How To Solve The Problem Of Hydraulic Motor?

Hydraulic motor and hydraulic cylinder are the two important hot springs in the hydraulic transmission system. The inner five-star hydraulic motor is an electric actuator, which is important to promote rotary sports and fitness, and is the whole process of converting pressure energy into mechanical equipment power. Hydraulic cylinder is the whole process of converting kinetic energy into pressure energy of mechanical equipment, that is, giving negative emotions to all hydraulic transmission systems. Outside the five-star oil motor today everyone analyzes the difficulty of hydraulic motor heating, heating in all hydraulic transmission systems is inevitable, but must strictly control the heating situation. Heat generation is simply the loss of mechanical energy, that is, a lot of power is done blindly and immediately becomes a calorific value. That is to say, under the same working conditions, the more serious the heating of the walking hydraulic motor, the worse the characteristics of the oil motor, and the general mechanical kinetic energy is slightly lower. Therefore, when designing the oil motor, we should try to ensure that the negative pressure balance and the friction resistance of industrial equipment are small, so that the mechanical kinetic energy can be improved as much as possible, and it is not easy to make the oil motor heat up very seriously. However, heating up during operation of the oil motor may be unavoidable. Management decision oil motor heating is very likely to appear two, that is, working pressure and working transmission ratio, the higher the general pressure and transmission ratio, the more serious the oil motor heating. Generally, the working environment temperature of the oil motor is controlled below 70 °C as much as possible, if the higher the more the refrigeration unit is used as much as possible, the wide range of refrigeration units have water cooling and air cooling, and the expected effect of water-cooled heat dissipation is stronger. The higher the heat generation control of the hydraulic transmission system, the higher the stability of the hydraulic transmission system, and the hydraulic transmission system is less prone to problems.