Medical Gas Outlets

O hio Medic al Cor C or porat ion D esk Referenc e

 Medical, Laboratory, Industrial  Air Systems  Vacuum Systems  Medgas Pipeline

®

Ohio Medical Corporation® has been the leading supplier of Healthcair® medical air and vacuum pumping systems, Ohio Medical Corporation® and Amvex medical suction regulators, Ohio Medical™ and Amvex air and oxygen flow meters and Aeros® portable suction equipment since 1958. Ohio Medical Corporation is an ISO 9001 and ISO 13485 registered and FDA regulated medical device manufacturing facility. All Ohio Medical medgas products are produced to conform to NFPA 99 standards. With a leading research and development team, dedicated service department, and knowledgeable customer support teams, we will continue to provide the medical industry with leading technology and quality products as we have for the past five decades. Ohio Medical is the only name you need to know for your medical suction and oxygen therapy and medgas equipment needs. Ohio Medical has maintained a presence in the medical industry for well over 45 years under the Ohio Medical, Amvex, and Aeros-Instruments Aeros-Instruments & Squire-Cogswell names. We are a leading supplier of medical pumping systems, systems, with a sound reputation in hospital environments environments around the world. In the 1950 the first Ohio Medical Vacuum regulator was introduced under the name of Ohio Chemical , followed by the Intermittent Vacuum Vacuum regulator in 1951 and the HH Model in 1953. These regulators were manufactured manufactured by Squire-Cogswell (now Ohio Medical) and private labeled for Ohio Medical, Ohmeda and successive companies since their introduction over 45 years ago. In July of 2005, Ohio Medical Corporation was formed, combining the Ohmeda® Suction & Oxygen Therapy products, Aeros portable suction equipment, the Healthcair and Selectorr pumping systems and medgas pipeline products. Finally in November 2007 Ohio Medical acquired Amvex Corporation a leading supplier of medical gas devices. This union created a synergistic blend of products and technology with strong customer and patient safety focus.

Ohio Medical Corporation® has been the leading supplier of Healthcair® medical air and vacuum pumping systems, Ohio Medical Corporation® and Amvex medical suction regulators, Ohio Medical™ and Amvex air and oxygen flow meters and Aeros® portable suction equipment since 1958. Ohio Medical Corporation is an ISO 9001 and ISO 13485 registered and FDA regulated medical device manufacturing facility. All Ohio Medical medgas products are produced to conform to NFPA 99 standards. With a leading research and development team, dedicated service department, and knowledgeable customer support teams, we will continue to provide the medical industry with leading technology and quality products as we have for the past five decades. Ohio Medical is the only name you need to know for your medical suction and oxygen therapy and medgas equipment needs. Ohio Medical has maintained a presence in the medical industry for well over 45 years under the Ohio Medical, Amvex, and Aeros-Instruments Aeros-Instruments & Squire-Cogswell names. We are a leading supplier of medical pumping systems, systems, with a sound reputation in hospital environments environments around the world. In the 1950 the first Ohio Medical Vacuum regulator was introduced under the name of Ohio Chemical , followed by the Intermittent Vacuum Vacuum regulator in 1951 and the HH Model in 1953. These regulators were manufactured manufactured by Squire-Cogswell (now Ohio Medical) and private labeled for Ohio Medical, Ohmeda and successive companies since their introduction over 45 years ago. In July of 2005, Ohio Medical Corporation was formed, combining the Ohmeda® Suction & Oxygen Therapy products, Aeros portable suction equipment, the Healthcair and Selectorr pumping systems and medgas pipeline products. Finally in November 2007 Ohio Medical acquired Amvex Corporation a leading supplier of medical gas devices. This union created a synergistic blend of products and technology with strong customer and patient safety focus.

Ta b l e o f C o n t e n t s

PIPELINE Outlets ............ ........................ ........................ ........................ ........................ ........................ ........................ ........................ ........................ ....................2 ........2 Integrated Flowmeter........... ....................... ........................ ........................ ........................ ........................ ........................ .......................3 ...........3 Retrot Wall Outlets................................. .............................................. ......................... ........................ ........................ ........................ ..............4 ..4 Zone Valve Boxes.................................. ............................................... ......................... ........................ ........................ ........................ ................5 ....5 Valves Va lves with Extensions ............ ........................ ....................... ....................... ........................ ........................ ........................ ....................5 ........5 Alarms: Area, Master and Combo C ombo ........................... ....................................... ........................ ....................... ......................6 ...........6 Refrot Alarm ............ ........................ ........................ ........................ ........................ ........................ ........................ ........................ ......................7 ..........7 Hose Retractor ........... ....................... ........................ ........................ ........................ ........................ ........................ ........................ ....................7 ........7 Hose and Assemblies: Bulk, Spiral Hoses and Hose Assemblies ............ ....................... .............8 ..8 Gas Control Panel ........... ....................... ........................ ......................... ......................... ........................ ........................ ........................ ..............9 ..9 Ceiling Columns/Pedastals........... ....................... ........................ ........................ ........................ ........................ ......................... ..............9 .9 Manifolds ............ ........................ ........................ ........................ ........................ ........................ ........................ ........................ ........................ ..............10 ..10 Emergency Oxygen Inlet Station .......................... ...................................... ........................ ........................ ....................... ............10 .10

SOT PRODUCTS Vacuum Va cuum Regulators ........... ....................... ........................ ........................ ........................ ........................ ........................ .......................11 ...........11 Flowmeters ........... ....................... ........................ ........................ ........................ ........................ ........................ ........................ ........................11 ............11 Adapters ........... ....................... ........................ ........................ ........................ ........................ ........................ ........................ ........................ ................ .... 11 Portable Suction Equipment ................................. ............................................. ........................ ........................ ....................... ............. 11

VACUUM SYSTEMS Rotary Vane Vacuum Systems ................................. ............................................. ........................ ....................... ....................12 .........12 Simplex Rotary Vane Vacuum System .......................... ...................................... ........................ ........................ ...............15 ...15 Rotary Claw Vacuum Systems ........... ....................... ........................ ........................ ........................ ....................... ..................17 .......17 Oasis Vacuum Systems............................. ......................................... ........................ ........................ ........................ .......................20 ...........20 “Water Mister” Liquid Ring Vacuum Systems ...................... .................................. ........................ .....................24 .........24

AIR SYSTEMS Scroll Compressed Air Systems ................................. ............................................. ........................ ....................... ..................27 .......27 Oil-Less Recipriocating Piston Air Compressor Systems ................ ............................ .....................30 .........30 Simplex Air System............................ ........................................ ........................ ........................ ........................ ........................ ...................33 .......33 Instrument Air System ........... ....................... ........................ ........................ ........................ ......................... ......................... ..................35 ......35 Air Treatment Modules (For Oil-less Compressors with Desiccant Dryers) .........36

TECHNICAL INFORMATION Calculated Peak Demand for a Medical Vacuum System ............... ........................... .....................38 .........38 Calculated Peak Demand for an Medical Air Ai r System ............... .......................... ....................... .................39 .....39 Manifold Sizing ............ ........................ ........................ ........................ ........................ ....................... ....................... ........................ ..................40 ......40 Medical Gas G as Equipment Mounting Height Detail ............. ......................... ........................ ....................... .............41 ..41 Suggetsed Medical Gas Master Alarm Points for Level 1 Facilities .....................42 .....................42 Medical Alarm Panel Wiring ................ ............................ ........................ ........................ ........................ ........................ ..................44 ......44

www.ohiomedical.com Information/products in this catalog subject to change without notice. 255322 (Rev.11) 06/2010

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Outlets Features: Accepts Chemetron/Allied ® , Ohio Diamond, Puritan Bennett and DISS speci c adapters Available, Wall/Celing, Console and Ceiling Column Pin indexed to prevent interchangeability of gas services Cleaned for medical gas service NFPA 99 Compli Compliant ant Inlet pipe can be rotated 360 degrees for ease of installation Gas specic back bodies can accept either Quick Connect or DISS front identi cation bodies Outlet can accommodate various nished wall thicknesses from 3/8” (10 mm) to 1-1/4” (32 mm).

• • • • • • • •

Ohio Diamond Compatible Wall Outlet

Chemetron Compatible Wall Outlet

Ohio Diamond Compatible Console or Celing Column Outlet

DESCRIPTION/ PRODUCT

Chemetron Compatible Console or Ceiling Ceiling Column Outlet

Puritan-Bennett Compatible Wall Outlet

Puritan-Bennett Compatible Console or Ceiling Column Outlet

DISS Wall Outlet DISS Ceiling Outlet

DISS Console or Column Outlet

Diamond Compatible Wall

Chemetron Compatible Wall

Puritan-Bennett Compatible Wall

DISS Wall

DISS Ceiling

Oxygen

261010-1

261020-1

261040-1

261000-1

261000-3

Vacuum

261010-5

261020-5

261040-5

261000-5

261000-7

Air

261010-13

261020-13

N/A

261000-13

261000-15

Nitrous Oxide

261010-9

261020-9

261040-9

261000-9

261000-11

Evacuation

261010-17

261020-17

261040-13

261000-21

261000-23

Nitrogen

N/A

N/A

N/A

261000-17

261000-19

Carbon Dioxide

N/A

N/A

N/A

261000-25

261000-27

261690

261690

261290

261690

N/A

Slide

 

Slides, blanks and electrical receptacle are also available. Rebuild kits available

Chemetron ® is a registered trademark of Allied Healthcare Products, Inc.

Adapters are available from Ohio Medical Corporation

2

For ordering information, please call 1-800-448-0770 or 847-855-0500 Information/products in this catalog subject to change without notice. 255322 (Rev.11) 06/2010

Integrated Flowmeter The Integrated Flowmeter outlet combines a Dial Flowmeter and a Medical Gas Outlet into a single compact design. The right side port connection has a control knob which allows the user to adjust the ow setting, while the left side port is a direct connection to the gas supply. A Flow Indicator displays whether or not ow has been activated by the Control Knob. Flow Ranges available: 0-8 LPM, 0-15 LPM, 0-25 LPM. A large color coded front plate is used for ease of gas identi cation and aesthetic appeal. The latch-valve assembly is gas speci c. All outlets are cleaned and degreased for medical gas service, factory assembled and tested. All Ohio Medical ® products comply with NFPA-99.





FEATURES:

 















    











•

Flow rate meets the requirements of NFPA and CSA

•

Each outlet is 100 % tested and cleaned for medical gas service

•

Indexed to eliminate interchangeability of gas services

•

Flow Indicator

•

Five year warranty

NOTE: Not all objects appear as shown

Part

Confgurator

261XXX-X-XXX Flowrate 08................ 8 LPM 15............... 15 LPM 25............... 25 LPM

Connection Style 000................DISS 010.............Diamond 020........... Chemetron

Flowmeter Style C ..................Click T...............Thorpe** Gas / Outlet Type 1 .......................Oxy / Wall 13 .......................Air / Wall 2 ....................Oxy / Console 14 ....................Air / Console

** Thorpe style not yet available as of the date of this publication. Please contact Ohio Medical Corporation for updates.


