Phoenix Contact Heavy Duty Power Connector, 1 Contacts

The Phoenix Contact Connector is designed for energy storage applications, showcases a robust construction and reliability tailored for demanding environments. Engineered for seamless integration, it accommodates a conductor cross section range of 35 to 70 mm², making it versatile for various applications. The product ensures safe and efficient connections with a rated voltage of 1500 V and a maximum current of 250 A. Its screw/solder connection method allows for straightforward installation, while its patented safety lock mechanism prevents accidental disconnections.

The Phoenix Contact Connector is designed for energy storage applications, showcases a robust construction and reliability tailored for demanding environments. Engineered for seamless integration, it accommodates a conductor cross section range of 35 to 70 mm², making it versatile for various applications. The product ensures safe and efficient connections with a rated voltage of 1500 V and a maximum current of 250 A. Its screw/solder connection method allows for straightforward installation, while its patented safety lock mechanism prevents accidental disconnections.

Patented design enhances operational safety with fool proof mechanismsSuperior protection against environmental hazards rated up to IP67Components manufactured from high quality materials which ensuring durabilityVersatile for diverse applications in plant engineering and device connectivityCompliance with stringent international standards guarantees reliabilityCompact dimensions allow for easy installation in confined spaces

Patented design enhances operational safety with fool proof mechanismsSuperior protection against environmental hazards rated up to IP67Components manufactured from high quality materials which ensuring durabilityVersatile for diverse applications in plant engineering and device connectivityCompliance with stringent international standards guarantees reliabilityCompact dimensions allow for easy installation in confined spaces