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Beijing Sipent Electronic Instrument Co., Ltd
Home>Products>BG9512H High dose X γ Radiation Dose Rate Meter
BG9512H High dose X γ Radiation Dose Rate Meter
The BG9512H high-dose rate X-ray and gamma dose rate meter is suitable for measuring X-ray and gamma radiation dose rates at high levels of radiation
Product details

The BG9512H high-dose rate X-ray and gamma dose rate meter is suitable for measuring X-ray and gamma radiation dose rates at high levels of radiation pollution or radiation leakage. The instrument has the characteristics of excellent energy response, light weight, low power consumption, wide range, and simple use, making it an ideal choice for industries such as nuclear power plants, nuclear medicine, radiation testing and treatment facilities, health and disease control, and customsRadiation detector.

Application field

Radiation safety supervision: environmental protection, health, customs ports, transportation, public security fire protection, emergency response

Medical safety monitoring: nuclear medicine, interventional medicine, X-ray diagnosis, medical nuclear waste discharge

Nuclear power and industrial testing: environmental monitoring, on-site safety testing, waste monitoring

Main Features

◎ Built in high range GM tube gamma (X) detector

◎ Numerical charts simultaneously indicate measured values

Adaptive filtering algorithm ensures measurement accuracy at low dose rate levels

The external probe can be connected in wired or wireless mode

◎ 64KB data storage, can manually or automatically (by setting time intervals) save real-time dose rates

◎ Equipped with a USB interface, it facilitates the management or maintenance of instrument measurement data by the upper computer

Main parameter indicators

Detector: Imported dual GM tube

Measurement range: Dose rate: 0.01 μ Sv/h-10Sv/h (dual GM tube) 0.1 μ Sv/h-30mSv/h (host)

Energy threshold: 35keV

Energy range: 50keV to 3MeV

Sensitivity: 3.5cps (1 μ Sv/h)

Energy response: Dual GM tube: 48keV~1.5MeV, not exceeding ± 30% (relative to 137Cs 661KeV)

Relative inherent error: not exceeding ± 15%


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