ZXDU58W121 - libertyport.com · E-mail: [email protected]. LEGAL INFORMATION ... W121(V4.0)system....

ZXDU58 W121DC Power System

Product Description

Product Version: V4.0

ZTE CORPORATIONNo. 55, Hi-tech Road South, ShenZhen, P.R.ChinaPostcode: 518057Tel: +86-755-26771900Fax: +86-755-26770801URL: http://support.zte.com.cnE-mail: [email protected]

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Revision History

Revision No. Revision Date Revision Reason

R1.2 2014-08-06 Updating reserved equipment space

R1.1 2014-04-28 Updating “Electrical Connection Diagram”

R1.0 2014-04-11 First edition

Serial Number: SJ-20140211113544-001

Publishing Date: 2014-08-06 (R1.2)

SJ-20140211113544-001|2014-08-06 (R1.2) ZTE Proprietary and Confidential

ContentsAbout This Manual ......................................................................................... I

Chapter 1 Product Overview ..................................................................... 1-11.1 Product Introduction ........................................................................................... 1-1

1.2 Product Features................................................................................................ 1-2

1.3 Product Configuration ......................................................................................... 1-2

Chapter 2 Integrated Cabinet Structure ................................................... 2-12.1 Overview ........................................................................................................... 2-1

2.2 Integrated Cabinet (Two Fan Units) ..................................................................... 2-2

2.3 Integrated Cabinet (A Heat Exchanger and A Fan Unit) ........................................ 2-5

2.4 Integrated Cabinet (A Fan Unit and A TEC).......................................................... 2-7

2.5 Integrated Cabinet (A Heat Exchanger and A TEC) ............................................ 2-10

2.6 Heat Exchange ................................................................................................ 2-12

Chapter 3 Power Cabinet Structure .......................................................... 3-13.1 Overview ........................................................................................................... 3-1

3.2 Power Cabinet (Fan) .......................................................................................... 3-1

3.3 Power Cabinet (Heat Exchanger) ........................................................................ 3-3

Chapter 4 Battery Cabinet Structure ........................................................ 4-14.1 Overview ........................................................................................................... 4-1

4.2 Battery Cabinet (Fan) ......................................................................................... 4-1

4.3 Battery Cabinet (TEC) ........................................................................................ 4-3

Chapter 5 Power Unit and Supervision Unit ............................................ 5-15.1 Power Supply Chassis........................................................................................ 5-1

5.2 ZXD1500 Rectifier .............................................................................................. 5-4

5.3 Centralized Supervision Unit ............................................................................... 5-6

5.4 Signal Interface Unit ........................................................................................... 5-7

Chapter 6 Technical Specifications .......................................................... 6-16.1 Environment Specifications ................................................................................. 6-1

6.2 Performance Specifications................................................................................. 6-1

6.3 Electrical Specifications ...................................................................................... 6-2

6.4 Structure Specifications ...................................................................................... 6-3

6.5 Design Standards............................................................................................... 6-4

Chapter 7 ZXD1500 V4.0 Rectifier Specifications.................................... 7-1

I


7.1 AC Input Over/Under-Voltage Protection.............................................................. 7-1

7.2 PFC Output Over/Under-Voltage Protection ......................................................... 7-2

7.3 Output Over-Voltage Protection........................................................................... 7-2

7.4 Output Over-Current Protection........................................................................... 7-3

7.5 Over-Temperature Protection and Fan Speed Control........................................... 7-3

Appendix A Alarm List .............................................................................. A-1

Appendix B Electrical Connection Diagram ........................................... B-1

Glossary .......................................................................................................... I

II


About This ManualPurposeThis manual applies to the ZXDU58 W121 (V4.0) serial products. The ZXDU58 W121(V4.0) is an outdoor power supply system that provides power for –48 V communicationequipment.

This manual describes the structure, characteristics, and specifications of the ZXDU58W121 (V4.0) system.

Intended AudienceThis manual is intended for:

l Planning engineersl Maintenance engineers

What Is in This ManualThis manual contains the following chapters and appendixes.

Chapter 1, Product Overview Describes the product introduction, product features and

product configuration.

Chapter 2, Integrated Cabinet

Structure

Describes the components of the integrated cabinet.

Chapter 3, Power Cabinet Structure Describes the components of the power cabinet.

Chapter 4, Battery Cabinet Structure Describes the components of the battery cabinet.

Chapter 5, Power Unit and

Supervision Unit

Describes the power supply chassis, rectifier, Centralized

Supervision Unit, and Signal Interface Unit.

Chapter 6, Technical Specifications Describes the environment specification, system specification,

electrical specification, structure specification and Design

Standards.

Chapter 7, ZXD1500 V4.0 Rectifier

Specifications

Describes the protection, input features, output features and

over-temperature protection of the rectifiers.

Appendix A, Alarm List Describes the alarm name, and the default alarm level and

output relays.

Appendix B, Electrical Connection

Diagram

Provides the electrical connection diagram of the ZXDU58

W121 (V4.0) system.

ConventionsThis manual uses the following typographical conventions.

I


Danger: Indicates an imminently hazardous situation, which if

not avoided, will result in death or serious injury.

Warning: Indicates a hazard that, if not avoided, could result

in serious injuries, equipment damages or interruptions of

major services.

Caution: Indicates a potential hazard that, if not avoided, could

result in moderate injuries, equipment damages or partial

service interruption.

Note: Provides additional information about a topic.

II


Chapter 1Product OverviewTable of Contents

Product Introduction ...................................................................................................1-1Product Features........................................................................................................1-2Product Configuration.................................................................................................1-2

1.1 Product IntroductionThe ZXDU58 W121 (V4.0) product is an outdoor DC power system that provides powersupply for –48 V communication equipment.

l It is applicable to the 220 V/380 V grid and uses single-phase three-wire (L/N/PE) orthree-phase five-wire (L1/L2/L3/N/PE) AC input.

l It can be configured with up to four rectifiers and can provide 120 A DC power for theload.

The ZXDU58 W121 (V4.0) can use an integrated cabinet or a set of separate cabinets.Figure 1-1 shows the application scenario.

Figure 1-1 Application Scenario

• The overview of theequipment varies with theproduct cabinet.

1-1


ZXDU58 W121 Product Description

1.2 Product FeaturesCustomized AC Input ModeThe ZXDU58 W121 (V4.0) products in two AC input modes are available. You can useeither one of them as required.

l Single-phase AC input (L/N/PE), AC 220 V, 50 Hz/60 Hz.l Three-phase AC input (L1/L2/L3/N/PE), AC 220 V/380V, 50 Hz/60 Hz.

A Wide Range of Input VoltageA wide range of input phase voltage (80 V to 300 V) makes the system suitable for areaswith unstable sources.

Modular Power ModuleThe rectifiers use a modular design and are hot-swappable, facilitating installation andmaintenance.

