SMU02B Site Monitoring Unit V500R002C20
User Manual
Issue
04
Date
2019-08-30
HUAWEI TECHNOLOGIES CO., LTD.
Copyright © Huawei Technologies Co., Ltd. 2019. 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:
https://www.huawei.com
Email:
[email protected]
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Preface
Preface Purpose This document describes the site monitoring unit SMU in terms of its hardware, liquid crystal display (LCD), web user interface (WebUI), common operations, remote management, and features. This document describes all the functions of the SMU. Some functions are implemented by hardware (such as the DC meter and battery cell detector). If the corresponding hardware is not connected to the SMU, the function is not available. Figures in this manual are for reference only.
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 Indicates a hazard with a high level of risk which, if not avoided, will result in death or serious injury. Indicates a hazard with a medium level of risk which, if not avoided, could result in death or serious injury. Indicates a hazard with a low level of risk which, if not avoided, could result in minor or moderate injury. Indicates a potentially hazardous situation which, if not avoided, could result in equipment damage, data loss, performance deterioration, or unanticipated results. NOTICE is used to address practices not related to personal injury.
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Symbol
Preface
Description Supplements the important information in the main text. NOTE is used to address information not related to personal injury, equipment damage, and environment deterioration.
Change History Changes between document issues are cumulative. The latest document issue contains all the changes made in earlier issues.
Issue 04 (2019-08-30) Deleted contents about the app and WiFi. Added the content to modify the WiFi password.
Issue 03 (2019-02-22) Updated parameter lists.
Issue 02 (2018-05-25) Optimized the SMU replacement procedure. Updated parameter lists.
Issue 01 (2018-01-20) This issue is the first official release. The corresponding software version is V500R002C20.
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Contents
Contents Preface ............................................................................................................................................... ii 1 Product Overview ......................................................................................................................... 1 2 Component Description............................................................................................................... 2 2.1 SMU02B ....................................................................................................................................................................... 2 2.2 SMU02B1 ..................................................................................................................................................................... 5 2.3 UIM02C ........................................................................................................................................................................ 9 2.4 NIM02D...................................................................................................................................................................... 12 2.5 NIM01C ...................................................................................................................................................................... 14 2.6 CIM02C ...................................................................................................................................................................... 17
3 User Interfaces ............................................................................................................................. 20 3.1 LCD ............................................................................................................................................................................ 20 3.1.1 Setup Wizard............................................................................................................................................................ 20 3.1.2 Modifying the display language............................................................................................................................... 21 3.1.3 Restart Button .......................................................................................................................................................... 22 3.1.4 Password .................................................................................................................................................................. 22 3.1.5 Standby Screen ........................................................................................................................................................ 22 3.2 WebUI ......................................................................................................................................................................... 23 3.2.1 Connecting a Communications Cable ...................................................................................................................... 23 3.2.2 Setting Parameters ................................................................................................................................................... 24 3.2.3 Logging In to the WebUI ......................................................................................................................................... 24
4 NMS Management ...................................................................................................................... 26 4.1 U2000-SPM Management .......................................................................................................................................... 26 4.1.1 Connecting a communications cable ....................................................................................................................... 26 4.1.2 Setting Parameters ................................................................................................................................................... 27 4.2 NetEco Management .................................................................................................................................................. 27 4.2.1 IP Networking .......................................................................................................................................................... 27 4.2.2 Wireless Networking................................................................................................................................................ 29 4.2.3 BBU In-band Networking ........................................................................................................................................ 32 4.2.4 Logging In to the NetEco......................................................................................................................................... 33 4.3 NMS Management over SNMP .................................................................................................................................. 34 4.3.1 Site Configuration .................................................................................................................................................... 34
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4.3.1.1 Connecting a Communications Cable ................................................................................................................... 34 4.3.1.2 Setting Parameters ................................................................................................................................................ 34 4.3.2 Setting SNMP Parameters........................................................................................................................................ 35 4.3.3 NMS Commissioning .............................................................................................................................................. 36 4.4 NMS Management over YDN1363 Protocol .............................................................................................................. 36 4.4.1 Connecting a Communications Cable ...................................................................................................................... 36 4.4.2 Setting Parameters ................................................................................................................................................... 37 4.5 NMS Management over Modbus ................................................................................................................................ 38 4.5.1 Connecting a Communications Cable ...................................................................................................................... 38 4.5.2 Setting Parameters ................................................................................................................................................... 38 4.6 NMS Management over TCP-Modbus ....................................................................................................................... 39 4.6.1 Connecting a Communications Cable ...................................................................................................................... 39 4.6.2 Setting Parameters ................................................................................................................................................... 39
5 Common Tasks ............................................................................................................................ 41 5.1 Common Installation Tasks......................................................................................................................................... 41 5.1.1 Using a USB Flash Drive for Site Deployment ....................................................................................................... 41 5.1.2 Setting the Time Zone and Time .............................................................................................................................. 42 5.1.3 Setting Basic Battery Parameters ............................................................................................................................. 42 5.1.4 Setting the Alarm Enable Option, Alarm Severity, and Associated Relays.............................................................. 44 5.1.5 Setting Alarm Parameters for Dry Contacts ............................................................................................................. 44 5.1.6 Setting Rectifier Addresses ...................................................................................................................................... 45 5.2 Common Maintenance Tasks ...................................................................................................................................... 47 5.2.1 Backing Up the Current Settings ............................................................................................................................. 47 5.2.2 Restoring Factory Defaults ...................................................................................................................................... 47 5.2.3 Upgrading Software ................................................................................................................................................. 48 5.2.4 Changing a User Password ...................................................................................................................................... 49 5.2.5 Viewing Dry Contact Association Information ........................................................................................................ 51 5.2.6 Viewing Active Alarms ............................................................................................................................................ 52 5.2.7 Viewing Historical Alarms ....................................................................................................................................... 53 5.2.8 Deleting Devices Failing in Communication ........................................................................................................... 54 5.2.9 Viewing Version Information ................................................................................................................................... 54 5.2.10 Exporting Maintenance Information ...................................................................................................................... 55
6 Hardware Replacement .............................................................................................................. 57 6.1 Replacing an SMU02B ............................................................................................................................................... 57 6.2 Replacing an SMU02B1 ............................................................................................................................................. 58 6.3 Replacing a UIM02C Board ....................................................................................................................................... 60 6.4 Replacing an NIM02D Board ..................................................................................................................................... 62 6.5 Replacing an NIM01C ................................................................................................................................................ 63 6.6 Replacing a CIM02C .................................................................................................................................................. 65
A Parameter Lists ........................................................................................................................... 67 A.1 LCD Menu Hierarchy ................................................................................................................................................ 67 Issue 04 (2019-08-30)
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A.2 Running Information .................................................................................................................................................. 68 A.3 Setting Wizard............................................................................................................................................................ 86 A.4 Parameters Settings .................................................................................................................................................... 88 A.5 Running Control ...................................................................................................................................................... 148 A.6 Site Maintain ............................................................................................................................................................ 159 A.7 User Management .................................................................................................................................................... 159
B Technical Specifications ......................................................................................................... 160 C FAQ ............................................................................................................................................. 161 C.1 How Do I Prepare the WebUI Operating Environment? .......................................................................................... 161 C.2 What Should I Do If I Forgot the Password? ........................................................................................................... 166
D Acronyms and Abbreviations................................................................................................ 167
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1 Product Overview
1
Product Overview
Figure 1-1 Monitoring unit panel
(1) The communications expansion module
(2) SMU02B/SMU02B1
(3) UIM02C (compatible with the NIM02D)/UIM02D
Table 1-1 Monitoring unit configure Monitoring Unit
Function Introduction
SMU02B/SMU02B1
The SMU02B/SMU02B1 (SMU for short) is a compact high-end monitoring module that monitors and manages Huawei's box-type and cabinet-type power systems. The SMU can manage a site power system through the liquid crystal display (LCD), web user interface (WebUI), and Huawei NetEco.
UIM02C/UIM02D
It provides sensor ports, RS485 ports, and dry contact input and output ports to manage the interior environment of the power system and to report alarms.
NIM02D
It provides sensor ports, and FE ports to connect the NMS or smart device such as an IP camera.
NIM01C
It provides a wireless antenna port and 12 V COM port to manage intelligent electronic locks and cameras and to report alarms.
CIM02C
It provides 12 V COM ports to connect smart devices.
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2 Component Description
2
Component Description
2.1 SMU02B Panel Figure 2-1 SMU02B panel
(1) Run indicator
(2) Minor alarm indicator
(3) Major alarm indicator
(4) Buttons
(5) USB port (protected by a security mechanism)
(6) RS485/RS232 port
(7) Handle
(8) Locking latch
(9) Fast Ethernet (FE) port
(10) LCD
Indicators Table 2-1 Indicator description Name
Color
Status
Description
Run indicator
Green
Off
The SMU is faulty or has no DC input.
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Name
2 Component Description
Color
Minor alarm indicator
Yellow
Major alarm indicator
Red
Status
Description
Blinking slowly (0.5 Hz)
The SMU is running properly and communicating with the host properly.
Blinking fast (4 Hz)
The SMU is running properly but fails to communicate with the host properly.
Off
No minor or warning alarm is generated.
Steady on
A minor or warning alarm is generated.
Off
No critical or major alarm is generated.
Steady on
A critical or major alarm is generated.
Buttons Table 2-2 Button description Button
Name
Description
Up
Press Up and Down to scroll through the menus or to change the value of a parameter.
Down Cancel
Returns to the previous menu without saving the settings.
Enter
Enters the main menu from the standby screen.
Enters a submenu from the main menu.
Saves menu settings on a submenu.
NOTE The LCD screen becomes dark if no button is pressed within 30 seconds.
You need to log in again if no button is pressed within 1 minute.
To increase or decrease a parameter value quickly, hold down
To restart the SMU, hold down
To increase (or decrease) the LCD contrast ratio, hold down seconds.
and
or
.
for 10 seconds. and
(or
) for 2
USB Ports You can quickly deploy a site, import and export configuration files, export running logs, and upgrade software by inserting the USB flash drive that is specially used for site deployment into the USB port.
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After installing the specific WiFi module using the USB port, you can access the WebUI locally, which facilitates operations.
Using WiFi modules provided by another vendor may cause data loss or function exception. Consequences arising from this will not be borne by Huawei.
Communications Ports Table 2-3 Communication port description Communications Port
Communications Parameter
Communications Protocol
FE
10/100M autonegotiation
HTTPS, NetEco protocol, SNMP and TCP-Modbus protocol
RS485/RS232
Baud rate: 1200bit/s, 2400bit/s, 4800bit/s, 9600bit/s, 14400bit/s, 19200bit/s, 115200bit/s
Master/slave protocol, YDN protocol, and Modbus protocol
NOTE All these ports are protected by a security mechanism.
Figure 2-2 FE/RS485/RS232 port pins
Table 2-4 Pin definitions for the FE port Pin
Signal
Description
1
TX+
Transmits data over FE.
2
TX-
3
RX+
6
RX-
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Receives data over FE.
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Pin
Signal
Description
4, 5, 7, 8
NA
-
Table 2-5 Pin definitions for the RS485/RS232 port Pin
Signal
Description
1
TX+
Transmits data over RS485.
2
TX-
4
RX+
5
RX-
3
RX232
Receives data over RS232.
7
TX232
Transmits data over RS232.
6
PGND
Connects to the ground.
8
NA
–
Receives data over RS485.
2.2 SMU02B1 Panel Figure 2-3 SMU02B1 panel
(1) SD card slot
(2) Run indicator
(3) Minor alarm indicator
(4) Major alarm indicator
(5) Buttons
(6) USB port (protected by a security mechanism)
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(7) RS485/RS232 port
(8) Fast Ethernet (FE) port
(9) LCD
Indicators Table 2-6 Indicator description Name
Color
Status
Description
Run indicator
Green
Off
The SMU is faulty or has no DC input.
Blinking slowly (0.5 Hz)
The SMU is running properly and communicating with the host properly.
Blinking fast (4 Hz)
The SMU is running properly but fails to communicate with the host properly.
Off
No minor or warning alarm is generated.
Steady on
A minor or warning alarm is generated.
Off
No critical or major alarm is generated.
Steady on
A critical or major alarm is generated.
Minor alarm indicator
Yellow
Major alarm indicator
Red
Buttons Table 2-7 Button description Button
Name
Description
Up
Press Up and Down to scroll through the menus or to change the value of a parameter.
Down
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Cancel
Returns to the previous menu without saving the settings.
Enter
Enters the main menu from the standby screen.
Enters a submenu from the main menu.
Saves menu settings on a submenu.
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Button
2 Component Description
Name
Description
NOTE The LCD screen becomes dark if no button is pressed within 30 seconds.
You need to log in again if no button is pressed within 1 minute.
To increase or decrease a parameter value quickly, hold down
To restart the SMU, hold down
To increase (or decrease) the LCD contrast ratio, hold down seconds.
and
or
.
for 10 seconds. and
(or
) for 2
SD Card Slot SD card is used for storing the camera capture images, maximum support 32G capacity.
USB Ports You can quickly deploy a site, import and export configuration files, export running logs, and upgrade software by inserting the USB flash drive that is specially used for site deployment into the USB port. After installing the specific WiFi module using the USB port, you can access the WebUI locally, which facilitates operations.
Using WiFi modules provided by another vendor may cause data loss or function exception. Consequences arising from this will not be borne by Huawei. After a wireless module is connected to the USB port, the SMU can communicate with the NMS in wireless mode.
Communications Ports Table 2-8 Communications port description Communications Port
Communications Parameter
Communications Protocol
FE
10/100M autonegotiation
HTTPS, NetEco protocol, SNMP and TCP-Modbus protocol
RS485/RS232
Baud rate: 1200bit/s, 2400bit/s, 4800bit/s, 9600bit/s, 14400bit/s, 19200bit/s, 115200bit/s
Master/slave protocol, YDN protocol, and Modbus protocol
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Communications Port
Communications Parameter
Communications Protocol
NOTE All these ports are protected by a security mechanism.
Figure 2-4 FE/RS485/RS232 port pins
Table 2-9 Pin definitions for the FE port Pin
Signal
Description
1
TX+
Transmits data over FE.
2
TX-
3
RX+
6
RX-
4, 5, 7, 8
NA
Receives data over FE.
-
Table 2-10 Pin definitions for the RS485/RS232 port Pin
Signal
Description
1
TX+
Transmits data over RS485.
2
TX-
4
RX+
5
RX-
3
RX232
Receives data over RS232.
7
TX232
Transmits data over RS232.
6
PGND
Connects to the ground.
8
NA
–
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Receives data over RS485.
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2.3 UIM02C Panel Figure 2-5 Panel
(1) Communications port
(2) Dry contact output ports
(3) Dry contact input ports
(4) Sensor ports
Port Description Table 2-11 Port description Port Type
Silk Screen
Remarks
Sensor ports
TEM-HUM
Ambient temperature and humidity sensor
WATER
Water sensor
TEMP1
Temperature sensor 1
TEMP2
Temperature sensor 2
GATE
Door status sensor
SMOKE
Smoke sensor
BTEMP
Battery temperature sensor
DIN1
Dry contact input 1
DIN2
Dry contact input 2
DIN3
Dry contact input 3
DIN4
Dry contact input 4
DIN5
Dry contact input 5
DIN6
Dry contact input 6
ALM1
Dry contact output 1
ALM2
Dry contact output 2
ALM3
Dry contact output 3
Dry contact input ports
Dry contact output ports
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Port Type
Communications port
Silk Screen
Remarks
ALM4
Dry contact output 4
ALM5
Dry contact output 5
ALM6
Dry contact output 6
ALM7
Dry contact output 7
ALM8
Dry contact output 8
COM
RS485
Communications Port Table 2-12 COM port description Communications Port
Communications Parameter
Communications Protocol
Purpose
COM
Baud rate: 1200 bit/s, 2400 bit/s, 4800 bit/s, 9600 bit/s, 14400 bit/s, 19200 bit/s, 115200 bit/s
Master/slave, Modbus and YDN1363 protocols
Connects to a downstream device, such as the intelligent battery detector or intelligent air conditioner.
NOTE The COM port is protected by a security mechanism.
Figure 2-6 Pins in the COM port
Table 2-13 COM port pin definitions Pin
Signal
Remarks
1
RX+
Receives data over RS485.
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Pin
Signal
Remarks
2
RX-
4
TX+
5
TX-
6
PGND
Protective ground
3, 7, 8
NA
-
Transmits data over RS485.
Sensor Ports Figure 2-7 Pins in sensor ports
Table 2-14 UIM02C pin definitions Silk Screen
No.
Pins
TEM-HUM
1
12 V
2
ENV_TEMP
3
12 V
4
ENV_HUM
1
12 V
2
WATER
3
GND
4
-
1
GND
2
TEMP1
WATER
TEMP1
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Silk Screen
No.
Pins
TEMP2
1
GND
2
TEMP2
1
GATE+
2
GATE-
1
SMOKE
2
12 V
1
GND
2
BTEMP
GATE
SMOKE
BTEMP
2.4 NIM02D Panel Figure 2-8 Panel
(1) FE cascade port
(2) Signal Input ports/12 V power port
(3) FE ports
Ports Table 2-15 Port Description Port
Function
Communications Parameter
FE_CASCADE
Connects to the FE port on the SMU.
10/100M autonegotiation
FE1/2/3/4
Connects to an NMS or a smart device such as an IP camera.
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Port
Function
Communications Parameter
CH1/2/3/4/5/6
Signal Input ports.
-
12 V
12 V power output.
-
Remarks:
The FE ports are protected by a security mechanism.
CH1/2/3/4 supports AI (4–20 mA), AI (0–10 V DC), or DI detection. The function can be used by hardware jumper or software parameter configuration.
CH5/6 supports only AI (4–20 mA) detection by default.
Figure 2-9 Pins in an FE communications port
Table 2-16 Pin definitions for FE communications ports Pin
Signal
Description
1
TX+
Transmits data over FE.
2
TX-
3
RX+
6
RX-
4, 5, 7 and 8
NA
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Receives data over FE.
-
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2.5 NIM01C Panel Figure 2-10 NIM01C panel
(1) SIM card slots (2 PCS)
(2) 3G indicator (unavailable if the module does not provide 3G functions)
(3) Alarm indicator
(4) Run indicator
(5) ANT communications port (unavailable if the module does not provide 3G functions)
(6) COM1 port
(7) COM2 port
(8) COM3/CAN port
(9) COM4 port
(10) Handle
-
-
Indicators Table 2-17 Indicator description Indicator
Color
Status
Description
3G indicator
Green
Steady on
The dial-up connection is in the data service state.
Blinking at a period of 2s (on for 0.1s and then off for 1.9s)
The network has been registered.
Blinking at a period of 2s (on for 0.1s, off for 0.1s, on for 0.1s and then off for 1.7s)
A network is in search, or no network is connected.
Off
No alarm is generated.
Steady on
An alarm is generated.
Alarm indicator
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Red
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Indicator
Color
Status
Description
Run indicator
Green
Off
The NIM01C is not running because it is faulty or has no DC input.
Blinking at 0.5 Hz
The NIM01C is running and communicating with the host properly.
Blinking at 4 Hz
The NIM01C is running properly, but fails to communicate with the host.
Communications Ports Table 2-18 Communications port description Communications Port
Communications Parameter
Description
COM1 port
Baud rate: 1200bit/s, 2400bit/s, 4800bit/s, 9600bit/s, 14400bit/s, 19200bit/s, 115200bit/s
Supports master/slave protocols and Modbus.
Baud rate: 1200bit/s, 2400bit/s, 4800bit/s, 9600bit/s, 14400bit/s, 19200bit/s, 115200bit/s
Supports master/slave protocols and Modbus.
Baud rate: 1200bit/s, 2400bit/s, 4800bit/s, 9600bit/s, 14400bit/s, 19200bit/s, 115200bit/s
COM3: Supports master/slave protocols and Modbus.
COM2 port
COM3/CAN port
Supplies 12 V power.
Supplies 12 V power.
CAN: Supports CAN protocol. COM4 port
Baud rate: 1200bit/s, 2400bit/s, 4800bit/s, 9600bit/s, 14400bit/s, 19200bit/s, 115200bit/s
Supports Modbus.
Figure 2-11 Pins in the COM1, COM2, and COM3 ports
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Table 2-19 Description for the pins in the COM1 and COM2 ports Pin
Signal
Description
1
RS485+
RS485 data +
2
RS485-
RS485 data -
3
12 V
Supply power
4
RS485+
RS485 data +
5
RS485-
RS485 data -
6
NA
-
7
NA
-
8
GND
Grounded
Table 2-20 Description for the COM3/CAN port pins Pin
Signal
Description
1
RX+
Receives data over RS485.
2
RX-
3
NA
–
4
TX+
Sends data over RS485.
5
TX-
6
NA
–
7
CANH
CAN high level signal.
8
CANL
CAN low level signal.
Table 2-21 Description for the COM4 port pins Silk Screen
Signal
Description
R+
RS485+
RS485 data +
R-
RS485-
RS485 data -
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2.6 CIM02C Panel Figure 2-12 CIM02C panel
(1) COM1 port
(2) COM2 port
(3) COM3/COM4 port
(4) 12 V power port
(5) COM5 port
(6) Handle
Communications Ports Table 2-22 Communications port description Communications Port
Description
Communications Parameter
COM1 port
Supports RS485.
