BTU per hour Fahrenheit
Thermal conductanceexact by definition
The BTU per hour per Fahrenheit degree is the customary US unit of thermal conductance, equal to exactly 0.52752792631 W/K. The factor is exact by definition: the International Table BTU of 1055.05585262 J divided by 3600 seconds and by the 5/9 K Fahrenheit degree gives a terminating decimal. It is the product of a U-value in BTU/(h·ft²·°F) and an area in square feet, and it is what appears in a building's UA total.
Watch out: The Fahrenheit degree here is an interval, so no 32 enters the conversion. A wall with a UA of 100 BTU/(h·°F) loses 7000 BTU/h across a 70 F° difference, whatever the absolute temperatures happen to be.
| 1 | 0.52752793 |
One btu per hour fahrenheit in every thermal conductance unit
| 527,528 | microwatt per kelvin (μW/K) | |
| 527.528 | milliwatt per kelvin (mW/K) | |
| 1 | BTU per hour Fahrenheit (BTU/(h·°F))this unit | |
| 1 | BTU per hour Rankine (BTU/(h·°R)) | |
| 0.527528 | watt per kelvin (W/K) | |
| 0.527528 | watt per Celsius degree (W/°C) | |
| 0.453896 | kilocalorie per hour Celsius (kcal/(h·°C)) | |
| 0.000527528 | kilowatt per kelvin (kW/K) | |
| 0.000527528 | kilowatt per Celsius degree (kW/°C) | |
| 5.27528e-07 | megawatt per kelvin (MW/K) |