Structural diagram of cycloidal pinwheel reducer. What is the size of XLD6-11-7.5KW cycloidal disc?

The cycloidal pinwheel reducer is a commonly used transmission device. The structural diagram and design of the XLD6-11-7.5KW cycloidal reducer
The structure of XLD6-11-7.5KW cycloidal reducer mainly includes several parts, including cycloidal pinwheel, input shaft, output shaft, housing, etc. The FAF67-Y3-4P-16.48-M1-0CRW67-74.7-M1.5-B3-90 reducer motor KA67S-19-Y-3+T32-H1-9 cycloidal pinwheel serves as the core component of the reducer and can transmit input torque through meshing with the input shaft.
The design of XLD6-11-7.5KW cycloidal reducer is reasonable. The working oil temperature of FA79-132L-36.0-29.91 cannot exceed 80 ℃. The reducer adopts a design of cycloidal needle wheel transmission, with a straight tooth surface and a large number of teeth, which has the characteristics of high transmission efficiency, large torque, and smooth transmission.
The TKA108TR78-Y2.2-4P-351-II-A-CW right angle 90 degree angle reducer effectively alleviates equipment noise and oil leakage problems in dynamic sealing parts. The design of the input and output shafts enables the reducer to adapt to different working environments and usage needs.
KAF97-P7.5-47.9-M4, TKAF108-B7.5-4P-110.83-M1-11-B, K77-51.18-M4-A, EWK67-143.7-Y0.25-4P-90 ° - M4 The shell is made of high-quality alloy materials, which can effectively protect internal components from external influences. The XLD6-11-7.5KW cycloidal reducer also has advantages such as compact structure, small volume, and low noise, making it suitable for the transmission of various mechanical equipment.
The structural diagram and design of XLD6-11-7.5KW cycloidal reducer have a simple and reasonable structure, which can effectively transmit torque and achieve transmission goals. GKF67-YVP3-4P-9.66-M4-90-1 gear reducer, KAB77-YVPEJ0.55-4P-179.37-M1-90 ° - B, can adapt to different working environments and usage needs. Therefore, the XLD6-11-7.5KW cycloidal reducer will play an important role