Baud rate
12 V power supply, maximum output 1.5 A.
Default value: 9600 bit/s
Connects to a smart device. COM2 port
Supports RS485.
Options: 1200 bit/s, 2400 bit/s, 4800 bit/s, 9600 bit/s, 14400 bit/s, 19200 bit/s, 115200 bit/s
12 V power supply, maximum output 1.5 A. Connects to a smart device. COM3/COM4 port
COM3 supports RS485. COM4 supports RS232 and CAN. RS232 is used by default, which can be changed to CAN by using a jumper. Connects to a third-party power supply.
COM5 port
Supports RS232 and RS485. RS485 is used by default, which can be changed to RS232 by using a jumper. Connects to an air conditioner.
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Figure 2-13 Pins in the COM1, COM2, or COM3/COM4 port
Table 2-23 Pin definitions for the COM1 and COM2 ports Pin
Single
Description
1
RS485+
RS485 data +
2
RS485-
RS485 data -
3
12 V
Power supply
4
RS485+
RS485 data +
5
RS485-
RS485 data -
6
NA
–
7
NA
–
8
GND
Ground
Table 2-24 Pin definitions for the COM3/4 port Pin
Single
Description
1
RS485_RX+
Receives data over RS485.
2
RS485_RX-
3
RS232_RXD
Receives data over RS232.
4
RS485_TX+
Transmits data over RS485.
5
RS485_TX-
6
NA
-
7
CANH/RS232_TXD
CAN high level signal/Transmits data over RS232.
8
CANL
CAN low level signal.
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Table 2-25 Pin definitions for the COM5 port Silk Screen
Signal
Description
R+/TX
RS485+/RS232_TXD
RS485 data + or transmits data over RS232.
R-/RX
RS485-/RS232_RXD
RS485 data - or receives data over RS232.
GND
GND
Ground.
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User Interfaces
3.1 LCD 3.1.1 Setup Wizard After the SMU is powered on for the first time, the Setup Wizard page is displayed, as shown in the following figure.
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Figure 3-1 Setup wizard
3.1.2 Modifying the display language The monitoring unit supports English, Chinese, French, Spanish, Portuguese, Russian, Italian, German, Turkish, and Japanese.
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When the monitoring unit is running properly, choose the following menus to select a language. Table 3-1 Modifying the display language Main Menu
Second-Level Menu
Third-Level Menu
Setting
Parameters Settings
Local Parameters
Language
Select a desired language.
3.1.3 Restart Button To restart the monitoring unit, hold down
and
for 10s.
3.1.4 Password Two-level password management supported by the LCD, two user levels are available. Table 3-2 Two-level password management Level
Operation Permission
Password
engineer
All permissions except for changing the administrator password and resetting the web password.
000001
admin
Has all operation permissions.
012589 NOTE The admin password can only be used by the administrator. It must not be provided for third-party maintenance personnel.
3.1.5 Standby Screen The following figure shows the monitoring unit standby screen, which displays basic power system information, including the bus bar voltage, total load current, and total battery current.
The parameter values in the figures are for reference only.
Figure 3-2 Standby screen
The standby screen is displayed if no button is pressed within 1 minute on any screen.
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On the standby screen, you can press , , and to enter the version information screen, basic information screen, and main menu screen respectively, as shown in the following figure. Figure 3-3 Standby screen operations
Main menu include active alarm, running information, setting wizard, parameters settings, running control, site maintain and user management.
3.2 WebUI 3.2.1 Connecting a Communications Cable Procedure Step 1 Preparing the Operating Environment, see C FAQ. Step 2 Connect the FE port on the SMU by using a network cable, as shown in Figure 3-4. Figure 3-4 Connecting a Communications Cable
(1) FE port
----End
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3.2.2 Setting Parameters Procedure Step 1 Apply to the site or equipment room network administrator for a fixed IP address. Step 2 Set the IP address, subnet mask, and gateway address on the LCD. Table 3-3 IP parameters Main Menu
Second-Level Menu
Third-Level Menu
Default Value
Setting Value
Setting Wizard
Network Parameters
IP Address
192.168.0.10
Set this parameter according to the address provided by the network administrator.
Subnet Mask
255.255.255.0
Set this parameter according to the subnet mask provided by the network administrator.
Default Gateway
192.168.0.1
Set this parameter according to the gateway address provided by the network administrator.
----End
3.2.3 Logging In to the WebUI Procedure Step 1 Set the PC IP address in the same network segment as the SMU IP address. For example, if the SMU has an IP address of 192.168.0.10, a subnet mask of 255.255.255.0, and a default gateway of 192.168.0.1, set the IP address to 192.168.0.11, subnet mask to 255.255.255.0, and default gateway to 192.168.0.1 on the PC. Step 2 Enter https://monitoring unit local IP address (for example, https://192.168.0.10) in the address box of the browser, and then press Enter to access the WebUI login page.
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Figure 3-5 WebUI login page
The preset user names include admin, engineer, and operator, and the preset password is Changeme. The user names are intended for administrators, engineers, and operators respectively. Change the preset password when you first log in to ensure system security. The method about how to change the password, see 5.2.4 Changing a User Password.
----End
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4.1 U2000-SPM Management 4.1.1 Connecting a communications cable Procedure Step 1 Connect one end of a network cable to the RS485/RS232 port on the SMU. Step 2 Connect the other end to the MON0 or MON1 port on the BBU. Figure 4-1 Connecting a communications cable
(1) RS485/RS232 port
(2) MON1 port
----End
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4.1.2 Setting Parameters Step 1 On the LCD, check that the port mode, protocol type, baud rate and communication address are the same as the default values in the following table. Table 4-1 Communications parameters Main Menu
Second-Level Menu
Third-Level Menu
Fourth-Level Menu
Fifth-Level Menu
Setting Value
Parameters Settings
Comm. Parameters
Serial Port
Northbound
Port Mode
Manual
Protocol Type
M/S Protocol
Baud Rate
-
9600
Comm. Address
-
3
M/S Protocol
----End
4.2 NetEco Management 4.2.1 IP Networking Step 1 Connect a network cable to the FE port on the SMU. Figure 4-2 Connecting a communications cable
(1) FE Port
Step 2 Apply to the site or equipment room network administrator for a fixed IP address. Step 3 Set the IP address, subnet mask, and gateway address on the LCD.
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Table 4-2 IP parameters Main Menu
Second-Level Menu
Third-Level Menu
Default Value
Setting
Setting Wizard
Network Parameters
IP Address
192.168.0.10
Set this parameter based on the address assigned by the network administrator.
Subnet Mask
255.255.255.0
Set this parameter based on the address assigned by the network administrator.
Default Gateway
192.168.0.1
Set this parameter based on the address assigned by the network administrator.
Step 4 Set IP addresses and port numbers for the active and standby NetEco servers on the LCD. Table 4-3 NetEco parameters Main Menu
Second-Level Menu
Third-Level Menu
Fourth-Level Menu
Default Value
Setting
Parameters Settings
Comm. Parameters
Network Parameters
NetEco Primary IP
192.168.0.10
Set this parameter to the IP address of the active NetEco server.
NetEco Backup IP
192.168.0.10
Set this parameter to the IP address of the standby NetEco server.
NetEco Port Number
31220
31220 NOTE Please contact Huawei technical support if you need change the port number.
----End
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4.2.2 Wireless Networking Installing a Wireless Antenna Step 1 Insert the SIM card into the SIM card slot in the communications expansion board. The SIM card should support GSM and WCDMA standards and enable the PS (data service) functions. Step 2 Connect the GPRS antenna to the ANT port on the NIM01C. Figure 4-3 Connection between a GPRS antenna and an NIM01C
----End
Setting Communications Parameters Step 1 Check whether the default wireless communications parameters on the LCD are consistent with the communication configurations of the carrier network that the SIM card belongs to. If they are inconsistent, modify the parameters according to the actual configurations of the carrier network. Table 4-4 Checking wireless communication parameters Main Menu
Second-Level Menu
Third-Level Menu
Fourth-Level Menu
Default Value
Value Range
Parameters Settings
Comm. Parameters
Mobile Data
Carrier Operator
Automatic
Automatic, Others
SIMn Acc Point Name
3GNET
A maximum of 28 characters, including lowercase English letters (a-z),
NOTE This parameter is displayed only when Carrier Operator is
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Second-Level Menu
Third-Level Menu
Fourth-Level Menu
Default Value
set to Others.
SIMn Access Point No
*99#
NOTE This parameter is displayed only when Carrier Operator is set to Others.
SIMn User Name
Value Range uppercase English letters (A-Z), digits (0-9), and special characters (@_#*-.).
3GNET
NOTE This parameter is displayed only when Carrier Operator is set to Others.
SIMn User Password NOTE This parameter is displayed only when Carrier Operator is set to Others.
-
A maximum of 27 characters, including lowercase English letters (a-z), uppercase English letters (A-Z), digits (0-9), and special characters (@_#-.). It is recommended that the password contain at least two types of characters and the length exceed six characters.
Step 2 Set IP addresses and port numbers for the active and standby NetEco servers on the LCD.
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Table 4-5 Setting NetEco parameters Main Menu
Second-Level Menu
Third-Level Menu
Fourth-Level Menu
Default Value
Setting
Parameters Settings
Comm. Parameters
Network Parameters
NetEco Primary IP
192.168.0.10
Set this parameter to the IP address of the active NetEco server.
NetEco Backup IP
192.168.0.10
Set this parameter to the IP address of the standby NetEco server.
NetEco Port Number
31220
31220 NOTE Please contact Huawei technical support if you need change the port number.
----End
Verifying Network Connection Status After the SIM card and wireless antenna are installed, the SIM card automatically accesses the wireless network in dial-up mode. You can view the network connection status on the LCD. Table 4-6 Verifying the network connection status Main Menu
Second-Level Menu
Third-Level Menu
Remarks
Running Information
Mobile Data Info
Connection Status
Connected indicates successful dial-up and normal network connection.
The following table shows general requirements of GPRS Network performance. If the network performance is worse than the requirements, communication interruption may happen.
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Table 4-7 GPRS main performance index Index
Description
Reference
Received signal strength indicator (RSSI)
If the probability of received signal code power (RSCP) greater than –89 dBm is less than 95%, the cell coverage of wireless signals is poor.
P (RSCP > –89 dBm) 95%
Packet Data Protocol (PDP) activation success rate
PDP activation success rate = Successful number of PDP activation/Total number of PDP activation
95%
Attach attachment success rate
Attach attachment success rate = Successful number of PDP attachment/Total number of PDP attachment
95%
Handover success rate
Handover success rate = Successful number of GPRS handover/Total number of GPRS handover
98%
4.2.3 BBU In-band Networking Step 1 Connect one end of a network cable to the RS485/RS232 port on the SMU. Step 2 Connect the other end to the MON0 or MON1 port on the BBU. Figure 4-4 Connecting a communications cable
(1) RS485/RS232 Port
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Step 3 Set the port mode, communications protocol type, baud rate, and communications address on the LCD. Table 4-8 Setting communications parameters Main Menu
Second-Level Menu
Third-Level Menu
Fourth-Level Menu
Fifth-Level Menu
Setting
Parameters Settings
Comm. Parameters
Serial Port
Northbound
Port Mode
Manual
Protocol Type
M/S Protocol
Baud Rate
-
9600
Comm. Address
-
3
M/S Protocol
----End
4.2.4 Logging In to the NetEco Procedure Step 1 Enter https: //NetEco IP address: port number for NetEco login (for example, https://10.10.10.1:31943) in the address box of the browser and press Enter. The NetEco login page is displayed. Figure 4-5 NetEco login page
Step 2 Enter the correct user name and password and click Log In.
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To obtain the NetEco user name and password, contact the site or equipment room network administrator.
4.3 NMS Management over SNMP 4.3.1 Site Configuration 4.3.1.1 Connecting a Communications Cable Step 1 Connect the FE port on the SMU by using a network cable, as shown in Figure 4-6. Figure 4-6 Connecting a Communications Cable
(1) FE port
----End
4.3.1.2 Setting Parameters Procedure Step 1 Apply to the site or equipment room network administrator for a fixed IP address. Step 2 Set the IP address, subnet mask, and gateway on the LCD, as shown in Table 4-9. Table 4-9 IP parameters Main Menu
Second-Level Menu
Third-Level Menu
Default Value
Setting Value
Setting Wizard
Network Parameters
IP Address
192.168.0.10
Set this parameter according to the address provided by the network administrator.
Subnet Mask
255.255.255. 0
Set this parameter according to the
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Second-Level Menu
Main Menu
Third-Level Menu
Default Value
Setting Value subnet mask provided by the network administrator.
Default Gateway
192.168.0.1
Set this parameter according to the gateway address provided by the network administrator.
----End
4.3.2 Setting SNMP Parameters Prerequisites You can set SNMP parameters remotely or locally on the WebUI.
Before setting SNMP parameters, obtain the information listed in Table 4-10 from the SNMP NMS. Table 4-10 Information obtained from the NMS Item
Description
SNMP version
SNMP version and port number used for communication between the SMU and NMS. The SNMP version can be SNMPv1, SNMPv2c, SNMPv3.
SNMP Port Number Read Community Name Write Community Name User Name MD5/SHA Password
If you use SNMPv1 or SNMPv2c, enter the read and write community names that comply with the NMS. Otherwise, the SMU will not connect to the NMS. The read community name must be different from the write community name. To enhance the security, you need a user name and password for authentication if you use SNMPv3. After the authentication succeeds, the SMU can communicate with the NMS.
DES/AES Password Trap Target Address
IP address and port number used for reporting alarm trap packets.
Trap Port Trap Community
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Procedure Step 1 Log in to the WebUI.
The preset user name is admin, and the preset password is Changeme.
Step 2 Access the System Settings page and set SNMP.
There are two or more NMSs and the SNMP versions have both SNMPv1 or SNMPv2c and SNMPv3: Set SNMP Version to ALL in SNMP, and set SNMP Port Number, Read Community Name, and Write Community Name. Then click Add in SNMPv3, and set User Name, MD5/SHA Password, and DES/AES Password. Then click Confirm.
SNMPv1 or SNMPv2c: Set SNMP Version to SNMPv1&SNMPv2c in SNMP,and set SNMP Port Number, Read Community Name, and Write Community Name. Then click Confirm.
SNMPv3: Set SNMP Version to SNMPv3 in SNMP, click Add in SNMPv3, and set User Name, MD5/SHA Password, and DES/AES Password. Then click Confirm.
Step 3 In SNMP Trap, click Add.
If the SNMP Version is SNMPv1 or SNMPv2c, set Trap Target Address and Trap Port and set Trap community.
If the SNMP Version is SNMPv3, set Trap Target Address and Trap Port and SNMPv3 User Name.
SNMP Version in this place can be different from the version in Step 2.
Step 4 In Mib files, click Export to export the Mib file and then import it into the NMS.
If there is only one NMS, perform Step 4 once only.
----End
4.3.3 NMS Commissioning You can query the power system operating status, active alarms, and the names of user-defined dry contact inputs, and configure dry contact outputs on the network management system (NMS) that is connected over the Simple Network Management Protocol (SNMP).
4.4 NMS Management over YDN1363 Protocol 4.4.1 Connecting a Communications Cable Step 1 Connect one end of a network cable to the RS485/RS232 port on the SMU. Step 2 Connect the other end to the corresponding port on the power and environment monitoring device, as shown in Figure 4-7.
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Figure 4-7 Connecting a communications cable
(1) Power and environment network management system (NMS)
(2) Power and environment monitoring device
(3) RS485/RS232 port on the SMU
----End
4.4.2 Setting Parameters Step 1 On the LCD, check that the port mode, protocol type, baud rate and communication address are the same as the default values in Table 4-11. Table 4-11 Communications parameters Main Menu
Second-Level Menu
Third-Level Menu
Fourth-Level Menu
Fifth-Level Menu
Default Value
Parameters Settings
Comm. Parameters
Serial Port
North485bound
Port Mode
Manual
Protocol Type
YDN1363 Protocol
Baud Rate
-
9600
Comm. Address
-
1
YDN1363 Protocol
----End
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4.5 NMS Management over Modbus 4.5.1 Connecting a Communications Cable Step 1 Connect one end of a network cable to the RS485/RS232 port on the SMU. Step 2 Connect the other end to the corresponding port on the third-party device, as shown in Figure 4-8. Figure 4-8 Connecting a communications cable
(1) Network management device
(2) Third-party device
(3) RS485/RS232 port on the SMU
4.5.2 Setting Parameters Step 1 On the LCD, check that the port mode, protocol type, baud rate and communication address are the same as the default values in Table 4-12. Table 4-12 Communications parameters Main Menu
Second-Level Menu
Third-Level Menu
Fourth-Level Menu
Fifth-Level Menu
Default Value
Parameters Settings
Comm. Parameters
Serial Port
Northbound
Port Mode
Manual
Protocol Type
Modbus Protocol
Baud Rate
-
9600
Comm. Address
-
33
Modbus Protocol
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4.6 NMS Management over TCP-Modbus 4.6.1 Connecting a Communications Cable Step 1 Connect the FE port on the SMU by using a network cable, as shown in Figure 4-9. Figure 4-9 Connecting a Communications Cable
(1) FE port
----End
4.6.2 Setting Parameters Procedure Step 1 Log in to the WebUI.
The preset user name is admin, and the preset password is Changeme.
Step 2 Choose System Settings > TCP-Modbus Config and set parameters. For details, see Table 4-13. Table 4-13 Communications parameters Parameter
Value
Setting Method
TCP-Modbus link Mode
Sever, Client, Sever+Client
Server: The SMU works as the server and can connect to one client for communication.
Client: The SMU works as a client and can connect to the remote server for communication.
Server+Client: The SMU works as the server and can connect to one client for communication. At the same time, the SMU works as a client and can connect to the remote server for communication.
TCP-Modbus SSL server
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Enable, Disable
The default value is Enable. NOTE
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Parameter
Value
Setting Method This parameter is displayed only when TCP-Modbus link Mode is set to Server and Server+Client.
enable TCP-Modbus SSL client enable
Enable, Disable
TCP-Modbus client IP address
-
The default value is Enable. NOTE This parameter is displayed only when TCP-Modbus link Mode is set to Client and Server+Client.
The default value is 192.168.0.10. Set the NMS IP address based on the actual situation. NOTE This parameter is displayed only when TCP-Modbus link Mode is set to Client and Server+Client.
TCP-Modbus client IP port
-
The default value is 16100. It is recommended that you not change the value. If necessary, set this parameter based on the actual situation. NOTE This parameter is displayed only when TCP-Modbus link Mode is set to Client and Server+Client.
Step 3 Upload CA certificate file, local certificate file and key file. ----End
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Common Tasks
5.1 Common Installation Tasks 5.1.1 Using a USB Flash Drive for Site Deployment Prerequisites
The USB flash drive stores the upgrade and configuration files required for site deployment.
The upgrade and configuration files must be stored in the root directory of the USB flash drive. Otherwise, the SMU cannot read the configuration file.
The configuration file name starts with Config and ends with .tar.gz or .zip.
The file name should have less than 80 characters, cannot start with fault, and cannot contain single or double quotation marks, spaces, or the following special characters:< \ > | ; $ & ` ( ) %
The USB flash drive and file have been scanned to ensure that they are not infected with viruses.
Context You can copy site configuration parameters from the LCD or WebUI to a USB flash drive to rapidly set up other sites.
Export configuration parameters from the LCD to a USB flash drive: On the LCD, choose Site Maintain > Export File to USB to export the configurations of the current operating system into a configuration file and save the file in a USB flash drive.
For details about how to export configuration parameters from the WebUI to a USB flash drive, see 5.2.1 Backing Up the Current Settings.
Procedure Step 1 Insert the USB flash drive into the SMU USB port. The LCD displays the Site Maintain screen.
When visiting Site Maintain on the LCD, enter the preset password 000001.
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Step 2 Choose Site Maintain > U Disk Upgrade/Cfg. Step 3 Select the upgrade or configuration file stored in the root directory of the USB flash drive, and tap
. Back up first. Go on? is displayed.
Step 4 Select YES and tap , Package Classifying is displayed and Config Processing is displayed, indicating that upgrade or data configuration is in progress.
The configuration or upgrade process will take about 5 minutes.
Step 5 After the upgrade or configuration is complete, Config Successful Rebooting in 15s. The SMU will restart 15 seconds later. Step 6 After the restart is complete, remove the USB flash drive. ----End
5.1.2 Setting the Time Zone and Time Set the date and time based on the local time and time zone. Table 5-1 Setting the time zone and time Main Menu
Second-Level Menu
Third-Level Menu
Setting
Setting Wizard
Date and Time
Time Zone
Set to the local time zone.
Date and Time
Set to the local date and time.
5.1.3 Setting Basic Battery Parameters Context Basic battery parameters are fundamental for the monitoring unit to manage batteries and should be set based on the number and capacity of battery strings connected.
Incorrectly setting basic battery parameters affects the battery charge and discharge management and reduces the battery lifespan.
