KAZ127 - 30KW - 46.65 The heat generation of the reducer will have the following impact on the performance of the equipment:
Reduced transmission efficiency: Heat generation will increase the energy loss in the reducer. For example, due to friction, heat generated by friction, part of the energy is converted into heat energy, rather than being effectively used for transmission, thereby reducing the transmission efficiency of the reducer. This means that when the input power is the same, the effective power of the output will decrease and the operating capacity of the device will decrease.
Reduced accuracy: High temperature will cause thermal expansion of the components of the reducer. For example, the tooth shape of the gear may affect the meshing accuracy due to thermal deformation, resulting in vibration and noise during the transmission process, affecting the stability and accuracy of the equipment. For some equipment that requires high transmission accuracy, such as automated production lines, precision processing equipment, etc., this impact may lead to a decline in product quality.
Deterioration of lubricating performance: Excessive oil temperature will reduce the viscosity of the lubricating oil, thin the thickness of the oil film, making it difficult to effectively carry the load, resulting in increased friction between components such as gears and bearings, further affecting the transmission performance, and may also cause direct contact between components, resulting in wear and scratches.
