User Manual Plantas Huawei

TP48200T-D20A1 & D20A2 & D14A1 & D14A2 V300R001

User Manual

Issue

01

Date

2012-06-01

HUAWEI TECHNOLOGIES CO., LTD.

Copyright © Huawei Technologies Co., Ltd. 2012. All rights reserved. No part of this document may be reproduced or transmitted in any form or by any means without prior written consent of Huawei Technologies Co., Ltd.

Trademarks and Permissions and other Huawei trademarks are trademarks of Huawei Technologies Co., Ltd. All other trademarks and trade names mentioned in this document are the property of their respective holders.

Notice The purchased products, services and features are stipulated by the contract made between Huawei and the customer. All or part of the products, services and features described in this document may not be within the purchase scope or the usage scope. Unless otherwise specified in the contract, all statements, information, and recommendations in this document are provided "AS IS" without warranties, guarantees or representations of any kind, either express or implied. The information in this document is subject to change without notice. Every effort has been made in the preparation of this document to ensure accuracy of the contents, but all statements, information, and recommendations in this document do not constitute a warranty of any kind, express or implied.

Huawei Technologies Co., Ltd. Address:

Huawei Industrial Base Bantian, Longgang Shenzhen 518129 People's Republic of China

Website:

http://www.huawei.com

Email:

[email protected]

Issue 01 (2012-06-01)

Huawei Proprietary and Confidential Copyright © Huawei Technologies Co., Ltd

i

TP48200T-D20A1 & D20A2 & D14A1 & D14A2 User Manual

About This Document

About This Document Purpose This document describes the TP48200T-D20A1 & D20A2 & D14A1 & D14A2 in terms of its features, structure, components, installation, commissioning, and maintenance.

Intended Audience This document is intended for: 

Sales engineers



Technical support personnel



Maintenance personnel

Symbol Conventions The symbols that may be found in this document are defined as follows. Symbol

Description Alerts you to a high risk hazard that could, if not avoided, result in serious injury or death. Alerts you to a medium or low risk hazard that could, if not avoided, result in moderate or minor injury. Alerts you to a potentially hazardous situation that could, if not avoided, result in equipment damage, data loss, performance deterioration, or unanticipated results. Provides a tip that may help you solve a problem or save time. Provides additional information to emphasize or supplement important points in the main text.

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About This Document

Change History Changes between document issues are cumulative. The latest document issue contains all the changes made in earlier issues.

Issue 01 (2012-06-01) This issue is the first official release.

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Contents

Contents About This Document .................................................................................................................... ii 1 Overview......................................................................................................................................... 1 1.1 Designation Explanation .................................................................................................................................. 1 1.2 Typical Networking .......................................................................................................................................... 1 1.3 Configuration ................................................................................................................................................... 2 1.4 Features ............................................................................................................................................................ 8

2 Component Description............................................................................................................... 9 2.1 Cabinet ............................................................................................................................................................. 9 2.2 Temperature Control Unit .............................................................................................................................. 11 2.2.1 Direct-Cooling Unit .............................................................................................................................. 11 2.2.2 TEC ....................................................................................................................................................... 15 2.3 Rectifier .......................................................................................................................................................... 21 2.3.1 Appearance ............................................................................................................................................ 21 2.3.2 Panel...................................................................................................................................................... 22 2.4 Monitoring Unit ............................................................................................................................................. 23 2.4.1 Appearance ............................................................................................................................................ 23 2.4.2 Main Control Module............................................................................................................................ 24 2.4.3 Basic I/O module .................................................................................................................................. 26 2.4.4 GPRS Module ....................................................................................................................................... 29 2.4.5 GPRS antenna ....................................................................................................................................... 32 2.5 PDU................................................................................................................................................................ 32 2.5.1 AC PDU ................................................................................................................................................ 33 2.5.2 DC PDU ................................................................................................................................................ 33 2.6 Intelligent Power Meter .................................................................................................................................. 35 2.6.1 Appearance ............................................................................................................................................ 35 2.6.2 Pins........................................................................................................................................................ 36 2.6.3 Specification ......................................................................................................................................... 37 2.7 Bluetooth electric door lock ........................................................................................................................... 37 2.7.1 Appearance ............................................................................................................................................ 38 2.7.2 Pins........................................................................................................................................................ 38 2.8 Bluetooth controller ....................................................................................................................................... 39 2.8.1 Appearance ............................................................................................................................................ 39

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Contents

2.8.2 Pins........................................................................................................................................................ 39 2.8.3 Specification ......................................................................................................................................... 40 2.9 Storage Battery ............................................................................................................................................... 40

3 Safety Precautions ....................................................................................................................... 41 3.1 Overview ........................................................................................................................................................ 41 3.2 Local Safety Regulations ............................................................................................................................... 41 3.3 Grounding Requirements ............................................................................................................................... 41 3.4 Human Safety ................................................................................................................................................. 42 3.5 Equipment Safety ........................................................................................................................................... 42 3.6 Electrical Safety ............................................................................................................................................. 42

4 Installation and Commissioning.............................................................................................. 45 5 Maintenance ................................................................................................................................. 46 5.1 Routine Maintenance...................................................................................................................................... 46 5.2 Troubleshooting.............................................................................................................................................. 49 5.3 Component Replacment ................................................................................................................................. 56

6 Monitoring Function .................................................................................................................. 74 6.1 LCD User Interface ........................................................................................................................................ 74 6.2 Web User Interface ......................................................................................................................................... 78

A Technical Specifications ........................................................................................................... 90 B LCD Menu ................................................................................................................................... 94 C Acronyms and Abbreviations ................................................................................................ 102

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1 Overview

1

Overview

1.1 Designation Explanation The TP48200T-D20A1 & D20A2 is an integrated outdoor backup alternating current-to-direct current (AC-to-DC) power system that employs -48 V, 50 A rectifiers and outputs a maximum of 200A current. The TP48200T-D14A1 & D14A2 is an integrated outdoor backup alternating current-to-direct current (AC-to-DC) power system that employs -48 V, 50 A rectifiers and outputs a maximum of 100A current.

1.2 Typical Networking The TP48200T-D20A1 & D20A2 & D14A1 & D14A2, AC power supply, automatic transfer switch (ATS), alternating current distribution box (ACDB), storage batteries, and related devices constitute a site power solution. Figure 1-1 shows the positioning of the TP48200T-D20A1 & D20A2 & D14A1 & D14A2 in the typical site power solution. Figure 1-1 TP48200T-D20A1 & D20A2 & D14A1 & D14A2 in the typical site power solution

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1 Overview

1.3 Configuration The TP48200T-D20A1 & D20A2 & D14A1 & D14A2 is a cabinet that houses the fans, rectifiers, monitoring unit, sensors, power distribution unit (PDU), intelligent power meter and Bluetooth electric door lock. Table 1-1 Configuration Item

Composition

AC input mode

TP48200T-D20A1



Cabinet (13U space for customer equipments and two-layer rack for storage batteries)



220V three-phase five-line (L1, L2, L3, N, PE)



R4850G1 (2 to 4 PCS)





ECC500



PDU






Intelligent power meter



Bluetooth electric door lock



Battery temperature sensor

220V single-phase three-line (L, N, PE)



Temperature sensor in direct-cooling unit



Temperature and humidity sensor



Door status sensor



Water sensor (optional)



Smoke sensor (optional)



Cabinet (13U space for customer equipments and two-layer rack for storage batteries)



110V dual-live-wire (L1, L2, N, PE)



R4850G1 (2 to 4 PCS)





ECC500



PDU

110V dual-live-wire (L1, L2, PE)





















Door status sensor









Cabinet (5U space for customer equipments and one-layer rack for storage batteries)






R4850G1 (2 PCS)





ECC500

110V three-phase five-line (L1, L2,

TP48200T-D20A2

TP48200T-D14A1

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Item

1 Overview

Composition 

TP48200T-D14A2

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AC input mode

PDU


















Door status sensor









L3, N, PE) 


Cabinet (5U space for customer equipments and one-layer rack for storage batteries)






R4850G1 (2 PCS)





ECC500



PDU



















Door status sensor








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1 Overview

Figure 1-2 TP48200T-D20A1 interior

(1) Alternating current power distribution unit(AC PDU) (4) Intelligent power meter (7) Central monitoring unit type A (CMUA) for thermoelectric cooler (TEC) (10) GPRS antenna (13) Monitoring unit (ECC500) (16) Bluetooth Electric door lock

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(2) Door status sensor (5) Space for rectifiers (8) TEC

(11) Fan assembly (14) Temperature and humidity sensor (17) Space for Bluetooth controller


(3) Direct current power distribution unit(DC PDU) (6) Space for customer equipments (9) Base

(12) CMUA for fan assembly (15) Air filter

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1 Overview

Figure 1-3 TP48200T- D20A2 interior

(1) Alternating current power distribution unit(AC PDU) (4) Intelligent power meter (7) Central monitoring unit type A (CMUA) for thermoelectric cooler (TEC) (10) GPRS antenna (13) Monitoring unit (ECC500) (16) Bluetooth Electric door lock

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(11) Fan assembly (14) Temperature and humidity sensor (17) Space for Bluetooth controller



(12) CMUA for fan assembly (15) Air filter

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1 Overview


(1) Alternating current power distribution unit(AC PDU) (4) Intelligent power meter (7) Central monitoring unit type A (CMUA) for thermoelectric cooler (TEC) (10) GPRS antenna (13) Air filter (16) Bluetooth Electric door lock

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(11) Fan assembly (14) Monitoring unit (ECC500) (17) Space for Bluetooth controller



(12) CMUA for fan assembly (15) Temperature and humidity sensor

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1 Overview


(1) Alternating current power distribution unit(AC PDU) (4) Intelligent power meter (7) Central monitoring unit type A (CMUA) for thermoelectric cooler (TEC) (10) GPRS antenna (13) Air filter (16) Bluetooth Electric door lock

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(11) Fan assembly (14) Monitoring unit (ECC500) (17) Space for Bluetooth controller



(12) CMUA for fan assembly (15) Temperature and humidity sensor

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1 Overview

1.4 Features The TP48200T-D20A1 & D20A2 supplies stable power to -48 V DC equipment and provides a maximum current of 200 A. The TP48200T-D14A1 & D14A2 supplies stable power to -48 V DC equipment and provides a maximum current of 100 A.

Easy Installation The modules of monitoring unit (ECC500) and rectifiers are hot-swappable. This facilitates the system installation, saves maintenance time, and reduces the operational expenditure (OPEX).

High Efficiency The TP48200T-D20A1 & D20A2 & D14A1 & D14A2 uses rectifiers with a 96% efficiency record.

Low Imbalance Degree of Current Equalization The imbalance degree of current equalization for rectifiers is less than 5%.

Remote Monitoring OPEX is reduced when the TP48200T-D20A1 & D20A2 & D14A1 & D14A2 performs comprehensive power management and battery management functions by connecting to the element management system (EMS).

