Energy-saving hydraulic system

Energy-saving hydraulic features High reliability It has excellent mechanical properties and can output pressure stably without fluctuation. It is very suitable for providing hydraulic kinetic energy for the processing fixture of precision parts, and effectively ensures the accuracy and stability of the processing process. High efficiency and energy saving Daily energy consumption is only about 1 kilowatt-hour, in sharp contrast, ordinary hydraulic stations consume at least 36 kilowatt-hours of electricity per day. The energy-saving hydraulic station saves up to 36 times of electricity compared with the traditional ordinary hydraulic station. The energy consumption of ordinary hydraulic station for 10 days is equivalent to the energy consumption of energy-saving hydraulic station for one year, which greatly reduces the energy cost. Low temperature and low noise The temperature rise of the energy-saving hydraulic station is low, and the oil temperature is close to normal temperature during operation. This can better protect the seal ring of hydraulic components and other components, and delay the aging process of mechanical components. The ordinary hydraulic station usually has an oil temperature of 40-70 ℃. High temperature evaporation will not only cause the workshop to slip on the ground, but also accelerate the deterioration of hydraulic oil, thus increasing the long-term maintenance cost. Integrated control Our company has developed a circuit integrated board control hydraulic system, which greatly reduces the problem of product instability caused by human factors. The integrated board has passed the high and low temperature test and fatigue test to ensure stable quality. To sum up, the energy storage type energy-saving hydraulic station, with its outstanding features such as high reliability, high efficiency, energy saving, low temperature and low noise, shows significant advantages in CNC machining and related fields, and provides strong support for enterprises to reduce energy consumption, improve production efficiency and reduce maintenance costs.