Modular and Intelligent Supervision ModuleThe supervision unit uses a modular design and is hot-swappable, facilitating installationand maintenance.

The supervision unit has complete monitoring and management features, including smartbattery management and rectifier management.

Diverse Cabinet ConfigurationsIntegrated cabinets and separate cabinets are available.

l The integrated cabinet can be equipped with batteries. Integrated cabinets thatsupport four temperature control modes are available.

l A set of separate cabinets has a power cabinet and a battery cabinet. The batteriesare installed in the battery cabinet. The power cabinet and battery cabinet that supporttwo temperature control modes are available.

1.3 Product ConfigurationThe ZXDU58 W121 (V4.0) system consists of an outdoor cabinet, power supply chassis,SIU, and batteries.

l Outdoor cabinet: An integrated cabinet or a set of separate cabinets can be used asthe outdoor cabinet. A set of separate cabinets contains a power cabinet and a batterycabinet.

à For a description of the integrated cabinet, refer to Table 1-1.

à For a description of the separate cabinets, refer to Table 1-2.

1-2


Chapter 1 Product Overview

l The power supply chassis integrates the rectifier, Centralized Supervision Unit (CSU),Signal Interface Unit (SIU) and power distribution components. For a description ofthe power supply chassis, refer to Table 1-3.

l The SIU provides a variety of interfaces for monitoring and remote networking. For adescription of the signal interface units, refer to Table 1-4.

l Two set to batteries are configured, and each one is comprised of four 12 V/150 Ah(or a smaller capacity) batteries. The batteries models are defined in the contract.

Table 1-1 Configuration List of An Integrated Cabinet

Item Configuration

Cabinet Integrated cabinets in the following four temperature control modes are

available. One of the four types can be used.

l * Integrated cabinet (two fan units).

l Integrated cabinet (an 800 W heat exchanger and a fan unit).

l * Integrated cabinet (a fan unit and a 200 W TEC air conditioner).

l Integrated cabinet (an 800 W heat exchanger and a 200 W TEC air

conditioner).

Note: The cabinet marked with * is a straight-ventilation cabinet.

Optional

components

The following components of the cabinet are available (multiple options).

l Door sensor

l Smoke sensor

l Flood sensor

l LED lighting components

l Heating components in battery space

Table 1-2 Configuration List of Separate Cabinets

Item Configuration

Power cabinet Power cabinets in the following two temperature control modes are available.

One of the two types can be used.

l * Power cabinet (a fan unit)

l Power cabinet (an 800 W heat exchanger)

Note: The cabinet marked with * is a straight-ventilation cabinet.

Battery cabinet Battery cabinets in the following two temperature control modes are available.

One of the two types can be used.

l Battery cabinet (a fan unit)

l Battery cabinet (a 200 W TEC air conditioner)

Optional

components

The following components of the cabinet are available (multiple options).

l Door sensor

l Smoke sensor

l Flood sensor

l LED lighting components

l Heating components of battery space

1-3



Caution!

The straight-ventilation cabinet must not be installed outdoor in hash environments1.Failure to comply with this may result in equipment damage.

Table 1-3 Configuration List of the Power Supply Chassis

Item Configuration

Model ZXD1500 (V4.0)Rectifier

Quality At most four sets

Model B121-CSUCSU

Software version V2.20

AC input Two AC input modes are available. One of the following two

AC input modes is selected.

l Single-phase AC input mode (L/N/PE)

Single, 1×80 A/2P MCB

l Three-phase AC input mode (L1/L2/L3/N/PE)

Single, 1×63 A/3P MCB.

Auxiliary AC output

1

l It is an optional component and is located on the cabinet.

l Including one 16 A/1P MCB and one three-hole socket.

The air circuit breaker and the socket are connected in

series, and the air circuit breaker is used as the switch

as the socket.

Auxiliary AC output

2

l It is an optional component and is located on the power

supply chassis.

l Including one 16 A/1P MCB. It is used to provide power

supply for battery space.

AC distribution

unit

AC SPD Configures class B or class C according to users’

requirements.

Battery input 2×100 A MCBs

DC load output l LLVD1: 2×63 A+2×32 A MCBs

l LLVD2: 2×20 A+2×16 A MCBs

The above configuration is a typical configuration. The actual

configuration should comply with the contract requirements.

DC distribution

unit

DC SPD One set, maximum discharge current: Imax = 15 kA (8/20 μs)

1. Harsh outdoor environments refer to islands and coastal regions with high saltnessand high humidity (yearly average relative humidity > 75%) as well as severely pollutedindustrial regions.

1-4


Chapter 1 Product Overview

Table 1-4 Configuration List of the Signal Interface Unit

Item Configuration

Remote Communication components l Optional, installed inside the SIU.

l Configures SNMP board or MOXA card.

Communication interfaces l When the SNMP board or the MOXA board is used,

it provides one adaptive 10 M/100 M RJ45 Ethernet

interface.

l SIB board provides one RS232 interface.

Input relay interfaces The SIB board provides four input relay interfaces, the user

could query state of the four input relay interfaces.

Output relay interfaces The SIB board provides six output relay interfaces:

l One for the CSU fault (optional).

l Five for alarm customizing (A1 to A5).

Environment detection interfaces The SIB board provides the following environment detection

interfaces:

l Two for battery temperature detection

l One for environment temperature detection

l One for flooding detection

l One for smoke detection (optional)

l One for door status detection

1-5



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1-6


Chapter 2Integrated Cabinet StructureTable of Contents

Overview....................................................................................................................2-1Integrated Cabinet (Two Fan Units) ............................................................................2-2Integrated Cabinet (A Heat Exchanger and A Fan Unit)..............................................2-5Integrated Cabinet (A Fan Unit and A TEC)................................................................2-7Integrated Cabinet (A Heat Exchanger and A TEC)..................................................2-10Heat Exchange.........................................................................................................2-12

2.1 OverviewThere are four types of integrated cabinets in accordance with the temperature controlmode, refer to Table 2-1.

Table 2-1 List of Integrated Cabinets

Temperature ControlMode

SN. Cabinet

EquipmentCabin

BatteryCabin

ReservedEquipmentSpace

BatterySpace

1 Integrated cabinet (two fan

units)

Fan Fan 8U 2 layers

2 Integrated cabinet (heat

exchanger and fan unit)

Heat

exchanger

Fan 8U 2 layers

3 Integrated cabinet (a fan unit

and a TEC air conditioner)

Fan TEC air

conditioner

8U 2 layers

4 Integrated cabinet (a heat

exchanger and a TEC air

conditioner)

Heat

exchanger

TEC air

conditioner

8U 2 layers

• 1U=44.45 mm• Heat exchanger: 800 W• TEC air conditioner: 200 W

For the overviews of the integrated cabinets, see Figure 2-1.

2-1



Figure 2-1 Overviews of Integrated Cabinets

2.2 Integrated Cabinet (Two Fan Units)This section is applicable the ZXDU58 W121 (V4.0) that is equipped with an integratedcabinet (two fan units). In both equipment space and battery space, the fans are used tocontrol temperature.

