Standard Limit Switch

TER Standard Limit Switch — Industrial Position Limit Switch for US Crane, Hoist, and Automation Applications

TER Standard Position Limit Switches are designed for controlling the movement of traverse machine tools such as hoists and overhead cranes, built with wear-resistant materials to guarantee protection against dust and water, suitable for use in the building, automation, and entertainment industry. The Standard Limit Switch is the general-purpose TER position limit switch for US crane and industrial machinery applications where DIN mounting geometry is not required and where the specific cross-actuator configuration of the Cross Limit Switch is not the correct actuator type for the installation — providing reliable, physically actuated position sensing for standard travel limit, end-of-travel protection, and over-travel prevention applications across US overhead crane, hoist, and automated machinery installations.

TER Standard Limit Switches feature positive opening NC contacts for safety functions and wear-resistant construction for reliable long-term performance in the industrial environments encountered across US manufacturing, automotive, steel, and food processing crane and machinery installations. Standard Limit Switches satisfy the OSHA 1910.179(g)(5)(iv) requirement for overtravel limit switches on the hoisting motion of US electric traveling cranes and the CMAA and ASME B30 travel limit requirements applicable to US overhead crane installations — providing the electromechanical travel limit protection that US crane safety standards mandate for all powered hoist and crane travel motions.

Crane-Controls.com stocks TER Standard Limit Switches for new US crane and machinery installations and direct replacement of existing standard position limit switch systems. Crane-Controls.com's technical team provides pre-sale application support for Standard Limit Switch selection and actuator configuration for US crane and industrial applications. OSHA, CMAA, and ASME B30 compliant installations supported