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    VENTS Non-insulated air ducts Thermovent Aero series

    VENTS Non-insulated air ducts Thermovent Aero series
    VENTS Non-insulated air ducts Thermovent Aero series
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    Stainless steel air ducts with high temperature resistance.

    Model features
    • Ventilation ducts and fittings
    • Description
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    Description
    Description
    DESCRIPTION FEATURES
    • Spiral seam stainless steel air ducts with high aerodynamic and strength characteristics.
    • Made of incombustible corrosion-resisting stainless steel band.
    • Increased thermal resistance (up to 800°С).
    • Specially designed high-quality locks ensure high seam tightness and total air tightness of the ducts.
    • Smooth internal surface ensures low dynamic losses.
    • Low weight and easy mounting.
    RECOMMENDED APPLICATION
    • Applied in residential and industrial ventilation, air conditioning and heating systems with the maximum pressure 10 000 Pa.
    • For supply and exhaust ventilation.
    • Applied in the systems of hot air removal from boiler houses and smoke exhaust systems.
    TECHNICAL DATA:  
       
    Item Thermovent Aero
    Diameter range [mm] 80/100/110/120/125/130/135/140/150/160/180/200/250/300/350/400
    Material Stainless steel
    Number of layers 1
    Total thickness [μm] 100
    Operating temperature range [°C] -30 +800
    Maximum air speed [m/s] 30
    Maximum operating pressure [Pa] 10000
    Minimum bend radius [mm] 4хD (up to 200 mm diameter) and 4,5D (above 200 mm)
    Length [m] 1; 2; 3; 6
       
    PRESSURE LOSS DIAGRAM PER 1 M STRETCHED AIR DUCT CALCULATION EXAMPLE:
       
     
    1. Select a curve that matches the air duct diameter [mm], 200 mm in this case.
    2. Find the intersection point of this line with the vertical line of the required air flow in m3/h, 500 m3/h in this case.
    3. The horizontal line that shows the pressure loss in Pa per 1 m straight air duct crosses this intersection point.
    4. Multiply pressure loss value (2.4 Pa/m at 20°С) by total air duct length to get the total pressure loss value. To calculate pressure loss in case of bends consider each bend as extra air duct meter.
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