Caution!

The ZXDU58 W121 (V4.0) equipment that is equipped with an integrated cabinet (twofan units) is a straight-ventilation cabinet, and it cannot be used in a harsh outdoorenvironment. Failure to comply with this may result in equipment damage.

Appearance and DimensionsFor a description of the appearance and dimensions, see Figure 2-2.

2-2


Chapter 2 Integrated Cabinet Structure

Figure 2-2 Appearance and Dimensions of the Integrated Cabinet (Two Fan Units)

• Unit: mm

For a description of the dimensions, refer to Table 2-2.

Table 2-2 Dimensions of Integrated Cabinet (Two Fan Units)

Item Description

Cabinet dimensions 1850 mm × 650 mm × 650 mm (H × W × D, the protruding part

not included)

Reserved equipment space 19 inches in width, 8U in height

(1U=44.45 mm, 1 inch=25.4 mm)

Battery space l Two layers

l Each layer: 330 mm × 550 mm × 564 mm (H × W × D)

Dimension of the floor-mounting

holes

596 mm × 358 mm (W × D)

Diameter of the floor-mounting

holes

4 – Ø14 mm

2-3



Internal StructureFor the internal structure, see Figure 2-3.

Figure 2-3 Internal Structure

1. Fan unit2. AC auxiliary output

components (optional)

3. Fan unit4. Signal Interface Unit5. Power supply chassis

6. Stopping bar7. Battery rack

The internal structure of the integrated cabinet (Two Fan Units) is described as follows:

l The equipment space is located in the upper part of a cabinet.

The fan unit is used to control temperature of the equipment space.

The equipment space is equipped with the power supply chassis and the SIU. Thereserved 8U space can be used to install communication equipment (load).

Each auxiliary AC output component has one 16 A/1P air circuit breaker and onethree-hole socket for maintenance (complied with the contract). The air circuit breakerand the socket are connected in series. The air circuit breaker is used as the socket’sswitch, and the socket provides a standby AC power supply for the user equipment.

l The battery space is in the lower part of a cabinet .

The fan unit is used to control temperature of the battery space.

The battery rack in each layer of the battery space can accommodate four 12 V/150Ah (or a smaller capacity) batteries.

1U space at the battery space bottom is reserved for installing heating components.

2-4



2.3 Integrated Cabinet (A Heat Exchanger and A FanUnit)

This section is applicable the ZXDU58 W121 (V4.0) that is equipped with an integratedcabinet (a heat exchanger and a fan unit). In the equipment space, a heat exchangeris used to control temperature. In the battery space, the fan unit is used to controltemperature.


Figure 2-4 Appearance and Dimensions of the Integrated Cabinet (A Heat Exchangerand A Fan Unit)

• Unit: mm

For a description of the appearance and dimensions, refer to Table 2-3.

2-5



Table 2-3 Dimensions of Integrated Cabinet (A Heat Exchanger and A Fan Unit)

Item Description

Cabinet dimensions 1850 mm×650 mm×650 mm (H×W×D, the protruding part not

included)


(1U=44.45 mm, 1 inch=25.4 mm)


l Each layer: 330 mm×550 mm×564 mm (H×W×D)


holes

596 mm×358 mm (W×D)


holes

4-Ø14 mm



1. Heat exchanger2. AC auxiliary output


3. Fan unit4. Ventilation Subrack5. Signal Interface Unit

6. Power supply chassis7. Stopping bar8. Battery rack

The internal structure of the integrated cabinet (a heat exchanger and a fan unit) isdescribed as follows:

2-6



l The equipment space is located in the upper part of a cabinet .

The heat exchanger and the ventilation subrack are used together to controltemperature of the equipment space.


Each auxiliary AC output component has one 16 A/1P air circuit breaker and onethree-hole socket for maintenance (complied with the contract). The air circuit breakerand the socket are connected in series. The air circuit breaker is used as the socket’sswitch, and the socket provides a standby AC power supply for user equipment.


The fan unit is used to control temperature of the battery space.



2.4 Integrated Cabinet (A Fan Unit and A TEC)This section is applicable the ZXDU58 W121 (V4.0) that is equipped with an integratedcabinet (a fan and a TEC air conditioner). In the equipment space, the fan unit is usedto control temperature. In the battery space, a TEC air conditioner is used to controltemperature.

Caution!

The integrated cabinet (a fan and a TEC air conditioner) is direct air ventilation. Therefore,this cabinet ZXDU58 W121 (V4.0) must not be installed outdoor in hash environments,otherwise the equipment is subject to damage.


2-7



Figure 2-6 Appearance and Dimensions of the Integrated Cabinet (A Fan Unit andA TEC Air Conditioner)

• Unit: mm


Table 2-4 Dimensions of Integrated Cabinet (A Fan Unit and A TEC air conditioner)

Item Description


included)


(1U=44.45 mm, 1 inch=25.4 mm)




holes

596 mm×358 mm (W×D)


holes

4-Ø14 mm

2-8





1. Fan unit2. AC auxiliary output


3. TEC air conditioner4. Signal Interface Unit5. Power supply chassis

6. Stopping bar7. Battery rack

The internal structure of the integrated cabinet (a fan unit and a TEC air conditioner) isdescribed as follows:

l The equipment space is located in the upper part of a cabinet .

The fan unit to control temperature of the equipment space.




The TEC air conditioner is used to control temperature of the battery space.



2-9



2.5 Integrated Cabinet (A Heat Exchanger and A TEC)This section is applicable the ZXDU58 W121 (V4.0) that is equipped with an integratedcabinet (a heat exchanger and a TEC air conditioner). In the equipment space, a heatexchanger is used to control temperature. In the battery space, a TEC air conditioner isused to control temperature.


Figure 2-8 Appearance and Dimensions of the Integrated Cabinet (A Heat Exchangerand A TEC Air Conditioner)

• Unit: mm


2-10



Table 2-5 Dimensions of Integrated Cabinet (A Heat Exchanger and A TEC AirConditioner)

Item Description


included)


(1U=44.45 mm, 1 inch=25.4 mm)




holes

596 mm×358 mm (W×D)


holes

4-Ø14 mm





3. TEC air conditioner4. Ventilation Subrack5. Signal Interface Unit

6. Power supply chassis7. Stopping bar8. Battery rack

The internal structure description of the integrated cabinet (a heat exchanger and a TECair conditioner) is described as follows:

2-11



l The equipment space is located in the upper part of a cabinet.

The heat exchanger and the TEC air conditioner are used to control temperature ofthe equipment space.




The TEC air conditioner is used to control temperature of the battery space.



2.6 Heat ExchangeThis section uses the integrated cabinet as an example to describe the cabinet heatexchanging mechanism.

The equipment space and the battery space of the integrated cabinet are independent toeach other. For the heat exchanging pipes, see Figure 2-10.

