Intelligent logistics storage fan
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$1185.001-3 Set/Sets
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$1175.004-10 Set/Sets
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$1165.00≥11 Set/Sets
- Transportation:
- Ocean, Land
- Port:
- chongqing, Cuntan
Quantity:
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Contact NowBasic Info
Basic Info
| Place of Origin: | China |
|---|---|
| Productivity: | 1000 Set/Sets per Month |
| Supply Ability: | 1000 Set/Sets per Month |
| Payment Type: | T/T |
| Incoterm: | FOB |
| Transportation: | Ocean,Land |
| Port: | chongqing,Cuntan, |
Product Description
Product Description
How much do you know about industrial fans?
The simulated natural breeze generated by intelligent large-scale energy-saving industrial traditional ceiling fans blows on the human body, taking away heat, thereby reducing the temperature of the human body. Generally, it can make people feel the cooling effect of 5-8 ℃. This industrial energy-saving HVLS Fans can make people feel very comfortable due to its effect similar to natural breeze.
In order to achieve effective energy conservation, it is first necessary to purchase high-quality fans from large industrial fan manufacturers, as the higher the quality, the smaller the electrical loss of the fans.
Secondly, the installation of large industrial fans near doors and windows facilitates air circulation, improves heat dissipation, and achieves energy conservation by shortening the fan's use time. When the motor shaft fails, the entire moving rotating structure will fall and fall onto the large safety ring, preventing direct falling to the ground, thereby avoiding safety accidents.
Working principle: Firstly, the outer diameter of the small safety ring is larger than the inner diameter of the large safety ring; The integrated motor reducer is fixed to the lower plate surface of the frame through the reducer base, and the large safety ring is fixed to the lower plate surface of the frame through sleeve fasteners; The output shaft of the reducer is connected to the drive chassis, and a small safety ring is fixed on the chassis; This creates a small safety ring that is located above the large safety ring and synchronized with the drive chassis. When the reducer shaft fails, the drive chassis and small safety ring will fall and fall onto the large safety ring, ensuring that they will not continue to fall. The form of the leaves adopts the variable cross-section and streamline fan blades that are more suitable for the principle of fluid mechanics. Generally, the fan blades are of equal cross section, and the fan blades, according to fluid mechanics, are the pioneers of contemporary aviation science. According to the intersection angle between the heel and top of the leaves and the rotation axis, the heel and top width and other data, the fan blades are rotated and superposed, resulting in a three-dimensional fan blade surface, and completing the fitting curve. The greater the curvature of the leaf, the greater the aerodynamic force at the same number of revolutions, i.e., the greater the difference between the exhaust air volume and the wind pressure; In addition, the greater the frictional resistance the leaves are subjected to, the greater the torque required from the motor. The greater the slope, the greater the pressure difference between the upper and lower surface layers of the leaf, and the greater the pressure at the same rotational speed; However, if the pressure difference between the upper surface layer is too large, there will be a countercurrent problem, which will instead reduce the functionality of the fan. Therefore, the inclination of industrial fan blades should also be enhanced within a certain adjustment.
The simulated natural breeze generated by intelligent large-scale energy-saving industrial traditional ceiling fans blows on the human body, taking away heat, thereby reducing the temperature of the human body. Generally, it can make people feel the cooling effect of 5-8 ℃. This industrial energy-saving HVLS Fans can make people feel very comfortable due to its effect similar to natural breeze.
In order to achieve effective energy conservation, it is first necessary to purchase high-quality fans from large industrial fan manufacturers, as the higher the quality, the smaller the electrical loss of the fans.
Secondly, the installation of large industrial fans near doors and windows facilitates air circulation, improves heat dissipation, and achieves energy conservation by shortening the fan's use time. When the motor shaft fails, the entire moving rotating structure will fall and fall onto the large safety ring, preventing direct falling to the ground, thereby avoiding safety accidents.
Working principle: Firstly, the outer diameter of the small safety ring is larger than the inner diameter of the large safety ring; The integrated motor reducer is fixed to the lower plate surface of the frame through the reducer base, and the large safety ring is fixed to the lower plate surface of the frame through sleeve fasteners; The output shaft of the reducer is connected to the drive chassis, and a small safety ring is fixed on the chassis; This creates a small safety ring that is located above the large safety ring and synchronized with the drive chassis. When the reducer shaft fails, the drive chassis and small safety ring will fall and fall onto the large safety ring, ensuring that they will not continue to fall. The form of the leaves adopts the variable cross-section and streamline fan blades that are more suitable for the principle of fluid mechanics. Generally, the fan blades are of equal cross section, and the fan blades, according to fluid mechanics, are the pioneers of contemporary aviation science. According to the intersection angle between the heel and top of the leaves and the rotation axis, the heel and top width and other data, the fan blades are rotated and superposed, resulting in a three-dimensional fan blade surface, and completing the fitting curve. The greater the curvature of the leaf, the greater the aerodynamic force at the same number of revolutions, i.e., the greater the difference between the exhaust air volume and the wind pressure; In addition, the greater the frictional resistance the leaves are subjected to, the greater the torque required from the motor. The greater the slope, the greater the pressure difference between the upper and lower surface layers of the leaf, and the greater the pressure at the same rotational speed; However, if the pressure difference between the upper surface layer is too large, there will be a countercurrent problem, which will instead reduce the functionality of the fan. Therefore, the inclination of industrial fan blades should also be enhanced within a certain adjustment.
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