31504569-TP48300-A Power System Quick Installation Guide(V100R001_05)

Prepare the following tools before the installation:

1

Flat-head screwdriver (M3M4)

Phillips screwdriver (M3M4)

Adjustable wrench

Nylon tie

Percussion drill

Ф12 drill bit

Wire stripper

Ratchet crimp tool

Diagonal pliers

Paint brush

Key to cabinet

Multimeter

Insulating tape

Marking pen

Vacuum cleaner

Hydraulic pliers

Insulating handle

Electric knife

Socket wrench

Torque wrench

Heat gun

A-shaped ladder (2 m)

Installing the Cabinet

According to actual conditions, use one of the following modes to install the cabinet: installing the cabinet on the rack of storage batteries, installing the cabinet on the ground, installing the cabinet on the 19-inch open rack, installing the cabinet on the BTS cabinet. The cabinet must be installed at the place which no more than 3m distance from the DC load.

Installing the Cabinet on the Rack of Storage Batteries According to actual conditions, use one of the following modes to install the cabinet: installing the cabinet on the rack of storage batteries directly, installing the cabinet on the rack of storage batteries using conversion board.

Installing the Cabinet on the Rack of Storage Batteries Directly 1 Install the rack-mounting ears to the cabinet. 2 Move the cabinet to the installation position on the rack of storage batteries. 3 Align the expansion bolt holes on the base in the front of the cabinet with the

installation holes for the bolt holes on the rack of storage batteries.

1

Rack-mounting ears

Operation side



4 Fix the bolts into the holes and fasten the bolts.

Ф8×20 mm (4pcs)

NOTE The layout of installation holes on the rack of storage batteries varies with the rack model. Align the first bolt hole on the base with the bolt hole on the storage rack, and then install other bolts in the proper holes.

Installing the Cabinet on the Conversion Board 1 Install the rack-mounting ears to the cabinet. 2 Install the conversion board on the rack of storage batteries.

Ф10×25 mm (4pcs) 1

2

Rack-mounting ears

Operation side



3 Align the expansion bolt holes on the base in the front of the cabinet with the installation holes for the bolt holes on the

conversion board.

4 Fix the bolts into the holes and fasten the bolts.

Ф8×20 mm (4pcs)

Installing the Cabinet on the Ground 1 Determine the installation position of the cabinet, and then mark the positions of the holes to be drilled with a marking pen.

Unit: mm 确认机柜安装位置，用粉笔标出打孔位置。 单位：mm Cabinet outline

316 Installation hole 4- 10

450



2 Drill holes at the hole positions, feed expansion bolts into the holes, and then secure (hammer and then tighten) the

expansion bolts. 确认机柜安装位置，用粉笔标出打孔位置。 单位：mm

Nut Spring washer Flat washer

Unit：mm

Expansion tube

Ф8×60 mm (4pcs)

Expansion trough Cone-head bolt 12

52-60

3 Install the rack-mounting ears to the cabinet. Place the cabinet on the expansion bolts, and then tighten the bolts.

Installation hole

Rack-mounting ears



Installing the Cabinet on the 19-inch Open Rack (IMU) 1 Fix the rack-mounting ears into the bolt holes at both sides of the cabinet. Ensure that the base of the rack-mounting ears.

install direction faces the front of the cabinet

确认机柜安装位置，用粉笔标出打孔位置。 2 Determine the installation position of the cabinet on the 19-inch open rack, and then install the Ф6 floating nuts at the holes 单位：mm for bolts. The recommended installation height of the cabinet is 1.5 m. The actual installation height of the cabinet must be determined according to the stature of installation personnel and installation requirements.

Floating nut

3

Side of the cabinet

2



4 Move the cabinet to the installation position of the 19-inch open rack, and then install the cabinet on the open rack.

确认机柜安装位置，用粉笔标出打孔位置。 单位：mm

3

Ф6×12 mm (4pcs)

CAUTION A minimum of three persons are required for safe installation on the 19-inch open rack. Otherwise, the cabinet may fall and cause injury.



