TCK-1T/ZC wellbore magnetic switch application introduction: Mine magnetic switch, also known as mine hoist cage positioning switch, as the name suggests, is used to locate the cage position. In general applications, it is used in conjunction with permanent magnets. The TCK-1T/ZC wellbore magnetic switch is installed in a fixed position on the cage with a magnet, and the magnetic switch is installed on the tank; Cage; During the lifting process, the magnetic switch installed on the wellbore wall at the position to be measured can induce action with the magnet on the cage when the cage reaches the measured position during the lifting operation. The information is transmitted to the operator through a signal line; Officer, the cage will change its operating speed according to the system settings. This switch element can facilitate operators to control the lifting speed of the hoist cage, improve work efficiency, and prevent transportation and lifting accidents. It is a component of the mine hoist. Selection of TCK-1T/ZC material structure shell for universal wellbore magnetic switch: Based on experimental data, under the same conditions, the rectangular pressure is small. Considering downhole operations and requirements, the selection is for a rectangular shell. Shell material: According to the shell material, it is divided into copper shell, stainless steel shell, and aluminum shell. The application of products with copper shells is because copper is a common metal material with strong anti magnetic properties. Internal structure: The giant magnetoresistance chip is installed on the switch end face, and all components are cured in the switch shell with military grade epoxy resin sealing adhesive, which is moisture-proof, dust-proof, corrosion-resistant, and shockproof. The shell leads out an eight core cable. On one side of the switch housing is a nameplate, and on the other side are two light-emitting diodes indicating the working status, which light up when the switch is activated& nbsp; Universal wellbore magnetic switch TCK-1T/ZC potential characteristics: This product adopts new technology and aviation materials, with a power consumption of only 30 milliwatts. This product adopts magnetic pulse compression technology, which has high magnetic sensitivity and resolution. This product adopts a new technology, providing accurate and reliable positioning. This product adopts circuit and redundancy technology to reduce signal false alarms. This product adopts a wide voltage design, which can operate stably in situations with large voltage fluctuations. Product model TCK-1P universal magnetic switch TCK-1T magnetic switch TCK-T/ZC wellbore magnetic switch KGE1-1P mining sealed magnetic induction switch model number explanation TCK and KGE themselves have no physical meaning, only a model number. The suffix number represents the output type, where 1 is a single output and 2 is a dual output. The suffix characters T and P were used to distinguish products used in various voltage ranges when wide voltage designs were not adopted in the early years. After adopting a wide voltage design, the suffix character loses its original meaning and is defined by most manufacturers as a regular type P and a type T. Because our company's products are all wide voltage products, unless requested by customers, we do not differentiate the models of wellbore magnetic switches: KGE1-1AP, KGE1-1T, KGE1-1AP-SK, KGE1-1P, C25315-A39-A2-3, TCK-1P, TCK-2P, TCK-4P, TCK-2T, TCK-1T, C25315-A39-A1, C25315-A39-A2, TK-1, TK-2. The working principle of our company's mining magnetic switch TCK-1T/ZC is a non mechanical contact magnetic switch. Composed of a new type of giant reluctance chip sensor, signal conditioning circuit, and output switch circuit. When the external S-pole magnetic field acts on the giant magnetoresistance sensor, the electromagnetic field coupling effect, the switch action, and the output switch signal. The output signal reflects the position and movement direction of the detection body, serving as the travel control signal of the system. When stationary, the switch is in a transition state, and when the magnetic field is lost, the switch will automatically reset. Unlike general mechanical instantaneous action button switches, the magnetic switch is pressed and automatically operates based on magnetic field induction. KGE1-1P Mining Sealed Magnetic Induction Switch Magnetic Induction Switch; The installation of the universal wellbore magnetic switch TCK-1T/ZC should be determined according to the needs of the mine users. Generally, the installation position is mainly at the wellhead end, the middle position of the wellbore, and the bottom end of the wellbore. The installation and use precautions for the body are as follows: First, when installing the matching magnet and cage, an aluminum plate should be clamped in the middle to prevent the magnet from magnetizing the cage. When installing magnetic switches, excessive impact force such as striking or throwing the switch should not be applied. Avoid using magnetic switches in environments with strong magnetic fields and high currents (such as large magnets, welding machines, etc.). Do not merge the connecting wires with the power line. Magnetic switches should not be exposed to water or coolant. If used in this environment, a cover can be used to cover it. When wiring, the wires should not withstand tensile and bending forces. When used for movable parts such as robotic arms, wires with bending resistance should be used to avoid damage or wire breakage to the switch. The wiring of magnetic switches cannot be directly connected to the power supply and connected to the load in series. The load voltage and large load current should not exceed the maximum allowable capacity of the magnetic switch, otherwise its lifespan will be greatly reduced. A magnetic switch with contact points and indicator lights, when the current exceeds a high current, the light-emitting diode will be damaged; If the current is below the specified range, the light-emitting diode will dim or not light up. For direct current, it is necessary to separate the positive and negative poles. If the wiring is reversed, the switch can be activated, but the indicator light does not light up& nbsp;