Wind Driven Turbo Ventilator - Energy Efficient & Weatherproof Design | Durable, Maintenance Free, Enhances Indoor Air Quality

Being a quality centric company, we believe in manufacturing and supplying a vast range of Wind Driven Turbo Ventilator. These ventilators are designed from finest quality materials and tested for durability by our expert team. These ventilators are installed at the roof tops of various pharmaceutical and chemical factories to exhaust heat and poisonous gases. Other than that, our respected clients can avail our Wind Driven Turbo Ventilator at reasonable prices. Features: Weatherproof quality Rugged design Maintenance free Specifications Provide energy free cooling & fresh air throughout the year Functions & performs with the unlimited energy source like wind energy Save cost of exhaust fans, wiring, maintenance, etc Provides a safe, cool, healthier & more controlled environment Remove entrapped heat & industrial emission Ensure the health of workers Do not require operating time Continuously work in motion with the wind Removes moisture laden air in the winter & extremely hot attic air in the summer Spins with the slightest breeze Creating an upward draft to draw air out of the attic Located at the top most point of the roof to give optimum ventilation Prevents down draft in to the building allowing air entry from the side openings Pleasant looking and enhances architectural looks Prevents condensation at the bottom of the roof Designed to withstand winds in excess of 140 Km / hr Exhausts hot air due to stack effect even when there is no wind Smooth and quiet operation Functioning Takes advantage of the wind to create a positive flow through the throat of the ventilator Wind influences the performance of the ventilator in two ways: First, wind approaches and strikes the ventilator, creating an area of low pressure on the leeward side of the turbine Low pressure zone is fed by drawing air from the turbine Causing a continuous extraction of air from the building Secondly, by turbine rotating, the centripetal forces associated with the rotation fling air outwards form the tips of the vanes Air is drawn into the throat of the ventilator from the building causing continuous ventilation Turbine will even rotate and exhaust in the absence of wind using the thermal currents developed within the building