Laser EV Charging Extension Cable - 32A Single Phase T2 Female-T2 Male IP65 5m
Power up your electric vehicle journey with the Laser 7.4kW 32A IP65 T2 Female to T2 Male Single P...Power up your electric vehicle journey with the Laser 7.4kW 32A IP65 T2 Female to T2 Male Single Phase EV Charging Extension Cable 5m. Designed for single phase 32A charging, this cable is compatible with type two connectors and supports up to 7.4kW, making it ideal for charging stations and home wall box chargers. With a five metre reach and supplied in a handy zip-up carry case, you'll find it simple to store and ready to use whenever you need extra length for your charging cable. Durable polycarbonate connectors with copper alloy contacts ensure lasting performance, while an IP65 rating means you can confidently use it in various weather conditions. Extend the reach of your electric vehicle charger with this Laser 7.4kW 32A IP65 Type 2 Female to Type 2 Male Single Phase EV Charging Extension Cable. This 5-metre cable is designed for single-phase, 32A charging, supporting up to 7.4kW. It is compatible with Type 2 connectors, making it suitable for both charging stations and home wall boxes. The durable polycarbonate connectors feature copper alloy contacts for long-lasting performance, while the IP65 rating ensures reliable use in diverse weather conditions. It is supplied in a convenient zip-up carry case for simple storage and portability. This 5m long BEV/PHEV cable extends the length of a Type 2 charging cable and includes a carry bag. It supports single-phase voltage up to 220/230V AC for charging at up to 7.4kW and has been tested to 2,000V AC. The operating temperature is -20°C to +50°C. Connectors are made from durable polycarbonate with copper alloy contacts. Applications include: Audi, BMW, BYD, Ford, Hyundai, Jaguar, Kia, Lucid Air, Mercedes-Benz, MINI, Nissan Leaf (2018), Polestar, Porsche, Range Rover P400e, Renault, Smart, Tesla, Toyota, Volkswagen & Volvo. It is IP65 rated and compliant with IEC, TUV, CE & UKCA, REACH, RoHS standards. It also meets EN62196 and IEC61851 specifications.
LASER 9110 EV Charging Cable 32A 3 Phase T2 Female-Commando Plug (4 pin)Free delivery in 1–3 days£255.50Visit shop →
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Power up your electric vehicle journey with the Laser 7.4kW 32A IP65 T2 Female to T2 Male Single Phase EV Charging Extension Cable 5m. Designed for single phase 32A charging, this cable is compatible with type two connectors and supports up to 7.4kW, making it ideal for charging stations and home wall box chargers. With a five metre reach and supplied in a handy zip-up carry case, you'll find it simple to store and ready to use whenever you need extra length for your charging cable. Durable polycarbonate connectors with copper alloy contacts ensure lasting performance, while an IP65 rating means you can confidently use it in various weather conditions. Extend the reach of your electric vehicle charger with this Laser 7.4kW 32A IP65 Type 2 Female to Type 2 Male Single Phase EV Charging Extension Cable. This 5-metre cable is designed for single-phase, 32A charging, supporting up to 7.4kW. It is compatible with Type 2 connectors, making it suitable for both charging stations and home wall boxes. The durable polycarbonate connectors feature copper alloy contacts for long-lasting performance, while the IP65 rating ensures reliable use in diverse weather conditions. It is supplied in a convenient zip-up carry case for simple storage and portability. This 5m long BEV/PHEV cable extends the length of a Type 2 charging cable and includes a carry bag. It supports single-phase voltage up to 220/230V AC for charging at up to 7.4kW and has been tested to 2,000V AC. The operating temperature is -20°C to +50°C. Connectors are made from durable polycarbonate with copper alloy contacts. Applications include: Audi, BMW, BYD, Ford, Hyundai, Jaguar, Kia, Lucid Air, Mercedes-Benz, MINI, Nissan Leaf (2018), Polestar, Porsche, Range Rover P400e, Renault, Smart, Tesla, Toyota, Volkswagen & Volvo. It is IP65 rated and compliant with IEC, TUV, CE & UKCA, REACH, RoHS standards. It also meets EN62196 and IEC61851 specifications.