Product Overview

ManualsBrandsTriangle Tube ManualsCooling & Air Quality96,000 BTU Output Challenger Combo Boiler - Space Heating & Domestic Hot Water

CHALLENGER

SERIES

HIGH EFFICIENCY CONDENSING BOILERS & COMBINATION UNITS

Up to 95% AFUE

Low Maintenance Heat Exchanger

Primary-Secondary Manifold with Pump Included

Unique Copper Waterways

High Efficiency in DHW Mode (combi)

Anti-scald Mixing Valve Included (combi)

Reliability Through Simplicity

Summary of content (4 pages)

PAGE 1
CHALLENGER SERIES HIGH EFFICIENCY CONDENSING BOILERS & COMBINATION UNITS Up to 95% AFUE Low Maintenance Heat Exchanger Primary-Secondary Manifold with Pump Included Unique Copper Waterways High Efficiency in DHW Mode (combi) Anti-scald Mixing Valve Included (combi) Reliability Through Simplicity
PAGE 2
EXCELLENCE OF THE CHALLENGER Best Possible Installation for Optimal Performance The Timesaver Primary-Secondary Manifold is included with all Challenger boilers. This pre-assembled manifold not only simplifies the installation, saving you time and money, but also ensures the best possible installation for peak performance and efficiency. Save up to 15% by bundling a Challenger Solo with a Comfort stainless steel indirect fired water heater.
PAGE 3
2-in-1 Heat Exchanger A reliable coppertube/aluminum block heat exchanger paired with an advanced control that automatically regulates the capacity of the boiler to maximize efficiency without compromising comfort. Easy Service and Maintenance Unparalleled reliability through simplicity. Since the Challenger contains fewer internal parts, the unit is much easier to install, maintain and service.
PAGE 4
SPECIFICATIONS & FEATURES Model Input Modulation (MBH) CC 50s CC 85s CC 105s CC 125Hs CC 150s CC 105 CC 125H 13.5 to 51 23 to 84 29 to 106 20 to 125 33 to 145 29 to 106 20 to 125 94% 95% 111 AFUE 95% 94% 94% 95% 92.3% DOE Heating Capacity (MBH) 46 75 94 111 129 94 Net AHRI Rating (MBH) 40 65 82 97 112 82 97 NG & LP NG & LP NG & LP NG & LP NG & LP NG & LP NG & LP Fuel DHW flow rate at 70 F Temp. Rise (GPM) 2.5 3.0 DHW minimum flow rate (GPM) 0.5 0.