Commonly used in washdown applications, these systems include a temperature-regulating valve with an internal check valve and vacuum breaker to prevent backflow, two ball valves for manual control of the water supply, a dial thermometer that displays the outlet temperature, and a hose rack for storage.

Valve with safety shut-off restricts flow down to a drip if your cold water supply shuts off.

Manually activated valves give you independent control of hot and cold water supply.

Temperature-driven valve maintains your set temperature by adjusting flow in response to the water supply temperature.

Valve with a chrome-plated bronze body is more corrosion resistant than valves with a plain bronze body.

Valve with a 316 stainless steel body is has the best corrosion resistance.

Optional hose (sold separately) has a trigger spray nozzle.

303 stainless steel nozzle is more corrosion resistant than a bronze nozzle.

These valves have an external sensor that opens and closes the valve based on temperature changes in your tank or pipeline. Adjust the set temperature within the range. Body is bronze for durability and a long service life.

Dial thermometers display the sensor temperature. The dial can be rotated for easy viewing.

Valves that are closed until temperature rises are also known as reverse-acting valves. They’re commonly used to cool oil or water from heat exchangers, chillers, and compressors. As the temperature in your tank or pipeline rises to the set temperature, the valve opens to let in cold water or oil. When the tank or pipeline temperature cools to the set temperature, the valve closes again.

Valves that are open until temperature rises are also known as direct-acting valves. They’re often used with boilers and steam tables in washing and sterilizing applications. As the temperature in your tank or pipeline rises to the set temperature, the valve closes. As the tank or pipeline temperature falls below the set temperature, the valve opens again to let in hot water or steam.

Optional thermowells (sold separately) protect the sensor from pressure, shock, and corrosion in tanks and pipelines. They also isolate the contents of your process so the sensor can be removed without stopping flow or draining the system.

316 stainless steel thermowells are more corrosion resistant than brass thermowells.