Baghorn LK-JW105 220V cable switch pull rope 4mm with plastic jacket/316 stainless steel inner core BE80-A100K proximity switch disc photoelectric switch GJ12 photosensitive photoelectric switch GJ-612R GJ-612BG GJ-211G GJ-211B GJ-211BG GJ-211GVA GJ-211BVA GJ-211BGVB GJ-311G GJ-311B GJ-311R GJ-311W GJ-311BG GJ-411G GJ-411B GJ-411R GJ-411W GJ-411BG GJ-511G 511BG GJ-611G GJ-611B GJ-611BG GJ-711 Slippery Switch Model: HQZN-KZQ96/XZZ AC220V Magnetic Proximity Switch PBMS-R3IHPS-P1E1PS-R3E1HPS-R1E1PS-M105PS-P1E1; 24V   PS-M450TPS-M05PS-M325TPS-R2IHPS-MX70TPS-M325PS-RII 250V PS-RV3G1THSPS-RV3G1THPS-R11 Magnetic Proximity Switch PBMS-R3IHPS-R41PS-R3IHPM-R31HPM-MX70T Magnetic Proximity Switch PBMS-R3IH, a type of proximity switch, is one of many types in the sensor family. It is made using electromagnetic working principle and technology, and is a position sensor. It can convert non electric or electromagnetic quantities into desired signals through changes in the position relationship between sensors and objects, thereby achieving the purpose of control or measurement. The detection distance that a magnetic proximity switch can achieve with a small switch volume. It can detect magnetic objects (usually permanent magnets) and then generate trigger switch signal output. Due to the fact that magnetic fields can pass through many non-magnetic objects, this triggering process does not necessarily require the target object to be directly close to the sensing surface of the magnetic proximity switch. Instead, the magnetic field is transmitted to a long distance through a magnetic conductor (such as iron). For example, signals can be transmitted to the magnetic proximity switch through a warm place to generate a triggering action signal. Performance characteristics of magnetic proximity switch PBMS-R3IH: Among various switches, there is a component called displacement sensor that has the ability to perceive objects approaching it. The use of displacement sensors to control the characteristics of approaching objects to achieve the purpose of switching on or off is called proximity switches. When an object moves towards the proximity switch and approaches a certain distance, the displacement sensor will sense and the switch will act. This distance is usually referred to as the "detection distance". The detection distance of different proximity switches also varies. Sometimes the object being tested is moved towards the proximity switch one by one at a certain time interval, and then left one by one, repeating this process continuously. Different proximity switches have different response capabilities to the detected object. This response characteristic is called "response frequency"