Magnet Pump MD 30 R Magnetic Pump Single Phase (220 V) Chemical and Acid Pump

Magnetic Pumps are designed to pump toxic and other hazardous liquids without using mechanical seals. Unlike traditional pumps that rely on external electrical sources, magnetic pumps operate using the principles of magnetism. They are energy-efficient and do not require seals or oil gaskets for operation. Magnetic pumps can circulate various liquids, including acids, water, and oils. Because they lack mechanical seals, there is no risk of dangerous chemical leaks or overheating due to blockages.

The general characteristics of magnetic pumps include a rotating impeller located in a closed chamber, supported by a magnetic field generated by magnets. The rotation of the impeller produces a force that moves the liquid in and out of the pump housing. The primary purpose of the pump is to maintain energy and motion within the liquid.

Magnetic pumps have magnets connected to both the impeller and the motor. Permanent magnets are attached to the pump's drive assembly. The drive magnet connects to a second shaft driven by the motor. When the motor is activated, it rotates the magnet. The magnetic force from the motor's magnet causes the magnet in the impeller to rotate, driving the impeller.

Magnetic pumps are centrifugal pumps, meaning the liquid being pumped exits at a different point than where it enters. The impeller's rotation increases the energy of the liquid and raises the pressure at which the liquid exits the pump. This increase in pressure prevents the fluid from moving.

Pump Body: GFRPP Polypropylene
Impeller: GFRPP Polypropylene

MAGNETIC PUMPS DO NOT HAVE SUCTION PROPERTIES; THEY OPERATE BY FLOW AND DO NOT CREATE A VACUUM.

Polypropylene has good resistance to acids and is preferred for food, chemical, and cosmetic products. It is suitable for use at temperatures between 0˚C and 82˚C.

Compatible Fluids for the Pump: