Johnson Controls 9509 Water Regulating Valve, 2 Way, 3/8 In

3/8" TEMPERATURE ACTUATED MODULATIN

The 2-way, 3/8" Johnson Controls 9509 Temperature Actuated Modulating Valve controls water flow through a sprinkler or irrigation system. The UV-stabilized plastic housing is designed to provide years of long-lasting use, while the brass construction ensures durability. This valve operates on 0.5 psi or less pressure systems.

With a NEMA 4X enclosure this Johnson Controls 9509 2-Way, 3/8" Temperature Actuated Modulating Valve is designed to control flow from 0°F (-18°C) to +250°F (+121°C). This Johnson Controls 9509 is a two-way, three-position valve with an actuator that provides an infinite flow range from zero flow to maximum flow through the solenoid. This Johnson Controls 9509 uses a thermistor which will shut off or restrict fluid flow based on the set point of the unit and the outside air temperature. It is used for applications such as

The Johnson Controls 9509 Water Regulating Valve, 2 Way, 3/8 In is a two-way backflow valve that meets NSF standards for drinking water applications. It can control hot and cold water flow and features a 90 degree offset connection. This 3/8" temperature and pressure activated modulating valve should be used to maintain the temperature and pressure settings of a potable water supply. The polypropylene body resists corrosion and is ideal for indoor or outdoor use.

Stop Run off, minimize energy loss & save water with the JCI 9509 Temperature Actuated Modulating Valve. The valve is designed to reduce system pressure below 40 PSI in an active cooling loop when inlet air temperature exceeds 80°F. This can reduce inlet water flow by 30-40% when inlet air temperature in the condenser coil is high.

This Johnson Controls water regulating valve, 2 way, 3/8" allows you to maintain the predetermined room temperature. The constant adjustment of this Johnson Controls thermostatic 3/8" water regulating valve will preventing hot or cold spots within the room. The two-way feature gives you the ability to use your remote control to adjust the temp of your shower head if desired.

Johnson Controls 9509 Water Regulating Valve, 2 Way, 3/8 In. Features: The SCS9509 controls water temperature by turning on or off the flow of hot or cold water to the mixing valve. Controls are either manual or thermostatic.

Our two-way 9509 Modulating Water Valve is a great addition to your water cooling system. It can be used with any chiller or boiler, with a process flow rate of up to 210 gpm. This valve features a large selection of electrical and mechanical connections, with a flow capacity of up to 34.1 gpm. With a unique temperature sensing design, the 9509 can provide flow rates from 0 gpm to 34.1 gpm at temperatures from 28°F to 120°F for precision control over your entire system.

This Johnson Controls 9509 Water Regulating Valve, 2 Way, 3/8" is designed to fit perfectly on all ENERGY STAR-qualified high efficiency boilers.

The Johnson Controls 9509 water regulating Valve is a 0.5" NPT Two-way actuator with a brass body and an ANSI/NSF 61 compliant adjustment screw. This water regulating valve is made from brass that has been pressure tested to 1000 psi, and it's suitable for use with 3/8" piping. The Johnson Controls 9509 water regulating Valve includes a 1/4" NPT female outlet, a brass body, positive spring action, and a red plastic actuator. This Johnson Controls 9509 water regulating Valve also comes with a chrome adjustable screw lever, a front loading ball valve, and

The Johnson Controls 9509 Series water regulating valves are for flood prevention and control.

Achieve water temperature control with this water regulating valve. It features 1/8" male NSP connection at the inlet, an adjustable range of 20-125 psi operating pressure range and two-way adjustable flow.

For process cooling applications in supermarkets, convenience stores, restaurants and other foodservice facilities. Valve regulates water flow to provide accurate temperature control in refrigeration coils ­­– automatically ­­– when the system's air temperature rises or falls beyond normal limits. Helps improve energy efficiency.