2-12



Figure 2-10 Heat Circulation Pipes in an Integrated Cabinet

The cabinet heat exchange flow is as follows:

1. The equipment space uses a heat exchanger and a ventilation subrack to implementheat circulation.l Hot air in the equipment space enters the heat exchanger through the ventilation

subrack. The air is cooled in the heat exchanger and enters the cabinet.l Cool air out of the equipment space enters the heat exchanger and takes the heat

out of the heat exchanger.2. The battery space uses the fan unit or the TEC air conditioner to perform heat circu-

lation.l When the fan unit is used for heat circulation, the air out of the battery space

enters from the cabinet bottom. mixes up with the air in the battery cabin, andthen is ventilated out from the fan unit.

l When the TEC air conditioner for heat circulation, air out of the battery spaceenters the TEC air conditioner for heat exchange. After the air in the battery spaceis cooled by the TEC air conditioner, it is ventilated to the battery cabin.

2-13




2-14


Chapter 3Power Cabinet StructureTable of Contents

Overview....................................................................................................................3-1Power Cabinet (Fan) ..................................................................................................3-1Power Cabinet (Heat Exchanger) ...............................................................................3-3

3.1 OverviewIn accordance with the temperature control mode, two types of power cabinets areavailable, refer to Table 3-1.

Table 3-1 List of Power Cabinets

SN. Cabinet Temperature Control Mode Reserved EquipmentSpace

1 Power Cabinet (a fan unit) Fan 8U

2 Power Cabinet (a heat

exchanger)

Heat exchanger 8U

• 1U=44.45 mm• Heat exchanger: 800 W

For the overviews of the power cabinets, see Figure 3-1.

Figure 3-1 Overviews of Separate Cabinets

3.2 Power Cabinet (Fan)This section is applicable to the ZXDU58W121 (V4.0) that is equippedwith a power cabinet(fan). The cabinet uses fans to control temperature.

3-1



Caution!

The power cabinet (Fan) is direct air ventilation. Therefore, this cabinet ZXDU58 W121(V4.0) must not be installed outdoor in hash environments, otherwise the equipment issubject to damage.


Figure 3-2 Appearance and Dimensions of the Power Cabinet (Fan)

• Unit: mm


Table 3-2 Dimensions of Power Cabinet ( Fan)

Item Description

Cabinet dimensions 1080 mm×650 mm×650 mm (H×W×D/the protruding part not

included)


(1U=44.45 mm, 1 inch=25.4 mm)


holes

596 mm×358 mm (W×D)


holes

4-Ø14 mm

3-2


Chapter 3 Power Cabinet Structure



1. Fan unit 2. AC auxiliary outputcomponents (optional)

3. Signal Interface Unit4. Power supply chassis

The internal structure of the power cabinet (fan) is described as follows:

l The interior space of the cabinet is equipment space.

The fan unit is used to control temperature of the equipment space.



l The power cabinet and the battery cabinet are used together. Two batteries areprovided by the battery cabinet.

3.3 Power Cabinet (Heat Exchanger)This section is applicable to the ZXDU58W121 (V4.0) that is equippedwith a power cabinet(a heat exchanger). The cabinet uses the heat exchanger to control temperature.


3-3



Figure 3-4 Appearance and Dimensions of the Power Cabinet (a Heat Exchanger)

• Unit: mm


Table 3-3 Dimensions of Power Cabinet (a Heat Exchanger)

Item Description


included)


(1U=44.45 mm, 1 inch=25.4 mm)


holes

596 mm×358 mm (W×D)


holes

4-Ø14 mm


3-4


Chapter 3 Power Cabinet Structure




3. Ventilation Subrack4. Signal Interface Unit5. Power supply chassis

The internal structure of the power cabinet (a heat exchanger) is described as follows:

l The interior space of the cabinet is equipment space.

The heat exchanger and the ventilation subrack are used together to controltemperature of the equipment space.



l The power cabinet and the battery cabinet are used together. Two batteries areprovided by the battery cabinet.

3-5




3-6


Chapter 4Battery Cabinet StructureTable of Contents

Overview....................................................................................................................4-1Battery Cabinet (Fan) .................................................................................................4-1Battery Cabinet (TEC) ................................................................................................4-3

4.1 OverviewIn accordance with the temperature control mode, two types of battery cabinets areavailable, refer to Table 4-1.

Table 4-1 List of Battery Cabinet

SN. Cabinet Temperature Control Mode Battery Space

1 Battery cabinet (Fan) Fan 2 layers

2 Battery cabinet (TEC air

conditioner)

TEC air conditioner 2 layers

• TEC air conditioner: 200 W

4.2 Battery Cabinet (Fan)This section is applicable to the ZXDU58 W121 (V4.0) that is equipped with a batterycabinet (fan).


4-1



Figure 4-1 Appearance and Dimensions of the Battery Cabinet (Fan)

• Unit: mm


Table 4-2 Dimensions of Battery Cabinet (Fan)

Item Description


included)

Battery cabinet net space l Two layers



holes

596 mm×358 mm (W×D)


holes

4-Ø14 mm


4-2


Chapter 4 Battery Cabinet Structure


1. Fan unit 2. Stopping bar 3. Battery rack

The internal structure of the battery cabinet (fan) is described as follows:

l The fan unit is used to control temperature of the battery cabinet.l There are two layers of battery racks in the battery cabinet. Each layer can

accommodate four 12 V/150 Ah (or a smaller capacity) batteries.l 1U space at the battery space bottom is reserved for installing heating components.

4.3 Battery Cabinet (TEC)This section is applicable to the ZXDU58 W121 (V4.0) that is equipped with a batterycabinet (TEC).


4-3



Figure 4-3 Appearance and Dimensions of the Battery Cabinet (TEC)

• Unit: mm


Table 4-3 Dimensions of Battery Cabinet (TEC)

Item Description


included)

Battery cabinet net space l Two layers



holes

596 mm×358 mm (W×D)


holes

4-Ø14 mm


4-4


Chapter 4 Battery Cabinet Structure


1. TEC air conditioner 2. Stopping bar 3. Battery rack

The internal structure of the battery cabinet (TEC) is described as follows:

l The TEC air conditioner is used to control temperature of the battery cabinet.l The fan unit is used to control temperature of the battery cabinet.l 1U space at the battery space bottom is reserved for installing heating components.

4-5




4-6


Chapter 5Power Unit and SupervisionUnitTable of ContentsPower Supply Chassis ...............................................................................................5-1ZXD1500 Rectifier ......................................................................................................5-4Centralized Supervision Unit ......................................................................................5-6Signal Interface Unit ...................................................................................................5-7

5.1 Power Supply ChassisOverviewThe power supply chassis is 7U high and 19–inch wide.

The power supply chassis integrates the rectifier, Centralized Supervision Unit (CSU),Signal Interface Unit (SIU) and power distribution components, and supports the AC-DCpower conversion and intelligent supervision.