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R e t r o t Wa l l Outlets Quick Connect Diamond 2&3 to Diamond or DISS Compatible FEATURES 

Accepts Diamond or DISS Gas Speci c Adapters.



Pin indexed to prevent interchangeability of gas services.



Each outlet is cleaned for medical gas service and pressure tested.

Retrot kit for diamond 2/3 rough-in part numbers 261220 Rough-In RetroFit Kit Pressure Gas Retrot kit for diamond 2/3 latch valve part numbers 261170-1 Latch Valve Oxy 261170-2 Latch Valve Vac 261170-3 Latch Valve N 2O 261170-4 Latch Valve Air 261170-6 Latch Valve WAGD

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261221 Vacuum Rough-In RetroFit Kit

261160-1 261160-2 261160-3 261160-4 261160-5 261160-6 261160-7

Latch Valve DISS Oxy Latch Valve DISS Vac Latch Valve DISS N 2O Latch valve DISS Air Latch Valve DISS N 2 Latch Valve DISS WAGD Latch Valve DISS CO 2


Zone Valve Boxes Single Zone Valve Box For 1/2”, 2”, 2-1/2” and 3” Valves

Multiple Zone Valve Box 4” & 6” Deep Box

Features:  Full port design Blow-out proof stem   Cleaned for medical gas service  Teon seats Dual gauge port on pipe extension 

Features:  Full port design Blow-out proof stem   Cleaned for medical gas service  Teon seats Dual gauge port on pipe extension 

Part Numbers:

Part Numbers:

261901-05

1/2”

Single Zone Valve Box

261901-07

3/4”


261901-10

1”


261901-12

1-1/4”


261901-15

1-1/2”


261902-XXXX

Double Zone Valve Box

261903-XXXXXX

Triplex Zone Valve Box

261904-XXXXXXXX

Quadruplex Zone Valve Box

261905-XXXXXXXXXX

Quintuplex Zone Valve Box

Replace XX with: The following require a 6-1/2” deep box 261901-20

2”


261901-25

2-1/2”


261901-30

3”


05 = 1/2” 07 = 3/4” 10 = 1” 12 = 1 1/4” 15 = 1 1/2” 20 = 2” (Requires a 6” deep box)

Va l ve s w i t h Ex t e n s io n s Features: • • • • •

Full port design Blow-out proof stem Sizes range from 1/2” (13mm) to 4” (76.2mm) Cleaned for medical gas service Teon seats

Valve with Extensions • 1/2” through 4” - Dual gauge ports on pipe extensions • 4” - Single gauge port on pipe extension

Non-Locking Valves Part Number

Locking Valves Part Number

261630-05 261630-07 261630-10 261630-12 261630-15 261630-20 261630-25 261630-30 261630-40

261600-05 261600-07 261600-10 261600-12 261600-15 261600-20 261600-25 261600-30 261600-40


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Alarms A r e a , Ma s t e r a n d Co m b o Features: 

Complies with NFPA 99 & FCC Part 15



High visibility LED readouts



Adjustable audible alarm repeat



Optional BMS modules available



Field adjustable pressure settings



UL Listed



Equipped with local or remote sensors (A rea)



Normally Open or Closed Contacts (Master)

Combo Alarm (Local or Remote)

Master Alarm

261890-XX 10 Point 20 Point 30 Point 40 Point 50 Point

10 20 30 40 50

If Dry Contacts are required, add “C” to the part number

26189X- XXX Local Remote

Replace X with gas 1 = Oxygen 2 = Vacuum 3 = Nitrous Oxide 4 = Air 5 = Nitrogen 6 = Evacuation 7 = Carbon Dioxide

6 5 Master Alarm Modules 10 = 1, 10 point 20 = 2, 10 point 30 = 3, 10 point 40 = 4, 10 point

Example: 261890-20C

Area Alarm Local

261861-X 261862-XX 261863-XXX 261864-XXXX 261865-XXXXX 261866-XXXXXX 261867-XXXXXXX 261868-XXXXXXXX

1 Gas Area Alarm 2 Gas Area Alarm 3 Gas Area Alarm 4 Gas Area Alarm 5 Gas Area Alarm 6 Gas Area Alarm 7 Gas Area Alarm 8 Gas Area Alarm

Remote

X = gas

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1 = Oxygen 2 = Vacuum 3 = Nitrous Oxide 4 = Air 5 = Nitrogen 6 = Evacuation 7 = Carbon Dioxide

261851-X 261852-XX 261853-XXX 261854-XXXX 261855-XXXXX 261856-XXXXXX 261857-XXXXXXX 261858-XXXXXXXX

1 Gas Area Alarm 2 Gas Area Alarm 3 Gas Area Alarm 4 Gas Area Alarm 5 Gas Area Alarm 6 Gas Area Alarm 7 Gas Area Alarm 8 Gas Area Alarm


R e t r o t A l a r m •

•

•

•

FEATURES AND BENEFITS • • • • •

High visibility LED readouts Field adjustable pressure settings for each module Local or Remote sensors Adjustable audible repeat cycle Universal trim plate sized for any brand alarm

The Ohio Medical Retrot Alarm is designed to replace and/or update most manufacturer’s master alarms, area alarms and combination alarms without disturbing the wall.

•

•

•

•

The retrot alarm kit includes a front panel display, a frame to cover the existing box, a power supply assembly, and area sensors if required. The retrot alarm is available in two sizes, four and six bay. The four bay box can accommodate up to 6 gases, or a combination of 4 gases and a 10 point master alarm with overall frame size of 19”L x 11.5”H. The six bay can accommodate up to 8 gases and a 10 point master with an overall frame size of 26”L x 11.5”H. The retrot box can be tted in any combination with each vertical slot capable of housing one master module or two area gas modules.

H o s e Re t r a c t o r The Ohio Medical Healthcair ® Series hose assemblies are manufactured with FDA approved medical grade anti-static PVC tubing. The tubing is reinforced with polyester braiding. The maximum working pressure is 200 psi @ 70oF. The ttings have either the coupling or the grips color coded per CGA C-9 standards. The ttings are permanently crimped on each end to the tubing with ferrules. Part Numbers DISS Female to Male DISS Male - 5’ Hose Length 263400-1-05 263400A-2-05 263400-3-05 263400-4-05 263400-5-05 263400A-6-05 263400-7-05

Oxygen Hose Assembly Vacuum Hose Assembly Nitrous Oxide Hose Assembly Air Hose Assembly Nitrogen Hose Assembly WAGD Hose Assembly Carbon Dioxide Hose Assembly

DISS Female to Ohmeda Compatible Quick Connect - 5’ Hose Length 263401-1-05 263401A-2-05 263401-3-05 263401-4-05 263401A-6-05

DISS Female to Chemetron Compatible Quick Connect - 5’ Hose Length 263402-1-05 263402A-2-05 263402-3-05 263402-4-05 263402A-6-05

Oxygen Hose Assembly Vacuum Hose Assembly Nitrous Oxide Hose Assembly Air Hose Assembly WAGD Hose Assembly

Retractor 261746Retractor

Oxygen Hose Assembly Vacuum Hose Assembly Nitrous Oxide Hose Assembly Air Hose Assembly WAGD Hose Assely


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Hose and Assemblies B u l k , Sp i r a l H o s e s a n d H o s e A s s e m b l i e s Product Features:

Bulk Hose:

Spiral Hose: 

Spiral hose is available in many combination and colors



Single, double, triple, and quadruple



3 ft coiled hose expands to 10 ft working length



Standard working lengths: 10 ft, 15 ft and 20 ft.



Available in a variety of gases



UL Listed, oxygen cleaned and tested



Standard 300 ft. rolls for 1/4” hose



Standard 250 ft. rolls for 5/16” hose



Amvex hose is made of high quality PVC material



Conductive and Non-Conductive available



Available in USA and ISO colors

Hose Assemblies: 

CE marked & CSA approved



Available in custom lengths and con gurations to suit your requirements



Available in a variety of gases



Available in USA and ISO colors

Part Congurator Color Code: USA .........U ISO ............I

Length in feet

HS-XXYZ-XXYYXX Gas Type: Oxygen ...................O Med Air ...................A Vacuum...................V N2O ........................2 Nitrogen..................N WAGD ................... W CO2 ........................C Instrument Air ..........I

Inlet and Outlet Connection:

For correct hose matrix follow these rules when selecting inlet and outlet connections: 1. Female ttings rst 2. Numbers before letters 3. In alphabetical order

8

Hose Type: Conductive 1/4” ..................C4 Conductive 5/16” ................ C5 Non-Conductive 1/4”...........N5 Non-Conductive 5/16”.........N5 General Purpose 1/4” .........G4

Ohmeda Female ........................OF Ohmeda Male ........................... OM Chemetron Male ....................... CM Chemetron Female ....................CF 1/8” FNPT ...................................F2 1/4” FNPT ...................................F4 1/8” MNPT .................................M2 1/4” MNPT .................................M4 DISS Male ................................ DM DISS Male w/demand Check.....DC DISS Handtight ..........................DH DISS Hex Nut ............................ DF Schrader Female ....................... SF Schrader Male ...........................SM Puritan Female .......................... PF

Puritan Male ..............................PM Oxequip Male ............................XM Medstar Male ............................MM Medstar Female.........................MF British Male................................BM British Female............................ BF French male...............................FM French Female ...........................FF NIST Male................................. NM NIST Female ............................. NF German Male ............................ GM German Female.........................GF Blank End .................................. XX NOTE: Not all con gurations are possible.


Ga s C o n t r o l Panel



Nitrogen, Air, CO2



Pressure Range: 0-300 PSIG



Pull to Lock



Push to Adjust



One DISS Outlet on Unit

Part Numbers: 261760 261911 263280 261911-SH

Nitrogen Control Panel Air Control Panel CO2 Control Panel Air Control Panel with Schrader Fitting

Ce i l i n g C o l u m n s Pedastals 

Available Stationary or Retractable (Electrical Powered or Manual)



Complies with NFPA 99


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Manifolds



Digital LCD Pressure Display



NEMA 4x Enclosure



Automatic Leak Detection



Automatic Transducer Diagnostic Testing

2634XX-XX-X*

Part Number Matrix 120V Oxygen ...................32 N2O .........................34 N2 .........................36 Air .........................38 CO2 .........................40 All Other Voltages Oxygen ...................33 N2O .........................35 N2 .........................37 Air .........................39 CO2 .........................41

Heater Kit.................H *Add to the end of the part number if a heater kit is required

Control Unit Only ....00 1 x 1 .....................01 2 x 2 .....................02 3 x 3 .....................03 4 x 4 .....................04 5 x 5 .....................05 6 x 6 .....................06 7 x 7 .....................07 8 x 8 .....................08 9 x 9 .....................09 10 x 10 ...................10

Em e r g e n c y Ox y g e n I n le t S t a t i o n Part Numbers: 261825 261701 261702 261703 261704 261705 232600 232602

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Emergency Oxygen Inlet Station Check Valve, 3/4” Check Valve, 1” Check Valve, 1-1/4” Check Valve, 1-1/2” Check Valve, 2” Relief Valve, 1/2” NPT, Set at 75 PSIG Relief Valve Pipeaway Adapter, 1/2” NPT


Va c u u m Re g u l a t o r s : D i g i t a l , A n a l o g , Pe d i a t r i c a n d N e o n a t a l M o d e l s •

•

• •

Patented Push-To-SetTM Improves patient safety Prevents unregulated suction Simple, one handed operation Quick-to-Max 2 turns to full wall vacuum for emergency situations Intermittent Mode: No-Delay “ON” cycle Large, Easy to Read Gauge, Color coded ranges • • • • •

Analog: Improved glow-in-thedark gauge Digital: Accuracy is +/- 1% of full scale Analog: Accuracy of +/- 5% of full scale Modular Components Digital units (cases) available in many colors.

