tilt Adjustor beyond the minimum and maximum limits as shown on the Electrical Down-tilt Indicator. ANTEL

G-28

Amphenol Telecom Solutions Fibre Optic Products Table of Contents Fibre Optic Patchcords

Pages H1 – H2

Fibre Optic Connectors

Pages H3 – H6

Fibre Optic Adapters

Pages H7 – H8

Fibre Optic Attenuators

Page H9

Fibre Optic Ferrules & Sleeves

Page H10

Fibre Optic Cable

Page H11

Armoured Fibre Optic Cable

Page H12

287 Series SPECTRAPLOY Tactical Fibre Optic Multi Core Cable 5.4mm ØD

Page H13

Couplers & WDMs

Pages H14 – H15

Ethernet to Fibre Optic Converter

Page H16

Harsh Environment Fiber Optic Products – Overview

Page H17


Amphenol Telecom Solutions Fibre Optic Patchcords Features  Low insertion loss  High return loss  Environmentally stable and reliable  Precise dimensions  Excellent mechanical performance Advantages  Competitive pricing, on-time delivery, quality guarantee  UKAS ISO 9001: 2000 Certification  ISO14000: 2004 Certification  Bellcore GR-326 CORE conformance  SGS approval for RoHS and WEEE standards  UL laboratory approval for fibre optic cable Specifications Singlemode Connector Type

FC, LC, SC, ST

Polish

Insertion Loss (dB)

Return Loss (dB)

Typical

Maximum

Typical

Maximum

PC

<0.18dB

<0.30dB

>-45dB

>-45dB

UPC

<0.14dB

<0.20dB

>-50dB

>-50dB

>-60dB

>-60dB

APC

<0.23dB

<0.30dB

MTRJ-UPC

UPC

<0.20dB

<0.50dB

O/R

>-35dB

MPO

APC

<0.25dB

<0.30dB

>-55dB

>-55dB

PC

O/R

<0.20dB

O/R

>-50dB

APC

O/R

<0.40dB

O/R

>-70dB

E2000 Multimode

Insertion Loss (dB)

Return Loss (dB)

Connector Type

Polish

Typical

Maximum

Typical

Maximum

FC, LC, LX.5, SC, ST

PC

<0.35dB

<0.50dB

O/R

O/R

SMA

PC

<0.56dB

<0.10dB

O/R

O/R

MTRJ & MPO

PC

<0.35dB

<0.75dB

O/R

O/R

O/R: Specification Available on Request Polish Types

PC: Physical Contact

UPC: Ultra Physical Contact:

APC: Angled Physical Contact

ETD

H-1

Amphenol Telecom Solutions Fibre Optic Patchcords – Continued Part Numbering System

Simplex Patchcord MS-SC-FC-4-4-2-050: EXAMPLE:

Multimode Simplex Patchcord, SC Connector – FC Connector, 50/125um Fibre, 90° Boots, 2mm Jacketed Fibre, 5m Length NOTE! For Pigtail: Specify 1 x Connector. For Patchcord: Specify 2 x Connector

Connector 1 Type

Prefix Singlemode Simplex Singlemode Duplex Multimode Simplex Multimode Duplex

SS SD MS MD

Duplex Patchcord

Connector 2 Type

Fibre Type & Polish (um)

FC

FC

FC

FC

1

LC

LC

LC

LC

2

LC Duplex

3

SC

4

SC Duplex

5

LC Duplex

LCD

SC

SC

SC

SC Duplex

SCD

LCD

SCD

Singlemode PC Singlemode UPC Singlemode APC Multimode 50/125um Multimode 62.5/125um

Boot Type 1 2 3 4

Cable Type

Standard 90° , Conn 1 90°, Conn 2 90°, Conn 1&2

For Simplex:

2 3 4

ST

ST

ST

ST

ST2

ST II

ST2

ST II

LX5

LX.5

LX5

LX.5

6

5

LX.5 Duplex

LX5D

LX.5 Duplex

7

XXX

Other

XXX

Other

8

 

XXX I.E. 010 = 1m 025 = 2.5m 200 = 20m

For Duplex:

LX5D

NOTE!

900um Buffered 900um Jacketed 1.6mm Jacketed 2mm Jacketed 3mm Jacketed

1

Cable Length(m)

1.6mm Zipcord 2mm Zipcord 3mm Zipcord

Standard Fibre Optic cable offered is OFNR. Please specify alternate requirements. 90°Boots are not available for 900um Fibre.

Singlemode Multi-fibre Cable Assemblies - Part Numbering System

EXAMPLE:

Typical Breakout Cable Assembly UJ-SC-UPC-6-3-0010-020: Unarmoured Jumper, SC Connector, UPC Polish, 6 Fibre Count, 3mm Coloured Leads, 2mm Jacketed Fibre, 100mm Breakout, 2m Cable Length

Prefix UP UJ AP AJ

Unarmoured Pigtail Unarmoured Jumper Armoured Pigtail Armoured Jumper

Connector Type

Polish

Fibre Count

FC

FC

PC

PC

2

LC

LC

UPC

UPC

4

SC

SC

APC

APC

6

ST

ST

8

ST2

ST II

10

LX5

LX.5

12

XXX

Other

2 Fibre Count 4 Fibre Count 6 Fibre Count 8 Fibre Count 10 Fibre Count 12 Fibre Count

Fanout Type 1 2 3

900um Transparent Leads 2mm Coloured Leads 3mm Coloured Leads

Breakout Length (m)

Cable Length(m)

XXXX I.E. 0010 = 0.1m 0100 = 1m Min Breakout = 0.05m

XXX I.E. 010 = 1m 025 = 2.5m 200 = 20m

ETD

H-2

Amphenol Telecom Solutions FC/SC/ST Connectors Features

Applications

 Low insertion loss

 Optical Network Equipment

 High return loss

 CATV, Sensor System, Measuring Technique

 Environmentally stable and reliable

 Active Device Termination

 Precise dimensions

 MAN

 Excellent mechanical performance

 FTTH

 Bellcore GR-326 conformance

 Mobile Phone

Specifications Polish Type Item

Model Type PC

SPC

UPC

APC

Single-mode

≤0.25dB

≤0.20dB

≤0.20dB

≤0.20dB

Multi-mode

≤0.30dB

≤0.20dB

≤0.20dB

≤0.30dB

Single-mode

≥45dB

≥50dB

≥55dB

≥65dB

Multi-mode

≥35dB

≥35dB

≥35dB

≥35dB

Insertion Loss

Return Loss Repetition Test

Additional Loss ≤0.1dB, Return Loss Variability <5dB

Temperature Stability (-40 ~ +85°C)

Additional Loss ≤0.2dB, Return Loss Variability <5dB -40 ~ +75°C


-40 ~ +85°C

Storage Temperature

Standard options of 0.9mm, 2mm, 3mm

Cable Diameters Cable Options

Alternate options available on request

Simplex, Duplex

Cable Types

Material types – PVC, Hytrel, OFNR, OFNP, LSZH

Cable Materials FC Connector

SC Connector

ST Connector

Part Numbering System EXAMPLE:

SCDSMUPC30: SC Connector, Duplex, Singlemode, UPC Polish, 3mm Boot, Singlepiece Connector

Connector Type

Mode

FC

FC Simplex

SM

Singlemode

SC

SC Simplex

MM

Multimode

SCD ST

Polish Type

Boot Type

Connector Piece/s

Physical Contact

09

900um

Blank

SPC

Super Physical Contact

16

1.6mm

M

SC Duplex

UPC

Ultra Physical Contact

20

2mm

ST Simplex

APC

Angled Physical Contact (Only Singlemode)

30

3mm

PC

Singlepiece Multipiece

ETD

H-3

Amphenol Telecom Solutions LCPC, MUPC, MU-J, MTRJ Connectors Features

Applications




 CATV, Sensor System, Measuring Technique

 Low IL/RL Loss

 Active Device Termination

 Compact size, light weight

 MAN


 FTTH  Mobile Phone

Specification Item

Polish Type

Model Type

Insertion Loss

PC

SPC

UPC

APC

Single-mode

≤0.25dB

≤0.25dB

≤0.25dB

≤0.50dB

Multi-mode

≤0.30dB

≤0.30dB

≤0.30dB

≤0.50dB

≥45dB

≥45dB

≥45dB

≥30dB

--

--

--

≥35dB

Single-mode

Return Loss

Multi-mode

Repetition Test





-40 ~ +85°C Standard options of 0.9mm, 2mm, 3mm

Storage Temperature Cable Diameters Cable Options


Simplex, Duplex

Cable Types


Cable Materials LC Connector

MUPC Connector

MU-J Connector

MTRJ Connector

MU-J style connector is the same as the regular MU connector, but without the outer housing, and with a very narrow, short boot for 900 micron fiber, ideal for back panel solutions and high-density situations.


