The right hot water … any fixture, any time

CS Website 3 300x137 - The right hot water … any fixture, any timeSpecial to Plumbing Engineer from ThermOmegaTech®

Many buildings require multiple branches off the hot water supply line. Water flows to the path of least resistance. Hot water use is hyper-dynamic, so the path of least resistance constantly changes. Because flow rates often have to be set much higher than “optimum,” manual balancing valves or constant flow balancing valves cannot effectively resolve these issues.

ThermOmegaTech® has a solution. By installing the self-operating CircuitSolver®, a thermostatic balancing valve at the end of each hot water supply branch before it connects back into the return, you are assured of having the right water temperature at all times. This allows for the right temperature of hot water to be made available at any hot water fixture in a building, regardless of the time of day.

For more than 30 years, ThermOmegaTech® has been building freeze protection valves for Class 1 locomotives. Presently, the company has over 98 percent market share for Class 1 locomotives in North America. All of ThermOmegaTech®’s products, including CircuitSolver®, use the same technology that was developed for the railroad industry. The company has branched out with numerous products supporting a number of industries.

Plumbing Engineer learned more about CircuitSolver®, and some of the questions that ThermOmegaTech® frequently hears about the offering.

Plumbing Engineer: What was the genesis of CircuitSolver® and its design?

ThermOmegaTech®: It’s not an unusual source for new ideas, but a customer came to us with a problem because they saw we make the types of valves or devices that might help his application. ThermOmegaTech® was already manufacturing an inline, self-operating, thermostatic valve that closes on temperature rise, so we showed the customer this valve. The customer (in this case a commercial plumbing systems expert) asked if this valve could be made to open at 110°F and close at 120°F, for example. We already had such a valve, but the discussion progressed further and with some development work the valve was simplified, made more compact, optimized for recirculating domestic hot water systems; and thus was born CircuitSolver®.

Read more…