Digital: • Easy to read display • No moving parts means no calibration required • Accuracy is +/- 1% of full scale Analog: • Analog gauge designed for clarity • Accuracy of +/- 3% of full scale Features: • Can easily upgrade from Continuous to Cont/ Intermittent, or Analog to Digital • Durable • Easily service and clean the unit with a cold sterilant • Color cases available for inventory management

Adapters Flowmeters • • • • • •

Amvex Corporation manufactures a wide variety of quick connect medical gas adapters. Amvex offers Ohmeda, Chemetron, Puritan Bennett, Medstar, Oxequip and Schrader styles to suit your needs. Available options include 1/8”, 1/4” MNPT and FNPT, 1/4” and 5/16” Hose Barb and much more.

Impact resistant ow tube and shroud D-Shape knob prevents striping Pressure compensated, accurate ow readings White background improves visibility Color coded to help prevent cross connections 5 Year Warranty (1 year on the 0-1 LPM & 0-200 CCM Flowmeter)

Portables Moblvac ® III is a multipurpose portable suction unit. It produces both constant & intermittent suction with vacuum & ow levels equaling that of wall suction.

IDEAL FOR: Hospitals and extended care facilities requiring wall vacuum performance for Nasogastric, Thoracic, Oral, and Tracheal suctioning procedures.

Care-e-vac ® 3 is a high vacuum & high ow AC/DC powered suction unit. It provides constant suction when wall outlets are unavailable. The unit is compact and very lightweight. An optional oor stand & crash cart mount are available.

IDEAL FOR: Code carts, patient transportation or wherever a powerful suction unit with battery power is required.


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Ro t a r y Va n e Va c u u m Systems

•

Continuous on demand

•

Lubricated oil recirculated or dry running

•

NFPA 99 compliant

•

U.L. Listed Electrical Control Panel

•

Available in Simplex, Duplex, Triplex or Quad

•

Congurations:

Discharge

•

Tank Mounted: Up to 10 Hp

•

Stack Mounted: Up to 25 Hp

Inlet Vanes Casing

•

Warranty: 30/24 Months

•

Vibration Free

•

Oil sealed systems feature synthetic oil, reducing maintenance and oil changes.

Rotor

Lubricated

Dry

Model No.

HP

SCFM @ 19” HG (each pump)

Model No.

HP

SCFM @ 19” Hg (each pump)

S200

2

7.7

D100

1

3.25

S300L

3

11.3

D200

2

8,27

S300

3

16.1

D300

3

12.49

S500L

5

25.6

D500L

5

15.37

S500

5

43.2

D500

5

22.1

S750

7.5

60

D750

7.5

30.42

S1000

10

71.1

D1000

10

55.4

S1500

15

103

S2000

20

112

S2500

25

172

Maximum Vacuum

Maximum Vacuum 1, 2, & 10 Hp................25” Hg 3 & 5 Hp.......................27” Hg 7.5 Hp ..........................22” Hg

29.1” Hg Design capacity values should correspond with the “Calculated Peak Demand”. This will allow for the reserve pump as is required per NFPA for level 1 installations.

12


To t a l Re c i r c u l a t e d Ro t a r y V an e Co n t i n u o u s On De m a n d M e d i c a l Va c u u m Sy s t e m Oil Sealed Rotary Vane Medical Vacuum System The Ohio Medical Corporation Lubricated Rotary Vane Medical Vacuum System shall be fully NFPA 99 compliant for use in medical vacuum and dual Medical/Surgical applications. The unit will consist of electric motor driven pumps, vacuum receiver, electrical control system, and interconnection piping and wiring. The components shall be modularly assembled to accommodate most existing doorways and designed for serviceability. The packaged unit shall be factory tested prior to shipment and warranted for a period of (30) months from date of shipment or (24) months from date of start-up.

Vacuum Pump Module The total recirculating oil sealed rotary vane vacuum pump shall be single stage air cooled, and capable of producing a maximum vacuum level of 29.1” Hg. The pump assembly shall include an integral anti-suck back valve, exhaust oil separator delivering 99.9% oil-free air, oil level sight glass, and an exhaust pressure gauge. Each pump is protected by a temperature switch, check valve, pump isolation valve, source isolation valve and exible connector.

Vacuum Receiver The vacuum receiver shall be constructed to ASME standards, rated for full vacuum, and include a valved by-pass, manual drain valve, vacuum gauge and the National Board label.

System Controls The Underwriters Laboratories Listed electrical motor control system shall be of a fuseless design in a NEMA 12 enclosure. The “Continuous On Demand” feature shall stop the operation of the motors during periods of low or no demand. The controls include individual self protected combination motor controls with short circuit, single phase and thermal overload protection, individual 120 volt control circuit transformers with fuseless primary and secondary protection, pressure sensors, and an electronic controller to automatically switch the operating sequence of the vacuum pumps. The cabinet door shall have an HMI (Human Machine Interface) system status display to include system pressure, pump operation, accumulated time, maintenance interval, fault conditions and silence button; lighted Hand-Off-Automatic selector switches and safety disconnect operating handles. All required local alarm functions shall be integrated into the packaged system. The circuitry shall be designed so the audible signal can be silenced and the visual indicator will remain until the fault has been cleared and the reset button actuated. Local alarm functions shall be provided for reserve pump in use (lag alarm). Dry contacts are furnished for remote (master) alarm signals.

Accessories Accessories included for job site installation are inlet and discharge exible connectors, source isolation valve, vibration mounting pads and touch-up paint.


13

To t a l Re c i r c u l a t e d Ro t a r y V a n e Co n t i n u o u s On De m a n d Va c u u m Sy s t e m Se l e c t i o n Ch a r t y g t i H c f a " o p 9 p a 1 y i m C t u n @ c p g M a p h i F a s c c e C a D S / e

14

y g t i H c f a " o p 5 a 2 t y p i m C @ u n c p g M a p h i F a s c c e C a D A / e

n o i t a r u m g e  t s n y o S C

P H

e ) z s i S n o k l n l a a g T (

) A ( h t g n e L

) B ( h t d i W

) C ( t h g i e H

t h g i e W

l e d o M r e m e b t s m y u S N

7.7 / 7.7

19.7 / 19.7

Vertical Tank Mounted Duplex

2

80

60

40

75

1000

S200B-T2V

11.3 / 11.3

30.8 / 30.8


3

80

60

40

75

1100

S300LB-T2V

16.1 / 16.1

44 / 44


3

80

60

40

80

110

S300B-T2V

25.6 / 25.6

70 / 70


5

80

60

43

80

1500

S500LB-T2V

43.2 / 43.2

114.7 / 114.7

Horizontal Tank Mounted Duplex

5

120

80

36

66

1300

S500B-T2

60 / 60

163.8 / 163.8


7.5

120

90

42

77

1700

S750B-T2

71.1 / 71.1

194 / 194


10

120

90

46

77

2000

S1000B-T2

101 / 101

271 / 271

Stack Mounted Duplex

15

240

83

80

90

3900

S1500B-ST2

112 / 112

306 / 306


20

240

80

85

90

4400

S2000B-ST2

120 / 60

327.6 / 163.8

Stack Mounted Triplex

7.5

240

107

66

69

3300

S750B-ST3

142.2 / 71.1

388 / 194


10

240

107

66

69

3800

S1000B-ST3

172 / 172

460 / 460


25

240

80

94

90

4900

S2500B-ST2

180 / 60

491.4 / 163.8

Stack Mounted Quarduplex

7.5

240

107

66

80

4000

S750B-ST4

202 / 101

542 / 271


15

240

137

72

90

5800

S1500B-ST3

213.3 / 71.1

582 / 194


10

240

107

66

80

4800

S1000B-ST4

224 / 112

612 / 306


20

240

131

74

90

5900

S2000B-ST3

303 / 101

813 / 271


15

240

137

72

90

7300

S1500B-ST4

336 / 112

918 / 306


20

240

131

74

90

7500

S2000B-ST4

344 / 172

920 / 460


25

240

131

82

90

7000

S2500B-ST3

516 / 172

1380 / 460


25

240

131

82

90

8800

S2500B-ST4


Si m p l ex Ro t a r y V an e Va c u u m Sy s t e m S p e c i c a t i o n /Se l e c t i o n C h ar t Oil Sealed Rotary Vane Simplex Vacuum System

The Ohio Medical Lubricated Rotary Vane Vacuum System shall consist of an electric motor driven pump, vacuum receiver, electrical control system, and interconnection piping and wiring. The components shall be modularly assembled to accommodate most existing doorways and designed for serviceability. The packaged unit shall be factory tested prior to shipment and warranted for a period of (30) months from date of shipment or (24) m onths from date of start-up. Vacuum Pump Module The total recirculating oil sealed rotary vane vacuum pump shall be single stage air cooled, and capable of producing a maximum vacuum level of 29.1” Hg. The pump assembly shall include an integral anti-suck back valve, exhaust oil separator delivering 99.9% oil-free air, oil level sight glass, and an exhaust pressure gauge. Each pump is protected by a temperature switch, check valve, pump isolation valve, source isolation valve and exible connector. Vacuum Receiver The vacuum receiver shall be constructed to ASME standards, rated for full vacuum, and include a valved by-pass, manual drain valve, vacuum gauge and the National Board label. System Controls The Underwriters Laboratories Listed simplex electrical motor control system shall be of a fuseless design in a NEMA 12 (dustproof) enclosure. The “Continuous On Demand” feature shall stop the operation of the motor during periods of low or no demand. The controls include a self protected combination motor control with short circuit, single phase and thermal overload protection, 120 volt control circuit transformer with fuseless primary and secondary protection, pressure sensor and a temperature switch with reset button. The cabinet door shall have an HMI (Human Machine Interface) system status display to include accumulated time and fault conditions; lighted Hand-Off-Automatic selector switch and safety disconnect operating handle. All required local alarm functions shall be integrated into the packaged system. The circuitry shall be designed so the visual indicator will remain until the fault has been cleared and the reset button actuated. Local alarm functions shall be provided for high air discharge temperature and thermal overload. Accessories Accessories included for job site installation are inlet and discharge exible connectors, source isolation valve, vibration mounting pads and touch-up paint.

