Rotating the reflectors of units placed on outside walls allows the infrared to be directed into the surrounding work area. Areas of very low heat loss, such as walls adjoining other heated areas, may be best heated by smaller units than are used throughout the rest of the building. Heaters Along Wall = Heat Loss of Wall / Total Wall Heat Loss x Total Number of HeatersĪreas where very high heat losses occur may require supplementary spot heating. In most cases, this is also roughly proportional to the length of the particular wall. The number of infrared heaters placed along each wall depends upon the amount of heat loss through the wall in proportion to the total conduction heat loss through all the walls. NOTE: The following criteria must be met to allow the reduction. This arrangement should be used whenever possible as it permits a 15% perimeter heat loss reduction. Experience has proven this to be the most effective layout for gas-fired infrared heaters. In this arrangement, the infrared heaters required to satisfy the total heat loss are located along the outside walls of the building. BAH Series: Medium-Wave Electric Infrared Heater.DGS Series: Filtered Short-Wave Electric Infrared Heater.DSS Series: Medium-Wave Electric Infrared Heater.SW2 Series: Short-Wave Electric Infrared Heater.MW2 Series: Medium-Wave Electric Infrared Heater.DST Series: Two-Stage, Low-Intensity Patio Heater.DSR Series: Two-Stage, Low-Intensity Patio Heater.DSC Series: High Intensity Infrared Patio Heater.LS3 Series: Residential, Single Stage Heater.LD3 Series: Residential, Two Stage Heater.DES3 Series: Economical, Single Stage Heater.DET3 Series: Economical, Two Stage Heater.DX3L Series: Premium, Single Stage Tube Heater.
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