2 Product Model

3 Product Description

3.1 ABAT-M-02 Collector

Specification

Working environment

operating temperature： -10℃～50℃

relative humidity： 5％～95％

atmospheric pressure： 80～110kPa

Management ability

One collector can manage up to six groups of batteries, and the maximum total number of batteries that can be monitored is 960

Power requirements

85～264VAC（standard），DC48V or DC110～370V（optional），15W

Protection

With overvoltage and short circuit protection

Communication interface

With RS485 and 10/100M network port, support MODBUS/RTU, MODBUS/TCP and SNMP protocol

Insulation withstand voltage

2000VAC

Installation method

Fixed on 19-inch cabinet or battery rack

Weight

1.8Kg

Reliability

Auto restart trigger：built-in WDT

MTBF：100,000 hours

Display

With LCD display, you can view real-time and historical records

● It is used to manage and collect the data of the front-end distributed single battery monitoring module, and perform data processing,    analysis, alarm generation, saving and uploading

● One collector can manage up to six sets of batteries

● The data is automatically analyzed and processed, and the remaining capacity of the battery can be estimated

● Support MODBUS and SNMP protocols, easy access to third-party monitoring systems

● Support standard cabinet installation or battery rack/cabinet installation

● Flexible configuration and easy maintenance

The collector plays the role of a management host, which is used to read the battery monitoring data of the front-end

single battery monitoring sub-module, analyze and process the data, and estimate the remaining capacity of each cell and

the entire battery group. All operating parameters can be set directly through the module panel, and the collected data can

be viewed directly. The collector will automatically and regularly save key battery data, and can upload it to a third-party

monitoring system through the RS485 port or network port. One collector can manage up to six groups of batteries, and the

maximum number of manageable modules is 960.

The collector communicates with the front-end single battery monitoring sub-module through its own four sets of UARTports, and can read data such as battery voltage, internal resistance, temperature, charge and discharge current, and environment temperature.

Specification

Estimation of remaining capacity

The built-in capacity estimation model canautomatically obtain the remaining capacity of the battery according to the monitored battery data.

Support multiple communication protocols

The collector has RS485 and network ports, supports MODBUS/RTU, MODBUS/TCP and SNMP protocols, and has dry contact output, which is

extremely easy to connect to third-party systems.

WEB configuration function

With WEB remote parameter configuration function

With WEB remote real-time data query function

Local data storage

Key data such as alarm records, event records,and discharge records can be saved.

High stability

The long-term operation of the product is reliable and stable.

Wide range of applications

Suitable for UPS/EPS/HVDC, data centers,communications, nuclear power, electricity,military, high-speed rail, subways, airports,factories, government departments, battery manufacturers, fire safety, etc.

3.2 ABAT-M-06 Collector

●  It is used to manage and collect the data of the front-end distributed single battery monitoring module, and perform data processing, analysis, alarm generation, saving and uploading

● With display and operating buttons

● One collector can manage 360 batteries

● The data is automatically analyzed and processed, and the remaining capacity of the battery can be estimated

● Support MODBUS and SNMP protocols, easy access to third-party monitoring systems

● Flexible configuration and easy maintenance

● Low cost solution

The collector plays the role of a management host, which is used to read the battery monitoring data of the front-end single battery monitoring sub-module, analyze and process the data, and estimate the remaining capacity of each cell and the entire battery group. All operating parameters can be set directly through the module panel, and the collected data can be viewed directly. The collector will automatically and regularly save key battery data, and can upload it to a third-party monitoring system through the RS485 port or network port. One collector can manage up to six groups of batteries, and the maximum number of manageable modules is 360.

Local data query

With display and operation buttons, support local data query

Estimation of remaining capacity

Built-in capacity estimation model, which can automatically obtain the remaining capacity of the battery according to the

monitored battery data

Support multiple communication protocols

The collector has RS485 and network ports, supports MODBUS/RTU, MODBUS/TCP and SNMP protocols, and has dry contact output, which is very easy to connect to

third-party systems

WEB configuration function

With WEB remote parameter configuration function

With WEB remote real-time data query function

Local data storage

Key data such as alarm records, event records, and discharge records can be saved

High stability

Long-term operation of the product is reliable and stable

Wide range of applications

Suitable for battery monitoring such as UPS/EPS/HVDC/communication power supply

Specification

Working environment

Operating temperature： -10℃～50℃

Relative humidity： 5％～95％

Atmospheric pressure： 80～110kPa

Management ability

One collector manages up to six groups of batteries, and the maximum total number of batteries that can be monitored is 360

Power requirements

100～240VAC（standard）or DC48V（optional），15W

Protection

With overvoltage and short circuit protection

Communication interface

With RS485 and 10/100M network port, support MODBUS/RTU, MODBUS/TCP and SNMP protocol

Display

With LCD display, you can view real-time and historical records

Insulation withstand voltage

2000VAC

Installation method

Battery rack installation or In-cabinet installation

Weight

0.6Kg

Reliability

Auto restart trigger: built-in WDT

MTBF：100,000 hours

3.3 ABAT-S Single Battery Monitoring Module

● Online monitoring 24 hours a day to find batteries with deteriorated performance at any time

● Each module monitors a battery, monitors voltage, internal resistance and negative temperature, in line  with ANSI/TIA-942 standard requirements

● With photoelectric isolation, support MODBUS protocol, easy access to third-party monitoring system

● Using advanced power consumption reduction technology, the operating current is as low as 3mA

● The installation is extremely simple, only need to connect one wire to the positive and negative poles, and it can be installed without special training

● High performance, reliable and stable

ABAT-S single battery monitoring module (S module for short) is an online battery monitoring sensor, which can be embedded into the existing monitoring system to realize online monitoring of the voltage,internal resistance and battery negative temperature of each backup battery, in line with ANSI/TIA -942 standard requirements. The monitoring system controls and reads data by sending MODBUS commands to the S module, and performs the internal resistance test. Each S module has an address that can be set. The installation and wiring of the S module is extremely simple and convenient. It can be directly attached to the battery, and the detachable connecting wire is used, so that the operation of the battery will not be affected during construction.

