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　　Long rod radiation measuring instrumentIt is an instrument specially used to measure the gamma ray dose rate in the environment. It is widely used in fields such as environmental monitoring, nuclear facility safety inspections, and radioactive waste disposal to protect human health and environmental safety through accurate measurements.
 

　　Long pole radiation measuring instrument consists of:
 

　　1. Detection head unit: The detection head unit is the core part of the long-rod radiation measuring instrument, usually composed of high-sensitivity Geiger tubes or other detectors. These detectors can accurately capture gamma rays and convert the radiation signals into electrical signals for subsequent processing.
 

　　2. Telescopic pole: Equipped with a telescopic pole up to 1.9 meters long, ergonomically designed to enable operators to conduct radiation measurements from a safe distance. This design is particularly suitable for highly radioactive areas that are inaccessible or inconvenient for personnel.
 

　　3. Handle: The handle is the direct point of contact between the user and the instrument, and is ergonomically designed to ensure comfort and stability even during long-term use.
 

　　4. Display unit and high-performance PDA: The display unit is usually equipped with a large-size high-definition LCD screen, which can display measurement data, time, GPS longitude and latitude and other information in real time. High-performance PDA is used for data processing, storage and analysis. It communicates with the probe unit through Bluetooth, with an effective distance of up to 15 meters, providing additional safety guarantee for operators.
 

　　5. Measurement software: The most powerful measurement software supports a variety of data processing functions, including setting alarm thresholds, saving measurement records, generating reports, etc. These software features greatly improve measurement efficiency and data management convenience.
 

　　Long rod radiation measuring instrumentFeatures:
 

　　1. Multi-scene applicability: Suitable for various radioactive places, such as nuclear power plants, industrial flaw detection, environmental protection departments, etc. Its flexible design and diverse detection types (such as semiconductors, ionization chambers) enable it to meet the needs of different scenarios.
 

　　2. Wireless communication: The instrument completes wireless communication with the PDA through Bluetooth, transmits measurement data in real time, and completes functions such as display, storage, and alarm on the PDA. This wireless communication method not only improves the convenience of operation, but also reduces the potential risks caused by cable connections.