Author: Site Editor Publish Time: 20-11-2025 Origin: Site
There are four core types of cooling devices in the arc gear reducer lubrication and cooling system. The core conclusion is: mainly including air-cooling, water-cooling, oil cooling (forced cooling) and natural cooling, which need to be based on the working condition temperature, speed, etc. Selection.
It relies on forced air blowing from the fan to take away the heat of the lubricating oil through the heat sink. It has a simple structure and does not require additional cooling medium.
It is suitable for working conditions with medium and low speeds and low heat generation. It is easy to install and maintain and has low cost.
The cooling water circulation is used to exchange heat with the lubricating oil through the cooler (tube type or plate type), and the cooling efficiency is high.
It is suitable for high-speed, heavy-load, and high-heat scenarios. It needs to be equipped with a water supply system and be careful to prevent scale blockage.
Independent refrigeration equipment realizes lubricating oil cooling through compressors, condensers, etc., with high temperature control accuracy.
For harsh working conditions of high temperature and continuous operation, the oil temperature can be stably controlled within the set range to ensure the life of the reducer.
No additional power is required, only natural heat dissipation through the tank wall and heat dissipation pipes, with the simplest structure.
It is only suitable for working conditions with light load, low speed and minimal heat generation, and depends on the environmental ventilation conditions.
How to judge whether a ZD30-4.5-I soft tooth surface reducer needs to be modified
What are the risks in modifying the ZD40-3.55-I soft tooth surface gear reducer?
What is the normal service life of the WPWDK135-60-A worm gear reducer bearings?
What types of cooling devices are used in the arc gear reducer lubrication and cooling system?
How to correctly install the clamping ring of P2SA29 planetary reducer
How to judge the installation conditions of P2SA30 planetary reducer
How to choose the motor model of WHC120-40-3 worm gear reducer
How to adjust the level of the motor and ZDY160-2-11 reducer
How to maintain the cooling system of ZSC750-34.4-1 gear reducer
What are the characteristics of the oil pool design of ZSC350-17.2-2 gear reducer?
What impact does drying method have on the life of DBY180-6 reducer?
How to optimize the WPDA60-20-0.37KW worm gear reducer lubrication system to reduce vibration
Introduce the working principle of YCJ132-2.2KW -171 reducer
What are the steps to replace the cycloid wheel of BLY reducer?
How to judge whether the abnormal meshing of the worm gear of the reducer is serious
Will oil leakage of P series planetary reducer affect its performance?
How to prevent P series planetary reducer from leaking oil again
How to reduce the vibration value of the NGW52-6 planetary gear reducer base
What are the testing tools for the vibration value of the NGW61-3.15 planetary gear reducer frame?
What are the materials of NGW113-500 planetary gear reducer?
What are the preventive measures for cracking of the NGW11-6.3 planetary gear reducer base?
How to reduce the vibration parameters of WPO80-20-B worm gear reducer
What impact does load stability have on the service life of the WPO60-30-A worm gear reducer?