Axial and centrifugal ventilators

In summary, axial and centrifugal ventilators differ in the direction of air movement, with axial ventilators moving air parallel to the rotational axis and centrifugal ventilators moving air perpendicular to the rotational axis. They also have different applications, with axial ventilators commonly used in low-pressure, high-volume situations and centrifugal ventilators used in high-pressure, low-volume situations. Efficiency also varies between the two types, with axial ventilators being more efficient at low pressures and centrifugal ventilators being more efficient at high pressures. The main components of both types include a fan or impeller, a motor, and a housing or casing, but the designs may differ. When choosing between the two, factors such as air flow and pressure requirements, application and
  • #1
mystiqus
5
0
I need article or wide information about this.I looked for on www.but[/URL] I couldn't find enough inf.can you help me?:rolleyes:
 
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  • #2
Are you referring to centrifugal or axial fans?
 
  • #3
And what kind of info are you looking for exactly?
 
  • #4
yes,I mean fans.exactly book information.this will be my study.there must be written explanations,technical drawings and equations.
 
  • #6
You can find good papers on fans at this site http://www.tcf.com/TCFBlower/literature.htm#bul
 
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  • #7
thanks for answers.
 

Related to Axial and centrifugal ventilators

1. What is the difference between axial and centrifugal ventilators?

Axial ventilators move air parallel to the rotational axis of the fan, while centrifugal ventilators move air perpendicular to the rotational axis.

2. What are the main applications of axial and centrifugal ventilators?

Axial ventilators are commonly used in low-pressure, high-volume applications such as cooling towers and ventilation systems. Centrifugal ventilators are used in high-pressure, low-volume applications such as HVAC systems and industrial processes.

3. How do axial and centrifugal ventilators differ in terms of efficiency?

Axial ventilators are generally more efficient than centrifugal ventilators at low pressures, but centrifugal ventilators are more efficient at high pressures.

4. What are the key components of axial and centrifugal ventilators?

The main components of both types of ventilators include a fan or impeller, a motor, and a housing or casing. However, the designs and configurations may vary between axial and centrifugal ventilators.

5. What factors should be considered when choosing between axial and centrifugal ventilators?

The factors to consider include the required air flow and pressure, the application and environment, and the cost and efficiency of the ventilators. It is important to consult with a ventilation expert to determine the best option for a specific situation.

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