Influence of ambient temperature difference on gear reducer
The environment will affect the growth of people, and it will also affect the work of the gear reducer. When the temperature of the continuous operation of the machine is too high, and the ambient temperature does not reach the temperature of the machine, the temperature rise is too large and it is easy to affect the normality of the gear reducer. Run, then what is the temperature rise?
Temperature rise is the temperature difference between the gear reducer and the environment, and is mainly used to measure the degree of heat generation of the gear reducer. The core of the gear reducer in operation will produce iron loss in the alternating magnetic field, copper loss will occur after the winding is energized, and other stray losses will occur, which will increase the temperature of the gear reducer. However, the gear reducer will also dissipate heat. When the heat is equal to the heat dissipation, the equilibrium state is reached, and the temperature does not rise and stabilizes at a level. When the heat is increased or the heat dissipation is reduced, the balance is broken, the temperature continues to rise, and the gear reducer expands the temperature difference to increase the heat dissipation and reach a new balance at another higher temperature.
For a gear reducer that operates normally, the temperature rise should theoretically be independent of the ambient temperature at rated load, but it is actually affected by factors such as ambient temperature. When the temperature drops, the temperature rise of the normal gear reducer will decrease slightly.
Portal：https://www.zwgearbox.com/
Temperature rise is the temperature difference between the gear reducer and the environment, and is mainly used to measure the degree of heat generation of the gear reducer. The core of the gear reducer in operation will produce iron loss in the alternating magnetic field, copper loss will occur after the winding is energized, and other stray losses will occur, which will increase the temperature of the gear reducer. However, the gear reducer will also dissipate heat. When the heat is equal to the heat dissipation, the equilibrium state is reached, and the temperature does not rise and stabilizes at a level. When the heat is increased or the heat dissipation is reduced, the balance is broken, the temperature continues to rise, and the gear reducer expands the temperature difference to increase the heat dissipation and reach a new balance at another higher temperature.
For a gear reducer that operates normally, the temperature rise should theoretically be independent of the ambient temperature at rated load, but it is actually affected by factors such as ambient temperature. When the temperature drops, the temperature rise of the normal gear reducer will decrease slightly.
Portal：https://www.zwgearbox.com/
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