Installing the Cabinet on the BTS Cabinet 1 Install the rack-mounting ears to the cabinet. 2 Install the conversion board on BTS cabinet.

2

1

Rack-mounting ears

Ф10×25 mm (2pcs) Ф6×12 mm (4pcs) Operation side 3 Align the expansion bolt holes on the base in the front of the cabinet with the installation holes for the bolt holes on the

conversion board.

4 Fix the bolts into the holes and fasten the bolts.

Ф6×12 mm (4pcs)



2

Installing Sensor

1 Installing indoor temperature and humidity sensor.

M4 X 35 Expansion Bolt

60

Shelter

m

m

Indoor temperature and humidity sensor

Indoor temperature and humidity sensor

Main equipment

2 Installing battery temperature sensor.

Connect to battery Connect to TP48300A



3

Installing the PGND Cables

1 Unlock and open the cabinet door, and then remove the cover plate of the cable window on the top of the cabinet.

Cover plate

2 Lead the PGND cables into the cabinet through the cable window, and then route the cables along the panels of the cabinet. NOTE Please installing the cabinet according to actual conditions: load power-off tributary using fuse, load power-off tributary using MCB.

Load power-off tributary using fuse DC output positive wiring busbar Negative pole of the battery The protection MCB on the battery Load power-off fuse Transfer copper bar AC input MCB

Monitoring module Earthing busbar of the cabinet AC surge protector

Rectifier module

Load power-off tributary using MCB

DC output positive wiring busbar Negative pole of the battery The protection MCB on the battery Load power-off MCB Transfer copper bar AC input MCB

Monitoring module Earthing busbar of the cabinet AC surge protector

Rectifier module



3 Connect the PGND cables to the earthing busbar.

CAUTION The PGND cables, AC cables, DC cables, signal cables, and communication cables must be bound separately.

4 Bind the PGND cables.

Load power-off tributary using fuse

4

4

3

3

The earthing busbar Load power-off tributary using MCB

4

4

3

3

The earthing busbar 5

Load power-off tributary using fuse

Use an insulating handle to remove battery fuses and load power-off fuses.

Load power-off tributary using MCB

Use an insulating handle to remove battery fuses and set the load power-off MCB to

OFF .

10

4

Installing the Dry Contact Signal Cables and Communication Cables (Optional) NOTE 1. The use of the dry contact signal cables and communication cables is scenario-specific.According to actual requirements, determine the dry contact signal cables and communication cables to be installed before installation. 2. Functions of dry contact points.

Alarm Type

Default Function

Description

ALM1

AC power-off alarm

ALM2

DC input overvoltage and undervoltage DC input undervoltage alarm port (DC Low)

ALM3

Power supply system fault alarm

Rectifier module fault alarm port (PSU Fail)

ALM4

Surge protector failure alarm

Surge protector alarm port (SPD Fail)

ALM5

Fuse disconnection alarm

Fuse disconnection alarm port (Fuse Alarm)

ALM6

Battery protection

Battery low-voltage isolation disconnection alarm port (Batt.LVD)

ALM7

Standby dry contact output 1

Reserved dry contact 1 (Reserve 1)

Ctrl1

Control for the diesel generator 1

Port for starting and stopping the Generator 1

Ctrl2

Control for the diesel generator 2

Port for starting and stopping the Generator 2

Detection for the running status of the diesel generator Detection for the start/stop control signals of diesel generator 1 Detection for the start/stop control signals of diesel generator 2

Port for detecting the running status of the diesel generator

Status Status1 Status2

AC input power-cut alarm port (AC Fail)

Port for detecting the start.stop signals of diesel generator 1 Port for detecting the start.stop signals of diesel generator 2

J13, J14, J4-J10 are nine dry contact sockets on the monitoring back plane. Status, Status1, Status2 are three circuits for the input of the detection signals of the diesel generator. Ctrl1 and Ctrl2 are two circuits for the output of the control signals of the diesel generator. ALM1-ALM7 are seven circuits for the output of the alarm signals of the diesel generator. Each circle represents the corresponding wiring terminal. The black circles are the common terminals of the constant-enabled ports and constant-disabled ports on the relays.NC represents constant-disabled port and NO represents constant-enabled port.By default, the output of the dry contact is set to OFF.

