Boiler Return Tank

Rema boiler return systems horizontal non syphon air gap return systems quality built of 11 gauge steel engineered to meet all code requirements in vertical and horizontal designs.

Boiler return tank.

Using a boiler for your central heating you have two pipes the flow and the return. Standard compact and custom systems are available with numerous options. A valve in the boiler enables water to drain out of the bottom of the boiler to clean out solids that accumulate in the boiler. These condensate return systems are available for boilers ranging from 1 hp up to 100 hp.

Higher temperature condensate can be handled with modified units. Standard return tanks the return system is standardly recommended with high pressure steam boilers to supply water with a boiler feed pump that operates on demand from the boiler water level control. The standard units are sized to handle condensate up to 190 degrees fahrenheit. Non syphon return systems come in a range of 26 to 70 gallons and a maximum boiler horsepower of 50 hp.

Vertical tanks have the exact components and assembly as the horizontal tank including. The blowdown separator has two primary functions. Condensate return system built with dependable long lasting components. If left in the boiler these solids can cause corrosion and decrease the efficiency of the boiler.

Extra large return system tanks. Systems are constructed with a top pull out design to help avoid the hassle of draining your tank and the costly expense of isolation valves. The flow is the pipe heading out of the boiler which is used to heat your radiators. First is to handle the bottom blowdown water that comes from the boiler.

Both the fulton vertical and horizontal condensate return systems are offered in long lasting heavy gauge steel only. For your scaled jobs our extra large tanks come with a maximum 500 gallon capacity in 11 gauge steel 3 16 inch steel and stainless steel options. Unique non syphon air gap guards against possible return of polluted water into the city system.