Turbo Ventilators - High Performance, Rust Resistant Coating | Compact Design, Easy Installation, Eco-friendly, Maintenance Free

• Compact design
• Rust resistant
  coating
• Easy to install

Specifications:

Circulation of fresh air in shop floor area is essential to energize work efficiency, create dust free atmosphere and equalize ambient temperature. Which is quite necessary for all types of industries.

Technology
Turbine ventilators is wind power technology based exhaust system, designed in such a way when a small movement of wind flow strikes to its specially designed vanes, creates centrifugal force to rotate the system and convection of thermal current (polluted air, hot gases) help to accelerate the system. While rotating, the vanes creates low pressure zone, which allow fresh air to enter and hot air (polluted) to exhaust.

Features
No use of electricity- wind driven, Maintenance free, Fresh air 24x365 days, Uniform & continuous ventilation Noiseless installation, Easy to install, Withstands high wind velocities, No ingress of rain water, Fits on any type of roof surface and gradient, Exhaust stale, hot humid air and fumes / pollution nonstop, Reduces maintenance of plant and machinery by reduction of fumes & humidity levels, Healthy living-increases productivity, Environment friendly, Payback period is extremely low.

Ventilation makes our life more comfortable

Ventilation is simply the process of replacing stale, hot air with clean & fresh air hence providing pleasant environment. The installation of wind driven turbo ventilators will provide an efficient and cost effective systems of natural ventilation. Designed for a harsh environment, the turbo ventilator with matching FRP Base plate is suited for industrial, commercial & community buildings.

Mode of Installation of Turbo Ventilators

No. of Ventilators required = Ventilation Rate Q/ Exhaust capacity
Required ventilation rate ventilated (ft ) = Volume X Air change rate / 600
Volume of space to be ventilated (ft ) = L x W x H
Select Exhaust capacity from Table as per your required temp. diff C wind velocity (MPH)