3M265 Gates Wide Angle Belt

3M265 Gates Wide Angle Belt

Comparison and difference between wide-angle belt synchronous belt transmission and V-belt transmission. From the above examples, it can be seen that synchronous belt transmission has great potential in energy saving. Therefore, adopting synchronous belt transmission can achieve higher economic benefitsWide angle band 5M parameter 5 M280、5M690、5M290、5M710、5M300、 5M730、5M307、5M750、5M315、5M775、5M325、5M800、5M335、5M825、5M345、5M850、5M355、 5M875、 5M365、5M900、5M375、5M925

Wide transmission ratio range and compact structure
The transmission ratio of synchronous belt drive can generally reach around 10, and in the case of large transmission ratios, its structure is more compact than that of V-belt drive. Because synchronous belt transmission is a meshing transmission, its pulley diameter is much smaller than that of a triangular belt pulley that relies on friction to transmit power. In addition, because synchronous belts do not require large tension, the size of the pulley shaft and bearings can be reduced. So compared with the V-belt transmission, synchronous belt transmission has a more compact structure at the same transmission ratio.

Easy maintenance and low operating costs 7M410 Gates GATES wide-angle belt synchronous belt drive and V-belt drive comparison and difference

Due to the fact that the load-bearing rope in the synchronous belt is made of materials such as glass fiber and steel wire with very low elongation, such as steel wire synchronous belts, the belt elongation is very small during operation, and there is no need to adjust the tension frequently like V-belts, chains, etc. In addition, synchronous belts do not require any lubrication during operation, making maintenance and upkeep very convenient. The operating costs are much lower than those of V-belts, chains, and gears.

Can work normally under harsh environmental conditions 7M410 Gates GATES wide-angle belt synchronous belt drive and V-belt drive comparison and difference
Under harsh working conditions with dust, impurities, water, and corrosive media, chains are prone to rust and wear, and V-belts can slip. However, synchronous belt drives can adapt to these conditions. Due to its meshing transmission, it will not slip in the presence of rainwater, and water is a good lubricant for rubber synchronous belts, which can actually reduce belt wear. When there is dust and impurities, the teeth of the synchronous belt will squeeze the air originally left in the groove when it enters the pulley groove, causing the compressed air to be discharged to both sides of the groove. This air compression will also clean the meshing surface and take away dust and impurities, thereby reducing the wear of the synchronous belt. In addition, it has high corrosion resistance and heat resistance, and can still work normally under high temperature and corrosive gas conditions.

3M265 Gates Wide Angle Belt