Procedure Step 1 Set the battery type.
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Table 5-2 Setting the battery type Main Menu
Second-Level Menu
Third-Level Menu
Fourth-Level Menu
Setting
Parameters Settings
Setup Parameter
Basic Parameters
Battery Type Number
1–4
Battery Factory
Set based on site requirements.
Battery Model
Step 2 Set lead-acid battery parameters. Table 5-3 Setting lead-acid battery parameters Main Menu
Second-Level Menu
Third-Level Menu
Setting
Setting Wizard
Battery Parameters
Battery N Connected
Yes/No
Single-String Cap.
Rated capacity of the batteries in a battery string.
NOTE If N battery strings are connected, set Battery 1 Connected to Battery N Connected to Yes, and set the other parameters to No.
NOTE The batteries controlled by one circuit breaker or fuse are called a battery string.
Battery Cable Length Batt Cable CS Area
Set based on site requirements. NOTE When each battery string is connected to the RTN+ busbar over one cable, set Cable Length to half of the total length of cables between both ends of a battery string and the positive and negative busbars, and set Cable CSA to the cross-sectional area of the cable.
When each battery string is connected to the RTN+ busbar over two cables, set Cable Length to half of the total length of a suite of cables between both ends of a battery string and the positive and negative busbars, and set Cable CSA to the sum of the cross-sectional areas of the two cables.
For example:
If battery routes 1 and 2 are respectively connected to a battery string (each battery string consists of four 12 V, 150 Ah batteries in series), set Battery 1 Connected and Battery 2 Connected to Yes and others to No, and set Single-String Cap. to 150 Ah.
If battery route 1 is connected to two battery strings in parallel (each battery string consists of four 12 V, 150 Ah batteries in series), set Battery 1 Connected to Yes and others to No, and set Single-String Cap. to 300 Ah.
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5.1.4 Setting the Alarm Enable Option, Alarm Severity, and Associated Relays
You can enable or disable each alarm based on site requirements. If an alarm is enabled, the monitoring unit generates the alarm when the alarm condition is met. If an alarm is disabled, the monitoring unit does not generate the alarm.
You can set the severity of an alarm to critical, major, minor, or warning.
You can associate an alarm with a specific dry contact output relay.
The following describes how to set alarm parameters for an AC Surge Protector Fault. Table 5-4 Setting the alarm enable option, alarm severity, and associated relays Main Menu
Second-Level ThirdMenu Level Menu
FourthFifth-Level Level Menu Menu
Sixth-Level Menu
Parameters Settings
Alarm Parameters
Power System AC Surge Protector Fault
Alarm Enable Enable
Alarm Config
Setting
Alarm Severity
Major
Output Relay
ALM1 Yes
5.1.5 Setting Alarm Parameters for Dry Contacts Context
You can set associations between dry contact output status and alarm status.
You can clear the associations between all alarms and the selected dry contact inputs or outputs in one click.
You can set associations between dry contact input status and alarm status. Use DIN1 as an example. If you set DIN1 Alarm Condition to Close, the SMU generates a DIN1 Alarm when the DIN1 is closed.
Procedure Step 1 Set alarm actions for dry contact outputs. Use ALM1 as an example. Table 5-5 Setting alarm actions for dry contact outputs Main Menu
Second-Level Menu
Third-Level Menu
Fourth-Level Menu
Setting
Parameters Settings
Alarm Parameters
DO Dry Contact Para.
ALM1 Alarm Action
Close, Open
Step 2 Clear associations between alarms and dry contact outputs. Use ALM1 as an example.
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Table 5-6 Clearing associations between alarms and dry contact outputs Main Menu
Second-Level Menu
Third-Level Menu
Fourth-Level Menu
Setting
Parameters Settings
Alarm Parameters
Clear ALM Asso.
Clear ALM1 Asso.
Yes
Step 3 Set alarm conditions for dry contact inputs. Use DIN1 as an example. Table 5-7 Setting alarm conditions for dry contact inputs Main Menu
Second-Level Menu
Third-Level Menu
Fourth-Level Menu
Setting
Parameters Settings
Alarm Parameters
DI Dry Contact Para.
DIN1 Alm. Cond.
Close, Open
Step 4 Clear associations between alarms and dry contact inputs. Use DIN1 as an example. Table 5-8 Clearing associations between alarms and dry contact inputs Main Menu
Second-Level Menu
Third-Level Menu
Fourth-Level Menu
Setting
Parameters Settings
Alarm Parameters
Clear DI Asso.
Clear DIN1 Asso.
Yes
----End
5.1.6 Setting Rectifier Addresses Context You can set rectifier addresses only on the LCD and only to the power system that does not have a hardware address.
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Figure 5-1 Rectifier addresses (twenty 100 A rectifiers are used in the example)
Parameters Table 5-9 Rectifier address parameter description Parameter
Description
Default Value
Value Range
Rect. Address Settings
Select Yes when you need to manually set rectifier addresses.
No
Yes
No
Set each rectifier address manually.
–
N. Rectifier Address
1~60
LCD Operations Step 1 Set Rect. Address Settings to Yes. Path: Main Menu > Setting Wizard > Rect. Address Settings Step 2 Press
to choose 1. Rectifier Address.
Step 3 Observe the indicators on rectifiers. If the power indicator (green) on a rectifier blinks at 0.5 Hz, the rectifier is selected. Set the rectifier address to the value shown in Figure 5-1 based on the rectifier position. Step 4 Refer to Step 2 and Step 3 to set addresses for the other rectifiers in the cabinet. Step 5 Press
to choose Save Settings. Press
to save the settings.
----End
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5 Common Tasks
5.2 Common Maintenance Tasks 5.2.1 Backing Up the Current Settings The configuration file contains all user configuration information (such as parameter values and alarm configurations) about the current system. You can back up the configuration file to a local computer over the WebUI.
When importing the backup configuration file, ensure that the system types of the exported and imported configuration files are consistent. Figure 5-2 Backing up the current configuration
5.2.2 Restoring Factory Defaults
After factory defaults are restored, the monitoring unit restarts. After factory defaults are restored, all parameter values change to their default factory values. You are advised to back up the current settings before restoring factory defaults.
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Figure 5-3 Restoring factory defaults
5.2.3 Upgrading Software You can use the WebUI and LCD to upgrade software for the SMU BSP, SMU, intelligent device SO library package, and southbound devices.
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To retain pre-upgrade parameters, back up the data before upgrading software.
The SMU will restart automatically after the software for the BSP, SMU, and intelligent device SO library package is upgraded.
Exercise caution to choose the version rollback function during software upgrade. After version rollback, the user accounts created are deleted, and the initial user name and password are required for login.
Figure 5-4 Upgrading software
5.2.4 Changing a User Password Context For security purposes, change your password periodically. Only the system administrator can change user passwords.
Procedure Step 1 Log in to the WebUI and choose Maintenance > User Management. The user management page is displayed.
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Figure 5-5 User management page
Step 2 Select the user whose password needs to be changed and click Modify. The dialog box for modifying user information is displayed. Figure 5-6 Changing the password
Step 3 Select Change Password, set New Password and Confirm Password, and click Confirm. The Recertification dialog box is displayed.
The administrator needs to set Old Password only when changing the administrator's own password.
Change the password in compliance with the following rules:
The password must contain 6 to 20 characters.
The password must consist of at least two of the following types: digits, uppercase letters, lowercase letters, and special characters (! @ * - _ ? { } = /).
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The password must be different from the previous two passwords.
The password must be different from the user name or its reverse.
Step 4 Set Password of Current Login User and click Submit. ----End
Changing WiFi password
You are advised to periodically change the WiFi password to improve account security and prevent unauthorized network attacks, such as data tampering.
Huawei will not be liable for any loss caused by your failure to change the password in time or to keep the new password properly.
Change the WiFi account password: choose System Settings > Network Config > WIFI.
5.2.5 Viewing Dry Contact Association Information Context
You can view the information about association between dry contact outputs and alarms.
You can also view the information about association between dry contact inputs and devices.
Procedure Step 1 View the information about association between dry contact outputs and alarms.
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Figure 5-7 Viewing the information about association between dry contact outputs and alarms
Step 2 View the information about association between dry contact inputs and devices. Figure 5-8 View the information about association between dry contact inputs and devices
----End
5.2.6 Viewing Active Alarms Active alarms are the alarms that are not cleared.
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Figure 5-9 Viewing active alarms
5.2.7 Viewing Historical Alarms Prerequisites Historical alarms refer to the alarms that have been cleared.
Procedure Step 1 To filter out historical alarms. Figure 5-10 Filtering out historical alarms
Step 2 View historical alarms.
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Figure 5-11 Viewing historical alarms
----End
5.2.8 Deleting Devices Failing in Communication If there is no need to troubleshoot when a communication failure alarm is generated, you can manually delete the device failing in communication. The following describes how to delete a rectifier failing in communication. Figure 5-12 Deleting devices failing in communication
5.2.9 Viewing Version Information View the monitoring version number to facilitate fault diagnosis and check whether the upgrade is successful. Figure 5-13 Viewing version information
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5.2.10 Exporting Maintenance Information Context
You can export historical alarms, active alarms, performance data, operation logs, and battery test records on the WebUI.
You can view and export e-label information about the power subrack, monitoring unit, and rectifiers on the WebUI.
You can export version information and system operating information in one-click mode on the WebUI to quickly collect information and identify system faults.
Procedure Step 1 To export historical data. Figure 5-14 Exporting historical data
Step 2 To export e-label information.
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Figure 5-15 Exporting e-label information
Step 3 To export fault information. Figure 5-16 Exporting fault information
If information export fails due to a browser error, wait for a certain period (30 minutes at most), log in, and try again.
----End
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6
Hardware Replacement
6.1 Replacing an SMU02B Context The SMU is hot-swappable.
Record the software version of the old SMU. If the old SMU is damaged and cannot be viewed, send the barcodes of the old SMU and the cabinet to Huawei service personnel for query.
Procedure Step 1 Push the locking latch on the SMU to the left and pull out the handle. Step 2 Take the SMU out of the slot, as shown in Figure 6-1. Figure 6-1 Removing the SMU
Step 3 Place the new SMU at the entry to the appropriate slot in the monitoring unit subrack, and push the SMU until its front panel aligns with the front panel of the monitoring unit subrack. Step 4 Push the handle in position and push the locking latch to the right to lock the handle, as shown in Figure 6-2.
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Figure 6-2 Installing the SMU
----End
Follow-up Procedure After replacing the SMU, the parameters are restored to factory defaults. You need to reset the parameters based on site requirements.
After replacing the old SMU with a new spare part, power on the new SMU and check its software version. If the software version of the new SMU is earlier than that of the old SMU, upgrade the new SMU software.
6.2 Replacing an SMU02B1 Prerequisites
You have obtained the cabinet door key.
The new SMU02B1 is intact.
Procedure Step 1 Connect the ground cable for the ESD wrist strap, and put on the ESD wrist strap and ESD gloves.
Record the software version of the old SMU. If the old SMU is damaged and cannot be viewed, send the barcodes of the old SMU and the cabinet to Huawei service personnel for query.
Step 2 Disconnect the communications cable from the SMU02B1 panel. Step 3 Push the locking latch leftwards. Step 4 Pull the handle outwards and remove the SMU02B1, as shown in Figure 6-3.
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Figure 6-3 Removing the SMU02B1
Step 5 Take off the SD card from the side of the SMU02B1.
If no SD is installed, go to Step 7.
Step 6 Insert the SD card into the new SMU02B1. Step 7 Place the new SMU02B1 in the slot, push the locking latch leftwards, and pull out the handle. Step 8 Gently push the SMU02B1 along guide rails until it is engaged. Close the handle, and push the locking latch rightwards. Figure 6-4 Installing the SMU02B1
Step 9 Reset SMU02B1 parameters.
After replacing the old SMU with a new spare part, power on the new SMU and check its software version. If the software version of the new SMU is earlier than that of the old SMU, upgrade the new SMU software.
Step 10 Reconnect the communications cable to the SMU02B1 panel. ----End
Follow-up Procedure After replacing the SMU02B1, the parameters are restored to factory defaults. You need to reset the parameters based on site requirements.
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6.3 Replacing a UIM02C Board Prerequisites
An ESD wrist strap, ESD gloves, ESD box or bag, cabinet door key, and required tools are available.
The new UIM02C board is intact.
Procedure Step 1 Connect the ground cable to the ESD wrist strap, and put on the ESD wrist strap and ESD gloves. Step 2 Record the position of signal cables connected to the UIM02C panel, and then disconnect the signal cables. Step 3 Unscrew and take out the UIM02C. Figure 6-5 Taking out the UIM02C
Step 4 Disconnect the –48 V power cable from the UIM02C board.
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Figure 6-6 Disconnecting the –48 V power cable
(1) -48 V power port
Step 5 Record the connection positions of all cables including cables for internal and external circulation fans and flat cables on the UIM02C board, and then disconnect the cables. Step 6 Remove the UIM02C board. Figure 6-7 Removing the UIM02C board
Step 7 Take out and install the new UIM02C board. Step 8 Connect all the cables on the UIM02C board to the new UIM02C based on the recorded information. Step 9 Reconnect the –48 V power cable to the UIM02C board. Step 10 Push the UIM02C in place and tighten the screws. Step 11 Reconnect signal cables to the new UIM02C panel based on the recorded information. Step 12 Disconnect the ground cable from the ESD wrist strap, and remove the ESD wrist strap and ESD gloves. ----End
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Follow-up Procedure Pack the removed component and have it sent to the local Huawei warehouse.
6.4 Replacing an NIM02D Board Prerequisites
An ESD wrist strap, ESD gloves, ESD box or bag, cabinet door key, and required tools are available.
The new NIM02D board is intact.
Procedure Step 1 Connect the ground cable to the ESD wrist strap, and put on the ESD wrist strap and ESD gloves. Step 2 Record the connection positions of cables on the NIM02D panel and disconnect the cables. Step 3 Loosen the screws on both sides of the UIM02C panel and pull out the UIM02C. Step 4 Disconnect the power cables between the NIM02D board and the J1 port on the UIM02C. Step 5 Unscrew the NIM02D from the UIM02C board and take out the NIM02D board. Figure 6-8 Removing the NIM02D board
Step 6 Push the new NIM02D board in place and secure it with holes aligned. Step 7 Connect power cables between the power port on the NIM02D board and the J1 port on the UIM02C.
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Figure 6-9 Connecting power cables
Step 8 Push the UIM02C into the subrack until its front panel is flush with that of the monitoring unit subrack, and then tighten the screws. Step 9 Reconnect the cables to the new NIM02D panel based on the recorded information. Step 10 Disconnect the ground cable from the ESD wrist strap, and remove the ESD wrist strap and ESD gloves. ----End
Follow-up Procedure Pack the removed component and have it sent to the local Huawei warehouse.
6.5 Replacing an NIM01C Prerequisites
You have obtained an ESD wrist strap, a pair of ESD gloves, an ESD box or bag, the cabinet door key, and tools.
The new NIM01C is intact.
Procedure Step 1 Connect the ground cable for the ESD wrist strap, and put on the ESD wrist strap and ESD gloves.
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Step 2 Record the positions where signal cables connect to the NIM01C panel, and then disconnect the signal cables. Step 3 Loosen the screws on both sides of the NIM01C panel. Step 4 Pull the handle rightwards to remove the NIM01C, as shown in Figure 6-10. Figure 6-10 Removing an NIM01C
Step 5 Remove the SIM card from the SIM card slot, and insert a new NIM01C. Skip this step if no SIM card is installed. Step 6 Place the new NIM01C at the entry to the appropriate slot in the monitoring unit subrack, and push the NIM01C until its front panel is in the same plane the front panel of the monitoring unit subrack. Step 7 Push the handle inwards until it is engaged, and then tighten the screws, as shown in Figure 6-11. Figure 6-11 Installing an NIM01C
Step 8 Connect the signal cables to the original positions on the NIM01C panel. Step 9 Disconnect the ground cable for the ESD wrist strap, and take off the ESD wrist strap and ESD gloves. ----End
Follow-up Procedure Pack the removed component, and return it to Huawei local warehouse.
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6.6 Replacing a CIM02C Prerequisites
An ESD wrist strap, ESD gloves, ESD box or bag, cabinet door key, and required tools are available.
The new CIM02C is intact.
Procedure Step 1 Connect the ground cable to the ESD wrist strap, and put on the ESD wrist strap and ESD gloves. Step 2 Record the connection positions of cables on the CIM02C panel and disconnect the cables. Step 3 Loosen the screws on both sides of the CIM02C panel. Step 4 Pull the handle rightwards and take out the CIM02C. Figure 6-12 Removing a CIM02C
Step 5 Place the new CIM02C at the entry to the appropriate slot in the monitoring unit subrack, and push the CIM02C until its front panel is flush with the front panel of the monitoring unit subrack. Step 6 Push the handle inwards until it is engaged, and then tighten the screws. Figure 6-13 Installing a CIM02C
Step 7 Reconnect the cables to the new CIM02C panel based on the recorded information.
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Step 8 Disconnect the ground cable from the ESD wrist strap, and remove the ESD wrist strap and ESD gloves. ----End
Follow-up Procedure Pack the removed component and have it sent to the local Huawei warehouse.
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A Parameter Lists
A
Parameter Lists
A.1 LCD Menu Hierarchy Figure A-1 LCD menu hierarchy
Table A-1 LCD menu description Menu Item
Description
Active Alarm
Views active alarms in the power system.
Running Information
Views the operating status of the power system, rectifiers, batteries, and other modules in the system.
Setting Wizard
Quickly sets common parameters, such as the number of battery strings, rated battery capacity, date, time, and network parameters.
Parameters Settings
Sets parameters for the power system, rectifiers, batteries, and other modules in the system.
Running Control
Manually controls the power system, rectifiers, batteries, and other modules in the system, such as switching between equalized charging and float charging, starting or shutting down rectifiers, clearing historical alarms, and restarting the SMU.
Site Maintain
Performs USB-based operations such as upgrade, export, and site setup.
User Management
Change LCD login password, user logout.
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A.2 Running Information Table A-2 Running Information menu hierarchy SecondLevel Menu
Third-Level Menu
Fourth-Level Menu
Fifth-Level Menu
Power System
Basic Information
Bus Bar Voltage
-
Total Load Current
-
Total Load Power
-
Phase L1 Voltage
-
Phase L2 Voltage
-
Phase L3 Voltage
-
Phase L1 Current
-
Phase L2 Current
-
Phase L3 Current
-
AC Frequency
-
System Efficiency
-
NOTE This parameter varies with the system type.
Power Sys. Efficency
-
NOTE This parameter varies with the system type.
DC Load Shared Equip
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Site Efficency
-
System Load Ratio
-
SPUE
-
Power Supply Mode
-
Active Power Modules
-
Hibernating Modules
-
Magnetic Latch 1-2 State
-
ATS 1-2 Mains Status
-
Load Shared Cons
-
Load Shared Curr.
-
Load Shared Power
-
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SecondLevel Menu
A Parameter Lists
Third-Level Menu
DC Load n Equip
Fourth-Level Menu
Fifth-Level Menu
Last Mnth Share Cons.
-
DC Load n Pwr. Cons.
-
DC Load n Current
-
DC Load n Power
-
Load n Last Mnth Elec
-
Load n Real-time Cur
-
Load n Last Mnth Cons.
-
UIM
DO Control Status
ALMn Control Status
-
Controller
NetEco Link State
-
-
Rectifier
Rectifier Group
Total DC Output Current
-
Total DC out Power
-
Total AC Input Power
-
Load Usage #
-
Total DC Inp Power #
-
Rect. Missing Num
-
NOTE This parameter is displayed only when rectifier missing.
Rectifier Info
Rectifier n
Slot No. DC Outp. Term. Volt. DC Output Current DC Output Power AC Voltage Rated Efficiency Real-time Efficiency Rectifier Temp. Cur. Limiting Status Run Status
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SecondLevel Menu
A Parameter Lists
Third-Level Menu
Fourth-Level Menu
Fifth-Level Menu Hardware Version Software Version Bar Code
Mains #
Mains Status
-
-
Phase L1 Voltage
-
-
-
-
-
-
-
-
-
-
-
-
Total Active Power
-
-
AC Frequency
-
-
NOTE This parameter is displayed only when AC Model is set to 3 Phase 4 Line.
Phase L2 Voltage NOTE This parameter is displayed only when AC Model is set to 3 Phase 4 Line.
Phase L3 Voltage NOTE This parameter is displayed only when AC Model is set to 3 Phase 4 Line.
Phase L1 Current NOTE This parameter is displayed only when AC Model is set to 3 Phase 4 Line.
Phase L2 Current NOTE This parameter is displayed only when AC Model is set to 3 Phase 4 Line.
Phase L3 Current NOTE This parameter is displayed only when AC Model is set to 3 Phase 4 Line.
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SecondLevel Menu
A Parameter Lists
Third-Level Menu
Fourth-Level Menu
Fifth-Level Menu
Mains Power Factor
-
-
Phase L1 Factor #
-
-
Phase L2 Factor #
-
-
Phase L3 Factor #
-
-
Mains Electricity
-
-
Total Runtime
-
-
AC Voltage
-
-
-
-
-
-
-
-
-
-
Battery Status
-
Total Batt. Current
-
Total Rated Cap.
