The application fields of the shaft-mounted SCWU200-31.5-1 worm gear reducer

The shaft mounted SCWU200-31.5-1 worm gear reducer has the advantages of large transmission ratio, high load capacity, high transmission efficiency, and reliable use, and is widely used in the following fields
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Metallurgical industry: In the rolling mill, this reducer can reduce the high speed of the electric motor to the low speed required for the rolling process, while providing a large torque to drive the rollers to rotate, achieving the rolling of steel. In the blast furnace hoist, raw materials such as ore and coke can be smoothly lifted to the top of the blast furnace through precise speed control.

Mining industry: used for ball mills, which rotate the mill at a suitable speed to grind ores and grind large ores into fine powder for subsequent beneficiation operations. In the belt conveyor of the mine, it can ensure that the conveyor belt runs at a stable speed to transport ore from the mining area to the processing or storage area.

Lifting and transportation industry: In bridge cranes, the lifting, walking, and rotating mechanisms of the crane can obtain appropriate speed and torque, achieving precise lifting of heavy objects and accurate movement of the crane. For electric hoists, their lifting speed can be controlled to ensure smooth lifting and lowering of goods, while providing sufficient tension to lift goods of different weights.

Chemical industry: In the reaction kettle, the agitator can be driven to rotate at an appropriate speed to fully mix and react various chemical raw materials, improving reaction efficiency and product quality. When used in a centrifuge, the power of the motor can be transmitted to the centrifuge drum to achieve the desired speed and separate the mixed liquid.

Construction industry: In concrete mixers, the mixing blades can be driven to rotate at a suitable speed to evenly mix raw materials such as cement, sand, and water into concrete. For tower cranes, it can provide power for their lifting, variable amplitude, and slewing mechanisms, enabling high-altitude lifting of building materials and flexible operation of the crane.