What are the structural characteristics of a high-temperature fan?


Release time:

2021-11-24

High-temperature fans are a type of special fan primarily used for high-temperature operations, with operating temperatures generally between 100 to 180 degrees. They are widely used in the boiler industry and the drying industry. High-temperature fans are designed specifically for high-temperature workshops, and their materials possess strong high-temperature and high-pressure resistance. The main types of high-temperature fans include stainless steel high-temperature fans, electric high-temperature fans, and centrifugal high-temperature fans.

  High-temperature fans are special fans used for high-temperature operations, with temperatures generally between 100 and 180 degrees. They are widely used in boilers and drying industries. High-temperature fans are designed for high-temperature workshops, and their materials have strong high-temperature and high-pressure resistance. Types of high-temperature fans include: stainless steel high-temperature fans, electric high-temperature fans, and centrifugal fans.High-temperature fanetc.

  

High-temperature fan


  High-temperature fans are widely used in the chemical industry, petroleum, metallurgy, forging, electricity, nuclear power plants, environmental protection, and other fields.

  High-temperature fanWhat are the structural characteristics?

  1. The high-temperature fan mainly consists of an impeller, casing, inlet, connector, and hot air blades.

  2. The impeller adopts a multi-blade single centrifugal impeller, made of high-quality galvanized sheet or cold-rolled material, designed according to aerodynamic principles. The impeller consists of 10 backward-inclined airfoil blades, a curved front plate, and a rear plate. The materials are made of high-quality steel plates with high strength and durability, undergoing strict dynamic and static balance compensation. It functions well, is highly efficient, and operates smoothly.

  3. The air inlet adopts a converging streamline vortex, resulting in low airflow loss and good working efficiency of the high-temperature fan.

  4. The casing of the high-temperature fan is connected by metal castings, with the shaft head installed with hot air blades, and the outer wall has inlet and outlet pipe interfaces, ensuring normal operation at high temperatures.

  5. It uses a special high-temperature motor, and the fluid part of the high-temperature fan is made of constant temperature materials, ensuring reliable construction. Compared to others, it has advantages of simple structure, convenient maintenance, and high cost-effectiveness.

  High-temperature fanWhat is the installation format?

  1. This high-temperature fan has two forms. Viewed from the front on one side, the clockwise rotating fan is called a right blower, indicated as 'right'. The counterclockwise rotor is called a left-hand fan, indicated as 'left'.

  2. The outlet position of the high-temperature fan is indicated by the angle of the exhaust port of the cabinet. From 1.5 to 6, it is manufactured in an adjustable style at the factory, and the unit can be reinstalled to the desired position as needed. The adjustment range of the exhaust port is from 0 to 255, with an interval of 45. The drive method is all 'A' type direct connection drive.

  High-temperature fanWhat is its purpose?

  1. Suitable for boilers, cleaning, coatings, and food drying.

  2. Operating at temperatures between 100 and 180 degrees Celsius.

  3. The gas conveyed is non-combustible, non-explosive, easily bendable, harmless to the human body, and will not corrode steel. It can also transport corrosive, spontaneously igniting, and non-viscous substances such as hot air, steam, and smoke. You can also choose other similar performances, but the temperature of the transmission medium must not exceed the rated temperature range.

  4. The gas must not contain viscous substances, and the dust and hard particles must not exceed 150mg/m3. If the dust content is high, a dust removal device with over 85% efficiency needs to be installed before the fan to reduce the dust content in the flue gas entering the fan, thereby extending the fan's lifespan.