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Applicable to: electric vehicles, electric forklifts, golf carts, electric tour vehicles, electric cruise ships, solar power generation, wind power generation, electric cleaning equipment and uninterrupted power supplies, electric communication railway systems, etc. cyclic charging
| Quantity: | |
|---|---|
Serial number | Product number | Output voltage（V） | Output current （A） | Input power （W） |
1 | 48V8A | 59V | 8A | 500W |
2 | 60V8A | 74V | 8A | 633W |
3 | 72V7A | 89V | 7A | 668W |
4 | 48V10A | 59V | 10A | 627W |
5 | 48V12A | 59V | 12A | 752W |
6 | 48V15A | 59V | 15A | 940W |
7 | 48V18A | 59V | 18A | 1128W |
8 | 60V10A | 74V | 10A | 792W |
9 | 60V12A | 74V | 12A | 950W |
10 | 60V15A | 74V | 15A | 1188W |
11 | 60V18A | 74V | 18A | 1425W |
12 | 72V8A | 89V | 8A | 765W |
13 | 72V10A | 89V | 10A | 957W |
14 | 72V12A | 89V | 12A | 1148W |
15 | 72V15A | 89V | 15A | 1435W |
The benchmark is 25 degrees. The maximum charging voltage of the battery is 14.8V. For example, the 48V battery 14.8V*4=59.2V. Each time it rises or falls, it reduces or adds 0.09V. And so on. | ||||
1. Intelligent timing to turn the lights 100%: Imported intelligent MCU management chip charges the whole process timing, and the precise algorithm ensures 100% turn lights.
2. Overtime current limit and voltage limit: detect battery charging overtime, force the voltage to be converted to float voltage, and the current is lower than the lamp current to ensure that the battery does not heat up.
3. Grid abnormal protection: the charger will not be damaged if the grid voltage is abnormally high or low.
4. Temperature protection: The output power of the abnormally high temperature charger gradually decreases.
5. Software and hardware start: hardware soft start, plus software soft start to limit the current gradually rise to the maximum.
6. Anti-reverse connection and zero output: the charging polarity does not match, the charger is not damaged, and the charger protects the battery.
7. Temperature compensation: The chip temperature probe can detect the ambient temperature and adjust the output voltage; reduce the voltage in summer to ensure overcharge; increase the voltage in winter to ensure full charge.
8. Balance the battery: Through the special algorithm of the built-in chip, the single backward battery is balanced to extend the battery life.
9. Output protection: built-in imported chip, real-time voltage detection, when an abnormal voltage is detected, the output will be cut off immediately to ensure that the charging voltage is within the set range.
10. LLC resonant circuit: high conversion efficiency, up to 94%, low energy-saving loss.
Serial number | Product number | Output voltage（V） | Output current （A） | Input power （W） |
1 | 48V8A | 59V | 8A | 500W |
2 | 60V8A | 74V | 8A | 633W |
3 | 72V7A | 89V | 7A | 668W |
4 | 48V10A | 59V | 10A | 627W |
5 | 48V12A | 59V | 12A | 752W |
6 | 48V15A | 59V | 15A | 940W |
7 | 48V18A | 59V | 18A | 1128W |
8 | 60V10A | 74V | 10A | 792W |
9 | 60V12A | 74V | 12A | 950W |
10 | 60V15A | 74V | 15A | 1188W |
11 | 60V18A | 74V | 18A | 1425W |
12 | 72V8A | 89V | 8A | 765W |
13 | 72V10A | 89V | 10A | 957W |
14 | 72V12A | 89V | 12A | 1148W |
15 | 72V15A | 89V | 15A | 1435W |
The benchmark is 25 degrees. The maximum charging voltage of the battery is 14.8V. For example, the 48V battery 14.8V*4=59.2V. Each time it rises or falls, it reduces or adds 0.09V. And so on. | ||||
1. Intelligent timing to turn the lights 100%: Imported intelligent MCU management chip charges the whole process timing, and the precise algorithm ensures 100% turn lights.
2. Overtime current limit and voltage limit: detect battery charging overtime, force the voltage to be converted to float voltage, and the current is lower than the lamp current to ensure that the battery does not heat up.
3. Grid abnormal protection: the charger will not be damaged if the grid voltage is abnormally high or low.
4. Temperature protection: The output power of the abnormally high temperature charger gradually decreases.
5. Software and hardware start: hardware soft start, plus software soft start to limit the current gradually rise to the maximum.
6. Anti-reverse connection and zero output: the charging polarity does not match, the charger is not damaged, and the charger protects the battery.
7. Temperature compensation: The chip temperature probe can detect the ambient temperature and adjust the output voltage; reduce the voltage in summer to ensure overcharge; increase the voltage in winter to ensure full charge.
8. Balance the battery: Through the special algorithm of the built-in chip, the single backward battery is balanced to extend the battery life.
9. Output protection: built-in imported chip, real-time voltage detection, when an abnormal voltage is detected, the output will be cut off immediately to ensure that the charging voltage is within the set range.
10. LLC resonant circuit: high conversion efficiency, up to 94%, low energy-saving loss.
