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Working principle of the TC stainless steel high-temperature magnetic pump: The drive unit is directly mounted on the motor shaft and equipped with a drive magnetic coupling; the pump chamber is completely sealed. The magnetic coupling indirectly drives the impeller equipped with magnets on the pump shaft to rotate, resulting in a compact design that is safe and energy-efficient. The robust and durable pump body is made of stainless steel that comes into contact with the liquid, allowing it to withstand the weight of the pipes as well as mechanical impacts. TC stainless steel high-temperature magnetic pump usually consists of a motor, a magnetic coupling, and a stainless steel pump head. The main feature of stainless steel high-temperature magnetic pumps is that they use magnetic couplings to transmit power, resulting in no leaks. When the motor drives the outer magnetic steel of the magnetic coupling to rotate, magnetic flux lines pass through the gap and the isolation sleeve to act on the inner magnetic steel, causing the pump rotor and the motor to rotate synchronously and transmitting torque without any mechanical contact. At the power input end of the pump shaft, there is no dynamic seal; since the liquid is sealed within a static isolation sleeve, there is no leakage. The TC stainless steel high-temperature magnetic pump is made entirely of stainless steel. It exhibits good corrosion resistance to organic acids, organic compounds, bases, neutral solutions, and various gases. The running-in process of the double-helix groove carbon graphite bearing and the cemented carbide sleeve provides excellent wear resistance, ensuring the product’s service life; it is an ideal pump for transporting corrosive media without leakage. The TC stainless steel magnetic pump uses a static seal instead of a dynamic seal, and is driven indirectly by a magnetic coupling, **** eliminating the problem of leaks and preventing contamination of the area where it is used. It is an ideal pump for eliminating leaks during chemical processing, reducing environmental pollution, creating \"leak-free workshops\" and \"leak-free factories\", and achieving safe and civilized production. Installation and use of TC stainless steel high-temperature magnetic pumps: 1. The pump should be installed horizontally, not vertically; the plastic pump body must not bear the weight of the pipes. In cases where vertical installation is required, the motor must be positioned at the top. 2. When the suction liquid level is above the pump shaft, open the suction pipe valve before starting; if the suction liquid level is below the pump shaft, the pipe should be equipped with a foot valve. 3. Before use, check that the motor blades rotate smoothly, without any sticking or abnormal noises, and that all fasteners are tightened properly. 4. Check whether the rotation direction of the motor matches the orientation mark of the high-temperature magnetic pump. 5. After the motor starts, slowly open the discharge valve. Once the pump is in normal operation, adjust the discharge valve to the desired opening degree. 6. When stopping operation, first close the discharge valve, and then close the suction pipe valve. Precautions for using TC stainless steel high-temperature magnetic pumps during operation: 1. Prepare thoroughly before repairing or disassembling the stainless steel high-temperature magnetic pump; understand its structure, read relevant maintenance documents, be aware of the necessary spare parts, prepare the required disassembly tools, and have the necessary safety protection equipment available. 2. The maintenance of stainless steel high-temperature magnetic pumps should be carried out by specialized personnel, who must use the appropriate tools for disassembly and assembly as well as proper safety equipment during these processes. 3. When repairing or disassembling stainless steel high-temperature magnetic pumps, it is essential to handle them with care and avoid using force during disassembly, to prevent unnecessary damage to the equipment and injury to personnel. 4. Parts that have been removed and those before assembly must be handled and stored properly to prevent damage or loss of the components of the stainless steel high-temperature magnetic pump.