Functions of the Pull Rope Displacement Sensor:

1. Continuous monitoring of large sheet metal workpiece position: As metal workpiece sheets are conveyed on roller conveyors or moved laterally, the sensor continuously measures the distance traveled. The system tracks the sheet’s current coordinates in real time, enabling synchronized assembly line operations between preceding and subsequent processes (conveyance, inspection, and positioning);

2. Safety protection: The system stops immediately and triggers an alarm upon reaching the limit position, preventing cylinders from over-extending and slides from overtraveling and damaging the frame or rollers. Compared to mechanical hard stops, this reduces mechanical impact wear and lowers equipment failure rates;

3. Quality control: The sensor precisely controls lateral thrust and lifting displacement, ensuring that the correction position for each sheet is exactly consistent, eliminating manual adjustment errors, and improving the yield rate of finished products.

The Miran pull rope displacement sensor is a sophisticated integration of linear displacement sensor technology. It fully combines the advantages of angular sensors and linear displacement sensors, resulting in an excellent sensor that is compact, offers a long measurement stroke, requires minimal installation space, and provides high-precision measurements. Based on their operating principles, these sensors can be classified into potentiometer-based and magnetic induction-based types. The MPS series, which operates on the potentiometer principle, is available in a complete range of specifications, with a variety of different dimensions available to accommodate the vast majority of installation scenarios; The magnetic induction series includes the MPSFS2, SMZFS2, WEPZFS2, and MPSZFS2 series, which are waterproof pull-cord displacement sensors capable of operating in deep water with an IP68 protection rating; the MFB-MPSFS2, MFB-MFBZFS2, and MFB-MPSZLFS2 series are waterproof and explosion-proof displacement sensors, all of which have obtained professional explosion-proof certifications. They also support a variety of output signals, including analog, RS485, and pulse signals, and are widely used in mechanical equipment and inspection/monitoring industries such as railways, tunnels, the shipping industry, machinery, construction, healthcare, bridge construction, dam construction, automotive, and aerospace.