Instrumentation Calculators

Millimeter of Water Column (mmWC) to Kilopascal (kPa) Pressure Unit Conversion Calculator

This calculator helps you easily convert pressure values from Millimeter of Water Column (mmWC) to Kilopascal (kPa), a widely used pressure unit in industrial, scientific, and engineering applications.

The Millimeter of Water Column (mmWC) is a unit of pressure that represents the pressure exerted by a 1-millimeter-high column of water. It is commonly used in low-pressure systems like HVAC, water distribution, and other applications requiring precise pressure control.

The Kilopascal (kPa) is a metric unit of pressure, where 1 kPa equals 1000 Pascals (Pa). It is commonly used in a wide range of industries, including engineering, meteorology, and construction, to measure both low and high pressures.

Suppose you have a pressure of 500 mmWC.
To convert it to kPa:

500×0.00980665=4.9033 kPa

So, 500 mmWC is equal to 4.9033 kPa.

Millimeter of Water Column (mmWC)Kilopascal (kPa)
100 mmWC0.98067 kPa
200 mmWC1.9613 kPa
500 mmWC4.9033 kPa
1000 mmWC9.8067 kPa
2000 mmWC19.61 kPa
  • HVAC and Water Systems: Convert low-pressure mmWC readings to kPa for precise system monitoring.
  • Industrial and Scientific Applications: Ideal for converting pressure values in instrumentation, laboratory work, and low-pressure control systems.
  • Engineering and Environmental Monitoring: Useful for converting water column pressure values to kPa in structural engineering and environmental applications.

This mmWC to kPa conversion calculator is essential for professionals working in industries where low-pressure measurements are common and require accurate conversions.

Here you can refer more Online Instrumentation Calculators Collections


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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