Featured here is Model NOB10-110V of our brass valve line. This particular valve is a two-way, semi-direct lift valve with a normally open operating position. This means that there are two ports in which media flows and the valve will close when the coil is energized to stop media from passing through. Removing the energy from the valve coil will open it and continue the flow. It works across various media such as hot water, air, gas, diesel fuel, Freon, weak acids and weak alkali. The valve features a heavy duty, solid brass body that’s sure to last in the most strenuous projects.
The port size is 1” inch female NPT threaded. This Electric Solenoid Valve can handle low viscosity fluids below 20 cst. The orifice size is 25mm and the Cv value is 12. It can withstand pressure up to 90 psi (6 bar) and temperatures as low as 15°F and as high as 250°F. The seal material is VITON.
This specific valve has a 110 Volt AC coil with a voltage range that is -+ 10. The coil head is fitted with a DIN connection and has 5’’ wire lead that can easily be connected with your own choice of terminals. The top of the coil features a label that indicates the valve type and specifications. Its response time is very low; in fact, it acts in less than one second, making it a great choice for all types of applications.
Customers commonly use the NOB10-110V Valve for Irrigation, Fountains, Water Filtration, Solar Heating, Aquariums, Automotive, Beer Brewing, Hydroponics, HVAC, and Plumbing and everywhere else one of our valves can be applied.
This model is mountable in any position and features a conveniently positioned arrow on the body to indication the direction of flow.
*Consult a chemical compatibility expert for correct seal and valve body material choice.
I purchased this valve to drain my water lines when they are not needed, This valve is just right for the job. My concern is how long can I have this valve powered with out harming it or damaging it from overheating. I am very happy with it so far, and am willing to give it the test of time.