LCDAPC09: LC Connector, Duplex, Singlemode, APC Polish, 900um Boot, Singlepiece Connector

Connector Type

Mode

LC

LC Simplex

SM

Singlemode

LCD

LC Duplex

MM

Multimode

MUPC MUJ MTRJF MTRJM

Polish Type

Boot Type

Connector Piece/s

Physical Contact

09

900um

Blank

SPC

Super Physical Contact

16

1.6mm

M

MU

UPC


20

2mm

MU-J

APC


30

3mm

MTRJ Female MTRJ Male

PC

Singlepiece Multipiece

LC – Maximum boot size is 2mm

ETD

H-4

Amphenol Telecom Solutions SMA, D4, DIN, ESON/FDDI Connectors Features

Applications



Low insertion loss





Optical Network Equipment

High return loss





CATV, Sensor System, Measuring Technique

Low IL/RL Loss





Active Device Termination

Compact size, light weight





MAN

Bellcore GR-326 conformance



FTTH



Mobile Phone

Specification Item

Polish Type

Model Type

Insertion Loss Return Loss

PC

SPC

UPC

APC

Single-mode

≤0.30dB

≤0.30dB

≤0.30dB

--

Multi-mode

≤0.50dB

≤0.30dB

≤0.30dB

≤0.30dB

Single-mode

≥45dB

≥45dB

≥45dB

--

Multi-mode

≥30dB

--

--

≥30dB

Repetition Test





-40 ~ +85°C Standard options of 0.9mm, 2mm, 3mm

Storage Temperature Cable Diameters Cable Options


Simplex, Duplex

Cable Types


Cable Materials SMA Connector

D4 Connector

DIN Connector

ESON/FDDI Connector


SMASMUPC20: SMA Connector, Singlemode, UPC Polish, 2mm Boot

Connector Type

Mode

SMA

SMA

SM

Singlemode

D4

D4

MM

Multimode

DIN

DIN

ESON

ESON

FDDI

FDDI

Polish Type

Boot Type

Physical Contact

09

900um

UPC


16

1.6mm

APC


20

2mm

30

3mm

PC

ETD

H-5

Amphenol Telecom Solutions E-2000, LX.5 & MPO Connectors E2000 & LX.5 Features

E2000 & LX.5 Applications



Low insertion loss






High return loss






Environmentally stable and reliable






Precise dimensions





MAN

Excellent mechanical performance





FTTH

Bellcore GR-326 conformance



Mobile Phone

MPO Features

MPO Applications



Low insertion loss






High return loss






Low IL/RL Loss






Compact size, light weight



MAN



4, 8 & 12 fibre channels available



FTTH

Specification E2000 Model Type Insertion Loss Return Loss Repetition Test High & Low Temperature Test (-40 ~ +70°C)

LX.5

Single-mode

Multi-mode

≤0.40dB

≤0.40dB

≥70dB

≥40dB

Single-mode

Multi-mode

APC ≤0.50dB ≤0.30dB APC ≥20dB ≥65dB Additional Loss ≤0.1dB, Return Loss Variability O/R

Additional Loss ≤0.1dB, Return Loss Variability <5dB Additional Loss ≤0.2dB, Return Loss Variability <5dB

On Request

MPO Single-mode

Multi-mode

≤0.30dB

≤0.50dB

≥50dB

≥30dB

Additional Loss ≤0.2dB, Return Loss Variability <5dB Additional Loss ≤0.3dB, Return Loss Variability <5dB


-40 ~ +75°C

-40 ~ +75°C

-40 ~ +75°C

Storage Temperature

-40 ~ +85°C

-40 ~ +85°C

-40 ~ +85°C

(0° - 101lbs, 90° - 51lbs) <0.1dB

On Request

On Request

1.7mm, 0900µm

1.7mm, 900µm

On Request

Customer Specific

Customer Specific

Standard: 1m, 3m, 5m

YD-826 IEC61754/15

IEC 61754–23, TIA 604–13

IEC61754-7, TIA FOCIS5/605-4

Durability Fibre Outer Diameter Fibre Length International Standard E2000

LX.5

MPO

Part Numbering System – Available on Request

Part Numbering System – Available on Request ETD

H-6

Amphenol Telecom Solutions Fibre Optic Adapters Features

Advantages

Adapters


 Competitive pricing


 UKAS ISO 9001: 2000 Certification


 ISO14000: 2004 Certification



 Excellent mechanical performance

 SGS approval for RoHS and WEEE

FC Adapter

standards Specification Singlemode Connector Type FC, LC, SC, ST

Polish

Insertion Loss (dB)

PC

<0.3dB

UPC

<0.2dB

APC

<0.3dB

MTRJ

PC

<0.5dB

MPO

APC

<0.3dB

PC

<0.2dB

APC

<0.4dB

UPC

<0.1dB

APC

<0.2dB

Connector Type

Polish

Insertion Loss (dB)

FC, LC, SC, ST

PC

<0.3dB

MTRJ, MPO

PC

<0.5dB

LX.5

PC

<0.2dB

E2000 LX.5

LC Simplex & Duplex Adapter

SC Simplex & Duplex Adapter

Multimode

ST Adapter


-20 ~ +75°C

Storage Temperature

-25 ~ +75°C

MTRJ Adapter


ETDA-FC-PC-SM: Amphenol-ETD Adapter, FC Connector, PC Polish, Singlemode

Connector Type

Polish

FC

FC

PC

LC

LC

SC

SC

ST

ST

Mode

Physical Contact

SM

Singlemode

UPC


MM

Multimode

APC


MPO Adapter

MTRJ

MT-RJ

MPO

MPO

E2000

E-2000

E-2000 Adapter

LX5

LX.5

Alternate Adapters Available on Request

LX.5 Adapter

ETD

H-7

Amphenol Telecom Solutions Fibre Optic Adapters – Continued Technical Images

ST Adapter

FC Adapter MT-RJ Adapter

LC Simplex Adapter

MPO Adapter

LC Duplex Adapter

E-2000 Adapter SC Simplex Adapter

LX.5 Adapter SC Duplex Adapter ETD

H-8

Amphenol Telecom Solutions Fibre Optic Attenuators Features

Advantages

 Low back reflection loss


 High power durability



Plug Attenuator

In-Line Attenuator



 Bellcore GR-910-CORE conformance

 1310 & 1550 ± 25nm

 SGS approval for RoHS and

Available  Precise Control of attenuation range

WEEE standards

Technology Amphenol‟s range of fibre optic attenuators are passive optical devices which adjust optical power to desired levels. The utilization of metal-ion doped optical fibres and selection of attenuation fibre ensures consistent performance. Parameter Amphenol-ETD Product Opposition Product

Structure

Principle

Absorption by metal-ion doped fibre

Absorption my metal coating mirror

Polishing

2 Surfaces to be polished

4 Surfaces to be polished

Metal-ion doped optical fibre

Optical fibre metal coated mirror with 2 fibres

100 MW (Constant)

Less than 50mW

Material Durability Specification

Plug Type (FC, LC, SC, ST / UPC or APC Polish) In-Line Type (All Connector Types) Attenuation Tolerance Attenuation Tolerance 1, 2, 3 ~ 10 ≤±0.10A 1 ~ 20 Attenuation (dB) ≤±0.10A 15, 20, 25, 30 ≤±1.50 1.249 ± 0.0005 Reflection (dB) UPC ≥ 50dB / APC ≥ 60dB UPC ≥ 50dB / APC ≥ 60dB Repetition Test (dB) Additional Loss ≤0.1dB, Return Loss Variability <5dB Temperature Stability (dB) Additional Loss ≤0.2dB, Return Loss Variability <5dB Wavelength Working wavelength 1310nm or 1550nm Operating Temperature -40 ~ +75°C Storage Temperature -45 ~ +85°C “A” – The Value of Each Attenuator Parameter


ATT-P-FC-10-UPC: Amphenol ETD Attenuator, Plug Type, FC Connector, 10dB Attenuation, UPC Polish ATT-I-E2000E2000-20-APC: Amphenol ETD Attenuator, In-Line Type, 2 x E2000 Connector, 20dB Attenuation, APC Polish

Attenuator ATT

Attenuator

Mounting

Connector (Select x 2 if In-Line)

P

Plug Type

FC

FC

I

In-line Type

LC

LC

SC

SC

ST Type

Attenuation

Value

Select: 1, 2, 3, 4, 5, 6, 7, 8, 9, 10, 15, 20, 25, 30

Polishing Mode UPC


APC

Angled Physical Contact

ST In-Line Type Select from available range on connector pages 2x Patchcord 1x Pigtail

ETD

H-9

Amphenol Telecom Solutions Fibre Optic Ferrules Features

Advantages

 Grain size of blank: Max 0.5um


 Bulk density: Max 0.6um


 Wearable, high shock resistance


 High reliability and precision of the

 Bellcore GR-326 conformance  SGS approval for RoHS and WEEE

PC end face  Available for FC, SC, ST, LC, MU etc.

standards

Specification SC Ferrule Mode

Singlemode 10.5 ± 0.5

10.5 ± 0.5

2.499 ± 0.0005

2.499 ± 0.0001

Length (L) Outer Diameter (D) Concentricity (C) Inside Diameter (d)

0.001

0.0014

0.002

0.005

0.125/0.1255/0.126

0.126 + 0.003

2 Slits or 4 Slits

2 Slits or 4 Slits

SUS 303 / Ni Plating


Singlemode

Multimode

6.4 ± 0.1

6.4 ± 0.1

1.249 ± 0.0005

1.249 +0.005/-0.015

Flange Material of Flange

Multimode

LC Ferrule Mode Length (L) Outer Diameter (D) Concentricity (C) Inside Diameter (d)

