UB90-200 Series Boilers
Gas-Fired/Natural or Propane, Hot Water
Warm Up to Higher Efficiency
and Innovative Technology!
The New UB90-200 hot water boiler by Utica delivers homeowners the optimum combination
of high efficiency, innovative technology, and simplicity of design.
Click Here for Detailed Specifications
Remarkable 90% AFUE Efficiency
The UB90-200 dramatically reduces fuel consumption and pays for itself with substantial annual fuel savings. Its efficiency is increased beyond 90% when used in low temperature systems, such as radiant systems.
Revolutionary Cast Aluminum "MonoBlock Heat Exchanger
The one-piece heat exchanger design eliminates leaks that can occur between sections of multi-piece heat exchangers. The greater thermal conductivity of cast aluminum transfers heat three times faster than conventional cast iron, producing enormous gains in heat-up speed and operating efficiency. Also, the packaged boiler weighs only 278 bounds for easier installation.
Simplified Controls
The UB90-200's control design is engineered to maximize reliability. The UB90-200 incorporates an integrated boiler control with high limit and low water cut-off for operation, safety and diagnostics. Ignition is provided by a hot surface igniter and a single stage gas valve. Dual switches ensure air intake and exhaust vents are clear. All components are easily accessible through the removable door.
Sealed Combustion, Direct-Vent Forced Draft System
Unlike conventional atmospheric boilers, the UB90-200 draws fresh air from outdoors for combustion, instead of air from inside the home. Therefore it does not compete with building occupants for its air supply. With this design the UB90-200 runs quieter and more efficiently than a traditional boiler.
Safe, Economical CPVC and PVC Vent Pipe
Cooled flue gas can be safely vented through inexpensive readily available and easy to install PVC, after 5' of CPVC provided with the unit. The air intake also utilizes PVC pipe.
Environmentally Friendly
The UB90-200's direct-vent system, premix gas burner and low flame temperature reduce CO and NOx emissions (acid rain and smog components) by more than 30% and 50% respectively.