MPIL has introduced a wind driven natural Ventilation system with a motive to expels hot, humid and moisture laden air from industrial buildings to give a more comfortable clean working environment replacing summer heat and winter damp with fresh air.
Wind Driven Ventilators is manufactured from rust-resistant, lightweight galvanized steel. It has been designed to meet AS2428.1-1993 to wind speeds of 200 km/hr and to the entry of wind driven rain at a range of 2.5L/sec, under cyclonic conditions. For details contact us.
Using only the power of wind, Wind Driven Industrial Ventilators silently draw hot, damp and stagnant air from the building, replacing it with clean, fresh air - all year round.... Without any maintenance costs. It will also extract deadly smoke and fumes from the building, allowing occupants a much better chance of escaping safely.
Wind Driven Ventilators is manufactured from rust-resistant, lightweight galvanized steel. It has been designed to meet AS2428.1-1993 to wind speeds of 200 km/hr and to the entry of wind driven rain at a range of 2.5L/sec, under cyclonic conditions. For details contact us.
Using only the power of wind, Wind Driven Industrial Ventilators silently draw hot, damp and stagnant air from the building, replacing it with clean, fresh air - all year round.... Without any maintenance costs. It will also extract deadly smoke and fumes from the building, allowing occupants a much better chance of escaping safely.
Advantages of Roof Vents :
- Installation on new or existing roof is a simple process as the metal base can be shaped on site to any
roof profile. - In case of any difference in thermal and wind pressure, the turbine head and ball bearings help the
ventilator to rotate freely providing natural ventilation. - It is corrosion resistant giving ruggedness to the structure. The variable pitch throat makes it possible
to be fixed at any roof pitch. - Its storm proof feature enables rain water to drain through without spilling into turbine
Key Features :
- Maintenance free and rotates freely due to the permanently lubricated bearing system
- Easy to handle and install with a variable pitch base, fitting all tile, metal and fiber cement roofs with
pitches upto 450 - Long Lasting - 10 years performance warranty
- Removes dampness and humidity
- 24 hour fresh air keeps workers active and healthy
Benefits :
No Operational Costs
Reduced Power Costs
Reduced Installation
Costs
Income Tax Benefit
Reduced Maintenance Costs
Reduced Power Costs
Reduced Installation
Costs
Income Tax Benefit
Reduced Maintenance Costs
: As the MP Vent System, is a self contained wind powered design,
there are no operational cost incurred.
: Proper ventilation provides a cooler, low humidity working environment,
which reduces the need for costly air conditioning or industrial fans.
: Due to the versatility of the variable pitch throat, installation costs are
reduced as one unit fits most industrial application (00 to 22.50).
: Multi-vents are 100% depreciable under Income tax laws giving huge
benefits.
: Rising damp & humidity causes corrosion of building structures, painted
surface, metal fittings and electrical wiring. Proper ventilation eliminates
these problems.
there are no operational cost incurred.
: Proper ventilation provides a cooler, low humidity working environment,
which reduces the need for costly air conditioning or industrial fans.
: Due to the versatility of the variable pitch throat, installation costs are
reduced as one unit fits most industrial application (00 to 22.50).
: Multi-vents are 100% depreciable under Income tax laws giving huge
benefits.
: Rising damp & humidity causes corrosion of building structures, painted
surface, metal fittings and electrical wiring. Proper ventilation eliminates
these problems.
Common Uses :
MP-Roof Vents ventilation system is meant for warehouses, factories and workshops, Gyms, Tennis courts, Assembly halls, garages, toilets, laundries etc.
Calculating How many VENTILATORS :
- Determine the volume (VOL) of the building in cubic meters. (Length x Width x Height)
- Dependent on the building type, select the required Air Changes (A/C) per hour, from the table below
- From local authority records, determine the typical wind sped, 6, 8, 10,12 or 16 km/h. This will establish
the exhaust capacity M3 per hour (Refer Table) - Calculate
Recommended Air Changes(A/C)For Various Building Types
Building Type
Recommended Air Changes Per Hour
Warehouses
3 to 5
Factories & Workshops
3 to 8
Gyms, Tennis & Squash Courts
3 to 8
Assembly Halls
6 to 12
Garages
6 to 12
Toilets
7 to 12
Laundries
7 to 15
Stables, Piggeries & Poultry Houses
7 to 25