Diagram of Roots blower
Roots blower is a gas conveying equipment widely used in the industrial field, and its unique design and working principle make it perform well in many situations. In order to better understand the working principle and structure of Roots blower, we can analyze its various components and working process in detail through diagrams.
Basic structure of Roots blower
1. * * Rotor * *: The core part of a Roots blower, usually composed of two interlocked rotors. The shape of the rotor is usually three or two bladed, which can effectively reduce gas reflux and noise.
2. * * Shell *: The shell is the outer casing of a Roots blower, usually made of cast iron or steel. Some processing is carried out inside the casing to ensure that the rotor can rotate smoothly.
3. * * Bearings * *: Bearings are used to support the rotor and ensure its smooth rotation. High quality bearings can extend the service life of the machine.
4. * * Seals * *: Seals are used to prevent gas leakage and ensure the efficiency of the fan.
5. * * Drive device * *: Usually driven by an electric motor or diesel engine, providing power to rotate the rotor.
The working process of Roots blower
1. * * Inhalation stage * *: When the rotor begins to rotate, gas is sucked into one side of the fan. Due to the rotation of the rotor, the gas is gradually pushed towards the other side of the fan.
2. * * Transport stage * *: As the rotor continues to rotate, the gas is continuously pushed towards the outlet of the fan. Due to the design of the rotor, gas is not compressed when passing through the fan, but is continuously transported out.
3. Exhaust stage: When the gas reaches the outlet of the fan, it is discharged from the fan, completing the entire conveying process.
Graphic analysis of Roots blower
Through the diagram, we can clearly see the various components and working processes of the Roots blower. The following is a graphical analysis of Roots blower:
1. * * Rotor section * *: In the diagram, two interlocked rotors can be seen, usually in the shape of three or two blades. The rotation direction of the rotor is opposite, which can effectively reduce gas reflux and noise.
2. * * Shell part * *: The shell is the outer shell of the Roots blower, and there are some internal processes to ensure that the rotor can rotate smoothly. The design of the casing ensures that gas is not compressed when passing through the fan, but is continuously transported out.
3. * * Bearing section * *: The bearing is used to support the rotor and ensure its smooth rotation. High quality bearings can extend the service life of the machine.
4. Sealing component: The sealing component is used to prevent gas leakage and ensure the efficiency of the fan. The design of the seal ensures that gas does not leak when passing through the fan, thereby improving the efficiency of the fan.
5. * * Drive device part * *: Usually driven by an electric motor or diesel engine, providing power to rotate the rotor. The design of the driving device enables the Roots blower to operate continuously for a long time.
summarize
Through the diagram, we can clearly see the various components and working processes of the Roots blower. The unique design and working principle of Roots blower make it widely used in many industrial fields. By understanding the structure and working process of Roots blowers, we can better understand their application and importance in various industries.