0.001

0.002

0.125/0.1255/0.126

0.005

0.126 + 0.003

2 Slits or 4 Slits

2 Slits or 4 Slits



Flange Material of Flange

0.0014


PSC-SM-1-2: Amphenol-ETD Ferrule, SC, Singlemode, Ferrule Concentricity of 0.001, Flange with 2 Slits

Product Code P

Ferrule

Ferrule Type

Mode

Ferrule Concentricity

With / Without Flange

LC

LC

SM

Singlemode

1

0.001

-

No Flange

SC

SC

MM

Multimode

2

0.0014

2

2 Slits

3

0.002

4

4 Slits

0.005

4

Options 1 & 2 – SM Options 3 & 4 – MM

Fibre Optic Sleeves Specification Type

FC / SC

ST

LC

MU

2.49

2.49

1.246

1.246

Outside Diameter

3.2 ± 0.02

3.2 ± 0.02

1.62 ± 0.01

1.62 ± 0.01

Split Width

0.5 ± 0.1

0.5 ± 0.1

0.2 ± 0.1

0.2 ± 0.1

Inside Diameter

Length Pull Force

11.4 ± 0.1

10.1 ± 0.1

6.8 ± 0.1

6.8 ± 0.1

2.0N ~ 6.0N

2.0N ~ 6.0N

1.0N ~ 2.95N

1.0N ~ 1.96N


H-10

Amphenol Telecom Solutions Fibre Optic Cable Features

Applications




 CATV, Sensor System,


Typical Fibre Cabling (Exploded View)

Measuring Technique  Active Device Termination


 MAN

 Excellent mechanical

 FTTH

performance

 Mobile Phone

 Bellcore GR-326 conformance  IEEE802.3 conformance  Cable marking according to customer requirements Specification Item

Simplex

Other

≤0.40dB @ 1310nm / ≤0.30dB @ 1550nm

Singlemode Loss

Duplex

62.5/125 Multimode

≤3.5dB @ 850nm / ≤1.5dB @ 1300nm

50/125 Multimode

≤3.0dB @ 850nm / ≤1.2dB @ 1300nm

On Request


-20 ~ +75°C

On Request

Storage Temperature

-25 ~ +75°C

On Request

Fiber Cable Configuration Fibre Diameter Count (mm)

Weight (kg/km)

Bending Radius -Minimum (mm)

Tensile Strength – Maximum (N)

1

0.6 Buffer

0.4

30

98

1

0.9 Buffer

0.8

30

98

1

2.0

3.1

30

98

1

2.9

7.5

30

98

2

1.8 x 3.5

5.9

30

196

2

2.8 x 5.6

15

30

196

2

3.08 x 6.6

18

30

196


ETD-S-P-09-09: Amphenol-ETD Fibre, Single Core, PVC Jacket, Singlemode 9/125, 0.9mm Buffer Fibre

Brand Name

Cores

Outer Jacket Material

Mode

Fibre Diameter

ETD

Amphenol-ETD

S

Single

P

PVC

09

Singlemode 9/125

025

0.25 Bare Fibre

-----

Other (Specify)

D

Duplex

H

Hytrel

50

Multimode 50/125

06

0.6 Buffer

M

Multiple

L

LSZH

62

Multimode 62.5/125

09

0.9 Buffer

ETD

H-11

Amphenol Telecom Solutions Armoured Fibre Optic Cable Description Armoured, waterproof fibre optic cable, which uses single-core cable as the base element, is a specialised indoor cable. It consists of 2~12 single-core cables twisted in a clockwise direction around the non-metallic central strength member (CSM), surrounded with water-block yarns, steel or aluminum tape used as armored layer, and proper material jacket. Typical applications for this cable include pigtails in interconnect equipment and interconnection between different buildings.

Single-core cable Non-metallic or metallic CSM Steel or aluminum-tape armour Jacket

Armoured Fibre Optic Cable

Options Standard Jacket Material:

Features

 High Density Polyethylene (HDPE)  Flame Retardant Polyvinyl Chloride (PVC)  Low Smoke Zero Halogen Flame Retardant Polyolefin or Polyurethane (LSZH)  Specialised environmental materials and Rodent-proof materials available on request

 Cables are reinforced by aramid strength yarns and protected with an inner jacket. The cable core is covered with a water blocking tape, armour and outer jacket  Excellent mechanical and environmental properties  Simple to splice and convenient to lay  High capacity data transmission  Flame retardant properties conforms to relevant standards  Mechanical characteristics conform to relevant standards Applications

Standard Jacket Colour:

 General purpose armored Indoor/Outdoor  Direct Burial  Campus Backbone  Outdoor Plant Duct Installation

 Black  Customer specific colour Specification Fiber Count

Cable Dimension (mm)

Weight (kg/km)

Long Term

Short Term

Long Term

Short Term

2

8.7

52

130

440

200

1000

4

8.7

60

130

440

200

1000

6

10.0

81

130

440

200

1000

8

11.7

108

130

440

200

1000

10

13.3

134

130

440

200

1000

15.0

183

130

440

200

1000

12

Note:

Tension (N)

Crush (N/100mm)

Min. Bend Radius (mm) Dynamic

Static

Temperature Range (℃)

20D

10D

-20~+60

1. The cable dimension and weight are according to the single-core cable with Ф2.0mm outer diameter 2. Tension and crush values provided in the table are all maximum values 3. All of the values in the table, which are for reference only, are subject to change without notice

Part Numbering System Example:

AFC1411 – Amphenol Armoured Fibre Cable, Singlemode, 4 Fibres, HDPE Black Jacket

Armoured Fibre Cable AFC

Armoured Fibre Cable

Mode

Fibre Count

Jacket Material

Jacket Colour

1

Singlemode

2

2 Fibres

1

HDPE

1

Black

2

Multimode

4

4 Fibres

2

PVC

--

Specify

6

6 Fibres

3

LSZH

8

8 Fibres

--

Other

10

10 Fibres

12

12 Fibres

--

Other

Additional Requirements Add Additional Requirements

ETD

H-12

Amphenol Telecom Solutions 287 Series SPECTRAPLOY Tactical Fibre Optic Multi Core Cable 5.4mm ØD Features

Packaging

 Lightweight, Field Deployable

 Customer Specified

 Crush Resistant, High Tensile Strength

 Plastic Reels - 100 to 250 meters

 Flexible, Good Bend Radius

 Plywood Reels - 100m to 1Km

 Abrasion Resistant  Suitable for Repeated Spooling  High Fluid & Chemical Resistant  High Mould Growth Resistant  Meets NBC Washdown Specifications

Specifications Process

Conditions 6 Turns on a 10x Cable ØD mandrel Def Stan 60-1 part 3 clause 15.1 Def Stan 60-1 part 3 clause 15.6 Def Stan 60-1 part 3 clause 15.10 Def Stan 60-1 part 3 clause 15.9 Def Stan 60-1 part 1 draft clause 14.10

1000 Newton force applied to 50mm cable for 5 min. Loss to be less than 0.5dB. Cable ØD must not reduce by more than 20%. Results: <0.1dB & <5% Jacket sample @25ºC withstands 5 Newton‟s load per mm of jacket thickness when pull tested. Jacket sample @ 70ºC withstands blade loaded with 5 Newton‟s force per mm of jacket thickness. Jacket sample @85ºC withstands 1000 strokes (500 cycles) 0.45mm needle with 5 Newton‟s force

Cold Tested

BS 2011 part 2.1 Ab

<0.5dB @ 850nm over 72 hrs @ -46ºC max.

Dry Tested

BS 2011 part 2.1 Bb

<0.5dB @ 850nm over 72 hrs @ -46ºC max.

2/4 core 62.5/125

34Kg/Km Typical

Cable Bend Tensile Strength Crush Resistance Sheath Tear Resistance Shear Cut Through Cable Scrape Abrasion

Weight

Value/Performance <0.5dB with over 200 meters spooled <0.5dB with 2000 Newton load

-55ºC to 85ºC

Temperature Range Optical Performance Fibre

Typical Attenuation (dB/Km)

Minimum Bandwidth (MHz/Km)

Numeric Aperture

850nm

1300nm

850nm

1300nm

62.5/125

<3.5

<1.5

<200

<500

0.275

50/125

<3.5

<1.5

<400

<600

0.200

8/125

0.045

0.3

Dispersion 3.5

18


287-4-1-12: Spectraploy Cable, 4 Cores, 62.5/125 Fibre, Dull Purple Sheath

Product Code 287

Spectraploy

Number of Cores

Fibre Size

Sheath Colour

2

2 Cores

1

62.5/125

11

Dull Black

4

4 Cores

2

50/125

12

Dull Purple

6

6 Cores

3

8/125

13

Black

8

8 Cores

NOTE! Customer must specify length required. SS

H-13

Amphenol Telecom Solutions Couplers & WDMs Description Amphenol Couplers and WDMs divide or combine optical signals. The technology utilized is the Fused Biconic Taper (FBT) process ensuring high quality, reliability and repeatable performance. The coupler and WDM range can be supplied with a wide variation of connector terminations or pigtails. Features  Low insertion loss  Low excess loss  Environmentally stable and reliable  Excellent repeatability  Low PDL Applications  FTTH, CATV, PON  Fibre optic telecommunication  Local Optical Area Network  Test Equipment

Coupler & WIC (Wall-Mountable Interconnect Centre) Specification Operating Wavelength (nm)

