HS magnetic pump

HS magnetic pumpApplication scope: Electroplating, chemical, pharmaceutical, electronics, environmental protection PCB、 Leather, dyeing and finishing, and wastewater treatment, etc

Performance advantages:

1. Strong acid and alkali resistance; The main materials of the pump include FrPP and PVDF, and the main material is selected according to the acidity and alkalinity properties of the moss solution.

2. Magnetic synchronous drive, contactless and abrasive Low power consumption, high efficiency, and damping vibration reduction function, reducing the impact of motor vibration on the pump and the impact of pump cavitation vibration on the motor

3. No leakage without sealing: The sealed Ge Jing seal prevents medium leakage

4. Easy assembly; The internal components of the pump are standardized, with a highly sophisticated structure that can be easily disassembled, assembled, and replaced. Therefore, maintenance, disassembly, and inspection are all very user-friendly

5. High durability: The pump is designed with a scattering structure inside to prevent motor damage caused by overcurrent

6. Widely applicable: The ME series (models ranging from 0.5KW to 5KW) is widely used in various industrial processes such as PCB manufacturing, chemical industry, filtration and recycling, etching, electroplating, surface treatment, and wastewater treatment, and can achieve optimal performance and durability

HS magnetic pumpWorking Principle:

Arrange n pairs of magnets (n is even) in a regular manner and assemble them on the inner and outer magnetic rotors of the magnetic actuator, so that the magnet parts form a complete coupled magnetic system. When the inner and outer magnetic poles are opposite poles, i.e. the displacement angle between the two poles is 0, the magnetic energy adjustment of the magnetic system is low; When the magnetic poles rotate to opposite poles, i.e., the displacement angle between two magnetic poles is 2T/n, the magnetic energy of the magnetic system is at its maximum. After removing the external force, due to the mutual repulsion of the magnetic poles in the magnetic system, the magnetic force will restore the magnet to a state of low magnetic energy adjustment. So the magnet generates motion, driving the magnetic rotor to rotate.