WHX120-50-1 Worm Gear Reducer with Circular Arc Teeth

WHX120-50-1 Worm Gear Reducer with Circular Arc Gear Overview

WHX120-50-1 is a type of circular tooth worm gear reducer. This type of reducer is commonly used in industry to convert high speed inputs to low speed outputs and to increase output torque. Here are some possible explanations and characteristics:

Circled teeth: Circled teeth are tooth designs on the surface of the worm gear that provide a larger contact area and better transmission efficiency.



Worm Gear: A worm gear is a spiral-like gear with helical teeth. It is used in conjunction with a worm gear (explained in the next point) to realize the transfer of rotation between the input and output shafts.



Worm: A worm is a spiral shaped rotating member that meshes with a worm gear and transforms the rotational motion of the input shaft into the rotational motion of the output shaft. Worm gears can be designed to achieve high reduction ratios and large output torques.



Reduction Ratio: The reduction ratio of a reducer indicates the ratio between the input shaft speed and the output shaft speed. In model WHX120-50-1, the reduction ratio is 50:1, which means that the output shaft speed will be 1/50 of the input shaft speed.



Application areas: Circular tooth worm gear reducers are widely used in industrial machinery and equipment, such as conveyors, cranes, mixers, stirring equipment and other occasions where deceleration and increased torque need to be realized.

Features of WHX120-50-1 Worm Gear Reducer with Circular Arc Teeth

Model WHX120-50-1 circular-arc tooth worm gear reducer may have the following features:

Efficient transmission: the circular-arc tooth design provides a larger contact area, increasing transmission efficiency and thus reducing energy loss.



Large reduction ratio: This model has a 50:1 reduction ratio, which means that the output shaft speed is 1/50th of the input shaft speed, making it suitable for applications that require a large reduction ratio.



High torque output: The worm gear drive mechanism allows for a large output torque, making it suitable for applications requiring a high torque output.



Compact design: Worm gear reducers typically have a compact structural design and take up less installation space.



Smooth operation: Worm gear reducers have a relatively smooth transmission process, reducing vibration and noise.



High reliability: Worm gear transmission mechanism works by rolling friction, with low friction loss, long service life and low maintenance requirements.