The visual representations of movement feedback inside a machine appear very simple. However, on the manufacturing floor, these devices determine whether a system will stop at the appropriate position or will damage mechanical components in the assembly. In this environment, Telemecanique proximity sensors and limit switches become instrumental to operate successfully. We provide proximity sensors and limit switches for applications where position detection, interlocking and safety verification need to remain stable despite vibration, exposure to oil or operating in continuous cycles.
Telemecanique proximity sensors and limit switches are selected based on sensing distance or range, mounting options, and switching frequency, as well as by the part number. In conveyor lines, packaging equipment and materials handling systems, response times and repeat accuracy are oftentimes more critical than just catalogue values. We also match the appropriate devices to the controller logic, thus eliminating any possibility of signal loss, erratic triggering or depression during high-speed operations causing production downtime.
Mechanical limit switches provide the user with positive (physical) contact feedback. Inductive and other non-contact proximity sensors are utilized because of reduced operating life due to wear from dust or moisture. The type of housing, the IP rating, cable routing, and connector type are all strategically planned to fulfill the requirements of the site.
When evaluating the proximity sensors and limit switches, we also analyze the required wiring locations, compatibility with PLC inputs, and the future requirements for the devices (i.e., replacement). Our approach to the project remains focused on practical considerations — a device that has clear switching characteristics, an extended life of operation and predictable performance during production.
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