-
NOTE This parameter is displayed only when AC Model is set to 2 Phase 2 Line or 1 Phase 2 Line.
AC Current NOTE This parameter is displayed only when AC Model is set to 2 Phase 2 Line or 1 Phase 2 Line.
L1-L2 Line Voltage NOTE This parameter is displayed only when AC Model is set to 3 Phase 3 Line.
L2-L3 Line Voltage NOTE This parameter is displayed only when AC Model is set to 3 Phase 3 Line.
L3-L1 Line Voltage NOTE This parameter is displayed only when AC Model is set to 3 Phase 3 Line.
Acid Battery
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Acid Battery Group
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A Parameter Lists
Third-Level Menu
Battery String
Fourth-Level Menu
Fifth-Level Menu
Remaining Cap.
-
Remain Cap. Percent
-
Cur. Limiting Status
-
Test Status
-
Total Dis Cap
-
Total Recycle Times
-
Battery Type
-
Battery String n
Current Remaining Cap. Remain Cap. Percent Rated Capacity Batt. SOH # Middle Voltage
Batt. Cell Detector #
BackBatt n #
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Batt. Detector Addr.
-
Batt.1 cell1-24 volt.
-
Batt.2 cell1-8 volt.
-
Batt.3 cell1-4 volt.
-
Batt.4 cell1-4 volt.
-
Battery Test Records
-
-
Backup Power Info
-
-
BackBatt n Group
Battery Status
-
Total Batt. Current
-
Total Rated Cap.
-
Remaining Cap.
-
Remain Cap. Percent
-
Backup Time #
-
Cur. Limiting Status
-
Test Status
-
Battery Temp. n #
-
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A Parameter Lists
Fourth-Level Menu
Fifth-Level Menu
TCB E-label
-
Battery Temp.
-
Total Dis Cap.
-
Total Recycle Times
-
BLVD Discon. Reason #
-
Batt. Residual Life #
-
TCB Barcode
-
Battery Type
-
Main/Backup State
-
Rated Capacity
-
Current
-
Remaining Cap.
-
Remain Cap. Percent
-
Batt. SOH
-
Longitude
-
-
Latitude
-
-
Altitude
-
-
Camera #
Camera Group
Camera n
-
NOTE Applies when the serial port camera is connected.
Camera n
Software Version
-
Vendor Type
-
Port number
-
Camera #
Camera Group
Camera n
-
NOTE Applies when the IP camera is connected.
Camera n
Software Version
-
Vendor Type
-
IP Address
-
DTS #
DTS Group
-
-
DTSn
Comm Status
-
Running Mode
-
Main Battery Voltage
-
Third-Level Menu
BackBatt n String n
GPS
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SecondLevel Menu
DCDB #
A Parameter Lists
Third-Level Menu
DCDB Group
DCDBn
Fourth-Level Menu
Fifth-Level Menu
Back Battery Voltage
-
Combined Voltage
-
Power Supply Mode
-
DTS E-label
-
DTS Board E-label
-
DTS Frame E-label
-
DTS Board Barcode
-
DTS Frame Barcode
-
DTS Barcode
-
Hardware Version
-
Software Version
-
DCDB Number
-
Total Load Number
-
Unused Load Number
-
Basic Information
Comm Status Input Voltage Total Load Number Unused Load Number Total Output Current Total Output Power DCDB Slot No. Barcode Info
Load n
Load n Used Load n Current Load n Power
Asset Information
Software Version Hardware Version
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A Parameter Lists
SecondLevel Menu
Third-Level Menu
Fourth-Level Menu
Fifth-Level Menu
Elock #
Elock n
Software Version
-
Hardware Version
-
Lock Status
-
Lock Name
-
Com. Port Number
-
Device Address
-
Comm State
-
Hardware Version
-
Software Version
-
COM1 Power Volt
-
COM2 Power Volt
-
Comm State
-
Hardware Version
-
Software Version
-
COM1 Power Volt
-
COM2 Power Volt
-
Comm State
-
Hardware Version
-
Software Version
-
COM1 Power Volt
-
COM2 Power Volt
-
Dial Address
-
Hardware Version
-
Software Version
-
Communication Status
-
RF Software Version
-
BIM Index
-
Software Version
-
Hardware Version
-
Comm. Ex. Board #
NIM01C n
NIM01C3 n
CIM02C n
CIM #
CIM Equip n
CIMn-BIMn
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SecondLevel Menu
Low Cap Li-ion Batt #
A Parameter Lists
Third-Level Menu
Li-ion Battery Group
NOTE This parameter is displayed only when Battery Model is set to BBS 4840Z.
Li Battery # NOTE This parameter is displayed only when Battery Model is set to ESM-A, ESU-A or ESM-BX.
Li Battery Group
Fourth-Level Menu
Fifth-Level Menu
BIM Temp.
-
BIM Voltage
-
BIM Resistance
-
Int Resist Measures
-
Data Report Period
-
BIM SOH
-
Communicate Status
-
Battery Sub-String
-
BIM Num.in Batt.Str
-
Total Batt. Current
-
Battery Status
-
Battery Temp. n
-
Battery Status
-
Batt Cell Pack Volt.
-
Batt Cell Pack Curr.
-
Batt Voltage
-
Batt Current
-
Temperature
-
Normal Comm. BMUs
-
Total Capacity
-
Remain Cap. Percent
-
Total Recycle Times
-
SOH
-
NOTE This parameter is displayed only when Battery Model is set to ESM-A or ESM-BX.
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SecondLevel Menu
A Parameter Lists
Third-Level Menu
Li Battery n
DCDU #
DCDU n
Fourth-Level Menu
Fifth-Level Menu
Total Dis Cap
-
Battery Type
-
BMU Address
-
Status
-
Capacity
-
Battery Voltage
-
Battery Current
-
Cell Pack Volt.
-
Cell Pack Curr.
-
Output Power
-
Battery String SOH
-
Remain Cap. Percent
-
Work Status
-
Software Ver
-
Hardware Ver
-
Basic Information
Major Current Minor Current Ambient Temperature Ambient Humidity Outdoor Amb. Temp. Indoor Vent Temp. TC Mode Temp1 Temp2
Fan Info
Fan 1 Speed Fan 2 Speed Fan 3 Speed
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SecondLevel Menu
A Parameter Lists
Third-Level Menu
Fourth-Level Menu
Fifth-Level Menu Fan 4 Speed
A/C Information
A/C Status A/C Compressor Stat. A/C Indoor Vent Temp A/C External Temp. A/C Inter. Fan Speed A/C Exter. Fan Speed A/C Runtime A/C Compress Runtime
Asset Info
Software Version Hardware Version
EFUSE Group #
EFUSEn
Basic Information
Input Voltage
Load n
Load n Used Load n Current Load n Status Load n Power Load n Consumption
Asset Info
Software Version Hardware Version EFUSE Name
Temp. Control Info. # NOTE This parameter varies with the system
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Temp. Control Group
Fan Group
Indoor Vent Temp.
-
Outdoor Amb. Temp.
-
TC Mode
-
System Noise
-
Fan n Speed
-
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SecondLevel Menu type.
A Parameter Lists
Third-Level Menu
Fourth-Level Menu
Fifth-Level Menu
Batt Int AC. n
A/C Status
-
Compressor Status
-
Indoor Vent Temp.
-
External Temp.
-
Internal Fan Speed
-
External Fan Speed
-
A/C Runtime
-
Compressor Runtime
-
DC Power
-
Device Model
-
Input Power
-
Running Current
-
A/C Software Version
-
Comm. Address
-
Address
-
In Circ Fan Speed
-
Ext Circ Fan Speed
-
Ret. Air Temp
-
Software Version
-
Ret. Air Temp
-
Air Inlet Temp.
-
EXTFAN n Speed
-
INFAN n Speed
-
Battery Type
-
Software Version
-
Hardware Version
-
System ID
-
Comm. Address
-
-
-
TCU
Batt TCUC n
AIM n #
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AC Frequency
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SecondLevel Menu
Sensor
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A Parameter Lists
Third-Level Menu
Fourth-Level Menu
Fifth-Level Menu
L1-L2 Line Voltage #
-
-
L2-L3 Line Voltage #
-
-
L3-L1 Line Voltage #
-
-
Phase L1 Voltage
-
-
Phase L2 Voltage
-
-
Phase L3 Voltage
-
-
Active Power
-
-
Total Power Factor
-
-
Phase L1 Power
-
-
Phase L2 Power
-
-
Phase L3 Power
-
-
Phase L1 Pwr. Factor
-
-
Phase L2 Pwr. Factor
-
-
Phase L3 Pwr. Factor
-
-
Active Electricity
-
-
SoftWare Version
-
-
Phase L1 Current
-
-
Phase L2 Current
-
-
Phase L3 Current
-
-
Hardware Version
-
-
AC Ammeter Elabel
-
-
BootLoader Version
-
-
AC Voltage
-
-
AC Current
-
-
Phase L1 Reactive Power
-
-
Phase L2 Reactive Power
-
-
Phase L3 Reactive Power
-
-
Door Sensor #
Door Status
-
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SecondLevel Menu
Virtual PSC #
DC Energy Meter n #
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A Parameter Lists
Third-Level Menu
Fourth-Level Menu
Fifth-Level Menu
Water Sensor #
Water Status
-
Smoke Sensor #
Smoke Sensor Status
-
IR Sensor #
IR Sensor Status
-
Humiture Sensor #
Ambient Temperature
-
Ambient Humidity
-
AC1 L1 Phase Volt
-
-
AC1 L2 Phase Volt
-
-
AC1 L3 Phase Volt
-
-
AC1 L1-L2 Line Volt
-
-
AC1 L2-L3 Line Volt
-
-
AC1 L3-L1 Line Volt
-
-
AC1 L1 Phase Cur
-
-
AC1 L2 Phase Cur
-
-
AC1 L3 Phase Cur
-
-
AC1 Frequency
-
-
System Voltage
-
-
Total Load Current
-
-
Qty. of Rect.
-
-
Rectifier n Outp Cur
-
-
Rectifier n Temp
-
-
Batt n Current
-
-
Batt n Temp
-
-
Batt n Capacity
-
-
Device System Time
-
-
Batt Remain Cap %
-
-
Channel n Voltage
-
-
Channel n Current
-
-
Channel n Power
-
-
Chan n Consumption
-
-
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SecondLevel Menu
ATS 1
FSU
24V Module
A Parameter Lists
Third-Level Menu
Fourth-Level Menu
Fifth-Level Menu
Protocol Version
-
-
Software Version
-
-
Hardware Version
-
-
DC Ammeter E-label
-
-
Barcode Info
-
-
Running Mode
-
-
Power Supply Mode
-
-
Work Scenario
-
-
Software Version
-
-
Hardware Version
-
-
Wireless Public IP
-
-
Virtual Network IP
-
-
Barcode Info
-
-
Module Group
Output Voltage
-
Total Output Current
-
Total Output Power
-
Serial No.
-
Total Runtime
-
Output Voltage
-
Output Current
-
Output Power
-
Turn On/Off Status
-
Hardware Version
-
Software Version
-
E-Label
-
Barcode Info
-
12DC Output Voltage
-
12DC Output Current
-
24AC Output Voltage
-
Module n
MIMO Module
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MIMO 1
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SecondLevel Menu
SSU #
A Parameter Lists
Third-Level Menu
SSU Group
SSU n
Fourth-Level Menu
Fifth-Level Menu
24AC Output Current
-
Software Version
-
Hardware Version
-
E-Label
-
Barcode Info
-
Power Supply
-
Total Current
-
SSU Address
-
Output Voltage
-
Output Current
-
Input Voltage
-
SSU Status
-
Software Version
-
Hardware Version
-
Historical Alarm
-
-
-
Performance
Mains Pwr Cons
-
-
DC Load Pwr Cons
-
-
Acid Batt Dis. Cap.
-
-
BackBatt n Dis. Cap.
-
-
Li Batt Dis. Cap.
-
-
Total AC Input Elec.
-
-
Solar Power Supply
-
-
Power System
Monitor Brd Barcode
-
PowerSubrack Barcode
-
Cabinet Barcode
-
Ext. Board Barcode
-
GMU n
GMU Barcode
-
HVDC #
Bar Code
-
Battery Group #
TCB Barcode
-
Barcode Info NOTE Only the information about connected components is displayed.
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A Parameter Lists
SecondLevel Menu
Third-Level Menu
Fourth-Level Menu
Fifth-Level Menu
Mobile Data Info
Connection Status
-
-
Signal Strength
-
-
Data Mode
-
-
IP Address
-
-
Current SIM Card
-
-
SIM Card 1 Status
-
-
SIM Card 1 IMSI
-
-
SIM Card 1 Number
-
-
SIM 1 On-day Traffic
-
-
SIM Card 2 Status
-
-
SIM Card 2 IMSI
-
-
SIM Card 2 Number
-
-
SIM 2 On-day Traffic
-
-
NIM02D #
-
-
EPACn #
Software Version
-
Indoor Temp
-
Indoor Humidity
-
Outdoor Temp
-
Air Con n Status
-
Fan Status
-
System Time
-
Equip Address
-
Connected Port
-
Loop 1 Control Stat
-
Loop 2 Control Stat
-
ACM Environment Temp
-
Loop 1 A/C Runtime
-
Loop 2 A/C Runtime
-
Software Ver
-
Other Device Info
ACM-2 n #
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SecondLevel Menu
A Parameter Lists
Third-Level Menu
AC Energy Meter #
HVDC #
HVDC Group
HVDC
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Fourth-Level Menu
Fifth-Level Menu
Hardware Ver
-
AC Frequency
-
Phase L1 Voltage
-
Phase L2 Voltage
-
Phase L3 Voltage
-
Chan n Phase L1 Cur
-
Chan n Phase L2 Cur
-
Chan n Phase L3 Cur
-
Chan n Active Power
-
Chan n Power Factor
-
Chan n Consumption
-
Device Model
-
Version
-
Input Voltage
-
Out Voltage
-
Total Output Current
-
Total DC Power
-
Running Status
-
DC Output Voltage
-
DC Output Current
-
Hardware Ver
-
Software Ver
-
Slot No.
-
Rated Efficiency
-
DC Output Power
-
E-Label
-
Barcode Info
-
Work Mode
-
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A Parameter Lists
A.3 Setting Wizard Table A-3 Setting Wizard menu hierarchy Second-Level Menu
Third-Level Menu
Default Value
Value Range
Site Summary
Battery Factory
Other
AGISSON, Coslight, Dengta, Eltek, EnerSys, Exide, LEOCH, Narada, NorthStar, Shoto, Other
Battery Model
12V VRLA
DCB-A, DCB-A1, DCB-B, DCB-Y, ESU-A, ESM-A, ESM-BX, FCB-A, FCB-B, SCB-A, SCB-A1, TCB-A, TCB-B, TCB-C, 12V VRLA, 2V VRLA, FLOOD, 6-GFM-X, 6-GFMF, Rebak-F4899T, 12TD-F, SBS-F, M12V-FT, LPF12-H, 6-GFM-F, 12NDF, Blue, Red, 6-FMX, 6-XFMJ, GFM, BBS 4840Z
Battery n Connected
Yes
Yes, No
Single-String Cap.
150 Ah
5-10000
Battery Cable Length
1m
0-100
Batt Cable CS Area
35 mm2
1-1000
Battery n Connected
Yes
Yes, No
Single-String Cap.
150 Ah
5-10000
Battery Cable Length
1m
0-100
Batt Cable CS Area
35 mm2
1-1000
Time Zone
UTC +08:00 Beijing
-
Date and Time
-
-
NTP Enable
No
Yes, No
NetEco Primary IP
192.168.0.10
-
NetEco Backup IP
192.168.0.10
-
Site ID
-
-
Battery Parameters
BackBatt #
Date and Time
Neteco Parameters
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A Parameter Lists
Second-Level Menu
Third-Level Menu
Default Value
Value Range
Network Parameters
IP Address
192.168.0.10
-
Subnet Mask
255.255.255.0
-
Default Gateway
192.168.0.1
-
IPv4 DSCP
46
0-63
VLAN Enable
No
Yes, No
VLAN ID
0
0-4094
VLAN Priority
5
0-7
Rect. Address Setting
No
Yes, No
n.Rectifier Address
-
1-60
Save Settings
Yes
Yes
Carrier Operator
Automatic
Automatic, Others
SIMn Acc Point Name
3GNET
A maximum of 28 characters, including lowercase English letters (a-z), uppercase English letters (A-Z), digits (0-9), and special characters (@_#*-.).
Rect Addr Setting
Dial Parameters
NOTE This parameter is displayed only when Carrier Operator is set to Others.
SIMn Access Point No
*99#
NOTE This parameter is displayed only when Carrier Operator is set to Others.
SIMn User Name
3GNET
NOTE This parameter is displayed only when Carrier Operator is set to Others.
SIMn User Password
-
NOTE This parameter is displayed only when Carrier Operator is set to Others.
A maximum of 27 characters, including lowercase English letters (a-z), uppercase English letters (A-Z), digits (0-9), and special characters (@_#*-.). It is recommended that the password contain at least two types of characters and the length
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A Parameter Lists
Second-Level Menu
Third-Level Menu
Default Value
Value Range exceed six characters.
A.4 Parameters Settings Table A-4 Parameters settings menu hierarchy SecondLevel Menu
Third-Level Menu
Fourth-Level Menu
Power System
Basic Parameters
Fifth-Level Menu
Default Value
Value Range
LLVDn General Discon.
Enable
Enable, Disable
AC Type
Three Phases
D-Live Lines, Single Phase, Three Phases, Three Live Lines
-
NOTE This parameter is not displayed when mains exists. The AC type display of the power system should be consistent with the mains.
Sys On Power Limit
-
No
Yes, No
AC Breaker Rated Cap
-
1000 A
1 to 10000
AC Derating Coef
-
0.8
0.0 to 1.0
Load Shunts
-
0
0 to 4
Other Power Type
-
Other Energy
Other Energy, Solar Power
Stage Elec En
-
Disable
Enable, Disable
Battery Disc Mode
-
Battery Life Priority
Battery Life Priority, Staggering Priority
-
2
1 to 10
NOTE This parameter is displayed only when Stag Elec En. is set to Enable.
Max. Disc Times Per NOTE This parameter is
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SecondLevel Menu
Third-Level Menu
A Parameter Lists
Fourth-Level Menu
Fifth-Level Menu
Default Value
Value Range
-
10%
5 to 50
Schedule Mode
-
Automatic Mode
Automatic Mode, Manual Mode
Star Time
-
2000-01-01 00:00:00
-
-
2000-01-01 00:00:00
-
Batt Abn Disable Sta
-
Disable
Enable, Disable
End Volt Of Stag Ele
-
48.0 V
45.0 to 53.0
60%
0 to 90
3
1 to 20
displayed only when Stag Elec En. is set to Enable.
Max. Disc Cap. Per D NOTE This parameter is displayed only when Stag Elec En. is set to Enable.
NOTE This parameter is displayed only when Schedule Mode is set to Manual Mode.
End Time NOTE This parameter is displayed only when Schedule Mode is set to Manual Mode.
NOTE This parameter is displayed only when Batt Abn Disable Sta is set to Enable.
End Soh Of Stag Elec NOTE This parameter is displayed only when Batt Abn Disable Sta is set to Enable.
Time of Disable
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SecondLevel Menu
Third-Level Menu
A Parameter Lists
Fourth-Level Menu
Fifth-Level Menu
Default Value
Value Range
-
15 Min
1 to 600
-
Voltage Mode
Voltage Mode, Capacity Mode, Time Mode
44.0 V
35.0 to 56.0
Sta NOTE This parameter is displayed only when Batt Abn Disable Sta is set to Enable.
Duration of Disable NOTE This parameter is displayed only when Batt Abn Disable Sta is set to Enable.
LLVD Parameters
LLVDn Mode NOTE The parameter cannot be set to Capacity Mode for the ESU-A and ESM-BX.
LLVDn Voltage -
NOTE If the battery voltage is below the value of this parameter, the LLVD route is disconnected.
LLVDn Con. Volt.
-
51.5 V
37.0 to 58.0 NOTE If the system voltage exceeds the value of this parameter, the LLVD route is connected.
LLVDn Capacity
-
15%
NOTE This parameter is displayed only when LLVD Mode is set to
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The value of LLVD Voltage must be lower than the value of LLVD Connection Voltage.
Copyright © Huawei Technologies Co., Ltd.
The value of LLVD Connection Voltage must be higher than the value of LLVD Voltage.
0 to 99 NOTE When the remaining battery capacity is less than the preset value and the battery discharge current is less than 0.05C, the LLVD route is disconnected.
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Third-Level Menu
A Parameter Lists
Fourth-Level Menu
Fifth-Level Menu
Default Value
Value Range
-
360 Min
5 to 1000
Capacity Mode.
LLVDn Time NOTE This parameter is displayed only when LLVD Mode is set to Time Mode.
If the battery discharge duration exceeds this value, the LLVD route is disconnected.
