Many reducer users know that it is used to reduce the speed of the main equipment to increase the torque, and then meet our needs.Although this accessory is small and exquisite, it is an indispensable auxiliary equipment for many machinery manufacturers. However, high temperature will occur after long-term work. So what are the cooling methods?
The working environment of the reducer is generally poor, and it must also work in a high temperature environment, so cooling is particularly important. The following briefly introduces the four main cooling methods of the reducer.
1. During the long-term operation of the reducer, the temperature of the oil tank and the bearing will rise and the temperature of the heated oil tank cannot exceed 35 °C, and the temperature of the bearing and the temperature exceeding 45 °C should not be higher than the temperature.
2. If the situation requires the reducer to operate for a long time in an emergency, the equipment should be equipped with a cooling system, so that the reducer can work without error for a long time.The reducer is equipped with a cooling spiral tube, and the user can connect some cooling water by himself. When the cooling water passes through the spiral tube, the heat is transferred to the cooling water, and the heat is transferred out, so as to achieve the cooling effect.
3. The cooling water flow rate should not be too large, but it must be able to pass through the reducer freely.
4. If the deceleration does not work for a long time, there will be a danger of freezing, so the cooling water must be drained.
