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The OS-8 fixed electromagnetic environment online monitoring system meets the long-term online monitoring needs of electromagnetic environments such as mobile communication base stations, power transmission and transformation projects, broadcasting and television transmission towers, radars, high-speed railways, and environmental quality points.
Product Features
- Integrated design and calibration of power frequency electromagnetic field and radio frequency electric field
- 365 days of continuous monitoring, with a data capture rate of 95%
- Two monitoring data are collected every 1 second, and by default, one data is uploaded every 3 seconds for automatic monitoring, storage, and uploading. Automatic data processing and statistical analysis
- Real time automatic monitoring and alarm
- Scalable monitoring of meteorology, noise, and ionizing radiation
HYGP-1123 is a small and high-sensitivity x γ radiation detector, which uses the latest low-power embedded microprocessor as the data processing unit. The detector is composed of a high-sensitivity scintillator and a high range GM counter. The instrument is more sensitive to short-term pulse radiation and can detect short-term (≥ 10ms) X-pulse radiation. It has a wide range of applications, such as environmental monitoring (nuclear safety), radiation health monitoring (disease control, nuclear medicine), homeland security monitoring (entry and exit, customs), public safety monitoring (public safety), nuclear power plants, laboratories, and nuclear technology applications.
Instrument characteristics
▶ Large area backlit color display
▶ The instrument has high sensitivity and can measure environmental background
▶ Automatically save cumulative dose, can be saved for a long time when powered off
Specification
▶ Continuous radiation field measurement range: Dose rate: 0.01 μ Sv/h-200mSv/h
Cumulative dose: 0.00 μ Sv to 9999Sv
▶ Pulse radiation field measurement range: 0.01 μ Sv/h-200mSv/h
▶ Pulse radiation response time: 5ms
▶ Energy range: 20KeV-7MeV
▶ Sensitivity: 1.7cps+1500cps (1 μ Sv/h)