X-ray Area Monitoring System

X-ray Area Monitoring SystemMainly used for continuous monitoring of X and gamma rays in the region, it can connect multiple devices to network monitoring of radiation in specific areas, provide real-time environmental dose information, and provide data basis for management decisions of the monitoring center. Capable of emitting sound and light alarm signals according to the predetermined alarm threshold, alerting on-site personnel and ensuring their safety.

X-ray Area Monitoring SystemInstruments are divided into basic typesHigh D-type and nuclide identification type. The basic type is G-M tube detector, which is characterized by meeting the general requirements of nuclear radiation monitoring and can be used for general monitoring and alarm.tallDThe type adopts a current integral plastic scintillation detector, which is characterized by high detection sensitivity, instantaneous capture of radiation dose rate values at sub second speeds, more accurate measurement results, more accurate energy response, and good long-term stability. The nuclide identification type is a built-in nuclide identification detector with high detection sensitivity, fast response, more stable and reliable measurement results, and provides real-time nuclide identification function, which can timely distinguish the types of radioactive sources that cause radiation abnormalities and provide accurate basis for subsequent radiation protection.

Provide basic typestallDThree types of dose rate meters: type, nuclide identification type, etc

Suitable for monitoring X and gamma ray dose rates in nuclear radiation applications

Can be used independently, flexibly placed in the office or carried for use

Equipped with a large-sized high-definition touch screen

Configurable backup battery to maintain device operation during power outages

Optional nuclide identification probe can be used to achieve both nuclide identification and dose monitoring functions simultaneously

You can set the alarm threshold by yourself, activate the on-site sound and light alarm, and output the alarm signal

Multiple fixed installations can be made at the radiation application site to be monitored, and real-time dose rate information can be aggregated into the monitoring computer system through wireless or wired networks to form a regional radiation monitoring network

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