Thermal conductance converter
10 units, SI unit W/K. Every conversion runs through the SI base value, so round-trips are exact.
sig figs
1 BTU/(h·°F) = 0.528 W/K
1 BTU/(h·°F) in every thermal conductance unit
| microwatt per kelvin | 528,000 μW/K |
| milliwatt per kelvin | 528 mW/K |
| BTU per hour Fahrenheit | 1 BTU/(h·°F) |
| BTU per hour Rankine | 1 BTU/(h·°R) |
| watt per kelvin | 0.528 W/K |
| watt per Celsius degree | 0.528 W/°C |
| kilocalorie per hour Celsius | 0.454 kcal/(h·°C) |
| kilowatt per kelvin | 0.000528 kW/K |
| kilowatt per Celsius degree | 0.000528 kW/°C |
| megawatt per kelvin | 5.28e-07 MW/K |
One watt per kelvin in every unit
| microwatt per kelvin (μW/K) | 1,000,000 μW/K |
| milliwatt per kelvin (mW/K) | 1,000 mW/K |
| BTU per hour Fahrenheit (BTU/(h·°F)) | 1.8956342 BTU/(h·°F) |
| BTU per hour Rankine (BTU/(h·°R)) | 1.8956342 BTU/(h·°R) |
| watt per kelvin (W/K) | 1 W/K |
| watt per Celsius degree (W/°C) | 1 W/°C |
| kilocalorie per hour Celsius (kcal/(h·°C)) | 0.86042065 kcal/(h·°C) |
| kilowatt per kelvin (kW/K) | 0.001 kW/K |
| kilowatt per Celsius degree (kW/°C) | 0.001 kW/°C |
| megawatt per kelvin (MW/K) | 0.000001 MW/K |