2

1

1 Lead the dry contact signal cables and communication cables into the cabinet through the cable window, and then route the

cables along the panels of the cabinet.

2 According to the actual installation requirements, use a flat-head screwdriver to prop up the white contact plates to have

the metal dome sheets in the ports spring up. Insert the dry contact signal cable into the dry contact points, and pull out the screwdriver to fasten the signal cable.

Dry contact point 1

2

White contact plate

11

3 According to the actual installation requirements, insert the communication cables into the RJ45 ports on the monitoring

backplane.

2

1

Communication cable 4 According to the actual installation requirements, Insert the temperature and humidity sensor signal cable and battery

temperature sensor signal cable.

Indoor temperature and humidity sensor

Battery temperature sensor

5 Bind the dry contact signal cables and communication cables on the cable window separately, and then route all the

cables to the distribution frame.

5

Installing the DC Output Cables

DC output distribution can be customized.

Load power-off power-off tributary tributary using using fuse fuse Load 1 Insert the –48 V DC output cable into the output port on the battery protection MCB. 2 Loosen the bolt on the top of the load power-off fuse, connect the –48 V output cable to the bolt, use torque wrench to tighten

the bolt, force moment as 10 Nm.

3 Connect the 0 V output cable to the DC output positive wiring busbar. 4 Bind the DC output cables on the cable window. Ensure that the DC output cables are separated from other cables.

12

CAUTION 1. The force moment of tightening the bolt must less than 10 Nm. 2. The signal cables must be installed in the front of the –48 V cables.

1

2

3

Load power-off tributary tributary using using fuse MCB 机柜负载下电支路采用熔丝 Load power-off 1 Insert the –48 V DC output cable into the output port on the battery protection MCB. 2 Connect the 0 V output cable to the DC output positive wiring busbar. 3 Bind the DC output cables on the cable window. Ensure that the DC output cables are separated from other cables.

1

2

13

6

Installing the Power Cables of the Storage Battery Load power-off tributary tributary using using fuse fuse 机柜负载下电支路采用熔丝 Load power-off

1 Connect the of the storage battery to the DC output positive wiring busbar. 2 Loosen the bolt on the top of the base of the battery negative-pole access fuse, connect the –48 V input cables to the bolt,

and use torque wrench to tighten the bolt, force moment as 10 Nm.

3 Arrange the output cables, and then use a nylon bundling tape to bind the cables to the bundling tie at the rear of the cable

window.

CAUTION 1. Ensure that the signal cables are installed in the front of the battery negative-pole input cable and that the battery protection MCB is set to OFF. 2. When installing a fuse for the load storage batteries, ensure that the bare metal part of the screwdriver does not touch the positive bus and the fuse wiring terminal, otherwise a short circuit may be caused. 3. The force moment of tightening the bolt must less than 10 Nm. 4. If only one group of batteries is connected ,it should be connected to BF1.

Battery negative-pole 1

2

Battery positive-pole

BF1

BF2

BF1- BF2-

Load power-off tributary tributary using using fuse MCB 机柜负载下电支路采用熔丝 Load power-off 1 Connect the of the storage battery to the DC output positive wiring busbar. 2 Loosen the bolt on the top of the base of the battery negative-pole access fuse, connect the –48 V input cables to the bolt,

and use torque wrench to tighten the bolt, force moment as 10 Nm.

