To be the best among global electric vehicle charger manufacturers
UL Standard Single Phase 16A EV Charging Cable. EV cable is a kind of flexible cable to connect electric vehicle with charging pile or power socket, high quality oxygen-free copper conductor ensures excellent conductive effect; TPE insulation material is soft and high strength; cable sheath is made from high-performance TPE, which possess characteristic as weatherability, high&low temperature resistance, rub resistance, ect.The cable is soft, elastic, flex index and won’t harden in low temperature. EV Cables for Electric vehicle conductive charging system are fit for Battery Electric Vehicle,Fuel Cell Vehicle(FCV) & Hybrid Electric Vehicle(HEV).They are widely used in charging connection beween electric vehicle and power supply; or used in Electric Vehicle charging facility & Charge interface.
Rated current:16Amp
Operating voltage:250V AC
Insulation resisitance:>1000MΩ
Therminal temperature rise:<50K
Withstand voltage:2000V
Working temperature:-30°C ~+50°C
UL Standard Single Phase 16A EV Charging CableProduct Introduction:
Construction | Features |
1.Conductor | Rated temperature:-40℃~105℃ |
Material: Bare Copper | Rated Voltage:300V;600V or 1000V |
2.Insulation | Flame Test: VW-1 Test method Comply with UL 2556 |
材质Material: TPE or PVC | Min: Bending Radius: ≥5*OD |
Color:Black,White,Green/Yellow | Dielectric Voltage: 1.5kVac/1min. No Breakdown Test method Comply with UL 2556 |
3.Filler | Cold Bending:-40℃/4h No cracks Test method Comply with UL 2556 |
Material: PP Cord | Hot Shock:150℃/1h No cracks Test method Comply with UL 2556 |
4.Tape | Oil Resistance:IRM902, 60℃/168h Tensile and Elongation ≥70% Unaged value |
Material:Non-woven fabrics | Crush Resistance:S≤12AWG 4.45kN, 12AWG<S≤2AWG, 11.1kN, 2AWG<S 15.6kN |
5.Sheath | Weather Resistance:720hin a xenon arc weatherometer, No cracks |
Material: TPE or PVC | Environmental Requirements:Compliant with RoHS 2.0 and REACH |
Color: | Black or Orange |
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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.