High precision Battery Test Systems CT-4008-5V6A is a CE certified 8 channel battery analyzer for Li-ion, LiFePO3, Ni-MH, Ni-Cd, and Lead acid battery packs with up to 5V and 10A per channel. The system provides most applications in battery testing fields such as battery performance test, small-scale battery formation, capability grading, battery pack testing, etc. This battery analyzer is designed according to the international standard: each channel has an independent constant-current source and a hardware constant-voltage source. Constant-current source and constant-voltage source can be programmed and controlled by user. With plug-and-play module design, user can freely remove and add module units without interrupting other units.
High precision Battery Test Systems Specifications :
Description | Product Specification | |||
AC Input | AC 110V±10% 50Hz | |||
Power | 448000 | mW | ||
Resolution | AD: 16bit; DA: 12bit | |||
Input Impedance | ≥1MΩ | |||
Voltage | Measuring Range | Charge: 25mV~5V | Discharge:25mV~5V | |
Discharge Min Voltage | 2.5V | |||
Accuracy | ± 0.05% of FS | |||
Stability | ± 0.05% of FS | |||
Current | Range | Charge: 30mA~6000mA Discharge: 30mA~6000mA | ||
Accuracy | ± 0.1% of FS | |||
Stability | ± 0.1% of FS | |||
Power | Output Power Per Channel | 30W | ||
Stability | ± 0.2% of FS | |||
Time | Rise Time | 20ms (0~Full Range) | ||
Step Time | ≤ (365*24) hour/step | Time Format 00:00:00 (h:min:s) | ||
Data Acquisition | Intervals | Time interval Δt:(1s~60000s) | ||
Voltage interval ΔU: (25mV~5V) | ||||
Current interval ΔI: (30mA~6000mA) | ||||
Frequency | 10Hz | |||
Charge | Modeof Operation | CCC, CVC, CC & CVC | ||
End Conditions | Voltage, Current, Test Time, Capacity | |||
Discharge | Modeof Operation | CCD, CPD | ||
End Conditions | Voltage, Current, Test Time, Capacity | |||
Our advantages:
1.Reasonable Price, standarbale and Reliable Product.
2.Improve the quality and life expectancy of your products
3.Work Performance more effective and efficacy
4.16years innovation guarantees you a in better future.