3 Arrange the output cables, and then use a nylon bundling tape to bind the cables to the bundling tie at the rear of the cable

window.

CAUTION 1. Ensure that the signal cables are installed in the front of the battery negative-pole input cable and that the battery protection MCB is set to OFF. 2. When installing a fuse for the load storage batteries, ensure that the bare metal part of the screwdriver does not touch the positive bus and the fuse wiring terminal, otherwise a short circuit may be caused. 3.The force moment of tightening the bolt must less than 10 Nm 4. If only one group of batteries is connected ,it should be connected to BF1.

Battery negative-pole 2

1

Battery positive-pole

BF1- BF2-

14

7

Installing the AC Input Cables AC input MCB using 3-pole MCB 机柜负载下电支路采用熔丝

1 The cabinet supports the single-phase and three-phase AC input cables, which must be installed in different ways.

Mode 1: To install the single-phase AC input lines, perform the following steps: a) Connect the neutral line to the N-terminal.b) Install the copper bar on the AC input MCB. c) Connect live line to the copper bar. N-terminal a

c

b

Neutral line

Input copper bar

Live line

Mode 2: To install the three-phase AC input lines, perform the following steps: a) Connect the neutral line to the N-terminal. b) Connect the U-phase, V-phase, and W-phase lines to the AC input MCB. N-terminal a

b

Neutral line

AC input MCB using 4-pole MCB 机柜负载下电支路采用熔丝 To install the three-phase AC input lines, perform the following steps: Connect the N-phase, U-phase, V-phase, and W-phase lines to the AC input MCB.

U V W

N

15

2 Install the plastic protection plate. 3 Bind the AC input cable to the nearest bundling tie.

2

3

电池负极 1Plastic protection plate

8

2

电池正极

Checks After the Installation

1 Ensure that the cabinet and cables are secure. BF1-a multimeter BF22 According to the connecting diagram, ensure that the cables are installed properly by sight or with and that the BF1

BF2

live line, earth line, and neutral line are not short-circuited.Ensure that the 0 V cable and –48 V cable are not short-circuited.

3 Insert the removed fuses into the corresponding positions.

Scenario1: load power-off tributary using fuse.

电池负极 2

1

电池正极

BF1- BF2-

Scenario2: load power-off tributary using MCB.

4 Ensure that the AC input MCB and battery power-off MCB is set to ON.Check whether the MCBs and fuses are not dam-

aged with a multimeter and replace the damaged MCBs or fuses.

5 Cut the cover plate of the cable window on the top of the cabinet according to the cabling conditions, and then place the cover

plate back to its original position.

6 Ensure that the cabinet door is closed and locked. 7 Check whether paint on the surface of the cabinet is improper and repaint the surface of the cabinet where paint falls off.

16

9

Cabling guide The scenario with Cabling Rack 1 The power cable of the storage battery

NOTE The AC input cables and signal cables must be bound and routed separately.

2 DC output cable 3 PGND cable 4 AC input cable 5 Dry contact signal cable 6 Temperature and humidity sensor signal cable 7 Battery temperature sensor

1 4

-

2

3 6

5

7

2

6

4

5

+

3

-

+

+

-

+ +

1

+ c

7

a 1

b

Cutaway view： a

Cable Cable Rack

17

b

Cable Rack

c

Cable Rack

The scenario without Cabling Rack 6

2

1 The power cable of the storage battery

5 4

2 DC output cable

3

NOTE The AC input cables and signal cables must be bound and routed separately.

