Cacheng CMP 10 RM Magnetic Drive Chemical and Acid Pump, Single-Phase (220 V)

What Is the Magnet Pompa CMP 10RM Magnetic Pump?

The general operating principle of magnetic drive pumps involves a rotating impeller housed in a sealed enclosure supported by a magnetic field produced by magnets. The rotation of the impeller generates a force that draws liquid through the inside and outside of the pump casing. The

primary purpose of the pump is to maintain energy and motion within a liquid. In magnetic drive pumps, the impeller and motor are fitted with magnets. Permanent magnets are attached to the pump's drive assembly. The drive magnet, which is the magnet that drives the inner rotor, is connected to a second shaft driven by the motor. When the motor starts, it rotates its magnet. The magnetic force from the motor's magnet causes the magnet on the impeller to rotate and

turns the impeller. Magnetic drive pumps are centrifugal pumps, meaning the liquid being pumped through the system exits at a different point from where it enters the pump. The rotation of the impeller causes an increase in the energy of the liquid and an increase in the pressure at which the liquid is discharged from the pump. This increase in pressure is what drives the fluid to move against resistance.