HomeInstrumentation CalculatorsInch of Mercury (inHg) to Pounds per Square Inch (psi) Pressure Unit...

Inch of Mercury (inHg) to Pounds per Square Inch (psi) Pressure Unit Conversion Calculator

Published on

spot_img

This calculator allows you to convert pressure values from Inch of Mercury (inHg) to Pounds per Square Inch (psi), which are commonly used in weather forecasting, aviation, and various industrial applications requiring precise pressure measurements.

The Inch of Mercury (inHg) is a unit of pressure that represents the pressure exerted by a 1-inch column of mercury at 0°C under standard gravity. It is often used in barometric pressure measurements and various industrial processes.

Pounds per Square Inch (psi) is an imperial unit of pressure commonly used in the United States to measure pressure in systems like tires, hydraulics, and pipelines. It indicates the pressure resulting from a force of one pound-force applied to an area of one square inch.

Suppose you have a pressure of 30 inHg. To convert it to psi:

30 inHg×0.491154=14.73462 psi

So, 30 inHg is approximately equal to 14.73 psi.

Inch of Mercury (inHg)Pounds per Square Inch (psi)
1 inHg0.491154 psi
5 inHg2.45577 psi
10 inHg4.91154 psi
15 inHg7.36731 psi
30 inHg14.73462 psi
50 inHg24.5577 psi
  • Weather Forecasting: Useful for converting barometric pressure readings to psi.
  • Aviation: Helpful in calibrating altimeters and other pressure-sensitive instruments.
  • Industrial Systems: Widely used in hydraulic and pneumatic systems.
  • Automotive Applications: Commonly used for converting pressure measurements in tires and engines.

This inHg to psi conversion calculator is an essential tool for professionals in meteorology, aviation, and various engineering fields that require accurate pressure conversions.

Here you can refer more 200+Online Instrumentation Calculators

Latest articles

Essential Control Valve Performance Parameters

Table of ContentsDead Band & BacklashActuator-Positioner DesignResponse TimeValve TrimDead TimeGainHysteresisInherent CharacteristicShaft Wind-UpValve Capacity (Cv...

Cause-and-Effect Diagrams in Process Industries: Test Your Knowledge

The Cause-and-Effect Diagram in Instrumentation and Control Engineering quiz welcomes you to its examination....

Easy Pull-Up Resistor Calculator for PLC Inputs in Discrete Sensor Applications

Table of ContentsWhat is a PLC?What is a Pull-Up Resistor in PLC Applications?PLC Input...

Step-by-Step Guide for Troubleshooting Radar Level Transmitters

Table of ContentsHow do you troubleshoot a radar level transmitter?Problem no.1: Power Supply IssuesProblem...

More like this

Essential Control Valve Performance Parameters

Table of ContentsDead Band & BacklashActuator-Positioner DesignResponse TimeValve TrimDead TimeGainHysteresisInherent CharacteristicShaft Wind-UpValve Capacity (Cv...

Cause-and-Effect Diagrams in Process Industries: Test Your Knowledge

The Cause-and-Effect Diagram in Instrumentation and Control Engineering quiz welcomes you to its examination....

Easy Pull-Up Resistor Calculator for PLC Inputs in Discrete Sensor Applications

Table of ContentsWhat is a PLC?What is a Pull-Up Resistor in PLC Applications?PLC Input...