3 PGND cable 4 AC input cable 5 Dry contact signal cable 6 Temperature and humidity sensor signal cable 7 Battery temperature sensor

-

1

7 6 2

4

5

+

3

-

+

+

-

+

-

+

+ 1

c

a

7 b

1

Cutaway view： a

Cable Cable Rack

18

b

Cable Rack

c

Cable Rack

10 a

Power-on Testing

Conducting a power-on test

Power on TP48300/A power system. CAUTION Do not power on the DC load before the storage batteries parameter is correctly set on the CPMU01 , otherwise, it will cause damage to storage batteries.

b

Setting the monitoring system

NOTE 1. The position of the CPMU01 monitoring module, operating keyboard, and status indicator are shown in the following figure. 2. When the TP48300/A power system is working properly and communicate with the main equipment, the ALM indicator on the CPMU01 does not light and the RUN flash slowly. When the TP48300/A power system is working properly and the TP48300/A power system does not communicate with the main equipment, the ALM indicator on the CPMU01 does not work and the RUN indicator is ON. When the TP48300/A power system has serious alarms, the ALM indicator on the CPMU01 is ON and the buzzer sounds. For details, see the TP48300/A power system Maintenance Guide. 3. When the system is in standby mode, press "↓" and "Enter" at the same time to reduce the contrast of the LCD or press "↑" and "Enter" at the same time to increase the contrast of the LCD. 4. Before setting the CPMU01 menu, press "↓" or "↑" to select options and configure values.Press "Enter" to enter the main menu when the system is standby. On the main menu, press "Enter" to view the submenu, and save the configuration by pressing "Enter" on the submenu.Press Cancel to undo the operation and return to the upper menu without saving the configuration. 5. The PMU does not generate any alarm. When the current interface is not the main menu, the LCD goes dark five minutes later if you do not press any button, and the main menu is displayed eight minutes later if you do not press any button. 6. -On the System Control interface, you can access the system with the user password, engineer password, or administrator password.3. On the Engineer Advanced Setting interface, you can access the system with the engineer password or administrator password.The user password and engineer password are 0# and 11# respectively and can be reset on the menu.The administrator password is provided by Huawei.

Set the parameters: 1 Group and capacity of batteries.

NOTE The number of the battery group can be set as 0, 1 or 2. Please set the number of the battery group and capacity according to actual configuration. If you face to the door, the fuse at the leftside is BF1- and the fuse at the rightside is BF2- . 1. If only one group of batteries is connected, please connect to BF1- , set the number of the battery group as 1, and set "battery capacity 1" according to actual configuration. 2. If two groups of batteries are connected, please separately connect to BF1- and BF2- , set the number of the battery group as 2, and set "battery capacity 1", "battery capacity 2" according to actual configuration. 3. If four groups of batteries are connected, two battery groups connect to BF1- and the other two battery groups connect to BF2- , set the number of the battery group as 2, and set "battery capacity 1", "battery capacity 2" according to total actual capacity of every two battery groups. 4. This guide take two groups of 300Ah batteries as an example.

