Product description:
The battery charge discharge system is a test equipment for battery pack charge-discharge cycles tests. This tester is mainly applied to the high-power battery packs, such as the battery packs of EVs, E-bikes, power tools, gardening tools and medical equipment etc. The system can offer excellent accuracy and flexibility and all the discharged energy can return to the power grid. The charge and discharge voltages of the test system are up to 75V, the cycling current up to 20A.
Features:
1. High accuracy.
2. Modular design, high integration, good stability and easy to maintain.
3. The discharge energy can be reused by other channels and then return to the power grid, save energy and promote the charge accuracy.
4. Miniaturization, improve the production environment.
5. Wide-range voltage and current adjustment, suitable for various types of battery.
6. Sophisticated charge-discharge protection functions, reduce industrial accidents.
7. Single-channel control technology, each channel is independent, high production efficiency.
8. Channels can be connected in parallel. Output current range can be expanded.
9. Ethernet communication.
Test items of the battery charge discharge test systems |
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1 |
Battery charge test: CC, CV, CP, CC-CV |
2 |
Battery charge cut-off conditions: voltage, current, time, capacity and cell voltage |
3 |
Battery discharge test: CC, CP |
4 |
Voltage, current and temperature test during battery charging and discharging |
5 |
Battery overcurrent interception |
6 |
Battery overvoltage, overcurrent, overpower and overtemperature test |
7 |
Reversed polarity test |
8 |
Fault countermeasure system of AC electric power system |
Technical Parameters of the battery cycle charge and discharge testing equipment |
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1 |
Product name |
Battery Charge and Discharge Tester |
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2 |
Product model |
WA-BT-7520NE |
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3 |
Input voltage |
AC220V±10% /50~60Hz |
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4 |
Independent channel |
Every channel is independent. |
Max 160A in parallel |
5 |
Current range of a single channel |
±0.1A ~±20A |
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6 |
Current accuracy of a single channel |
±(0.1% R.D.+0.05%F.S.) |
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7 |
Voltage range of a single channel |
3.3V-75V |
Voltage resolution: 1mV |
8 |
Voltage accuracy of a single channel |
±(0.1% R.D.+0.05%F.S.) |
Current resolution: 1mA |
9 |
Voltage response time |
<100ms |
The transition time for the output voltage to ramp from 10% to 90% of the set value (The rise time of current) Remarks: one same interface |
10 |
Current response time |
<100ms |
The transition time for the output current to ramp from 10% to 90% of the set value (The rise time of current) Remarks: one same interface |
11 |
Min. data recording interval |
≤100ms |
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12 |
Auxiliary collection channels |
Cell voltage: 192CH; Temperature data collection: 32CH (additional device) |
All the cell voltage and temperature channels can be distributed arbitrarily to the main channel and act as the control parameters (optional) |
Max. range of temperature data collection: -30℃-100℃ Accuracy: ±1 ℃ |
Resolution: 0.1℃ |
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Max. range of voltage collection: 0V-5V |
Resolution: 0.1mV |
Contact: Rudy Yan
Phone: 0086- 188 0506 7911
Tel: 0086-592-7297239
Email: rudy@winack.com
Add: WinAck Group, Xiangbei Industrial Zone, Xiamen City, China