Turbo air ventilator
Turbo air ventilator
Turbine Roof Vent is not an old concept for Indian industry. It runs on wind power and there is no operating cost because to run Turbine Roof Vent no electricity is required. Its economical and ecological. It can be fitted on industrial sheeting. Turbo Roof Vent is manufactured in Western India by Jalaram Industries, Surat. Its construction is strong and light in weight.
Roof Vent was first introduced in Western part of India by Jalaram Industries. It became a grand success with the industries being electricity saver item. It works on air power and no electricity is consumed. Roof Vent does not make any noise while running as it moves on pivot. Slight breeze is enough to rotate the Roof Vent.
Surat is now known for Roof Turbine as it is made by Jalaram Industries. In Surat. Roof turbine is liked by all the industries where there is generation of bad fumes as it exhausts them without consuming power. Roof Turbine saves energy which in today’s world is the costliest raw material. It is easy to instll and can be fitted to any type of roofing.
Turbine Roof Vent is not an old concept for Indian industry. It runs on wind power and there is no operating cost because to run Turbine Roof Vent no electricity is required. Its economical and ecological. It can be fitted on industrial sheeting. Turbo Roof Vent is manufactured in Western India by Jalaram Industries, Surat. Its construction is strong and light in weight.
Roof Vent was first introduced in Western part of India by Jalaram Industries. It became a grand success with the industries being electricity saver item. It works on air power and no electricity is consumed. Roof Vent does not make any noise while running as it moves on pivot. Slight breeze is enough to rotate the Roof Vent.
Surat is now known for Roof Turbine as it is made by Jalaram Industries. In Surat. Roof turbine is liked by all the industries where there is generation of bad fumes as it exhausts them without consuming power. Roof Turbine saves energy which in today’s world is the costliest raw material. It is easy to instll and can be fitted to any type of roofing.
Turbine Roof Vent is not an old concept for Indian industry. It runs on wind power and there is no operating cost because to run Turbine Roof Vent no electricity is required. Its economical and ecological. It can be fitted on industrial sheeting. Turbo Roof Vent is manufactured in Western India by Jalaram Industries, Surat. Its construction is strong and light in weight.
Roof Vent was first introduced in Western part of India by Jalaram Industries. It became a grand success with the industries being electricity saver item. It works on air power and no electricity is consumed. Roof Vent does not make any noise while running as it moves on pivot. Slight breeze is enough to rotate the Roof Vent.
Surat is now known for Roof Turbine as it is made by Jalaram Industries. In Surat. Roof turbine is liked by all the industries where there is generation of bad fumes as it exhausts them without consuming power. Roof Turbine saves energy which in today’s world is the costliest raw material. It is easy to instll and can be fitted to any type of roofing.
- Wind Ventilator Works automatically and continuously.
- Turbo Ventilator, Wind Powered Turbine Ventilators Available in galvanized steel and aluminum.
- Turbine Roof Air Ventilator, Turbo Ventilator Smooth and Quite operation.
- wind powered ventilator, wind turbine ventilators Easy to install.
- turbine air ventilator, Wind Driven Turbo Ventilators Light weight.
- Turbo Ventilator, Wind Driven Turbo Ventilators. Innovative and definite design.
- Highly Affordable
- Suitable for all kinds of building and explosive environment
- 24hrs ventilation is assured
- Easy installation
- Efficient even without fast blowing wind
- Minimum maintenance and operation cost
- Turbo ventilators used in Industries.
- Turbo ventilators used in Godowns and warehouses.
- Turbo ventilators used in Theaters and Community halls.
- Hospitals and schools.
- Factories.
- Auditoriums.
- Power houses and lift rooms.
Available Sizes
| Available | 24 | 20 | 16 |
| Available Make | Aluminium / Stainless Steel | Aluminium / Stainless Steel | Aluminium / Stainless Steel |
| Available Base | Aluminium / FRP | Aluminium / FRP | Aluminium / FRP |
The wind influences the performance of the ventilator in two ways
- As the Wind approaches and strikes the ventilator, it jumps, creating an area of low pressure on the leeward side of the turbine, causing a continuous extraction of air from the building end
- As the turbine rotates, the centripetal forces associated with the rotation fling air outwards from the tips of the vanes. Replacement air is drawn into the throat of the ventilator from the building causing continuous ventilation.
| Type of Building | Air changes per Hour |
| Ware Houses | 3-5 |
| Factories and workshops | 3-8 |
| Assembly Halls | 6-12 |
| Garages | 6-12 |
| Toilets | 7-12 |
| Laundries | 7-15 |
| Poultry Houses | 7-25 |
| Heavy Factories | 20-40 |
The Ventilation Time for each area of the Building
| Type of building | Timme/Hour | Building | Time/Hour |
| Machinery | 4-15 | Textile | 3-7 |
| Forming | 10-30 | Dyeing | 10-40 |
| Foundry | 10-30 | Repairing | 10-20 |
| Electroplate | 12-20 | Washing | 10-30 |
| Drying | 10-20 | Boiler | 15-30 |
| Food | 3-8 | Lab | 6-15 |
| Wood | 3-8 | Pump | 5-10 |
| Paper | 8-15 |
| Building | Time/Hour | Building | Time/Hour |
| Library | 6-10 | Reception Room | 4-12 |
| Church | 6-10 | Toilet | 5-10 |
| Classroom | 3-8 | WC | 4-14 |
| Storehouse | 3-6 | Smoking Room | 5-15 |
| Car port | 4-10 | Restarunt | 6-12 |
| Sick Room | 2-4 | House Room | 5-10 |
| Kitchen | 7-15 | Office | 2-5 |
| Rest Room | 10 | Sterillized Room | 8-15 |
The Ventilating Cube of Metal TG-600
| Wind Speed (KM) | 3.2 | 6.4 | 8 | |||||||||
| Model | Turbine Dismeter (mm) | Total Diameter (mm) | Room Height (M) | the Ventilating cube per hour (M3) | ||||||||
| Temperature Difference | 5 | 10 | 15 | 5 | 10 | 15 | 5 | 10 | 15 | |||
| TG-600 | 720 | 600 | 3 | 1528 | 1716 | 1930 | 2076 | 2186 | 2314 | 2327 | 2510 | 2700 |
| 6 | 1712 | 1817 | 1986 | 2150 | 2360 | 2694 | 2766 | 2895 | 2895 | |||
| 9 | 1913 | 2160 | 2630 | 2659 | 3065 | 2956 | 3105 | 3348 | 3348 | |||
| 12 | 2065 | 2345 | 2700 | 2864 | 2925 | 3148 | 3188 | 3346 | 3468 | |||
| Wind Speed (KM) | 9.6 | 612.8 | 16 | |||||||||
| Model | Turbine Dismeter (mm) | Total Diameter (mm) | Room Height (M) | the Ventilating cube per hour (M3) | ||||||||
| Temperature Difference | 5 | 10 | 15 | 5 | 10 | 15 | 5 | 10 | 15 | |||
| TG-600 | 720 | 600 | 3 | 2720 | 2975 | 3070 | 3358 | 3565 | 3760 | 4033 | 4240 | 4357 |
| 6 | 2921 | 3158 | 3330 | 3547 | 3785 | 3961 | 4188 | 4430 | 4610 | |||
| 9 | 3150 | 3350 | 3535 | 3875 | 4161 | 4270 | 4518 | 4882 | 5050 | |||
| 12 | 3380 | 3786 | 3942 | 4215 | 4410 | 4656 | 4821 | 5125 | 5230 | |||