180 degree temperature resistant magnetic sensor magnetic switch principle magnetic switch reed tube, also known as magnetron, is similar to Hall element, but with different principle properties. It is a type of switch element that uses magnetic field signals to control. It has no magnetic disconnection and can be used to detect the status of circuits or mechanical movements. Another type of magnetic switch is called proximity switch, door magnetic switch, or induction switch in the market. It has a well opened mold and a plastic shell with a size. The reed tube is sealed in a black shell, and the wire is led out. The other half of the plastic shell with a magnet is fixed at the other end. When the magnet approaches the switch with a wire, it sends a switch signal! The general signal distance is 10mm for connection, and this product is widely used in electronic equipment such as anti-theft doors, household doors, printers, fax machines, machines, etc. Another type of magnetic switch is to install one or more magnetic spring switches inside a closed metal or plastic tube, and then pass the tube through one or more hollow floating balls with ring shaped magnets inside. The fixed ring is used to control the floating balls and magnetic spring switches in the relevant positions, so that the floating balls float up and down within a certain range. Use the magnet inside the floating ball to attract the contact point of the magnetic spring switch, generating opening and closing actions. Installation method for 180 degree temperature resistant magnetic sensor: (1) Fix with steel strip (2) Fix on the guide rail (3) Clamp on the pull rod (4) Install the magnetic switch directly. The magnetic switch can be installed at the end of the stroke or at any position in the middle of the stroke. For situations where a magnetic switch needs to be installed in the middle of the stroke (such as stopping the piston at a certain position in the middle of the stroke), the installation position of the switch can be determined as follows. Fix the piston at the position where it should stop, and move the magnetic switch left and right above the piston to find the position where the switch starts to engage. The middle position of the left and right engagement positions is the sensitivity position of the switch. The magnetic switch should be fixed at this sensitivity position. When installing the switch at the end of the stroke, the distance A and B from the side end cover and rodless side end cover have been marked on the sample for different cylinders in the sensitivity position. Shandong Zhuoxin Machinery Co., Ltd. has a travel switch NGNG2WO-510SVM5 NG. WO series that complies with EN50041, with a circular connector SVM5
NG1O-510-M travel switch NG O
NG1FO-510L060-M Travel switch NG FO， Spring trigger block
NG1FO-510-M travel switch NG FO， Spring trigger block
NG1HB-510L060-M travel switch NG HB， Plastic roller
NG1HB-510-M travel switch NG HB， Plastic roller
NG2HB-510 travel switch NG HB， Plastic roller, SR6 circular connector plug
NG2HB-510L060 Travel switch NG HB， Plastic roller, SR6 circular connector
NG2HB-510SVM5 travel switch NG HB， Plastic roller, SVM5 circular connector
NG2HB-510SVM5C1883 travel switch NG HB， Plastic roller, SVM5 circular connector
NG1HS-510L060-M travel switch NG HS， Steel roller
NG1HS-510-M travel switch NG HS， Steel roller
NG2HS-510 travel switch NG HS， Steel roller, SR6 circular connector
NG2HS-510L060 Travel switch NG HS， Steel roller, SR6 circular connector
NG2HS-510SVM5 travel switch NG HS， Steel roller, SVM5 circular connector
NG1KO-510L060-M travel switch NG KO
NG1KO-510-M Travel Switch NG KO
NG2KO-510SVM5 Travel Switch NG The working principle of the KO and SVM5 circular connector is that the magnetic sensor includes an induction chip with a resistive magnetic component that can sense the magnetic vector, and a magnet used to magnetize the magnetic vector so that it can be sensed by the resistive magnetic component. When the magnet approaches the induction chip during motion, it causes the magnetization magnetic vector to change. Based on the change in the resistance magnetic component, the induction chip detects the movement of the magnet by sensing the change in the magnetic vector. Magnetic sensors are used for compass functions. The compass function is suitable for navigation functions. Magnetic sensors are widely used in modern industry and electronic products to measure physical parameters such as current, position, and direction by inducing magnetic field strength. In existing technology, there are many different types of sensors used to measure magnetic fields and parameters. The principle of magnetic switches is that magnetic switch reed tubes, also known as magnetrons, are similar to Hall elements, but have different properties. They are a type of switch element that uses magnetic field signals to control the circuit or mechanical movement. They have no magnetic disconnection and can be used to detect the state of the circuit or mechanical movement. Another type of magnetic switch is the proximity switch, door magnetic switch, or induction switch on the market. It has a well opened mold and a plastic shell with a size. The reed tube is sealed in a black shell, and the wire is led out. The other half is fixed in a plastic shell with a magnet at the other end. When the magnet approaches the switch with a wire, it sends a switch signal! The general signal distance is 10mm for connection, and this product is widely used in electronic equipment such as anti-theft doors, household doors, printers, fax machines, machines, etc. Another type of magnetic switch is to install one or more magnetic spring switches inside a closed metal or plastic tube, and then pass the tube through one or more hollow floating balls with ring shaped magnets inside. The fixed ring is used to control the floating balls and magnetic spring switches in the relevant positions, so that the floating balls float up and down within a certain range. Use the magnet inside the floating ball to attract the contact point of the magnetic spring switch, generating opening and closing actions. nine hundred