Fin Tube Baseboard Btu Per Foot. Can someone help me out by telling me how to figure out how much bt

Can someone help me out by telling me how to figure out how much btus a foot of baseboard puts out and how much btus a pipe can handle. At an entering water temp of 180F, return temp of 160F (average water temp = 170F) fin tube baseboard puts out about 500 BTU per linear foot, so with 140' of baseboard the most it can I saw somewhere that electric baseboard is rated at 1085 BTU per foot? Seems like the high output Slant Fin 80 units are only rated at 750 BTU per foot with 180 degree water at 4 gallons A 3/4-inch tarnished copper tube carrying 170° F water through a building space at 65º F loses about 46 Btu/hr per foot of length. 009" aluminum fins, bent to 2-5/16" x 2-1/8" spaced 55 per linear foot (unpainted. 10 sq. ) This graph shows the heat output (in Btu/hr/ft of finned element) of four different models of finned-tube baseboard. NOTE: Ratings are for element installed with damper open, with RATINGS CHART – COMMERCIAL BASEBOARD F & EM SERIES RATINGS FOR CONDENSING *Based on 650F entering air temperature. Exceptional product quality has made Slant/Fin’s Fine/Line † Millinches per foot. Clean and Green Synergy baseboard radiation uses standard hydronic fi n-tube to provide clean uniform heat and its low temperature design maximizes boiler system efi ciency resulting in more useful Look up the Btu/h output per foot of baseboard element in the manufacturer’s literature. ft. 6 in 3/4 - more water more heat, up to the point where the flow gets so turbulant, that the heat transfer suffers - and. High Capacity While standing only 9" high and 3" deep, Classic baseboard provides high capacity comfort. Choice of 12. Application: Output: Elements: With Slant/Fin enclosures or as bare element installation. The graph assumes the air entering Assuming a nominal 450 to 550 BTUs delivered per foot of properly installed fin tube, my guess yields between 25 and 30 output BTUs per square foot of heated floor space. * Milinches per foot. *Ratings at 140 ̊F and lower temperatures determined by multiplying 150 ̊F rating by the applicable factor specified in Table E in the I=B=R Testing and Rating Standard for Baseboard A heat load of 70K/200' of baseboard is 350 BTU/hr per running foot, which typical baseboard would deliver at an average water temperature ( AWT ) of 140-145F, which would be † Millinches per foot. † Nominal. *Ratings at 140 ̊F and lower temperatures determined by multiplying 150 ̊F rating by the applicable factor specified in Table E in the I=B=R Testing and Rating Standard for Baseboard RATINGS CHART – RESIDENTIAL BASEBOARD BASE/LINE 2000 † Millinches per foot. 3ftps in 1/2" and . † Millinches per foot. 84. Classic high capacity baseboard is available with 3/4" and 1" elements in 8', 7', 6', 5', 4', 3' † Millinches per foot. Divide this heat output per foot into the design heating load of each room to get the Common residential baseboard is typically rated at between 550 to 700 BTU’s per linear foot, and typically at a water delivery temperature of 180°F by the manufacturer (s). A 3/4-inch tarnished copper tube carrying 170° F water through a building space at 65º F loses about 46 Btu/hr per foot of length. Divide this heat output per foot into the design heating load of each room to get the necessary length of baseboard. *Ratings at 140 ̊F and lower temperatures determined by multiplying 150 ̊F rating by the applicable factor specified in Table E in the I=B=R Testing and Rating Standard for Baseboard BARE ELEMENTS Highest quality fin-tube for single or multi-tier installation. *Ratings at 140 ̊F and lower temperatures determined by multiplying 150 ̊F rating by the applicable factor specified in Table E in the I=B=R Testing and Rating Standard for Baseboard RATINGS CHART – COMMERCIAL BASEBOARD HD-SERIES Model Number Element Type Rows of Heating Element Tube Size and Material Fin Size and Material Fins per Foot Water Flow Pressure A hydronic baseboard heater is a water or steam-based radiator for keeping your home at a comfortable temperature, located unobtrusively at the All ratings have been determined in the Slant/Fin Environmental Laboratory in conformance with accepted industry practice con-cerning testing and rating procedures for finned tube (commercial) † Milinches per foot. To 4316 Btu/hr. Ratings are also based on 3/4" nominal copper tubing, with 2-5/8" x 2-1/8" x . EDR) element steel pipeas manufactured by Slant/Fin Furnish and install H-6X baseboard heating consisting of 11⁄4" Look up the Btu/hour output per foot of baseboard element in the manufacturer’s literature. Foe example: 100' of basebord with 3/4" copper pipe at lets For decades, Fine/Line 30 has been leading the industry with high quality baseboard heating. *Ratings at 140 ̊F and lower temperatures determined by multiplying 150 ̊F rating by the applicable factor Is it truly radiator baseboard (cast iron), or is it fin-tube convector? Most fin-tube puts out about 500 BTU/hr per running foot of baseboard at an Acquire an essential addition to your home with this Slant/Fin Fine or Line 30 Hydronic Baseboard with Fully Assembled Element and Enclosure in Nu White. ‡ Ratings at 140°F determined by multiplying 150°F rating by the I=B=R conversion multiplier of . *Ratings at 140 ̊F and lower temperatures determined by multiplying 150 ̊F rating by the applicable factor specified in Testing and Rating Standard for Baseboard radiation. Consider a baseboard circuit with 60 feet of bare 3/4-inch copper tubing 1gpm will give you 1. Consider a ElEMEnt SLANT/FIN sPEcIfIcatIons: STEAM RATING: 980 Btu/hr/ft (4.

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