ZCKE095 Limit switch head ZCKE w/o lever stay put left and right actuation +120 C The ZCKE095 limit switch head from the ZCKE series offers a leverless, dualdirection actuation option with a maintained (stayput) output. Designed for environments up to 120 C, it provides dependable signaling in compact assemblies where lever installation is not required or feasible. Key benefits Dualdirection actuation without a lever: enables flexible mounting and compact integration with actuator assemblies from either side. Stayput (maintained) operation: the switch latches in the actuated state until reset, reducing false signaling and chatter in dynamic applications. temperature tolerance: rated for environments up to +120 C, supporting demanding industrial or process settings. Leverless design: simplifies installation and minimizes space requirements while avoiding leverrelated interference. Key attributes Functionality: limit switch head intended for ZCKE limit switch systems. Compatibility: designed to be used with ZCKE limit switch bodies (w/o lever variant). Actuation: left and right actuation directions available with stayput mechanism. Lever: w/o lever (no lever included). Performance: maintained actuation with temperature capability up to +120 C. Specifications (as implied by model) Model: ZCKE095 Type: Limit switch head ZCKE Actuation: left and right directions Lever: none (w/o lever) Action: stayput (maintained) Temperature rating: up to +120 C Applications and use cases Endoftravel detection in machines with linear actuators where space is limited and dualdirection actuation is advantageous. temperature control or safety circuits in manufacturing equipment, presses, or ovens where components must operate reliably up to 120 C. Leverless integration on compact control assemblies, where a compact head and defined stayput signaling simplify wiring and reduce mechanical interference. Notes for designers and technicians Suitable for ZCKE series configurations requiring leverless, dualdirection actuation with maintained operation. Verify compatibility with the corresponding ZCKE limit switch body and actuator interface before integration. Consider the stayput feature when designing control logic to ensure proper reset sequencing after actuation.