g H " ) 9 1 R R @ O M T F 7 C 7 A 2 (

) R m R u m O T m u / i g x u c a a H " M V (

n o i t a r m u g e  t s n y o S C

P H


) A ( h t g n e L

) B ( h t d i W

) C ( t h g i e H

t h g i e W

l e d o m r e m e b t s m y u S N

21

29.1/20

Vertical Tank Mounted

2

60

30

43

74

290

S200B-T1V

30.8

29.1/20


3

60

30

45

74

310

S300LB-T1V

44

29.1/20


3

60

30

46

75

350

S300B-T1V

70

29.1/20


5

60

30

46

75

450

S500LB-T1V

118

29.1/20


5

90

31

50

80

550

S500B-T1V

163.8

29.1/20


7.5

90

31

50

81

600

S750B-T1V

194

29.1/20


10

90

31

54

81

1050

S1000B-T1V


15

Dr y Ru n n i n g Ro t a r y V a n e Va c u u m Sy s t e m S p e c i c a t i o n s /Se l e c t i o n C h ar t Oil-less Rotary Vane Vacuum System Ohio Medical Corporation Oil-less Rotary Vane, NFPA 99 compliant vacuum system shall consist of electric motor driven pumps, vacuum receiver, and an electrical control system. The components shall be modularly assembled to accommodate most existing doorways. The system shall include interconnecting piping and wiring to provide a functional operating package with applicable electrical and plumbing connections at the installation site. The packaged unit shall be factory tested prior to shipment and warranted for a period of (30) months from date of shipment or (24) m onths from date of start-up. Vacuum Pump Module The dry running (oil-less) rotary vane vacuum pumps shall be single stage, air cooled, with self lubricating graphite vanes. The vacuum pump assembly shall include an integral inlet lter, vacuum regulating valve, check valve, pump isolation valve, a source isolation valve and exible connector. Vacuum Receiver The vacuum receiver shall be constructed to ASME standards, rated for full vacuum, and include a valved by-pass, manual drain valve, vacuum gauge and the National Board label. System Controls The Underwriters Laboratories Listed electrical motor control system shall be of a fuseless design in a NEMA 12 enclosure. The “Continuous On Demand” feature shall stop the operation of the motors during periods of low or no demand. The controls include individual self protected combination motor controls with short circuit, single phase and thermal overload protection, individual 120 volt control circuit transformers with fuseless primary and secondary protection, pressure sensors, and an electronic controller to automatically switch the operating sequence of the vacuum pumps. The cabinet door shall have an HMI (Human Machine Interface) system status display to include system pressure, pump operation, accumulated time, maintenance interval, fault conditions and silence button; lighted Hand-Off-Automatic selector switches and safety disconnect operating handles. All required local alarm functions shall be integrated into the packaged system. The circuitry shall be designed so the audible signal can be silenced and the visual indicator will remain until the fault has been cleared and the reset button actuated. Local alarm functions shall be provided for reserve pump in use (lag alarm). Dry contacts are furnished for remote (master) alarm signals. Accessories Included for job site installation are inlet and discharge touch-up paint.

p " t y m 9 i 1 c u y a p t @ p n i c M a h c g i a F c a s p / e e a C g f D C S H o

16

" y p m 5 t 2 i c u y @ a p t p h n i a c g c a M c a i s p F / e e a C g f D C A H o

exible

n o i t a r u m g e t  s n y o S C

connectors, source isolation valve, vibration mounting pads, and

P H


) A ( h t g n e L

) B ( h t d i W

) C ( t h g i e H

t h g i e W


3.25 / 3.25

5.8 / 5.8


1

80

63

30

78

740

D100-T2V

8.27 / 8.27

13.8 / 13.8


2

80

63

30

80

810

D200B-T2V

12.49 / 12.49

18 / 18


3

80

63

32

83

940

D300B-T2V

15.37 / 15.37

20 / 20


5

80

63

32

83

980

D500LB-T2V

22.1 / 22.1

30 / 30


5

80

63

34

83

1000

D500B-T2V

30.42 / 30.42

42 / 42


7.5

120

90

42

77

1670

D750B-T2

55.4 / 55.4

114 / 114


10

120

102

60

77

2820

D1000B-T2


Ro t a r y Cl a w Va c u u m Systems

•

Dry, non-contacting design

•

Low cost of ownership

•

No friction (or wearing parts) in pumping chamber

•

Clean air

•

NFPA 99 compliant

•

Low maintenance

•

Warranty: 30/24

•

Long life

•

Reliability

•

High efciency (cfm/hp) Duplex Tank Mounted

Model Number

H.P. Each

Maximum Vacuum Level ("Hg)

SCFM @ 19" Hg Each

Design Capacity SCFM @ 19" Hg

C300-T2

3

25.5

23.8

23.8

C500-T2

5

24

38.7

38.7

C750L-T2

7.5

24

52.6

52.6

C750-T2

7.5

22.5

68.2

68.2

Model Number

H.P. Each


SCFM @ 19" Hg Each


C500-ST3

5

24

38.7

77.4

C750L-T2

7.5

24

52.6

105.2

C750-T2

7.5

22.5

68.2

136.4

C1500-ST3

15

22.5

120.1

222.6

Triplex Stack Mounted

Quadruplex Stack Mounted Model Number

H.P. Each


SCFM @ 19" Hg Each


C500-ST4

5

24

38.7

116.1

C750L-T2

7.5

24

52.6

157.8

C750-T2

7.5

22.5

68.2

204.6

C1500-ST4

15

22.5

120.1

333.9


17

Dr y Ru n n i n g Co n t a c t l e s s Ro t a r y C la w M e d i c a l Va c u u m Sy s t e m Dry Running Contactless Rotary Claw Medical Vacuum System

The Ohio Medical Corporation ® Dry Running Rotary Claw Medical Vacuum System shall be fully NFPA 99 compliant for use in medical vacuum and WAGD applications. The unit will consist of electric motor driven pumps, vacuum receiver, electrical control system, and interconnection piping and wiring. The components shall be modularly assembled to accommodate most existing doorways and designed for serviceability. The packaged unit shall be factory tested prior to shipment and warranted for a period of (30) months from date of shipment or (24) months from date of start-up.

Vacuum Pump Module The dry running contactless rotary claw vacuum pump shall be single stage, and air cooled. The pump design utilizes two ductile iron claw type rotors rotating in opposite direction inside a cast iron housing. The timing of the rotors shall be maintained by a precision gear set which is separated from the oil free pumping chamber by a combination of lip seals. The vacuum pump assembly shall also include a 5 micron particulate inlet vacuum lter, vacuum regulator/relief valve, and exhaust silencer. The assembly shall also include check valves, pump isolation valves, a source isolation valve and exible connectors.

Vacuum Receiver The vacuum receiver shall be constructed to ASME standards, rated for full vacuum, and include a valved by-pass, manual drain valve, vacuum gauge and the National Board label.


Accessories Included for job site installation are inlet and discharge touch-up paint.

18

exible

connectors, source isolation valve, vibration mounting pads, and


Dr y Ru n n i n g Co n t a c t l e s s Ro t a r y Cl a w M e d i c a l Va c u u m S y s t e m S e l e c t i o n Ch a r t y t i c a p a c / g y t i H c " p a 9 p 1 m a u C @ p n h g M c i s F a e e C f D S o


P H


) A ( h t g n e L

) B ( h t d i W

) C ( t h g i e H

t h g i e W


23 / 23

Tank Mounted Duplex

3

120

105

30

68

710

C300B-T2

38.7 / 38.7

Tank Mounted Duplex

5

120

106

43

76

1930

C500B-T2

52.6 / 52.6

Tank Mounted Duplex

7.5

120

106

43

76

2060

C750B-T2

77.4 / 38.7


5

240

114

62

96

3920

C500B-ST3

68.2 / 68.2

Tank Mounted Duplex

10

120

120

48

80

2600

C1000B-T2

116.1 / 38.7

Stack Mounted Quadruplex

5

204

114

62

96

4990

C500B-ST4

105.2 / 52.6


7.5

240

114

62

96

4110

C750B-ST3

136.4 / 52.6


10

240

114

62

96

4600

C1000B-ST3

157.8 / 52.6


7.5

240

114

62

96

5250

C750B-ST4

222.6 / 111.3


15

240

114

62

96

4640

C1500B-ST3

204.6 / 68.2


10

240

114

62

96

5800

C1000B-ST4

333.9 / 111.3


15

240

114

62

96

5930

C1500B-ST4


19

Oa s i s V a c u u m Pu m p s Pr i n c i p l e o f Op e r a t i o n Air and Sealant Discharge

Air Inlet

Impeller Casing

Sealant Ring (oil or water) Trapped Air

Figure 2

Figure 1

The Oasis is a total recirculation liquid ring vacuum pump module. All components are contained within a 304 Stainless Steel enclosure. The above gure shows a cross section of a liquid ring vacuum pump. The impeller is cylindrical in shape with several ns and is located eccentrically in the impeller housing, which is partially lled with water. A port plate with suction and discharge openings is located on each side of the impeller cell. As the impeller rotates, the centrifugal force pushes the sealing liquid outward where it forms a liquid ring which follows the contour of the impeller housing. At the start, the impeller cell is completely lled with the sealing liquid. As the impeller advances, the liquid in the cell recedes and creates a vacuum in the empty space, which draws in the air or gas through the suction port. Continued rotation increases the gas volume in the impeller cell until the end of the suction cycle. From that , the liquid is gradually forced back into the impeller cell, compressing the gas to near atmosphere, until the compressed gas is expelled through the discharge port together with a portion of the sealing liquid. The complete cycle can be compared with a piston in a cylinder where the piston is the liquid ring and the impeller cell is the cylinder. The heat generated by the pump during the compression cycle is dissipated into the sealing liquid. The discharge is piped to a separation and recirculation tank. The air is discharged and the seal water is piped to an on board, high ef ciency, fan driven heat exchanger where the seal water is cooled and recirculated via a return line back to use in the pump. Any water lost due to evaporation is automatically added.

20

Oasis Model

H.P.

SCFM @ 19”Hg

Capacity (ACFM)

Make-Up Water Per Hour (gal)

OL150

1.5

6.6

18

0.04

OL300

3

12.1

33

0.08

OL400

4

17.6

48

0.15

OL500

5

26.5

72

0.20

OL750

7.5

31.6

86

0.22

OL1000

10

53

144

0.38

OL1500

15

69

187

0.53


Estimated water usage in a typical medical application

Oa s i s V a c u u m Systems

•

NFPA Complaint

•

U.L. Listed Electrical Control Panel

•

Water Sealed/Air cooled

•

Available in simplex, duplex, triplex or quad

•

Modular Stack Mounted

•

Medical or Laboratory Applications

•

Minimal Maintenance, Maximum Durability

•

No Contacting Parts

•

Quiet Operation

•

Low Operating Temperature

•

Warranty 30/24 Months

•

Up to 48 hours of operation without make up water.* * System can run up to 48 hours without need for make up water in emergency situations based on typical medical vacuum application.


