XCKN2110P20 limit switch with a metal end plunger provides reliable endoftravel sensing with a snapaction mechanism and a dual contact configuration. The unit features 1 normally closed (NC) and 1 normally open (NO) contacts and uses an M20 mounting interface for straightforward integration into standard equipment. The metal end plunger delivers durability for repeated actuation in demanding environments, while the snapaction design ensures fast, decisive switching. Key benefits Fast, reliable actuation: snapaction switching delivers quick, unambiguous signal changes and helps reduce contact bounce. Dual outputs in one device: 1 NC and 1 NO contact provide both feedback and control signals from a single switch. Durable end plunger: metal end plunger enhances durability for repeated travel and endofstroke sensing. Compact and versatile mounting: M20 mounting size supports easy installation in compact control panels and machinery. Simple integration: straightforward electrical wiring with independent NC and NO outputs. Key attributes Type: limit switch with metal end plunger Contacts: 1 normally closed (NC) + 1 normally open (NO) Actuation: snapaction Plunger material: metal end plunger Mounting: M20 Series/model: XCKN2110P20 Applications: suitable for endoftravel sensing and position feedback in automation, conveyors, and small machinery Notes: electrical ratings and housing materials are not specified in the product title; refer to full datasheet for detailed specifications Applications Endoftravel detection on linear actuators, slides, or pneumatic cylinders to control machine motion or stop points. Position sensing on packaging lines, conveyors, or small automation setups requiring both feedback and control signals. Basic status indication in control panels or automated equipment where a dual NC/NO output is advantageous. This description reflects the features and intended use implied by the XCKN2110P20 model: a metal end plunger limit switch with snap action and a 1NC+1NO configuration in an M20 mounting format, suitable for reliable endoftravel sensing and control in automation applications.