For all normal applications of the reducer, the temperature of the load under the rated value is theoretically not related to the temperature of the natural environment, but in fact it will be harmed by the natural environment temperature and other factors. Below people will describe the dangers of temperature for the application of the reducer.
The reducer is a transmission system that is driven by the transmission gear to promote the transmission system to achieve the purpose of speed reduction. This is the type of reducer that is often seen and applied in the reducer. For all normal operating reducers, the temperature should be irrelevant to the working temperature under rated load in theory, but it is actually affected by factors such as working temperature. This chapter will describe the harm of temperature to the operation of the reducer.
First, the limit operating temperature of the insulation layer material refers to the temperature of the most network hot spot in the insulation layer when the reducer is operating within the estimated service life of the design plan. If the operating temperature exceeds the limit operating temperature of the raw materials for a long period of time, the embrittlement of the insulation layer will increase, and the service life will be greatly shortened. Therefore, in the operation of the reducer, temperature is one of the key elements of service life;
Second, the temperature is the temperature difference between the reducer and the natural environment, which is caused by the heat of the reducer. Temperature is a key index value in the design and operation of the reducer, which means that the hot level of the reducer. During operation, if the temperature of the reducer suddenly increases, it indicates that the reducer has a common fault, or the air pipe is blocked or the load is weight;
3. At the time of people's application of the reducer, the iron core of its transformer was in an alternating electromagnetic field, and iron loss would occur. After the winding was plugged in, copper loss would occur, as well as other stray losses. All this will cause the temperature of the reducer to rise. It also means that heat reducer will appear in the reducer. When the heat is the same as the heat pipe, it means to achieve a balanced situation. If the temperature has not risen, it is stable on a level surface. When the heat is raised or the heat pipe's heat dissipation is reduced, the balance will be damaged, causing the temperature to rise again and the temperature difference to expand, which will increase the heat pipe's heat dissipation, which can be new at another higher temperature. balanced.