The components of the power supply chassis are shown in Figure 5-1.

5-1



Figure 5-1 Power supply chassis

1. Rectifers 2. Centralized SupervisionUnit (CSU)

3. Power distribution unit

For a description of the components, refer to Table 5-1.

Table 5-1 Components Description of the Power Supply Chassis

SN. Component Description

1 Rectifer Convert AC to DC, power DC loads and charge the batteries.

For descriptions of the recitifers, refer to “5.2 ZXD1500 Rectifier”.

2 Centralized

Supervision Unit

Collects the power device operation data and manages the power device.

For descriptions of these interfaces, refer to “5.3 Centralized Supervision

Unit”.

3 Power

distribution unit

Provide AC/DC power distribution, provide AC input interfaces, battery

input interfaces, and DC load output interfaces.

Power Distribution UnitFor the layout of the components, see Figure 5-2.

Figure 5-2 Power Distribution Unit

5-2


Chapter 5 Power Unit and Supervision Unit

For a description of the power distribution unit, refer to Table 5-2.

Table 5-2 Description of the Power Distribution Unit

Lable Component Description

AC Input AC input circuit

breaker & AC input

connection terminal

l AC input circuit breaker controls the connection and

disconnection of AC input power, and be used to connect

AC input L and N cables.

Single–phase AC input mode: 2P circuit breaker (L/N)

Three–phase AC input mode: 3P circuit breaker

(L1/L2/L3)

l N connection terminal: Connect three-phase AC input

N cable.

l PE connection terminal: Connect to the PE busbar inside

the cabinet.

AC Output AC auxiliary output l Optional component

l It is used to provide power supply for the heating

components in the battery space.

Note: The AC output socket on the left side of the cabinet

(complied with the contract) is used to provide AC auxiliary

power to the user equipment.

AC SPD AC surge protection

device

Provides surge protection for the AC input power.

DC Output DC output circuit

breakers

Controls the connection and disconnection of a DC output

circuit, and it is used to connect to the negative wire of the

load as the DC output interface.

The DC output circuit breakers are divided into different

groups in accordance with shutdown methods:

l The load air circuit breakers marked with 1A, 1B, 1C, and

2 belong to LLVD1.

l The load air circuit breakers marked with 3, 4, 5, and 6

belong to LLVD2.

BATT Input Battery input circuit

breakers

Controls the connection and disconnection of a battery circuit,

and it is used to connect to negative wire of the batteries as

the battery input interface.

DC SPD DC surge

protection device

Provides surge protection for a DC circuit.

5-3



5.2 ZXD1500 RectifierThe ZXD1500 (V4.0) rectifiers convert AC to DC, provide power to the loads and chargethe batteries.

AppearanceFor the appearance of a ZXD1500 (V4.0) rectifier, see Figure 5-3.

Figure 5-3 ZXD1500 (V4.0) Rectifier

1. Indicators2. Grille

3. Handle4. Stop pin

5. Input/output integratedsocket

IndicatorsFor the layout of the rectifier indicators, see Figure 5-4.

Figure 5-4 Layout of Rectifier Indicators

The indicators indicate the working state of the rectifier. For a description of the status ofthese indicators, refer to Table 5-3.

Table 5-3 Indicators Description

Designation Description Status Indication

IN Input Lit (green) AC input is normal.

OUT Output Lit (green) DC output is normal.

CL Current limit Lit (yellow) Current limit has occurred (the rectifier output

current has reached the current limit).

ALM Alarm Lit (red) An alarm has occurred.

5-4



Note:

When the rectifier is in sleep mode, only the IN indicator is lit.

Input/Output Integrated SocketThe input/output integrated socket of the rectifier is shown in Figure 5-5. It is used for theconnection to the DC power system.

Figure 5-5 Input/Output Integrated Socket

The pins of the socket are defined in Table 5-4.

Table 5-4 Pins Description

Pin No. Signal Description

1 OUTPUT 48V+ DC output +

3 OUTPUT 48V- DC output -

11 REMOTE l High–level input (amplitude at 5 V): to turn off the rectifier.

l Low–level input or high resistance: to turn on the rectifier.

12 ALARM l Low–impedance output: startup process, internal

fault/alarm or overheat status of the rectifier.

l High–impedance output: normal status.

13 COM Common end for the control signals.

14 ON-LINE Rectifier online signal: Directly connected to the COM signal on

the MAIN board.

15 PWM An input pulse signal with the amplitude of 5 V is required.

16 SHARE-BUS Current equalizing bus.

17 FOUT Output signal: Frequency/Current = 1.5 kHz/15 A.

26 AC input PE Protection ground.

27 AC input N Neutral

28 AC input L Live

5-5



5.3 Centralized Supervision UnitThe supervision unit that is configured in the ZXDU58 W121 (V4.0) system is B121-CSU.

The Centralized Supervision Unit (CSU) is the foreground monitoring unit of the system.It monitors the AC distribution, DC distribution, rectifiers and batteries of the system.

Functionsl Gives an audible and visual alarm and provides when the system is faulty.l Collects the operational data and monitors the operations of the system.l Supports precise battery management covering the battery discharging, charging and

test.l Transmits data to the background Supervision Center (SC) and receives commands

from the SC. In this way, the system can be monitored remotely.l Manage rectifiers elaborately, and the rectifiers support the automatic sleep function

to save energy.

AppearanceFor the appearance of the B121-CSU, see Figure 5-6.

Figure 5-6 B121-CSU

1. LCD2. Indicators3. Reset button

4. Menu buttons5. Handle6. Power button

7. Fastening screw8. Input/Output interfaces

IndicatorsThe indicators display the operational status of the CSU and the system. For a descriptionof indicators, refer to Table 5-5.

Table 5-5 CSU Operational Status

Designa-tion

Name Status Indication

PWR Power indicator Lit (green) The CSU is powered on.

RUN Running indicator Flashing (green) The CSU operates normally.

5-6



Designa-tion

Name Status Indication

EQU Equal charge

indicator

Lit (green) The system is in the equalization charging

mode.

COMM Communication

indicator

Flashing

(yellow)

The CSU is communication with the SC.

ALM Alarm indicator Flashing (red) The system or the CSU has fault.

Buttonsl Reset button (RST): A fine pointed object is used to press the RST button to reset the

CSU.l Menu buttons: User can query the information and set the parameters through the

menu buttons. For a description of the functions of CSU buttons, refer to Table 5-6.

Table 5-6 Buttons

Button Function

▲ l Scrolls pages up.

l Moves to the previous item.

l Increases numerical values.

▼ l Scrolls pages down.

l Moves to the next item.

l Decreases numerical values.

Esc Returns to the upper-level screen.

Enter l Displays the lower-level screen.

l Saves modifications.

