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The greenhouse exhaust fan is mainly used for cooling the greenhouse, and the indoor hot air is discharged through the principle of negative pressure. At the same time, the exhaust fan can also help eliminate harmful gases and odors in the greenhouse to ensure the air quality in the greenhouse
Greenhouse heavy hammer exhaust fan is an important part of the greenhouse ventilation and heat dissipation system, its role can not only control the temperature, humidity, ventilation, etc., inside the greenhouse, but also help protect the growing environment of crops and animals, improve production and quality. As a necessary cooling device for the greenhouse, we supply this energy saving heavy hammer exhaust fan for greenhouse ventilation system,our factory will give you good price and best after-sale service.
Most fans feature galvanized steel or aluminum frames that resist rust and corrosion. The blades are often made from lightweight, durable materials like polypropylene or stainless steel to ensure high-speed, quiet operation.
At the heart of every exhaust fan is a robust motor—usually single or three-phase, depending on size. For eco-conscious growers, solar-powered models are also gaining popularity.
Exhaust fans are built to last, even in wet or humid conditions. Many have protective coatings, sealed motors, and rain-resistant louvers to ensure longevity.
When sunlight pours into a greenhouse, it heats the air rapidly. A quality exhaust fan kicks in to suck that hot air out, creating a low-pressure area inside the structure.
Once the hot air is pushed out, cooler outside air is pulled in—usually through an intake vent or evaporative cooling pad system. This natural cycle helps maintain optimal temperature and CO₂ levels for photosynthesis.
Exhaust fans give you control. Whether you're growing tomatoes or tropical orchids, you can dial in just the right temperature and humidity levels, making your greenhouse smarter and more productive.
The greenhouse ventilation wall fan uses the principle of air convection to drive the blade fan to rotate through the motor to discharge the indoor air outdoors, thus forming negative pressure inside the greenhouse. Outdoor air enters the room under the action of pressure to achieve air circulation and renewal.
(1) Direct drive, no belts, provincial trim, maintenance-free.
(2) Four-point fixing bracket, motor fixed more firmly.
(3) machine with stainless steel screws, anti-corrosion, acid and alkali.
(4) Using the safety net, and to prevent foreign invasion, to increase security.
(5) Features a waterproof tank, fell into the hole to prevent water intrusion.
Specification | GLT-900 | GLT-1000 | GLT-1100 | GLT-1250 | GLT-1400 |
Blade Dia. | 900mm | 1000 mm | 1100mm | 1250 mm | 1400 mm |
Power | 0.55kw | 0.75 kw | 0.75kw | 1.1 kw | 1.5 kw |
Voltage | 380v/50Hz | 380v/50Hz | 380v/50Hz | 380v/50Hz | 380v/50Hz |
Air Flow | 30000m³h | 35000m³h | 40000m³h | 44000m³h | 55800m³h |
Blade RPM | 610r/min | 600 r/min | 460r/min | 439 r/min | 325 r/min |
Blade Material | Stainless Steel | Stainless Steel | Stainless Stee | Stainless Steel | Stainless Steel |
Motor Type | 3P,IP55/F | 3P,IP55/F | 3P,IP55/F | 3P,IP55/F | 3P,IP55/F |
Dimension | 1000*1000* 400mm | 1100*1100* 400mm | 1220*1220* 400mm | 1380*1380* 400mm | 1530*1530* 400mm |
Frame Material | galvanized | galvanized | galvanized | galvanized | galvanized |
Shutters | galvanized | galvanized | galvanized | galvanized | galvanized |
Protective Net | galvanized | galvanized | galvanized | galvanized | galvanized |
M0Q | 5sets | 5sets | 5sets | 5sets | 5sets |
Packaging | nude | nude | nude | nude | nude |
Time of Delivery | 7 days | 7 days | 7 days | 7 days | 7 days |
Warranty Period | 12 months | 12 months | 12 months | 12 months | 12 months |
derstanding the core components of an exhaust fan can help in both the selection and maintenance of the fan
Motor
The motor powers the fan blades. Typically, motors in greenhouse exhaust fans are energy-efficient, designed to run for long periods without overheating.
Fan Blades
These are responsible for moving the air. The design and material of the blades affect the fan's efficiency.
Housing and Frame
The casing holds all the components together. The housing is usually made of durable material to protect against external elements.
Want a steady 75°F environment in mid-July? Done. Exhaust fans help you control the interior climate down to the degree. No more overheated plants or fried seedlings.