980, 1310, 1480, 1550 ± 10

Grade

Super (S)

High (A)

0.07

0.15

Typical Excess Loss (dB) Max Insertion Loss (dB)

Coupling Ratio vs. Insertion Loss Chart

Refer to Coupling Ratio vs. Insertion Loss Chart

Insertion Loss (dB)

Coupling Ratio

Super (S)

High (A)

50/50

3.4

3.6

Uniformity (dB) 50:50

<0.6

<1.0

40/60

4.4/3.5

4.8/2.8

Polarisation Stability (dB)

<0.1

<0.15

30/70

5.6/1.8

6.1/2.0

Coupling Ratio

1:99 to 50:50

20/80

7.4/1.1

8.0/1.3

Port Configuration

1 x 2 or 2 x 2

10/90

10.8/0.6

12.0/0.8

Directivity

>50

5/95

14.6/0/4

18.4/0.5

Reflectance (dB)

>55

1/99

21.4/0.2

22.0/0.3


-40 ~ +85°C

Storage Temperature

-45 ~ +85°C

WDM (Wavelength Division Multiplexer) Specification Operation Wavelength (nm) Grade Insertion Loss – Max (dB)

980/1550

1310/1550 Standard

1480/1550

High

Super (S)

High (A)

Super (S)

High (A)

2*

3*

Super (S)

High (A)

<0.4

<0.6

<0.3

<0.5

<0.7

<0.11

<0.6

<1.0

Isolation (dB)

>20

>18

>16

>13

>30

>40

>12

>10

Polarization Stability (dB)

<0.1

<0.15

<0.1

<0.15

<0.15

<0.15

<0.1

<0.15

Wavelength Bandwidth (dB) Directivity(dB)

±10

±20

±5

>55


-45 ~ +85°C

Storage Temperature

-50 ~ +85°C ETD

H-14

Amphenol Telecom Solutions Couplers & WDMs – Continued CWDM (Coarse Wavelength Division Multiplexer) Specification Parameter Channel Number

Unit

Value

-

4

8

Central Wavelength

nm

ITU-T Grid

Passband

nm

≥14

Passband Flatness

nm

≤0.5

Insertion Loss (Max)

dB

Adjacent Channel Isolation

dB

≥30

Non-adjacent Channel Isolation

dB

≥45

Wavelength Thermal Stability

nm/°C

≤0.002

Insertion Loss Thermal Stability

dB/°C

≤0.007

Return Loss

dB

≥45

Polarisation Mode Dispersion (PMD)

ps

≤0.10

Polarisation Dependent Loss (PDL)

dB

≤0.15

Directivity

dB

≥55


°C

-5 ~ +65°C

Storage Temperature

°C

-40 ~ +85°C

Package Dimensions

mm

2.0

2.5

140 (L) x 90 (W) x 11 (H)

110 (L) x 80 (W) x 10 (H)

DWDM (Dense Wavelength Division Multiplexer) Specification Parameter

Unit

Channels

nm

Central Wavelength

nm

1529.55 ~ 1560.61 ITU Grid

Pass Band

nm

Type: 1.0 Max : 1.5 (C:P1)

GHz

100

Channel Spacing

Mux / Demux 4

2.5

8

16

Insertion Loss (Max)

dB

Ripple

dB

≤0.5

Adjacent Channels Isolator

dB

≥25

Non-Adjacent Channels Isolator

dB

≥40

Return Loss

dB

≥50

Polarisation Dependent Loss (PDL)

dB

Maximum Optical Power

mw

300


°C

-5 ~ +65°C

Storage Temperature

°C

-40 ~ +85°C

Package Dimensions

mm

0.1

3.5

0.15

120 (L) x 80 (W) x 8 (H)

32

4.5

6.0

0.25

0.40

160 (L) x 110 (W) x 15 (H)


H-15

Amphenol Telecom Solutions Ethernet to Fibre Optic Converter Description

The Amphenol ETD100 Series Ethernet to Fibre Converter has been developed for use in numerous applications including FTTH (Fibre To The Home). The Media Converter enables conversion between Ethernet mediums (10Base-TX, 100Base-Tx & 100Base-FX) and Singlemode and Multimode fibre optic mediums. This enables long distance transmission of Ethernet mediums over highly stable fibre optic networks. Features

Stand Alone Unit Features

19” Rack Mount Features

Applications

 Advanced Hardware  1GB Transmission  Ideal Interconnection between Converters and Routers  Supports CONSOLE, TELNET, SNMP, WEBSERVER Etc.  Compliance with IEEE802.3 specifications

 Supports full/half duplex operation  Auto-coordinating function 1310,1550nm & RJ-45 interfaces  Pluggable or patchcord operation  Flexible optical fibre specifications  LED Status display

 Precise framework installation  High capacity, up to 16 transceiver modules per rack  Support of multi distancetransmission  High flexibility  Hot connect and disconnect  LED Status display

 Telecommunication  Fibre Optic Broadband Network  CATV  Broadband Internet  Multimedia transmission

Specification Part Number

ETD100-M

Industry Support Agreements Network Managing Mode Transmit Distance Connector Ethernet Feature

Optical Feature

LED Display Rack Mount Mechanical Parameters Rack Mount Power Standalone Power Operation Environment Storage Environment

Rate Rate Connector Mode Wavelength Transmitted Power (Min & Max) Receiver Sensitivity Error Units per Rack Measurement Weight AC DC Power Loss DC Power Loss Temperature Humidity Temperature Humidity

≤2km RJ-45 10/100Mbps

ETD100-S20

ETD100-S60

IEEE 802.3 Ethernet IEEE 802.3u Fast Ethernet IEEE802.1d Spanning Tree IEEE 802.1p Qos CLI, TELNET, SNMP, WEB ≤20km ≤60km RJ-45 RJ-45 10/100Mbps 10/100Mbps

ETD100-S100

≤100km RJ-45 10/100Mbps

10/100Mbps 10/100Mbps 10/100Mbps 10/100Mbps Auto-fit Auto-fit Auto-fit Auto-fit 100Mbps 100Mbps 100Mbps 100Mbps SC / LC SC / LC SC / LC SC / LC Multimode Singlemode Singlemode Singlemode 1310nm 1310nm 1310nm 1550nm -14dBm (Max) -7dBm (Max) -2dBm (Max) 0dBm (Max) -19dBm (Min) -18dBm (Min) -3dBm (Min) -5dBm (Min) -31dBm -32dBm -36dBm -36dBm 10‫־‬¹º 10‫־‬¹º 10‫־‬¹º 10‫־‬¹º PWR, TX ACT/Link, TX 100M, TX FDX/COLI, FX ACT/Link, FX 100M, FX FDX/COLI 16 432mm (W) x 89mm (H) x 295mm (D) 6Kg Full Load 110VAC/220VAC, 47Hz ~ 63Hz / 110/220VAC Auto-fit -48VDC (Optional) 5W (Max. for Each Unit) 5VDC, 1 Amp 5W (Max. for Each Unit) 0 ~ +60°C 5% ~ 95% (Non-Condensing) -40 ~ +60°C 5% - 95% (Non-Condensing) ETD

H-16

Amphenol Telecom Solutions Harsh Environment Fiber Optic Products – Overview LC Field TV & LX.5 Field TV

No hazardous on-field cabling! With the patented RJStop ® system you can use a standard LC or LX5 patchcord in a metallic circular connector which will protect it from shocks, dust and fluids conforming to an IP67 rating. This metallic plug is connected into a receptacle, using a Tri Start Thread coupling mechanism (MIL-DTL-38999 series III type) with an antidecoupling device for high vibrations. No cabling operation in field and no tools are required for installation. The LCFTV & LCX5FTV are available in a 2 channel option. MTRJ Field TV

No hazardous on-field cabling! The MTRJFTV enables the use of a standard MTRJ patchcord in a metallic circular connector which will protect it from shocks, dust and fluids – conforming to an IP67 rating. This metallic plug is connected into a receptacle, using a Tri Start Thread coupling mechanism (MIL-DTL-38999 series III type) with an antidecoupling device for high vibrations. No cabling operation in field and no tools are required for installation. The MTRJFTV is available in 1, 2 or 4 channel options. Fiber Optic Assemblies Amphenol Fiber Systems International (AFSI) supplies a wide variety of fiber optic cable assemblies with connectors requiring exacting customer specifications and maximum reliability for major providers and users of military and commercial fiber optic systems throughout the world. AFSI can fabricate virtually any combination of cable and connector technologies ranging from simplex/duplex ST, SC, FDDI to multi-channel, high density M28876, M83526, M38999, THD and hermaphroditic cylindrical fiber optic connectors. Our products address the needs and requirements of permanent fiber optic systems in offices and plants to deployed, tactical systems in extreme and harsh environments. AFSI‟s fiber optic engineers develop and maintain standard fabrication and polishing processes to ensure consistent quality. TFOCA-II® Connectors and Assemblies The TFOCA-II® 4 and 12-channel fiber optic connectors are ideal for environmentally harsh conditions. The TFOCA-II® connector series, designed and developed by Amphenol Fiber Systems International, takes advantage of the latest in fiber optic connectivity technology by utilizing industry standard physical contact ceramic ferrule technology. The TFOCA-II® connector is designed for minimal maintenance in the field. However, if field-level repair and cleaning is required, all TFOCA-II® connectors can be fully field repaired reusing all components with the exception of the termini. TFOCA-II® connectors have a removable end-cap to allow direct access to the alignment sleeve and termini. The TFOCA-II® can also be manufactured in stainless steel and brass making it ideal for demanding environments such as oil & gas and mining industries. TFOCA is now also available in the TFOCA-III® series which includes a 24 channel fiber optic connector Electrical to Optical Conversion Systems AFSI offers custom, fiber optic interconnect systems, featuring integrated electrical media conversion capability. These turnkey fiber optic data transport systems are capable of various data rates and formats. These systems can be used to interface to common data formats at the electrical connector with the electrical-optical-electrical (E-O-E) conversion occurring within the connector package. ASF / AFS

