Buderus Oil Boilers

BUDERUS OIL BOILERS

Logano G-115 Oil Boiler

For residential applications from 74,000-120,000 BTU/Hr.  Affordably priced.

 Manufactured by Buderus.Proprietary flexible cast iron designed and manufactured to resist corrosion, thermal shock and provide a long life expectancy. Deluxe, heavy gauge blue enameled jacket for a clean finished appearance.  

 Adjustable rubber leveling feet. Reduced maintenance costs due to: Full sized door hinged left or right (field adjustable) for easy cleaning. Efficient combustion due to chamber design (no refractory necessary).  

 Full 3-1/2" thermal insulation (even under the boiler!) for minimal standby heat losses. Adjustable baffles for customizing boiler operation. Suitable for sealed combustion, direct vent installations.  

 Standard Honeywell control components. Durable, quiet, and efficient, Buderus boilers are designed for many years of trouble-free operation

 

BUDERUS

Logano G-215 Oil Boiler

For large residential and/or light-commercial applications from 134,000 to 294,000 Btu/hr output. AFUE Efficiencies:  86% on Oil.

 Thermal Shock Proof Boiler Design at any Return Water Temperature.

 Manufactured by Buderus.  The world leader in cast iron boiler design and production.

 Proprietary flexible GL-180M cast iron with high silicone content designed and manufactured to resist corrosion, thermal shock and provide long life expectancy. Deluxe, heavy gauge blue enameled jacket for a clean finished appearance.

 Hinged burner door for easy access to boiler internal and burner. (field reversible). Full size burner swing door for easy access to boiler interior and burner. (field reversible).

 Full 3-1/2” thermal insulation for minimal standby heat losses. Full three-pass heat exchanger design for maximum heat transfer.

 No refractory materials needed in chamber due to its unique design.

 Hot water boiler only. Standard Honeywell control components. Durable, quiet and efficient, Buderus boilers are designed for many years of trouble-free operation.

Thermostream Design:  Full three-pass flue configuration and solid, thermal shock proof cast iron boiler design combine for maximum efficiency and greater flexibility in heating plant design.  The Thermostream concept allows engineers and contractors to design and build systems without dedicated boiler pumps and/or boiler protection piping and controls.  Elimination of these components lowers both initial equipment and installation costs, as well as reduce maintenance and operating costs in the future.

 

BUDERUS

Logano G-315 Thermostream Oil Boiler

For commercial applications from 350,000 to 768,000 Btu/hr output.  

 High Combustion Efficiencies:  87% on Oil, 84.5% on Gas.

 Thermal Shock Proof Boiler Design at any Return Water Temperature.

 Manufactured by Buderus.  The world leader in cast iron boiler design and production.

 Proprietary flexible GL-180M cast iron with high silicone content designed and manufactured to resist corrosion, thermal shock and provide long life expectancy.

 Deluxe, heavy gauge blue enameled jacket for a clean finished appearance. Full size burner swing door for easy access to boiler interior and burner. (field reversible). Full 3-1/2” thermal insulation for minimal standby heat losses. Full three-pass heat exchanger design for maximum heat transfer.  No refractory materials needed in chamber due to its unique design. For use with #2 oil, natural gas or propane – hot water boiler only. Precision pushnipple sectional construction.

 Available with 2” or 3” supply manifold with NPT control tappings. Factory assembled or knocked down for field assembly.

 Durable, quiet and efficient, Buderus boilers are designed for many years of trouble-free operation. Thermostream Design:  Full three-pass flue configuration and solid, thermal shock proof cast iron boiler design combine for maximum efficiency and greater flexibility in heating plant design.  The Thermostream concept allows engineers and contractors to design and build systems without dedicated boiler pumps and/or boiler protection piping and controls.  Elimination of these components lowers both initial equipment and installation costs, as well as reduce maintenance and operating costs in the future.