21

Oa s i s V a c u u m System

Oasis Liquid Ring Water Sealed/Air Cooled Total Recirculating Vacuum System

Ohio Medical Corporation Oasis Liquid Ring, NFPA 99 compliant vacuum system shall consist of electric motor driven positive displacement non-pulsating liquid ring vacuum pumps, ASME vacuum receiver, electrical control system, and interconnection piping and wiring. The components shall be modularly assembled to accommodate most existing doorways and designed for serviceability. The packaged unit shall be factory tested prior to shipment and warranted for a period of (30) months from date of shipment or (24) months from date of start-up.

Vacuum Pump Module Each liquid ring vacuum pump shall have a cast iron body, stainless shaft, bronze impeller, and mechanical seals to be direct driven by a TEFC motor. Pump suction accessories shall include an inlet check valve, isolation valve and inlet exible connector. Pump discharge accessories shall include a water reservoir constructed of stainless steel. The recirculation reservoir shall have a level switch and sight glass to maintain proper liquid level. The recirculation lines shall include a water/air radiator. The total recirculation service liquid system, after initial priming, the pump shall require no more than 3 gallons of water per hour.

Vacuum Receiver The vacuum receiver shall be constructed to ASME standards, rated for full vacuum, and include a valved by-pass, manual drain valve, sight glass, vacuum gauge and the National Board label. System Controls The Underwriters Laboratories Listed electrical motor control system shall be of a fuseless design in a NEMA 12 enclosure. The “Continuous On Demand” feature shall stop the operation of the motors during periods of low or no demand. The controls include individual self protected combination motor controls with short circuit, single phase and thermal overload protection, individual 120 volt control circuit transformers with fuseless primary and secondary protection, pressure sensors, and an electronic controller to automatically switch the operating sequence of the vacuum pumps. The cabinet door shall have an HMI (Human Machine Interface) system status display to include system pressure, pump operation, accumulated time, maintenance interval, fault conditions and silence button; lighted Hand-Off-Automatic selector switches and safety disconnect operating handles. All required local alarm functions shall be integrated into the packaged system. The circuitry shall be designed so the audible signal can be silenced and the visual indicator will remain until the fault has been cleared and the reset button actuated. Local alarm functions shall be provided for reserve pump in use (lag alarm). Dry contacts are furnished for remote (master) alarm signals.

Accessories Accessories included for job site installation are inl et and discharge exible connectors, source isolation valve, vibration mounting pads and touch-up paint.

22


Oa s i s Va c u u m S y s t e m s Se l e c t i o n Ch a r t

y g t i c H a " p 9 a 1 C @ n g M i s F e C D S

M F C S p g m u H " P 9 r 1 e P @

12.1

12.1

17.6

l e d o M r e m e b t s m y u S N

P H

e ) z s i S n o l k l n a a g T (

" A " h t g n e L

" B " h t d i W

" C " t h g i e H

r e t a * W p f m o u H P P r e G P


3

120

79"

70"

92"

0.08

LO300B-ST2

17.6


5

120

79"

70"

92"

0.2

LO500B-ST2

31.6

31.6


7.5

120

79"

70"

92"

0.22

LO750B-ST2

35.2

17.6


5

240

116"

70"

92"

0.2

LO500B-ST3

52.8

17.6


5

240

154"

70"

92"

0.2

LO500B-ST4

53

53


10

120

79"

70"

92"

0.38

LO1000B-ST2

63.2

31.6


7.5

240

116"

70"

92"

0.22

LO750B-ST3

69

69


15

120

79"

70"

92"

0.53

LO1500B-ST2

94.8

31.6


7.5

240

154"

70"

92"

0.22

LO750B-ST4

106

53


10

240

116"

70"

92"

0.38

LO1000B-ST3

138

69


15

240

116"

70"

92"

0.53

LO1500B-ST3

159

53


10

240

154"

70"

92"

0.38

LO1000B-ST4

207

69


15

240

154"

70"

92"

0.53

LO1500B-ST4



23

“ Wa t e r M i s e r ” L i q u i d Ri n g Va c u u m Sy s t e m s

•

NFPA 99 compliant

•

U.L. Listed Electrical Control panel

•

Model No.

HP

SCFM @ 19" Hg (each pump)

Water Sealed

LR-3-1

3

11.7

•

Available in Simplex, Duplex, Triplex or Quad

LR-5-1

5

21.6

•

Congurations: Tank, Base or Stack Mounted

LR-75-1

7.5

33.7

•

Medical or Laboratory Applications

LR-10-1

10

47.5

LR-15-1

15

75.5

•

Minimal maintenance, Maximum Durability

LR-20-1

20

100.7

•

No contacting parts in pumping chamber

LR-30-1

30

137.4

•

Cool running and long wear

LR-40-1

40

199.6

•

Optional Heat Exchanger shown below for optimal seal conservation

•

24

Warranty: 30/24 Months

uid

Design capacity values should correspond with the “Calculated Peak Demand”. This will allow for the reserve pump as is required per NFPA for level 1 installations.


L i q u i d R i n g Co n t i n u o u s O n De m a n d Va c u u m S y s t e m , Pa r t i a l Re c i r c u l a t i o n Liquid Ring Water Sealed Partial Recirculating Vacuum System Ohio Medical Corporation ® partial recirculating, NFPA 99 compliant vacuum system shall consist of electric motor driven positive displacement non-pulsating liquid ring vacuum pumps, ASME vacuum receiver, electrical control system, and interconnection piping and wiring. The components shall be modularly assembled to accommodate most existing doorways and designed for serviceability. The packaged unit shall be factory tested prior to shipment and warranted for a period of (30) months from date of shipment or (24) months from date of start-up.

Vacuum Pump Module Each liquid ring vacuum pump shall have cast iron body, stainless steel impeller, and mechanical seals to be direct driven by a TEFC motor. Pump suction accessories shall include an inlet check valve, isolation valve and inlet exible connector. Pump discharge accessories shall include a discharge air/water separator constructed of high density polyethylene that also serves as the partial recirculation reservoir tank. The recirculation reservoir shall have a two station, combination level sensor/sight glass to maintain proper liquid level. The pump discharge separator vents shall be manifolded, and a exible connector shall be provided for job site installation to facilitate connection of vent piping to the exterior of the building. Recirculation liquid control will be interactive through a temperature sensor, with a range of 75°F to 90°F. Each recirculation liquid line shall include a strainer and isolation/ ow regulation valve. The make-up water lines shall include a strainer, regulating valve, solenoid valve with manual priming valve and Each pump will require 59 oF cooling water.

exible connector.

Vacuum Receiver The vacuum receiver shall be constructed to ASME standards, rated for full vacuum, and include a valved by-pass, manual drain valve, sight glass, vacuum gauge and the National Board label.


Accessories Accessories included for job site installation are inlet and discharge exible connectors, source isolation valve, vibration mounting pads and touch-up paint.


25

L i q u i d R i n g Co n t i n u o u s O n De m a n d V a c u u m Sy s t e m s Se l e c t i o n Ch a r t , Pa r t i a l Re c i r c u l a t i o n

26

p m u / p g y t i H h c " c a 9 a e p 1 f a o C @ y i n t g M c i F s a e C p a D S c

p m / u p y g t i H h c " c a 5 a e p 2 f a o C @ y i n M t g F c i s C a e p a D A c

11.7 / 11.7

27.5 / 27.5

21.6 / 21.6

n o i t a r u g  n o C m e t s y S

) r M e P t a G w ( g p H u - " e k 9 a 1 m @ e d g e r a r i e u v q A e r

) A ( h t g n e L

) B ( h t d i W

) C ( t h g i e H

t h g i e W

l e d o M r e m b e t s m y u S N

P H


Tank Mounted Duplex

3

120

0.7

88

40

86

1370

LP3B-T2

69.5 / 69.5

Tank Mounted Duplex

5

120

1.1

92

46

70

1600

LP5B-T2

33.7 / 33.7

85 / 85

Tank Mounted Duplex

7.5

200

1.6

92

46

76

2050

LP75B-T2

47.5 / 47.5

122 / 122

Tank Mounted Duplex

10

200

2.0

92

56

76

2340

LP10B-T2

75.5 / 75.5

200 / 200

Tank Mounted Duplex

15

200

2

92

56

76

2630

LP15B-T2

95 / 47.5

244 / 122


10

240

2.0

114

64

94

3940

LP10B-ST3

100.7 / 100.7

248 / 248

Base Mounted Duplex

20

240

3.3

114

64

86

3300

LP20B-B2

101.1 / 33.7

255 / 85


7.5

240

1.6

114

64

92

4200

LP75B-ST4

137.4 / 137.4

360 / 360

Base Mounted Duplex

30

240

4.9

130

70

100

4300

LP30B-B2

142.6 / 47.5

366 / 122


10

240

2.0

114

64

92

4900

LP10B-ST4

151 / 75.5

400 / 200


15

240

2.9

114

64

94

4370

LP15B-ST3

201.4 / 100.7

496 / 248

Base Mounted Triplex

20

240

3.3

150

64

86

4600

LP20B-B3

226.5 / 75.5

600 / 200


15

240

2.9

114

64

94

5500

LP15B-ST4

274.8 / 137.4

720 / 360


30

240

4.9

176

70

100

6260

LP30B-B3


Sc r o l l Co m p r e s s e d A i r Systems

•

Ohio Medical Scroll Systems features a dedicated pump to motor design. This ensures optimal design safety and energy efciency by cycling on fewer motors during low demand in lieu of starting multi pump modules.

•

Quiet

•

Low vibration

•

10,000 hour maintenance interval for tip seals

•

5,000 hour maintenance interval for shaft bearing

•

Warranty: 30/24

Base Mounted Modules (with motor) Part Number

Description

H.P.

RPM

SCFM @ 100 PSIG

SCFM @ 140 PSIG

Max Pressure

Voltage

230072

Scroll Module Low Pressure

3

2200

8.5

-

115

208/230/460/3/60

230073

Scroll Module Low Pressure

5

3150

14.5

-

115

208/230/460/3/60

230082

Scroll Module High Pressure

3

2000

-

7.2

145

208/230/460/3/60

230083

Scroll Module High Pressure

5

2900

-

12

145

208/230/460/3/60

Bare Compressor Air Ends (without motor) Part Number

Description

H.P.

Max Pressure

230074

Scroll Air End Low Pressure

3 or 5

115

230075

Scroll Air End High Pressure

3 or 5

145


27

Oi l -L e s s Ro t a r y Sc r o l l A i r Sy s t e m s w i t h De s i c c a n t D r y e r s Oil-Less Rotary Scroll Compressed Air System with Desiccant Dryers Ohio Medical Corporation ® Oil-less Rotary Scroll Compressed Air System shall be fully NFPA 99 compliant. The unit will consist of electric motor driven single stage oil-less rotary scroll air compressor modules, electrical control system, ASME air receiver, air cooled aftercoolers with individual drains, inline intake air lters, air treatment module, interconnection copper/brass piping, and wiring. The components shall be modularly assembled to accommodate most existing doorways and designed for serviceabili ty. The packaged unit shall be factory tested prior to shipment and warranted for a period of (30) months from date of shipment or (24) months from date of start-up.