Wide Range of AC Input Voltage The AC input voltage of the TP48200T-D20A1 & D20A2 & D14A1 & D14A2 ranges from 85 V AC to 300 V AC phase voltage.

Safety and Regulatory Design The TP48200T-D20A1 & D20A2 & D14A1 & D14A2 complies with Conformite Europeenne (CE) standards, the power distribution components comply with CE standards, and the rectifier complies with underwriters laboratory (UL), CE, and Technical Watch-Over Association (TUV) standards.

High Protection Level The cabinet protection level is IP55.

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2

2 Component Description

Component Description

2.1 Cabinet Dimensions (H x W x D) of the TP48200T-D20A1 & D20A2 cabinet (excluding the base) are 2060 mm x 700 mm x 700 mm (81.1 in. x 27.56 in. x 27.56 in.). Dimensions (H x W x D) of the base are 180 mm x 700 mm x 700 mm (7.09 in. x 27.56 in. x 27.56 in.). Figure 2-1 shows the TP48200T-D20A1 & D20A2 cabinet. Figure 2-1 TP48200T-D20A1 & D20A2 cabinet

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Dimensions (H x W x D) of the TP48200T-D14A1 & D14A2 cabinet (excluding the base) are 1400 mm x 700 mm x 700 mm (55.1 in. x 27.56 in. x 27.56 in.). Dimensions (H x W x D) of the base are 180 mm x 700 mm x 700 mm (7.09 in. x 27.56 in. x 27.56 in.). Figure 2-2 shows the TP48200T-D14A1 & D14A2 cabinet. Figure 2-2 TP48200T-D14A1 & D14A2 cabinet

Table 2-1 TP48200T-D20A1 & D20A2 & D14A1 & D14A2 cabinet height distribution Item

TP48200T-D20A1 & D20A2

TP48200T-D14A1 & D14A2

Customer equipment

13 U (557.85 mm [21.96 in.]) (not included the space for storage batteries)

5 U (222.25 mm [8.75 in.]) (not included the space for storage batteries)

Storage batteries

16U (755.6 mm [29.75 in.]) for two layers

8 U (355.6 mm [14.00 in.]) for one layer

Embedded power system



AC PDU: 3 U (133.35 mm [5.25 in.])



AC PDU: 3 U (133.35 mm [5.25 in.])



DC PDU: 4U (177.8 mm [7.0 in.])



DC PDU: 4U (177.8 mm [7.0 in.])



Monitoring unit (ECC500



1U (44.45mm [1.75in.])



1U (44.45mm [1.75in.])

Recitifers



2U (88.9mm[3.50in.])



2U (88.9mm[3.50in.])

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2.2 Temperature Control Unit 2.2.1 Direct-Cooling Unit The direct-cooling unit extends the area for exchanging air inside and outside the cabinet, speeds up air circulation, and reduces the operating temperature in the cabinet. The fan assembly houses two centrifugal fans. The fans direct air into the cabinet through the lower part of the door and out of the cabinet through the top cover of the cabinet.

Appearance Figure 2-3 shows the fan assembly. Figure 2-4 shows a centrifugal fan. Figure 2-3 Fan assembly

Figure 2-4 Centrifugal fan

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Specifications Table 2-2 Technical specifications of fan assembly Item

Specifications

Rated voltage

–48 V DC

Rated power

2 x 34 W

Air flows Figure 2-5 The direct-cooling unit air flows

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CMUA for fan assembly Figure 2-6 Ports of the CMUA

(1) PWR

(2) SMOKE

(3) IN0, IN1, IN2

(4) GATE

(5) ELU

(6) ALM & RUN Indicators

(7) COM_IN

(8) COM_OUT

(9) TEM.FAN

(10)TEC

(11) FAN_INT

(12) FAN_EXT

Table 2-3 Ports of the CMUA Silkscreen

Function

PWR

Power input port.

SMOKE

Reserved.

IN0, IN1, IN2

Reserved.

GATE

Reserved.

ELU

Reserved.

ALM & Indicators

RUN

Indicate CMUA status.

COM_IN

Connects to the monitoring unit.

COM_OUT

Reserved.

TEM.FAN

Connects to the temperature sensor.

TEC

Reserved.

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Silkscreen

Function

FAN_INT

Connects to the fan on the left in the fan assembly.

FAN_EXT

Connects to the fan on the right in the fan assembly.

Table 2-4 Indicator description Silk Screen

Color

Status

Meaning

RUN

Green

Blinks at 0.5 Hz.

The board functions normally and communicates properly with upper-level equipment.

Blinks at 4 Hz.

The board functions normally, but fails to communicate with the upper-level equipment. If the board does not communicate with the upper-level equipment within one minute, the communication fails.

ON/OFF

The board is not performing self-test after being powered on.

Steady off

No alarm is generated.

Steady on

An alarm is generated, and the board must be replaced.

Blinks at 0.5 Hz.

An alarm is generated. It may be caused by a fault on the board or in a port. Therefore, the board must be replaced as required.

ALM

Red

CMUA Jumper Slot The CMUA has three jumper slots SW1, SW2, and SW3 for setting its working mode in different cabinets. Figure 2-7 shows jumper slots on the CMUA. Figure 2-7 Jumper slots on the CMUA (plan view)

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Figure 2-8 shows settings for jumper slots on the CMUA. Figure 2-8 Settings for Jumper slots on the CMUA

2.2.2 TEC A TEC consists of semiconductor refrigeration chips, a cold-end heat sink, a hot-end heat sink, an internal fan (cold-end fan), an external fan (hot-end fan), and a controller. Figure 2-9 shows the TEC components.

Appearance

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Figure 2-9 TEC components

1. Semiconductor refrigeration chip 4. Internal fan

2. Cold-end heat sink 5. External fan

3. Hot-end heat sink 6. Controller

Specifications Table 2-5 Technical specifications Item

Specifications

Rated voltage (V DC)

–48 V DC

Rated refrigeration capacity (L32/L32)

190 W

Maximum power input

380 W

Heating capacity

300W

Ambient range

–40˚C to +40˚C

Humidity range

5%–100% RH

Storage environment

–40˚C to +70˚C Complies with the ETS 300 019-1-1, CLASS 1.2 requirements.

Altitude

≤ 4700 m

Transportation performance

Complies with the ETS 300 019-1-2, CLASS 2.3

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Item


Specifications requirements.

IP protection level

IP55 (cabinet), which complies with the International Electrotechnical Commission (IEC) 60529.

Anti-corrosion performance of the external air circulation system



Circular salt-fog test: The TEC passes the circular salt-fog test required by the IEC68-2-52 for 10 circles.



Damp heat test: The TEC passes the damp heat test required by the IEC 68-2-38 for 10 days.



Mould growth test: The TEC passes the mould growth test required by the IEC 68-2-10 for 28 days.



UL94 HF-1 level of sealing materials.



UL94 V0 level of shielding materials and printed circuit board (PCB).



UL94 V1 level of other materials.



Complies with the IEC 60950-1, EN 60950-1, and UL 60950-1. (The withstand voltage is greater than 750 V DC.)



The internal fan is configured with a grille protection cover, which complies with the IP3X requirement (Your fingers do not contact dangerous components in any direction.) Warning signs are attached to the internal fan.

Flame spread rating

Safety

Service life

10 years

Failure rate

< 1%

Fan service life (internal fan L10/25˚C and external fan L10/40˚C)

≥ 70,000 hours

Mean time between failures (MTBF)

> 100,000 hours

Dimensions (H x W x D, including the flange)

200 mm x 180 mm x 400 mm

Weight

6.4kg

Positive polarity protection of DC power supply

Supported

Operating voltage

36V–60V

Temperature sensor

Monitoring range：-20℃–80℃（±2℃）

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Air flows Figure 2-10 TEC air flows

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CMUA for TEC Figure 2-11 Ports of the CMUA

(1) PWR

(2) SMOKE

(3) IN0, IN1, IN2

(4) GATE

(5) ELU

(6) ALM & RUN Indicators

(7) COM_IN

(8) COM_OUT

(9) TEM.FAN

(10)TEC

(11) FAN_INT

(12) FAN_EXT

Table 2-6 Ports of the CMUA Silkscreen

Function

PWR

Power input port.

SMOKE

Reserved.

IN0, IN1, IN2

Reserved.

GATE

Reserved.

ELU

Reserved.

ALM & Indicators

RUN

Indicate CMUA status.

COM_IN

Connects to the monitoring unit.

COM_OUT

Reserved.

TEM.FAN

Connects to the temperature sensor.

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Silkscreen

Function

TEC

Connects to the TEC.

FAN_INT

Connects to the internal fan of the TEC.

FAN_EXT

Connects to the external fan of the TEC.

Table 2-7 Indicator description Silk Screen

Color

Status

Meaning

RUN

Green

Blinks at 0.5 Hz.

The board functions normally and communicates properly with upper-level equipment.

Blinks at 4 Hz.

The board functions normally, but fails to communicate with the upper-level equipment. If the board does not communicate with the upper-level equipment within one minute, the communication fails.

ON/OFF

The board is not performing self-test after being powered on.

Steady off


Steady on

An alarm is generated, and the board must be replaced.

Blinks at 0.5 Hz.

An alarm is generated. It may be caused by a fault on the board or in a port. Therefore, the board must be replaced as required.

ALM

Red

CMUA Jumper Slot The CMUA has three jumper slots SW1, SW2, and SW3 for setting its working mode in different cabinets. Figure 2-12shows jumper slots on the CMUA.

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Figure 2-12 Jumper slots on the CMUA (plan view)

Figure 2-13 shows settings for jumper slots on the CMUA. Figure 2-13 Settings for Jumper slots on the CMUA

2.3 Rectifier 2.3.1 Appearance The rectifier converts the AC input power into stable -48 V DC power. The TP48200T-D20A1 & D20A2 & D14A1 & D14A2 can be configured with two, three, or four rectifiers. Figure 2-14 shows the rectifier.

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Figure 2-14 rectifier

2.3.2 Panel The rectifier panel provides the run indicator, alarm indicator, and fault indicator. Figure 2-15 shows the rectifier panel. Figure 2-15 rectifier panel

(1) Run indicator

(2) Alarm indicator

(3) Fault indicator

Table 2-8 Indicator description of rectifier Indicator

Color

Status

Run indicator

Green

Alarm indicator

Yellow

Description

Measures

Steady on

The rectifier output is normal.

The rectifier runs properly, and no measure is required.

Off

The rectifier has no output.

Replace the rectifier if the AC input is normal.

Off


No measure is required.

Steady on

The rectifier generates a prewarning for power limiting due to overtemperature.

Check that the air vent is not blocked and the ambient temperature is within a normal range.

The rectifier generates an alarm for shutdown due to ambient overtemperature or undertemperature protection.

