WAGO 893 Series Male Lighting Connector, 2-Pole, Male, 2-Way, Snap-In, 3A, IP20

The Wago Snap-in Plug is designed for seamless integration within control cabinets and lighting connections, epitomising the pluggable solution for modern electrical installations. With its highly efficient push in CAGE CLAMP spring pressure connection technology, it eliminates the need for cumbersome screw connections, making installation not only quicker but also significantly reduces errors. The slim profile and robust construction cater to various applications, while the incorporated E coding ensures compatibility with KNX systems, meeting the highest standards in building automation.

The Wago Snap-in Plug is designed for seamless integration within control cabinets and lighting connections, epitomising the pluggable solution for modern electrical installations. With its highly efficient push in CAGE CLAMP spring pressure connection technology, it eliminates the need for cumbersome screw connections, making installation not only quicker but also significantly reduces errors. The slim profile and robust construction cater to various applications, while the incorporated E coding ensures compatibility with KNX systems, meeting the highest standards in building automation.

Delivers excellent performance across demanding environmental conditionsCompact dimensions make for easy integration into tight spacesResilient construction for long lasting reliabilityFacilitates maintenance free operation to reduce servicing costsMeets rigorous standards for protection against dust and accidental contactPerfect for a variety of installations providing flexibility in design

Delivers excellent performance across demanding environmental conditionsCompact dimensions make for easy integration into tight spacesResilient construction for long lasting reliabilityFacilitates maintenance free operation to reduce servicing costsMeets rigorous standards for protection against dust and accidental contactPerfect for a variety of installations providing flexibility in design