BTS User Manual
Neware Technology Ltd.
http://www.newarebattery.com
Chapter 1 BTS9 Instruction
1.1. Purpose of the Document
This document is designed for users and pre/after-sales technicians to understand the operation method of BTS9. By
introducing the characteristics of the system, overall performance, and application scope of Battery Testing System 9
(BTS9).
1.2. Scope of Application
NEWARE BTS9 series high-precision battery testing systems are widely used in the military, 3C products, power battery,
battery materials research. It can perform comprehensive performance tests on lithium polymer, lithium ion, nickel metal
hydride, nickel cadmium, and lead acid batteries, laptop battery tests as well as batch of battery production and capacity
sorting tests, and so on.
1.3. Terminology
Form 1 Terminology Clarification
The BTS software installed on a PC which is composed of a server, client, data analysis
software, and step editor to control, monitor, and analyze the data. Which is also called
Host-computer.
The control node of the battery test system, centralized controller of multiple test equipment,
assigned for step operation, data recording, and data uploading.
The exclusive coding of each machine in the entire system for equipment identification.
System Management Bus:for communication and interaction with the intelligent battery.
The independent IP address for each mid-machine. The IP address of the mid-machine in the
same network segment must be exclusive from that of other computers or devices.
IP address of the PC on which the server software is installed.
Control by the mid-machine, perform charge/discharge operations, collect the real-time current
and voltage of the battery, and upload the sampling data to the mid-machine. BTS9000 and
BTS5008 have their own channel control modules.
Receive the control of the mid-machine, perform charge/discharge operations, collect the current
and voltage of the battery in real time, and upload the sampling results to the mid-machine.
BTS9000 and BTS5008 have their own channel control modules.
The unit code of the lower-machine or the auxiliary machine, used for locating the
communication address, which is exclusive to the same mid-machine, ranges from 1 to 32.
A module that consists of several circuits. Each independent module provides the charge and
discharge test functions for a single battery.
By using calibration software, you can eliminate device inherent errors as well as system
deviations in control and sampling values.
A device that connects server, mid-machine, and a multi-meter to calibrate channels.
A data management system for storing and retrieving equipment information, test information,
and data records.
Run continuously in the background according to the preset rules, the backup system will
continually loading test data.
It runs continuously in the background, accepts external calls, obtains the corresponding test data
from the database, and returns the test data to the requester.
Run continuously in the background according to the pre-configured format, exporting test
reports for users to view.
View and edit the test process, setting or modifying the operation parameters of each step.
Virtualizes the channels of the realistic device into the specified channel code and picture.
Several auxiliary machine and a main channel are combined to realize the charge and discharge
test of the battery.
Each step in the test process supports loop nesting, and the loop stack is used to store the number
of times that have been executed at each loop nesting level.
During the test process, the user can specify to suspend the test process after completing the
corresponding cycle times at the set step.
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