TELEMECANIQUE

Product DescriptionThe Telemecanique ZCEF0 limit switch head is designed for reliable operation in various industrial applications. It features a metal end plunger and is secured with M12 fixing nuts. This product is compatible with bodies from the XCKD, XCKP, and XCKT ranges. Metal end...

Product DescriptionThe Telemecanique ZCKD08 is a limit switch head that features a spring rod and a nitrile boot. It is compatible with bodies from the XCKD, XCKP, and XCKT ranges. This standard format head is designed for reliable operation in industrial applications. Compatible with...

Product DescriptionThe Telemecanique ZCKE05 is a spring return actuation limit switch designed for various applications. It meets the European standard EN50047 for positive opening contacts. This product features a modular design allowing for easy assembly based on user requirements. It is suitable for safety...

Product DescriptionThis Telemecanique ZCKJ1H7 Limit Switch Body includes a fixed body and Zamak body. It features 1 normally open and 1 normally closed snap action contact. With a half-inch NPT cable entry, it is compatible with actuator heads and levers from the XCKD, XCKP,...

Product DescriptionThe Telemecanique ZCKL1 is a limit switch body designed for reliable operation in various applications. This model features a Zamak body with compatible connections and is designed to accommodate a variety of actuators. It is equipped with one normally open (NO) and one...

Product DescriptionThe TELEMECANIQUE ZCKY15 is a limit switch lever designed for reliable performance in various applications. This limit switch lever is part of the XC Standard series and features a thermoplastic roller for enhanced durability. It is suitable for controlling the movement of machinery...

Product DescriptionThe Telemecanique ZCMD41L1 is a limit switch body that features a Zamak body and standard contacts. It includes two normally open (NO) and two normally closed (NC) snap-action contacts. This switch comes pre-cabled with a one meter cable and is designed for a...