To be the best among global electric vehicle charger manufacturers
Case Material: Thermoplastic,flame retardant grade UL94 V-0
Pin:Copper alloy,silver + thermoplastic on the top
Rated current :80A 125A 200A 250A
Operating voltage :750V/1000V DC
Insulation resistance :>2000MΩ (DC1000V)
Terminal temperature rise:<50K
Withstand voltage:3200V
Vibration resistance:Meet JDQ 53.3 requirements
Contact impedance:0.5MΩ Max
Detailed dimensions
Features |
| ||||||
Mechanical properties |
| ||||||
Electrical Performance |
| ||||||
Applied Materials |
| ||||||
Environmental performance |
|
Model | Rated current | Cable specification |
NV3-DSD-EV80P | 80A | 3 X 16mm² + 2 X 4mm² + 2P(4 X 0.75mm²)+ 2P(2 X 0.75mm²) |
NV3-DSD-EV125P | 125A | 2 X 35mm² + 1 X 16mm² + 2 X 4mm² + 2P(4 X 0.75mm²)+ 2P(2 X 0.75mm²) |
NV3-DSD-EV200P | 200A | 2 X 70mm² + 1 X 25mm² + 2 X 4mm² + 2P(4 X 0.75mm²)+ 2P(2 X 0.75mm²) |
NV3-DSD-EV250P | 250A | 2 X 80mm² + 1 X 25mm² + 2 X 4mm² + 2P(4 X 0.75mm²)+ 2P(2 X 0.75mm²) |
Leave a message
There are currently 9.5 million electric vehicle charging facilities in the world, of which 2.5 million are public charging facilities. By 2025, the global electric vehicle charging facilities
will increase to about 50 million, including about 10 million public charging facilities.