Phoenix Contact 250 A Mode 4, Type 2, EV Charging Cable 5m

The Phoenix Contact DC charging cable exemplifies high efficiency and reliability in e mobility solutions. Designed specifically for electric vehicles, it utilises the CHARX connect standard and supports CCS type 2 for seamless integration at charging stations. This charging cable not only ensures fast charging with a powerful 250 A permanent current and up to 500 A in Boost mode, but also adheres to strict IEC standards for safety and performance. Its robust design features a durable 5 m black straight cable with a vehicle charging connector and an open cable end, catering to the needs of modern electric vehicle infrastructure.

The Phoenix Contact DC charging cable exemplifies high efficiency and reliability in e mobility solutions. Designed specifically for electric vehicles, it utilises the CHARX connect standard and supports CCS type 2 for seamless integration at charging stations. This charging cable not only ensures fast charging with a powerful 250 A permanent current and up to 500 A in Boost mode, but also adheres to strict IEC standards for safety and performance. Its robust design features a durable 5 m black straight cable with a vehicle charging connector and an open cable end, catering to the needs of modern electric vehicle infrastructure.

Designed for fast charging of electric vehicles with direct currentSupports compliance with IEC 62196 3 standardsEquipped with advanced temperature monitoring for enhanced safetyErgonomic design enables convenient handling during useAllows for custom branding options to maintain consistent aestheticsHeavy duty construction ensures longevity and reliability under varied conditions

Designed for fast charging of electric vehicles with direct currentSupports compliance with IEC 62196 3 standardsEquipped with advanced temperature monitoring for enhanced safetyErgonomic design enables convenient handling during useAllows for custom branding options to maintain consistent aestheticsHeavy duty construction ensures longevity and reliability under varied conditions