Consistent airflow means fewer disease outbreaks and better respiration for plants. That leads to stronger roots, larger yields, and healthier leaves.
High humidity is a breeding ground for mildew, blight, and bacterial diseases. Exhaust fans whisk away that moist air before it causes problems.
Modern exhaust fans are incredibly energy-efficient—especially those with EC motors and variable speed settings. You get more bang for your buck and lower energy bills.
greenhouse exhuast fan
greenhouse exhuast fan
greenhouse exhuast fan
The greenhouse exhaust fan does not need to consume electricity, which can reduce the temperature and humidity inside the greenhouse, achieve the effect of reducing energy, while protecting the environment and reducing pollution.
The greenhouse exhaust fan does not need perennial maintenance, can be used for a long time, and the operation is simple, and can be controlled in real time by remote control or automatic controller.
The greenhouse exhaust fan can discharge the hot air in the room while introducing fresh air, thus forming the ventilation effect and reducing the occurrence of crop diseases and pests.
The greenhouse exhaust fan is easy to maintain, and only needs regular cleaning and replacement of parts.
Wipe down blades and housing
Clear dust from louvers
Check for any loose screws or mounts
Before summer, inspect:
Wiring and connectors for damage
Thermostats and sensors for accuracy
Lubrication points on motors
Doing this prevents breakdowns when your plants need the most airflow.
Check the power source, thermostat settings, or a tripped breaker. If everything seems fine, the motor might need servicing or replacement.
Hearing grinding, rattling, or buzzing? Your fan blades may be misaligned or obstructed. Always turn off the power before attempting any fixes.
Clogged louvers or dirty fan blades can block airflow. Give them a thorough cleaning. Also, double-check your intake vents—they must be clear and open for proper air exchange.
Multiple fans can provide more even airflow, especially in larger spaces.
Yes, just adjust settings for different seasons to maintain optimal conditions.
Anywhere from 100W to 1000W depending on size and type.
Yes, they pull in fresh air, replenishing CO₂ needed for photosynthesis.
Overheat protection, waterproof housing, and grounded plugs are a must.
Definitely! Many models integrate with smart plugs, thermostats, and apps.
The greenhouse exhaust fan is mainly used for cooling the greenhouse, and the indoor hot air is discharged through the principle of negative pressure. At the same time, the exhaust fan can also help eliminate harmful gases and odors in the greenhouse to ensure the air quality in the greenhouse
Greenhouse heavy hammer exhaust fan is an important part of the greenhouse ventilation and heat dissipation system, its role can not only control the temperature, humidity, ventilation, etc., inside the greenhouse, but also help protect the growing environment of crops and animals, improve production and quality. As a necessary cooling device for the greenhouse, we supply this energy saving heavy hammer exhaust fan for greenhouse ventilation system,our factory will give you good price and best after-sale service.
Most fans feature galvanized steel or aluminum frames that resist rust and corrosion. The blades are often made from lightweight, durable materials like polypropylene or stainless steel to ensure high-speed, quiet operation.
At the heart of every exhaust fan is a robust motor—usually single or three-phase, depending on size. For eco-conscious growers, solar-powered models are also gaining popularity.
Exhaust fans are built to last, even in wet or humid conditions. Many have protective coatings, sealed motors, and rain-resistant louvers to ensure longevity.
When sunlight pours into a greenhouse, it heats the air rapidly. A quality exhaust fan kicks in to suck that hot air out, creating a low-pressure area inside the structure.
Once the hot air is pushed out, cooler outside air is pulled in—usually through an intake vent or evaporative cooling pad system. This natural cycle helps maintain optimal temperature and CO₂ levels for photosynthesis.
Exhaust fans give you control. Whether you're growing tomatoes or tropical orchids, you can dial in just the right temperature and humidity levels, making your greenhouse smarter and more productive.
The greenhouse ventilation wall fan uses the principle of air convection to drive the blade fan to rotate through the motor to discharge the indoor air outdoors, thus forming negative pressure inside the greenhouse. Outdoor air enters the room under the action of pressure to achieve air circulation and renewal.
(1) Direct drive, no belts, provincial trim, maintenance-free.
(2) Four-point fixing bracket, motor fixed more firmly.
(3) machine with stainless steel screws, anti-corrosion, acid and alkali.
(4) Using the safety net, and to prevent foreign invasion, to increase security.