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Indicator

Fault indicator

Color

Red


Status

Description

Measures

The rectifier generates an alarm due to AC input overvoltage or undervoltage protection.

Check that the electrical grid voltage is within a normal range.

The rectifier is hibernated.


Off

The rectifier is not faulty.


Steady on

The rectifier is locked due to output overvoltage.

Pull out the rectifier and reinsert it after 1 minute.

There is no output because the rectifier is faulty.

Replace the rectifier.

The rectifier is loading an application program.

The rectifier automatically recovers after loading, and no measure is required.

Blinking at 4 Hz

2.4 Monitoring Unit 2.4.1 Appearance The monitoring unit (model: ECC500) consists of a main control module, a basic input/output (I/O) module, a GPRS module and three reserved slots. The main control module and Basic I/O module are mandatory, and other modules are optional. All modules in the ECC500 are hot-swappable. Figure 2-16 ECC500 architecture

(1) Main control module (4) Basic I/O module

(2) Filler panel

(3) GPRS module

Table 2-9 ECC component functions Component

Silkscreen

Configuration

Function

Main control module

SMU03A

Mandatory



Provides an LCD to query and set local parameters.



Monitors and manages input energy.



Provides an operating status indicator.

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Component

Basic IO module

GPRS module

Silkscreen

MUS01A

MUC01A


Configuration

Mandatory

Optional

Function 

Provides TCP/IP and RS485 ports for northbound communication. TCP/IP stands for transmission control protocol/Internet protocol.



Provides RS485 ports for southbound communication.



Intelligently manages storage batteries.



Generates alarms.



Manages intelligent southbound components.



Manages assets.



Monitors southbound components over serial ports.



Receives alarms generated by dry contacts and sensors for detecting battery temperatures, water, smoke, and ambient temperature and humidity.



Provides RS485 ports for southbound communication.



Enables the ECC500 to communicate with the NetEco in out-of-band (by GPRS) mode.



Provides six digital parameter input ports and two dry contact outputs.

2.4.2 Main Control Module Figure 2-17 shows the front panel of the main control module. Figure 2-17 Front panel of the main control module

(1) Indicators (4) Fast Ethernet (FE) port

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(2) LCD (5) RS485/RS232 port


(3) Buttons (6) COM1 port

24

TP48200T-D20A1 & D20A2 & D14A1 & D14A2 User Manual (7) COM2 port

2 Component Description (8) Universal Serial Bus (USB) port

Indicators Table 2-10 Indicator description Silk Screen

Color

Status

Description

Run indicator

Green

Off

The main control module is faulty or has no DC input.

Blinking (on for 1s and then off for 1s)

The main control module runs properly and communicates with the NetEco.

Blinking (on for 0.125s and then off for 0.125s)

The main control module runs properly but does not communicate with the NetEco properly.

Off

No critical or major alarm is generated.

Steady on

A critical or major alarm is generated.

Alarm indicator

Red

LCD You can view information and set parameters on the LCD. You can set and query parameters using the four buttons on the front panel. Table 2-11 describes the button functions.

Buttons Table 2-11 Button description Button

Definition

Description

▲ or ▼

Up or down

Allows you to view menu items and set the value of a menu item.

Cancel

Returns to the previous menu without saving the settings of the current menu item.

Enter

Enters the main menu from the standby screen, enters a submenu from the main menu, or saves menu settings.

Note:  After a menu is displayed, the standby screen is displayed if no button is pressed for 5 minutes. 

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Ports Table 2-12 Port description Silk Screen

Description

FE

Northbound port, connecting to the network or NetEco

RS485/RS232

Reserved

COM1

Reserved

COM2

Reserved

USB

Reserved

Figure 2-18 FE pin definition

Table 2-13 FE pin definition Pin

Signal

Description

1

TX+

FE transmit

2

TX-

3

RX+

6

RX-

FE receive

2.4.3 Basic I/O module Figure 2-19 shows the front panel of the Basic I/O module.

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Figure 2-19 Front panel of the Basic I/O module

(1)ELU

(2)SMOKE

(3)DI_1

(4)DI_2

(5)DI_3

(6)AI_1

(7)AI_2

(8)TEM_HUM

(9)WATER

(10)CAN

(11)12V/1A

(12)COM1

(13)GATE

(14)COM2

(15)COM3

(16)DC input terminals

(17)Indicators

Indicators Table 2-14 shows the indicator description of the Basic I/O module. Table 2-14 Indicator description Silk Screen

Color

Meaning

Status

Description

PWR

Green

Power indicator

Steady on

The power supply is normal.

Off

The input/output (I/O) module is faulty or has no DC input.

Run indicator

Blinking (on for 1s and then off for 1s)

Communication is normal between the I/O module and the main control module.


Communication fails between the I/O module and the main control module.

Off

Reserved.

RUN

ALM

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Green

Red

Alarm indicator


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Ports Table 2-15 Port description Silk Screen

Description

Remarks

ELU

I2C&1-WIRE

Connects to an electronic label board.

DI_1

Direct-cooling unit alarm or TEC alarm

Default setting: 

If the dry contact is open, an alarm is generated.



If the dry contact is close, no alarm is generated.

DI_2

TEC alarm

DI_3

Direct-cooling unit alarm

AI_1

4-20mA analog input

Connects to a battery temperature sensor.

TEM_HUM

Ambient temperature and humidity

Connects to a humidity and temperature sensor.

WATER

Water intrusion

Connects to a water sensor.

SMOKE

Smoke generation

Connects to a smoke sensor.

CAN

Southbound CAN port

Connects to a southbound component.

12V

Power output ports

10.5–13.5 V

COM1

Two-wire RS485 port

Connects to the intelligent power meter.

GATE

Gate dry contact input

Default setting:

AI_2



If the dry contact is closed, no alarm is generated.



If the dry contact is open, an alarm is generated.

COM2

Southbound RS485 port

Reserved.

COM3

Southbound RS485 port

Reserved.

DC input terminals

RTN+ port: positive DC input terminal

–48 V DC input port

NEG–: negative DC input terminal

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Pin definition Figure 2-20 Pin definition

Table 2-16 Pin definition Silk Screen

Pin

Pin definition

WATER

1

12V

2

WATER

3

GND

4

-

1

12V

2

ENV_TEMP

3

12V

4

ENV_HUM

TEMHUM

2.4.4 GPRS Module Figure 2-21 shows the front panel of the GPRS module.

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Figure 2-21 Front panel of the GPRS module

(1) DO_1

(2) DO_2

(3) DI_1

(4) DI_2

(5) DI_3

(6) DI_4

(7) DI_5

(8) DI_6

(9) ANT

(10) Indicators

(11) SIM card

Frequency Band Upstream (module to BTS) : 824-849MHz/880 -915 MHz/1710 -1785 MHz/1850 -1910 MHz Downstream (BTS to module) : 869 -894 MHz/925-960 MHz/1805 -1880 MHz/1930 -1990 MHz

Indicators The Table 2-17 describes the indicators. Table 2-17 Indicator description Silk Screen

Color

Status

Description

PWR1

Yellow

Steady on

The power supply is normal.

Off

The power supple is faulty or has no DC input.

Steady on

The GPRS module is normal.

Off

The GPRS module is faulty or has no DC input.

Off

The GPRS module is not powered on.

PWR2

GPRS

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Yellow

Green


30


Silk Screen

Color


Status

Description

Steady on

A call is being set up over GPRS.


Data is being transmitted over GPRS.


The ECC500 is registered with the network, but no data is being transmitted.


The ECC500 is searching for a network because of the absence of a subscriber identity module (SIM) card.

Ports Table 2-18 describes the ports of the GPRS module. Table 2-18 Port description Silk Screen

Function

Remarks

DO_1

Dry contact output

Reserved.

Dry contact input

Default(If the dry contact is closed, an alarm is generated.

DO_2 DI_1 DI_2 DI_3 DI_4 DI_5

If the dry contact is open, no alarm is generated.), can be modified. Definitions of DI_1 to DI_6 vary based on solution. You can query their definitions on the LCD, as shown in Figure 2-22.

DI_6 Figure 2-22 Default setting of DI of GPRS module

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2.4.5 GPRS antenna Figure 2-23 GPRS antenna

(1) GPRS antenna

(2) GPRS module

2.5 PDU PDUs are classified into the DC PDU and AC PDU. The DC PDU distributes DC power to the TP48200T-D20A1 & D20A2 & D14A1 & D14A2, while the AC PDU distributes AC power.

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2.5.1 AC PDU Figure 2-24 AC PDU of TP48200T-D20A1 & D14A1

Figure 2-25 AC PDU of TP48200T-D20A2 & D14A2

Table 2-19 Circuit breaker distribution Item

TP48200T-D20A1 & D14A1

TP48200T-D20A2 & D14A2

AC input

1 x 63A/3P MCB

1 x 100A/2P MCB

AC output

3 x 10A MCB

3 x 10A MCB

1 x 10 A maintenance socket

1 x 10 A maintenance socket

1 x 10A RCD

1 x 10A RCD

NOTE

If TP48200T-D20A1 & D20A2 is configured with four rectifiers, the recommended AC output current summation should be less than 14A.

2.5.2 DC PDU Figure 2-26 shows the DC PDU.

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Figure 2-26 DC PDU

Figure 2-27 TP48200T-D20A1 & D20A2 battery branch

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Figure 2-28 TP48200T-D14A1 & D14A2 battery branch

Table 2-20 Circuit breaker distribution Item

Specification

Battery low voltage disconnection(BLVD)



10 x 10 A MCB

Load low voltage disconnection(LLVD)



2 x 100A MCB



1 x 80A MCB



2 x 50A MCB



3 x 25A MCB



2 x 10A MCB

Battery branch

TP48200T-D20A1 & D20A2: 

2 x 125 A MCB

TP48200T-D14A1 & D14A2: 

1 x 125 A MCB

2.6 Intelligent Power Meter 2.6.1 Appearance Figure 2-29 Appearance of intelligent power meter

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2.6.2 Pins Figure 2-30 Pins of intelligent power meter

Table 2-21 Pins of the intelligent power meter Pin

Definition

1、2

Working Power

3、4

RS485

5

A phase voltage

6

B phase voltage

7

C phase voltage

8

Zero-voltage line

10

The current transformer interface

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2.6.3 Specification Table 2-22 Specifications of the intelligent power meter Category Voltage

Item Measurement range

Specifications 

Line voltage: 30V-600V



Phase voltage: 20V-400V

Overload capacity

800V

Measurement range

200Ma-100A

Overload capacity

200A

Single phase power

0-48000 W/var/VA

Total power

0-96000 W/var/VA

Measurement range

45 Hz -60Hz

Power factor

Measurement range

-1 to 1

Accuracy

Current

0.5%(10-100A)

Current

Power

Voltage



Phase voltage: 0.5% (20-400V)



