Stainless steel vortex type high and low temperature magnetic pump

Stainless steel vortex type high and low temperature magnetic pumpIntroduction:

Transfer the circulating medium to liquids (water, thermal oil, ethylene glycol) that do not contain particles or fibers. The pump has a beautiful appearance, low vibration, and low noise. Applied to circulating high-temperature heat transfer oil up to 350 ℃, circulating hot water up to 180 ℃, and low-temperature antifreeze up to -80 ℃. We can customize motors such as variable frequency, explosion-proof, and special power supply according to customer needs.

The overcurrent components are made of stainless steel or special steel, and the product adopts advanced hydraulic technology, efficient magnetic transmission structure, and novel appearance design, achieving the advantages of energy saving, safety and reliability, stable performance, space saving installation, and long service life of magnetic pumps. It has been widely used in the field of medium application.

Application areas: High temperature mold temperature control, high and low temperature testing instruments, chemical equipment, template temperature control, cleaning equipment, printing and dyeing equipment, TCU temperature control system, high temperature condensate water recovery, etc.

Circulating medium: Water, ethylene glycol, alcohol, thermal oil, hydrocarbon solution, silicone oil, glacier refrigerant, gasoline, dye, chemical solution and other liquids that do not contain particles or fibers.

Use and maintenance of stainless steel vortex type high and low temperature magnetic pump:

Before installation, check whether all components of the magnetic pump are intact, whether the impeller rotates flexibly, and whether the magnetic drive device is normal.

During installation, the magnetic pump should be fixed on a horizontal foundation and ensure that all pipelines are connected correctly and sealed properly.

3. The inlet and outlet pipelines of the magnetic pump should be kept unobstructed to prevent inlet or outlet blockage.

Before operation, a trial run must be conducted to check whether the magnetic pump is running normally and whether there are any abnormal sounds or vibrations.

5. Regularly check the sealing performance of the magnetic pump. If any leakage or abnormal situation is found, it should be repaired or replaced in a timely manner.

During the use of magnetic pumps, attention should be paid to maintaining cleanliness and avoiding the accumulation of debris inside the pump body, which may affect the operation of the pump.

When the magnetic pump is not used for a long time, maintenance should be carried out by cleaning the inside of the pump body and applying protective oil or grease to prevent rusting or damage to the pump body.