Author: Site Editor Publish Time: 08-10-2019 Origin: Site
Before using the reducer, we usually inject a certain amount of lubricating oil into the machine.Injected lubricating oils have very strict requirements on viscosity.Therefore, viscosity is an important physical and chemical index of gear oil.The viscosity of the oil is chosen correctly., it will reduce the internal friction of the lubricating oil, thereby reducing the wear on the gear surface of the reducer and the transmission noise, vibration, etc.So, what is the proper viscosity of lubricating oil?The reducer manufacturer introduced the following to us.
1. The viscosity of reducer lubricating oil is mainly realized by base oil and viscosity index improver.Among them, the viscosity of base oil is related to molecular structure and molecular weight.The greater the average molecular weight, the greater the viscosity of the oil.
2. A good viscous agent should have high tackifying ability, good shear stability, good low temperature performance and thermo-oxidative stability.
3. For lubricating oils of the same viscosity grade, if you choose unrefined base oil and not very good viscosity index agent, although you can reach a certain viscosity standard after mixing, but the viscosity-temperature, shear stability and other properties are poor, the same Unable to achieve expected lifetime.
In actual production, the lubricating oil viscosity of the reducer can be selected according to the above method.For low-speed and heavy-duty reducers, high-quality high-grade lubricating oil should be selected, and unrefined base oil or poor viscous agent should be avoided as much as possible, because the better the base oil and viscous agent, the greater the viscosity of the gear oil. The stronger the abrasiveness, the less damage it will cause to the tooth surface, and the smaller the mechanical wear.
What impact does optimized structural design have on the performance and life of the reducer?
Under which working conditions is it suitable to use hard tooth surface reducer?
What parameters affect the efficiency of WHC150-50-L worm reducer?
How to judge whether the WPKS155-60 worm gear reducer is short of oil
How to clean the vent hole of XLED0.55-53-3481 cycloid reducer
What are the detection methods for output shaft bending of BLEY3322-4189-1.5KW cycloidal reducer?
How to dispose of JZQ500-40.17-4 gear reducer after trial operation
How to choose an oil cooling or water cooling system suitable for R27-15.63-0.25KW reducer
How to judge the fault type of shaft-mounted ZJY150-16-S reducer
How to correctly install the LF60B cooling tower fan reducer
Model meaning and installation features of WPDZ80-30-B worm gear reducer
What are the differences in noise problems between different types of worm gear reducers?
What is the optimal range of the tilt angle of the oil pool of ZSC400-22.4-2 gear reducer?
How to judge the load type of ZFY560-112-2 gear reducer in actual operation
What are the differences between WPWDA worm reducer and WPWD series reducer?
What problems are likely to occur with the seals of the S97 reducer in low temperature environments?
WPEDA70-120-200-0.75KW worm gear reducer operation and maintenance specifications
What are the specific applicable scenarios for WPEDA80-135-1.1KW worm gear reducer?
At what temperature does the GSA87-YEJ2.2KW reducer operate best?