Line voltage:1.0%

Power

1.0% ( U*I)

Power factor

1.0%

Frequency

45Hz-60Hz ±0.1Hz

Energy

1.0% (0.5C-1-0.5L)

2.7 Bluetooth electric door lock The Bluetooth electric door lock can be connected to the Bluetooth controller.

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2.7.1 Appearance Figure 2-31 Appearance of Bluetooth electric door lock

2.7.2 Pins Figure 2-32 RJ45 female connector

Table 2-23 Pins definition of the Bluetooth electric door lock Pin

Definition

3

+12V

6

Signal

8

GND

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2.8 Bluetooth controller 2.8.1 Appearance Figure 2-33 Bluetooth controller

2.8.2 Pins Figure 2-34 Pins of the Bluetooth controller

Table 2-24 Pins definition of the Bluetooth controller Pin

Definition

1

AC power input

2

AC power input

3

connect to Pin4

4

connect to Pin3

5

-12V

6

+12V

7

control the Bluetooth lock(+)

8

control the Bluetooth lock(-)

9

-

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Table 2-25 Connection between the Bluetooth controller and the Bluetooth electric door lock Pins of the Bluetooth controller

Pins of the Bluetooth electric door lock

Definition

7

3

+12V

7

6

Signal

8

8

GND

2.8.3 Specification Table 2-26 Bluetooth controller specifications Item

Specifications

Rated current

4A

Rated voltage

125V

Operating Limit voltage

200V AC

Withstanding voltage 1 minute

1500V AC

Insulation resistance at 500V DC

1500MΩ

Contact resistance at 1A DC

3 MΩ

Solder inter diameter

1.2mm

Dimensions

193x110x90 mm

Operating Temperature

-45ºC a 85ºC

2.9 Storage Battery Storage batteries store electrical energy and power loads when the D.G. and mains supply no power or insufficient power. The TP48200A-D20A1 & D20A2 can be configured with two groups (8 pieces, 12V/100 Ah batteries for power monobloc) backup. The TP48200A-D14A1 & D14A2 can be configured with one group (4 pieces, 12V/100 Ah monobloc) batteries for power backup. The maximum dimensions for each storage battery are 295 mm x 125 mm x 560 mm. NOTE

Storage batteries are prepared by customer.

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3 Safety Precautions

3

Safety Precautions

3.1 Overview

CAUTION To minimize the risk of personal injury and damage to equipment, read and follow all the precautions in this document before performing any installation or maintenance. The "NOTE", "CAUTION", and "WARNING" marks in other documents do not represent all the safety instructions. They are only supplements to the safety instructions. Only trained and qualified personnel are allowed to install, operate, and maintain Huawei equipment, and they must understand basic safety precautions to avoid hazards. To ensure safety of humans and the equipment, pay attention to the safety symbols on the equipment and all the safety instructions in this document. Huawei will not be liable for any consequence caused by the violation of the safety operation regulations and design, production, and usage standards. NOTE

The safety precautions described in this section are also applicable to other Huawei equipment.

3.2 Local Safety Regulations When operating Huawei equipment, you must follow the local laws and regulations. The safety instructions in this document are only supplements to the local laws and regulations.

3.3 Grounding Requirements Equipment to be grounded must meet the following requirements: 

When installing the device, always make the ground connection first and disconnect it at the end.



Do not damage the ground conductor or operate the device in the absence of a properly installed ground conductor. Conduct the electrical inspection carefully.

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TP48200T-D20A1 & D20A2 & D14A1 & D14A2 User Manual 


The device (or system) must be connected permanently to the protection ground before an operation. Before operating the device, check the electrical connection of the device to ensure that it is securely grounded.

3.4 Human Safety 

Do not operate the device or cables during lightning strikes.



To avoid electric shock, do not connect safety extra-low voltage (SELV) circuits to telecommunication network voltage (TNV) circuits.



Before operating the device, wear electrostatic discharge (ESD) clothes, ESD gloves, and an ESD wrist strap.



Do not wear jewelry or watches when you operate the device.



In the case of fire, immediately leave the building or the equipment room, and turn on the fire alarm bell or make an emergency call. Do not enter a building that is on fire.



The temperature of some equipment parts may be rather high. Do not touch the surface of such equipment parts to avoid getting burn.

3.5 Equipment Safety 

The device must be fixed securely on the floor or to other immovable objects such as walls and mounting racks before operation.



Do not block the ventilation while the device is operating.



Tighten the thumbscrews by using a tool after initial installation and subsequent access to the panel.



After the installation, remove packing materials from the equipment area.

3.6 Electrical Safety High Voltage

DANGER 

The high voltage power supply provides power for the device operation. Direct or indirect contact (through damp objects) with high voltage and AC mains supply may result in fatal danger.



Non-standard and incorrect high voltage operations may result in fire and electric shock.



The personnel who install the AC facility must be qualified to perform high voltage and AC operations.



You must abide by the local rules and regulations when bridging and wiring AC cables.



During the installation of the AC power supply facility, follow the local safety regulations.

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

Dedicated tools must be used during high voltage and AC operations. Avoid using ordinary tools.



When the operation is performed in a damp environment, ensure that the device is dry. When water is found in the rack or the rack is damp, switch off the power supply immediately.

High Electrical Leakage 

Ground the device before powering it on. Otherwise, personal injury or device damage may be caused by high leakage current.



If a "high electrical leakage" tag is present on the power terminal of the device, you must ground the device before powering it on.



Do not install or remove power cables when the device is on. Transient contact between the core of the power cable and the conductor may generate electric arcs or sparks, which may cause fire or hurt human eyes.



Before installing or removing the power cable, turn off the power switch.



Before connecting a power cable, check that the label on the power cable is correct.

Power Cable

Power Output All output circuits are evaluated as SELV circuits.

CAUTION Outputs are energy hazards (>240 VA)

Electrostatic Discharge

CAUTION The static electricity generated by human bodies may damage the electrostatic-sensitive components on boards, for example, the large-scale integrated (LSI) circuits. 

Human body movement, friction between human bodies and clothes, friction between shoes and floors, or handling of plastic articles causes static electromagnetic fields on human bodies. These static electromagnetic fields cannot be eliminated until the static is discharged.



To prevent electrostatic-sensitive components from being damaged by the static on human bodies, you must wear a well-grounded ESD wrist strap when touching the device or handling boards or application-specific integrated circuits (ASICs).

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Figure 3-1 shows how to wear an ESD wrist strap. Figure 3-1 Wearing an ESD wrist strap

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4

4 Installation and Commissioning

Installation and Commissioning

The detailed installation and commissioning refer to the TP48200T-D20A1 & D20A2 & D14A1 & D14A2 Quick Installation Guide.

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5 Maintenance

5

Maintenance

5.1 Routine Maintenance Maintain TP48200T-D20A1 & D20A2 & D14A1 & D14A2 periodically based on site requirements. The recommended maintenance interval is 6 months. If faults are identified, clear them immediately. Table 5-1 Routine maintenance Maintenance Item

Maintenance Task Check Item

Check Method

Repair When

Measures

Output voltage

Whether the output voltage of the DC PDU is within the range of –42 V DC to –58 V DC.

Measure the voltage.

The voltage is beyond the range of –42 V DC to –58 V DC.



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Switch on the circuit breaker on the DC PDU, set the multimeter to DC, and then measure the output voltage of the DC PDU.

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5 Maintenance

Maintenance Item


Check Method

Repair When

Measures

Component

Whether a component burns, smokes, sparks, or produces an unusual odor

Observe and smell the component.

A component burns, smokes, sparks, or produces an unusual odor.



If a short circuit occurs, rectify the fault.



If a cable diameter does not match the load, replace it.



If there is a burnt componen t, replace it.

Whether the fan is covered by dust

Fan

View the fan.

Whether the fan surface is damaged and whether the rotational speed, noise, and vibration are in the normal range

Dust accumulates on the fan.

Clear the dust on the fan.



The fan rotates unstably or slowly.

Replace the fan.



The fan is damaged.

Cabinet surface

Whether the paint and the electroplated coating on the surface of the cabinet are in good condition

View the cabinet surface.

Surface rust appears on the cabinet or paint peels off.

Polish the rust and repaint the cabinet.

Door lock

Whether surface rust appears on the door lock and rust continues to spread over the surface

Observe and open the lock.

The door lock is too rusty.

Replace the lock.

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5 Maintenance

Maintenance Item


Check Method

Repair When

Measures

Environment inside the cabinet



Whether there are fingerprints or any other stains on the interior of the cabinet

View the interior of the cabinet.

There is foreign matter, fingerprints, or stains in the cabinet.

Clean up stains, fingerprints, and foreign matter using a brush or cotton cloth.



Whether there is unnecessary adhesive tape or cable ties on the cables



Whether there is tape, cable ties, wastepaper, or packing bags in the cabinet View the air filter.



Overtemperature alarms are frequently raised for the power system, and the temperature inside the cabinet is much higher than the ambient temperature.

Replace the air filter.



Dust accumulates on the air filter.

Air filter

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Whether the air filter is covered by dust


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5 Maintenance

5.2 Troubleshooting Common Faults Table 5-2 Common faults and troubleshooting methods Fault Type

Fault Analysis

Handling Method

AC phase loss



AC input cable fault

1.



Grid fault or D.G. fault

Check whether the DC input cable is correctly and securely connected. If the cable is not correctly and securely connected, reconnect the cable. If the insulation layer is aged, replace the cable.

2.

Check whether the AC input voltage is excessively low using a multimeter, and check whether the AC undervoltage (lower than 180V AC) alarm is generated. If the AC input voltage is excessively low and the AC undervoltage alarm is generated, check whether there is short-circuit or electric leakage on the AC input loop. If there is short-circuit or electric leakage, replace the cable.

3.

If the AC input is the mains supply, contact the mains supplier for troubleshooting. If the AC input is from the D.G., check the D.G. by referring to the Diesel Generator User Manual.

1.

Check whether the DC input cable is correctly and securely connected. If the cable is not correctly and securely connected, reconnect the cable.

2.

Check whether the AC input switch is OFF. If the AC input switch is OFF, check whether faults such as short-circuit or open circuit exist on the AC input loop.

3.


4.

If the power-off duration is short, supply DC power using batteries. If the power-off duration is long, start other systems for power supply.

AC power off

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

AC input cable fault



Grid fault or D.G. fault


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5 Maintenance

Fault Type

Fault Analysis

Handling Method

AC overvoltage and undervoltage



Improper setting of monitoring unit AC undervoltage or overvoltage threshold

1.

Check whether the AC undervoltage or overvoltage alarm threshold is properly set. If the threshold is excessively high or low, lower or raise the threshold according to the actual conditions.

2.



Mains supply grid fault or D.G. fault




Improper setting of monitoring unit DC undervoltage or overvoltage threshold

1.