H-17

Amphenol Telecom Solutions Notes

Drawings

H-18

Amphenol Telecom Solutions Data / Networking Products - Table of Contents Field Series Reinforced RJ45, USB, FireWire and Fibre Optic Connectors TM

Infinity Receptacle InfiniBand , FibreChannel, 10Gb Ethernet, SAS, SFF-8470 & CX4

Page I1 Page I2


Amphenol Telecom Solutions Field Series Reinforced RJ45, USB, FireWire and Fibre Optic Connectors Introduction An ingenious Amphenol creation where a STANDARD Infocom Cordset is transformed into a Waterproof Harsh Environment Connector System WITHOUT the need for Tooling. This connector system is the winner of the prestigious „Component Product of the Year‟ at the 2004 Electronica. No Tool Needed

2004 Electronica Award Component product of the year www.RJField.com

Selection Guide

Mating Halves

Series

Coupling

Shape

EZ 544 RJF TV

Lever Push/Pull Bayonet Threaded

Square Round

Material

Markets

Plastic

Rail Mil/Aero Industrial Telecom

Metal

Plug Assemblies

Receptacle Assemblies

EZ Series Plastic Lever Coupling

Connectors Systems EZ 544 RJF TV

- C146 see Rectangular Section - ECTA 544 see Circular Section - Mil-C-26482 - Mil-DTL-38999 Series III

Features and Benefits Accommodates Registered Jack (RJ45), USB, Firewire IEEE1394, MTRJ and LC

RJ

Straight Plug Kit

Female to Female Adapter

with 1.5 meter Cordset

Part Number: Part Number: Part Number: RJF EZ 6 RJF EZ 21 100BTX RJF EZ 2215 100BTX Alternate Cabling Configuration replace 100BTX with 568A or 568B

544 Series – ECTA 544 Plastic Push/Pull Coupling

Ethernet Class D/Cat 5e connections for 10BaseT, 100BaseTX or 1000BaseT

USB Supports both 1.5Mb/s and 12Mb/s

IEEE 1394 Up to 400Mb/s

MTRJ & LC Fibre Optic Applications upon request

General Characteristics Up to IP68 Shock/Vibration Resistant or Proof Mechanical Coding/Polarization up to 4 pos Improved EMI

Straight Plug Kit

Female to Female Adapter

with 1.5 meter Cordset

Part Number: Part Number: Part Number: RJF 544 6 RJF 544 21 100BTX RJF 544 2215 100BTX Alternate Cabling Configuration replace 100BTX with 568A or 568B

RJF Series Mil-C-26482 Metal Bayonet Coupling

Also Available upon request

Straight Plug Kit

Flange Mount

Jam Nut

Part Number:

RJF with 90° RJ45

RJF-RNJ Rack & Panel

8 Port RJ Industrial Switch

8 Port RJ Military Switch

Fully Shielded Plugs & Rec.

Caps/Self Closing Caps

Part Number: Part Number: Female to Female Adapter Female to Female Adapter RJF 21 c 100BTX RJF 71 c 100BTX RJF 6 c with 1.5 meter Cordset with 1.5 meter Cordset RJF 22 c 15 100BTX RJF 72 c 15 100BTX Alternate Cabling Configuration replace 100BTX with 568A or 568B Replace c for connector finish – B: Black Platting, N: Nickel, G: Olive Drab Cadmium

RJFTV Series Mil-DTL-38999 III Metal Threaded Coupling

Straight Plug Kit

Flange Mount

Jam Nut

Part Number:

Part Number: Female to Female Adapter RJFTV 21 c 100BTX with 1.5 meter Cordset RJFTV 22 c 15 100BTX

Part Number: Female to Female Adapter RJFTV 71 c 100BTX with 1.5 meter Cordset RJFTV 72 c 15 100BTX

RJFTV 6 c

For USB replace RJFTV with USBFTV. For IEEE1394 replace RJFTV with FWFTV (RJFTV only) Reinforced Ethernet Cable

Deployment Drums

Alternate Cabling Configuration replace 100BTX with 568A or 568B Replace c for connector finish – B: Black Platting, N: Nickel, G: Olive Drab Cadmium

ASF-T

I-1

Amphenol Telecom Solutions Infinity Receptacle InfiniBandTM, FibreChannel, 10Gb Ethernet, SAS, SFF-8470 & CX4 Introduction Amphenol‟s Data/Telecom's High Speed INFINITY (4X/12X) series of connectors facilitate data speeds up to 75 Gbps total bandwidth, as required by InfiniBand™, FibreChannel and Serial Attached SCSI Trade Associations (SAS), with superior EMI performance. INFINITY connectors are high-density, hot pluggable and meet SFF-8470 specifications. A variety of receptacles are available that will fit multiple connectors into a 1U form factor and PCI bracket. All receptacles are available with standard or RoHS compliant materials.

Materials

Mechanical

Insulation Contact Plating Termination Plating Shield

– UL94V-0 thermoplastic – 30µ” or 50µ” Au on mating – Tin/Lead or Au on PCB – Nickel Plated Die-Cast

Electrical

Durability Temperature

Variations – 250 cycles – -40°C to +85°C

Related Information Mating Half

– U66 see below

Applications

Current Voltage Contact Resistance Insulator Resist. Withstand Voltage

– 0.5A max /Contact – 30 VAC – 80mΩ max. Initial – 1000MΩ minimum – 30 VAC

Datacom Devices, HCAs (Host Controller Adapters), High Speed Routers & Switches, Storage Devices, SANs (Storage Area Networks), Servers, RAID and XAUI

Locating Posts with Solder Posts types Belly-to-Belly types Locating Posts with Friction Posts One-Piece Locking plates or No Plate Self Locking Thumb-Screw or No Screw Top Mounting Ears Tape and Reel Packaging Rear Cover

www.infinityconnectors.com

2 or 4 Solder Posts, 2 or 4 Screw-Mount-Holes, Locking Plate, No Keying

InfiniBandTM Lanyard without Arms

InfiniBandTM Lanyard with Arms

FibreChannel, SAS, 10Gb Ethernet Thumb-Screw without Arms

FibreChannel, SAS, 10Gb Ethernet Thumb-Screw with Arms

Part Number:

Description:

Part Number:

Description:

Part Number:

Description:

U65-x04-2010 U65-x12-2010 U65-x04-5010 U65-x12-5010

4x 12x 4x, RoHS 12x, RoHS

U65-x04-2060-T U65-x12-2060-T U65-x04-5060-T U65-x12-5060-T

4x 12x 4x, RoHS 12x, RoHS

U65-x04-2020 U65-x12-2020 U65-x04-5020 U65-x12-5020

U65-x04-2080-T 4x 4x U65-x12-2080-T 12x 12x U65-x04-5080-T 4x, RoHS 4x, RoHS U65-x12-5080-T 12x, RoHS 12x, RoHS Request Customer drawings for detailed information

Replace x with B or E for mounting option, B: Solder Posts

E: Screw Mount Holes

Part Number:

Description:

TM

Infinity Plug InfiniBand , FibreChannel, 10Gb Ethernet, SAS, SFF-8470 & CX4 Introduction Amphenol Data/Telecom's High Speed INFINITY (4X/12X) series of plugs facilitate data speeds up to 75Gbps total bandwidth, as required by InfiniBand™, FibreChannel and Serial Attached SCSI Trade Associations. INFINITY plug and connector systems are high-density, hot pluggable and meet SFF-8470 specifications. Plug kits are available with a variety of cable size options as well as a unique low profile version that will allow for connection to two receptacles – one on top of the other – in a 1U form factor chassis.

Materials Insulation Contact Plating Contact Plating Shield

Mechanical – UL94V-0 thermoplastic – 50µ”Au in mating area –Tin/Lead in termination area – Nickel Plated Die-Cast

Electrical Current Voltage Contact Resistance Insulator Resist. Withstand Voltage

Durability Temperature

Variation – 250 cycles – -40°C to +85°C

Various Wire Gauge Options

Related Information Mating Half

– U65 see above

Applications – 0.5A/Contact – 30VAC – 80mΩ max. Initial – 1000MΩ minimum – 30 VAC

Datacom Devices, HCAs (Host Controller Adapters), High Speed Routers & Switches, Storage Devices, SANs (Storage Area Networks), Servers, RAID and XAUI

www.infinityconnectors.com

All Keying Slots with Ferrule

InfiniBandTM Lanyard Type

Part Number: U66-N04-1110 U66-N04-2130 * Cable Build up necessary for 28AWG

I-2

Description: 4x 24 AWG wire 4x 26/28 AWG Wire*

FibreChannel, SAS, 10Gb Ethernet Screw-Lock Type

Part Number: U66-N04-3120 U66-N12-1020

Description: 4x 28 AWG wire 12x 24 AWG wire Request Customer drawings for detailed information

Amphenol Telecom Solutions Glossary Telecom Terminology & Definitions A AMPS: Advanced Mobile Phone System, an analog standard for wireless service. Accessories: Mechanical devices, such as cable clamps, added to connector shells and other such hardware which is attachable to connectors to make up the total connector configuration.

