Product Overview Product Name: Limit Switch Model: ME8108 Actuator Type: Rotary Adjustable Lever Arm with Roller Actuator Action: Momentary Key Benefits Reliable position sensing: Provides a prompt electrical signal when the moving part reaches the actuating position, enabling precise control of machines and automation. Momentary operation: Returns to the default state after actuation, simplifying control logic and avoiding stayon conditions. Smooth actuation and reduced wear: Rotary adjustable lever arm with a roller minimizes friction and wear on both the switch and the moving part, extending service life. Flexible actuation point: Adjustable lever allows dialing in the actuation position to fit different equipment travel and mechanical configurations. Clear signal integrity: Designed for robust switching performance in industrial environments, helping ensure accurate control decisions. Attributes Function: Detects endoftravel or specific positional events and provides a momentary electrical signal. Compatibility: Suitable for integration with standard electrical control circuits and automation systems that accept limit switch inputs. Size: Not specified Material: Not specified Performance: Rotary adjustable lever with roller delivers smooth actuation; momentary action provides a clean, single signal per actuation event. Applications and Use Scenarios Conveyor systems: Used at the end of a conveyor line to momentarily trigger a stop or reverse sequence when a product reaches the end, preventing overtravel. Machinery endoftravel sensing: Installed on presses, arms, or gantries to detect the limit of travel and initiate safe shutdown or cycle completion. Robotic and automated equipment: Provides a reliable positional signal for endofstroke detection in automated pickandplace or assembly setups. Note: Dimensions and material details are not specified in the provided information. The ME8108 is presented as a Limit Switch with a Rotary Adjustable Lever Arm with Roller and Momentary action, suitable for integration where such an actuator configuration and signaling behavior are required.