▲ + Enter Displays help information

5.4 Signal Interface UnitThe Signal Interface Unit (SIU) provides multiple interfaces for supervision and networking.For the structure of the SIU, see Figure 5-7.

5-7



Figure 5-7 Signal Interface Unit

1. Voltage transmission board(TRB)

2. Heater control board(HCTL, optional)

3. Fan control board (FCTL)4. MODEM power board

(MPB, optional)5. MOXA card (optional)

6. SNMP network interfaceboard (optional)

7. Signal Interface Board(SIB)

For a description of the boards, refer to Table 5-7.

Table 5-7 Description of the Boards

Board Function

Voltage transmission board (TRB) Provides AC voltage sampling signals for the CSU

Heater control board (HCTL) Optional.

Controls the operation of the heater.

Controls the powering mode of the FCTL board.

Fan control board (FCTL) Controls the fans in the heat exchanger and ventilation subrack.

MODEM power board (MPB) Optional.

Provides 12 V DC power for the MOXA card or SNMP board.

MOXA card Optional.

Provides an RJ45 Ethernet interface for remote supervision

networking based on the IP protocol.

The MOXA card and the SNMP board cannot be configured

at the same time.

SNMP network interface board Optional.

Provides an RJ45 Ethernet interface for remote supervision

networking based on the SNMP protocol.

The MOXA card and the SNMP board cannot be configured

at the same time.

Signal interface board (SIB) Provides various signal interfaces, including battery

temperature detection interfaces, environment detection

interfaces and background communication interfaces.

SIB BoardFor the layout of the interfaces on the SIB, see Figure 5-8.

5-8



Figure 5-8 Interfaces on the SIB

For a description of the interfaces on the SIB, refer to Table 5-8.

Table 5-8 Interface Description

Interface Description Interface Description

X4 Battery 1 temperature X21 RS485 communication

X5 Battery 2 temperature X22 RS232 communication

X12 Temperature control X23 Flood alarm

X14 Input relays 1, 2, 3, 4 X24 Smoke alarm

X15 Output relays 1: for CSU fault

Output relays 2: A1

X25 Ambient temperature

X16 Output relays 3: A2

Output relays 4: A3

X26 Intrusion alarm

X17 Output relays 5: A4

Output relays 6: A5

- -

Note:l The X21 and X22 interfaces cannot be used at the same time.l The default alarm status of the input relays in the CSU are “close”.l Output relays 2 to 6 correspond to the alarm codes A1 to A5 respectively in the CSU

software. For the default output relays for the alarms, refer to the Alarm List section.Users can customize the relays for alarm output.

MOXA CardFor the interfaces on the MOXA card, see Figure 5-9.

5-9



Figure 5-9 Interfaces on the MOXA Card

1. RS232 interface 2. Ethernet interface 3. Power input interface

For a description of the interfaces on the MOXA card, refer to Table 5-9.


Interface Description

RS232 interface RS232 communication interface, and communicates with the SIB

board. It is a semi-duplex interface.

Ethernet interface 10 M/100 M adaptive, and supports supervision networking based

on the IP protocol.

Power input interface Inputs power to the MOXA card.

SNMP BoardFor the interfaces on the SNMP board, see Figure 5-10.

Figure 5-10 Interfaces on the SNMP Board

1. Indicators 2. RS232/RS485 interface 3. Ethernet interface

For a description of the interfaces on the SNMP board, refer to Table 5-10.

5-10




Interface Description

Lit Internal power is normalPWR

Not lit Internal power is faulty

Not lit RS232 interface is not connected

(It is not used to indicate RS485 interface connection)

Lit RS232 interface is connected

(It is not used to indicate RS485 interface connection)

RXD

Flashes RS232 or RS485 interface is receiving data

Not lit The ZXDU58 W121 (V4.0) system does not transmit data

Indicators

TXD

Flashes The ZXDU58 W121 (V4.0) system is transmitting data

RS232/RS485

interface

RS232/RS485 communication interface, and communicates with the SIB board.

It is a semi-duplex interface.

Ethernet

interface

10 M/100 M adaptive, and supports supervision networking based on the SNMP

protocol.

5-11




5-12


Chapter 6Technical SpecificationsTable of ContentsEnvironment Specifications ........................................................................................6-1Performance Specifications........................................................................................6-1Electrical Specifications..............................................................................................6-2Structure Specifications..............................................................................................6-3Design Standards.......................................................................................................6-4

6.1 Environment SpecificationsFor a description of the environment specifications of the ZXDU58 W121 (V4.0) serialproducts, refer to Table 6-1.

Table 6-1 Environment Specifications

Item Specification

Operational temperature -30℃ to +50℃, -10℃ to +45℃ recommended.

Storage temperature -40 ℃ to +70 ℃

Relative humidity 10% to 90% (non-condensing), 40% to 60% recommended.

Altitude l 0 to 2000 m: 100% output power

l 2000 to 3000: The power derating percentage is 1% for

each 100 m increase in altitude above 2000 m.

Other requirements l No conductive dusts or corrosive gases.

l No explosion hazard, no shake or jolt.

l The cabinet should be stable and erect.

6.2 Performance SpecificationsFor a description of the performance specifications of the ZXDU58 W121 (V4.0)products,refer to Table 6-2.

Table 6-2 Performance Specifications

Item Description

Rated output current 120 A (full configuration)

System efficiency ≥91% (rate input, full load)

Equipment noise ≤ 55 dB(A)

6-1



Item Description

Mean Time Between Failures MTBF ≥2.2 × 105 h

6.3 Electrical SpecificationsFor a description of the electrical specifications of the ZXDU58W121 (V4.0) products, referto Table 6-3 and Table 6-4.

Table 6-3 AC Electrical Specifications

Item Specification

AC input mode Optional input modes:

l Single-phase three-wire (L/N/PE)

l Three-phase five-wire (L1/L2/L3/N/PE)

AC input voltage

range

l Rated input voltage: 220 V/380 V (phase voltage/line

voltage)

l Phase voltage range: 80 V to 300V

AC input frequency l Rated frequency: 50 Hz/60 Hz

l Frequency range: 45 Hz - 66 Hz

AC input power

factor

≥ 0.99 (with rated load)

AC input

features

AC surge

protection device

(SPD

A surge protective device of class B or class C should be

configured in accordance with the lightning requirements.

l Class B, with discharging current ≤ 120 kA (8/20 µs)

l Class C, with discharging current ≤ 40 kA (8/20 µs)

AC input branch Single

AC input circuit

breaker

The following options is supported. One of the two options

is used.

l Single-phase input mode: 1×80 A/2P MCB.

l Three-phase input mode: 1×63 A/3P MCB.

AC distribution

Auxiliary AC output Optional, including one AC output circuit breaker and one

three-hole socket.

AC over-voltage

protection

When the input phase voltage is higher than the over-voltage

threshold, the system takes a protection action against

over-voltage.

AC under-voltage

protection

When the input phase voltage is lower than the under-voltage


under-voltage.

