The BG9044 online radiation monitoring device for radioactive sources is a product that monitors the radiation dose and geographical location of radioactive source equipment or containers. It also has regulatory functions for flaw detectors and other equipment. The monitoring device is installed in conjunction with the radiation source equipment or container, and can measure radiation dose, position, vibration, detachment and other information in real time, and perform status monitoring and alarm. The data is sent through Bluetooth or 4G full network, and with the help of the mobile intelligent radiation monitoring APP, BG1344 dedicated charger and network platform, it can achieve comprehensive monitoring of the entire process of mobile radiation source storage, transportation and operation.

Main technical parameters

Measurement range: 1 μ Sv/h-100mSv/h

Energy range: 50keV to 1.5MeV

Energy response: 50keV -1.5MeV relative to 137Cs not exceeding ± 30%

Relative inherent error: not exceeding ± 30%

Repeatability:< 10%

Communication: Bluetooth and 4G full network (300 bytes every 30 seconds, 2M per day, 800M per year)

Positioning: GPS or BDS satellite positioning

Weight: ＜ 500g

Shell: Engineering plastic

Appearance design: conforms to the curved design of the flaw detector

Protection level: IP65

Working temperature:- 10℃-60℃

Using lithium batteries, rechargeable

Equipped with anti disassembly alarm function

Accessories: Compatible bracket, soft sheath to prevent equipment scratches, and equipped with fall buffering function

In the specified working mode, it has the function of detecting gamma dose rate and alarm. In the specified working mode, it has vibration alarm and heartbeat detection function.

Battery life: When fully charged and sending data every 15 minutes, the battery life should not be less than 15 days

Data upload time: 1-60min adjustable, with automatic adjustment of data upload time for mobile/cloud system functions

Real name binding of radioactive source information

Customize a reasonable and feasible working mode

Real time recording of work, dosage, geographic location, and other information

IoT technology: Handheld end+cloud monitoring data synchronization

The relevant person in charge of emergency response shall enter the information of the radioactive source with real name, including the name, number, picture, and status (in stock, transportation) of the radioactive source

Wait, bind the radioactive source with real name to prevent accidents such as loss and theft. According to the operating procedures of the personnel involved in the source, an effective work supervision mode is set up to record the operation process in real time and synchronously upload it to the handheld intelligent radiation monitor and cloud database, including information such as radiation dose, working mode, geographical location, etc. Historical data can be viewed at any time. The system has an emergency response process and information transmission mechanism, which can push monitoring data and alarm information to relevant responsible persons.