Air Compressor Modules The compressors shall have PTFE composite tip seals and be rated for 10,000 hours of operation. Compressors bearings shall be external to the compression chamber and shall be serviceable. Compressors with bearings that are not accessible for service and have limited life span shall not be accepted. Each belt driven compressor module inlet shall include an inline lter with particle retention of 10 microns, inlet isolation valve and ex connector. The compressor discharge piping includes air cooled after cooler with moisture separator and automatic drain, isolation valves, ASME safety pressure relief valve, thermal malfunction shutdown devise. Air Receiver The corrosion resistant coated receiver is equipped with an ASME safety pressure relief valve, sight glass pressure gauge, automatic drain, three-valve by-pass and source isolation valve. Air Treatment Module The air treatment module shall include dual dryers, dual ltration system, and a CO and Dew Point monitoring devise with local audible and visual signals and dry contacts for remote monitoring. The components shall be mounted on a common base with interconnecting copper/brass piping and upstream and downstream isolation valves. The isolation valves shall allow either set of components to be serviced without shutting down the system. The dryer system shall be duplexed and provide a pressure dew point of 10oF. Dryers shall be heatless desiccant design selected and sized to provide for the peak-calculated demand. The desiccant dryer shall be equipped with a Dewpoint Dependent Switching feature to minimize the need for purge air. The dual ltration system is designed to remove liquids and particulate matter, and consists of one micron coalescing lters with differential pressure indicators and automatic drain, air line pressure regulators with gauges, nal pressure relief valve, and sampling valve.

System Controls The Underwriters Laboratories listed electrical motor control system shall be of a fuseless design in a NEMA 12 enclosure. The “Continuous On Demand” feature shall stop the operation of the motors during periods of low or no demand. The controls include individual self protected combination motor controls with short circuit, single phase and thermal overload protection, individual 120 volt control circuit transformers with fuseless primary and secondary protection, pressure sensors, temperature switches with reset button, and an electronic controller to automatically change the operating sequence of the compressors. The cabinet door shall have an HMI (Human Machine Interface) system status display to include system pressure, dewpoint, pump operation, accumulated time, maintenance interval, fault conditions, and silence button; lighted Hand-Off-Automatic selector switches and safety disconnect operating handles. All required local alarm functions shall be integrated into the packaged system. Accessories Accessories included for job site installation are inlet and discharge exible connectors, vibration mounting pads, and source isolation valve.

28


Oi l -L e s s Ro t a r y Sc r o l l A i r Sy s t e m s w i t h De s i c c a n t Dr y e r s Se l e c t i o n Ch a r t

G y I t i S c P a 0 p 5 a C @ n g M i s F e C D S

e l u d o m r G e I p S P M F 0 5 C S @


p m u p r e p P H

p m u P f o . o N

) A ( h t g n e l

) B ( h t d i W

) C ( t h g i e H


9.8

9.8

Tank Mounted Duplex

3

2

74

32

71

AS300-T2-DD

16.3

16.3

Tank Mounted Duplex

5

2

74

32

71

AS500-T2-DD

32.6

16.3

Tank Mounted Triplex

5

3

84

64

72

AS500-T3-DD

48.9

16.3


5

4

84

64

72

AS500-ST4-DD

65.2

16.3

Stack Mounted Pentaplex

5

5

119

64

72

AS500-ST5-DD

81.5

16.3

Stack Mounted Hexaplex

5

6

116

64

72

AS500-ST6-DD

97.8

16.3

Stack Mounted Heptaplex

5

7

119

64

72

AS500-ST7-DD

114.1

16.3

Stack Mounted Octoplex

5

8

119

64

72

AS500-ST8-DD

130.4

16.3

Stack Mounted Enneaplex

5

9

155

64

72

AS500-ST9-DD

146.7

16.3

Stack Mounted Decaplex

5

10

155

64

72

AS500-ST10-DD

163

16.3

Stack Mounted Hendecaplex

5

11

155

64

72

AS500-ST11-DD

179.3

16.3

Stack Mounted Dodecaplex

5

12

155

64

72

AS500-ST12-DD


29

Oi l -L e s s Re c i p r o c a t i n g Pi s t o n A i r Co m p r e s s o r Sy s t e m s

•

Oil-Less Air Compressors

•

NFPA 99 compliant

•

U.L. Listed Electrical Control panel

•

Available in Simplex, Duplex, Triplex and Quadruplex

•

Congurations: Tank, Base or Stack Mounted

•

Medical and Laboratory Con gurations

•

Warranty: 30/24 months

30

Model #

HP

SCFM @ 50 PSIG

SCFM @ 100 PSIG

A200

2

8.2

5.1

A300

3

12

10.1

A500

5

20.9

17

A750

7.5

32

26.8

A1000

10

41.3

36

A1500

15

58

51

A2000

20

71.5

62

A2500

25

109

94

A3000

30

118

102


Re c i p r o c a t i n g Oi l -L e s s C o n t i n u o u s O n De m a n d Co m p r e s s e d A ir Sy s t e m w i t h D es i c c a n t D r y e r s Oil-Less Reciprocating Continuous on Demand Compressed Air System with Desiccant Dryers Ohio Medical Corporation reciprocating NFPA 99 compliant air compressor system shall consist of electric motor driven oil-less air compressors, an Underwriters Laboratories listed electrical control mounted in a NEMA 12 enclosure, ASME air receiver, air cooled aftercoolers with individual drains, inline intake air lters and an air treatment module. The components shall be modularly assembled to accommodate most existing doorways. The system shall include interconnecting copper/brass piping and wiring to provide a functional operating package with applicable electrical and plumbing connections at the installation site. The packaged unit shall be factory tested prior to shipment and warranted for a period of (30) months from date of shipment or (24) months from date of start-up.

Compressor Modules The compressors shall consist of a crankcase, connecting rods, integral counterweights for smooth operation, and cylinders and heads designed for ef cient heat dissipation. Piston rings shall be provided to reduce wear and have a life span of 10,000 hours. Each compressor cylinder is protected by a temperature switch, which will stop the drive motor and provide an alarm signal in the event of abnormal discharge air temperature. Each belt driven compressor module shall include an inline lter with a particle retention of 10 microns, inlet isolation valve discharge isolation valve, and ASME safety pressure relief valve. Air Receiver The corrosion resistant coated receiver is equipped with an ASME safety pressure relief valve, sight glass pressure gauge, automatic drain, three-valve by-pass and source isolation valve. Air Treatment Module The air treatment module shall include dual dryers, dual ltration system, and a CO and Dew Point monitoring devise with local audible and visual signals and dry contacts for remote monitoring. The components shall be mounted on a common base with interconnecting copper/brass piping and upstream and downstream isolation valves. The isolation valves shall allow either set of components to be serviced without shutting down the system. The dryer system shall be duplexed and provide a pressure dew point of 10oF. Dryers shall be heatless desiccant design selected and sized to provide for the peak-calculated demand. The desiccant dryer shall be equipped with a Dewpoint Dependent Switching feature to minimize the need for purge air. The dual ltration system is designed to remove liquids and particulate matter, and consists of one micron coalescing lters with differential pressure indicators and automatic drain, air line pressure regulators with gauges, nal pressure relief valve, and sampling valve.

System Controls The Underwriters Laboratories listed electrical motor control system shall be of a fuseless design in a NEMA 12 enclosure. The “Continuous On Demand” feature shall stop the operation of the motors during periods of low or no demand. The controls include individual self protected combination motor controls with short circuit, single phase and thermal overload protection, individual 120 volt control circuit transformers with fuseless primary and secondary protection, pressure sensors, temperature switches with reset button, and an electronic controller to automatically change the operating sequence of the compressors. The cabinet door shall have an HMI (Human Machine Interface) system status display to include system pressure, dewpoint, pump operation, accumulated time, maintenance interval, fault conditions, and silence button; lighted Hand-Off-Automatic selector switches and safety disconnect operating handles. All required local alarm functions shall be integrated into the packaged system. Accessories Included for job site installation are inlet and discharge exible connectors, vibration mounting pads, source isolation valve, and touch-up paint.


31

Re c i p r o c a t i n g Oi l -L e s s Co n t i n u o u s On De m a n d Co m p r e s s e d A i r Sy s t e m s w /De s i c c a n t D r y e r s Se l e c t i o n Ch a r t c h a c p @ a a e C M G I n F S g C i s S P e y 0 D t i 5

32

e v r f p e x o s e p ) y m e r l i t t s i u n l c p i m a h e u e p c n m t a a o n s y C e ( o s


P H


f s r o t o y t o Q M

) A ( h t g n e l

) B ( h t d i W

) C ( t h g i e H

t h g i e W

l e d o m r e m b e t s m y u S N

8.2

8.2

Tank Mounted Duplex

2

120

2

78

47

69

1900

A200B-T2-DD

12

12

Tank Mounted Duplex

3

120

2

78

47

69

2000

A300B-T2-DD

20.9

20.9

Tank Mounted Duplex

5

120

2

80

50

77

2300

A500B-T2-DD

32

32

Tank Mounted Duplex

7.5

120

2

81

52

77

3000

A750B-T2-DD

41.3

41.3

Tank Mounted Duplex

10

120

2

67.5

105

85

3900

A1000B-T2-DD

58

58


15

120

2

69.5

126

92

5400

A1500B-ST2-DD

64

32


7.5

120

3

107.5

112

85

5100

A750B-ST3-DD

71.5

71.5


20

120

2

69.5

126

92

5900

A2000B-ST2-DD

82.6

41.3


10

120

3

107.5

112

85

5350

A1000B-ST3-DD

96

32


7.5

240

4

116

116

85

7000

A750B-ST4-DD

109

109

Base Mounted Duplex

25

120

2

139.5

125

80

6300

A2500B-B2-DD

116

58


15

240

3

120

128

90

7600

A1500B-ST3-DD

118

118

Base Mounted Duplex

30

120

2

139.5

125

80

6300

A3000B-B2-DD

123.9

41.3


10

240

4

116

116

85

7350

A1000B-ST4-DD

143

71.5


20

240

3

120

132

90

8200

A2000B-ST3-DD

174

58


15

240

4

120

145

90

10600

A1500B-ST4-DD

214.5

71.5


20

240

4

120

145

90

11500

A2000B-ST4-DD

218

109


25

240

3

204.5

142

95

9000

A2500B-B3-DD

236

118


30

240

3

204.5

142

95

9000

A3000B-B3-DD


Simplex A i r Sy s t e m

Oil-Less Reciprocating Simplex Compressed Air System Ohio Medical Corporation air compressor system shall consist of electric motor driven oil-less air compressors, an Underwriters Laboratories listed electrical control mounted in a NEMA 12 enclosure, ASME air receiver, air cooled aftercoolers with individual drains, inline intake air lters and an air treatment module. The components shall be modularly assembled to accommodate most existing doorways. The system shall include interconnecting copper/ brass piping and wiring to provide a functional operating package wi th applicable electrical and plumbing connections at the installation site. The packaged unit shall be factory tested prior to shipment and warranted for a period of (30) months from date of shipment or (24) months from date of start-up. Compressor Modules The compressors shall consist of a crankcase, connecting rods, integral counterweights for smooth operation, and cylinders and heads designed for ef cient heat dissipation. Piston rings shall be provided to reduce wear and have a life span of 10,000 hours. Each compressor cylinder is protected by a temperature switch, which will stop the drive motor and provide an alarm signal in the event of abnormal discharge air temperature. Each belt driven compressor module shall include an inline lter with a particle retention of 10 microns, inlet isolation valve discharge isolation valve, and ASME safety pressure relief valve. Air Receiver The corrosion resistant coated receiver is equipped with an ASME safety pressure relief valve, sight glass pressure gauge, automatic drain, three-valve by-pass and source isolation valve. System Controls The Underwriters Laboratories Listed simplex electrical motor control system shall be of a fuseless design in a NEMA 12 (dustproof) enclosure. The “Continuous On Demand” feature shall stop the operation of the motor during periods of low or no demand. The controls include a individual self protected combination motor control with short circuit, single phase and thermal overload protection, 120 volt control circuit transformer with fuseless primary and secondary protection, pressure sensor and a temperature switch with reset button. The cabinet door shall have an HMI (Human Machine Interface) system status display to include accumulated time and fault conditions; lighted Hand-Off-Automatic selector switch and safety disconnect operating handle. All required local alarm functions shall be integrated into the packaged system. The circuitry shall be designed so the visual indicator will remain until the fault has been cleared and the reset button actuated. Local alarm functions shall be provided for high air discharge temperature and thermal overload. Ship Separate Items & Accessories (Field Installed) Ship Separate Items: Non-cycling refrigerated type air dryer, coalescing 1 micron gauge. Accessories: Inlet and discharge paint.

