Customizability Water Treatment Equipment - Magnetic Suspension Blower

1 . Descriptions:

Magnetic Levitation Blower is a high-efficiency equipment that utilizes magnetic levitation bearing technology for gas conveying and pressurization. High efficiency, low noise and long service life are realized by contactless magnetic levitation rotor which reduces mechanical friction. The magnetic levitation blower uses a magnetic levitation bearing system to levitate and stabilize the rotor, together with a high-speed permanent magnet motor to drive the impeller to rotate and produce high efficiency airflow. The specific working principle is that the magnetic levitation rotor is used to reduce friction and wear without mechanical contact, the motor drives the impeller to rotate and generate high efficiency airflow through high speed rotation, and the control system monitors the rotor position and speed in real time to ensure stable operation and regulate the airflow output.

2 . Product parameters:

3 . Specificities:

1. High efficiency and energy saving: adopting magnetic levitation bearing and high speed permanent magnet motor, high energy efficiency and low running cost.

2. Low noise: no mechanical contact, extremely low noise during operation, suitable for noise-sensitive environments.

3. Maintenance-free: magnetic levitation bearings have no wear and tear, no need for lubrication, reducing maintenance workload and cost.

4. Long life: Due to the absence of mechanical wear and tear, the equipment has a long life and high reliability.

5. High Rotation Speed: The magnetic levitation technology allows the rotor to operate at high speeds, producing efficient airflow delivery and pressurization.

6. Intelligent control: Equipped with advanced control system with real-time monitoring and self-diagnostic function, convenient operation.

4 . Appliance:

1. Wastewater treatment: used in the aeration system of wastewater treatment plants to improve treatment efficiency and reduce operating costs.

2. Industrial manufacturing: applied to gas transportation, vacuum packaging, gas mixing and other processes in industrial manufacturing.

3. Chemical industry: used in chemical production for gas compression, transportation and reactor gas supply.

4. Electric power: Used in gas turbine combustion and cooling systems in the power industry.

5. Food and beverage: used for gas transportation and packaging in food processing and beverage production.