Detroit Radiant HLV-200 Two-Stage Multiple Burner Heating System
Detroit Radiant HLV-200 Two-Stage Multiple Burner Heating System 1
Detroit Radiant HLV-200 Two-Stage Multiple Burner Heating System 2
SKU: HLV-200 Availability: not in Stock

Detroit Radiant HLV-200 Two-Stage Multiple Burner Heating System

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The HLV Series infrared vacuum heating system is engineered specifically for the design parameters of the building it is required to heat. More commonly found in larger commercial and industrial applications, these systems offer potential operating benefits that are not easily obtainable with traditional infrared tube heaters.

An engineered vacuum system emits low intensity infrared heat just like any other type of tubular heater. What makes these systems unique is the method in which they operate as well as their expanded operational boundaries.  The operational objective of a vacuum system is to simply move hot gases from the burner(s) to the pump. This movement heats the emitter pipes, which in turn heat the building via infrared energy.

The HLV Series is engineered to utilize both two-stage and condensing technology, offering optimal operating efficiencies and fuel savings.


HLV Series Brochure
HLV Series Submittal Data Sheet*
HLV Series Design, Installation, Operation, Maintenance and Parts Manual
HLV Series Packing List*

*Instructions on completing, printing and/or saving fillable PDF forms


  • Two-stage operation maximizes comfort levels and reduces equipment cycling, resulting in significant energy savings.
  • Systems can be designed with 1 to 6 burners ranging from 40,000 to 750,000 total BTU/h with a single vent penetration.
  • Tandem burner design allows independent combustion air for each burner.
  • Slip-fit tube exchangers with bolted tube clamps.
  • Pre-wired, spark resistant, cast aluminum vacuum pump with thermal overload.
  • Self-diagnostic circuitry and operation indicator lights.
  • Heavy-duty balancing damper.Key operational features include a 20% reduction in output when operating in low fire and stainless steel tailpipe when optional condensing operation is utilized. Infrared output is optimized with highly polished aluminum reflectors and coated aluminized radiant tubes.

Additional information

Mounting Height



BTU/L Input

BTU/H Input