Convert Degrees Fahrenheit per BTU/h to Kelvin per watt
Degrees Fahrenheit per BTU/h → Kelvin per watt
°F/(BTU/h) × 1.895634 = K/W
K/W × 0.5275279 = °F/(BTU/h)
To convert degrees fahrenheit per btu/h (°F/(BTU/h)) to kelvin per watt (K/W), multiply the degrees fahrenheit per btu/h value by 1.895634. 1 °F/(BTU/h) = 1.895634 K/W, and 1 K/W = 0.5275279 °F/(BTU/h). The conversion is a linear scaling with no offset, so the same factor applies to any value.
Going the other way? Convert K/W to °F/(BTU/h).
°F/(BTU/h) to K/W table
| Degrees Fahrenheit per BTU/h (°F/(BTU/h)) | Kelvin per watt (K/W) |
|---|---|
| 0.1 °F/(BTU/h) | 0.1895634 K/W |
| 0.5 °F/(BTU/h) | 0.9478171 K/W |
| 1 °F/(BTU/h) | 1.895634 K/W |
| 2 °F/(BTU/h) | 3.791268 K/W |
| 5 °F/(BTU/h) | 9.478171 K/W |
| 10 °F/(BTU/h) | 18.95634 K/W |
| 20 °F/(BTU/h) | 37.91268 K/W |
| 50 °F/(BTU/h) | 94.78171 K/W |
| 100 °F/(BTU/h) | 189.5634 K/W |
| 500 °F/(BTU/h) | 947.8171 K/W |
| 1000 °F/(BTU/h) | 1895.634 K/W |
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