The transmission form and characteristics of rubber synchronous belt are introduced
Time:
2023-05-22 11:20
Source:
The rubber synchronous belt drive is composed of a circular belt with teeth of equal spacing on the inner surface and a corresponding matching wheel. It combines the advantages of belt drive, chain drive and gear drive respectively. When rotating, the power is transmitted through the tooth meshing with the tooth groove of the wheel. Transmission dragon synchronous belt transmission has accurate transmission ratio, no slip, can obtain a constant speed ratio, smooth transmission, can absorb vibration, small noise, transmission ratio range is large, generally up to 1:10. Line speeds of up to 50M/S are allowed, and power transfers range from a few watts to hundreds of kilowatts. High transmission efficiency, generally up to 98%, compact structure, suitable for multi-shaft transmission, no lubrication, no pollution, so it can not be allowed to have pollution and bad working environment under the normal work. Transmission products are widely used in textile, machine tools, tobacco, communication cables, light industry, chemical industry, metallurgy, instrumentation, food, mining, petroleum, automobile and other industries in various types of mechanical transmission.
Rubber synchronous belt features
(1) Accurate transmission, no sliding when working, with a constant transmission ratio;
(2) Smooth transmission, with buffering, damping capacity, low noise;
(3) High transmission efficiency, up to 0.98, energy saving effect is obvious;
(4) Easy maintenance, no lubrication, low maintenance cost;
(5) The speed ratio range is large, generally up to 10, the linear speed can reach 50m/s, with a large power transmission range, up to several watts to several hundred kilowatts;
(6) Can be used for long-distance transmission, center distance can reach more than 10m.
The main failure mode of rubber synchronous belt drive
(1) Fatigue fracture of belt body;
(2) shear and crushing with teeth;
(3) Belt side, belt teeth wear, cloth stripping;
(4) Bearing layer elongation, pitch increase, the formation of tooth interference, tooth climbing;
(5) Impact and overload make the belt body fracture.
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