What factors should be considered when selecting the tooth profile of a synchronous belt?

May 09, 2024

Transmission ratio: The transmission ratio is one of the important indicators to measure the performance of the Synchronous belt. It determines the deceleration or acceleration effect of the transmission system. Choosing the appropriate transmission ratio needs to be determined based on the work requirements to ensure that the Timing Belt can operate stably within the appropriate speed range.

Belt speed: Belt speed is the speed at which the synchronous belt runs, which is closely related to factors such as transmission efficiency and noise. When selecting the tooth profile, you need to consider the maximum belt speed it can withstand to ensure that the synchronous belt remains stable when running at high speeds.

Torque: Torque is the energy transmitted by the synchronous belt, which is related to factors such as the radius of the Belt Pulley and the transmission ratio. When selecting the tooth profile, you need to consider the maximum torque it can withstand to ensure that the synchronous belt remains stable when transmitting large amounts of energy.

Noise: Noise is one of the important indicators to evaluate the performance of synchronous belt. When selecting a tooth profile, you need to consider measures that can reduce noise, such as using arc tooth profiles or optimizing structural design.

Lifespan: Lifespan is another important indicator of synchronous belt performance. When selecting tooth shapes, measures that can extend life need to be considered, such as using high-strength materials and optimizing heat treatment processes.

Author:

Ms. Bella Ma

E-mail:

bella@hengtagroup.com

Phone/WhatsApp:

+8617731169773