2 Temp Alarm. 3 time and date.

19

English

English

English

English

中 文

中 文

中 文

中 文

▼

ENT

2008-08-06 53.6VDC 227VAC Load：0.2A Batt：0.0A

ENT

▼

MAIN MENU Status Maintenance Settings

ENT

▼

▼

2008-08-06 53.6VDC 227VAC Load：0.2A Batt：0.0A

ENT

ENT

Batt Settings Batt Selection LVD Setting Charge

▼

ENT

▼

ENT

▼

ENT Address：0 Text：English Comm Mode：Modem Band：9600

Batt Selection Batt String：1 Cap.1：400Ah Cap.2：0Ah

Temp Comp Basis： Batt 1 Temp Comp： 80mV/ ℃

ENT

▼ ENT

Batt Selection Batt String：2 Cap.1：400Ah Cap.2：0Ah

▼ ENT

Batt Selection Batt String：2 Cap.1：400Ah Cap.2：0Ah

▼ ▼or

▼ ▼or

▼ ▼or

Low Temp Alarm： 0℃ High Temp Alarm： 50℃

ENT

Batt Selection Batt String：2 Cap.1：300Ah Cap.2：0Ah

ENT

Batt Selection Batt String：2 Cap.1：300Ah Cap.2：0Ah

▼ ▼or

▼ ENT

ENT

Batt Selection Batt String：2 Cap.1：300Ah Cap.2：300Ah

20

▼ ▼or

ENT

▼ ▼or

ENT

Date： 2008-08-08 Time： 09:10

ENT

▼ ENT Date： 2008-08-08 Time： 09:10

Low Temp Alarm： 0℃ High Temp Alarm： 50℃

ENT

▼

Setting System Settings Alarm Settings AC Settings

Batt Settings Batt Test Temp coeff

▼ ENT ▼or

▼

MAIN MENU Status Maintenance Settings

ENT

▼

ENT

Settings DC Settings Batt Settings AMB. Settings

ENT

ENT

2008-08-06 53.6VDC 227VAC Load：0.2A Batt：0.0A

▼

ENT

▼

▼

MAIN MENU Status Maintenance Settings

Settings DC Settings Batt Settings AMB. Settings

Address：0 Text：English Comm Mode：Modem Band：9600

Load Shunt：Yes Pisp Contrast：3 System Type： TP48300/A

▼

ENT

ENT

ENT

ENT

2008-08-06 53.6VDC 227VAC Load：0.2A Batt：0.0A

ENT

Load Shunt：Yes Pisp Contrast：3 System Type： TP48300/A

▼

MAIN MENU Status Maintenance Settings

Setting System Settings Alarm Settings AC Settings

▼

ENT

ENT

c

Monitoring Menu Structure

Appendix 1 Main menu Parameter setting

System control

Running information

Address Automatic

Control Mode

Module ID

Floating charging

Output current Current limit Start

Status Alarm SN Alarm severity

Major alarm

Generation time

System parameter setting

Date Time

Quick test

Load current divider

Password modification

Display contrast

End test

Parameter initialize

System type

Equalized charging

Engineer advanced setting

On

Dormant permit Alarm type

Modules 1-6

Alarm severity Off

Alarm SN

Alarm parameter setting

Alarm control parameter

Alarm severity

Minor alarm

Alarm name

Relay relate

Generation time

Digital alarm

Alarm SN

AC parameter setting

Alarm severity History alarm

Baud rate

Standard test

Alarm name Current alarm

Communication on mode

Manual

Output voltage Module information

Language

DC parameter setting

Alarm name

Battery parameter setting

Generation time End time

Environment parameter setting

Severity Alarm sound Clearing of history alarms Alarm type Relate relay

Overvoltage Undervoltage Overvoltage Undervoltage Appendix 2 High limit Low limit High temperature Low temperature Generator enable

Battery test result

Output power DG parameter setting

DOD High-TEMP switch-off DG switch-on temperature

Version disply

DG switch-off temperature Air-conditioner parameter setting

21

Type Power

Appendix 2

Battery string Capacity

Battery parameter

Installation date Load power-off permit Power-off parameter

Battery power-off permit Battery power-off voltage Load power-off voltage Floating charging

Charging parameter

Equalized charging equalized charing period Charging current limit

Battery parameter setting

Auto test permit Start test period Test end voltage

Auto test

Test time Battery test

Test delay Test time

Short test

Test end voltage

TEMP compensate basis TEMP compensate factor High-TEMP power-off permit Battery temperature factor

High-TEMP power TEMP TEMP alarm lower limit TEMP alarm upper limit Upper limit Lower limit

