Basic Control and Drive
This valve is a 5/2-way solenoid-operated sliding valve, featuring a dual solenoid drive + external pilot control method. It is equipped with a press-to-lock manual operation device (marked as No. 2), facilitating debugging and emergency operation. The plug interface is of J-type, compliant with the 22mm industrial standard, suitable for most industrial wiring scenarios. Additionally, it boasts a maintenance-free design and integrates with a piping system for easy assembly.
Fluid-related parameters
The suitable medium is filtered lubricated or non-lubricated compressed air; the working pressure range is 0.9 - 10 bar; the air port size is G1/8 specification, with excellent flow performance, achieving a corresponding flow rate of 750 liters per minute. Compared to some models in the same series, it offers higher flow rates, meeting the control requirements of medium to high-flow pneumatic circuits.
Electrical parameters
The rated power supply voltage is 24 volts DC, with an operating power consumption of only 2 watts, making it a low-power model. This reduces energy consumption during long-term operation of industrial equipment, aligning with energy-saving design requirements.
Physical dimensions and weight
The overall dimensions are well-proportioned: length 174.5 mm, width 22 mm, height 35 mm, with a total weight of 0.33 kg. Its compact size and lightweight design make it easy to install in confined equipment spaces without imposing excessive load on the overall assembly.
Environmental and Material Parameters
The suitable ambient temperature and fluid temperature range from 10°C to 50°C. During operation, ensure the air source is sufficiently dry to prevent icing at temperatures below 2°C, which could affect performance. In terms of materials, the valve body and base plate are made of aluminum, while static and dynamic seals are constructed from nitrile rubber and fluororubber. Plastic components consist of glass-fiber-reinforced polyamide and polybutylene terephthalate, combining sealing effectiveness with structural stability.