The role of multiple helical gears in parallel is mainly reflected in the following aspects:
1.Enhanced Carrying Capacity:The helical gears connected in parallel can share the load, and each gear can bear a relatively small load, so it can withstand a larger load, increasing the load carrying capacity of the whole system.
2.Improved stability:Multiple helical gears are connected in parallel, and when one gear fails, the rest of the gears can continue to work to ensure the stability of the system operation.
3.Noise Reduction:The helical gears connected in parallel can reduce the noise of the gear operation, making the whole system run more smoothly and quietly.
4.Increased reliability:Helical gears connected in parallel can be backed up to each other, improving the reliability of the entire system and reducing the risk of system downtime due to the failure of a single gear.
5.Expand the range of applications:Helical gears connected in parallel can be designed according to actual needs to meet the needs of different speeds and powers, expanding their application range.
The function of multiple helical gears in parallel is mainly to enhance the load carrying capacity, improve stability, reduce noise, increase reliability and expand the application range. In practical applications, the right number and size of gears can be selected according to specific needs to achieve the best results.