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Stainless steel solenoid valve introduction and application

Stainless steel solenoid valve introduction and application
Stainless steel solenoid valves are actuators for industrial process automation control systems.
After it receives the electronic control signal, it can be automatically turned on or off to realize the on-off or flow adjustment control of the liquid medium in the pipeline. Widely used in textiles, printing, chemicals, plastics, rubber, pharmaceuticals, food, building materials, machinery, electrical appliances, surface treatment and other production and research departments and bathrooms, canteens, air conditioners and other daily life facilities in this valve is a step-by-step action directly Guided-type normally-closed solenoid valve, after the coil is energized, the armature first drives the small valve to open, and the large valve opens under the influence of the medium pressure difference and electromagnetic force formed.
The coil is de-energized, the armature components are reset, and the size valves are closed tightly with medium pressure. Stainless steel solenoid valve parameters:
Model specifications: DN1 ~ DN200
Applicable pressure: 0.02 ~ 160MPa
Applicable medium: gas, liquid
Medium temperature: -200～+350°C
Medium viscosity: less than 50CSt (need to be customized)
Protective performance: IP65
Valve material: 304, 316, 316SS, 316L
Control method: normally open, normally closed
Power supply voltage: DC12 ~ 127V AC24 ~ 380V
Connection method: internal thread, external thread, welding, flange (applicable to pressure below 5MPa)
Leakage: Zero
Steam solenoid valve Remarks: Special requirements can be customized. Installation size according to the required products, by fax or telephone.
Steam solenoid valve working principle--
Normally closed: When the coil is energized, the electromagnet core pulls in, the pressure relief hole opens, and the main piston is pushed by the medium pressure.
Open the main valve port, the media circulation.
When the coil is de-energized, the main valve is closed and the medium is cut off.
Normally open: When the coil is energized, the electromagnet core pulls in, the pressure relief hole closes, and the main piston is pushed by the medium pressure.
The main valve is closed and the medium is cut off.
When the coil is de-energized, the main valve opens and the medium circulates.

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