Product Overview
The HA1600-AB Mobile Aerosol Monitor is designed to measure the activity concentration of alpha and beta particles in radioactive aerosols in the air. Its internal automatic paper feed mechanism enables continuous aerosol monitoring. Four mobile wheels on the bottom of the device create a compact and highly integrated design, meeting user needs for mobile, multi-point monitoring in indoor environments.
Product Overview
The HA1600-AB Mobile Aerosol Monitor is designed to measure the activity concentration of alpha and beta particles in radioactive aerosols in the air. Its internal automatic paper feed mechanism enables continuous aerosol monitoring. Four mobile wheels on the bottom of the device create a compact and highly integrated design, meeting user needs for mobile, multi-point monitoring in indoor environments.
Application Areas
This product is used in nuclear medicine departments in hospitals, nuclear medicine R&D and production companies, nuclear power plants, military industries, and research institutes.
Features
① High Resolution: Utilizes a semiconductor PIPS detector and a charge-sensitive preamplifier to ensure excellent resolution.
② Real-Time Monitoring: Automatic sampling and paper-feed measurement, with real-time calculation of current aerosol activity concentration.
③ Automatic Subtraction: A unique energy discrimination algorithm automatically subtracts interference from natural radon and thoron daughters.
④ Flow Monitoring: Automates the measurement process, enabling immediate stop of the sampling pump if it malfunctions.
⑤ Data Management: Features historical data management, enabling querying, deletion, and exporting of historical data.
⑥ High Integration: Compact and lightweight, the device boasts high integration, making it convenient for users to conduct mobile, multi-point monitoring in indoor environments.
Application Areas
This product is used in nuclear medicine departments in hospitals, nuclear medicine R&D and production companies, nuclear power plants, military industries, and research institutes.
Features
① High Resolution: Utilizes a semiconductor PIPS detector and a charge-sensitive preamplifier to ensure excellent resolution.
② Real-Time Monitoring: Automatic sampling and paper-feed measurement, with real-time calculation of current aerosol activity concentration.
③ Automatic Subtraction: A unique energy discrimination algorithm automatically subtracts interference from natural radon and thoron daughters.
④ Flow Monitoring: Automates the measurement process, enabling immediate stop of the sampling pump if it malfunctions.
⑤ Data Management: Features historical data management, enabling querying, deletion, and exporting of historical data.
⑥ High Integration: Compact and lightweight, the device boasts high integration, making it convenient for users to conduct mobile, multi-point monitoring in indoor environments.
Technical Parameters
Product Model |
HA1600-AB |
Detector |
Semiconductor PIPS detector |
Detector effective area |
300mm2 |
Detection efficiency |
α>30%(Am-241), β>7%(Sr-90) |
Detection limit |
Alpha aerosol <0.01Bq/m3, beta aerosol <1.0Bq/m3 |
Measuring range |
α:2×10-2Bq/m3~3.7×106Bq/m3、β:1.0Bq/m3~3.7×106Bq/m3 |
Energy range |
α:3MeV~10MeV、β:60keV~3.0MeV |
Sampling flow |
10~50L/min, adjustable |
Filtration efficiency |
More than 99% of aerosol particles larger than 0.4μm |
Filter paper size |
50mm*20m; |
Power supply |
AC220V,50Hz |
Communication interface |
Ethernet |
Operating temperature |
-10℃~+40℃ |
Technical Parameters
Product Model |
HA1600-AB |
Detector |
Semiconductor PIPS detector |
Detector effective area |
300mm2 |
Detection efficiency |
α>30%(Am-241), β>7%(Sr-90) |
Detection limit |
Alpha aerosol <0.01Bq/m3, beta aerosol <1.0Bq/m3 |
Measuring range |
α:2×10-2Bq/m3~3.7×106Bq/m3、β:1.0Bq/m3~3.7×106Bq/m3 |
Energy range |
α:3MeV~10MeV、β:60keV~3.0MeV |
Sampling flow |
10~50L/min, adjustable |
Filtration efficiency |
More than 99% of aerosol particles larger than 0.4μm |
Filter paper size |
50mm*20m; |
Power supply |
AC220V,50Hz |
Communication interface |
Ethernet |
Operating temperature |
-10℃~+40℃ |