Description
JT Mobility EV cable is a kind of flexible cable to connect electric vehicle to charging power socket. TPU (Thermoplastic polyurethane) is used for Insulation and outer Sheath for high strength and softness property. Cable sheath is made from high performance TPU, which possess characteristic as weather ability, high & low temperature resistance, rub resistance etc.
Our high-quality oxygen-free copper conductor ensures excellent conductive effect, the cable is soft, elastic, flex index and won’t harden in low temperature. EV Cables for Electric vehicle conductive charging system is fit for Battery Electric Vehicle, Fuel Cell Vehicle (FCV) & Hybrid Electric Vehicle (HEV). They are widely used in charging connection between electric vehicle and power supply; or used in Electric Vehicle charging facility.
Data Sheet
- Model: JTEVC32A3P100
Three Phase 32A 5x6.0mm and 2x0.7mm2 EV Charging Cable 100-meter 7 Core 20mm Outer Diameter
JTEVC32A3P100
JT Mobility EV cable is a kind of flexible cable to connect electric vehicle to charging power socket. TPU (Thermoplastic polyurethane) is used for Insulation and outer Sheath for high strength and softness property. Cable sheath is made from high performance TPU, which possess characteristic as weather ability, high & low temperature resistance, rub resistance etc.
Our high-quality oxygen-free copper conductor ensures excellent conductive effect, the cable is soft, elastic, flex index and won’t harden in low temperature. EV Cables for Electric vehicle conductive charging system is fit for Battery Electric Vehicle, Fuel Cell Vehicle (FCV) & Hybrid Electric Vehicle (HEV). They are widely used in charging connection between electric vehicle and power supply; or used in Electric Vehicle charging facility.
Key Features
Stronger and Anti-Aging
Strong Seamless Construction
Suitable for Outdoor and Indoor Charging
More Environmentally Friendly and Halogen Free
More Resistant to Bending and Longer Service Life
Conductor: Tinned or non-tinned stranded soft copper wire
Insulation: 105℃ Halogen-free, ROHS thermoplastic polyurethane TPU
Sheath: 105℃ Halogen-free, ROHS thermoplastic polyurethane TPU Sheath Color Black
| Specifications | |
| AC Power L1, L2, L3, Neutral N & Protective Earth PE | 5 C of 6.0 Sq. mm |
| Assembly / Laid Up Core | PP Fillers used for better circularity |
| Conductor | Soft annealed stranded Bare Copper |
| Conductor Construction (Nos./Strand Dia.) | 190/0.20 mm 42(5cores) / 0.15 mm(2 cores) |
| Control Pilot CP, Proximity Pilot PP | 2 C of 0.75 Sq. mm |
| Crush Resistance | 5kN, 8Km/h, 220KPa, No Breakdown |
| Flame Retardant Grade | UL94 V-0 |
| Flame Test | VW-1 test method comply with UL 2556 |
| Insulation | 125℃ halogen free TPU |
| Insulation Average Thickness | 1.00(3 core)/ 0.60(2 core) mm |
| Insulation Colour Codes | Blue, Brown, Black, Grey & Yellow/Green (5 cores), Black ,Grey (2 Cores) |
| Insulation Insulation Diameter (Avg.) | 5.30 ± 0.15(5 core) / 2.40 ± 0.10 (2 core) mm |
| Insulation Minimum Thickness | 0.80 (3 core)/ 0.44 (2 core) mm |
| Max. DC Conductor Resistance as per IS 8130:2013 | 3.30 Ω/km (5cores) at 20ºC 26.00 Ω/km at 20ºC(2 cores) |
| No Of Phase | Three |
| Operating Temperature | -30C to +50C |
| Operation Voltage | 480V |
| Outer Sheathing Average Thickness | 2.5 mm |
| Outer Sheathing Diameter (Appx) | 20.00 ± 0.50 mm |
| Outer Sheathing Material | Thermoplastic polyurethane (TPU) |
| Outer Sheathing Min. Thikness | 2.03 mm |
| Overall Wrapping | Non-Woven Fabric, 25 % Overlap Min. |
| Rated current | 32 Amp |
| Spool Length | 100 Meter |
| Voltage Test | 2.5KV AC /15min No Breakdown |