LLVDn HTD Enable
-
Disable
Enable, Disable
LLVDn HTD Temp
-
65 degC
25 to 80
LLVDn TD Enable
-
Disable
Enable, Disable
LLVDn TD Time
-
-
-
LLVDn TD Duration
-
480 Min
1 to 1439
LLVD Delay Time
-
60s
5 to 90
-
Voltage Mode
Voltage Mode, Percentage Mode
AC Phase OV Thres.
-
280 V
60 to 300
AC Phase UV Thres.
-
180 V
60 to 300
Bus Bar OV Thres.
-
58.0 V
53.0 to 60.0
Bus Bar UV Thres.
-
45.0 V
35.0 to 57.0
Bus Ultra OV Thres.
-
59.0 V
53.0 to 60.0
Bus Ultra UV Thres.
-
44.0 V
35.0 to 57.0
AC Abnormal Record
-
280 V
60 to 300
AC Line OV
-
280 V
60 to 600
AC&DC Volt. AC Voltage Para. Mode
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NOTE The power-off time is started when AC power fails (such as a power outage).
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SecondLevel Menu
Third-Level Menu
A Parameter Lists
Fourth-Level Menu
Fifth-Level Menu
Default Value
Value Range
AC Line UV Thres. #
-
180 V
60 to 600
AC Line Rated Volt. #
-
220 V
60 to 600
AC Phase Rated Volt.
220 V
60 to 300
DC Input OV Thres
-
433 V
86 to 600
DC Input UV Thres
-
74 V
0 to 432
Thres. #
UIM #
ATS DI Cond. ATS DI Cond. For Mains For Mains Fail Fail
-
Close
Open, Close
Controller
Buzzer Enable -
-
No
Yes, No
Buzzer Alm. Duration
-
-
10 Min
1 to 100
IP Net. Priority
-
-
High
High, Medium, Low
Inband Net. Priority
-
-
Medium
High, Medium, Low
Wire. Net. Priority
-
-
Low
High, Medium, Low
Run. Time Sw. Net.
-
-
60 Min
1 to 1440
Traffic Fluct Thres.
-
-
50 MB/Day
0 to 10000
Heartbeat Duration
-
-
120s
10 to 180
IP Net. Timeout
-
-
5 Min
5 to 1440
Inband Net. Timeout
-
-
5 Min
5 to 1440
NOTE This parameter is displayed only when Buzzer Enable is set to Yes.
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SecondLevel Menu
Rectifier Group
A Parameter Lists
Third-Level Menu
Fourth-Level Menu
Fifth-Level Menu
Default Value
Value Range
Wire. Net. Timeout
-
-
30 Min
30 to 1440
Default Output Volt
-
-
53.5 V
48.0 to 58.0
Lost Phase Enable
-
-
No
Yes, No
OV Prot.Thres.
-
-
59.5 V
56.0 to 60.5
Sequential St. Int
-
-
0s
0 to 20
High Rect. Capacity
-
-
5%
0 to 150
Low Rect. Capacity
-
-
75%
0 to 150
Max. Limited Current
-
-
121%
10 to 121
NOTE The default output voltage of rectifiers after the communication with the monitoring unit fails.
NOTE Interval for starting the rectifiers sequentially.
NOTE Percentage of the expected maximum rectifier output current to the rated rectifier output current. For example, if a power system is configured with three 50 A rectifiers, and you need an output current of 120 A, then set this parameter to 80%, which is obtained from 120 A/(50 A x 3).
WALK-IN Enable
-
-
No
Yes, No
WALK-IN Time
-
-
8s
8 to 200
NOTE This parameter is displayed only when WALK-IN Enable is set to Yes.
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A Parameter Lists
SecondLevel Menu
Third-Level Menu
Fourth-Level Menu
Fifth-Level Menu
Default Value
Value Range
Energy Saving
Hibernation Enable
-
-
No
Yes, No NOTE No: Hibernation is disabled.
Hibernation Mode
-
-
Intelligent Mode
NOTE This parameter is displayed only when Hibernation Enable is set to Yes.
Hiber. Without Batt.
-
-
No
High Efficiency Mode: Rectifiers with higher real-time efficiency take precedence for work.
Intelligent Mode: The monitoring unit instructs rectifiers to hibernate based on the rectifier runtime and real-time efficiency.
Yes, No NOTE Indicates whether hibernation is enabled when batteries are not connected. NOTE If you enable hibernation when batteries are not connected to the power system, the loads may experience power failures. Exercise caution when using this function.
-
-
0.2
Min. Working -
0.05 to 1.00 NOTE Ratio of the minimum redundant current to the rated rectifier current.
NOTE This parameter is displayed only when Hibernation Enable is set to Yes.
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Intelligent Mode, High Efficiency Mode, Time Mode NOTE Time Mode: Rectifiers with shorter runtime take precedence for work.
NOTE This parameter is displayed only when Hibernation Enable is set to Yes.
Min. Rdnt. Coef.
Yes: The monitoring unit hibernates rectifiers when the hibernation condition is met.
For example, if the rated rectifier current is 50 A and a redundant current of 10 A is required, set Min. Redundant Coefficient to 0.2 (10 A/50 A = 0.2).
-
2
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Third-Level Menu
A Parameter Lists
Fourth-Level Menu
Fifth-Level Menu
Default Value
Rects.
NOTE Minimum number of working rectifiers allowed after hibernation is enabled.
NOTE This parameter is displayed only when Hibernation Enable is set to Yes.
Best Efficiency Pt.
-
-
55%
-
-
72.0 h
-
-
7 Day
Phase Balance -
1 to 365 NOTE Period for alternating hibernating rectifiers with working rectifiers. When the period expires, the monitoring unit starts all rectifiers. When the rectifiers have worked for 2 hours, the monitoring unit instructs some of them to hibernate again.
NOTE This parameter is displayed only when Hibernation Enable is set to Yes.
-
Disable
NOTE This parameter is displayed only when Hibernation Enable is set to Yes.
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0.5 to 168.0 NOTE All rectifiers stop hibernation if the power system experiences an exception. After the power system recovers, rectifiers attempt to hibernate again when the time specified by Hibernation Stop Duration has elapsed.
NOTE This parameter is displayed only when Hibernation Enable is set to Yes.
Circulation Period
10 to 100 NOTE Percentage of the rectifier loading capacity to the rated capacity, at which the rectifier reaches maximum efficiency.
NOTE This parameter is displayed only when Hibernation Enable is set to Yes.
Hiber. Stop Duration
Value Range
Relative Balance, Absolute Balance, Disable NOTE If the configuration of rectifiers meets the three-phase balance requirement and intelligent rectifier hibernation is enabled in a three-phase power system, the rectifiers corresponding to the three phases try to hibernate.
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SecondLevel Menu
Mains #
Third-Level Menu
A Parameter Lists
Fourth-Level Menu
Fifth-Level Menu
Default Value
Value Range
Absolute Balance: The same quantity of rectifiers must correspond to any two phases.
Relative Balance: The difference in quantity between the working rectifiers corresponding to any two phases must be less than or equal to 1.
AC Voltage Mode
-
-
Voltage Mode
Voltage Mode, Percentage Mode
Rated AC Line Volt
-
-
220 V
104 to 520
-
-
220 V
60 to 300
Max Power Ratio
-
-
100%
0 to 100
AC Model
-
-
Single Phase
2 Phase 2 Line, 1 Phase 2 Line, 3 Phase 4 Line, 3 Phase 3 Line
Schedule Enable
-
-
Disable
Enable, Disable
Main Phase OV Thres.
-
-
286 V
242 to 440
NOTE This parameter is available only when AC Voltage Mode is Percentage Mode and AC Model is 3 Phase 3 Line.
Rated AC Volt NOTE This parameter is displayed only when AC Voltage Mode is Percentage Mode and AC Model is 1 Phase 2 Line, 2 Phase 2 Line or 3 Phase 4 Line.
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SecondLevel Menu
A Parameter Lists
Third-Level Menu
Fourth-Level Menu
Fifth-Level Menu
Default Value
Value Range
Main Phase UV Thres.
-
-
176 V
2 to 198
Main Phase OV Thres.
-
-
130%
110 to 200
-
-
80%
1 to 90
Main Line OV Thres.
-
286 V
242 to 760
-
176 V
2 to 342
-
130%
110 to 200
NOTE This parameter is displayed only when AC Voltage Mode is Percentage Mode.
Main Phase UV Thres. NOTE This parameter is displayed only when AC Voltage Mode is Percentage Mode.
NOTE This parameter is available only when AC Model is Three Live Lines.
Main Line UV Thres. NOTE This parameter is available only when AC Model is Three Live Lines.
Main Line OV Thres. NOTE This parameter is available only when AC
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SecondLevel Menu
Third-Level Menu
A Parameter Lists
Fourth-Level Menu
Fifth-Level Menu
Default Value
Value Range
-
80%
1 to 90
Voltage Mode is Percentage Mode and AC Model is Three Live Lines.
Main Line UV Thres. NOTE This parameter is available only when AC Voltage Mode is Percentage Mode and AC Model is Three Live Lines.
AC High Fre. Thres.
-
-
66 Hz
40 to 70
AC Low Fre. Thres.
-
-
45 Hz
40 to 70
Mains Curr Limit En
-
-
Disable
Disable, Enable
Mains Rated Power
-
-
5000 kW
2 to 5000
-
-
100%
10 to 150
PSU Conv Eff -
-
95%
90 to 98
Schedule Enable
-
-
Disable
Disable, Enable
-
-
60%
0 to 90
NOTE This parameter is displayed only when Mains Curr Limit En is set to Enable.
Imbalance Ratio
NOTE This parameter is displayed only when the SSU is connected.
DOD for
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SecondLevel Menu
Third-Level Menu
A Parameter Lists
Fourth-Level Menu
Fifth-Level Menu
Default Value
Value Range
-
-
1h
0 to 24
-
-
8h
1 to 48
-
-
Disable
Disable, Enable
-
-
45 degC
30 to 65
-
-
29 degC
25 to 65
Mains On NOTE This parameter is displayed only when Schedule Enable is set to Enable.
Min Charge Time NOTE This parameter is displayed only when Schedule Enable is set to Enable.
Max Charge Time NOTE This parameter is displayed only when Schedule Enable is set to Enable.
HT Mains On NOTE This parameter is displayed only when Schedule Enable is set to Enable.
HT On Temp NOTE This parameter is displayed only when HT Mains On is set to Enable.
HT Off Temp NOTE This parameter is
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SecondLevel Menu
Third-Level Menu
A Parameter Lists
Fourth-Level Menu
Fifth-Level Menu
Default Value
Value Range
-
-
8h
1 to 24
-
-
Disable
Disable, Enable
-
-
5 degC
-10 to +15
-
-
20 degC
0 to 25
-
-
8h
1 to 24
-
-
Disable
Disable, Enable
displayed only when HT Mains On is set to Enable.
HT Mains Runtime NOTE This parameter is displayed only when HT Mains On is set to Enable.
LT Mains On NOTE This parameter is displayed only when Schedule Enable is set to Enable.
LT On Temp NOTE This parameter is displayed only when LT Mains On is set to Enable.
LT Off Temp NOTE This parameter is displayed only when LT Mains On is set to Enable.
LT Mains Runtime NOTE This parameter is displayed only when LT Mains On is set to Enable.
Timed Mains Off
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Third-Level Menu
A Parameter Lists
Fourth-Level Menu
Fifth-Level Menu
Default Value
Value Range
-
-
22:00:00
0:00:00 to 23:59:59
-
-
6h
1 to 12
-
-
Disable
Disable, Enable
-
-
24 h
1 to 24
Longitude
-
-
-
-
Latitude
-
-
-
-
NOTE This parameter is displayed only when Schedule Enable is set to Enable.
Time for Mains Off NOTE This parameter is displayed only when Timed Mains Off is set to Enable.
Runtime to Mains Off NOTE This parameter is displayed only when Timed Mains Off is set to Enable.
Dischg Time Protect NOTE This parameter is displayed only when Schedule Enable is set to Enable.
Max Dischg Time NOTE This parameter is displayed only when Dischg Time Protect is set to Enable.
GPS
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Acid Battery
A Parameter Lists
Third-Level Menu
Fourth-Level Menu
Fifth-Level Menu
Default Value
Value Range
Altitude
-
-
0m
-500 to +10000
Basic Parameters
Battery n Connected
-
Yes
Yes, No
Single-String Cap.
-
150 Ah
5 to 10000
Float Charge Voltage
-
53.5 V
42.0 to 58.0
Boost Charge Voltage
-
Charge Limit Coef.
-
NOTE When temperature compensation is effective, the valid voltage range is 51.5–55.5 V.
56.4 V
NOTE Charge voltage at which lead-acid batteries are being charged in equalized mode.
0.15 C10
0.05 to 0.50 NOTE Battery charge current limit. The charge current limit setting range varies with battery types and is subject to the battery specifications.
NOTE This parameter is not displayed for the fast charge battery (FCB). The monitoring unit automatically adjusts the parameter based on the battery charging status and the ambient temperature.
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42.0 to 58.0
BLVD General Discon.
-
Hibernation Enable
-
Battery Cable Length
-
1m
0 to 100
Batt Cable CS
-
35 mm2
1 to 1000
Enable
Disable, Enable NOTE Enable or disable the monitoring unit to control BLVD.
Disable
Disable, Enable NOTE Indicates whether to enable intelligent battery hibernation management.
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Third-Level Menu
A Parameter Lists
Fourth-Level Menu
Fifth-Level Menu
Default Value
Value Range
SOC/SOH Calcu Scene
Backup Scene
Backup Scene, Cyclic Scene
Attenuation Coef
-
0.80
0.00 to 1.00
Block Voltage
-
2V
2 V, 12 V
TC Coefficient
-
80 mV/degC
0 to 500
Area
Temp. Comp. Para.
NOTE This parameter is: For 48 V battery string, the amplitude of the battery float charge voltage that needs to be adjusted for each change of 1°C. Set this parameter based on the actual specifications of the battery. For example, if the temperature compensation coefficient of each 2 V battery is 3.33 mV/degC and each 48 V battery string comprises 24 2 V batteries, then set this parameter to 80 mV/degC, which is calculated as follows: 3.33 x 24 = 80.
Nominal Temperature
BLVD Parameters
-
25 degC
5 to 45
TC Upper Thres. -
45 degC
40 to 45
TC Lower Thres.
-
5 degC
0 to 25
BLVD Disconnect Mode
-
Voltage Mode
Voltage Mode, Capacity Mode, Time Mode
BLVD LVD Voltage
-
43.2 V
35.0 to 56.0 NOTE If the battery voltage is below the value of this parameter, the BLVD route is disconnected. The value of BLVD Voltage must be lower than the value of BLVD Connection Voltage.
BLVD Con. Volt.
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-
51.5 V
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37.0 to 58.0 NOTE If the system voltage exceeds the value of this parameter, the BLVD route is connected.
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Third-Level Menu
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Fourth-Level Menu
Fifth-Level Menu
Default Value
Value Range
The value of BLVD Connection Voltage must be higher than the value of BLVD Voltage.
BLVD Time
-
480 Min
NOTE This parameter is displayed only when BLVD Disconnect Mode is set to Time Mode.
BLVD Low Capacity
NOTE The power-off time is started when AC power fails (such as a power outage).
-
5%
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If the battery discharge duration exceeds this value, the BLVD route is disconnected.
0 to 99 NOTE When the remaining battery capacity is less than the preset value and the battery discharge current is less than 0.05C, the BLVD route is disconnected.
NOTE This parameter is displayed only when BLVD Disconnect Mode is set to Capacity Mode.
Temp. Prot. Para.
5 to 1000
BLVD Delay Time
-
60s
5 to 90
Very HT Prot. Mode
-
Reduce DC Voltage
Reduce DC Voltage, Disable, Disconnect Battery
Very HT Prot. Volt.
-
51.5 V
42.0 to 53.0
HT Alarm Thres.
-
50 degC
25 to 80
Very HT Alarm Thres.
-
NOTE This default value varies in accordance with the battery performance. 55 degC is set by default for the TCB.
53 degC
25 to 80
NOTE This default value varies in accordance with the battery performance. 58degC is set by default for the
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Third-Level Menu
A Parameter Lists
Fourth-Level Menu
Fifth-Level Menu
Default Value
Value Range
TCB.
Charge Parameters
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LT Alarm Thres. -
-10 degC
-20 to +20
Very LT Alarm Thres.
-20 degC
-20 to +20
Enable
Enable, Disable
-
Auto. EC Enable -
NOTE Indicates whether to enable automatic equalized charging.
FC-EC Cur. Coef.
-
FC-EC Cur. Duration
-
30 Min
2 to 1440
FC-EC Cap. Percent
-
70%
50 to 100
Timed EC Enable
-
Timed EC Interval
-
Timed EC Duration
-
EC-FC Cur. Coef.
-
0.05 C10
0.01 to 0.25 NOTE If the duration within which the battery charge current is higher than Float to Equalized Charge Current Coefficient exceeds the value of Float to Equalized Charge Current Duration, batteries automatically enter equalized charging.
NOTE If the battery charge capacity is lower than Float to Equalized Charge Capacity Percent, batteries automatically enter equalized charging.
Enable
Enable, Disable NOTE Indicates whether to enable scheduled equalized charging.
30 Day
1 to 365 NOTE Period for scheduled equalized charging.
9h
1 to 24 NOTE Duration for each scheduled equalized charging period.
0.01 C10
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0.01 to 0.25 NOTE If the duration within which the battery charge current is
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A Parameter Lists
Fourth-Level Menu
Fifth-Level Menu
Default Value
Value Range
lower than Equalized to Float Charge Current Coefficient exceeds the value of Equalized to Float Charge Current Duration, batteries automatically enter float charging.
EC-FC Cur. Duration
-
30 Min
2 to 540
EC Max Duration
-
18 h
5 to 48 NOTE If the equalized charging duration exceeds the value of this parameter, batteries automatically enter float charging.
Mains Recovery EC En
Disable
AC Fail EC Duration
10 Min
-
NOTE Indicates whether to perform equalized charging after the AC power is restored.
0 to 30 NOTE If the AC power failure duration exceeds the value of this parameter, batteries automatically enter equalized charging after the AC power is restored.
NOTE This parameter is displayed only when Mains Recovery EC En is set to Yes.
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Disable, Enable
Charge Efficiency
-
0.98
0.80 to 1.00
Fast Charge Coef.
-
0.4 C10
0.25 to 0.5
Load Temp.Limit En.
-
Disable
Enable, Disable
Batt. Temp.Limit En.
-
Disable
Enable, Disable
Fast Charge Enable
-
Enable
Enable, Disable
NOTE Current limit coefficient for fast charging. The charge current limit setting range varies with battery types and is subject to the battery specifications.
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Third-Level Menu
Standard Test Para.
A Parameter Lists
Fourth-Level Menu
Fifth-Level Menu
Default Value
Value Range
Batt. Life Opt. En.
-
Disable
Enable, Disable
AC Fail Test Enable
-
Disable
Disable, Enable NOTE Indicates whether the standard battery test is allowed if an AC power outage occurs.
Time Test Mode -
Disable
Disable, Scheduled Test, Planned Test NOTE The mode in which the monitoring unit starts an automatic test on schedule or as planned.
Sche. Test St. Time
-
21:00:00
NOTE Time when a scheduled test starts.
NOTE This parameter is displayed only when Time Test Mode is set to Scheduled Test.
Sche. Test St. Period
-
90 Day
-
0
0 to 6 NOTE Number of planned tests within a year.
NOTE This parameter is displayed only when Time Test Mode is set to Planned Test.
Pre-EC Enable
2 to 999 NOTE Interval for starting a scheduled test.
NOTE This parameter is displayed only when Time Test Mode is set to Scheduled Test.
Annual Battery Tests
HH:MM:SS
-
Enable
Disable, Enable NOTE Indicates whether the monitoring unit allows charging batteries in equalized mode before a standard battery test starts.
Constant Cur.
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-
Disable
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Disable, Enable
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Fourth-Level Menu
Fifth-Level Menu
Default Value
Test
Value Range
NOTE Indicates whether batteries are allowed to discharge at a constant current in a standard battery test.
Constant Test Cur.
-
9999 A
1 to 9999 NOTE Batteries discharge at this current in a standard battery test.
NOTE This parameter is displayed only when Constant Cur. Test is set to Yes.
Test End Voltage
-
Test End Capacity
-
Planned Test Time n
-
MM-DD HH:MM MM-DD HH:MM
Test End Time
-
480 Min
46.0 V
44.2 to 53.0 NOTE If the battery voltage is below the value of this parameter, the battery test ends.
20%
0 to 99 NOTE If the battery capacity is below the value of this parameter, the battery test ends.
1 to 6000 NOTE If the standard battery test duration reaches the value of this parameter, the battery test ends.
Test End Temperature
-
5 degC
-5 to +15 NOTE If the battery temperature is lower than Test End Temperature, the battery test ends.
SOH Estimation Times
3
1 to 30
1
0.5 to 1.5
NOTE This parameter is displayed only when License is set to enable.
SOH Batch Factor
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Third-Level Menu
A Parameter Lists
Fourth-Level Menu
Fifth-Level Menu
Default Value
Value Range
Short Test Enable
-
Disable
Disable, Enable
Short Test Period
-
Short Test Time
-
NOTE This parameter is displayed only when License is set to enable.