Check the alarm thresholds of the DC overvoltage and undervoltage. If the thresholds are not proper, reset the thresholds according to the actual conditions.

2.



Rectifier module fault

When the storage battery is powering the load, remove all the rectifiers, and then insert each rectifier one by one. If an overvoltage alarm is generated after a rectifier is inserted, the voltage of the rectifier exceeds the upper threshold. Then replace the rectifier.



Communication failure between modules

1.



Battery loop fault

Check whether the rectifier module is in position or whether contact is proper. If the monitoring unit is inserted in an incorrect position, insert it correctly. If the contact is not proper, remove and then insert it.

2.

Check whether the battery loop is short-circuited or has other faults.

3.

Check whether the batteries are faulty. If the batteries are faulty, replace them.

DC overvoltage or DC undervoltage

Charging overcurrent

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5 Maintenance

Fault Type

Fault Analysis

Handling Method

Load shutdown



Load circuit breaker set to OFF

1.

Check whether the load detection cable is securely connected. If the cable is not connected securely, connect it correctly.



Contactor fault

2.



Excessively high setting of monitoring unit load shutdown voltage

If the load circuit breakers switch to OFF, check whether the load circuit is short circuit or overcurrent. Switch the load circuit breakers to ON after repairing the load circuit.

3.

Check whether the contactor is faulty and whether it can be connected and disconnected. If the contactor is faulty, replace it.



Battery shutdown

Battery fuse failure

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Output undervoltage due to greater load power than 4. configured rectifier module power

Check whether the monitoring unit load shutdown voltage is set excessively high. If it is set excessively high, set it according to the actual situation.

5.

Check whether the load power is higher than the configured rectifier module power. If the load power is higher than the configured rectifier module power, add a rectifier module. If the load power exceeds the maximum supported power of the system, lower the load power.

1.

Check whether the mains supply is off or the voltage of storage batteries is lower than the “Battery Shutdown Voltage”.

2.

Check whether the battery shutdown permission is set.

3.

Check whether the battery cables or the connectors are faulty. If the cables or connectors are faulty, replace them.

4.




Battery loop fault 1.



Contactor fault



Battery fault

Check whether cables of the battery loop or connectors are faulty. If the cables or connectors are faulty, replace them.



Temperature sensor fault



Improper setting of monitoring unit battery parameters



Contactor fault

2.


3.

Check whether batteries are faulty. If the batteries are faulty, replace them.

4.

Check whether temperature sensor is faulty. If the temperature sensor is faulty, replace it.


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5 Maintenance

Fault Type

Fault Analysis

Handling Method

Ambient overtemperature or undertemperature alarm



Improper setting of monitoring unit temperature alarm parameters

1.

(The alarm is generated only when the temperature sensor is installed.)



Overtemperature or 2. undertemperature in the shelter with the temperature sensor

Check whether monitoring temperature alarm thresholds are according to local conditions. If thresholds are not proper, set thresholds accordingly.

unit set the the

Check whether the temperature control device in the shelter is faulty. If the temperature control device is faulty, repair it. The alarm is automatically cleared when the temperature in the shelter is adjusted to the proper range.




3.

Check whether the temperature sensor is faulty. If the temperature sensor is faulty, replace it.

Ambient overhumidity or underhumidity alarm



Improper setting of monitoring unit humidity alarm parameters

1.

Check whether monitoring unit humidity alarm thresholds are set according to local conditions. If the thresholds are not proper, set the thresholds accordingly.

(The alarm is generated only when the humidity sensor is installed.)



Overhumidity or underhumidity in the shelter with the humidity sensor

2.

Check whether the floor of the shelter is wet. If the floor is wet, use a cotton cloth to wipe the floor and ensure it is dry or use other dehumidifiers.

3.



Humidity sensor fault

If the alarm persists when the humidity is proper, check whether the humidity sensor is faulty.



Battery cabin overtemperature

1.



Improper setting of monitoring unit battery temperature alarm parameters

Check whether monitoring unit battery temperature alarm thresholds are properly set. If the thresholds are not proper, set the thresholds accordingly.

2.

Check whether the temperature in battery room is excessively high. If temperature is excessively high, alarm can be cleared when temperature is lowered.

3.

Check the charging current. If the current is excessively strong, switch equalized charging to float charging and check whether the charging current is weakened. If the charging current is still excessively strong, adjust the current limit to reduce the charging current. If the preceding steps do not work, replace the faulty battery.

4.

Check whether the temperature sensor is faulty. If the temperature sensor is faulty, replace it.

Battery overtemperature or undertemperature alarm

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

Battery charging overcurrent





the the the the

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5 Maintenance

Fault Type

Fault Analysis

Handling Method

Door alarm



Opened cabinet door

1.

The alarm is cleared after the cabinet door is closed.



Door status sensor fault

2.

If the alarm persists after the cabinet door is closed, check whether the door status sensor is faulty.

Water immersion alarm



Shelter water accumulation

1.

(The alarm is generated only when the water sensor is installed.)



Water sensor fault

Check whether the floor of the shelter is wet. If the floor is wet, use a cotton cloth to wipe the floor and ensure it is dry or use other dehumidifiers.

2.

If the alarm persists after the water is drained, check whether the water sensor is faulty.

Smoke alarm



Smoke in the shelter

1.



Smoke sensor fault

Check whether the smoke caused by fire pervades in the shelter. If there is fire, extinguish the fire and ventilate the shelter.

2.

If the alarm persists when there is no smoke, check whether the smoke sensor is faulty.

1.

Check whether the ALM indicator on the panel of the rectifier module is on. If the ALM indicator is on, remove the rectifier module and insert the rectifier module after the indicator is off.

2.

Disconnect AC input to the rectifier module and restart the rectifier module later on. If the alarm persists, replace the rectifier module.

1.

Check whether the mains voltage is over the AC overvoltage alarm threshold (300 V) of the rectifier module or below the AC undervoltage alarm threshold (85 V). For the power supply network with long-time overvoltage or undervoltage, negotiate with the maintenance personnel of the electricity department to improve the power supply network.

2.

If the alarm persists when the input voltage of the rectifier module is proper, check whether the rectifier module is proper. If the rectifier module is faulty, replace it.

(The alarm is generated only when the door status sensor is installed.)

(The alarm is generated only when the smoke sensor is installed.)


Rectifier module shutdown



Poor contact of the rectifier module






Input overvoltage or undervoltage of the rectifier module




Rectifier module protection

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5 Maintenance

Fault Type

Fault Analysis

Handling Method

Communication Failure between rectifier and monitoring unit



Signal cable connection fault of the rectifier module

1.



Rectifier module out of position

Check whether the rectifier module is in position or whether contact is proper. If the monitoring unit is inserted in an incorrect position, insert it correctly. If the contact is not proper, remove and then insert it.



Poor contact of the rectifier module

2.

If the alarm persists, replace the rectifier module.






The load fuse is faulty.

1.



Load circuit breaker set to OFF

Check whether the load fuse detection cable is securely connected. If the cable is not connected securely, connect it correctly.

2.

Check whether the load circuit breaker is in the OFF position. If it is, switch it to the ON position.

3.

Check whether the load fuse is damaged. Use a multimeter to measure the voltage at both ends of the fuse. If the voltage is close to 0 V, the fuse is normal. Otherwise, the fuse is blown. Replace the fuse.

4.

If the alarm persists after the fuse is replaced, check the new fuse. If the new fuse is blown or the load circuit breaker is automatically switched to the OFF position, the load power on this route may be excessive or a short circuit may occur. In this case, you need to rectify the fault on this load loop.

1.

Check the observation window on the AC surge protector. If the color of the window is red, replace the surge protector.

2.

Check whether the fault detection cables of the AC surge protector are correctly connected or whether the cables are in good condition. If the cables are not in good condition, replace and reconnect them.

3.

If the cable connection is proper, it indicates that the alarm loop is faulty. Replace the user interface module.

Load Fuse Alarm

AC surge protector fault

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

AC surge protector fault



User interface module fault


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5 Maintenance

TEC faults When a TEC becomes faulty, it transmits alarm signals over one dry contact to EMS software, and the ALM indicator turns on. The spare parts for a TEC includes temperature sensor,internal fan, external fan and TEC refrigeration module. Table 5-3 describes the TEC faults and troubleshooting measures. Table 5-3 TEC faults and troubleshooting measures Symptom

Possible Cause

Measures

The internal and external fans rotate properly, the semiconductor refrigeration chips do not work, the RUN indicator turns on, and no alarm is generated.

The semiconductor refrigeration chips are faulty.



Check that no input undervoltage or overvoltage occurs.



Check that cables properly connect to the semiconductor refrigeration chips.



If no fault is located, replace the CMUA.

The external fan rotates properly, the TEC circuit breaker trips, the RUN indicator turns on, and no alarm is generated.

The input voltages before and after the internal and external fans start are not within normal ranges.



If the input voltage is greater than 4 V, replace the damaged power cable.



If the input voltage is lower than 4 V, replace the CMUA.

The semiconductor refrigeration chips refrigerate properly, the internal and external fans rotate properly, the ALM indicator turns on, and an alarm is generated.



The cables to the temperature sensor are damaged.



If the cables to the fans are damaged, replace the cables.





Cables to the fans are damaged.

If all components are normal but an alarm is generated, reinstall internal and external fans. If an alarm is still generated, replace the TEC refrigeration module or control board .

CMUA faults When a CMUA is working properly, the resistance in the dry contact is low and the RUN indicator is steady on.When a CMUA is transmitting alarm signals, the resistance in the dry contact is high and the ALM indicator is steady on.

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5 Maintenance

Table 5-4 CMUA faults and troubleshooting measures Symptom

Possible Cause

Measures

The host generates an alarm, and the ALM indicator and RUN indicator turn off.





Measure the input voltage.



Check the power supply circuit breaker.



Check that power cables connect to the correct polarities.



If no fault is located, replace the control board.

The host generates an alarm, and the RUN indicator turns on.



No DC power is supplied to the TEC. Control burned out.

broad

The alarm signal is loose, disconnected, or broken.

Secure the alarm cable.

5.3 Component Replacment 

Load disconnection is prohibited when you replace the main components. Take measures to ensure that important loads are always connected during the replacement. For example, keep the circuit breaker of important loads set to ON and storage batteries and AC input are not cut off.



If a load must be disconnected, ask for the customer's prior permission.



The rectifier and the monitoring unit are hot-swappable.

