EnerNova Charger
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The MXR40050B is a high-power AC/DC charging module specially designed for high-end charging scenarios of electric vehicles. With a rated output power of 50 kw, it supports a 260VAC~650VAC three-phase four-wire system input. The output voltage range is 0 ~ 400VDC with a maximum current of 200 A. It features a silent mode setting where noise levels are maintained below 55dB.
| Model NO. | MXR40050B |
|---|---|
| Input Voltage | 260-650VAC |
| Output Current | 0-200A |
| Cooling Method | Forced Air Cooling |
| Certification | CE, ISO, TUV, RoHS |
| Warranty | 12 Months |
| Dimensions | 125mm(H)*440mm(W)*380mm(D) |
|---|---|
| Communication mode | CAN bus |
| Input voltage | 260Vac-650Vac, three phase+PE |
| Power factor | ≥0.99 |
| Output power | 50kw @ output voltage ≥300Vdc |
| Voltage range | 0Vdc-400Vdc (Default: 200Vdc) |
| Operating temperature | -40°C to +75°C |
| Compliance | IEC61851-21-2:2018; EN61851-21-2-2017 |
Focusing on the research, development, and production of power electronic products, we provide high-end DC power supply systems for global manufacturers. Built on independent intellectual property rights and continuous technological innovation, we deliver equipment that maximizes corporate and customer value.
Our products are widely applied in automotive, electric power, railway, metallurgy, and communications sectors, with a proven track record of performance nationwide and internationally.
A: The module provides a rated output power of 50kW, specifically when the output voltage is ≥300Vdc.
A: Yes, it features a silent mode that reduces noise levels to below 55dB or 60dB depending on the setting.
A: The module is highly efficient, boasting an ultra-high efficiency rating of over 97%.
A: It utilizes CAN bus communication for reliable data exchange and group settings.
A: It is designed to operate in extreme conditions, with a working temperature range from -40°C to +75°C.
A: Yes, the module supports a hot-swap function, allowing for easier maintenance and replacement without system interruption.
