Cycloidal reducer is a deceleration mechanism with advanced design and novel structure. It applies the principle of planetary transmission and adopts cycloidal pinwheel meshing.In most cases, this kind of reducer has replaced the two-stage and three-stage ordinary cylindrical gear reducer and cylindrical worm reducer, and is widely used in military industry, aerospace, metallurgy, mining, petroleum, chemical industry, shipbuilding, light industry, food, Textile, printing and dyeing, pharmaceutical, rubber, plastic, lifting and transportation industries.
Product Features
1. The cycloidal pinwheel reducer is a new type of transmission mechanism. Because the planetary cycloidal pinwheel reducer has high speed ratio, high efficiency, compact structure, small size, stable operation, low noise, reliable use, long life, and design Reasonable, convenient maintenance, easy disassembly and assembly, etc., its unique and stable structure can replace ordinary cylindrical gear reducers and worm gear reducers in many cases.
1. Large transmission ratio.The transmission ratio in deceleration is 1/6-1/87; the transmission ratio in two-stage deceleration is 1/99-1/7569; the transmission ratio in three-stage transmission is 1/5841-1/658503.In addition, multi-stage combinations can be used according to needs, and the speed ratio can reach a specified height.
2. High transmission efficiency.Since the meshing part adopts rolling meshing, the general primary transmission efficiency is 90%-95%.
3. Compact structure, small size and light weight.Compared with ordinary cylindrical gear reducer, the volume can be reduced by 1/2-2/3.
4. Few faults and long service life.The main transmission meshing part is ground from bearing steel, so it has good mechanical properties and wear resistance, and because of rolling friction, there are few failures and long service life.
5. The operation is stable and reliable.Due to the multi-teeth meshing in the transmission process, the operation is stable and reliable, and the noise is low.
6. Easy to disassemble and repair.
7. Strong overload capacity, impact resistance, small moment of inertia, suitable for frequent starting and forward and reverse rotation.
