The external working conditions directly affect the vibration of the WPWDKO80-30:1 worm gear reducer through four dimensions: load state, speed matching, environmental conditions, and external related equipment, manifested as differential anomalies in vibration amplitude, frequency, and stability. 1. The impact of abnormal load status Overload operation: When the load exceeds the rated value,
Bearing damage will have the following effects on the performance of WPWDKO60-40 worm gear reducer: Abnormal performance during operation Abnormal noise: When the bearing is damaged, the reducer will make irregular or continuous sounds, such as "rustling" friction sound or "clanging" impact sound. Increased vibration: Bearing wear or jamming can cause the output shaft to rotate unevenly, wi
The core of extending the overhaul cycle of P2SA27 planetary gearbox is to "reduce the loss of core components+avoid hidden dangers in advance". Based on the previous method, we further focus on key links, which is more in line with practical implementation, as follows: 1、 Precise lubrication: from "standard" to "adaptation" Oil selection based on load: ISO VG 150 gear oil is used for light to
P2SA28 belongs to the P series planetary gearbox, and currently there is no specific vibration value standard for this particular model. However, based on the parameters of its P series product and industry standards, the vibration value during normal operation can be referred to as vibration displacement ≤ 20 μ m, accompanied by general indicators of vibration speed and acceleration to assist in
The use of a frame level for testing requires following the process of "selecting accuracy+cleaning positioning+multi-faceted detection+reading calibration" to ensure accurate longitudinal and transverse horizontal data, while also linking coaxiality assistance for judgment. 1、 Preparation before testing Choose a frame level that is suitable for accuracy, with priority given to the 0.02mm/m sp
Leveling adjustment requires strict adherence to the principle of "safety first, standardized operation", with a focus on preventing risks such as equipment tilting, mechanical injury, and electric shock, to ensure the safety of personnel and equipment. 1、 Safety preparation before homework Shut down the machine, cut off the power, hang a tag and lock it, disconnect the motor power switch, han
The requirements for the optimization design case of WHC280-20-I worm gear reducer, combined with relevant technical data, are explained in detail from the aspects of arc tooth cylindrical worm gear design optimization, selection of high-strength anti friction materials, lubrication management, and load control Optimization of design for circular arc cylindrical worm gear The WHC series reduce
The optimal load for WHC150-54-II worm gear reducer is 70%~100% of the rated load (corresponding to an output torque of about 2800N. m~4000N. m), which can balance transmission efficiency, operational stability, and service life. Core Basis Optimal load matching efficiency: The rated output torque of this model of reducer is about 4000N. m. Under 70%~100% rated load, the worm gear and worm are
