The working principle of Stainless Steel Concentric & Eccentric Reducer is based on the design of the eccentric wheel, and the functions of speed reduction and torque increase are achieved through gear meshing. ‌

The eccentric reducer is a common mechanical transmission device, and its core component is the eccentric wheel. The following is a detailed working principle:

‌Design of the eccentric wheel‌:

The eccentric wheel is a circular wheel whose axis does not coincide with the axis of rotation, forming an eccentric distance. This design enables the eccentric wheel to generate centrifugal force when it rotates, thereby driving the movement of other components‌.

‌Gear meshing‌:

The gear (driving gear) on the input shaft meshes with the gear (driven gear) on the output shaft. Since the number of teeth on the driving gear is less than that on the driven gear, when the driving gear rotates one circle, the number of circles rotated by the driven gear will decrease, achieving a reduction in speed‌.

‌Torque increase‌:

According to the torque transmission principle of the gear, when the radius of the gear increases, the required torque will also increase accordingly. Therefore, the driven gear can provide greater torque due to its larger radius‌.

‌Multi-stage reduction‌:

In order to obtain a larger reduction ratio, the reducer can be designed with multi-stage gear meshing, and each stage of gear meshing will further reduce the speed and increase the torque‌.

‌Output shaft transmits power‌:

After multi-stage reduction, the power is transmitted to mechanical equipment such as conveyor belts, agitators, etc. through the output shaft‌.

‌Lubrication and cooling‌:

In order to ensure the smooth operation of the gears and extend the service life, a proper lubrication and cooling system is required inside the reducer‌.

Eccentric reducers are widely used in various equipment and mechanical systems in the industrial field to help achieve appropriate torque and speed matching and improve the efficiency and performance of the equipment‌.