A/D: Analog-to-digital. Alloy: A mixture of two or more metals combined to achieve properties, such as a lower melting point or greater strength, that the individual metals do not possess.

Ambient: The atmospheric conditions surrounding a given item. Normally in terms of factors which influence or modify, such as temperature, humidity, etc. Amplitude: The magnitude of variation in a changing quantity from its zero value. The word required modification - as with adjectives such as peak, maximum, rms, etc. - to designate the specific amplitude in question.

Analog: The representation of information by means of continuously variable signal. Attenuation (a): The decrease of a signal with the distance in the direction of propagation. Attenuation may be expressed as the scalar ratio of the input power to the output power, or as the ratio of the input signal voltage to the output signal voltage.

B Back Mounted (rear mounting): When a connector is mounted from the inside of a panel or box with its mounting flange inside the equipment. Backplane Panels: An interconnection panel into which PCB cards or other panels can be plugged. These panels come in a variety of designs ranging from a PC motherboard to individual connectors mounted in a metal frame. Panels lend themselves to automated wiring.

Bandwidth: The range of frequencies for which performance falls within specific limits. Barrier Seal: A barrier seal is a seal preventing the passage of moisture or gases through the insulator and the gap between insulator and center conductor or outer conductor of a connector or adapter.

Base Material: Metal from which the connector, contact or other piece part accessory is made and on which one or more metals or coatings may be deposited.

Bayonet Coupling: A quick coupling device for plug and receptacle connectors, accomplished by rotation of a cam operating device designed to bring the connector halves together.

B-CDMA: Broadband - Code Division Multiple Access (CDMA) Bending Radius: The minimum permissible radius for fixed installation of the cable. This radius is mainly used in climatic tests. Minimum dynamic: The minimum permissible radius for flexible applications of the cable.

BNC (Bayonet Neill Concelman): Coaxial connector with bayonet coupling mechanism. Available in 50 Ohm and 75 Ohm versions. Frequency range DC - 4 GHz (50 Ohm) and DC-1 GHz (75 Ohm), respectively. Named after Amphenol Engineer Carl Concelman, and Bell Labs Engineer Paul Neill.

Body: Main, or largest, portion of a connector to which other portions are attached. Bonded Assembly: A connector assembly in which the components are bonded together using an electrically appropriate adhesive in a sandwich structure to provide sealing against moisture.

Braid: Woven wire used as shielding for insulated wires and coaxial cables. Also, a woven fibrous protective outer covering over a conductor or cable. Braid Coverage: A calculated percentage which defines the completeness with which a braid or shield covers the surface of the underlying component. Bulkhead: A term used to define a mounting style of connectors. Bulkhead connectors are designed to be inserted into a panel cutout from the rear (component side) or front side of the panel.

Butted Contact: When two conductors come together end-to-end, but do not overlap, with their axis in line.

C CATV: Cable television (previously community antenna television) technology, commonly employed by broadband LANs for signal distribution. Cable Assembly: A completed cable and its associated hardware (e.g. connector). Capacitance: The property of an electrical conductor (dielectric in a capacitor) that permits the storage of energy as a result of electrical displacement. The basic unit of capacitance is the Farad, however measurement is more commonly in microfarads or picofarads.

Capillary Actions: The effect of surface tension that draws a liquid into a small opening. CDMA (IS-95): Code Division Multiple Access, a digital standard for wireless service. Closed Entry Contact: A specially designed connector interface which controls the entry of the male pin from damaging the female contact. Coaxial Cable: A transmission line consisting of two concentric conductors insulated from each other. In its flexible form it consists of either a solid or stranded center conductor surrounded by a dielectric. A braid is then woven over the dielectric to form an outer conductor. A protective plastic covering is placed on top of the braid.

Concelman: Amphenol Engineer after which many coaxial connectors are named: C, BNC, TNC, etc. Connector Assembly: Includes housing and contact plus additional components such as hardware used to hold the assembly together and/or make the assembly a functional connector.

Contact: The conducting part of an interconnect at the interface between the connector and the lead on the device being connected. Contact Alignment: Defines the overall radial play which contacts shall have within the insert cavity so as to permit self-alignment of mated contacts. Sometimes referred to as amount of contact float.

Contact Cavity: A defined hole in the connector insert or housing into which the contact must fit. Contact Durability: The number of insertion and withdrawal cycles that a connector must be capable of withstanding while remaining within the performance levels of the applicable specification.

Contact Engaging & Separating Force: Force needed to either engage or separate pins and socket contacts when they are in and out of connector inserts. Values are generally established for maximum and minimum forces. Performance acceptance levels vary by specification and/or customer requirements.

Contact Plating: Deposited metal applied to the basic contact metal to provide the required contact-resistance and/or wear-resistance.

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Amphenol Telecom Solutions Glossary Telecom Terminology & Definitions – Continued Contact Pressure: Force which mating surfaces exert against one another. Contact Resistance: Measurement of electrical resistance of mated contacts when assembled in a connector under typical service use. Electrical resistance is determined by measuring from the rear of the electrical area of one contact to the rear of the mating contact (excluding both crimps) while carrying a specified test current.

Contact Retention: Defines minimum axial load in either direction which a contact must withstand while remaining firmly fixed in its normal position within an insert.

Convection: The transfer of heat by movement of hot air. Often used in conjunction with infrared radiation to reduce the effect of IR shadowing. Coplanarity: The distance between the lowest and highest lead when the connector is laying in its seating plane. Corona: A luminous discharge due to ionization of the air surrounding a conductor caused by a voltage gradient exceeding a certain critical value. Crimp: Act of compressing (deforming) a connector ferrule around a cable in order to make an electrical connection. Crimping Dies: A term used to identify the shaping tools that, when moved toward each other, produce a certain desirable shape to the barrel of the terminal or contact that has been placed between them. Crimping dies are often referred to as die sets or as die inserts.

Crimping Termination: Connection in which a metal sleeve is secured to a conductor by mechanically crimping the sleeve with pliers, presses or crimp dies.

Crimping Tool: A term commonly used to identify a hand held mechanical device or table press that is used to crimp a contact, terminal or spice. Cross Talk: A magnetic or electrostatic coupling which causes the unwanted transfer of energy from one circuit (disturbing circuit) to another circuit (disturbed circuit).

CTIA: Cellular Telecommunications Industry Association. Cut-off Frequency (fc): The frequency, above which other than the TEM mode may occur. The transmission characteristics of cables above their cutoff frequency may be unstable.

Cycle: One complete sequence of values of an alternating quantity, including a rise to maximum in one direction and of return to zero. The number of cycles occuring in one second is called the frequency.

D D/A: Digital-to-analog DBm: Relative measure of signal power where the reference 0 dBm is equal to one milliwatt. See also decibel. Decibel (dB): A relative unit without dimensions calculated as ten times the logarithm to the base 10 of a power ratio or as twenty times the logarithm to the base 10 of a voltage ratio. Note: What is commonly measured as VSWR in the RF world is referred to as return loss and measured in dB in the CATV industry.

Delay Line: A cable that delays electrical signals by a specified amount of time. Dewetting: A situation where a lead or pad was at one point in the soldering process wetted by the solder, but due to extended time or temperature, the presence of intermetallics, volatiles or other causes, has become withdrawn from the wetted surface.

Dielectric: In a coaxial cable, the insulation between inner and outer conductor. It significantly influences electrical characteristics such as impedance, capacitance, and velocity of propagation.

Dielectric Constant: Electrical property of a material that describes its behavior in an electric field. The dielectric constant of the dielectric is the most important design parameter for coaxial cables and determines dimensions, losses and propagation characteristics.

Dielectric Loss: In a coaxial cable, the losses caused by transformation of electromagnetic energy into heat within the dielectric material. Dielectric Strength: The voltage which an insulating material can withstand before breakdown occurs. Dielectric Withstanding Voltage: The maximum potential gradient that a dielectric material can withstand without failure. Digital: (1) Pertaining to the utilization of discreet integral numbers in a given base to represent all the quantities that occur in a problem or a calculation. It is possible to express in digital form all information stores, transferred or processed by a dual-state condition; e.g., on-off, open-closed and true-false. (2) Compare with analog.

DIN 7/16: 50½ coaxial connector with screw type coupling mechanism providing excellent intermodulation characteristics. Suitable for medium to high power applications. Frequency range DC - 7.5 GHz.

Dip Solder Terminal: The terminals on a connector which are inserted into holes in the PC board and then soldered in place. Direct Current (DC): An electric current which flows in only one direction. Dissipation: Unusable or lost energy, such as the production of unused heat in a circuit. Distortion: An unwanted change or addition to a signal or waveform when it is amplified. This definition excludes noise which is an extraneous signal super-imposed on the desired signal.

Dummy Load: A dissipative device used at the end of a transmission line or waveguide to convert transmitted energy into heat, so essentially no energy is radiated outward or reflected back to its source.

