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FST-C-7216
FIRST POWER
Lithium-ion
On Board
CE, UL
Electric Yacht
1P85-265VAC
72V
Product Advantage
This series of high-frequency chargers is built with LLC topology, making them perfect for vehicle-mounted use. They combine a compact design with high conversion efficiency. These chargers accommodate an input voltage range of AC 85-265V and provide up to 1.2 kW of output power, utilizing forced air cooling for effective thermal management.
The charging machine framework mainly includes the following modules: PFC power factor correction circuit, LLC resonant network, auxiliary power supply module, and CAN communication circuit.
Topology architecture diagram of the charging module.
Specification:
AC INPUT
Model | FST-C-7216 |
Voltage range | AC 1P 85-265V |
Max input current | 10A |
Input frequency | 45-65Hz |
Power factor | ＞0.99(Heavy Load) |
DC OUTPUT
Model | FST-C-7216 |
Rated Voltage | 72V |
Voltage Range | 29-96V |
Max.charging power | 1.2KW |
Efficiency | Max 95% |
OTHER PARAMETER
Model | FST-C-7216 |
Protection level | IP67 |
Dimension | 180*200*103mm |
Weight | 4.5 KG |
Operating Temperature | -30℃-50℃，Over 45℃ Power Reduces |
Storage Temperature | -40℃-85℃ |
Heat Dissipation | Nature Cooling |
Notes:
Ensure that the charger is properly connected to the battery before switching it on.
Once the battery reaches full charge, the charger will automatically shut off to prevent overcharging. Disconnect the charger after use.
Handle the cables with care and avoid pulling or bending them excessively to prevent damage.
Keep the charger away from flammable materials during operation to reduce the risk of fire.
Avoid leaving the charger connected to the battery for extended periods when not in use.
Product Advantage
This series of high-frequency chargers is built with LLC topology, making them perfect for vehicle-mounted use. They combine a compact design with high conversion efficiency. These chargers accommodate an input voltage range of AC 85-265V and provide up to 1.2 kW of output power, utilizing forced air cooling for effective thermal management.
The charging machine framework mainly includes the following modules: PFC power factor correction circuit, LLC resonant network, auxiliary power supply module, and CAN communication circuit.
Topology architecture diagram of the charging module.
Specification:
AC INPUT
Model | FST-C-7216 |
Voltage range | AC 1P 85-265V |
Max input current | 10A |
Input frequency | 45-65Hz |
Power factor | ＞0.99(Heavy Load) |
DC OUTPUT
Model | FST-C-7216 |
Rated Voltage | 72V |
Voltage Range | 29-96V |
Max.charging power | 1.2KW |
Efficiency | Max 95% |
OTHER PARAMETER
Model | FST-C-7216 |
Protection level | IP67 |
Dimension | 180*200*103mm |
Weight | 4.5 KG |
Operating Temperature | -30℃-50℃，Over 45℃ Power Reduces |
Storage Temperature | -40℃-85℃ |
Heat Dissipation | Nature Cooling |
Notes:
Ensure that the charger is properly connected to the battery before switching it on.
Once the battery reaches full charge, the charger will automatically shut off to prevent overcharging. Disconnect the charger after use.
Handle the cables with care and avoid pulling or bending them excessively to prevent damage.
Keep the charger away from flammable materials during operation to reduce the risk of fire.
Avoid leaving the charger connected to the battery for extended periods when not in use.