Protection

functions

Input over-current

protection

The AC input circuit breaker (or AC input contactor) provides

over-current protection function.

6-2


Chapter 6 Technical Specifications

Table 6-4 DC Electrical Specifications

Item Specification

Rated output voltage: -53.5 VDC output voltage

-42 V to -58 V (adjustable in the CSU)

DC voltage drop

inside the cabinet

≤500 mV

Regulated voltage

precision

≤ 0.6%

Weighted noise

voltage

≤ 1 mV

Peak-peak noise

voltage

≤ 100 mV (20 MHz bandwidth)

DC output

features

DC SPD Imax = 15 kA (8/20 μs)

Battery input Two branches, configure 100 A circuit breakers.DC power

distribution DC load output l Power-off mode: LLVD1+LLVD2



Note: The actual configurations should comply with the

contract.

DC over-voltage

protection

If the DC output voltage is higher than the over-voltage


over-voltage.

DC under-voltage

protection

If the DC output voltage is lower than the under-voltage


under-voltage.

Protection

functions

Battery under-

voltage protection

l If the battery voltage is lower than the LLVD1 threshold,

the system disconnect the LLVD1 loads.

l If the battery voltage is lower than the LLVD2 threshold,

the system disconnect the LLVD2 loads.

6.4 Structure SpecificationsFor a description of the structure specifications of the ZXDU58 W121 (V4.0) serialproducts, refer to Table 6-5.

6-3



Table 6-5 Structure Specifications

Item Description

Cabinet dimensions l Integrated cabinet (the protruding part not included):

1850 mm×650 mm×650 mm (H × W × D)

l Power cabinet (the protruding part not included): 1080

mm×650 mm×650 mm (H × W × D)

l Battery cabinet (the protruding part not included): 1080

mm×650 mm×650 mm (H × W × D)

l Space of each battery cabin: 330 mm×550 mm×564 mm

(H × W × D)

l Equipment space (fan): IP34

l Equipment space (800 W heat exchanger): IP55

Protection degree

l Battery space (fan): IP34

l Battery space (200 W TEC air conditioner): IP55

Weight l Power cabinet: approximately 111 kg to 116 kg

l Battery cabinet: approximately 45 kg to 65 kg

l Integrated cabinet: approximately 156 kg to 177 kg

Note: Cabinet weights vary with its configurations.

Installation mode Floor mounting

Cabling mode l Cables are routed through the front side of the power

supply chassis.

l The cables are routed in and out the cabinet through

the bottom.

Maintenance mode Cable connection and system maintenance in the front

6.5 Design StandardsEMC StandardsThe ZXDU58 W121 (V4.0) system complies with the following ElectromagneticCompatibility (EMC) standards:

l EN55022l IEC61000-3-3; IEC61000-3-2; IEC61000-4-2; IEC61000-4-3; IEC61000-4-4;

IEC61000-4-6; IEC61000-4-8; and IEC61000-4-11

Safety StandardsThe ZXDU58 W121 (V4.0) system is in compliance with the IEC/UL/EN 60950 safetystandards.

6-4


Chapter 6 Technical Specifications

Other StandardsThe ZXDU58 W121 (V4.0) system is also in compliance with the following standards:

l The Restriction of Hazardous Substances (RoHS) directive (2002/95/EC) of theEuropean Union.

l This device complies with Part 15 of the FCC Rules. Operation is subject to thefollowing two conditions: (1) This device may not cause harmful interference. (2)This device must accept any interference received, including interference that maycause undesired operations.

6-5




6-6


Chapter 7ZXD1500 V4.0 RectifierSpecificationsTable of Contents

AC Input Over/Under-Voltage Protection ....................................................................7-1PFC Output Over/Under-Voltage Protection ...............................................................7-2Output Over-Voltage Protection..................................................................................7-2Output Over-Current Protection..................................................................................7-3Over-Temperature Protection and Fan Speed Control ................................................7-3

7.1 AC Input Over/Under-Voltage ProtectionFor the AC input over/under-voltage protection and power decrease control, refer to Table7-1 and see Figure 7-1.

Table 7-1 AC Input Over/Under-Voltage Protection and Power Control

AC Input Voltage Protection and Power Control

≤ 70 V Auxiliary power supply startup

≤ 80 V The post-DC/DC conversion circuit and the pre-PFC circuit stop working.

80 V - 110 V Current limit Imax = (10 ± 2) A.

110 V - 150 V Current limit Imax = (20 ± 2) A

150 V - 300 V Current limit Imax = (32 ± 1) A

≥ 300 V The post-DC/DC conversion circuit and the pre-PFC circuit stop working.

7-1



Figure 7-1 AC Input Over/Under-Voltage Protection

l The protection function is implemented through hardware.l The precision of the voltage is ± 10 V and the hysteresis width is (15 ± 10) V.

7.2 PFC Output Over/Under-Voltage ProtectionThe PFC output over/under-voltage protection is as follows:

l When the PFC output voltage > 440 V DC, the post-DC/DC conversion circuit and thepre-PFC circuit stop working.

l When the PFC output voltage < 340 V DC, the post-DC/DC conversion circuit stopsworking.

The PFC output over/under-voltage protection is implemented through hardware. Theprecision of the voltage is ±10 V and the hysteresis width is (15 ± 10) V.

7.3 Output Over-Voltage ProtectionThe output over-voltage protection circuit prevents the DC output filter capacitor andpowered devices from damage due to voltage loop failure.

The output over-voltage protection threshold is (61 ± 1) V, which is unmodifiable. Whenthe output voltage exceeds (61 ± 1) V, the rectifier disables output and will not enable ituntil the fault is eliminated after power-off and the rectifier is restarted.

7-2


Chapter 7 ZXD1500 V4.0 Rectifier Specifications

7.4 Output Over-Current ProtectionThe output over-current protection circuit prevents the rectifier from being damaged dueto the fault of output current limit circuit.

To avoid over-current protection prior to current limit protection, the response ofover-current protection is set to be slower than current limit protection, and the over-currentprotection threshold is set to be higher than the maximum current limit threshold.

The over-current protection threshold of the rectifier is (36 ± 2) A.

The output over-current protection is a kind of backup protection and is configured as"unrecoverable". It does not act generally; however, once the over-current protectionis activated, the function will not recover until the fault is eliminated and the rectifier isrestarted.

7.5 Over-Temperature Protection and Fan SpeedControl

According to the temperature of the radiator, the fan may work at full speed or half speed.

l When the temperature is over 50 °C, the fan works at full speed.l When the temperature is below 50 °C, the fan works at half speed.

The radiator temperature may keep increasing when the fan is faulty or it is working atfull speed. Therefore, a negative temperature coefficient thermistor is used to prevent therectifier from being damaged due to over-temperature. The over-temperature protectionis as follows:

l When the temperature exceeds the temperature protection threshold, the post-DC/DCconversion circuit stops working.

l When the temperature is below the temperature protection threshold, the post-DC/DCconversion circuit starts to work.