d

CPMU01 Menu Reference Main Menu

Setting

Second-Level Menu

third-Level Menu

Fourth-Level Menu

System Setting

Eng Setting

22

Paremeter

Value

Address

0

Text

English

Comm Mode

Modem

Band

9600

Date

2001-01-01

Time

00:00

Load Shunt

Yes

Disp Contrast

3

System Type

TP48300/A

Modify PWD

None

Init Para

No

Rect Sleep

No

Main Menu

Second-Level Menu

third-Level Menu

Fourth-Level Menu

Setting

Paremeter

AC ON/OFF

Serious

AC Volt Low/High

Common

DC Volt Low/High

Serious

Load Off Alarm

Serious

Batt Off Alarm

Serious

Batt Fuse Alarm

Serious

Temp1 Alarm

Alarm Level Alarm Setting

Digital Alarm

Digital 1

Alarm Control Relay Relate AC Setting DC Setting

Batt Setting Batt Setting LVD Setting

Charge

23

Value

Common

Humidity Alarm

No Alarm

Batt Temp Alarm

Common

Door Alarm

Common

Water Alarm

Serious

Smoke Alarm

Serious

Rect Fail

Serious

Rect Protect

Common

Rect Comm Fail

Common

Charge Curr High

Common

Switch 1

Common

Switch 2

Common

DC SPD Alarm

Common

AC SPD Alarm

Common

Switch 5

Common

Switch 6

Common

Switch 7

Common

Wire Alarm

Serious

Generator Fail

Serious

Load Fuse Alarm

Serious

Alarm Type

High

Set Alarm Name

Switch 1

Audible Alarm Clr Hist Alarm

Yes No

Alarm Relate Relay Over Volt

AC OFF 1 280V

Under Volt

180V

Over Volt

58.0V

Under Volt

45.0V

Batt String

1

Cap 1 Cap 2

400Ah 0Ah

Install Date LLVD Enable BLVD Enable

Yes Yes

LLVD

44.0V

BLVD Float Boost

43.0V 53.5V 56.5V

Cyc BC Duration

60 days

Curr Limit

0.10C10

2001-01-01

Main Menu

Second-Level Menu

third-Level Menu

Batt Setting

Fourth-Level Menu

Auto Test Batt Test

Short Test Setting

Temp Coeff

AMB Setting

Generator

Air-condition

Paremeter

Value

Auto Test Enable

Disch Test

Cycle

120 days

Test End Volt

1.9V

Duration Test Dlay Test End Volt

10 hours — 45.0V

Duration

60 min

Temp Comp Basis

Batt 1

Temp Comp

80mV/℃

BHTD Enable

No

BHTD Temp

53℃

Low Temp Alarm

0℃

High Temp Alarm

50℃

Upper Limit

80℃

Lower Limit

-20℃

Upper Limit

80℃

Lower Limit

-20℃

High Alarm

50℃

Low Alarm

0℃

Generator Enable

No

Output Power

12.5kW

Discharge Depth

30%

High Temp OFF

Yes

Start Temp

45℃

OFF Temp Type

29℃ Single-Phase

Power

1.0kW

Rectifiers Status

Active Alarm

Major Alarm * Common Alarm *

History Alarm Batt Test Result

No Record

Version Disply

V100R001C01******** Auto

Mgmt Mode

Manual FC Std Test

Start

Quick Test End Test BC

Maintance

Rect1 Rect2 Rect3

Rect1

Rect4 Rect5 Rect6

24

ON

Appendix 3

TP48300/A Mini Power System Parameter List CAUTION Please set the number of the battery group, battery capacity, battery temperature and environment temperature according to actual configuration.

Item

Setting Bound

Factory Setting

Battery String

0~2

1

Battery Cap 1

30~1000

400Ah

Battery Cap 2

30~1000

0Ah

LLVD

BLVD~DC Under volt

44.0V

BLVD

35V~LLVD

43.0V

Battery Float

43.2V~57.6V

53.5V

Battery Boost

43.2V~57.6V

56.5V

Rect Sleep

YES/NO

NO

LLVD Enable

YES/NO

YES

BLVD Enable

YES/NO

YES

Current Limit Coefficient

0.05~0.25

0.1

Battery High Temp -50℃~100℃ Alarm Environment High -50℃~100℃ Alarm

50℃ 50℃

25

1st Rev Date

Sign 2st Rev

Date

Sign