Shenzhen Fusheng Motor Co.,Ltd
Shenzhen Fusheng Motor Co.,Ltd
18060 AC Induction Motor Fan
  • 18060 AC Induction Motor Fan
  • 18060 AC Induction Motor Fan
  • 18060 AC Induction Motor Fan
  • 18060 AC Induction Motor Fan
  • 18060 AC Induction Motor Fan
18060 AC Induction Motor Fan
18060 AC Induction Motor Fan
18060 AC Induction Motor Fan
18060 AC Induction Motor Fan
18060 AC Induction Motor Fan

18060 AC Induction Motor Fan

Payment Type:
T/T
Incoterm:
FOB
Transportation:
Ocean, Land, Air
Quantity:

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Basic Info
Basic Info
Place of Origin: chain
Productivity: 100000
Supply Ability: 0~1000000
Payment Type: T/T
Incoterm: FOB
Certificate: UL/CUL/TUV/CE/CCC
Transportation: Ocean,Land,Air
Product Description
Product Description

18060 Alloy  fittings AC axial fan   


    FS18060 is often used for industry ventilating, Ac fans are widely used in home appliance, machinery, manufacturing equipment and other products with ventilation and cooling requirements.
    Our company has the management philosophy of "customer first, quality first". To be realistic, our good faith principle has been a partner of the affirmative. To establish a good reputation, the company will take a higher platform, the design and development of more top technology. To meet the needs of customers, keep trying and keep moving forward. Welcome friends to come to consult, negotiate! Our company will be dedicated to serve you!


  FS18060 copper line AC axial fan detail:

18060 Ac Axial FanAc fans18060 Ac Axial Fan18060 Ac Axial Fan18060 Ac Axial Fan18060 Ac Axial Fan


18060 Ac Axial Fan



Fs18060 Ac Axial Fan



System impedance of equipment

In accordance with the internal construction of the equipment to be called. The resistance will appear when passing air through the equipment

This will cause reduction of stationary pressure during the ventilation and is called the system impedance.

Consequently,it becomes necessary for us to give stationary pressure value higher than the impedance for performing ventilation to the equipment system impedance can be given using the following formula:

Δ P=Reduced pressure(mm-H2O)

Q=Air Volume(m3/min)

Δ P=KQn K5 Constant

N=index to be determine by air flow

N=1:laminar flow

N=2:Turbulent flow (Normally n=2)

The constant K here cannot be determined unless measure it by physically equipment.


Fan 3




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