7-3




7-4


Appendix AAlarm ListTable A-1 lists the alarms that can be detected by the B121-CSU (SV2.20) supervisionunit, and describes their default alarm levels and output relays.

l A1 - A5 refer to 5 output relays for the alarms.l Multiple alarms can share one output relay. Each alarm cannot correspond to multiple

output relays but one output relay only. “0” means that no output relay is assignedto an alarm. When an alarm is reported, it indicates that problems occur on thecorresponding output relay.

l Except for “Total Alarm” and “Start GEN”, the output relay of an alarm will not takeeffect when its alarm level is set to “Mask”.

Table A-1 Alarm List

S.N. Alarm Name AlarmLevel

OutputRelay

Alarm Description

1 Total Alarm Mask A1 The CSU detects that an alarm occurred.

AC Related

2 AC Aux SW Off Minor A2 The AC auxiliary switch is Off.

3 AC Main SW Off Major A2 The AC input air circuit breaker is Off.

4 AC Power Off Major A2 The mains supply is cut off and there is no

standby AC input available.

5 ACArrester Brk. Minor A2 The surge arrester is faulty.

6 AC Under-Vol Minor A2 The AC input voltage is lower than ACVol.Min.

7 AC Over-Vol Minor A2 The AC input voltage is higher than ACVol.Max.

8 AC Phase Lost Minor A2 AC input phase lost.

9 AC Current Over Minor A2 The AC input current is higher than the preset

maximum AC current.

SMR Related

10 SMR Alarm Minor A3 A rectifier is faulty. If one rectifier is faulty, it

is a minor alarm; if two or more rectifiers are

faulty at the same time, it is a major alarm.

11 SMR Abnormal Minor A3 The rectifier is activated but has no output.

DC and Battery Related

A-1




OutputRelay

Alarm Description

12 DC Under-Vol Minor A4 The DC output voltage is lower than DCVol.Min.

13 DC Over-Vol Minor A4 The DC output voltage is higher than DCVol.Max.

14 DC Loop Break Minor A4 The DC output branch n is disconnected.

15 Bat Loop Break Minor A4 The battery branch n is disconnected.

16 Bat Under-Vol Major A4 The battery voltage is lower than BatVol Min.

17 Bat Over-Temp Minor A4 The temperature of battery n is higher than

Bat. Temp.Max.

18 1st Shut-down Major A4 When the battery voltage is lower than 1-ShutVol., the secondary loads are shut down.

19 2nd Shut-down Major A4 When the battery voltage is lower than 2-ShutVol., all the loads are shut down.

20 DCArrester Brk. Minor A4 The DC arrester is faulty.

21 DCBreaker Alarm Minor A4 The DC contactor of the DC loop n is faulty

(n ranges from 1 to 2)

22 Battery Fault Major A4 The battery cannot supply power online.

23 Bat Under-Temp Minor A4 The temperature of group N battery is less

than Bat Under-Temp.

24 Bat.Temp.Void Minor A4 The system is configured with batteries, but

battery temperature sensor is not properly

connected.

25 Bat.Discharge Minor A4 Battery discharge current is higher than

Bat.Discharge.

Environmental Related

26 Env Under-Temp Minor A5 Environment temperature is lower than

Env.Temp.Min.

27 Env Over-Temp Minor A5 The environment temperature is higher than

Env.Temp.Max.

28 Env Under-Hum Minor A5 The environment humidity is lower than

Env.Hum.Min.

29 Env Over-Hum Minor A5 The environment humidity is higher than

Env.Hum.Max.

30 Smoke Alarm Minor A5 The sensor detects the smoke.

31 Flood Alarm Minor A5 The sensor detects the entrance of water.

A-2


Appendix A Alarm List


OutputRelay

Alarm Description

32 Intrusion Alarm Minor A5 The sensor detects the intrusion of a foreign

object.

33 Door Magnet Alm Minor A5 The door with door magnet switch is opened.

34 Glass Broken Minor A5 The sensor detects broken glasses.

35 EnvUn.LostTouch Minor A5 The communication between the CSU and the

Environment Monitor Board (EMB) failed.

36 HeatExch.Alm Major A5 The heat exchanger is faulty.

37 Env.Temp.Void Minor A5 No valid battery temperature sensor is

configured.

38 Start GEN Mask 0 The generator has been activated.

A-3




A-4


Appendix BElectrical ConnectionDiagramFor the operating principle diagram of the ZXDU58 W121 (V4.0) system, see Figure B-1.

Figure B-1 Operating Principle Diagram of the ZXDU58 W121 (V4.0)

The system components are described as follows.

l AC distribution unit: Connects AC input to the system and distributes AC power.l Rectifiers: Convert AC to DC.l DC distribution unit: Provides DC output to the loads and connects the batteries to

the system.l CSU: Controls and manages the system.l Batteries: Provide standby DC power to the loads when the mains is failure.

For the detailed electrical connection diagrams of the ZXDU58 W121 (V4.0) system, seethe following figures.

l Electrical Connection Diagram (Single-phase, Class C): see Figure B-2.l Electrical Connection Diagram (Three-phase, Class C): see Figure B-3.

B-1


ZXDU58

W121

ProductDescription

Figure B-2 The ZXDU58 W121 (V4.0) System Electrical Connection Diagram (Single-phase, Class C)

B-2

SJ-20140211113544-001|2014-08-06

(R1.2)

ZTE

Proprietaryand

Confidential

Appendix

BElectrical

Connection

Diagram

Figure B-3 The ZXDU58 W121 (V4.0) System Electrical Connection Diagram (Three-phase, Class C)

B-3

SJ-20140211113544-001|2014-08-06

(R1.2)

ZTE

Proprietaryand

Confidential

GlossaryCSU- Centralized Supervision Unit- 集中监控单元

EMB- Environment Monitor Board- 环境监控板

EMC- Electromagnetic Compatibility- 电磁兼容性

IP- Internet Protocol- 因特网协议

LCD- Liquid Crystal Display- 液晶显示

LLVD- Load Low Voltage Disconnect- 低压负载下电

MCB- Miniature Circuit Breaker- 小型断路器

MTBF- Mean Time Between Failures- 平均故障间隔时间

PFC- Power Factor Correction- 功率因数校正

RoHS- Restriction of Hazardous Substances- 有害物质限制

SC- Supervision Center- 监控中心

SIB- Signal Interface Board- 信号接口板

I



SIU- Signal Interface Unit- 信号接口单元

SIU- Signaling Interface Unit- 信令接口单元

SNMP- Simple Network Management Protocol- 简单网络管理协议

SPD- Surge Protection Device- 电涌保护装置

TEC- Thermoelectric Cooler- 热电制冷器

II


ZXDU58W121 - libertyport.com · E-mail: [email protected]. LEGAL INFORMATION ... W121(V4.0)system....

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