Explore our intuitive Psi to Inch Water 60 Degree Fahrenheit Converter, crafted by Newtum to simplify your pressure unit conversions. Get accurate results with ease and satisfy your curiosity about this essential tool.
Psi, or pounds per square inch, is a unit of pressure expressing the force exerted on one square inch of area. It's widely used in various applications such as tire pressure, hydraulic systems, and atmospheric pressure measurement.
Definition of InchAn inch is a unit of length in the imperial and United States customary systems of measurement. It represents 1/12 of a foot or 1/36 of a yard. Historically, it was based on the width of a human thumb.
| Psi (psi) | Inch Water 60°F (inH2O) |
|---|---|
| 0.5 psi | 27.6799 inH2O |
| 1 psi | 55.3599 inH2O |
| 2 psi | 110.7197 inH2O |
| 3 psi | 166.0796 inH2O |
| 4 psi | 221.4394 inH2O |
| 5 psi | 276.7993 inH2O |
| 6 psi | 332.1591 inH2O |
| 7 psi | 387.5190 inH2O |
| 8 psi | 442.8788 inH2O |
| 9 psi | 498.2387 inH2O |
| 10 psi | 553.5985 inH2O |
Example 1:
Convert 1 psi to inH2O at 60°F:
1 psi = 2.03602 inH2O (approx.)
Example 2:
Convert 5 psi to inH2O at 60°F:
5 psi = 5 × 2.03602 inH2O = 10.1801 inH2O (approx.)
The Psi to Inch Water 60 Degree Fahrenheit Converter is a historical tool used for pressure unit conversions. It originates from the need to convert between different units of pressure for various industrial and scientific applications.
Discover how the Psi to Inch Water 60 Degree Fahrenheit Converter plays a crucial role in practical applications.
Example Conversion 1:
2 psi to inH2O at 60°F:
Result: 2 psi = 4.07204 inH2O (approximately).
Example Conversion 2:
7.5 psi to inH2O at 60°F:
Result: 7.5 psi = 15.27015 inH2O (approximately).
1. What is Psi to Inch Water 60 Degree Fahrenheit Converter?
It's a tool for converting pressure from psi to inches of water column at 60°F.
2. Why convert psi to inH2O?
For applications that require readings in inches of water column instead of psi, such as HVAC systems.
3. How accurate is the converter?
It's designed for high accuracy, but always confirm with a secondary source if precision is critical.
