Precision pressure gauge is an instrument used for precise measurement of pressure. The main application areas and usage precautions of precision pressure gauge.
Industrial process control:
Precision pressure gauges are widely used in industrial sectors such as petroleum, chemical, metallurgical, and power stations to monitor and control pressure changes in various process parameters, ensuring the stability and safety of the production process.
In key facilities such as thermal pipelines, oil and gas transmission, and water and gas supply systems, the role of precision pressure gauge is particularly prominent. They can accurately measure the pressure inside pipelines and prevent safety accidents such as leaks and explosions.
Research and experimentation:
In laboratories and research institutions, precision pressure gauges are used to accurately measure pressure values under various experimental conditions, providing reliable data support for scientific research activities.
Precision pressure gauges play an irreplaceable role in research in fields such as materials science and fluid mechanics.
Medical equipment:
In medical equipment such as high-pressure sterilizers, ventilators, etc., precision pressure gauges are used to monitor pressure changes inside the equipment to ensure its normal operation and patient safety.
Aerospace:
In the aerospace field, precision pressure gauges are used to measure the internal and external pressure of aircraft, rockets, and other spacecraft, providing important data references for the design and operation of aircraft.
Correct selection:
Select the appropriate precision pressure gauge model and specifications based on factors such as measurement medium, measurement range, and accuracy requirements.
Pay attention to the influence of factors such as corrosiveness of the medium, temperature, and pressure fluctuations on precision pressure gauge.
Correct installation:
Ensure that the precision pressure gauge is installed vertically and the inclination should not exceed the specified range to avoid affecting the measurement accuracy.
Before installation, check whether the seals, pointers, joint threads, etc. of the instrument are intact to ensure that the instrument is in normal condition.
Regular verification:
Precision pressure gauges should be regularly calibrated and calibrated during use to ensure their measurement accuracy and reliability.
The verification period can be determined based on factors such as usage frequency and medium characteristics.
Pay attention to maintenance:
Keep the precision pressure gauge clean and dry, avoiding impurities such as dust and moisture from entering the gauge and affecting measurement accuracy.
Regularly check whether the connecting pipes and joints are loose or leaking, and promptly deal with them.
Safe operation:
When operating precision pressure gauge, relevant safety regulations and operating procedures should be followed to ensure the safety of personnel and equipment.
Especially when dealing with high temperature, high pressure or corrosive media, necessary protective measures should be taken.
In summary, precision pressure gauge plays an important role in multiple fields, but attention should also be paid to selection, installation, calibration, maintenance, and safe operation during use to ensure its measurement accuracy and reliability.
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