Discover a seamless conversion experience with our psi to inH2O tool, designed to accurately translate psi measurements into inches of water at 60°F. Get curious and explore how simple pressure conversions can be!
Pound-force per square inch (psi) is a unit of pressure in the Imperial system of measurement. It quantifies the force in pounds exerted on one square inch of an object's surface area. Commonly used in various industries, psi serves as a benchmark for pressure ratings in automotive tires, scuba tanks, and more.
Definition of Inch of waterAn inch of water is a non-SI unit for pressure. It measures the pressure exerted by a one-inch high column of water at a specified temperature, usually 60°F, at sea level. This unit is commonly used in the United States for measuring low-pressure values.
Pound-force per square inch (psi) | Inches of Water at 60°F (inH2O) |
---|---|
1 psi | 27.68 inH2O |
2 psi | 55.36 inH2O |
3 psi | 83.04 inH2O |
4 psi | 110.72 inH2O |
5 psi | 138.40 inH2O |
6 psi | 166.08 inH2O |
7 psi | 193.76 inH2O |
8 psi | 221.44 inH2O |
9 psi | 249.12 inH2O |
10 psi | 276.80 inH2O |
Example 1:
Convert 1 psi to inH2O:
1 psi = 27.68 inH2O
Example 2:
Convert 5 psi to inH2O:
5 psi = 5 × 27.68 inH2O = 138.40 inH2O
A brief history of the psi to inH2O conversion reflects the evolution of measurement systems. Originating from the need to standardize industrial processes, it now serves as a critical tool in various engineering fields, ensuring accurate and consistent measurements across different pressure scales.
Understanding real-life applications of the psi to inH2O conversion can offer insights into its practical importance across various domains.
Example 1:
Converting 2 psi to inH2O:
2 psi = 2 × 27.68 inH2O = 55.36 inH2O
Example 2:
Converting 7.5 psi to inH2O:
7.5 psi = 7.5 × 27.68 inH2O = 207.60 inH2O
Q1:
What is a psi to inH2O converter?
A1:
It's a tool that converts pressure units from pounds per square inch (psi) to inches of water at 60°F (inH2O).
Q2:
Why do I need this converter?
A2:
The converter is essential for industries where pressure measurements need to be consistent and precise, particularly when dealing with water systems.
Q3:
How accurate is the conversion?
A3:
The conversion is based on standardized values, ensuring high accuracy for technical and industrial applications.