Optimizing the structural design of TY80-114-1.5KW reducer to reduce vibration can be achieved by starting from aspects such as gear system, bearings and shaft system, and box structure. The specific methods are as follows: Optimization of gear system Using helical gears: Replace spur gears with helical gears, and recommend helical gears with a helix angle of ≥ 15 °. This can increase the nu
The standardized installation of TY160-25-11KW reducer can refer to the following methods: Preparation before installation: Tools and materials: Prepare a torque wrench with the required accuracy (error ≤ ± 3%), and select according to the specifications of the gearbox bolts. For example, M8 bolts can correspond to a torque of 25-30N · m. Use a laser alignment instrument (accuracy ≤ 0.01mm/m
The adjustment of the eccentric sleeve of XLDY8225-47-22KW cycloidal pinwheel reducer is usually to change the motion trajectory of the cycloidal gear or adjust the reduction ratio. Common adjustment methods include loosening the locking screw adjustment method, gasket adjustment method, etc. The specific operation steps are as follows: Loosen the locking screw adjustment method: Expose ecce
In addition to the eccentric sleeve adjustment method, XLE8215A-273 cycloidal pinwheel reducer can also use gasket adjustment method, eccentric shaft replacement method, axial clearance adjustment method, and concentricity adjustment method, as follows: Shim adjustment method: By changing the number or thickness of shims between the bearing and the shaft or between the bearing and the bearing s
The specific content and standards of DCYK160-50-4 reducer bearing inspection are similar to general reducer bearing inspection, mainly including appearance, clearance, lubrication, etc., as follows: Appearance inspection: Check the surface of the bearing for wear, discoloration, cracks, peeling, and other phenomena. If such problems exist, it indicates that the bearing may have abnormalities a
Abnormal vibration of ZJY300-20-S shaft mounted reducer can cause harm to various aspects such as equipment itself, production process, and personnel safety, as follows: Accelerated equipment wear and damage: The alternating stress and impact load generated by vibration can easily cause fatigue damage to key components such as gears, bearings, and shafts. The gear tooth surface may experience p
Excessive oil in the lubrication system of BWED131-385-2.2KW cycloidal pinwheel reducer can have adverse effects on the sealing, heat dissipation, lubrication effect, and other aspects of the equipment, as follows: Oil seal failure and oil leakage: Excessive lubricating oil can increase the internal pressure of the gearbox, causing the oil seal to bear excessive pressure. The oil seal may defor
The BWED142-391-3KW cycloidal pinwheel reducer usually adopts oil bath lubrication method. The oil volume of its lubrication system can be controlled by referring to the following methods: Oil level standard: The oil level should be kept at 1/2 to 2/3 of the oil window or just below the plastic oil cup. There is also a standard that the oil level should be around 2mm from the centerline of the