Short Test Para.
NOTE Indicates whether to allow the monitoring unit to perform short tests automatically.
30 Day
1 to 360 NOTE Period for an automatic short test.
5 Min
1 to 240 NOTE If the test duration exceeds the value of this parameter, the monitoring unit exits from the short test.
Alarm Parameters
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Short Test End Volt.
-
Overcur. Alm. Thres.
-
0.25 C10
0.05 to 1.00
Low Cap. Alm. Thres.
-
30%
0 to 90
Volt Unbalance Mode
-
Percentage Mode
Percentage Mode, Voltage Mode
Volt Imb Thres
-
10%
5 to 30
Batt Incorrect Curr
-
5.0 A
1 to 100
Batt Incorrect Time
-
5 min
1 to 60
Cur. Imb. Thres. -
0.05 C10
0.00 to 1.00
Cell Imb. Thres.
-
20%
5 to 30
Bat Disch Alm Thres
-
49.7 V
40.0 to 56.0
45.0 V
44.2 to 53.0 NOTE If the battery voltage is below the value of this parameter, the monitoring unit exits from the short test.
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Third-Level Menu
A Parameter Lists
Fourth-Level Menu
Fifth-Level Menu
Default Value
Value Range
Bat Disch Delay Time
0 Min
0 to 600
SOH Subhealth Val
-
70%
1 to 100
-
50%
1 to 100
-
45.0 V
37.0 to 57.0
-
59.0 V
48.0 to 60.0
Battery Install Time
-
-
-
Volt. Detect Mode
-
Middle Point Volt.
Middle Point Volt., Cell Volt.
NOTE This parameter is displayed only when License is set to enable.
SOH Aging Value NOTE This parameter is displayed only when License is set to enable.
Batt Under Vol Thres NOTE This parameter is displayed only when FSU & Power Supply is set to Only FSU or Power and FSU.
Batt Over Vol Thres NOTE This parameter is displayed only when FSU & Power Supply is set to Only FSU or Power and FSU.
Other Parameters
NOTE When connecting a signal cable for monitoring middle point voltages, select Middle Point Volt.. When connecting a signal cable for monitoring battery voltages, select Cell Volt..
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Third-Level Menu
A Parameter Lists
Fourth-Level Menu
Fifth-Level Menu
Default Value
Value Range
Shunt Max. Volt.
-
25 mV
5 to 150
Shunt Max. Cur. -
300 A
5 to 3000
Power Backup Mode
Time Mode
Time Mode, Capacity Mode
LLVD Backup Time
-
NOTE Specifies a mode for detecting power backup capability.
-
180 Min
Time Mode: based on backup time.
Capacity Mode: based on backup capacity.
0 to 9999 NOTE This parameter is displayed if Backup Mode is set to Time Mode. Sets the expected duration from when batteries start to supply power to when loads are disconnected. For example, if you require that loads be powered for 200 minutes since batteries start to supply power, set this parameter to 200Min. If the actual power supply duration is shorter than the expected duration, the monitoring unit generates a Backup Warning alarm.
BLVD Backup Time
-
480 Min
0 to 9999 NOTE This parameter is displayed if Backup Mode is set to Time Mode. Sets the expected duration from when batteries start to supply power to when batteries are disconnected. If the actual power supply duration is shorter than the expected duration, the monitoring unit generates a Backup Warning alarm.
LLVD Backup Capacity
-
75%
NOTE This parameter is
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5 to 100 NOTE This parameter is displayed if Backup Mode is set to
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Third-Level Menu
A Parameter Lists
Fourth-Level Menu
Fifth-Level Menu
Default Value
displayed only when Power Backup Mode is set to Capacity Mode.
Value Range
Capacity Mode. Sets the expected discharged battery capacity within the duration from when batteries start to supply power to when loads are disconnected. If the actual discharged battery capacity is less than the expected value, the monitoring unit generates a Backup Warning alarm.
BLVD Backup Capacity
-
95%
5 to 100 NOTE This parameter is displayed if Backup Mode is set to Capacity Mode.
NOTE This parameter is displayed only when Power Backup Mode is set to Capacity Mode.
Sets the expected discharged battery capacity within the duration from when batteries start to supply power to when batteries are disconnected. If the actual discharged battery capacity is less than the expected value, the monitoring unit generates a Backup Warning alarm.
BackBatt # Basic Parameters
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Battery n Connected
-
Yes
Yes, No
Single-String Cap.
-
150 Ah
5 to 10000
Float Charge Voltage
-
53.5 V
42.0 to 58.0
Boost Charge Voltage
-
56.4 V
42.0 to 58.0
Charge Limit Coef.
-
0.15 C10
0.05 to 0.50
Intelligent Dormancy
-
Disable
Disable, Enable
SOC/SOH Calcu Scene
Backup Scene
Backup Scene, Cyclic Scene
Attenuation Coef
-
0.80
0.00 to 1.00
Block Voltage
-
2V
2 V, 12 V
Battery Cable
-
1m
0 to 100
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Third-Level Menu
A Parameter Lists
Fourth-Level Menu
Fifth-Level Menu
Default Value
Value Range
Batt Cable CS Area
-
35 mm2
1 to 1000
TC Coefficient
-
80 mV/degC
0 to 500
Length
Temp. Comp. Para.
NOTE Amplitude of the battery float charge voltage that needs to be adjusted for each change of 1°C. Set this parameter based on the temperature compensation coefficient for a 48 V battery string and battery specifications. For example, if each battery is 3.33 mV and each 48 V battery string comprises 24 batteries, then set this parameter to 80 mV, which is calculated as follows: 3.33 x 24 = 80.
Nominal Temperature
-
25 degC
5 to 45 NOTE Temperature at the middle point for temperature compensation. Set this parameter based on battery specifications.
TC Upper Thres. -
45 degC
40 to 45 NOTE Highest temperature for temperature compensation.
BLVD Parameters
Temp. Prot. Para.
TC Lower Thres.
-
BLVD Low Voltage
-
43.2 V
35.0 to 56.0
BLVD Con. Volt.
-
51.5 V
37.0 to 58.0
BLVD Low Capacity
-
5%
5 to 99
Very HT Prot. Mode
-
Reduce DC Voltage
Disable, Reduce DC Voltage, Disconnect Battery
5 degC
0 to 10 NOTE Lowest temperature for temperature compensation.
NOTE If the battery temperature
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Third-Level Menu
A Parameter Lists
Fourth-Level Menu
Fifth-Level Menu
Default Value
Value Range
exceeds the value of Very High Temperature Alarm Threshold, the monitoring unit takes a protective measure that you selected.
Very HT Prot. Volt.
-
HT Alarm Thres.
-
Very HT Alarm Thres.
-
51.5 V
42.0 to 53.0 NOTE Under Reduce DC voltage protection mode, if the battery temperature exceeds the Very High Temperature Alarm Threshold, the monitoring unit adjusts the battery charging voltage to Very High Temperature Protection Voltage.
50 degC
25 to 80 NOTE If the battery temperature exceeds the value of High Temperature Alarm Threshold, the monitoring unit will generate a Battery High Temperature alarm.
53 degC
25 to 80 NOTE If the battery temperature exceeds the value of Very High Temperature Alarm Threshold, the monitoring unit will generate a Battery Very High Temperature alarm.
LT Alarm Thres. -
-10 degC
-20 to +20 NOTE If the battery temperature is below the value of Low Temperature Alarm Threshold, the monitoring unit will generate a Battery Low Temperature alarm.
Charge
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Very LT Alarm Thres.
-
Timed EC
-
-20 degC
-20 to +20 NOTE If the battery temperature is below the value of Very Low Temperature Alarm Threshold, the monitoring unit will generate a Battery Very Low Temperature alarm.
Enable
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Enable, Disable
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Third-Level Menu
Fourth-Level Menu
Parameters
Enabled
Standard Test Para.
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Fifth-Level Menu
Default Value
Value Range
Timed EC Interval
-
30 Day
1 to 365
Max Timed EC Duration
-
9h
1 to 24
Charge Efficiency
-
0.98
0.80 to 1.00
FC-EC Cur. Coef.
-
0.05 C10
0.01 to 0.25
FC-EC Cap. Percent
-
70%
50 to 100
EC-FC Cur. Coef.
-
0.01 C10
0.01 to 0.25
EC-FC Cur. Duration
-
30 Min
2 to 540
EC Max Duration
-
18 h
5 to 48
FC-EC Cur. Duration
-
30 Min
2 to 1440
Auto. EC Enable -
Enable
Enable, Disable
Mains Recovery EC En
Disable
Enable, Disable
AC Fail EC Duration
-
10 Min
0 to 30
Fast Charge Coef.
-
0.40 C10
0.25 to 0.5
Load Temp.Limit En.
-
Disable
Enable, Disable
Batt. Temp.Limit En.
-
Disable
Enable, Disable
Fast Charge Enable
-
Enable
Enable, Disable
Batt. Life Opt. En.
-
Disable
Enable, Disable
Time Test Mode -
Disable
Disable, Planned Test, Scheduled Test
Pre-EC Enable
Enable
Enable, Disable
-
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Third-Level Menu
A Parameter Lists
Fourth-Level Menu
Fifth-Level Menu
Default Value
Value Range
Constant Cur. Test
-
Disable
Enable, Disable
Constant Test Cur.
-
9999 A
1 to 9999
-
HH:MM:SS
HH:MM:SS
-
90 Day
2 to 999
NOTE This parameter is displayed only when Constant Cur. Test is set to Enable.
Sche. Test St. Time NOTE This parameter is displayed only when Time Test Mode is set to Planned Test.
Sche. Test St. Period
NOTE Interval for starting a scheduled test.
NOTE This parameter is displayed only when Time Test Mode is set to Scheduled Test.
Annual Battery Tests
-
0
0 to 6
Planned Test Time n
-
MM-DD HH:MM MM-DD HH:MM
AC Fail Test Enable
-
Disable
Enable, Disable
Test End Voltage
-
46.0 V
44.2 to 53.0
Test End Capacity
-
20%
0 to 99
Test End Time
-
480 Min
1 to 6000
Test End
-
5 degC
-5 to +15
NOTE This parameter is displayed only when Time Test Mode is set to Planned Test.
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Third-Level Menu
A Parameter Lists
Fourth-Level Menu
Fifth-Level Menu
Default Value
Value Range
3
1 to 30
-
1
0.5 to 1.5
Short Test Enable
-
Disable
Enable, Disable
Short Test Period
-
30 Day
1 to 360
Short Test Time
-
5 Min
1 to 240
Short Test End Volt.
-
45.0 V
44.2 to 53.0
Overcur. Alm. Thres.
-
0.25 C10
0.05 to 1.00
Low Cap. Alm. Thres.
-
30%
0 to 90
80
1 to 99
-
60
1 to 99
-
49.7 V
40 to 56
Temperature SOH Estimation Times NOTE This parameter is displayed only when License is set to enable.
SOH Batch Factor NOTE This parameter is displayed only when License is set to enable.
Short Test Para.
Alarm Parameters
SOH Sub-health Thres NOTE This parameter is displayed only when License is set to enable.
SOH Deterio Thres NOTE This parameter is displayed only when License is set to enable.
Bat Disch Alm Thres
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Setup Parameter
Third-Level Menu
A Parameter Lists
Fourth-Level Menu
Fifth-Level Menu
Default Value
Value Range
Bat Disch Delay Time
0 Min
0 to 600
Other Parameters
Battery Install Time
-
-
-
Basic Parameters
Battery Type Number
-
1
1 to 4
Battery Factory
-
Other
AGISSON, Coslight, Dengta, Eltek, EnerSys, Exide, LEOCH, Narada, NorthStar, Shoto, Other
Battery Model
-
12V VRLA
DCB-A, DCB-A1, DCB-B, DCB-Y, ESU-A, ESM-A, ESM-BX, FCB-A, FCB-B, SCB-A, SCB-A1, TCB-A, TCB-B, TCB-C, 12V VRLA, 2V VRLA, FLOOD, 6-GFM-X, 6-GFMF, Rebak-F4899T, 12TD-F, SBS-F, M12V-FT, LPF12-H, 6-GFM-F, 12NDF, Blue, Red, 6-FMX, 6-XFMJ, GFM, BBS 4840Z
Load Elec Stat Src
-
No
No, Shunt, EFUSE, DC Ammeter, DCDB
Enable Sign Verify
-
Disable
Enable, Disable
TLS 1.0
-
Disable
Enable, Disable
TCB auto-sensing
-
Yes
Yes, No
Include Public Load
-
No
Yes, No
Load Elec Stat Start
-
1
1 to 28
Hybrid Scenario -
No
Yes, No
ATS Number
-
0
0 to 2
Sensor Config AC SPD
-
Yes
Yes, No
DC SPD
-
Yes
Yes, No
Door Sensor
-
No
Yes, No
Water Sensor
-
Yes
Yes, No
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Third-Level Menu
A Parameter Lists
Fourth-Level Menu
Fifth-Level Menu
Default Value
Value Range
Smoke Sensor
-
Yes
Yes, No
Ambient Temp. Sensor
-
Yes
Yes, No
Ambient Humi. Sensor
-
Yes
Yes, No
Temp1 Sensor
-
No
Yes, No
Temp2 Sensor
-
Yes
Yes, No
Batt. Temp. Sensor 1
-
No
Yes, No
Batt. Temp. Sensor 2
-
No
Yes, No
Batt. Temp. Sensor 3
-
No
Yes, No
Vibration Sensor -
No
DIN1-6, No
Audible Visual Alarm
-
No
ALM1-7, No
IR sensor connected
-
No
DIN1-6, No
IR Sensor Connected 2
-
No
DIN1-6, No, GATE
IR Sensor Connected 3
-
No
DIN1-6, No, GATE
Glass Brk Snsr Cnnct
-
No
DIN1-6, No
Water Sensor connect
-
No
DIN1-6, No
Smoke Sensor connect
-
No
DIN1-6, No
Nonintelligent Lock
-
No
Yes, No
Door Lock State -
No
DIN1-6, No
NOTE This parameter is displayed only when FSU & Power Supply is set to Only FSU or Power and FSU.
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SecondLevel Menu
Third-Level Menu
A Parameter Lists
Fourth-Level Menu
Fifth-Level Menu
Default Value
Value Range
-
No
ALM1, ALM2, ALM3, ALM8, No
-
Open
Open, Close
-
Excellent
Average, Fair, Good, Excellent
NOTE This parameter is displayed only when Nonintelligent Lock is set to Yes.
Nonintel. Lock ALM NOTE This parameter is displayed only when Nonintelligent Lock is set to Yes.
ALMn Default State NOTE This parameter is displayed only when Nonintelligent Lock is set to Yes and ALM For Lock is not set to No.
Camera #
Camera n
NOTE Applies when the serial port camera is connected.
Image Quality
NOTE Image definition.
Image Format
-
640 x 480
160 x 120, 320 x 240, 640 x 480
Capture Interval
-
40s
20 to 600 NOTE Interval for taking pictures.
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Number Before Alarm
-
Number After Alarm
-
5 Pcs
1 to 10 NOTE Sets how many pictures taken before alarm generation will be saved.
5 Pcs
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1 to 10 NOTE Sets how many pictures taken after alarm generation will be saved.
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Camera #
Third-Level Menu
Camera n
NOTE Applies when the IP camera is connected.
DTS #
DTS Group
DTSn
DCDB #
DCDB n
A Parameter Lists
Fourth-Level Menu
Fifth-Level Menu
Default Value
Value Range
Hist. Photos Uploaded
-
0 Pcs
0 to 10
Forbid Camera
-
No
Yes, No
Capture Interval
-
40s
20 to 60
Forbid Camera
-
No
Yes, No
Backup Batt Enable
-
Yes
Yes, No
DTS Transfers Limit
-
20
1 to 100
MainBatt Swit. Volt
-
43.2 V
35.0 to 56.0
BackBatt n Swit. Volt
43.2 V
35.0 to 56.0
LeBatt Transfer Mode
-
Discharge apart
Discharge apart, Discharge together
LiBatt Transfer Mode
-
Active/Standby
Active/Standby, Mutual backup
MainBatt UV Thres
-
46.0 V
46.0 to 57.0
MainBatt UV HY
-
1.0
1.0 to 5.0
BackBatt UV Thres
-
46.0 V
46.0 to 57.0
BackBatt UV HY
-
1.0
1.0 to 5.0
Basic Parameters
Load Setting Mode
All Branch
All Branch, Single Branch
Load Off Mode
Voltage Mode
Voltage Mode, Time Mode
Yes
Yes, No
Load Off Enable Load Off Enable NOTE This parameter is available
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SecondLevel Menu
Third-Level Menu
A Parameter Lists
Fourth-Level Menu
Fifth-Level Menu
Default Value
Value Range
Yes
Yes, No
No
Yes, No
No
Yes, No
51.5 V
37.0 to 58.0
only when Load Setting Mode is All Branch.
Load n Off Enable NOTE This parameter is available only when Load Setting Mode is Single Branch.
Load TD Enable NOTE This parameter is available only when Load Setting Mode is All Branch.
Load n TD Enable NOTE This parameter is available only when Load Setting Mode is Single Branch.
Load On/Off Para.
Load On Voltage NOTE This parameter is available only when Load Setting Mode is All Branch.
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SecondLevel Menu
Third-Level Menu
A Parameter Lists
Fourth-Level Menu
Fifth-Level Menu
Default Value
Value Range
Load n On Volt
51.5 V
37.0 to 58.0
43.2 V
35.0 to 56.0
43.2 V
35.0 to 56.0
6000 Min
0 to 6000
6000 Min
0 to 6000
NOTE This parameter is available only when Load Setting Mode is Single Branch.
Load Off Voltage NOTE This parameter is available only when Load Setting Mode is All Branch.
Load n Off Enable NOTE This parameter is available only when Load Setting Mode is Single Branch.
Load Off Time NOTE This parameter is available only when Load Setting Mode is All Branch and Load Off Mode is Time Mode.
Load n Off Time
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SecondLevel Menu
Third-Level Menu
A Parameter Lists
Fourth-Level Menu
Fifth-Level Menu
Default Value
Value Range
HH:MM:SS
HH:MM:SS
HH:MM:SS
HH:MM:SS
480 Min
1 to 1439
480 Min
1 to 1439
This parameter is available only when Load Setting Mode is Single Branch and Load Off Mode is Time Mode. Load TD Time NOTE This parameter is available only when Load Setting Mode is All Branch.
Load n TD Time NOTE This parameter is available only when Load Setting Mode is Single Branch.
Load TD Duration NOTE This parameter is available only when Load Setting Mode is All Branch.
Load n TD Duration NOTE This parameter is
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SecondLevel Menu
Third-Level Menu
A Parameter Lists
Fourth-Level Menu
Fifth-Level Menu
Default Value
Value Range
Yes
Yes, No
Yes
Yes, No
30 A
3 to 30
30 A
3 to 30
available only when Load Setting Mode is Single Branch.
Load Overcur Thres
Load OvCur Prot En NOTE This parameter is available only when Load Setting Mode is All Branch.
Load n OvCur Prot En NOTE This parameter is available only when Load Setting Mode is Single Branch.
Load Br OC Thres. NOTE This parameter is available only when Load Setting Mode is All Branch.
Load n OC Thres. NOTE This parameter is available only when Load Setting Mode is
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SecondLevel Menu
Third-Level Menu
A Parameter Lists
Fourth-Level Menu
Fifth-Level Menu
Default Value
Value Range
Single Branch.
Load OvTmp Para.
Load OvTmp Yes Proc En
Yes, No
NOTE This parameter is available only when Load Setting Mode is All Branch.
Load n Yes OvTmp Proc En
Yes, No
NOTE This parameter is available only when Load Setting Mode is Single Branch.
Consumption Config
Load User Config
0
0 to 6
0
0 to 6
0
0 to 10
NOTE This parameter is available only when Load Setting Mode is All Branch.
Load n to User NOTE This parameter is available only when Load Setting Mode is Single Branch.
Load n to
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SecondLevel Menu
Third-Level Menu
A Parameter Lists
Fourth-Level Menu
Fifth-Level Menu
Default Value
Value Range
No
Yes, No
Branch NOTE This parameter is available only when Load Setting Mode is Single Branch.
Electronic Lock
E-Lock Group Access Card Aut Lock Close Delay
-
10s
3 to 240
Cabinet Name
-
-
-
Mech Key Enable
-
Yes
Yes, No
Mech Key Delay -
3 min
1 to 30
Number of Batteries
-
0
0 to 96
BIM Volt. Rec. En.
-
No
No, Yes
BIM Res. Rec. En.
-
No
No, Yes
BIM Temp. Rec. En.
No
No, Yes
BIM SOH Rec. En.
