CT-8002Q-5V100mA

For Coin Cells, Super Capacitors, Three-Electrode Systems Testing and etc.

CTE-8000	5V	100A	200A	300A	500A	600A
CT-8000	5V	100mA	30A	50A	100A	200A
CT-8000	5V	300A	500A	600A	800A	1000A

*CTE-8000：E indicates the energy feedback function.

*Other models can be customized according to voltage and current requirements.

Unit modularity, powerful performance.

Voltage Accuracy
±0.01% F.S.

Current Accuracy
±0.01% F.S.

Recording Frequency
100Hz

Current Response Time
≤1ms

Minimum Pulse Width
500ms

Off-Line Test
1GB/CH

Stable performance parameters to ensure accurate and reliable test data. At the same time, the product adopts modular design with each unit having 2 channels, which can be independently data acquisition.

4-range switching,
precision defined.

4 current ranges from 0.5μA ~ 0.1mA, 0.1mA ~ 1mA, 1mA ~ 10mA , 10mA ~100mA can be selected to realize the controllable accuracy of small current in small range.

NEWARE-CT-8002Q-5V100mA-Battery tester 4 current ranges：0.5μA ~ 0.1mA, 0.1mA ~ 1mA, 1mA ~ 10mA , 10mA ~100mA

Perpetual dedication to safety protection.

● Discharge Data Protection

● Offline Testing Function

● Voltage Upper Limit Setting

● Voltage Lower Limit Setting

● Current Upper Limit Setting

● Current Lower Limit Setting

● Capacity Upper Limit Setting

● Delay Time Setting

NEWARE-CT-8002Q-5V100mA-Battery tester Numerous feature Settings for security protection

Tiny current, magnified vision.

Delicate measurements at μA-level current, uncovering the essence of testing.

The NEWARE-CT-8002Q-5V100mA-Battery tester can record Delicate measurements at μA-level current through the battery test system

Work scenarios simulated.
Enhanced data support.

Based on NEWARE 5th generation test system architecture, it can perform Cycle Life Test, Rate Charging / Discharging Test, Pulse Simulation Test, HPPC, etc. Meanwhile, it can simulate the actual driving road conditions of electric vehicles by dynamic power or current waveform.

Cycle Life Test

Rate Charging / Discharging Test

Pulse Simulation Test

HPPC

simulate the actual driving road conditions of electric vehicles by dynamic power or current waveform

Multiple testing modes.
One equipment, unlimited capabilities.

Cycle life test

Rate Charging / Discharging Test

Pulse simulation test

GITT Test

DCIR test

dQ/dV differential capacity curve

Tailored for advanced battery testing: enabling dQ/dV differential capacity curve analysis capability.

Powerful programmability.
Meet diverse testing needs.

The software is fully functional, covering a variety of work-step settings, recording, and data storage to meet a wide range of testing needs.

DBC Configuration

CC & CV charge/discharge test

500ms pulse width

Segmented recording

Support import/edit/export of DBC files. Different battery pack protocols can be communicated by simply modifying the code of the DBC protocol file without upgrading the program.

CC charging or discharging until the voltage reaches the specified value, and then seamlessly switching to CV mode for battery compensation which is smooth without any spikes.

Testing the performance of the battery under fast changes in current/power.

Allow to set up to 3 segment recording conditions per step, including voltage, current and time.

Extensive peripheral devices.
Create a multi-dimensional testing environment.

Integrated peripheral devices such as Auxiliary Voltage, Auxiliary Temperature, and Environmental TestChambers for comprehensive testing and evaluation, providing multi-dimensional and quantifiable support for battery mass production testing.