ID Country Sizing Province Nearest City Footage Insulation Temperature Scale Heating Demand Load Temperature Published
6362 United States Size by Square Footage and Location Indiana Wabash 2560 Low N/A 0 0
6363 United States Size by heating demand load and design temperature 0 0 0 Fahrenheit 40000 20
6364 Canada Size by Square Footage and Location Nova Scotia Bridgewater 3000 Medium N/A 0 0
6365 United States Size by Square Footage and Location Massachusetts Essex 03500 Medium N/A 0 0
6366 United States Size by Square Footage and Location Massachusetts Essex 03500 High N/A 0 0
6367 United States Size by heating demand load and design temperature 0 0 0 Fahrenheit 40000 0
6368 Canada Size by Square Footage and Location Alberta Edmonton 2500 Medium N/A 0 0
6369 United States Size by heating demand load and design temperature 0 0 0 Fahrenheit 45000 -3
6370 United States Size by Square Footage and Location Massachusetts Essex 4000 High N/A 0 0
6371 United States Size by heating demand load and design temperature 0 0 0 Fahrenheit 37000 0
6372 United States Size by heating demand load and design temperature 0 0 0 Fahrenheit 37000 16
6373 United States Size by heating demand load and design temperature 0 0 0 Fahrenheit 39000 10
6374 United States Size by heating demand load and design temperature 0 0 0 Fahrenheit 38000 10
6375 United States Size by Square Footage and Location Minnesota Ramsey 600 Medium N/A 0 0
6376 United States Size by Square Footage and Location Maine Penobscot 2300 Medium N/A 0 0
6377 United States Size by heating demand load and design temperature 0 0 0 Fahrenheit 110000 5
6378 United States Size by Square Footage and Location Montana Flathead 4500 Medium N/A 0 0
6379 Canada Size by heating demand load and design temperature 0 0 0 Fahrenheit 21000 17
6380 Canada Size by Square Footage and Location British Columbia 0 1200 Medium N/A 0 0
6381 Canada Size by Square Footage and Location British Columbia Nanaimo 1200 Medium N/A 0 0

*NOTE* This heat pump sizing tool does not consider cooling loads. There is a possibility that your cooling load is higher than your heating load, and as such the heat pump model suggested by this tool might not be appropriate for your project. This issue is most likely to effect customers based around the great lakes and in the southeast quarter of the U.S.A where summer humidity is high. If your project is located in these areas, a calculated cooling load needs to be considered. A manual J report can calculate the cooling load of your project accurately.

Arctic takes no responsibility for any cooling performance issues resulting from using this estimation to size a heat pump instead of a manual J.

If you would like Arctic to conduct a manual J for your project, please click the link below:

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