Replacing the rectifier To replace the rectifier, perform the following steps: Step 1 Loosen the screws on the rectifier panel using a flat-head screwdriver. Step 2 Pull the handle of the rectifier outwards, and then remove the rectifier from the plug-in subrack, as shown in Figure 5-1. Step 3 Insert the rectifier into the corresponding slot in the plug-in subrack. Then, loosen the screws on the handle and pull out the handle. Step 4 Slide the rectifier into the plug-in subrack slowly along the guide rails. Then, lock the handle. Step 5 Tighten the screws on the handle, as shown in Figure 5-2. ----End

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5 Maintenance

Figure 5-1 Removing the old rectifier

Figure 5-2 Installing the new rectifier

Replacing the monitoring module To replace a module in the ECC500, perform the following steps: Step 1 Remove the signal cables from old module. Insulate the cables in time and stamp labels. Step 2 Loosen the captive screws on the old module anti-clockwise using the M3 screwdriver. Step 3 Pull out the old module by grasping the handle with both hands, as shown in Figure 5-3. Step 4 Grasp the handles of the new module, and insert the module into the corresponding slot in the ECC500 subrack. Step 5 Push the new module until its front panel is level with that of the ECC500 subrack.

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5 Maintenance

Step 6 Fold the handle. Step 7 Tighten the captive screws using the M3 screwdriver, as shown in Figure 5-4. Step 8 Connect the cables to the module according to the labels on the cables. Step 9 If the main control module is replaced, set parameters by referring TP48200T-D20A1 & D20A2 & D14A1 & D14A2 Quick Installation Guide. ----End Figure 5-3 Pulling out the old module

Figure 5-4 Installing a new moudle

Replacing the AC SPD To replace the AC SPD, perform the following steps: Step 1 Remove the faulty SPD. Step 2 Insert the new SPD. ----End

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5 Maintenance

Figure 5-5 Replacing the AC SPD

Replacing Circuit breakers To replace a circuit breaker, perform the following steps: Step 1 Disconnect the power supply of a circuit breaker. For example, disconnect the DC input and set the circuit breaker to OFF before replacing the input circuit breaker. Step 2 Remove the cables or copper bars connected to the circuit breaker using a Phillips screwdriver, and then wrap the cables or copper bars using black PVC insulation tape to avoid hazards. Step 3 Press the contact plate at the bottom of the circuit breaker using a flat-head screwdriver. Then, remove the circuit breaker, as shown in Figure 5-6. Step 4 Press the contact plate at the bottom of the circuit breaker using a flat-head screwdriver again to install the new circuit breaker in the correct position. Then, push the contact plate upwards using the screwdriver. Step 5 Install the cables or copper bars to the circuit breaker using a Phillips screwdriver in the same way. Step 6 Set the circuit breaker to ON and connect power supply of this circuit breaker, as shown in Figure 5-7. ----End Figure 5-6 Removing the circuit breaker

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5 Maintenance

Figure 5-7 Installing the circuit breaker

Replacing temperature and humidity sensor To replace a temperature and humidity sensor, perform the following steps: Step 1 Open the front door of the cabinet, press the latch in the front of the temperature and humidity sensor, and then remove the cover of the temperature and humidity sensor. Step 2 Loosen the two screws on holder of the temperature and humidity sensor, and then remove the holder, as shown in Figure 5-8. Step 3 Loosen the crimping screws on holder of the temperature and humidity sensor by using the flat-head screwdriver. Record the installation positions of the cables, and then remove the cables. Step 4 Correctly connect the cables to the wiring terminal on the new temperature and humidity sensor holder and secure the crimping screws by using the small flat-head screwdriver. Step 5 Install the holder of the new temperature and humidity sensor on the cabinet by securing the captive screws. Step 6 Install the cover on the holder of the temperature and humidity sensor. ----End Figure 5-8 Temperature and humidity sensor

(1) Cover of the temperature and humidity sensor

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(2) Holder of the temperature and humidity sensor


(3) Screw on the temperature and humidity sensor holder

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5 Maintenance

Replacing Fan assembly To replace the fan assembly, perform the following steps: Step 1 Switch off the circuit breaker of the fan assembly. Step 2 Loosen the screws on top of the cabinet as shown in Figure 5-9. Figure 5-9 Loosen the screws on top of the cabinet

Step 3 Open the top cover and secure the butterfly nut, as shown in Figure 5-10.

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5 Maintenance

Figure 5-10 Open the top cover

Step 4 Remove the power cables of the fans. Step 5 Loosen the screws on top of the fan assembly, as shown in Figure 5-11.

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5 Maintenance

Figure 5-11 Removing the fan assembly

Step 6 Install the new fan assembly, as shown in Figure 5-12. Figure 5-12 Installing the fan assembly

Step 7 Install the power cables of the fans. Step 8 Close the top cover. Step 9 Tighten the screws on top of the cabinet as shown in Figure 5-13.

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5 Maintenance

Figure 5-13 Tighten the screws on top of the cabinet

----End

Replacing TEC To replace the TEC, perform the following steps: Step 1 Power off the TEC. 1.

Switch off the TEC circuit breaker on the DC PDU or power system.

2.

Remove the power cables and alarm cables.

Step 2 Remove the TEC refrigeration module, as shown in Figure 5-14.

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5 Maintenance

Figure 5-14 Removing the TEC refrigeration module

Step 3 Install a new TEC refrigeration module. 1.

Secure a new TEC refrigeration module to the door using the removed screws.

2.

Reinstall the cover to the temperature control door using the removed screws.

3.

Install power cables to the correct poles.

4.

Install the dry contact alarm cables to the correct poles.

Step 4 Power on the TEC. 1.

Switch on the TEC circuit breaker on the DC PDU or power system.

2.

Power on the TEC for a self-check and a refrigeration function test.

3.

Check that the ALM indicators on the temperature controller and monitoring device turn off.

4.

After the TEC runs properly for 5 minutes, check the refrigeration function.

----End

Replacing CMUA To replace the CMUA, perform the following steps: Step 1 Switch off the CMUA circuit breaker on the DC PDU or power system. Step 2 Remove the CMUA. 1.

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Remove the two M4 screws from the CMUA cover, and then remove the CMUA cover, as shown in Figure 5-15.


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5 Maintenance

Figure 5-15 Removing the CMUA cover

2.

Label the cables and then remove these cables.

3.

Remove the four M3 screws on CMUA board and then remove the CMUA board , as shown in Figure 5-16.

Figure 5-16 Removing the CMUA board

Step 3 Install a new CMUA board. 1.

Install a new CMUA board using the four removed screws.

2.

Install jumper caps on the jumper slot, by referring to 2.2.1 CMUA Jumper Slot or 2.2.2 CMUA Jumper Slot.

3.

Connect all the removed cables to the CMUA.

4.

Reinstall ther cover using the two removed screws.

Step 4 Power on the CMUA. 1.

Switch on the CMUA circuit breaker on the DC PDU or power system.

2.

Power on the CMUA for a self-check and a refrigeration function test.

3.

Check that the ALM indicators on the temperature controller and monitoring device turn off.

4.

After the CMUA runs properly for 5 minutes, check the refrigeration function.

----End

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5 Maintenance

Replacing the Air filter To replace the air filter, perform the following steps: Step 1 Loosen the screws with the crosshead screwdriver and then remove the air filter. Step 2 Install the air filter in the original position and fasten the screws with the crosshead screwdriver. ----End Figure 5-17 Removing the air filter

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5 Maintenance

Figure 5-18 Installing the air filter

Replacing the Door lock cylinder To replace the lock cylinder, perform the following steps: Step 1 Open the door lock using a key to the degree as shown in the following figure. Step 2 Unscrew the lock cylinder to be replaced using a Phillips screwdriver. Step 3 Secure a new lock cylinder using screws. ----End Figure 5-19 Replacing the lock cylinder

Replacing the Door lock To replace the lock, perform the following steps: Step 1 Disconnect the cable between the Bluetooth controller and the door lock. Step 2 Unscrew the lock rod to be replaced using a Phillips screwdriver.

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5 Maintenance

Step 3 Remove the door lock. Step 4 Secure a new lock using screws. Step 5 Connect the cable between the Bluetooth controller and the door lock. ----End Figure 5-20 Replacing the door lock

Replacing the Door status sensor To replace the door status sensor, perform the following steps: Step 1 Open the front door and remove the case of the door status sensor, as shown in Figure 5-21. Figure 5-21 Removing the case of the door status sensor

Step 2 Record the connections of the alarm cables and then disconnect them. Step 3 Loosen the screws on the door status sensor and then remove the sensor. Step 4 Install a new door status sensor in position and tighten the screws. Issue 01 (2012-06-01)


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5 Maintenance

Step 5 Install the alarm cables of the new door status sensor according to the recorded connections, and then install the case. ----End

Replacing the Intelligent Power Meter To replace the intelligent power meter, perform the following steps: Step 1 Loosen the screws on the baffle plate and then remove the baffle plate. Step 2 Press the contact plate at the bottom of the intelligent power meter using a flat-head screwdriver. Then, remove the intelligent power meter. Figure 5-22 Removing the intelligent power meter

Step 3 Press the contact plate at the bottom of the intelligent power meter using a flat-head screwdriver again to install the new intelligent power meter in the correct position. Step 4 Install the baffle plate and tighten the screws. ----End Figure 5-23 Installing the intelligent power meter

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5 Maintenance

Replacing the GPRS antenna To replace the GPRS antenna, perform the following steps: Step 1 Remove the GPRS cable from the GPRS module, as shown in Figure 5-24. Figure 5-24 Removing the GPRS cable

Step 2 Remove the GPRS antenna, as shown in Figure 5-25. Figure 5-25 Removing the GPRS antenna

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Step 3 Install the GPRS antenna, as shown in Figure 5-26. Figure 5-26 Installing the GPRS antenna

Step 4 Installing the GPRS cable to the GPRS module, as shown in Figure 5-27. Figure 5-27 Installing the GPRS cable

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6 Monitoring Function

6

Monitoring Function

6.1 LCD User Interface Selecting a Display Language After the ECC500 is powered on, the screen for selecting a display language is displayed. You can select Chinese, English or other language by pressing ▲ or ▼ and enter the standby screen by pressing Enter.

Querying Active Alarms This section describes how to query active alarms on the LCD, as shown in Figure 6-1. The parameter values in Figure 6-1 are for reference only. Figure 6-1 Querying active alarms

NOTE

110215 indicates February 15, 2011. The alarm severity and date are displayed alternatively.

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Setting Parameters Quickly This section describes how to quickly set the number of battery strings and rated battery capacity on the LCD, as shown in Figure 6-2. The parameter values in Figure 6-2 are for reference only. Figure 6-2 Setting parameters quickly

NOTE

To open the Settings page, Quick Setting page, and Control page, you need to enter a password. The default user name is admin and the default password is 001. You can add or delete users, and change the user name and password.

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Setting Alarm Parameters Figure 6-3 Setting alarm parameters

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Figure 6-4 Setting DO alarm status

LCD Menu Hierarchy Figure 6-5 shows the LCD main menu.

