Triangle Tube

Triangle Tube Challenger Solo Boilers

The Triangle Tube Challenger Solo series of condensing gas boilers combine attractive design, reliability and high efficiency to become one of the best boilers in the Canadian market. Four sizes of fully modulating boilers are available with rated inputs from 23,000 to 145,000 Btu/h (6.7 to 42.5 kW).

Features at a glance:

• 

  Interior View of Challenger Solo

  High efficiency condensing operation with an AFUE of up to 90.0%†.

• Super reliability using a combination of copper water tubes and aluminum block for the heat exchanger.
• Whisper quiet variable speed blower operation. You may not even know it's there!
• Compatible with Triangle Tube's Smart indirect domestic water tanks. Turning these Challenger Solo boilers into double duty workhorses by providing heating water and domestic hot water.
• Fully modulating controls and direct vent/sealed combustion ensure extremely low NOx and CO exhaust levels.
• Compact, lightweight design with approved zero clearance to combustibles installation. Small closets are not an issue.
• Built-in automatic frost protection shuts off the boiler for an extended period of time while protecting it against freeze-up.
• The heat exchanger carries a 10 year warranty.

Series Specifications:

Triangle Tube Challenger Combi Boilers

Triangle Tube Challenger copper and aluminum heat exchanger

The Triangle Tube Challenger Combi series of condensing gas boilers offer all of the features of the Challenger Solo series with the benefit of on-demand domestic hot water, without the need for a separate hot water tank. Four sizes of fully modulating boilers are available with rated inputs from 23,000 to 145,000 Btu/h (6.7 to 42.5 kW).

Features at a glance:

• All of the features of the Triangle Tube Challenger Solo series boilers with the added advantage of instant on-demand domestic hot water in the same package size.
• Low lead content certified domestic hot water heating.
• A self learning 'ECO-Mode' that provides rapid hot water response when needed and zero standby losses during periods of no demand.

Series Specifications:

Triangle Tube Prestige Solo Boilers

The Triangle Tube Prestige Solo series of condensing gas boilers combine a stainless steel fire tube with a low pressure drop heat exchanger to produce one of the best and highest efficiency boilers on the Canadian market. The Prestige solo series are available in five models ranging from 60,000 to 399,000 Btu/h (17.6 to 116.9 kW).

Interior View of Prestige Solo Fire Combustor

Features at a glance:

• High efficiency condensing operation with an AFUE of 90.0%†.
• Sixty second set-up time with the integrated TriMax controller.
• Intelligent troubleshooting right on the integrated TriMax control panel, in plain English.
• Join up to six Prestige Solo boilers for larger applications. Automatic cascade integration ensures full parallel boiler modulation.
• Multiple zone control where two separate space heating zones are controlled from the integrated control panel.
• Superb reliability with a stainless steel combustion chamber and polypropylene condensate pan and flue for corrosion resistance.

Series Specifications:

Triangle Tube Prestige Excellence Combi Boilers

The Triangle Tube Prestige Excellence combi boilers provide all of features of the Triangle Tube Prestige Solo boilers with the added benefit of instant on-demand domestic hot water. Unlike other combi boilers which use secondary heat exchangers, the Triangle Tube Prestige Excellence combi boiler have a built-in indirect fired tank, also known as Triangle Tube's exclusive "Tank-in-Tank" technology.

Features at a glance:

• High efficiency condensing operation with an AFUE of 90.0%†.
• Quick boiler set-up and troubleshooting with the built in TriMax control panel.
• Reliable low maintenance design.
• Built in 14 gallon (53 litre) indirect fired hot water tank "Tank-in-Tank", exclusive to Triangle Tube.

Series Specifications:

†The AFUE ratings have been reduced to 90.0% pending AHRI's determination whether corrected testing procedures are necessary. For more information please see AHRI's press release.

‡Thermal efficiency.