Dust Cap: A device attached to a connector to provide protection against dust and foreign debris.

E Eccentricity: A measure of a conductor's location with respect to the circular cross section of the insulation. Expressed as a percentage of center displacement of one circle within the other.

EIA: Electronic Industries Association. Electromagnetic Compatibility (EMC): EMC describes the ability of an electrical system to avoid electromagnetic interference with the environment. Electromagnetic Interference (EMI): Unwanted electrical or electromagnetic energy that causes undesirable responses, degrading performance or complete malfunctions in electronic equipment. See also: Noise.

Electronic Industries Association (EIA): A U.S. manufacturer's group which, as one of its functions, sets some interface standards. Electroplating: A method of electrically depositing metals of very precise compositions and thickness onto a base metal.

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Amphenol Telecom Solutions Glossary Telecom Terminology & Definitions – Continued Ethernet: (1) In a local computer network, a branching broadcast communications system for carrying digital data packets among locally distributed computing stations. (2) A two-level, baseband, local-area data communications network developed by Xerox and supported by DEC and Intel, among others.

Eutectic Solder: The most common solder alloy because of its low melting point (183oC/361oF), composed of 63% tin and 37% lead.

F FCC: Federal Communications Commission. Feed-through: A connector or terminal block, usually having double-ended terminals which permits simple distribution and bussing of electrical circuits. Also used to describe a bushing in a wall or bulkhead separating compartments at different pressure levels, with terminations on both sides.

Ferrule: A short tube to make solderless connections to shielded or coaxial cable (e.g. as in crimping). Fiber Optics: The technology for guidance of light waves through optical fibers; specifically when the optical energy is guided to another location in order to transmit information.

Flange: A projection extending from, or around the periphery of, a connector and provided with holes to permit mounting the connector to a panel, or to another mating connector half.

Footprint: The pattern on the printed circuit board to which the leads on a surface mount component are mated. Also called a land or a pad. Frequency Modulation (fm): A scheme for modulating a carrier frequency in which the amplitude remains constant but the carrier frequency is displaced in frequency proportionally to the amplitude of the modulating signal. An fm broadcast is practically immune to atmospheric and man-made interference.

Fretting Corrosion: A form of accelerated oxidation that appears at the interface of contacting materials undergoing slight cyclic relative motion. All nonnoble metals (tin) are susceptible to some degree of fretting corrosion and will suffer contact resistance increases.

Front Mounted (front mounting): A connector is front mounted when it is attached to the outside or mating side of a panel. A front mounted connector can only be installed or removed from the outside of the equipment.

G GHz: See Gigahertz. Gigahertz (GHz): One billion cycles per second (1x109). GPS: Global Positioning System GSM: Global System for Mobile communication, a digital standard for wireless service for high-performance cell phones; European and defacto world standard.

H Heat Shock: Test to determine the stability of a material when exposed to a sudden high temperature change for a short period of time. Heat Treating: A process that uses precise heating and tooling of metals in order to optimize internal stresses and spring properties. Hermetic Seal: Hermetically sealed connectors provide contacts bonded to the connector by glass. They permit maximum leakage rate of gas through the connector of 1.0 micron ft/hr at one atmosphere pressure for special applications.

Hermaphroditic Connector: A connector where both mating members are exactly alike at their mating face. There are no male or female members, but provisions have been made to maintain correct polarity, hot lead protection, sealing and coupling.

Hermaphroditic Contacts: Contacts in which both mating elements are precisely alike at their mating face. Hertz (Hz): International standard term for cycles per second. Named after the German physicist Heinrich R. Hertz (e.g. 60 cycles per second is equal to 60 hertz or 60 Hz).

I IEEE: Institute of Electrical and Electronics Engineers. IM/PIM (Passive Intermodulation): The generation of new (and in the case of cable assemblies undesirable) signals (intermodulation products) at the non-linear characteristics of transmission elements.

Impedance (characteristic, Z0): Characteristic property of a transmission line describing the ratio between electric and magnetic fields. Impedance Match: A condition in which the impedance of a component or circuit is equal to the internal impedance of a transmission line. This gives maximum transfer of energy from the source to the load, as well as minimum reflection and distortion.

Inductance: The property of a circuit or circuit element that opposes a change in current flow, thus causing current changes to lag behind voltage changes. It is measured in Henrys.

Insert: The part which holds the contacts in their proper arrangement and electrically insulates them from each other and from the shell. Insertion Loss: The loss in load power due to the insertion of a component, connector or devise at some point in a RF transmission system. Generally expressed in decibels as the ratio of the power received at the load before insertion of the apparatus, to the power received at the load after insertion (for more information please refer to Appendix).

Insulation: A material having high resistance to the flow of electric current. Often called a dielectric in RF cable. Insulation Resistance: The electrical resistance of the insulating material (determined under specified conditions) between any pair of contacts, conductors, or grounding device in various combinations.

Interconnection: Mechanically joining assemblies together to complete electrical circuits. Interface: The two surfaces on the contact side of both halves of a multiple-contact connector which face each other when the connector is assembled. Interference: An electrical or electromagnetic disturbance that causes undesirable response in electronic equipment. Intermetallic: Chemical compounds formed between the metals present in the solder, base metal and protective plating. Intermetallic formation is necessary for good solder joints, but excessive intermetallics can cause brittleness.

Intermodulation (IMD): A phenomenon that occurs when two or more fundamental frequencies are present in an electronic circuit. IR Shadowing: When connector bodies or other components prevent the infrared energy from directly striking some solder joints, causing non-uniform heading.

ISO: International Standards Organization.

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Amphenol Telecom Solutions Glossary Telecom Terminology & Definitions – Continued J Jack: A connecting device into which a plug can be inserted to make circuit connections. The jack may also have contacts which open or close to perform switching functions when the plug is inserted or removed. See also: receptacle.

Jacket: An outer non-metallic protective cover applied over an insulated wire or cable. J-Lead: A surface mount lead configuration where leads are bent into curves. Infrequently used on interconnects.

L LAN: Local Area Network. A data communication network confined to a limited geographic area (up to 6 miles or about 10 kilometers). Land: The metal portion of a printed circuit board where the pads on a surface mount component are mated. Also called a footprint or a pad. Levels of Interconnection: Device to board or chassis. The connection point between components (tubes, transistors, IC packages) and the PC board or chassis. Board to motherboard or backplane. The connection point between PC boards or sub-circuit modules and the motherboard or a backplane Board. Backplane wiring. Connections between levels to each other and to other sub-circuits. Input/output. Connections for power and signals into and out of a system. Connections may be between subassemblies within the same enclosure or between individual units.

Line Impedance: Impedance as measured across the terminals of a transmission line; frequently the characteristic impedance of the line. Low Noise Cable: Cable specially constructed to avoid spurious electrical disturbances caused by mechanical movements.

M Mating Face Seal: A mating face seal is a seal preventing the passage of moisture or gases into or out of the connecting interface of two connectors in mated condition.

MCX (Micro coaxial): Micro coaxial connector with snap on coupling mechanism. Available in 50 ohm and 75 ohm versions. Frequency range DC - 6 GHZ.

MHV (Miniature High Voltage): Coaxial connector with bayonet coupling mechanism. Working voltage 2.2 kV DC. Microstrip: A type of transmission line configuration which consists of a conductor over a parallel ground plane, and separately by a dielectric. Microwave: That portion of the electromagnetic spectrum lying between the far infrared and conventional radio frequency range. The microwave frequency range extends from 1 GHz to 300 GHz. Microwaves are usually used in point-to-point communications because they are easily concentrated into a beam.

MIL: Military (e.g. as in Military Standards). Mismatch (Connector Impedance or Line Impedance): The condition in which the impedance of a source does not match or equal the impedance of the connected load. This reduces power transfer by causing reflection.

MMCX: Miniature Microcoax connector with snap on coupling mechanism. Available in 50 ohm and 75 ohm versions. Frequency range DC - 6 GHz. Moisture Resistance: The ability of a material to resist absorbing moisture from the air or when immersed in water. Motherboard: A printed board used for interconnecting arrays of plug-in electronic modules.

N N (Neill): Coaxial connector with screw type coupling mechanism. Available in 50 ohm and 75 ohm version. Frequency range DC - 18 GHz (50 ohm) and DC-1 GHz (75 ohm), respectively.

NAB: National Association of Broadcasters Noise: Random electrical signals, generated by circuit components or by natural disturbances.

O OEM: Original Equipment Manufacturer. Ohm: The unit of measurement for electrical resistance. A circuit is said to have a resistance of one ohm when an applied emf of one volt causes a current of one ampere to flow.

P Pad: The metal portion of a printed circuit board where the leads on a surface mount component are mated. Also called a footprint or a land. Panel Seal: A panel seal is a seal preventing the passage of moisture or gases through the gap between the mounting hole of the panel and the connector body of the fixed connector.

PC: Personal Computer. Permeability (magnetic): The measure of how much better a material is than air as a path for magnetic lines of force. Air is assumed to have a permeability of 1.