exible

lter,

line pressure regulator with

connectors, vibration mounting pads, source isolation valve and touch-up


33

Simplex A i r Se l e c t i o n M at r i x n o i t a r m u g e  t s n y o S C

0 5 @ M F G I C S S P

34

P H


) A ( h t g n e l

) B ( h t d i W

) C ( t h g i e H

t h g i e W

r e m l b e e t d m s o u y S m N

6.7

Oil-Less Scroll

Tank Mounted Simplex

2

80

75

32

54

745

AS200-T1

8.2

Oil-Less Reciprocating


2

80

75

32

54

745

A200B-T1

9.9

Oil-Less Scroll


3

80

75

32

54

770

AS300-T1

12



3

80

75

32

54

770

A300B-T1

16.4

Oil-Less Scroll


5

80

75

32

54

962

AS500-T1

20.9



5

80

75

32

54

962

A500B-T1

32



7.5

80

75

32

54

1045

A750B-T1

41.3



10

80

75

32

54

1156

A1000B-T1


I n st r u m e n t A i r System High Pressure Reciprocating Compressed Instrument Air System with Desiccant Dryers Ohio Medical Corporation Instrument Air NFPA 99 compliant compressor system shall consist of electric motor driven pressure lubricated air compressors, an Underwriters Laboratories listed electrical control mounted in a NEMA 12 enclosure, ASME air receiver, air cooled aftercoolers with individual drains, inline intake air lters and an air treatment module. The components shall be modularly assembled to accommodate most existing doorways. The system shall include interconnecting copper/brass piping and wiring to provide a functional operating package with applicable electrical and plumbing connections at the installation site. The packaged unit shall be factory tested prior to shipment and warranted for a period of (30) months from date of shipment or (24) months from date of start-up.

Compressor Modules Each compressor is to be a Quincy Compressor model QR-25 pressure lubricated reciprocating design, manufactured in the United States of America. Each pressure lubricated compressor will be v belt driven, single-acting, two-stage, air-cooled reciprocating type. Cylinders will be cast iron, with deep cooling ns. Valve assemblies can be removed individually without removing the cast iron head and inlet or discharge piping. The compressor shall have hardened and lapped disc-type valves for continuous service. There will be two pieces to the connecting rods with cast in tubes for positive oil distribution to the piston pins. Low pressure pistons will be aluminum with three automotive type compression rings and one automotive type oil ring. The high pressure pistons will be cast iron with three automotive type compression rings and one automotive oil ring. Connecting rod bearings shall be steel backed Babbitt lined automotive type. Crankshafts shall have integral counterweights and be ri e drilled for pressure lubrication to ensure positive oil distribution. Adjustable anti-friction tapered roller bearings shall be mounted on each end of the crankshaft to take both radial and thrust loads. Compressor ywheels shall be dynamically balanced and of the fan type. Finned intercoolers shall be an integral part of all two-stage units, and located in the direct blast of air from the fan-type ywheel. Compressors shall be equipped with a crankshaft driven oil pump located in the bearing carrier for easy removal and inspection. There is also an oil lter located on the bearing carrier as well as a pre- lter screen in the crankcase to help keep the oil clean. Low oil protection shall be a standard feature of the compressor, along with loadless starting.

Air Receiver The ASME corrosion resistant coated air receiver is equipped w ith sight glass, pressure gauge, manual and electronic drains, three-valve by-pass and source isolation valve. The receiver shall be rated for 350 psig. Air Treatment Module Desiccant air dryers shall be modular adsorption design. Each desiccant dryer shall be capable - 40°F pressure dew point at 100 psig. The desiccant dryer shall be twin tower design with switching controls to change from one tower to the other during regeneration. The dryer will come standard with energy management feature to control and delay purge air requirement. Carbon monoxide/dew point monitor shall be combination type and shall be in NEMA 12 enclosure. Desiccant dryers will have integral coalescing and particulate lters with activated charcoal lters with bypass piping. Coalescing lter will be rated at 98% ef ciency at 0.01 micron. System Controls The air treatment module shall include a microprocessor based, UL/CUL-508 listed and NFPA-99 compliant alternating control panel with a NEMA type 12 enclosure. The control panel is equipped with through the door, rotary type fused disconnect switches and a through the door, rotary type, non-fused disconnect switch which controls incoming power to the transformer that powers the CO/Dew Point Monitor. There are independent controls for each compressor with primary and secondary fused, 120VAC control circuit transformers. The panel will include an ON/OFF selector switch, elapsed time meter, two pressure switches (lead and lag), two motor starters. Each display board has a POWER ON L.E.D., COMPRESSOR RUNNING L.E.D., 2 mode of operation L.E.D.’s (Continuous or Start/Stop), 2 starting sequence L.E.D.’s (Lead or Auto). Three pressure sensitive membrane style pushbuttons to select the mode of operation (Continuous or Start/Stop), starting sequence (Lead or Auto) and ALARM CANCEL that silences the audible alarm horn and deactivates the alarm contacts. Four ashing fault indicators (Overload, Hi Temp, Lag Comp and System). One fault code display which indicates the type of system fault that has occurred. Audible alarm horn that sounds when one of the four fault conditions has occurred. www.ohiomedical.com Information/products in this catalog subject to change without notice. 255322 (Rev.11) 06/2010

35

I n st r u m e n t A i r Se l e c t i o n M a t r i x

h c ) a e e v r I e G s S y t e P i c r 0 n 5 a i p p 2 a C m @ n u g p M i F s e e n o C D ( S

36

p m u p h c a e f G o I S y t i P c 0 a 5 p 2 a C @


P H


s r o t o M f o y t Q

) A ( h t g n e l

) B ( h t d i W

) C ( t h g i e H


23.4

23.4

Tank Mounted Duplex

7.5

120

2

68"

80"

83"

AI750B-T2

30.2

30.2

Tank Mounted Duplex

10

120

2

68"

80"

83"

AI1000B-T2

46.8

23.4


7.5

120

3

106"

80"

83"

AI750B-ST3

60.4

30.2


10

120

3

106"

80"

83"

AI1000B-ST3

70.2

23.4


7.5

120

4

106"

80"

83"

AI750B -ST4

90.6

30.2


10

120

4

106"

80"

83"

AI1000B-ST4


A i r Tr e a t m e n t M o d u l e s ( Fo r Oi l -L e s s Co m p r e s s o r s w i t h De s i c c a n t D r y e r s )



Ohio Medical compressor control panel provides highly efcient purge and switching control



Clean, dry and oil free compressed air



compact and lightweight design



Perfect solution for a eld upgrade on older existing air compressor systems

Model Number

Replacement Elements

SCFM @ 100 PSIG

Dimensions (LxWlH)

Pre-Filter

After Filter

HCTM-B-DDS-6

6

34x16x36

233722

233777

HCTM-B-DDS-10

10

34x16x36

233722

233777

HCTM-B-DDS-24

24

34x20x40

233722

233777

HCTM-B-DDS-32

32

34x30x49

233722

233777

HCTM-B-DDS-42

42

34x20x56

233722

233777

HCTM-B-DDS-53

53

34x20x61

233773

223778

HCTM-B-DDS-65

65

34x20x69

233774

233779

HCTM-B-DDS-88

88

34x20x79

233774

233779

HCTM-B-DDS-106

106

40x30x66

233774

233779

HCTM-B-DDS-130

130

40x30x72

223775

233780

HCTM-B-DDS-176

176

40x30x82

223775

233780

HCTM-B-DDS-240

240

50x40x72

223776

233781

HCTM-B-DDS-360

360

50x40x72

-

-

Combination CO / Dewpont Moni tor (-112F to +68F) Model Number

Description

233013

CO/Dewpoint Combination Monitor

233015

CO Calibration Kit

2610-001

Humidi er (for CO Monitoring)

261922

Gas Specict DISS Air Check Assembly 1/8" NPT


37

Ca l c u l a t e d Pe a k De m a n d f o r a M e d i c a l Su r g i c a l Va c u u m Sy s t e m i n a T y p i c a l S ho r t Te r m Ge n e r a l H o s p i t a l Qty

Medical Gas Vacuum Outlet Locations

Design Flow in SCFM (Free Air) Per Room

Per Bed

Simultaneous Use Factor % Per Outlet

Total

ANESTHETIZING LOCATIONS: Specialized Surgeries (Open Heart, Organ Transplant)

4.0

100

Major / Outpatient OR

3.5

100

Cystoscopy / Endoscopy

2.0

100

Delivery Room

1.0

100

Emergency Operating Room

3.0

100

Cardiac Catheterization

1.0

10

Other Anesthetizing Areas (Minor O.R., Induction Rooms, etc.)

1.0

50

Waste Anesthetizing Gas Evacuation

2.0

100

ACUTE CARE (NON-ANESTHETIZING LOCATIONS): Post Operative Recovery Room

3.0

50

O.B. Recovery Room

2.0

50

Intensive Care Units (Except Cardiac)

2.0

75

Emergency Room (Trauma, Cardiac)

1.0

100

Cardiac Intensive Care

2.0

50

Neonatal I.C.U.

