JP Fluid Control 2 way solenoid valve (type ST-DA) with G 1/4 inch threads and a 12 V DC coil. The circuit function of the solenoid valve is normally closed (voltage = open) and direct operating, so no pressure differential is required. Suitable for max media temperature of 120° C (248 ° F) pressure range of 0 - 13 bar (0 - 189 psi). Housing of brass with FKM (FPM) sealing and a 3 mm orifice. The Kv-value is 0.2 m3/h (3.33 l/min at dp=1 bar water).
Order before 16h CEST (mo-fr), same day shipment
2 year warranty, Returns 30 days
This is a JP Fluid Control direct operating 2 way solenoid valve with G 1/4 inch threads and a 12 V DC coil. The valve has a brass housing with FKM (FPM) sealing and an orifice size of 3 mm (approximately 1/8 inch). The circuit function of the solenoid valve is normally closed, which means the valve opens when voltage is applied.
The valve is suitable for pressures of 0 - 13 bar (0 - 189 psi) and a maximum temperature of 120° C (248° F). The valve has a Kv-value of 0.2 m3/h, which translates to a flow rate of 3.33 l/min at a differential pressure of 1 bar (for water). In imperial units: Cv = 0.23, which means 0.23 GPM @ 1 psi pressure drop. For simple applications it is often enough to select a valve based on the thread size and orifice diameter. For more accurate sizing, use the Kv-value with our easy to use valve sizing calculator.
The brass housing is durable, suitable for neutral fluids and resistant to many chemicals. Consult our chemical resistance chart to verify compatibility of housing and seals with the medium. The valve has an IP65 rating if properly connected.
The ST-DA is a direct operated 2/2-way solenoid valve. The starting position is normal closed. The orifice is 3 mm, they operate from 0 bar pressure differential and are suitable for small flow rates. The body is available in brass, nylon and stainless steel with an NBR, EPDM or FKM seal. The ST-DA solenoid valves are compatible with all coils from the CS1-series.
The valves are available with BSP or NPT threads on request.