Air Ventilators
  Salient features
 

Air Power Ventilator's vane are manufactured from high grade aluminium including the rivets and therefore highly resistant to atmoshperic corrosion.

 

No power involved for its operation as its movement is controled by natura wind movement / hot air draft (Thermos Syphoning).

 

The vane's are profiled and rolled to provide strong blade with good aerodynamic performances.

 

Air Power Ventilators are light in weight and hence operational at very lightly wind speeds.

 

Since no power involved for its operations, no recurring charges in terms of electricity.

 

The vane design and the centrifugal action prevent rain water from entering the ventilator.

  Designed to be fitted easily on asbestos, galvanized, iron and aluminium roofs.Assured ventilation for 24 hours / 65 days.
  Conserve Energy Preserve Effect
  Double Effect: Turbo Ventilation. Natural Day Light
 

Principle: Centrifugal force to exhaust. Turbo design creates suction higher the diameter 0 ventilator higher is the capacity & effectiveness.

  Construction: Strong, Light Weight Construction. Available in high grade aluminium, anodized aluminium, stainless steel or epoxy coated for corrosive areas. UV stabilized FRP base with integral venturi dome.
  Applications: Factories, warehouses, worksheds, industrial sheds, domestic applications etc removes hot gases, obnoxious fumes, bad odour enhances ventilation.
   
  AIR POWER Wind Driven Turbine Eco-Ventilator
 
SPECIFICATION
Dimension AP 28
Overall Diameter 700mm
Overall height 348mm
Effective Throat Diameter 600mm
No. of Vanes 36
  Requirement of air Ventilator:
  1. No. of Ventilator Required = Ventilation Rate Q
                                              Exhaust Capacity
  2. Required Ventilation rate ( cfm)= Volume (ft) * Air Change Rate
                                                                       60
  3. Volume of Space to be ventilated (ft) = 1*w*h
  4. Select Air Change Rate from. Table A.
  5. Select Exhaust Capacity from Table B as per required Temp.
       Diff. C and wind- Velocity (MPH).
  Table A: Required Air charge rates
 
Type of Building Air Change rate Per Hour
Type of Building Air Change Rate Per Hour
Were House 4-6 Engine room / Laundry @ Plastic Factory Heavy Factory / Transformer room
10-30
Textile Mill / Auditorium 4-12
Factories ( Light) Hall 6-12 Print Shop / Boiler room 15-60
Paper MW / Brewery / Oil mill / Packaging Room 8-30    
  Table A: Perfomance Data
 
WIND Velocity (mph)   5 8 10
Temp Diff c   3 5 10 3 5 10 3 5 10
  STACK (Height ft) Exhaust Capacity in CFM
Model No.
AP:28
10

939

1000

1102

1436

1498

1600

1792

1854

1958

20

1005

1084

1216

1503

1582

1714

1859

1938

2070

30 1058 1154 1314 1556 1652 1812 1915 2010 2168
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