Convert British Thermal Units (BTU) to Inch-pounds (in⋅lb)
Enter a value below to convert British Thermal Units (BTU) to Inch-pounds (in⋅lb).
Conversion:
1 British Thermal Units (BTU) = 9338.0537239 Inch-pounds (in⋅lb)
How to Convert British Thermal Units (BTU) to Inch-pounds (in⋅lb)
1 btu = 9338.0537239 inlb
1 inlb = 0.00010708869638 btu
Example: convert 15 British Thermal Units (BTU) to Inch-pounds (in⋅lb):
25 btu = 233451.3431 inlb
British Thermal Units (BTU) to Inch-pounds (in⋅lb) Conversion Table
| British Thermal Units (BTU) | Inch-pounds (in⋅lb) |
|---|---|
| 0.01 btu | 93.380537239 inlb |
| 0.1 btu | 933.80537239 inlb |
| 1 btu | 9338.0537239 inlb |
| 2 btu | 18676.107448 inlb |
| 3 btu | 28014.161172 inlb |
| 5 btu | 46690.26862 inlb |
| 10 btu | 93380.537239 inlb |
| 20 btu | 186761.07448 inlb |
| 50 btu | 466902.6862 inlb |
| 100 btu | 933805.37239 inlb |
| 1000 btu | 9338053.7239 inlb |
British Thermal Units (BTU)
Definition
A British Thermal Unit (BTU) is an imperial unit of energy defined as the amount of heat required to raise the temperature of one pound of water by one degree Fahrenheit. It equals approximately 1,055.06 joules.
History
The BTU originated in the British imperial measurement system in the 19th century. Despite the global shift toward metric units, it remains entrenched in US, UK, and Canadian HVAC and energy industries.
Current use
BTUs are the standard unit for rating heating and cooling equipment (furnaces, air conditioners), measuring natural gas energy content, and comparing fuel efficiencies in North America.
Inch-pounds (in⋅lb)
Definition
An inch-pound (in⋅lb) is an imperial unit of energy and torque equal to one-twelfth of a foot-pound, or approximately 0.112985 joules.
History
The inch-pound evolved as a finer subdivision of the foot-pound for applications requiring greater precision in mechanical and manufacturing contexts in Anglo-Saxon engineering traditions.
Current use
Inch-pounds are used in precision engineering, aerospace fastener specifications, small engine torque settings, and electronic assembly where fine torque control is essential.