Instrumentation Calculators

Inch of Water (inH2O) to Millibar (mBar) Pressure Unit Conversion Calculator

This calculator provides a quick and easy way to convert pressure values from Inch of Water (inH2O) to Millibar (mBar), a useful feature in HVAC, fluid mechanics, and various industrial applications that require low-pressure measurements.

The Inch of Water (inH2O) is a unit of pressure that represents the pressure exerted by a 1-inch column of water at a specific temperature (usually 4°C or 20°C) under standard gravity. It is commonly used in HVAC, airflow measurements, and fluid flow systems.

The Millibar (mBar) is a metric unit of pressure, equal to 100 Pascals. It is widely used in atmospheric pressure measurement, meteorology, and various scientific applications.

Suppose you have a pressure of 10 inH2O. To convert it to mBar:

10 inH2O×2.49089=24.9089 mBar10

So, 10 inH2O is approximately equal to 24.91 mBar.

Inch of Water (inH2O)Millibar (mBar)
1 inH2O2.49089 mBar
5 inH2O12.45445 mBar
10 inH2O24.9089 mBar
25 inH2O62.27225 mBar
50 inH2O124.5445 mBar
100 inH2O249.089 mBar
  • HVAC Applications: Helpful for converting airflow and duct pressure readings.
  • Fluid Mechanics: Commonly used in fluid pressure calculations and testing.
  • Industrial Calibration: Essential for process control systems where inH2O needs to be converted to mBar.
  • Environmental Science: Used for atmospheric and environmental pressure conversions.

This inH2O to mBar conversion calculator is a valuable tool for professionals in engineering, environmental science, and industrial applications where accurate pressure conversions are essential.

Here you can refer more 200+Online Instrumentation Calculators

Sundareswaran Iyalunaidu

With over 24 years of dedicated experience, I am a seasoned professional specializing in the commissioning, maintenance, and installation of Electrical, Instrumentation and Control systems. My expertise extends across a spectrum of industries, including Power stations, Oil and Gas, Aluminium, Utilities, Steel and Continuous process industries. Tweet me @sundareshinfohe

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