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　　Explosion-proof radiation measuring instruments are devices used to measure radiation dose or intensity in environments where explosive gases or vapors may exist. Such instruments combine explosion-proof technology with radiation measurement technology to ensure safe and accurate monitoring of radiation levels in hazardous environments. Radiation monitoring equipment that can be used safely in locations with explosive mixtures. It adopts a special explosion-proof design, such as explosion-proof shell, explosion-proof circuit, etc., to prevent explosion due to circuit short circuit, overheating and other reasons during the measurement process. In addition, it also has the characteristics of high sensitivity, wide measurement range, and fast response, and can accurately monitor radiation levels in the environment in real time.
 

　　Measurement range: The measurement range usually covers radiation levels from microdose to higher doses to adapt to the needs of different application scenarios.
 

　　Energy response: The instrument should have good response characteristics to radiation of different energies to ensure the accuracy of measurement results.
 

　　Relative inherent error: The measurement error of the instrument should be controlled within a certain range to ensure the reliability of the measurement results.
 

　　Response time: The instrument should be able to respond quickly to radiation changes in the environment so that necessary measures can be taken in a timely manner.
 

　　Explosion-proof mark: Usually there is a clear explosion-proof mark to indicate that it complies with relevant explosion-proof standards and requirements.
 

　　Explosion-proof radiation measuring instruments are widely used in industrial fields such as petroleum, petrochemicals, gas, mining, and refining, as well as in public safety fields such as homeland security, emergency response, firefighting, and environmental protection. In these areas, various flammable gases or vapors may exist, which may cause explosions once they encounter fire sources or high temperatures. Therefore, radiation monitoring can ensure the personal safety of workers in dangerous environments and prevent environmental pollution and accidents caused by radiation leakage.
 

　　*Notes
 

　　1. Before using the explosion-proof radiation measuring instrument, you should read the instruction manual carefully to understand the usage, precautions and maintenance methods of the instrument.
 

　　2. During use, ensure that the explosion-proof performance of the instrument is fully utilized and avoid unnecessary operations in hazardous environments.
 

　　3. Calibrate and maintain the instrument regularly to ensure the accuracy and reliability of its measurement results.
 

　　4. During storage and transportation, relevant safety regulations and requirements should be followed to avoid damage or contamination of the instrument.