5 Reasons to Choose Two-Stage Heaters

 

1)	Proven Two-Stage Technology.
	Patented and introduced in the early 1990’s, Detroit Radiant is the leader in two-stage technology. Two-stage offers a 35% differential between firing modes translating into a documented minimum fuel savings of 12% over single stage. A 35% reduction in on/off cycles is also recognized greatly enhancing comfort levels.  See documentation.
2)	Highest Quality Tubes and Reflectors.
	Black coated aluminized steel tubes provide improved heat transfer and enhanced product longevity. Swedged tubes provide secure connections and reduce installation time. Highly polished aluminum reflectors optimize reflectivity. Important product features when comparing to un-swedged, hot-rolled steel tubes (corrosion) with mill finish (poor reflectivity) reflectors.
3)	Improved Features.
	Micro-processor controls to help eliminate nuisance shutdowns due to temporary high winds or gas interruptions by its "soft-lockout" feature.  This feature allows units to automatically recycle in such events (all models except HLV).  Two-stage heaters feature a LED self-diagnostic indicator light(s) to assist service personnel in troubleshooting units. This feature helps insure accurate problem detection and shortens service time (all models).
4)	Rugged Burner/Control Construction.
	Burner/Control assembly shipped fully assembled with all components enclosed in a sealed enameled steel box. The specially designed stainless steel burner does not require any filters and comes equipped ready for outside combustion air (if necessary). Reliable glo-bar igniter ensures ignition every time, stand-alone flame rod installed for precise flame sensing and indicator lights show operational status.
5)	Ease of Installation.
	Heaters are shipped complete and ready for installation. Included with every unit is one 24 in. stainless steel flex connector, one ½ in. gas cock, heat turbulator baffle for maximum efficiency, reflector center supports, slip-fit tube connections and reflector end caps. Easily adapted into "U" or "L" configurations.