5M Timing Belt

SST machinery make good qualtiy timing belt. Material: PU, rubber, composite. Type:MXL,XL, L,H,XH, T2.5,T5,T10,T20,AT3,AT5,AT10,AT20,3M,5M,8M,14M

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Product Introduction

Parameter for 5M timing belt:

Pitch 5

Tooth height 2.10

Belt thickness 3.70

5M timing belt is mainly used in various automatic wire harness processing equipment such as wire cutting machine, wire stripping machine and wire twisting machine, which not only reduces the consumption of more manpower and material resources, but also improves the efficiency of wire harness processing.

How to select the type of synchronous 5m timing belt and pulley?

1. When selecting the model, firstly, the number of teeth, pitch diameter and structure of the synchronous wheel are determined according to the tooth profile model of the synchronous belt and the synchronous wheel, as well as the pitch and other relevant meshing parameters of the synchronous belt and the synchronous wheel.

2. The calculation of the number of teeth and diameter of the synchronous gear is mainly to determine the number of teeth of the small synchronous gear first, and then determine the number of teeth of the large synchronous gear according to the transmission ratio of the synchronous gear transmission system.

3. In order to ensure the service life of the synchronous wheel, the diameter of the small synchronous wheel shall be greater than the minimum allowable bending diameter of the synchronous wheel, and then it shall be converted into the minimum number of teeth of the synchronous wheel according to the data. As long as the structure and cost allow, and considering the service life of the synchronous belt, it is best that the number of teeth of the small synchronous gear should be slightly larger than the allowable minimum size.

4. When determining the number of teeth of the small synchronous gear, the number of teeth of the large synchronous gear is determined according to the transmission ratio of the synchronous gear transmission system. Finally, the center distance between two synchronous wheels can be determined according to the transmission structure of synchronous wheels.

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