The CircuitSolver® Sanitary Flush allows for higher water temperatures to flow through a domestic hot water system (DHWS) during a disinfecting process to protect against Legionella growth.
| Items |
 CSUSF-3/4-100-Blank-Blank-Blank CircuitSolver® 3/4 Inch (in) Line Size and 100 Degree Fahrenheit (ºF) Closing Temperature Sanitary Flusher (CSUSF) |
CSUSF-3/4-100-Blank-Blank-TW CircuitSolver® 3/4 Inch (in) Line Size and 100 Degree Fahrenheit (ºF) Closing Temperature Sanitary Flusher (CSUSF) |
CSUSF-3/4-100-Blank-PP-Blank CircuitSolver® 3/4 Inch (in) Line Size and 100 Degree Fahrenheit (ºF) Closing Temperature Sanitary Flusher (CSUSF) |
CSUSF-3/4-100-Blank-PP-TW CircuitSolver® 3/4 Inch (in) Line Size and 100 Degree Fahrenheit (ºF) Closing Temperature Sanitary Flusher (CSUSF) |
CSUSF-3/4-100-CV1-Blank-Blank CircuitSolver® 3/4 Inch (in) Line Size and 100 Degree Fahrenheit (ºF) Closing Temperature Sanitary Flusher (CSUSF) |
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| Description | The CircuitSolver® Sanitary Flush allows for higher water temperatures to flow through a domestic hot water system (DHWS) during a disinfecting process to protect against Legionella growth. | |||||||||
| Brands | ThermOmegaTech® | |||||||||
| Line Size | 3/4 in | |||||||||
| Closing Temperature | 100 ºF37.7 ºC | |||||||||
| Valve Options | Standard | Standard | Standard | Standard | Check Valve | |||||
| End Options | Standard | Standard | ProPress® Ends | ProPress® Ends | Standard | |||||
| Thermometer Options | Standard | Thermometer | Standard | Thermometer | Standard | |||||
| Maximum Pressure | 200 psig14 bar | |||||||||
| Maximum Temperature | 250 ºF121 ºC | |||||||||
| Applications | Sanitary | |||||||||
| How it Works |
The tamper-proof CSUSF uses two thermal actuators to control the flow of water through a branch/riser. During standard operation of a DHWS, the first (low temperature) actuator balances the system. When the water temperature in the line reaches the set point of the actuator, the CircuitSolver® modulates to its closed position to keep the hot water at the fixtures. This forces the additional water on to the other branches maintaining a constantly balanced system. When high temperatures are released into a DHWS during a thermal disinfection process, the low temperature actuator will begin to reopen, allowing the high temperature water to flow through the branch again. When the water temperature reaches the set point of the second (high temperature) actuator, the CircuitSolver® modulates to its closed position again to keep the high temperature water at the fixtures. |
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