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Figure 6-5 LCD Menu hierarchy Main Menu

Active Alarm

Running Status

Settings

Control

Quick Settings

Site Summary

Alarm Setting

Site Summary

Qty of Battery

PSU Summary

Site Summary

Batt Summ

Rated Capacity

PSU

PSU Summary

PSU Summary

Set Date

Batt Summ

VRLA Batt Summ

PSU

Set Time

VRLA Batt

LVD Setting

Clr Alarm Hist

IP Address

ECC500

GPRS

Alarm History

ECC500

Comm Para

Subnet Mask

Gateway

System Para

Batt Test Log

6.2 Web User Interface You can perform the following operations over the WebUI: 

View the system status, including the PSU status, battery status, and active alarm information.



Configure system parameters.



Configure network parameters, including IP addresses, host communications addresses and baud rates under master/slave protocol.



Control the system, such as choosing battery boost or floating charge and resetting PSUs.



Add or delete users, and change user names and passwords.



Upgrade software online.



Query and export historical logs and alarms.



Configure alarm parameters, alarm severities, and the relationship between alarms and dry contacts.



Set the system date and time, site and storage battery type, save, download, and upload configuration files.



Query electronic label information.



Configure site information including date and site name and deal with configuration files and so on.

Set the IP address, gateway, and subnet mask of the SMU on the LCD before logging into the WebUI.

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Login Web Page Step 1 Connect an SMU to an Ethernet. Step 2 Set the IP address, subnet mask, and gateway on the LCD based on those assigned by the customer. Step 3 Enter the IP address of the SMU in the Internet Explorer address box and press

.

Step 4 On the login page shown in Figure 6-6, set User Name to admin and Password to 001, and then press Login. Figure 6-6 Login page

Setting the Internet Explorer Make sure exporting historical logs successfully, need to set the Internet Explorer. Setting method as follows: Step 1 Open the Internet Explorer. Step 2 Choose Tools > Internet Options. Step 3 On the Security tab, choose Internet and click Customer Level as shown in Figure 6-7. After set Internet, please set Local intranet in the same method. Step 4 Select Enable under Initialize and script ActiveX controls not marked as safe. ----End

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Figure 6-7 Internet options interface

Step 5 Select Enable for all the options.. ----End

Querying System Status To view the information about the site, active alarms, PSUs, batteries, power distribution, TCU and fan, click System Status, as shown in Figure 6-8

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Figure 6-8 System Status

Configuring System Parameters You can configure the site, PSUs, and batteries in the System Configuration pane shown in Figure 6-9 Figure 6-9 System Configuration

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Configuring Network Parameters In the Network Configuration pane, you can set the IP address, subnet mask, and gateway under System IP, the host communications address and baud rate under Master Slave Protocol, the SNMP version under SNMP, the trap IP address under SNMP Trap, and the server IP addresses and port number under NetEco. Figure 6-10 shows the Network Configuration pane. Figure 6-10 Network Configuration

Setting Control Parameters You can set control parameters for the site, PSUs, storage batteries, and PDU in the Control pane shown in Figure 6-11.

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Figure 6-11 Control

Managing Users You can create and delete users and modify user information in the User Management pane shown in Figure 6-12. Users are classified into three types: admin, engineer, and operator. Different user types have different operation rights. Only admin users have user management rights.

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Figure 6-12 User Management

Upgrading Software You can upgrade SMU and PSU software in the Upgrade pane shown in Figure 6-13 To upgrade software, perform the following steps: Step 1 Click Browse to select the software and then click Send. Step 2 After the software information is displayed under Available package active, select the software and click Activate. The software upgrade progress is displayed. A message is displayed when the upgrade is successful. ----End

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Figure 6-13 Upgrade

Exporting Historical Logs To download configuration files and log files, perform the following steps: Step 1 Click Log History. Step 2 Click Download under One-click Download. The message "Are you sure to download the current configuration file and log file?" is displayed. Step 3 Click OK. The configuration files and log files are downloaded in about 2 minutes. ----End You can export battery testing records in Hypertext Markup Language (HTML) files by clicking Export. Figure 6-14 shows the Log History pane.

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Figure 6-14 Log History

Exporting Historical Alarms You can download historical alarms in the History Alarms pane shown in Figure 6-15. To export historical alarms in HTML files, click Export. To clear historical alarms, click Clean. Figure 6-15 Historical Alarms

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Configuring Alarm Parameters You can set Alarm Enable, Alarm Level, and Relay in the Alarm Configuration pane shown in Figure 6-16. Figure 6-16 Alarm Configuration

Configuring Site Parameters You can set the date, time, site, and storage batteries type, and save, download, and upload configuration files in the Site Configure pane shown in Figure 6-17.

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Figure 6-17 Site Configure

Energy Saving You can set Basic Parameters, Control For Different Rates, Control for Exceeding Max Power, Daily Electric Consum Mode, Monthly Electric Consum Mode in the Energy Saving pane shown in Figure 6-18. Figure 6-18 Energy Saving

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Reading Electronic Labels You can query electronic label information about system components such as the SMU, power distribution subrack, and PSUs in the Electronic Label pane. To export electronic label information in HTML files, click Export. Figure 6-19 Electronic Labels

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A

A Technical Specifications

Technical Specifications

Table A-1 Technical specifications Category

Item

Specifications

Environmental conditions

Operating temperature

–10ºC to +45ºC (14ºF to +113ºF)

Storage temperature

–40°C to +70°C (–40°F to +158°F)

Transportation temperature

–40°C to +70°C (–40°F to +158°F)

Operating humidity

5%–100% RH

Storage humidity

5%–100% RH

Altitude

0-4000 m (0-13123.2 ft) When the altitude ranges from 2000 m (6561.6 ft) to 4000 m (13123.2 ft), the operating temperature is derated by 1ºC (1.8ºF) for each additional 200 m (656.16 ft).

AC input

Input mode

TP48200T-D20A1 & D14A1: 








TP48200T-D20A2 & D14A2:

Input voltage

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








85V AC - 300 V AC


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Category


Item

Specifications

Rated voltage

TP48200T-D20A1 & D14A1: 

200-240/346-415V AC for 220V three-phase five-line (L1, L2, L3, N, PE)



100-127/200-240 V AC for 110V three-phase five-line (L1, L2, L3, N, PE)



200-240 V AC for 220V single-phase three-line (L, N, PE)

TP48200T-D20A2 & D14A2:

DC output

AC input protection

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

100-120/200-240 V AC for 110V dual-live-wire (L1, L2, N, PE)



100-120/200-240 V AC for 110V dual-live-wire (L1, L2, PE)



200-240 V AC for 220V single-phase three-line (L, N, PE)

Input frequency

45–65 Hz

Rated frequency

50/60 Hz

Power factor

≥ 0.99

Output voltage range

–42 V DC to –58V DC

Default output voltage

–53.5 V DC

Maximum output power

Number of rectifiers multiplied by the output power of a single rectifier.

Regulated voltage precision

≤ 1%

Peak-to-peak noise voltage

≤ 200 mV (0–20 MHz)

AC input overvoltage protection threshold

Overvoltage protection is performed when the single-phase AC input voltage exceeds the AC input overvoltage protection threshold (300 V AC by default).

AC input overvoltage recovery threshold

When the voltage is restored to 290 V AC, the output resumes.

AC input undervoltage protection threshold

Undervoltage protection is performed when the single-phase AC input voltage is below the AC input undervoltage protection threshold (85 V AC by default).


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Category


Item

Specifications

AC input undervoltage recovery threshold

When the voltage is restored to 90 V AC, the output resumes.

DC output protection

DC output overvoltage protection threshold

58.5–60.5 V DC

Rectifier

Max output current

50A

Efficiency

The peak point is ≥96.0%

(R4850G1)

≥95.0%（30%-100% load） Output power

3000W

Overvoltage protection

58.5–60.5 VDC (can be set by monitoring unit ) 1.If the overvoltage occurs inside the rectifier due to a fault, the rectifier will latch off. 2.If the output voltage is higher than 63 V and lasts for more than 500 ms, the rectifier will latch off.

EMC

CE

CISPR 22/EN 55022 class B (AC terminal) CISPR 22/EN 55022 class A (DC output terminal)

RE

CISPR 22/EN 55022 Class B

Harmonic

IEC 61000-3-12

Fluctuation and blinking

IEC 61000-3-3

ESD

Contact discharge voltage: 6kV (Class B); air discharge voltage: 8 kV (Class B); Contact discharge voltage: 8kV (Class B); air discharge voltage: 15 kV (Class R); standard: IEC61000-4-2

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EFT

The voltage at signal ports is 1 kV, and the voltage at the power ports is 2 kV (criterion B).

RS

10 V/m (criterion A)

CS

The voltage at signal ports is 3V and power ports is 10 V (criterion A).

SURGE

It complies with the IEC61000-4-5 standard. The voltage at the AC power ports in differential mode is ±2 kV. The voltage at the AC power ports in common mode is ±4 kV (criterion B).


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Category

Item

Specifications

Others

Surge protection



For AC power ports,

Nominal discharge current 20 kA Max discharge current 40 kA 

For DC power ports,

Differential mode: 10 kA Common mode: 20 kA

Structure

MTBF

200,000 hours (at 30°C)

Dimensions (H x W x D)

TP48200T-D20A1 & D20A2: 

Cabinet: 2060 mm (81.1 in.) x 700 mm (27.56 in.) x 700 mm (27.56 in.)



Base: 180 mm (7.1 in.) x 700 mm (27.56 in.) x 700 mm (27.56 in.)

TP48200T-D14A1 & D14A2:

Weight



Cabinet: 1400 mm (55.1 in.) x 700 mm (27.56 in.) x 700 mm (27.56 in.)



Base: 180 mm (7.1 in.) x 700 mm (27.56 in.) x 700 mm (27.56 in.)

TP48200T-D20A1 & D20A2: ≤ 200 kg (excluding rectifiers and storage batteries) TP48200T-D14A1 & D14A2: ≤ 160 kg (excluding rectifiers and storage batteries)

Protection level

IP55

Installation

Ground installation

Maintenance

From the front, supporting module-level replacement.

