Product features of WHC125-31.5 circular cylindrical worm gear reducer

The product features of WHC125-31.5 circular cylindrical worm gear reducer are as follows:

High bearing capacity: The worm gear and worm gear adopt convex concave meshing, and the majority of the comprehensive curvature radius in the meshing area is large, which reduces the tooth surface stress and increases the tooth surface strength. At the same time, the thickness of the worm gear teeth was reasonably reduced, and the thickness of the worm gear tooth root was increased, which increased the bending strength of the worm gear tooth root and thus improved the bearing capacity.

High transmission efficiency: The angle between the contact wire and the circumferential velocity is mostly between 40 ° -90 °, which easily forms liquid lubrication. The friction coefficient between the tooth surfaces is small, so the transmission efficiency is high and the heat generated during operation is low.

Compliant with standards: This reducer complies with the JB2318-79 standard and has the characteristics of standardization and serialization, ensuring product quality and performance.

Wide working range: The input shaft speed is generally not greater than 1500 revolutions per minute, and the high-speed shaft can operate in both directions. The working environment temperature is -40 ℃ -45 ℃, which can adapt to various working scenarios.

Compact structure: Adopting a circular cylindrical worm design, the reducer has a compact structure, small volume, light weight, easy installation and maintenance, and can save installation space.

High output torque: The input power range of this series of reducers is between 0.4-163KW, and the output torque is between 11-2600kgf · m, which can provide a large output torque and meet the torque requirements of various mechanical equipment in the deceleration transmission process.

Stable operation: The tooth profile of the circular cylindrical worm drive is a conjugate of convex and concave surfaces, with the worm gear being concave and the worm wheel being convex. This meshing method makes the transmission process smoother, with less vibration and noise.

Long lifespan: By using high-quality materials and precise machining processes, the gearbox has good reliability and can operate stably for a long time, resulting in a long service life.