Portable Radiation Monitor Professional with Automatic Monitoring Function High Sensitivity Radioactive β γ X Ray Dosimeter Monitor 0.00uSv‑500.0mSv Equivalent Range

Specification: Item Type: Portable Radiation Monitor Material: ABS Model: GC-02 Size: Approx. 106.5 x 44.5 x 25mm / 4.19 x 1.75 x 0.98in Detectable Radiation Types: Ionizing Radiation (γ rays, x rays, etc.) Detector: Energy Compensated Tube Dose Rate: 0-10000μSv/h (10mSv/h) Accumulated Dose Equivalent: 0uSv-500.0mSv Energy Range: 48keV-15Mev ≤ +30% (for 137Cs-) Language: Chinese, English, Russian, German, Japanese, Portuguese, Spanish, Korean Sensitivity: 80CPM/μSv (for Co-60) Dose Units: μSv/h, μGy/h, mR/h, CPS, CPM Battery Capacity: Rechargeable Lithium Battery 850mAh x 1 (Included) Reminding System: Light, Sound How to Use: Access the instruction manual for operating. PackageList: 1 x Radiation Detector 1 x Lanyard 1 x Charging Cable 1 x Manual

• 0.00uSv‑500.0mSv Equivalent Range: With a cumulative dose equivalent range of 0.00uSv‑500.0mSv, this portable radiation monitor is capable of accurately tracking long term radiation exposure and providing detailed historical data sets for analysis and safety assessment.
• Energy Compensation Algorithm: The advanced energy compensation algorithm in conjunction with the sensor ensures accurate measurements at different energy levels, making it suitable for various operational environments.
• Automatic Monitoring Function: The nuclear radiation dosimeter features an automatic monitoring function that eliminates the need for continuous operator handling, allowing for easy monitoring without the need to place the device near the object being .
• And : The portable radiation dosimeter is equipped with a built in sensor, providing time and in detecting gamma, beta, and X ray radiation.
• High Sensitivity: With a high sensitivity radiation detector utilizing state of the art technology, the nuclear radiation detector offers mode remind functionality with adjustable settings, providing timely reminds when radiation levels exceed preset thresholds for immediate response and safety assurance.