Solenoid directional valve DSG-01-3C60-D24-7090, DSG-01-3C60-D24-N-70 use and maintenance

The solenoid directional valve is an important hydraulic control component and is widely used in various industrial production fields. This article will introduce the characteristics, usage and precautions of the solenoid directional valve DSG-01-3C60-D24-7090 and DSG-01-3C60-D24-N-70 to help you better understand and apply these two hydraulic control valve.

1. Basic concepts and principles of electromagnetic reversing valve

The electromagnetic directional valve is a hydraulic control component that uses electromagnetic force to control the movement of the valve core to change the direction of the fluid. It consists of valve body, valve core, spring, electromagnet, etc. By controlling the current of the electromagnet, the position of the valve core can be changed, thereby changing the flow direction of the fluid. In industrial production, electromagnetic reversing valves are widely used in various hydraulic systems, such as machine tools, engineering machinery, plastic machinery, etc.

2. Internal structure and working principle of solenoid directional valve DSG-01-3C60-D24-7090 and DSG-01-3C60-D24-N-70

Hydraulic solenoid valves DSG-01-3C60-D24-7090 and DSG-01-3C60-D24-N-70 are two common solenoid directional valves. Their main differences lie in construction and materials. DSG-01-3C60-D24-7090 is made of aluminum alloy, which has the advantages of lightweight and anti-corrosion, and is suitable for general industrial occasions; while DSG-01-3C60-D24-N-70 is made of stainless steel and has higher durability. Corrosion resistance and pressure tolerance, suitable for industrial production in harsh environments.

The working principles of these two directional valves are basically the same. When the electromagnet is energized, the magnetic force generated attracts the valve core to move, thus changing the opening and closing state of the valve port. Different switch states allow fluid to pass through different channels, thereby achieving directional control of the fluid.

3. How to use solenoid directional valve DSG-01-3C60-D24-7090 and DSG-01-3C60-D24-N-70

Correctly connect the power supply and hydraulic pipelines to ensure reliable circuit connections and prevent short circuits or open circuits;

Select the appropriate coil according to actual needs and ensure good sealing performance between the coil and the valve body;

During use, attention should be paid to the position of the valve core to ensure that it can move normally;

Regularly check the quality and cleanliness of hydraulic oil, and replace deteriorated or contaminated hydraulic oil in a timely manner;

During maintenance and upkeep, attention should be paid to protecting precision components such as valve cores and springs to avoid damage.