COVNA Products

VX31 VX31_2

VX31 3 Way Solenoid Valve – Brass

The VX31 3-way solenoid valve is designed to be used in low pressure environments and can open even at pressures as low as zero bar. It fits into any pipe that requires a 3-way valve, allowing you to direct flow where you need it. You can choose between G or NPT thread styles to match your pipe. Power supply options are 12 V DC, 24 V DC, 24 V AC, 110 V AC, or 220 V AC. With twenty years of experience in the field, COVNA knows solenoid valves inside and out. We offer both 2-way and 3-way models, so you can choose the one that best suits your project. Contact us today and our team will recommend the perfect valve for you!

  • Function: Normally Closed
  • Pressure:0 to 16 bar
  • Voltage: DC-12V, 24V; AC-24V, 120V, 240V/60Hz; 110V, 220V/50Hz
  • Temperature of Media: -10 to 80℃ (14℉ to 176℉)
  • Suitable Media: Water, Air, Oil, Gas, etc
  • Material: Brass

Technical Parameters Of COVNA VX-31 Solenoid Valves:

Port size 1/8", 1/4" Orifice(mm) 1.6, 2.0, 2.5, 3.0, 3.5, 4.0
Port Thread G, NPT Function Normally Closed
Pressure 0 to 16 bar Voltage DC-12V, 24V; AC-24V, 120V, 240V/60Hz; 110V, 220V/50Hz
Temperature of Media -10 to 80℃(14℉ to 176℉) Suitable Media Water, Air, Oil, Gas, etc
Material Brass Tolerance ±10%

Dimension of COVNA VX-31 Solenoid Valves:

The actuator on my automated valve operates, but the valve won’t turn. Why?

Most likely the valve stem or actuator coupling is broken.

The electric actuator limit switches or the pneumatic actuator position stops are not correctly adjusted.

Probably because there is no air pressure to the solenoid or dirt has jammed it. Also, debris might be trapped inside the valve. Or, the air pressure is not sufficient to operate the actuator. Remember: measure air pressure at the actuator, not at the compressor.

Maybe. First, be sure that the actuator torque output is sufficient to turn the valve reliably. Second, you will have to fabricate a custom mounting bracket and coupling to connect the actuator to the valve.

The valve will stop somewhere between full open and close. When power is reapplied to the original circuit, the actuator will complete the cycle.

To make the change just remove the actuator from the valve and turn it, or the valve stem, 90 degrees and remount the actuator.

Remove the actuator from the valve and check the valve stem. Most ball valves have stem flats at right angles to the flow when the valve is in the off position. On butterfly valves check the stem flow arrow marking.

Remove the actuator from the valve and check the valve stem. Most ball valves have stem flats at right angles to the flow when the valve is in the off position. On butterfly valves check the stem flow arrow marking.

Check the electric wiring schematic that came with the actuator for the correct hookup. Sometimes a copy is inside the actuator cover. If it is missing, don’t guess about the connections. Call the manufacturer for a schematic.

The actuator is wired incorrectly (check the schematic accompanying the actuator), or the external control switch is not the correct type for the actuator.

Not unless you bought it with an optional speed control.

Actuators and solenoid valves require different types of electrical control switches. SPDT for actuators, SPST for solenoids. Check the actuator wiring schematic for the correct wiring and switch type.

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