The EZ DELUXE indoor tankless water heater is the perfect unit for most homes. It will produce over 3 GPM of continuous hot water. That is enough hot water to service two showers simultaneously.

• Extensively tested in our USA laboratory and in our own homes, this model delivers up to 3.4 gallons per minute of consistent and continuous hot water. This unit is an excellent choice for conservative minded persons living in smaller homes with one or two baths.
• This model features our advanced direct vent type sealed double-chamber forced air intake - exhaust system.
• Fully-automatic operation. Simply turn on the water spigot or shower, hot water will arrive in a few moments. After the tap is turned off, the tankless heater will automatically extinguish itself.
• Key Touch water temperature settings and on-off switch with easy to understand advanced technology display.
• THE GOOD STUFF: This unit is built using the latest technology in tankless heaters. Featuring special sealed chamber forced air intake and exhaust pipe (flue). HOW THIS WORKS: The exterior of the sealed dual-chamber stainless steel "flue" pipe system is for the arrival of intake or combustion air. The interior chamber is the forced air exhaust. With this advanced feature, the exterior surfaces of the exhaust flue are cooled by the incoming combustion airflow that passes through this outer chamber on it's way to the combustion chamber. In addition to a much cooler flue pipe exterior, the intake air is warmed as it enters the combustion chamber which allows a higher burner efficiency. And the intake combustion air is not taken from inside the home. This method eliminates the potential for back draft of your furnace or gas dryer, as well as preventing escape of furnace supplied heating or air conditioning which can be drawn out of the home by tankless heaters which use "room-air combustion intake" designs. Additionally, this same incoming air passes throughout the interior of the heater on it's way to the combustion chamber. In effect, this cools the internal electrical and mechanical components which increases their life expectancy. We all know that machines and electrical devices last longer when they operate in a cool environment. This method is brilliant, the very latest in technology and we are seeing other manufaturers scrambling to redesign their units to perform in this manner. Within a few years, all tankless water heater manufacturers will use this technology.
• Featuring a “proportional control valve for electricity and gas”. According to the changing parameter’s of the temperature sensor in the hot water outlet pipe, the micro-chip automatically and instantaneously signals the proportioning valve to adjust the gas volume, keeping the hot water temperature constant.
• Aesthetically pleasing and simple design features make this unit easy to use and install as well as unobtrusive if located within view of working or living spaces.
• Electronic control system via computer chip is advanced and extremely reliable. This "No pilot light" design is safe and convenient, using automatic ignition to further your energy savings.
• Featuring a precise and safe water flow sensor to stabilize the exit water flow.
• Independent control of water flow and gas flow making it easy to regulate the water temperature.
• If the water supply is interrupted, the gas valve will automatically turn off.
• High thermal efficiency and superb combustion performance.
• With double proportional valves for winter and summer, the inlet water temperature range is much wider.
• Low water pressure ignition. The heater can function under 0.01Mpa (1.45 Psi) water pressure. Making this unit suitable for users living at high altitude or those using well water with older or less powerful pumping systems.
• Automatic adjustment of the gas supply and exhaust fan rpm coordinated with the water temperature setting and available water volume, saves even more gas and water.
• Implementing the latest in Advanced Intelligence (AI) design, when restarting, the computer system automatically remembers the temperature settings entered at last use instead of resetting.