Pull rope (line) displacement sensor MNH-200

Pull rope (line) displacement sensor MNH-300

1、 Product Details
Pull rope displacement sensor/pull wire displacement sensor isIt consists of a photoelectric acquisition part (incremental encoder, absolute value encoder, angular displacement sensor, precision resistor, etc.) and a set of mechanical housing devices. The shell is made of aluminum alloy material, with an oxidized outer surface that is hard and wear-resistant; Capable of withstanding pressure and shock, suitable for various harsh usage scenarios such as high temperature and high pressure; The wire is made of imported stainless steel wire rope, which is coated with plastic on the outer layer and has strong corrosion resistance, high strength, and no expansion or contraction; The winding spring mechanism is made of imported stainless steel material, which is corrosion-resistant and has stable winding.Make it a compact structure, small installation space, long measurement stroke, convenient and flexible, and high-precision preferred displacement sensor for industrial control.
This is a miniature cable (rope) displacement sensor used to record linear distances, analog and digital outputs with a measurement length of 0-5000mm. It has a standardized interface and is durable, especially suitable for short distance, high-resolution applications. Main features: Easy installation, equipped with backup installation reference surfaces, and multiple options according to needs; Small installation space and low installation difficulty; No need for guidance, mechanical tolerances do not affect measurement accuracy; Widely used in linear guide systems, hydraulic cylinder systems, telescopic systems, storage position positioning, pressure machinery, papermaking machinery, textile machinery, sheet metal machinery, packaging machinery, printing machinery, level controllers, construction machinery and other related dimensional measurement and position control; Can be connected to external PLC secondary instruments, microcontrollers, and other acquisition systems
2、 Technical parameters