The Importance Of Pressure Gauges

  •   Many types of pressure measuring devices convert their readings into electrical signals, and these data can be displayed by a data acquisition device (or DAQ). Although pressure gauges can display their readings digitally, they can directly measure and display pressure readings without having to convert such information electronically, which is attracting attention. Pressure gauges are valued in the industry for their simplicity, accuracy, cost-effectiveness, and low maintenance.


      In a sense, the origin of the pressure gauges of Air pressure gauge suppliers can be traced back to early modern times, as well as the scientific discoveries of the Italian mathematician and physicist Evangelista Torricelli. In 1644, Torricelli discovered the existence of a vacuum in nature and the fact that air carries weight. French scientist Blaise Pascal and other scientists continue to build on Torricelli's discoveries. However, until today, the industry has only truly realized the existence of pressure gauges. In the 1840s, Frenchman Eugene Bourdon (Eugene Bourdon) began to find a solution to solve the fatality problem involving high-pressure locomotive engines. The result of his efforts was the invention of the Borden Gauge in 1849. Although originally designed for railway applications, Burden inadvertently made a greater contribution to the entire industrial field. Bourdon pressure gauges enable various types of industrialists to measure higher pressure levels than before and open the way for further pressure gauge development. Today, the Bourdon pressure gauge is still the most commonly used type of pressure gauge.


      Pressure measurement is essential for the safety and normal operation of many types of industrial systems (such as water-based systems, oil-based systems, and gas-based systems) and corresponding industrial products (such as water heaters, fire extinguishers, and medical gases). If there is no accurate method to measure and regulate pressure, the entire fluid power system will be unpredictable and unreliable (and therefore useless). Measuring pressure is not only important for keeping mechanisms operating directly under proper pressure control, but also for the correct operation of mechanisms that rely on values ​​related to pressure control (for example, flow meters whose pressure level affects flow). In fact, stress is so important to modern industry that it is one of the most frequently measured phenomena in the entire business. Temperature alone is the more common sampling.