Cooling



Equipment compartment is direct-cooling



Battery compartment is TEC

Cooling capacity

TP48200T-D20A1 & D20A2: 1200W TP48200T-D14A1 & D14A2: 800W

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B LCD Menu

B

LCD Menu

Table B-1 LCD Menu Main Menu

Second-Lev el Menu

Third-Level Menu

Fourth-Le vel Menu

Default Value

Range

Active Alarm

-

-

-

-

-

Running Status

Site Summary

System Voltage

-

-

-

Total Load

-

-

-

Ambient Humi 1

-

-

-

Ambient Temp 1

-

-

-

Qty of Battery

-

-

-

Sys. Efficiency

-

-

-

Peak Power

-

-

-

Peak Power Time

-

-

-

System Type

-

-

-

Total Current

-

-

-

Used Capacity

-

-

-

AC Voltage

-

-

-

AC Total Curr

-

-

-

AC Frequency

-

-

-

DC Total Power

-

-

-

PSU

-

-

-

-

Batt Summ

Total Current

-

-

-

Pre Disch Time

-

-

-

BattChargeSta

-

-

-

PSU Summary

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Main Menu

Second-Lev el Menu

VRLA Batt

Settings

B LCD Menu

Third-Level Menu

Fourth-Le vel Menu

Default Value

Range

Batt Test Sta

-

-

-

Batt Temp 1

-

-

-

VRLA Batt 1

Current

-

-

Capacity

-

-

Capa Percent

-

-

ECC500

MUC01A_DI_6

-

-

-

GPRS

GPRS Slot ID

-

-

-

GPRS Cur Signal

-

-

-

GPRS Status

-

-

-

SIM Card Status

-

-

-

GPRS IP Address

-

-

-

Alarm History

-

-

-

-

Batt Test Log

-

-

-

-

Alarm Setting

Alarm Relay

-

-

-

Site Summary

-

-

-

PSU Summary

-

-

-

PSU

-

--

-

Batt Summ

-

-

-

VRLA Batt

-

-

-

System Type

-

TP48200T_D1 4A2

-

DC Over Volt

-

58.0 V

53.0-60.0 V

DC Ultra Over V

-

60.0 V

53.0-60.0 V

DC Under Volt

-

45.0 V

35.0-47.8 V

DC Ultra UnderV

-

43.0 V

35.0-47.8 V

Shunt Current

-

300 A

0-50

Shunt Voltage

-

75 mV

0-3000 A

Qty of Battery

-

1

0-1500 V

AC Over Volt

-

280 V

100-300 V

Site Summary

Issue 01 (2012-06-01)


95


Main Menu

Second-Lev el Menu

PSU Summary

Issue 01 (2012-06-01)

B LCD Menu

Third-Level Menu

Fourth-Le vel Menu

Default Value

Range

AC Under Volt

-

180 V

60-300 V

System AC Type

-

Single Phase

Single Phase, ThreePhase

AC Fail Time

-

10Min

0-30Min

Dial-up Network

-

Disable

Disable,Enable

Amb Hi Temp Pt

-

40degC

25 - 80degC

Amb Low Temp Pt

-

0degC

-20 -20 degC

Amb Hi Humi Pt

-

80%

0%-100%

Amb Low Humi Pt

-

10%

0%-100%

Amb V-Hi Temp

-

50degC

25 - 80degC

High Power Pt

-

80%

1%-120%

D.G. Function

-

Non

Non，Current Limit,Smart Ctrl

Diesel Capaciey

-

12.5KVA

1 KVA-100 KVA

D.G. start Cap

-

30%

10-100%

D.G. stop Cap

-

90%

10-100%

Air-Con. StPwr

-

3.0KW

0.0 -300.0 KW

Air-Con. WtPwr

-

0.6KW

0.0 -300.0 KW

Max Charge Time

-

12H

6-100H

Min Charge Time

-

0H

0-5H

D.G. Working

-

Close

Close, Open

E04A_ D (0108)Alm Act

-

Open

Close, Open

Record Interval

-

15Min

1 -60 Min

Alarm Voice Dly

-

10Min

1-100 Min

Alarm Voice En

-

No

No,Yes

DST Enable

-

Disable

Disable, Enable

Forbid All Alm

-

No

No,Yes

Walk-in Enabled

-

Disable

Disable,Enable

Seq Start Intv

-

0s

0-20s

High Volt Limit

-

59.5V

58.5-60.5V


96


Main Menu

Second-Lev el Menu

VRLA Batt Summ

Third-Level Menu

Fourth-Le vel Menu

Default Value

Range

High PSU Cap %

-

20%

0-120%

Low PSU Cap %

-

100%

0-120%

Rect Redund Ena

-

Disable

Disable,Enable

Basic Para

Smart Mgmt En

Disable

Disable,Enable

Float Charge

53.5 V

48.0-58.3 V

Boost Charge

56.4 V

48.0-58.3 V

Current Limit

0.15C10

0.05-0.25

Over Current

0.25C10

0.05-0.50

Rated Capacity

100Ah

10-10000 Ah

Install Date

2010-01-01

YYYY-MM-DD

Auto BC Enabled

Enable

Enable, Disable

To BC Current

0.05C10

0.01-0.30

Curr BC Delay

30 Min

2-1440 Min

To BC Capacity

80%

50-100%

Capa BC Delay

10 Min

2-1440 Min

BC to FC Curr

0.01C10

0.01-0.30

BC to FC Delay

30 Min

2-540 Min

Max BC Time

16 H

5-48 H

Cyclic BC Ena

Enable

Enable, Disable

Cyclic BC Intv

30 Day

1-365 Days

Cyc BC

9H

1-24 H

FC BC

Issue 01 (2012-06-01)

B LCD Menu


97


Main Menu

Second-Lev el Menu

Third-Level Menu

B LCD Menu

Fourth-Le vel Menu

Default Value

Range

Test End Volt

46.0 V

43.0-53.0 V

Test End Capa

20.0%

0.0-100.0%

Test End Temp

5degC

-5-15 degC

Test End Time

480Min

1-6000 Min

Mains Fail Test

Disable

Disable,Enable

Batt Test Type

No Test

No Test,Cyclic Test, Plan Test

Short Test Ena

Enable

Enable,Disable

Short Test Intv

30 Day

1-360 Days

ShortT Duration

5 Min

1-240 Min

TC Factor

80 mV/degC

0-500 mV/degC

Nominal Temp

25degC

5-45 degC

0.05C10 DisTime

20.00 H

0.20-50.00 H

0.1C10 Dis Time

10.00H

0.20-50.00 H

0.2C10 Dis Time

4.00 H

0.20-50.00 H

0.3C10 Dis Time

2.42 H

0.20-50.00 H

0.4C10 Dis Time

1.63 H

0.20-50.00 H

0.5C10 Dis Time

1.16H

0.20-50.00 H

0.6C10 Dis Time

0.87 H

0.20-50.00 H

0.7C10 Dis Time

0.61 H

0.20-50.00 H

Duration Battery Test

Temp Comp

Charge Disch

Issue 01 (2012-06-01)


98


Main Menu

Second-Lev el Menu

Third-Level Menu

B LCD Menu

Fourth-Le vel Menu

Default Value

Range

0.8C10 Dis Time

0.50 H

0.20-50.00 H

0.9C10 Dis Time

0.42 H

0.20-50.00 H

1.0C10 Dis Time

0.35H

0.20-50.00 H

Capacity Coeff

95%

60-1005%

Batt Temp VHigh

Lower DC Volt

Lower DC Volt,BLVD,Do Nothing

Over Temp Volt

50.5V

42.0-53.0 V

Batt High Temp

45degC

25-80 degC

Bat V-High Temp

53degC

25-80 degC

Batt Low Temp

–5degC

-20-20 degC

Batt V-Low Temp

–10degC

-20-20 degC

BLVD Enabled

-

Enable

Enable, Disable

BLVD Mode

-

By Voltage

By Voltage,By Capacity,By Time

BLVD Voltage

-

43.2 V

35.0-47.8 V

BLVD Recon Volt

-

51.5 V

37.0-53.0 V

LLVD1 Enabled

-

Disable

Disable ,Enable

ECC500

MUC01A_DI_1

-

Normal Close

Normal Close ,Normal Open

Comm Para

Network Mode

-

IP

-

IP Address

-

192.168.0.10

-

Subnet Mask

-

255.255.255.0

-

Gateway

-

192.168.0.1

-

Host Comm Addr

-

0

0~31

Comm Baudrate

-

9600

9600,19200

Other

LVD Setting

Issue 01 (2012-06-01)


99


Main Menu

Second-Lev el Menu

System Para

Control

Site Summary

Batt Summ

Issue 01 (2012-06-01)

B LCD Menu

Third-Level Menu

Fourth-Le vel Menu

Default Value

Range

DHCP

-

Disable

Disable,Enable

Phone Number (1-3)

-

-

-

Account(1-3)

-

-

-

Password

-

-

-

NetEco Main IP

-

58.251.159.33

-

NetEco Bak IP

-

58.251.159.33

-

NetEco Port

-

31220

-

LUI Language

-

ENGLISH

English , Chinese

Set Date

-

-

-

Set Time

-

-

-

Set Time Zone

-

GMT +08:00

-

Save As Def Cfg

-

Yes

-

Restore Def Cfg

-

Yes

-

Restore Manu Cfg

-

Yes

-

Logout

-

Yes

-

Set Site Name

-

-

-

Set Batt Type

-

NA

-

LCD Contrast

-

5

-

Auto/Man Ctrl

-

Auto

Auto ,Manual

Network Detect

-

Yes

-

Clear PeakPower

-

No

Yes, No

Clr ATS Alarm

-

No

No, Yes

Clr D.G.Fault

-

No

-

E04A_D(01-08)

-

Open

Open, Close

Smoke 1 Reset

-

Yes

-

BC/FC Ctrl

-

Float Charge -

Float Charge, Boost Charge

Battery Test

-

Stop

Stop, Start

Reset Batt Cap

-

Yes

-

Clear Batt Alm

-

Yes

-


100


Main Menu

Second-Lev el Menu

Third-Level Menu

Fourth-Le vel Menu

Default Value

Range

Short Test

-

Stop

Stop, Start

LLVD1 Control

-

Connect

Connect, Disconnect

BLVD Control

-

-

-

Current Limit

-

121%

1~121%

DC Votage Ctrl

-

53.2V

42.0~58.0 V

On/Off Control

-

On

On,Off

Reset

-

Yes

-

Clear Rect Lost

-

Yes

-

Clr Phase Fail

-

Yes

-

PSU

-

-

-

-

Clr Alm Hist

-

-

-

-

Qty of Battery

-

-

1

0-50

Rated Capacity

-

-

100 Ah

10 Ah-10000Ah

Set Date

-

-

-

-

Set Time

-

-

-

-

IP Address

-

-

-

-

Subnet mask

-

-

-

-

Gateway

-

-

-

-

PSU Summary

Quick Settings

B LCD Menu

Issue 01 (2012-06-01)


101


C

C Acronyms and Abbreviations

Acronyms and Abbreviations

A AC PDU

Alternating Current Power Distribution Unit

ASIC

Application-Specific Integrated Circuit

ATS

Automatic Transfer Switch

D DC PDU

Direct Current Power Distribution Unit

E EMS

Element Management System

I IEC

International Electrotechnical Commission

L LED

Light Emitting Diode

LSI

Large-scale Integration

O OPEX

Operational Expenditure

P PDU

Power Distribution Unit

PMU

Power Monitoring Unit

Issue 01 (2012-06-01)


102


C Acronyms and Abbreviations

S SELV

Safety Extra-low Voltage

T TCU

Issue 01 (2012-06-01)

Temperature Control Unit


103

User Manual Plantas Huawei

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