Instrumentation Calculators

Millimeter of Water Column (mmWC) to Kg/cm² Pressure Unit Conversion Calculator

This calculator enables you to effortlessly convert pressure values from Millimeter of Water Column (mmWC) to Kilogram per square centimeter (Kg/cm²), commonly used in industrial, scientific, and engineering applications.

The Millimeter of Water Column (mmWC) is a unit of pressure derived from the force exerted by a column of water that is 1 millimeter in height. It is often used in low-pressure applications such as ventilation, water distribution systems, and other industrial processes.

The Kilogram per square centimeter (Kg/cm²) is a metric unit of pressure that indicates the force in kilograms applied per square centimeter. It is widely used in engineering and industrial applications, especially in hydraulic and pneumatic systems.

Suppose you have a pressure of 1000 mmWC.
To convert it to Kg/cm²:

1000×0.00009807=0.09807 Kg/cm²

So, 1000 mmWC is equal to 0.09807 Kg/cm².

mmWCKg/cm²
500 mmWC0.04903 Kg/cm²
1000 mmWC0.09807 Kg/cm²
5000 mmWC0.49035 Kg/cm²
10000 mmWC0.9807 Kg/cm²
20000 mmWC1.9614 Kg/cm²
  • Hydraulics and Pneumatics: Convert mmWC readings to Kg/cm² for accurate system design and performance monitoring.
  • Water Treatment and Distribution Systems: Suitable for converting pressure readings in water columns to the commonly used Kg/cm² unit.
  • Industrial Applications: Useful for converting pressure values in low-pressure control environments.

This mmWC to Kg/cm² conversion calculator is a must-have tool for professionals requiring quick and precise pressure unit 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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