-
No
No, Yes
AC Rated Frequency
-
-
50 Hz
50, 60
Detected Object
-
-
AC Total Input
None, AC Total Input, AC Main Equipment, AC TC Equipment, AC Other Equipment
AC OV Thres. -
-
280 V
60-300
AC UV Thres. -
-
180 V
60-300
Channel n Setting
-
-
Disable
Disable, AI (4-20mA), AI (0-10VDC), DI
CH n Unit
-
-
degC
degC, %RH, DCV, ACV, A
Electronic Lock n
CIM
AIM
NIM02D
CIM Equip n
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SecondLevel Menu
A Parameter Lists
Third-Level Menu
Fourth-Level Menu
Fifth-Level Menu
Default Value
Value Range
CH n Alarm Condition
-
-
Close
Open, Close
CH n Up Measure Value
-
-
80
-1000 to +1000
CH n Lo Measure Value
-
-
-40
-1000 to +1000
CH n Upper Limit
-
-
20
-
CH n Lower Limit
-
-
4
-
CH n High Alarm On
-
-
Disable
Enable, Disable
CH n High Alarm Thres
-
-
40
-
CH n SuperHi Alm On
-
Disable
Enable, Disable
CH n SuperHi Alm Thre
-
60
-
CH n Low Alarm On
-
-
Disable
Enable, Disable
CH n Low Alarm Thres
-
-
-10
-
CH n SuperLo Alm On
-
Disable
Enable, Disable
CH n SuperLo Alm Thre
-
-20
-
FE n Net Mode Set
-
-
WAN
WAN, LAN
Rated Capacity
-
40 Ah
1 to 300
Charging Voltage
-
54.0 V
53.5 to 56.5
BLVD Enable
-
Yes
Yes, No
Battery n Connected
-
Yes
Yes, No
BLVD Mode
-
Voltage Mode
Voltage Mode, Time Mode
Low Cap Basic Li-ion Batt Parameters # NOTE This parameter is displayed only when Battery BLVD
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SecondLevel Menu
Third-Level Menu
Model is Parameters set to BBS 4840Z.
Alarm Parameters
Other Parameters
Li Battery #
Basic Parameters
NOTE This param eter is displa yed only when Batter y Model is set to ESMA, ESUA or ESMBX.
There are differe nces in the defaul t param eters of the batter y when the Batter
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A Parameter Lists
Fourth-Level Menu
Fifth-Level Menu
Default Value
Value Range
BLVD Time
-
480 Min
5 to 1000
BLVD Capacity
-
5%
0 to 100
BLVD Voltage
-
43.2 V
35.0 to 47.8
BLVD Con. Volt.
-
51.5 V
37.0 to 53.0
HT Alarm Thres.
-
50 degC
25 to 80
LT Alarm Thres. -
-10 degC
-35 to +20
Shunt Max. Volt.
-
25 mV
5 to 150
Shunt Max. Cur. -
300 A
5 to 3000
Installation Time -
-
-
Batt Atten Coef
-
0.80
0.00 to 1.00
Battery n Connected
-
No
Yes, No
Discharge Mode -
Auto
Auto, Constant Volt Dischg
Priority Charger
-
Disable
Enable, Disabale
iLock Enable
-
Lock Enable
Lock Enable, Lock Disable
-
Host Manage
Host Manage, Auto Manage
-
72
8 to 720
NOTE This parameter is displayed only when the battery anti-theft function is supported.
BMU Manage Model NOTE This parameter is displayed only when the battery anti-theft function is supported.
iLock Verify Timeout NOTE This parameter is displayed only when the battery anti-theft
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SecondLevel Menu
Third-Level Menu
y Model or Batter y Capac ity is differe nt.
A Parameter Lists
Fourth-Level Menu
Fifth-Level Menu
Default Value
Value Range
Battery Group Vendor
-
-
-
BMU Quantity
-
0
0 to 32
Cycle Mode
-
Li-Ion primary
Li-Ion primary, Li-Ion And Acid cycle, Li-Ion standby
Charge Efficiency
-
1.00
0.80 to 1.00
-
56.4 V
42.0 to 58.0
-
54.5 V
42.0 to 58.0
Chg Curr Limit Coef
-
0.4 C10
0.05 to 1.00
Chg Over Curr THR
-
0.75 C10
0.15 to 1.00
Load Temp.Limit En.
-
Disable
Disable, Enable
Batt. Temp.Limit En.
-
Disable
Disable, Enable
Batt. Life Opt. En.
-
Disable
Disable, Enable
HT Alarm Thres.
-
50 degC
35 to 70
0
-50 to 0
function is supported.
Charge Parameters
NOTE This parameter only displayed when Hybrid Scenario is set to No.
EC Voltage NOTE This parameter only displayed when Hybrid Scenario is set to No.
FC Voltage NOTE This parameter only displayed when Hybrid Scenario is set to No.
Alarm Parameters
LT Alarm Thres. -
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SecondLevel Menu
DCDU #
Third-Level Menu
A Parameter Lists
Fourth-Level Menu
Fifth-Level Menu
Default Value
Value Range
DO1 Alarm Action
-
Close
Close, Open
DO2 Alarm Action
-
Close
Close, Open
-
Standard mode
Standard mode, Energy saving mode, Mute mode
LVD Mode
-
Voltage Mode
Voltage Mode, Time Mode
Backup Mode enable
-
Disable
Disable, Enable
Basic Information
User Config
None
None, User1-6
Amb. HT Thres.
55 degC
25 to 80
Amb. LT Thres.
-20 degC
-20 to +20
Amb. HH Thres.
95%
0 to 100
Amb. LH Thres.
5%
0 to 100
Heater Alm DI Conf
None
DIN1-6, None
LLVD Enable
Yes
Yes, No
LLVD Voltage
45.0 V
35.0 to 56.0
LLVD Time
180 Min
-
LLVD Con. Volt.
51.5 V
37.0 to 58.0
BLVD Enable
Yes
Yes, No
BLVD Time
480 Min
-
BLVD Volt.
43.2 V
35.0 to 56.0
BLVD Con. Volt.
51.5 V
37.0 to 58.0
Door Sensor
None
Yes, None
Smoke Sensor
Yes
Yes, None
DCDU Group TC Mode
DCDU n
LLVD Parameters
Sensor Config
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SecondLevel Menu
Third-Level Menu
A Parameter Lists
Fourth-Level Menu
A/C Config
EFUSE Group #
EFUSE n
Basic Parameters
Fifth-Level Menu
Default Value
Value Range
Water Sensor Yes
Yes, None
Ambient Temp. Sensor
Yes
Yes, None
Ambient Humi. Sensor
Yes
Yes, None
Indoor Vent TS
Yes
Yes, None
Outdoor Amb. TS
Yes
Yes, None
Temp1 Sensor
None
Yes, None
Temp2 Sensor
None
Yes, None
Comp. Start Temp.
28 degC
20 to 50
HT Alarm Thres.
50 degC
25 to 80
Load Off Mode
Voltage Mode
Time Mode, Voltage Mode
On/Off Setting
Single
All, Single
Load Overcur Setting
Single
All, Single
Load n Off Enable
Yes
Yes, No
No
Yes, No
NOTE This parameter is displayed only when On/Off Setting is Single.
Load Off Enable NOTE This parameter is displayed
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Third-Level Menu
A Parameter Lists
Fourth-Level Menu
Fifth-Level Menu
Default Value
Value Range
No
Yes, No
No
Yes, No
43.2 V
35.0 to 56.0
43.2 V
35.0 to 56.0
51.5 V
37.0 to 58.0
only when On/Off Setting is ALL.
Load n TD Enable NOTE This parameter is displayed only when On/Off Setting is Single.
Load TD Enable NOTE This parameter is displayed only when On/Off Setting is ALL.
Load Off Voltage
Load n Off Volt NOTE This parameter is displayed only when On/Off Setting is Single.
Load Off Voltage NOTE This parameter is displayed only when On/Off Setting is All.
Load On Voltage
Load n On Volt NOTE This parameter is displayed
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SecondLevel Menu
Third-Level Menu
A Parameter Lists
Fourth-Level Menu
Fifth-Level Menu
Default Value
Value Range
51.5 V
37.0 to 58.0
Load n Off Time
6000 Min
0 to 6000
Load Off Time
6000 Min
0 to 6000
-
-
480 Min
1 to 1439
only when On/Off Setting is Single.
Load On Voltage NOTE This parameter is displayed only when On/Off Setting is All.
Load Off Time
NOTE This parameter is NOTE displayed only This when Load Off parameter is Mode is Time displayed Mode. only when On/Off Setting is Single.
NOTE This parameter is displayed only when On/Off Setting is All.
Load Time Down
Load TD Time
NOTE NOTE This parameter is This displayed only parameter is when Load TD displayed Enable is Yes. only when On/Off Setting is All.
Load TD Duration NOTE This parameter is displayed
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SecondLevel Menu
Third-Level Menu
A Parameter Lists
Fourth-Level Menu
Fifth-Level Menu
Default Value
Value Range
-
-
480 Min
1 to 1439
15.0 A
0.5 to 20.0
15.0 A
0.5 to 20.0
only when On/Off Setting is All.
Load n TD Time NOTE This parameter is displayed only when On/Off Setting is Single.
Load n TD Duration NOTE This parameter is displayed only when On/Off Setting is Single.
Load Overcur. Thres.
Load n Overcur Thres NOTE This parameter is displayed only when Load Overcur. Setting is Single.
Load Overcur. Thres. NOTE This paramete r is displayed only when Load Overcur. Setting is All.
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When the
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SecondLevel Menu
Third-Level Menu
A Parameter Lists
Fourth-Level Menu
Fifth-Level Menu
Default Value
Value Range
All Loads to User
None
None, User 1-6
Load n to User
None
actual current exceeds the 1.2 times of the load overcurre nt threshold , the EFUSE automati cally enables or disables the output. The appropria te current can be manually resumed only after the overcurre nt fault is rectified.
Consumption Config
NOTE User SNs must be consecutive; In a multi-LLVD scenario, use SNs must map to LLVD SNs.
NOTE User SNs must be consecutive.
NOTE This parameter is displayed only when Load Elec Stat Src is EFUSE.
Load n to Branch
None, User 1-6
None
None, Branch1-10
NOTE This parameter is displayed only when Load Elec Stat Src is No EFUSE.
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SecondLevel Menu
Temp. Control #
Third-Level Menu
A Parameter Lists
Fourth-Level Menu
Fifth-Level Menu
Default Value
Value Range
Other Parameters
Input OV Thres
58.0 V
58.0 to 60.0
Input UV Thres
42.0 V
38.0 to 45.0
Set Cabinet Name
-
-
-
-
-
-
-
-
A/C Stop Temp. -
-
-
Indoor Vent TS
-
Yes
Yes, No
Outdoor Amb. TS
-
Yes
Yes, No
Backup Mode enable
-
Disable
Enable, Disable
A/C On HighTemp
-
40 degC
20 to 50
A/C On Higher Temp
-
45 degC
25 to 55
A/C Rotation Runtime
-
12 h
2 to 168
A/C Control Mode
-
-
-
A/C Config. Mode En
-
Disable
Enable, Disable
System HN Thres.
-
68 dB
40 to 80
Btemp for A/C On
-
30 degC
10 to 55
Low-Temp Mode Enable
-
Disable
Enable, Disable
Low-Temp Start Temp
-
-
Fan Qty
4 Pcs
0 to 4
50%
0 to 100
Temp. Control Temp. Control Group Mode A/C Work Temp.
Fan Group
-
Fan Speed Ratio -
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SecondLevel Menu
Third-Level Menu
A Parameter Lists
Fourth-Level Menu
Fifth-Level Menu
Default Value
Value Range
Work Temperature
-
35 degC
-20 to +50
Stop Temperature
-
30 degC
-20 to +50
Dr. Alm. Fan Stp. En
-
Disable
Enable, Disable
55 degC
25 to 80
25 degC
20 to 50
Batt Hibernation -
Disable
Enable, Disable
Backup Mode enable
Enable
Enable, Disable
HT Alarm Thres -
68 degC
25 to 80
LT Alarm Thres
-20 degC
-20 to +20
Batt String Num -
0
0 to 4
Volt. Detect Mode
-
Batt Mid. Volt
Batt Mid. Volt, Block Voltage
Mid-Point Imb Thres
-
20%
5 to 30
-
20%
5 to 30
Batt Hibernation -
Disable
Enable, Disable
Temp Comp Coef
-
-
80 mV/degC
0 to 500
Float Charge Volt
-
-
53.5 V
42.0 to 58.0
Eql. Charge
-
-
56.4 V
42.0 to 58.0
Batt Int AC. n HT Alarm Thres Comp. Start Temp
TCU
Batt TCUC n
-
-
-
NOTE This parameter is displayed only when Volt. Detect Mode is Batt Mid. Volt.
Cell Imb. Alm. Thres. NOTE This parameter is displayed only when Volt. Detect Mode is Block Voltage.
PSC #
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SecondLevel Menu
Third-Level Menu
A Parameter Lists
Fourth-Level Menu
Fifth-Level Menu
Default Value
Value Range
Auto. Eql Charge
-
-
Yes
Yes, No
Sched Eql Chrg Time
-
-
9h
1 to 24
DC UV Thres. -
-
48.0 V
35.0 to 57.0
DC OV Thres. -
-
58.0 V
53.0 to 60.0
Batt HT Alarm Thres
-
-
50 degC
25 to 80
AC Overfreq Limit
-
-
55 Hz
0 to 65535
AC Underfreq Limit
-
55 Hz
0 to 65535
AC UV Thres. -
-
180 V
60 to 300
AC OV Thres. -
-
280 V
60 to 300
-
-
80
80 to 82
-
-
4
1 to 4
Chan n Detect Object
-
DC Main Equipment
DC Main Equipment, None, DC Other Equipment, Battery, DC TC Equipment
EPACn #
Working Mode
-
Urgent A/C
Urgent A/C, Switch + Urgent, Switch + Intel, add + Urgent, add + Intel, A/C + Urgent, A/C + Intel, Direct Vent
T0:Fan On Out Temp
-
25 degC
0 to 35
T1:All A/C Off Temp
-
22 degC
12 to 32
T2:1 A/C On Temp
-
25 degC
20 to 35
T3:2 A/C On Temp
-
30 degC
25 to 45
T4:Emerg Fan On Temp
-
42 degC
30 to 50
TA:Outdoor Temp
-
34 degC
0 to 40
Volt
DC Energy Comm. Addr. Meter n # Channels
Other Device Config
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Third-Level Menu
ACM-2 n #
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A Parameter Lists
Fourth-Level Menu
Fifth-Level Menu
Default Value
Value Range
TB:Fan Off In Temp
-
-5 degC
-10 to +32
TC:Fan On In Temp
-
35 degC
20 to 35
TD:A/C Fail Clr Temp
38 degC
23 to 45
TE:A/C On In Temp
-
45 degC
28 to 50
H1:Fan On Humi
-
85%
60 to 85
H2:Fan Off Humi
-
90%
80 to 100
A/C Delay Start
-
Nodelay
Nodelay, Delay
A/C Quantity
-
2
1 to 2
DT:Fan Fail Temp Dif
-
12 degC
10 to 15
FWTF:Fan Fail Time
-
30 Min
20 to 60
ATF:A/C Fail Temp
-
40 degC
38 to 45
WTF:A/C Fail Time
-
30 Min
20 to 60
WTL:A/C Switch Time
-
12 h
2 to 12
EPAC Reset
-
Yes
Yes
System Time Syn
-
Yes
Yes
Loop1 on/off
-
On
On, Off
Loop2 on/off
-
On
On, Off
Loop1 Start Temp
-
25 degC
20 to 60
Loop2 Start Temp
-
28 degC
20 to 60
Stop Temp Hysteresis
-
2 degC
1 to 10
Rotation
-
480 min
360 to 720
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Third-Level Menu
A Parameter Lists
Fourth-Level Menu
Fifth-Level Menu
Default Value
Value Range
Mini RunTime
-
35 min
4 to 60
Min. Power-off Time
-
3 min
2 to 10
High Temp Threshold
-
42 degC
20 to 80
High Tem Hystere
-
2 degC
1 to 5
Time Control Enable
-
No
Yes, No
Stop Time
-
00:00:00
-
Start Time
-
08:00:00
-
Work Mode
-
Auto
Auto, Manual
Mains UVT
-
-
39%
39 to 100
Mains OVT
-
-
140%
100 to 159
-
280 V
225 to 400
-
45 V
35 to 56
Module On Volt Thres
51.5 V
37.0 to 58.0
Safe Mode Action
-
Off
Off, Output 55 V
Outp Overvolt Thres
-
410.0 V
400.0 to 450.0
Outp Undervolt Thres
-
230.0 V
220.0 to 240.0
Outp Open Cir Prot
-
Enable
Enable, Disable
-
-
-
-
FSU_PARAM Set FSU Restart
-
Enable
Enable, Disable
FSU Restart Intvl (h)
-
8
4 to 24
FSU ID
-
-
-
FSU Code
-
-
-
Runtime
ATS 1
HVDC #
HVDC Group Default Output Volt ModuleOff Volt Thres
HVDC FSU
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Third-Level Menu
A Parameter Lists
Fourth-Level Menu
Fifth-Level Menu
Default Value
Value Range
-
-
-
SC User Name
-
-
-
SC Password
-
-
-
SC Server Port
-
-
-
Mobile VPN Parm
CM VPN IP
-
-
CM Backup VPN IP
-
-
Unicom VPN Parm
CU VPN IP
-
-
CU Backup VPN IP
-
-
Telecom VPN Parm
CT VPN IP
-
-
CT Backup VPN IP
-
-
Output Voltage
-
-
27.0 V
24.0 to 30.0
OV Prot. Thres.
-
-
32.0 V
31.3 to 33
MIMO Module
MIMO Group 12DC Out. Volt
-
12.0 V
12.0 to 13.2
24AC Out. Volt
-
24.0 V
24.0 to 26.3
SSU Group #
Solar EC En
-
-
Enable
Enable, Disable
SC Parameters SC Server IP
VPN Parameters
24 V Module
NOTE Indicates whether the equalized charge function is enabled in the case of solar power supply.
Solar EC Time
-
-
12 h
NOTE Indicates the maximum duration of equalized charge in the case of solar power supply. If the equalized charge duration exceeds the value of this parameter, batteries automatically enter float charging for protection.
NOTE This parameter is displayed only when Solar EC En is set to Enable.
SSU Increment Volt
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1 to 24
-
-
0.5 V
0.2 to 1.0 NOTE Difference between the SSU output voltage and the rectifier output voltage.
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Fourth-Level Menu
Fifth-Level Menu
Default Value
Value Range
Photovolta PV Module ic Quantity
-
-
24 Pcs
1 to 1000
PV Module Alm Relate
-
-
DIN1
No, DIN1-6
PV Module Power
-
-
180 W
50 to 400
Humiture Sensor #
Amb. HT Thres
-
55 degC
25 to 80
Amb. LT Thres
-
-20 degC
-20 to +20
Amb. Ultra HT Thres.
-
70 degC
25 to 80
Amb. HH Thres. -
95%
0 to 100
Amb. LH Thres. -
5%
0 to 100
Env HT Count Point
-
55 degC
25 to 80
Env LT Count Point
-
-20 degC
-20 to +20
Water Alarm Cond
-
Close
Close, Open
Door Sensor # Door Alarm Cond
-
Open
Close, Open
Smoke Sensor Smoke Alarm # Cond
-
Close
Close, Open
DIN n Alm. Cond.
-
Close
Close, Open
DIN5 Reuse
-
None
None, Heater Fault
DIN6 Reuse
-
None
None, LLVD Forcibly Connection, TCUA Alarm, TEC Alarm
DO Dry Contact Para.
ALMn Alarm Action
-
Close
Close, Open
Alarm Config
Power System
-
-
-
UIM
-
-
-
Controller
-
-
-
Rectifier
-
-
-
Rectifier Group
-
-
-
Sensor
Third-Level Menu
A Parameter Lists
Water Sensor #
Alarm DI Dry Parameters Contact Para.
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SecondLevel Menu
Third-Level Menu
Alarm Level DO Para.
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A Parameter Lists
Fourth-Level Menu
Fifth-Level Menu
Default Value
Value Range
Acid Battery Group
-
-
-
Battery String
-
-
-
Fan Group
-
-
-
Temp. Control Group
-
-
-
Camera Group # -
-
-
CIM #
-
-
-
HVDC #
-
-
-
AIM #
-
-
-
PSC #
-
-
-
FSU #
-
-
-
Door Sensor #
-
-
-
Water Sensor #
-
-
-
Smoke Sensor #
-
-
-
Humiture Sensor #
-
-
ATS
-
-
-
SSU
-
-
-
SSU Group
-
-
-
PV Moudle
-
-
-
EFUSE #
-
-
-
EFUSE Group#
-
-
-
Mains#
-
-
-
NIM02D #
-
-
-
GPS #
-
-
-
EPAC #
-
-
-
ACM-2 #
-
-
-
Cri. Alm. Asso. DO
-
No
No, ALM1-ALM8
Major Alm. Asso. DO
-
No
No, ALM1-ALM8
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Third-Level Menu
A Parameter Lists
Fourth-Level Menu
Fifth-Level Menu
Default Value
Value Range
Minor Alm. Asso. DO
-
No
No, ALM1-ALM8
Warn. Alm. Asso. DO
-
No
No, ALM1-ALM8
Clear ALM Asso.
Clear ALMn Asso.
-
Yes
Yes
Clear DI Asso.
