Compact limit switch for making and breaking an electrical connection Key benefits Safe and reliable switching: Positive opening design ensures the circuit opens reliably for safer machine operation and easier fault detection. Flexible control with dual contacts: One normally open NO and one normally closed NC snapaction contact provide versatile control logic and interlock capability. Durable, built to last: Made from quality metal for improved durability in industrial environments. Space saving and versatile: Compact form factor fits in tight control panels and numerous machine layouts. Consistent performance: Snapaction contacts deliver fast, crisp actuation with reduced contact wear and chatter. What it is and how it helps Function: A compact limit switch that makes and breaks an electrical connection as a machine part reaches a set travel limit. Compatibility: Suitable for all industrial machine applications, providing a dependable signal for machine controls and safety circuits. Size and material: Compact design with a robust metal construction to withstand demanding workloads and harsh surroundings. Performance: Snapaction contacts ensure quick, decisive switching and long service life in continuous operation. Specifications (at a glance) Contacts: One normally open (NO) and one normally closed (NC) snapaction contact Opening action: Positive opening design for safer machinery Construction: Made from quality metal Application scope: Suitable for all industrial machine applications Function: Makes and breaks an electrical connection as the actuator travels Use scenarios Endoftravel detection on a conveyor line: The switch signals when a product reaches the end of the line, triggering a stop or divert action to prevent jams. Safety interlock for guarding: The NC contact can hold a control circuit off when a guard is open, while the NO contact provides a separate signal for monitoring or interlock sequencing. Position sensing in automated equipment: The switch provides reliable travel position signals for robotic arms, presses, or automated feeders, enabling precise control of downstream processes.