U.S. Solid 1" Brass Electric Solenoid Valve 24V AC Normally Closed VITON Water Air Oil

• 1" G Thread, Solid brass body, 24V AC
• The solenoid with directly move the plunger and close the orifice for any fluid or gas flow. Only open while energized.
• Can not be used in strong acid, strong base, waste water, industrial gas and other media containing many impurities.
• The arrow indicates the flow direction (horizontal mounting please).
• VITON GASKET- Viton is space age material that is very chemically inert. As such it is commonly used with gasoline, kerosine and other organic solvents. Some companies sell solenoid valves with NBR gasket and advertise gasoline use. DO NOT USE NBR gasket for gasoline (it will corrode the gasket and can cause serious gasoline leak and accident).

The solenoid valve USS2-SV00063 is a semi-direct controlled and currentless closed solenoid valve, with G 1" female thread inlet outlet and Viton seal (heat and oil resistant). Suitable for hot or cold water, air, very low viscosity liquids, petrol, kerosene or diesel fuel, etc. The solenoid valves have IP65 rating, which means they can withstand splashing water. However, if installed firmly outdoors, it is recommended to enclose the valves in a protective housing. Not suitable for underwater use. Specification Model: USS2-00063 Body: brass. Inlet outlet thread size: G 1" female thread Orifice: 25 mm. Sealing material: Viton. Nominal voltage: AC 24 V. Current: 0.875 A. Rated power: 21 VA. Type: Normally Closed N/C, Half Direct Lift Valve Protection class: IP 65. Operating pressure range: 0 - 7 bar (0 - 101 psi) (for water, air, gas); 0 - 5 bar (0 - 72 psi) (for oil). Temperature range: -10°C to +120°C. Flow rate: 12 gallons per minute (GPM) of water at 60°F with a pressure drop 1 PSI (12 CV). Suitable for hot or cold water, air, oils, very low viscosity liquids (<20 cst), hydrocarbons, petrol, kerosene or diesel fuel, etc. Warning: Lead content ~ 2.82% It cannot be used on drinking water. Overheating Warning: This valve is not designed for continuous operation (not a 100% working cycle). Under normal operating conditions, the solenoid valve gets hot while it is excited. The coil will reach a maximum temperature of about 80 °C. It is fully met with the national standard: JB / T7352-2010. This solenoid valve must not be used continuously for more than 8 hours. This can lead to overheating of the valve.