μC-3000GH/GHA Bus-bar Type Battery Formation Charger/Discharger
| Application: |
| Small-capacity battery formation and battery pack charging/discharging, especially for the E-bike battery container formation. |
| Features: |
|
The equipment is based on special DC bus-bar patent technology which is taking IGBT as main circuit, it can directly make use of the discharging energy through rational charging/discharging action among several equipments. GH type specialized on DC bus-bar recovery, while GHA type specialized on energy recovery, it can make unwanted electricity back to AC grid, so GHA type has a more obvious energy-saving effect. With microprocessor-controlled HF charging/discharging technology, each circuit is controlled by a microprocessor, which having reliable, easy-operated and self-inspected functions, as well as low harmonic pollution, high power factor and stable output DC current. |
| Functions: |
| Setting and storing many formation modes and parameters of different types of battery. Providing the following operation modes: constant-current charging, constant-voltage charging, constant-voltage with current-limited charging, constant-current with voltage-limited discharging, cycling and pause; State shifting by time setting/voltage setting/Ah setting, recording operation data at setting time; Protecting against overcurrent, overvoltage and open circuit. Power off data logging, and automatic power on recovering; Protecting against battery anti-connection, over-discharging and output short circuit, and providing power off protection; Displaying on LED operation data and cause of troubles. Central network control and data processing when connected with PC via interface. |
| Technical Parameters: |
1. Charging Current: 0~100% rated charging current;
2 .Discharging Current: 0~100% rated discharging current;
3. Range of Voltage Controlled: 10%~100% rated voltage;
4. Precision of current/voltage: ≤0.5% FS;
5. Time Precision: ≤15S/24H;
6. Electric Efficiency: >92％（when output load >30％）;
7. Efficiency of Discharging Energy Recovery: 95%
8. Power factor: >0.99 | |
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| Specifications： |
| Models |
Charging current |
Discharging current |
Output voltage |
Circuits |
Size(cm) |
Weight(kg) |
| w |
h |
d |
| μC-3000GH、3000GHA 3A/6A/320V |
3A |
6A |
320V
|
24、30、48
|
100、120 |
200 |
80 |
500-650 |
| μC-3000GH、3000GHA 3A/10A/320V |
3A |
10A |
320V |
24、30、48 |
100、120 |
200 |
80 |
550-700 |
| μC-3000GH、3000GHA 6A/10A/320V |
6A |
10A |
320V |
24、30、48 |
100、120 |
200 |
80 |
600-850 |
| μC-3000GH、3000GHA 8A/15A/320V |
8A |
15A |
320V |
12、24 |
100 |
200 |
80 |
600-800 |
| μC-3000GH、3000GHA 10A/20A/320V |
10A |
20A |
320V |
12、24 |
110 |
200 |
80 |
650-850 |
| μC-3000GH、3000GHA 15A/30A/320V |
15A |
30A |
320V |
6、12 |
110 |
200 |
80 |
600-820 |
| μC-3000GH、3000GHA 25A/50A/320V |
25A |
50A |
320V |
6 |
110 |
200 |
80 |
700 | |