The S module must be converted into a standard RS485 or RS232 interface through a converter before it can be connected to the monitoring system, and the module is directly powered by a battery.

High precision design

The internal resistance measurement error is as low as 1%.

High stability

The long-term operation of the product is reliable and stable.

Strong anti-interference

High anti-interference design can block the ripple interference of high-power and high-frequency UPS.

Single battery internal resistance test

The internal resistance of each battery is automatically and periodically measured by command control.

Single battery negative electrode temperature monitoring

Compared with the temperature of the battery shell, the temperature of the negative electrode is closer to the internal temperature of the

battery, which reflects the real changes inside the battery and discovers the thermal runaway battery in time

Low power design

The current drawn by the S module from the battery is as low as 3mA, which is many times lower than the industry average,

and the impact on the battery is almost negligible.

Standard communication protocol

Support standard MODBUS protocol, access development is extremely simple.

Simple and convenient installation

The module can be directly attached to the battery and adopts a detachable connecting wire, which will not affect the operation

of the battery during construction.

Wide range of applications

Suitable for UPS/EPS/HVDC, data centers, communications, nuclear power, electricity, military, high-speed rail, subways,

airports, factories, government departments, battery manufacturers, fire safety, etc.

Specification

Working environment

Operating temperature： -10℃～50℃

Relative humidity： 5％～95％

Atmospheric pressure： 80～110kPa

Monitoring capability

One S module monitors one battery.

Monitoring range

2V, 6V, 12V batteries, capacity less than 3000AH

Power requirements

Directly draw power from the monitored battery. When the 2V module is working normally, the current absorbed is 7mA, and the maximum is not more than 13mA. When the 6V and 12V modules are working normally, the current is 3mA, and the maximum is not more than 7mA. The current absorption of different modules is very consistent.

Reliability

Auto restart trigger：built-in WDT

MTBF：100,000 hours

Protection

Measurement circuit and power circuit with two-level protection, with reverse polarity protection and photoelectric

isolation

Communication interface

UART port, support MODBUS protocol

Insulation withstand voltage

2000VAC

Installation method

Glued directly to the battery or mounted on the fixing bar

Weight

ABAT-S module 80g

3.4 ABAT-C Current Temperature Monitoring Module

● Online monitoring of charge and discharge current and

environment temperature 24 hours a day

● With photoelectric isolation, support MODBUS protocol,

easy access to third-party monitoring system

● High performance, reliable and stable

The current temperature monitoring module (C module for short) is an online battery monitoring sensor,which can be embedded into the existing monitoring system to realize online monitoring of the charging and discharging current and ambient temperature of the battery pack. The monitoring system controls and reads data by sending MODBUS commands to the C module, each C module has an address that can be set. The installation and wiring of the C module is extremely simple and convenient. It can be directly attached to the battery, and the detachable connecting wire is used, so that the operation of the battery will not be affected during construction.

The C module must be converted into a standard RS485 interface through a converter before it can be connected to the monitoring system, and a current transformer needs to be additionally configured. The module needs to be powered by external DC12V.

High stability

The long-term operation of the product is reliable and stable.

Strong anti-interference

High anti-interference design can block the ripple interference of high-power and high-frequency UPS.

Standard communication protocol

Support standard MODBUS protocol, access development is extremely simple

Simple and convenient installation

The module can be directly attached to the battery and adopts a detachable connecting wire, which will not affect the operation of the battery during construction.

Wide range of applications

Suitable for UPS/EPS/HVDC, data centers, communications, nuclear power, electricity, military, high-speed rail, subways, airports, factories, government departments, battery manufacturers, fire safety, etc.

Specification

Working environment

Operating temperature： -5℃～50℃

Relative humidity： 5％～90％

Atmospheric pressure： 80～110kPa

Monitoring capability

A C module monitors the charge and discharge current and environment temperature of a group of batteries.

Monitoring range

2V、6V、12V battery groups

Power requirements

DC8～13V，1W

Protection

Measurement circuit and power circuit with two-level protection

Communication interface

UART port, support MODBUS protocol

Insulation withstand voltage

2000VAC

Installation method

Glued directly to the battery or mounted on the fixing bar

Weight

75g

Reliability

Auto restart trigger：built-in WDT

MTBF：100,000 hours

Matching Hall Current Sensor

Mechanical dimension

① The first supplier 7.5mm，the second supplier 6mm. By default, the two are shipped randomly in batches.

Please note if you have special requirements.

Mechanical dimension

3.5 ABAT-D Touch Screen

As an optional module, ABAT-D-07 touch screen is connected to the collector through the serial port or network port to realize the expansion of the local display and control of the battery monitoring system. As a 7-inch capacitive touch screen, the touch screen adopts the Android system and has a built-in APP. The interface is clear and easy to control. It can query the real-time data, alarm records, chart display and event records of the battery monitoring system.

Outward appearance

Technical Specifications

Working environment

Operating temperature： -10℃～50℃

Relative humidity： 5％～95％

Atmospheric pressure： 80～110kPa

Management ability

Each monitoring unit manages up to 15 collectors

Power requirements

The DC 8~28V is generally powered by the collector, and can also be powered by an external power source, and the power is less than 7W.

Communication interface

RS485 / LAN

Operating system

Android 6.0

CPU

ARM architecture, 8 cores 2.0GHZ

Running memory

1G

Storage

8G

Installation method

embedded

Part of the interface display