What are the structural components of a magnetic pump?

The structure of the magnetic pump is composed of: 1. Pump body, which is used to accommodate other components and form the fluid channel of the pump; 2. Bearings, which provide support and balance for rotational motion; 3. Magnetic drive, which connects the motor to The rotational force is transmitted to the pump rotor; 4. Stationary ring and rotating ring, components of the magnetic coupling; 5. Pump rotor, which increases the kinetic energy of the fluid and pushes the fluid through the pump; 6. Pump blades, which suck the fluid from the low-pressure area , and increases the pressure before discharging it; 7. Pump shaft, transmits the rotational force of the magnetic coupler; 8. Sealing device, prevents fluid leakage inside and outside the pump.

# Operating system for this tutorial: Windows 10 system, Dell G3 computer.

The structural components of a magnetic pump usually include the following main parts:

1. Pump Casing: The pump body is a sealed shell used to accommodate other components. components and form the fluid passages of the pump.

2. Bearings: Bearings support the rotor and the shaft connected to it. They provide support and balance for rotational movements.

3. Magnetic Drive: Magnetic Drive is a system that uses a magnetic field to transmit power. It transmits the rotational force of the motor to the rotor of the pump without physical contact. The magnetic drive consists of two magnetic couplers, one connected to the shaft of the motor and the other to the rotor of the pump.

4. Stationary Ring (Stationary Ring) and Rotating Ring (Rotating Ring): Stationary Ring and Rotating Ring are components of the magnetic coupler. They realize the connection between the rotor and the motor through magnetic coupling. force transfer. The stationary ring is mounted on the rotor portion of the pump, while the rotating ring is mounted on the shaft of the motor.

5. Pump Impeller: A pump impeller is usually an impeller or spiral-shaped device that rotates to increase the kinetic energy of the fluid and push the fluid through the pump.

6. Pump Blades: Pump blades are components on the pump rotor. They rotate to create a pressure difference, thereby sucking fluid from a low-pressure area and increasing its pressure before discharging it. .

7. Pump Shaft: The pump shaft is the shaft that connects the pump rotor and the motor. It transmits the rotational force of the magnetic coupling and ensures the alignment between the pump rotor and the electric motor.

8. Sealing Device: Magnetic pumps usually use sealing devices to prevent fluid leakage inside and outside the pump. Common sealing devices include mechanical seals and static seals.

These components work together to enable the magnetic pump to achieve leakage-free, contact-free transmission with high sealing and reliability. However, the structure of magnetic pumps of different models and manufacturers may be different, so there may be some differences in the specific structural composition.

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