The Principle And Characteristics Of Small-scale Environmental Protection Numerical Control Hydraulic Station
The principle of small-scale environmental protection numerical control hydraulic station:
The motor drives the oil pump to rotate, the pump sucks oil from the oil tank and converts the mechanical energy into the pressure energy of the hydraulic station. The hydraulic oil realizes the direction, pressure and flow through the manifold (or valve combination) and is regulated by the external pipeline and then to the hydraulic machinery. The hydraulic cylinder or the oil motor controls the direction of change of the hydraulic motor, the magnitude and speed of the power, and promotes various hydraulic machines to do work.
The features of the small, environmentally-friendly CNC hydraulic station:
1. Standardization, stable quality, ease of use and maintenance;
2, CNC high and low pressure hydraulic control system, energy saving and environmental protection design and saving power;
3, high efficiency, low oil temperature, enhance mechanical properties;
4, high efficiency, small size, simple structure, low-frequency Boeing, low noise.
Small-scale environmental protection numerical control hydraulic station use matters needing attention:
1. The internal wall of the fuel tank should be thoroughly cleaned before cleaning. When cleaning, the cotton yarn is not allowed to rub, and any fiber and mechanical impurities are not allowed to remain;
2. When there is noise in the oil pump, it is necessary to check whether the oil filter is clogged and clean the oil filter.
3, tank storage should be kept above the liquid level indicator lower limit.
Small Environmentally-friendly Digital Hydraulic Station Application Industry:
Used for the filtration of hydraulic systems of rolling mills, continuous casting machines and various lubrication equipments.
2, thermal power and nuclear power
Turbine, boiler lubrication system, speed control system, bypass control system oil purification, feed pump, fan and dust removal system.
Separation and recovery of products and intermediate products in the refining, chemical production process, oil field injection well water and natural gas in addition to particle filtration.