(5) Features a waterproof tank, fell into the hole to prevent water intrusion.
Specification | GLT-900 | GLT-1000 | GLT-1100 | GLT-1250 | GLT-1400 |
Blade Dia. | 900mm | 1000 mm | 1100mm | 1250 mm | 1400 mm |
Power | 0.55kw | 0.75 kw | 0.75kw | 1.1 kw | 1.5 kw |
Voltage | 380v/50Hz | 380v/50Hz | 380v/50Hz | 380v/50Hz | 380v/50Hz |
Air Flow | 30000m³h | 35000m³h | 40000m³h | 44000m³h | 55800m³h |
Blade RPM | 610r/min | 600 r/min | 460r/min | 439 r/min | 325 r/min |
Blade Material | Stainless Steel | Stainless Steel | Stainless Stee | Stainless Steel | Stainless Steel |
Motor Type | 3P,IP55/F | 3P,IP55/F | 3P,IP55/F | 3P,IP55/F | 3P,IP55/F |
Dimension | 1000*1000* 400mm | 1100*1100* 400mm | 1220*1220* 400mm | 1380*1380* 400mm | 1530*1530* 400mm |
Frame Material | galvanized | galvanized | galvanized | galvanized | galvanized |
Shutters | galvanized | galvanized | galvanized | galvanized | galvanized |
Protective Net | galvanized | galvanized | galvanized | galvanized | galvanized |
M0Q | 5sets | 5sets | 5sets | 5sets | 5sets |
Packaging | nude | nude | nude | nude | nude |
Time of Delivery | 7 days | 7 days | 7 days | 7 days | 7 days |
Warranty Period | 12 months | 12 months | 12 months | 12 months | 12 months |
derstanding the core components of an exhaust fan can help in both the selection and maintenance of the fan
Motor
The motor powers the fan blades. Typically, motors in greenhouse exhaust fans are energy-efficient, designed to run for long periods without overheating.
Fan Blades
These are responsible for moving the air. The design and material of the blades affect the fan's efficiency.
Housing and Frame
The casing holds all the components together. The housing is usually made of durable material to protect against external elements.
Want a steady 75°F environment in mid-July? Done. Exhaust fans help you control the interior climate down to the degree. No more overheated plants or fried seedlings.
Consistent airflow means fewer disease outbreaks and better respiration for plants. That leads to stronger roots, larger yields, and healthier leaves.
High humidity is a breeding ground for mildew, blight, and bacterial diseases. Exhaust fans whisk away that moist air before it causes problems.
Modern exhaust fans are incredibly energy-efficient—especially those with EC motors and variable speed settings. You get more bang for your buck and lower energy bills.
greenhouse exhuast fan
greenhouse exhuast fan
greenhouse exhuast fan
The greenhouse exhaust fan does not need to consume electricity, which can reduce the temperature and humidity inside the greenhouse, achieve the effect of reducing energy, while protecting the environment and reducing pollution.
The greenhouse exhaust fan does not need perennial maintenance, can be used for a long time, and the operation is simple, and can be controlled in real time by remote control or automatic controller.
The greenhouse exhaust fan can discharge the hot air in the room while introducing fresh air, thus forming the ventilation effect and reducing the occurrence of crop diseases and pests.
The greenhouse exhaust fan is easy to maintain, and only needs regular cleaning and replacement of parts.
Wipe down blades and housing
Clear dust from louvers
Check for any loose screws or mounts
Before summer, inspect:
Wiring and connectors for damage
Thermostats and sensors for accuracy
Lubrication points on motors
Doing this prevents breakdowns when your plants need the most airflow.
Check the power source, thermostat settings, or a tripped breaker. If everything seems fine, the motor might need servicing or replacement.
Hearing grinding, rattling, or buzzing? Your fan blades may be misaligned or obstructed. Always turn off the power before attempting any fixes.
Clogged louvers or dirty fan blades can block airflow. Give them a thorough cleaning. Also, double-check your intake vents—they must be clear and open for proper air exchange.
Multiple fans can provide more even airflow, especially in larger spaces.
Yes, just adjust settings for different seasons to maintain optimal conditions.
Anywhere from 100W to 1000W depending on size and type.
Yes, they pull in fresh air, replenishing CO₂ needed for photosynthesis.
Overheat protection, waterproof housing, and grounded plugs are a must.
Definitely! Many models integrate with smart plugs, thermostats, and apps.