Zhuoxin

How much does Zhuoxin CJR-5/52996S magnetic sensor cost per CJR-5/52996S magnetic sensor? The working principle is widely used as a position control switch in steel rolling, coking, shipbuilding, mining, lifting, transportation and other fields, or to replace the original slide contactor mechanical limit switch. It is a domestically produced product and a component that realizes non-contact transmission of control signals. The electrical components of Zhuoxin proximity switches have been around for over a decade, including proximity switches, photoelectric switches, speed switches, magnetic switches, waterproof proximity switches, and capacitive proximity switches. Magnetic switches are circuit switching devices that use magnetic field signals to control circuits, also known as magnetic switches. There are two commonly used magnetic switches: single contact and double contact. Magnetic switch means induction through a magnet, this& lquo; Magnetic; rquo; There are several types of magnets, including rubber magnets, permanent magnet ferrite, sintered neodymium iron boron, etc. commonly used in the market. The KCY-1 magnetic proximity switch, when used in conjunction with a magnet, has the characteristics of melting point and wear resistance. Sealing the reed tube and magnetic steel inside the shell can prevent impact and has strong capabilities. Mainly used in environments with asexual mixtures in coal mines, wellhead, and intake tunnels. The product is manufactured with a simple structure, easy installation, use, and maintenance. It can be used as a sensor for signals such as doors, rocking platforms, pushers, car arresters, turnouts, and cage positions. Product points: The circuit design of this product adopts technology to reduce signal false alarms and false alarms; Adopting new technology and providing precise positioning, the positioning is very precise and controlled within 3 millimeters; Adopting new technology, the material is aviation materials, with a high power consumption of only 50 milliwatts; Strong ability, excellent waterproof performance, long movement distance, temperature resistance, suitable for certain situations with relatively high requirements. Technical specifications HQLB-631736/A bidirectional pull rope switch (aluminum die-casting) HQPK-02GKH/deviation switch (aluminum die-casting) HQLX-1736GKK/T1 stainless steel pull rope switch HQPB-HZHN21/A stainless steel deviation switch PXA-02GKK-B deviation switch (aluminum zinc die-casting) CJR-5/52996S magnetic sensor 1. Rated voltage: 0-220V/1A (resistive load); 2. Contact method: normally open; 3. Relative speed between proximity switch and magnetic steel: 15m/s; 4. The suction distance between the proximity switch and the magnetic steel≤ 120, Release Distance≥ The 200 (magnetic steel surface≥ 1300GS) magnetic sensor KCY-1 and its corresponding magnet are used together using electromagnetic working principles and a process to make it 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 * 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. For example, signals can be transmitted to the magnetic proximity switch through a warm place to generate a triggering action signal. Installation method: Magnets are used in combination, and the magnet is directly installed on the detected moving object. When the magnet passes back and forth through the switch, it drives the switch to work. Multiple detection point switches on the same movement trajectory only require a piece of magnetic steel. The reed tube and magnet are sealed inside the shell to prevent impact and have strong capabilities. The magnetism of the magnet is insufficient to make the spring pieces inside the reed tube attract each other. When the magnetic steel leaves, the magnet is magnetized in the opposite direction but the magnetism decreases, causing the spring pieces of the reed tube to bounce open due to elasticity, and the contact points to also disconnect. Proximity switch LJ18A3-15-Z/BX Proximity switch NBB15-30GM50-WS Normally open Proximity switch NCB50-FP-A2-P1 Proximity switch LJ18A3-8-J.Z; nine hundred