Module Tester

Advanced Battery Testing for Module Validation, EOL Inspection, and BMS Verification

The BTS6000 series provides a broader battery testing platform for high-power applications, covering battery module testing, End-of-Line (EOL) inspection, and BMS verification. Designed for EV, energy storage, and other demanding battery applications, the platform supports key testing needs from development to manufacturing, including regenerative charge/discharge testing, safety and performance checks, and communication-based system validation.

Module Tester — regenerative testing for cycle life, DCIR, pulse, and simulation-based profiles
EOL Tester — safety and performance checks for production-line validation
BMS Tester — comprehensive verification of battery management system behavior

Find Your Model

BTS4000

— Compact Low-Voltage Module Testing for R&D and Smart Battery Validation

The BTS4000 module tester is designed for low-voltage battery module testing that requires precise charge/discharge control, fast current response, and dependable data acquisition in a compact 8-channel platform. It is well suited for engineering verification, small battery modules, and smart battery development where stable performance and structured test execution are essential.

Voltage/current accuracy up to ±0.02% F.S.
Current response time ≤10 ms
Supports pulse testing and DCIR
Kelvin 4-wire data acquisition
Independent channel control

Applications

LV Module Validation

Smart Battery Development

Engineering Sample Verification

R&D Pilot-line Testing

Tester Model

BTS-4008-20V10A-SR

Voltage Range: 0.1 V ~ 20 V
Current Range: 0.05 A ~ 10 A
Accuracy: ±0.02% F.S.
Current Response Time: ≤10 ms
Data Recording Frequency: 10 Hz
Pulse Width: minimum 100 ms

Datasheet

BTS5000

— High-Precision Module Testing with SMBus Communication Support

The BTS5000 module tester is designed for low-voltage battery module and smart battery pack testing that requires higher precision, flexible current configurations, and SMBus-based communication capability. It supports accurate electrical performance validation across multiple voltage and current ranges, making it suitable for smart battery modules, portable power systems, light mobility applications, and other low-voltage battery systems.

Voltage/current accuracy: ±0.02% F.S.
Data recording frequency up to 100 Hz
Supports SMBus and I2C communication
Ethernet communication and MES data upload support

Applications

LV Module Validation

Smart Battery Development

Engineering Sample Verification

R&D Pilot-line Testing

Tester Selection

BTS-5008-20V20A-SMB

BTS5000 Module Testser

Voltage Range: 2.5 V ~ 20 V
Current Range: 20 mA ~ 20 A
Power per Channel: 400 W
Accuracy: ±0.02% F.S.
Stability: ±0.01% F.S.
Current Response Time: ≤30 ms
Data Recording Frequency: 100 Hz

Datasheet

BTS-5008-20V30A-SMB

BTS5000 Module Testser

Voltage Range: 2.5 V ~ 20 V
Current Range: 30 mA ~ 30 A
Power per Channel: 600 W
Accuracy: ±0.02% F.S.
Stability: ±0.02% F.S.
Current Response Time: ≤30 ms
Data Recording Frequency: 100 Hz

Datasheet

BTS-5008-30V10A-SMB

BTS5000 Module Testser

Voltage Range: 3 V ~ 30 V
Current Range: 10 mA ~ 10 A
Power per Channel: 300 W
Accuracy: ±0.02% F.S.
Stability: ±0.02% F.S.
Current Response Time: ≤20 ms
Data Recording Frequency: 100 Hz

Datasheet

BTS6000

—Regenerative Battery Module Testing for EV, Energy Storage, and High-Power Applications

The BTS6000 Module Tester is designed for battery module testing that requires wider voltage coverage, higher current capability, and stable dynamic control. It is suitable for battery modules used in electric vehicles, energy storage systems, and high-power battery development.

With configurable voltage ranges from 20 V to 200 V and current options from 30 A to 1200 A, the system supports module-level validation, cycle life testing, DCIR, pulse testing, and simulation-based operating profiles. Its regenerative architecture enables energy recovery during discharge, helping reduce facility power consumption during high-power operation.

Data recording frequency up to 100 Hz
Current response time: < 3 ms
Minimum pulse width: 50 ms
Regenerative design for energy-efficient testing
Optional integration with CAN communication, temperature measurement, and auxiliary signals

Applications

EV Battery Module Validation

BESS Module Characterization

Dynamic Load Simulation

R&D and Pilot Line Verification

Tester Selection

Select Voltage → Current → Channels to identify the matching test system configuration

BTS-6000 Standard Specification

Accuracy: ± 0.02% ~ 0.05%
Current Response Time: ≤3ms
Current Conversion Time: ≤6ms
Data Record Frequency: 100Hz (≤16 channels per station)
Min. Pulse Width: 50ms
Input Power Supply: 380Vac 50Hz or 208Vac 60Hz
Max. System Efficiency (regenerative): 90%
Communication: Optional CAN & RS485 integration

Voltage Current Channels

Model Code

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Please provide the model code to our sales representative for detailed specifications, system configuration, and quotation support.

EOL Battery Testing System

— End-of-Line Testing for Battery Pack Safety, Performance, and BMS Verification

The EOL Battery Testing System is designed for battery pack End-of-Line (EOL) testing, providing a one-stop platform for safety inspection, performance validation, and BMS-integrated verification. It supports production-line testing requirements for power batteries, helping manufacturers complete critical checks before product release.

In addition to standard charge/discharge testing, the system supports insulation resistance, withstand voltage, ACIR/DCIR measurement, and BMS communication-based functional verification. With integrated workflow programming and data traceability capability, it is suitable for battery pack EOL scenarios that require both electrical safety compliance and structured production data management.