Clear DIN n Asso.
-
Yes
Yes
IP Address
-
192.168.0.10
-
Subnet Mask
-
255.255.255.0
-
Default Gateway -
192.168.0.1
-
IPv4 DSCP
-
46
0 to 63
VLAN Enable
-
No
Yes, No
VLAN ID
-
0
0 to 4094
VLAN Priority
-
5
0 to 7
NetEco Primary IP
-
192.168.0.10
-
NetEco Backup IP
-
192.168.0.10
-
NetEco Port Number
-
31220
1 to 65535
FAE Tel Number 1
-
-
+, 0 to 9
FAE Tel Number 2
-
-
+, 0 to 9
FAE Tel Number 3
-
-
+, 0 to 9
FAE Tel Number 4
-
-
+, 0 to 9
FAE Tel Number 5
-
-
+, 0 to 9
Northbound
Port Mode
Automatic
Manual, Automatic
Protocol Type
M/S Protocol
M/S Protocol, YDN1363 Protocol, Modbus Protocol
-
9600
1200, 2400, 4800, 14400,
Comm. Network Parameters Parameters
Serial Port
YDN1363
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Baud Rate
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Third-Level Menu
A Parameter Lists
Fourth-Level Menu
Fifth-Level Menu
Default Value
Protocol
Modbus Protocol
M/S Protocol
Mobile Data
Value Range
115200, 9600, 19200 Comm. Address
-
1
1 to 254
Baud Rate
-
9600
1200, 2400, 4800, 14400, 115200, 9600, 19200
Comm. Address
-
33
0-247
Baud Rate
-
9600
1200, 2400, 4800, 14400,115200,9600,19200
Comm. Address
-
3
0 to 31
Carrier Operator -
Automatic
Automatic, Others
SIMn Acc Point Name
-
3GNET
A maximum of 28 characters, including lowercase English letters (a to z), uppercase English letters (A to Z), digits (0 to 9), and special characters (@_#*-.).
-
*99#
-
3GNET
-
-
NOTE This parameter is displayed only when Carrier Operator is set to Others.
SIMn Access Point No NOTE This parameter is displayed only when Carrier Operator is set to Others.
SIMn User Name NOTE This parameter is displayed only when Carrier Operator is set to Others.
SIMn User Password NOTE This parameter is displayed only when Carrier Operator is set to Others.
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A maximum of 27 characters, including lowercase English letters (a to z), uppercase English letters (A to Z), digits (0 to 9), and special characters (@_#-.). It is recommended that the password contain at least two types of characters and the length exceed six
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Third-Level Menu
A Parameter Lists
Fourth-Level Menu
Fifth-Level Menu
Default Value
Value Range
characters. Wifi Setting
Wifi SSID
-
-
HUAWEI_SITE
A maximum of 31 characters, including lowercase English letters (a to z), uppercase English letters (A to Z), digits (0 to 9), and special characters (@_#-.).
Password
-
-
Changeme
A maximum of 31 characters, including lowercase English letters (a to z), uppercase English letters (A to Z), digits (0 to 9), and special characters (@_#-.). It is recommended that the password contain at least two types of characters and the length exceed eight characters.
Local Language Parameters
-
-
English
English, Chinese, Russian, Spanish, Portuguese, French, Italian, German, Turkish, Japanese.
Site ID
Site ID
-
-
-
System Type
-
-
-
-
-
UTC +08:00 Beijing
Time zones of all the major cities in the world. For details, see the WebUI.
Date and Time
-
-
-
NTP Enable
-
No
Yes, No
LCD Contrast Contrast
-
5
0 to 10
Reset Web Password
-
-
-
-
-
-
Yes
Yes
Date and Time Time Zone
NOTE Only displayed when logged in as an administrator.
Restore Settings
Restore Factory Set
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A Parameter Lists
A.5 Running Control Table A-5 Running control menu hierarchy Second-Level Menu
Third-Level Menu
Fourth-Level Menu
Fifth-Level Menu
Default Value
Value Range
Power System
System Control Mode
-
-
Automatic
Automatic, Manual, Maintenance NOTE When switching the mode between Manual and Maintenance, first switch to Automatic.
LLVDn Control
-
-
On
On, Off
PUE Calc. Reset
-
-
Yes
Yes
Block Alarm
-
-
No
Yes, No
Reset SMU
-
-
Yes
Yes
Sw. to Wire. Net.
-
-
Yes
Yes
Switch to IP Net.
-
-
Yes
Yes
Sw. to Inband Net.
-
-
Yes
Yes
Delete Fail Dev
-
-
Yes
Yes
ACM Reboot
-
-
Yes
Yes
Factory Reset
-
-
Yes
Yes
Loop n on/off
-
-
On
On, Off
Work Mode
-
-
Auto
Auto, Manual
Rectifier Group
Turn on All Rects.
-
Yes
Yes
OV Lock Reset -
Yes
Yes
NOTE This parameter is displayed only when System Control Mode is set to Manual.
Controller
ACM-2
Rectifier
NOTE This parameter is displayed only when System Control Mode is set to Manual.
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Second-Level Menu
Third-Level Menu
A Parameter Lists
Fourth-Level Menu
Fifth-Level Menu
Default Value
Value Range
-
42.0-58.0
121%
1-121
Yes
Yes
-
Yes
Yes
Addr Abnormal Start
Yes
Yes
Turn on/off
-
On
On, Off
-
Yes
Yes
NOTE This parameter is displayed only when the rectifier type is a CAN communications module.
Manual Control Volt. NOTE This parameter is displayed only when System Control Mode is set to Manual.
Cur. Limiting Coef.
-
NOTE This parameter is displayed only when System Control Mode is set to Manual.
Clear Rect Loss Alm NOTE This parameter appears only if a communications failure alarm is generated.
Collect Fault Info
Rectifier n
NOTE This parameter is displayed only when System Control Mode is set to Manual.
Mains
Delete Mains Equip -
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A Parameter Lists
Second-Level Menu
Third-Level Menu
Fourth-Level Menu
Fifth-Level Menu
Default Value
Value Range
Battery
BLVD Control
-
-
On
On, Off
-
-
Float Charging
Float Charging, Equalized Charging
Reset Batt. Capacity -
-
Yes
Yes
Battery Standard Test
-
-
Stop
Stop, Start
Short Test Control
-
-
Stop
Stop, Start
Clear Battery Alarm -
-
All
All, Imbalance, BC Protection, Lost, Test Cancelled, Current Imb.
Clear Test Log
-
-
Yes
Yes
Fast Charge Control -
-
Stop
Stop, Start
Clear Backup Log
-
-
Yes
Yes
Charge Control
-
-
Float Charging
Float Charging, Equalized Charging
Reset Batt Capacity -
-
Yes
Yes
Battery Standard Tes
-
-
Stop
Stop, Start
Short Test Control
-
-
Stop
Stop, Start
BLVD Control
-
-
On
On, Off
NOTE This parameter is displayed only when System Control Mode is set to Manual or Maintenance.
Charge Control NOTE This parameter is displayed only when System Control Mode is set to Manual.
BackBatt #
NOTE This parameter is displayed only when System Control Mode is set to Manual.
NOTE This parameter is displayed only when System Control
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Third-Level Menu
A Parameter Lists
Fourth-Level Menu
Fifth-Level Menu
Default Value
Value Range
Fast Charge Control -
-
Stop
Stop, Start
Del. Comm. Fail Device
-
-
Yes
Yes
CIM02C #
Module Reset
-
Yes
Yes
NIM01C #
Module Reset
-
Yes
Yes
NIM01C3 #
Module Reset
-
Yes
Yes
CIM Equip n
Reset CIM
-
Yes
Yes
Del. Com. Fail CIM
-
Yes
Yes
Intern R Measurement
-
Yes
Yes
Data Report
-
Yes
Yes
BIM Blink Start
-
Yes
Yes
BIM Blink Stop -
Yes
Yes
Reset BIM
-
Yes
Yes
-
Yes
Yes
Mode is set to Manual.
Comm Exp Board Group
NOTE This parameter appears only if a communications failure alarm is generated.
Comm Exp Board
CIM #
NOTE This parameter appears only if a communications failure CIM alarm is generated.
CIMn-BIMn
GPS Information Del COm. Fail GPS Camera #
Camera Group
Del Com. Fail Camera
-
Yes
Yes
DTS #
DTS Group
DTS Control
-
Auto
Auto, To Main BattGro, To Back BattGro1-3
NOTE This parameter is displayed only when Batt Transfer Mode is set to Discharge
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Third-Level Menu
A Parameter Lists
Fourth-Level Menu
Fifth-Level Menu
Default Value
Value Range
-
Yes
Yes
Apart or Discharge together .
Del Com. Fail DTS NOTE This parameter appears only if a communications failure alarm is generated.
DCDB #
DTSn
Reset
-
Yes
Yes
DCDB Group
DCDB Reset
-
Yes
Yes
Delete Com Fail DCDB
-
Yes
Yes
-
Yes
Yes
Reset
Yes
Yes
Clr Load OvCur Alm
Yes
Yes
Clr Load n OvCur Alm
Yes
Yes
All Load Control
On
On, Off
Load n Control
On
On, Off
All Load Consum Clr
Yes
Yes
Load n
Yes
Yes
NOTE This parameter appears only if a communications failure alarm is generated.
Clear DCDB Loss Alm. NOTE This parameter appears only if a DCDB loss alarm is generated.
DCDBn
Basic Control
Load On/Off Control
Load Consum Clr Ctl
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A Parameter Lists
Third-Level Menu
Fourth-Level Menu
Fifth-Level Menu
Default Value
Value Range
Open All Locks -
Yes
Yes
Del. Com. Fail Lock
-
Yes
Yes
Consum Clear Elock #
E-lock Group
NOTE This parameter appears only if an electronic lock communications failure alarm is generated.
Low Cap Li-ion Batt NOTE This parameter is displayed only when Battery Model is set to BBS 4840Z.
Li Battery #
Elock n
Open Lock
-
Yes
Yes
Clear Battery
-
-
Yes
Yes
BLVD Control
-
-
On
On, Off
Li Battery Group
On/Off Control -
On
On, Off
-
Yes
Yes
-
Yes
Yes
-
Yes
Yes
NOTE This parameter is displayed only when Battery Model is set to ESM-A, ESU-A or ESM-BX.
NOTE This parameter is displayed only when System Control Mode of the power system is set to Manual.
Delete BMU NOTE This parameter appears only if a communications failure alarm is generated.
Clear BMU Loss Alm. NOTE This parameter appears only if an ESMU loss alarm is generated.
Li Battery n
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Reset BMU
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A Parameter Lists
Second-Level Menu
Third-Level Menu
Fourth-Level Menu
Fifth-Level Menu
Default Value
Value Range
DCDU #
DCDU Group
Delete DCDU
-
Yes
Yes
DCDU n
LLVD Control
-
On
On, Off
BLVD Control -
On
On, Off
Reset Smoke Sensor
-
Yes
Yes
Clear EFUSE # -
Yes
Yes
-
On
On, Off
Load n Control -
On
On, Off
EFUSE #
EFUSE Group
NOTE This parameter is displayed only when the EFUSE fails to communicate.
EFUSE n
All Load Control NOTE This parameter is displayed only when Control Mode is set to Manual.
NOTE This parameter is displayed only when Control Mode is set to Manual.
Temp. Control # Fan Group Batt Int AC. n
Fan Control Mode
-
Auto
Automatic, Manual
A/C Control Mode
-
Auto
Automatic, Manual
A/C Power-on/off
-
On
On, Off
Fan Control Mode
-
Auto
Automatic, Manual
Fan Speed
-
On
On, Off
NOTE This parameter is displayed only when A/C Control Mode is set to Manual.
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Second-Level Menu
A Parameter Lists
Third-Level Menu
Fourth-Level Menu
Fifth-Level Menu
Default Value
Value Range
-
Auto
Automatic, Manual
Yes
Yes
Ratio Reset Batt Cabinet
Del Comm Fail Cab This parameter is displayed only when the battery cabinet fails to communicate. TCU
Reset
-
Yes
Yes
Delete TCU
-
Yes
Yes
Reset TCUC
-
Yes
Yes
Smoke Reset
-
Yes
Yes
Delete TCUC
-
Yes
Yes
-
-
Float Charging
Float Charging, Equalized Charging
Turn On/Off Rect n -
-
On
On, Off
System Control Mode
-
-
Automatic
Automatic, Manual
Smoke Sensor # Reset Smoke Sensor -
-
Yes
Yes
Clr Comm. Fail Equip
Yes
Yes
NOTE This parameter is displayed only when the TCU fails to communicate.
This parameter is displayed only when the TCU fails to communicate. Batt TCUC n
NOTE This parameter is displayed only when the TCUC fails to communicate.
Virtual PSC #
ATS
Eql/Float Chrg Ctrl
ATS Group
NOTE
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Third-Level Menu
A Parameter Lists
Fourth-Level Menu
Fifth-Level Menu
Default Value
Value Range
Fault Reset
-
Reset
Reset
Control Reset
-
Reset
Reset
Clr Com Fail 24 V Mod
-
Yes
Yes
-
Yes
Yes
Turn On/Off
-
All Module On
All Module On, All Module Off
Module
Turn On/Off
-
On
On, Off
MIMO Group
Turn On/Off
-
Turn On
Turn On, Turn Off
Yes
Yes
Yes
Yes
This parameter is displayed only when the ATS fails to communicate.
ATS n
24 V Module
Module Group
NOTE This parameter is displayed only when the 24 V Module fails to communicate.
Clear 24 V Mod Lost Alarm NOTE This parameter is displayed only when there is an 24 V Module Lost alarm.
MIMO Module
Clear Mod Loss Alarm NOTE This parameter is displayed only when there is an MIMO Lost alarm.
Clr Comm. Fail Equip NOTE This parameter is displayed only when the MIMO fails to communicate.
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Second-Level Menu
SSU #
A Parameter Lists
Third-Level Menu
Fourth-Level Menu
Fifth-Level Menu
Default Value
Value Range
MIMO n
Turn On/Off
-
On
On, Off
24 V AC Output Control
On
On, Off
12 V DC Output Control
On
On, Off
ON/OFF
-
On
On, Off
-
Yes
Yes
Clear Lost Alm -
Yes
Yes
Yes
Yes
-
On
On, Off
Reset
-
Yes
Yes
Module Off Enable
-
Disable
Disable, Enable
Open Cir Prot Reset
-
Reset
Reset
Module Group On/Off
-
On
On, Off
SSU Group
NOTE This parameter is displayed only when System Control Mode is set to Manual.
Reset
NOTE This parameter is displayed only when there is an SSU Lost alarm.
Clear Com. Fail SSU NOTE This parameter is displayed only when there is an All SSU Comm Fail alarm.
SSU n
ON/OFF NOTE This parameter is displayed only when System Control Mode is set to Manual.
HVDC #
HVDC Group
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A Parameter Lists
Third-Level Menu
Fourth-Level Menu
Fifth-Level Menu
Default Value
Value Range
-
Yes
Yes
-
On
On, Off
NOTE This parameter is displayed only when System Control Mode is set to Manual.
Del. Comm. Fail Eq NOTE This parameter appears only if a communications failure alarm is generated.
HVDC
Module CTL NOTE This parameter is displayed only when System Control Mode is set to Manual.
Historical Alarm
Delete His. Alarms
-
Yes
Yes
Active Alarm
-
-
Clear Alarm
Clear Alarm
Clear Batt. Test Log
Clear Test Log
-
-
Yes
Yes
Output Relay Test
Test Enable
-
-
No
No, Yes
Test Duration
-
-
1 Min
1 to 15
-
-
Open
Open, Close
-
-
-
-
Clear Alarm
NOTE This parameter is displayed only when Test Enable is set to Yes.
ALMn NOTE This parameter is displayed only when Test Enable is set to Yes.
Hiber. Test Para. Rect. Hiber. Speedup
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A Parameter Lists
A.6 Site Maintain Table A-6 Site maintain menu hierarchy Second-Level Menu
Third-Level Menu
Fourth-Level Menu
Default Value
Value Range
U Disk Hist Record
Upgrade/Cfg Result
-
-
-
Last Export Result
-
-
-
U Disk Upgrade/Cfg
-
-
-
-
Export File to USB
-
-
-
-
Module Check
Check Result
Comm OK Equip Num
-
-
Comm Fail Equip Num
-
-
Normal Equip List
-
-
-
Abnormal Equip List
-
-
-
A.7 User Management Table A-7 User Management menu hierarchy Second-Level Menu
Default Value
Range
Change Password
-
-
User Logout
Yes
Yes
NOTE Log out the current user.
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This parameter is displayed only when you log in as an administrator or engineer.
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B Technical Specifications
B
Technical Specifications
Table B-1 Technical Specifications Category
Item
Specifications
Environmental conditions
Operating temperature
–40°C to +70°C
Transportation temperature
–40°C to +70°C
Storage temperature
–40°C to +70°C
Operating humidity
5%–95% RH (non-condensing)
Storage humidity
5%–95% RH (non-condensing)
Altitude
0–4000 m When the altitude ranges from 3000 m to 4000 m, the operating temperature decreases by 1ºC for each additional 200 m.
Power supply
Structure
Input voltage range
36–72 V DC
Maximum current
0.5 A
Dimensions (H x W x D)
41.5 mm x 106.5 mm x 209 mm
Weight
≤ 1.5 kg
Mean time between failures (MTBF)
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≥ 250,000 hours
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C FAQ
C
FAQ
C.1 How Do I Prepare the WebUI Operating Environment? Before logging in to the WebUI, you need to prepare the WebUI operating environment to connect to the monitoring unit.
Operating Environment Operating system: Windows XP or later Browser: Internet Explorer 8.0 or later, FireFox 13 or later, and Chrome 20
Internet Explorer is used as an example to illustrate all WebUI operations mentioned in this document.
Setting a LAN
If the monitoring unit is connected to a LAN and a proxy server has been selected, cancel the proxy server settings. If the monitoring unit is connected to the Internet but your computer is connected to a LAN, do not cancel the proxy server settings. Otherwise, you cannot access the SMU. To cancel proxy server settings, perform the following steps: 1.
Open Internet Explorer.
2.
Choose Tools > Internet Options.
3.
Choose Connections tab, click LAN Settings.
4.
Clear Use a proxy server for your LAN.
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Figure C-1 Canceling proxy server settings
5.
Click OK.
Setting Internet Explorer Security
Set Internet Explorer security before you perform the following operations:
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C FAQ
Export historical logs, historical data, statistics, and battery test records.
Upload system configuration files.
Download system configuration files.
Upgrade software.
To set Internet Explorer security, perform the following steps: 1.
Open Internet Explorer.
2.
Choose Tools > Internet Options.
3.
Choose Security Tab.
4.
Click Internet and click Custom level, as shown in Figure C-2. After you specify Internet security settings, click Local intranet and click Custom level. Figure C-2 Internet Explorer security
5.
Specify the security settings. Enable the following:
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−
Initialize and script ActiveX controls not marked as safe for scripting
−
Allow previously unused ActiveX controls to run without prompt
−
Include local directory path when uploading files to a server
−
Automatic prompting for file downloads
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C FAQ
Figure C-3 Internet Explorer security setting 1
Figure C-4 Internet Explorer security setting 2
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Figure C-5 Internet Explorer security setting 3
Figure C-6 Internet Explorer security setting 4
6.
Click OK.
7.
Click the Advanced tab, and select Use SSL 3.0, Use TLS 1.0, Use TLS 1.1, and Use TLS 1.2.
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Figure C-7 Internet Explorer security setting 5
8.
Click OK.
C.2 What Should I Do If I Forgot the Password? The monitoring unit allows users to change passwords mutually on the WebUI and LCD. For example, if you forgot the WebUI login password, you can change the WebUI password on the LCD. Table C-1 Resetting the WebUI password on the LCD Main Menu
Second-Level Menu
Third-Level Menu
Setting
Parameters Settings
Local Parameters
Reset Web Password
Set based on site requirements.
For details about how to change the LCD password on the WebUI, see 5.2.4 Changing a User Password. Select the user whose login source is LCD for changing.
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There are 2 LCD account, see 3.1.4 Password
The WebUI account is admin and the password is Changeme by default.
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D Acronyms and Abbreviations
D
Acronyms and Abbreviations
A
-
AC
Alternating current
B
-
BLVD
Battery low voltage disconnected
C
-
CAN
Control area network
D
-
DC
Direct current
DCB
Deep cycle battery
DIN
Dry contact input
DOD
Depth of discharge
DTS
DC transfer switch
E
-
ESD
Electrostatic discharge
ESM
Energy storage module
ESU
Energy storage unit
F
-
FCB
Fast charge battery
FE
Fast Ethernet
H
-
HTTPS
Hypertext Transfer Protocol Secure
I
-
IMEI
international mobile equipment identity
IP
Internet Protocol
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L
-
LCD
Liquid crystal display
LLVD
Load low voltage disconnected
N
-
NMS
Network management system
S
-
SCB
Solar cycle battery
SMU
Site monitoring unit
SNMP
Simple Network Management Protocol
SOH
State of health
SPM
Site Power Management
U
-
UI
User interface
UIM
User interface module
USB
Universal Serial Bus
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