The ME9101 limit switch with a coil spring rod offers reliable momentary mechanical control with a dual contact arrangement. This pack includes 10 pieces, each delivering one normally open (NO) and one normally closed (NC) contact. The coil spring rod actuator provides crisp actuation and a reliable to the resting position, making it suitable for repetitive cycling in automated equipment. Key benefits Dualcontact configuration enables monitoring of two circuits or states from a single switch (1 NO and 1 NC). Momentary operation provides actuation only during contact with the actuator, helping to minimize wear and simplify control logic. Coil spring rod actuator delivers consistent and quick reset after actuation, improving repeatable performance. Compact, mechanical design suitable for installations with limited mounting space. Readytouse replacement set with 10 pieces for convenient stocking and multipoint sensing. Key attributes Model: ME9101 limit switch Actuator: coil spring rod Contacts: 1 normally open (NO), 1 normally closed (NC) Action: momentary Quantity: 10 pieces Type: limit switch / mechanical control Brand/compatibility: designed as ME9101 family components; intended for installations requiring the specified dualcontact, momentary limit switch configuration Applications and use cases Endoftravel or position sensing in compact automation setups, where a simple twostate signal is needed from a single actuator. Safety interlock and guard monitoring in machines, using the NO and NC contacts to manage interlock logic and ensure proper state signaling. Conveyor or packaging line sensing, providing both an NO and NC signal to control routing, stopping, or triggering downstream processes in response to object position. Notes Specifications such as electrical ratings, dimensions, and material are not provided in the product title. This description reflects the model, function, and dualcontact features as stated, and emphasizes suitability for installations that require ME9101 style limit switches with 1NO/1NC momentary operation.