Permittivity Relative: Synonym term for relative dielectric constant Er. Phase Shift: Change in phase of a voltage or current after passing through a circuit or cable. Phase Stability: Variation of the electrical length of a cable that can result from temperature or mechanical stress due to bending or torsion. Pin Contact: A male type contact, usually designed to mate with a socket or female contact. It is normally connected to the "dead" side of a circuit. Plated Through-Hole: A hole through a printed circuit board that has been electroplated and into which a lead is placed and soldered for electrical and mechanical connection.

Plug: In coaxial RF connectors the plug is usually the movable portion, and is usually attached to a cable or removable assembly. Plugs mate with receptacles, jacks, outlets, etc.

Press-Fit Contact: An electrical contact which can be pressed into a hole in an insulator, printed board (with or without plated-through holes), or a metal plate.

Printed Circuit Board (PCB): An epoxy glass and metal composite on which circuits are etched and to which active, passive and hardware components are attached. Also called PCB or PC Board.

Propagation Delay: Time required for an electronic digital device, or transmission network to transfer information from its input to its output. Prototype: A model suitable for use in the complete evaluation of form, design and performance.

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Amphenol Telecom Solutions Glossary Telecom Terminology & Definitions – Continued PTFE (polytetraflouroethylene): The thermally most stable and chemically most resistant carbonaceous compound. It is unaffected by sunlight, moisture, and virtually all chemicals. Temperature range is -200oC to +260oC / -392oF to +500oF. Electrical properties are very constant over temperature and wide range of frequencies.

Pulse: A change in the level, over a relatively short period of time, of a signal whose value is normally constant. Pulse Width: The length of time that the pulse voltage is at the transient level. Electronic pulse widths are usually in the millisecond (10-3), microsecond (10-6) or nanosecond (10-9) range.

R Range: Number of sizes of connectors or cables of a particular type. Receptacle: Usually the fixed or stationary half of a two-piece multiple contact connector. Also the connector half usually mounted on a panel and containing socket (female) contacts.

Reflection: See VSWR. Reflection Loss: The part of a signal which is lost due to reflection of power at a line discontinuity. Reflow Soldering: The process of screen printing solder paste and then heating it to cause it to melt, or "reflow", to wet the leads and pads around it. RF: Radio frequency. RG/U: Symbol used to designate coaxial cables that are made to government specification (e.g., RG-58U; in this designation the "R" means radio frequency, the "G" means government, the "58" is the number assigned to the government approval, and the "U" means it is an universal specification).

Rise Time: The time required for a component or logic circuit to change from the quiescent to the transient state when an output is applied, (e.g. elapsed time between application of input and attainment of full output level).

RMS: Root mean square. Root Mean Square The effective value of an alternating current, corresponding to the direct current value that will produce the same heating effect.

S SC (Concelman, Amphenol Engineer): Threaded connector 0 to 11 GHz. Screening Effectiveness: Ratio of the power fed into a coaxial cable to the power transmitted by the cable through the outer conductor. Screw Machine Contact: A contact which is machined from solid bar stock. Self-Align: Design of two mating parts so that they will engage in the proper relative position. Self Alignment: The tendency of leads to center themselves on solder pads due to the surface tension of the liquid solder. Semi-Rigid: A cable containing a flexible inner core and a relatively inflexible sheathing. Shield: (1) A conducting housing or screen that substantially reduces the effect of electric or magnetic fields on one side thereof, upon devices or circuits on the other side. Cable shields may be solid, braided, or taped (longitudinally or spirally). (2) In cables, a metallic layer placed around a conductor or group of conductors to prevent electrostatic or electromagnetic interference between the enclosed wires and external fields.

Shielding: The metal sleeve surrounding one or more of the conductors, in a wire circuit to prevent interference, interaction or current leakage. Shock (mechanical): (1) An abrupt impact applied to a stationary object. (2) An abrupt or non-periodic change in position, characterized by suddenness, and by the development of substantial internal forces.

SHV (Safe High Voltage): Coaxial connector with bayonet coupling mechanism. Working voltage 5 kV DC. Skin Effect: The phenomenon wherein the depth of penetration of electric currents into a conductor decreases as the frequency of the current increases. SMA (Subminiature A): 50 ohm - subminiature coaxial connector with screw type coupling mechanism. Frequency range DC-18 GHz. SMB (Subminiature B): Subminiature coaxial connector with snap-on coupling mechanism. Frequency range DC - 4 GHz. SMC (Subminiature C): Subminiature coaxial connector with screw type coupling mechanism. Frequency range DC - 10 GHz. SMS: Subminiature coaxial connector with slide-on coupling mechanism. Frequency range DC - 4 GHz. Snap on: Used to describe the easy removal or assembly of one part to another. A connector containing socket (female) contacts into which a plug connector having male contacts is inserted.

Solder Contact: A contact or terminal with a cup, hollow cylinder, eyelet or hood to accept a wire for a conventional soldered termination. Spring-Finger Action: Design of a contact, as used in a printed circuit connector or a socket contact, permitting easy, stress-free spring action to provide contact pressure and/or retention.

Standing-Wave: Distribution of current and voltage on a transmission line, resulting from two sets of waves traveling in opposite directions. Standing Wave Ratio: A measure of the mismatch between the load the line. It is equal to 1 when the line impedance is perfectly matched to the load. (In which case the maximum and minimum are the same, as current and voltage do not vary along the line). The perfect match would be a 1 to 1 ratio.

Stripline: A type of transmission line configuration which consists of a single narrow conductor parallel and equidistant to two parallel ground planes. Surface Mount Device (SMD): An active or passive device designed to be soldered to the surface of the printed circuit board. Surface Mount Technology(SMT): The process of assembling printed circuit boards with components soldered to the surface rather than fastened to printed circuit board through-holes.

SWR: Standing Wave Ratio.

T TDMA: Time Division Multiple Access, a digital standard primarily used in Asia and Europe. Thermal Shock: The effect of heat or cold applied at such a range that non-uniform thermal expansion or contraction occurs within a given material or combination materials. The effect can cause inserts and other insulation materials to pull away from metal parts.

Third Generation (3G): The next generation in wireless producing a convergence of standards and services. TNC (Threaded Neill Concelman): Coaxial connector with screw type coupling mechanism. Available in 50 ohm and 75 ohm versions. Frequency range DC - 11 GHz (50 ohm) and DC - 1 GHz (75 ohm), respectively.

Transmission Line: A signal-carrying circuit composed of conductors and dielectric material with controlled electrical characteristics used for the transmission of high-frequency, narrow-pulse type signals.

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Amphenol Telecom Solutions Glossary Telecom Terminology & Definitions – Continued Transmission Loss: The decrease of loss in power during transmission of energy from one point or another. Usually expressed in decibels. Triaxial Cable: A cable consisting of one center conductor and two outer concentric conductors (with an insulating layer separating them). Notable for increased shielding efficiency.

Twinaxial Cable: Two conductors that are insulated from one another, twisted together and surrounded by a common shield.

U UG: Symbol used to describe coaxial connectors that were made to a government specification. This specification is now obsolete. UHF: Coaxial connector with screw type coupling mechanism invented in the 1930's by Amphenol engineer E. Clark Quackenbush for use in the radio industry. Non-defined impedance. Frequency range DC.

Ultra High Frequency (UHF): A Federal Communications Commission designation for the band from 300 MHz to 3,000 MGz (3GHz) on the radio spectrum.

UMTS: Universal Mobile Telecommunications Systems.

V Very High Frequency (VHF): A Federal Communications Commission designation for the band from 30 to 300 MHz on the radio spectrum. Velocity of Propagation: The speed of an electrical signal down a length of cable compared to speed in free space expressed as a percentage. Voltage: The term most often used to designate electrical pressure that exists between two points and is capable of producing a flow of current when a closed circuit is connected between the two points. Voltage is measured in volts, millivolts, microvolts and kilovolts. The terms electromotive force (emf), potential, potential difference and voltage drop are often referred to as voltage.

Voltage Standing Wave Ratio (VSWR): A measure of the reflection, resulting from a ratio of the input signal to the reflected signal. VSWR = (1+L) / (1L)

VSWR: See Voltage Standing Wave Ratio and Standing Wave Ratio.

W Wavelength: The distance, measured in the direction of propagation, of a repetitive electrical pulse or waveform between two successive points that are characterized by the same phase of vibration.

Wave Soldering: The most widely used mass soldering process, primarily for through-hole boards, where the board is passed over a wave of solder which laps against the bottom of the board to wet the metal surfaces to be joined.

W-CDMA: Wideband-Code Division Multiple Access (CDMA). Wetting: The ability of liquid solder to attach itself to the surfaces being joined through the formation of intermatallic bonds. Wiping Action: The action which occurs when contacts are mated with a sliding action. Wiping has the effect of removing small amounts of contamination from the contact surfaces, thus establishing better conductivity.

WLAN: Wireless Local Area Network. WL: Wireless Local Loop.

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Amphenol Contact Information Amphenol Jaybeam

Rutherford Drive Park Farm South, Wellingborough Northants, NN8 6AX, UK Tel: +44 (0) 1933 408 408 Fax: +44 (0) 1933 408 404 Email: [email protected] URL: http://www.amphenol-jaybeam.com

Amphenol Headquarters

358 Hall Avenue Wallingford, CT 06492 United States of America Tel: +1 203 265 8900 Fax: +1 203 265 8516 URL: http://www.amphenol.com

Distributor Contact Information

21.Amphenol Jaybeam Product Catalogue - Europe, Africa and Middle East

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