What are the measuring range, accuracy level and working environment requirements of the pressure gauge?
Publish Time: 2024-04-28
The measuring range, accuracy level and working environment requirements of a pressure gauge depend on the specific pressure gauge type and application scenario. Generally speaking, the measurement range of pressure gauges usually ranges from tens to thousands of pascals (kPa) or several to hundreds of megapascals (MPa). Pressure gauges with different ranges can be selected according to actual needs.
Regarding accuracy levels, pressure gauges are usually divided into different levels according to their accuracy and error range, such as level 0.5, level 1, level 1.5, etc. Higher accuracy levels represent higher measurement accuracy. Choosing an accuracy level that suits your requirements ensures the accuracy of your measurement results.
As for the working environment requirements, the following points need to be paid attention to when using the pressure gauge:
Temperature range: The pressure gauge should have the ability to adapt to the temperature range of the working environment to ensure its normal operation and accurate measurement.
Pressure medium: Make sure that the pressure gauge is suitable for the medium to be measured, such as liquid, gaseous or gas-solid two-phase media.
Protection level: According to the needs of the working environment, select a pressure gauge with an appropriate protection level to prevent it from being affected by external environments such as dust and moisture.
Vibration and impact: For places with harsh working environments, it is necessary to choose a pressure gauge that can withstand shock and impact to ensure its normal operation and service life.
In general, the measurement range, accuracy level and working environment requirements of the pressure gauge are important factors to consider when selecting and using a pressure gauge. I hope this information helps, and if you have any other questions, please feel free to let me know! If more specific information is needed, the specific model or application scenario of the pressure gauge can also be provided.