1.0

50

Special Procedure (X-Ray,Dialysis, Radiology)

1.5

25

Surgical Excision Room

1.0

10

SUBACUTE PATIENT CARE AREAS: Normal Nursery

1.0

Premature Nursery

1.0

Respiratory Care

10 20

1.5

10

Labor/Birthing

1.0

10

Patient Room (Surgical)

1.5

50

Patient Room (Medical)

1.0

10

Exam & Treatment Rooms

1.0

10

ER (Cast Room, OB/GYN)

1.0

10

Pre-Op Holding

1.0

10

Stress Test EKG & EEG

1.0

10

OTHER AREAS: Autopsy / Morgue

2.0

20

Central Supply / Sterile

1.5

10

Equipment Repair,Calibration & Teaching

1.5

10

Medical Lab / Pharmacy

1.0

10

Anesthesia/Workroom

1.5

10

Total Estimated Peak Flow (In SCFM @ 19" Hg) Total Estimated Peak Flow (in SCFM @ 19” Hg)

For the actual worksheet go to www.ohiomedical.com, go to “Technical Assistance”, select Calculated Peak Demand for a Typical Hospital (vacuum). This will take you to an excel spreadsheet, which all that you have to do is ll in the quantity and it will calculate for you.

38


Ca l c u l a t e d Pe a k De m a n d f o r a M e d i c a l A i r Sy s t e m i n a T y p i c a l Sh o r t Te r m Ge n e r a l H o s p i t a l Medical Air Outlet Locations

Qty

Design Flow in SCFM (Free Air) Per Unit

Per Room

Per Bed

Per Outlet

Simultaneous Use Factor %

Totals

ANESTHETIZING LOCATIONS: Special Surgery (Open Heart, Organ Transplant, Ortho)

0.5

100

Major / Outpatient Surgery

0.5

100

Minor Surgery

0.5

75

Emergency Surgery

0.5

50

Cardiac Catherization

0.5

50

Endoscopy / Cytoscopy

1.0

10

Delivery Room / C-Section

0.5

100

ACUTE CARE LOCATIONS: Recovery Room/Surgical

2.0

50

Recovery Room - OB

0.5

25

ICU/CCU & Pediatric I.C.U.

2.0

50

Emergency Room (Trauma, Cardiac)

2.0

50

Anesthesia Workroom

1.5

Neonatal ICU

10 1.5

75

Pre-Op Holding

1.5

10

Dialysis Unit, Radiology

0.5

10

Ventilators Adult*

3.5

50

Ventilators Infants*

3.5

50

2.0

50

SUBACUTE CARE LOCATIONS: Pediatric Croup Tents** Nursery Full Term & Isolation ER (Cast Room, OB/GYN)

0.5 1.0

Patient Rooms (Medical & Surgical)

10 0.5

EEG & EKG

10 1.0

Exam & Treatment

1.0

Respiratory Care

50 10

1.0

Pulmonary Function Lab

50 1.0

Birthing & LDRP

25

1.0

50 50

OTHER: Respiratory Care Workroom

1.5

10

Autopsy / Morgue

1.5

10

Equipment Repair

1.5

10

Total Estimated Peak Flow (I n SCFM @ 50 PSIG) * Important! You must consult with respiratory therapy personnel concerning the maximum number of ventilators that could be used at one time and the average ow rates for each ventilator. DO NOT CALCULATE your total peak requirements without this information. ** If powered by Medical Air For the actual worksheet go to www.ohiomedical.com, go to “Technical Assistance”, select Calculated Peak Demand for a Typical Hospital (air). This will take you to an excel spreadsheet, which all that you have to do is ll in the quantity and it will calculate for you.


39

Manifold Sizing Medical Air Manifold: Cylinders Per Bank

=

400 Ft3

x

No. of beds

x

(cubic ft of gas used per month per bed)

12

÷

(months per year)

52

÷

(# of weeks per year)

234

÷

(Cubic ft per cylinder)

2 (Cylinders per bank)

Surgery Center Oxygen Cylinder Manifolds: Where usage is not known Cylinders Per Bank

=

400 Ft3

x

No. of beds

x


12

÷

(months per year)

52

÷


244

÷



Hospital Oxygen Cylinder Manifolds: Where usage is not known Cylinders Per Bank

=

700 Ft3

x

No. of beds

x


12 (months per year)

÷

52

÷


244

÷



*With a monthly demand of 30,000 ft, bulk O 2 should be used. Where usage is known:

Duplex Manifold Size Divide by 2 for each Bank 6 10 14 18 22 26 30

Usage, Ft3 per Month 5850 9750 13650 17600 21500 25350 29250

N2O Cylinder Manifold:

40

N2 Cylinder Manifold:

CO2 Cylinder Manifold:

Divide total by 2 for each Bank



No. of Operating Rooms 1 to 4 5 to 8 9 to 12 13 to 16 17 to 20

No. of Operating Rooms 1 to 2 3 to 4 5 to 6 7 to 8 9 to 10 11 to 12 13 to 14

No. of Operating Rooms 1 to 8 9 to 16 17 to 32

Total No. of Cylinders 4 8 12 16 20

Total No. of Cylinders 4 8 12 16 20 24 28


Total No. of Cylinders 4 8 12

M e d i c a l G a s Eq u i p m e n t M o u n t i n g Height Detail N ’ I L S . ” L R 2 A . 6 O

S T E L T U O

” 0 6

L S E A N G A P

” 2 6 E V L A X V O E B N O Z ” 6 6

G N I L I E C D E H S I N I F

M R A L A R E T S A M ” 6 6

R P O O T R C D A E R S T O E H R &

M R A L A A E R A

R O O L F D E H S I N I F

” 6 6 ” 4 ’ 6

Y - R L E L L O A B G S N L C A T N I M A I C L I U U R E L N T A R C O A C T C M E L E E R

” 3 6


41

Mechanical Room

Su g g e s t e d M e d i c a l G a s M a s t e r

MASTER ALARM #1 MAY BE LOCATED IN SECORITY (Requires 24 Hourt/Day Surveillance)

Soiurce/Mainline Isolation Valve

Soiurce/Mainline Isolation Valve

SUGGESTED ALARM POINTS FOR: MEDICAL/SURGICAL VACUUM PUMPS RESERVE VACUUM PUMP RUNNING 5.1.3.6.8 / 5.1.9.2.4(9) / 5.1.9.5.2 / 5.1.9.5.4(4) (Termination point located in vacuum control panel) MAIN LINE VACUUM LOW 5.1.9.2.4(8) (Terminal point from main line vacuum switch) WASTE ANESTHETIC GAS VACUUM PUMPS RESERVE VACUUM PUMP RUNNING 5.1.9.5.2 / 5.1.3.7.4.1 / 5.1.9.2.4(9) / 5.1.9.5.4(5) (Termination point located in vacuum control panel) MAINLINE EVACUATION LOW 5.1.9.2.4(8) (Termination point from main line vacuum switch)

42

SUGGESTED ALARM POINTS FOR: MEDICAL AIR COMPRESSOR (All Types) RESERVE COMPRESSOR RUNNING 5.1.9.5.4(1) / 5.1.3.5.14.5 (Termination point located in compressor control panel) MAINLINE PRESSURE HIGH 5.1.9.2.4(7) (Termination point from mainline pressure switch) MAINLINE PRESSURE LOW 5.1.9.2.4(7) (Termination point f rom mainline pressure switch) CARBON MONOXIDE HIGH 5.1.9.4.5(2) / 5.1.3.5.15(2) (Termination point from CO monitor) DEW POINT HIGH 5.1.9.2.4(10) / 5.1.3.5.15(1) (Termination point located in compressor control panel) Also, For Reciprocating (Piston type) Compressors HIGH TEMPERATURE 5.1.3.5.14.3 / 5.1.9.5.4(9) / 5.1.3.5.14.4(1) (Termination point located in compressor control panel) RECEIVER FLOODED (see note #1) 5.1.3.5.14.1 / 5.1.9.5.4(7) (Termination point located in compressor control panel) Also, For Liquid Ring Compressors: RECEIVER FLOODED 5.1.3.5.14.1 / 5.1.9.5.4(7) (Termination point located in compressor control panel) HIGH WATER SEPARATOR 5.1.3.5.14.2 / 5.1.9.5.4(8) (Termination point located in compressor control panel)


A l a r m Po i n t s f o r L ev e l 1 Fa c i l i t i e s

Medical Gas Room

Typical Nitrogen (N2) Installation

Soiurce/Mainline Isolation Valve MASTER ALARM #2 MAY BE LOCATED IN ENGINEERING DEPARTMENT/AREA

SUGGESTED ALARM FUNCTIONS FOR: MANIFOLDS WITHOUT RESERVE CYLINDER BANK CHANGEOVER 5.1.9.2.4(1) / 5.1.3.4.10.6 (Termination point located in power supply) MAINLINE PRESSURE HIGH 5.1.9.2.4(7) (Termination point from mainline pressure switch) MAINLINE PRESSURE LOW 5.1.9.2.4(7) (Termination point from mainline pressure switch)

Typical Oxygen (O2), Medical Air (Air), Nitrous Oxide (N2O), Carbon Dioxide (CO2) Installation Source/Mainline Isolation Valve 261920* Actuating Pressure Switch (Reserve In Use, Activate HP Cylinders set at 85 PSIG)

Check Valve Located in Pigtail

SUGGESTED ALARM FUNCTIONS FOR BULK OXYGEN SYSTEM CRYOGENIC BULK GAS UNITS WITH CRYOGENIC RESERVE

SUGGESTED HEIGHT

Regulator SUGGESTED ALARM FUNCTIONS FOR: MANIFOLDS WITH RESERVE CYLINDER BANK CHANGEOVER 5.1.9.2.4(1) / 5.1.3.4.12.9(1) (Termination point located in power supply) RESERVE IN USE 5.1.9.2.4(3) / 5.1.3.4.15.5 / 5.1.3.4.12.9(3) (Terminal point from actuating pressure switch 261920*) RESERVE LOW 5.1.3.4.12.9(4) / 5.1.9.2.4(5) (Terminal point from actuating pressure switch 261921*) MAINLINE PRESSURE HIGH 5.1.9.2.4(7) (Termination point from mainline pressure switch) MAINLINE PRESSURE LOW 5.1.9.2.4(7) (Termination point from mainline pressure switch)

261921 Actuating Pressure Switch (“Reserve Low”, 500 PSIG)

LIQUID LEVEL LOW 5.1.9.2.4(2) / 5.1.3.4.13.6(1) RESERVE IN USE 5.1.9.2.4(3) / 5.1.3.4.13.6(2) MAIN LINE PRESSURE HIGH 5.1.9.2.4(7) MAIN LINE PRESSURE LOW 5.1.9.2.4(7) RESERVE LOW 5.1.9.2.4(5) / 5.1.3.4.11.6(3) CHANGEOVER 5.1.9.2.4(1) / 5.1.3.4.13.6(5) RESERVE PRESSURE LOW 5.1.9.2.4(6) / 5.1.3.4.11.6(4) (Not Functional) CRYOGENIC BULK GAS UNITS WITH CYLINDER RESERVE LIQUID LEVEL LOW 5.1.3.4.13.6(1) / 5.1.9.2.4(2) RESERVE IN USE 5.1.9.2.4(3) / 5.1.3.4.13.6(2) / 5.1.3.4.13.5 MAIN LINE PRESSURE HIGH 5.1.9.2.4(7) MAIN LINE PRESSURE LOW 5.1.9.2.4(7) CHANGEOVER 5.1.9.2.4(1) / 5.1.3.4.13.6(5)


43

44


Medical Gas Outlets

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