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The OS-8 S frequency selective electromagnetic environment online monitoring system is the first frequency selective electromagnetic environment online monitoring system with spectrum monitoring function, which realizes long-term continuous online monitoring of wideband electromagnetic environment, and can view data and spectrum through the platform. It also supports monitoring meteorological parameters such as temperature, humidity, atmospheric pressure, wind speed, wind direction, rainfall, etc., and uses GPS positioning and timing.
Product Features
- Frequency selective monitoring, real-time spectrum upload
- Frequency division monitoring to determine electromagnetic environment sources and contributions
- Full frequency monitoring, with separate monitoring of electric and magnetic fields
- Spectrum analysis, accurate and interference free
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)