Description
This 3kW bidirectional ac to dc converter is a multi-functional bidirectional PCS module, using efficient soft switch patent topology and digital control technology, integrated pure sine wave inverter, high-power charger, UPS bypass, RS485 and CAN communication port, parallel and other functions. Can achieve rectified (charging) 90-264Vac wide range input, inverter (discharge) 100-240Vac wide range output, two-way AC load and DC load power is the same, off-grid inverter mode, instantaneous peak power with load up to 1.5 times of rated. It has the advantages of high efficiency, high power density, high reliability, low noise and so on.
ITEM | Model No. | BIM48-3000 |
Output power | Inverter power | 3000W |
Charging power | 3000W | |
Inverter | Inverter output voltage | 100Vac, 110Vac, 120Vac, 220Vac, 230Vac, 240Vac (optional) |
Inverter output frequency | 50Hz, 60Hz (optional) | |
Overload capability | 100% < P <= 110% peak power, duration 20s | |
110% < P <= 125% peak power, duration 5s | ||
125% < P <= 150% peak power, duration 2s | ||
150% < P <= 200% peak power for 200ms duration | ||
Output waveform | Pure sine wave | |
ThdU | 3%@ resistive load | |
Efficiency | Max.91.2% @120Vac, Max.93.5% @220Vac | |
Parallel | Supports 6 wired parallel machines | |
Rectifier(Charging) | Ac input voltage | 90-264Vac |
Ac frequency range | 47-63Hz | |
Maximum AC input current | 30A (relaxed to 30A, but the system design needs to consider safety regulations, such as the maximum AC input 15A in the United States, the maximum AC input current 16A in China) | |
PF | 0.99@100% Load | |
ThdI | <5%@100% Load | |
Maximum charging current | 60A | |
Charging voltage range | 40-59.5 Vdc | |
Voltage Ripple | Max.700mV (0-20MHz) | |
Efficiency | Max.92.5% @120Vac, Max.94.5% @220Vac | |
Charge Management | Upper computer management | |
AC bypass switching | AC Bypass current | Max.15A |
Switching time | Typical 20ms | |
Environmental conditions | Operating temperature | -25℃ ~ +70℃, above 45℃ need derating use |
Storage temperature | -40℃ ~ +70℃ | |
Relative humidity | ≤ 95% RH, no condensation | |
Cooling method | Forced air cooling | |
Altitude | 2000m, the maximum working environment will be reduced by 1℃ for every 200m elevation increase above 2000m. |