shenzhen baichuan electronics
Relying on years of market experience and strong scientific research technology, successfully developed RS485 output mica Geiger counter RAD-S104 radiation sensor. Modern technologies and innovative means are adopted for the flawless manufacturing of RS485 output mica Geiger counter RAD-S104 radiation sensor. So far, the application areas of the product have been expanded to the Environmental Sensors. we hope that we can respond more rapidly to changes in the industry with a deeper understanding of the market needs. We believe that we will stand out in the global market with our finest-quality products and unparalleled services.
| Usage: | Measures Alpha, Beta, Gamma, and X-Rays | Theory: | Mica Geiger Counter |
| Output: | RS485 | Description: | nuclear radiation sensor |
| Measurement type: | Alpha, beta, gamma and X-rays | Measuring range: | 0.001-100 mR/h, 0.01-1000uSv/h, 0-5000 CPS (unit selectable) |
| precision: | ±15% | sensor: | Mica Geiger Counter (Imported from USA) |
| energy range: | 20KeV~3Mev | data output: | RS-485 |
| Units of measurement: | mR/h, uSv/h, CPS three units | Operating temperature: | -20℃ to 60℃ |
| Alarm function: | Two-level sound and light alarm | powered by: | 12-24DCV |
Product Description
The RAD-S104 fixed radiation sensor probe adopts the large-end window mica Geiger counter imported from the United States, with stable and reliable data, which can quickly detect the hard α, β, γ and Χ rays in the environment or products in real-time, and quickly find the radioactive source. Mainly used for radiation monitoring system integration, X-ray machine leakage, security inspection machines, hospitals, pharmaceutical factories and other occasions, the factory has been calibrated, and users can directly read the data through the RS485 digital communication protocol, and use it online with the GM-R200 radiation monitoring system host. .
Equipped with sound and light alarms, it can remind on-site personnel to pay attention to radiation protection and avoid continuous radiation exposure hazards. At the same time, the measurement data can be uploaded to the radiation safety management system in real-time, which is convenient for the storage of measurement data, and the query and statistical analysis of subsequent historical data and alarm information.
With the development of science and technology, the in-depth application of the Internet of Things, and big data information systems in various industries, the information-based online monitoring of various elements of the ecological environment has become a major trend in ecological environment monitoring. It is a set of software and hardware network management platforms for integrated monitoring of air quality, meteorology, water quality and atmosphere, and other ecological environment elements. It realizes functions such as data reception, analysis and statistics, query, curve analysis, and WEB publishing. The display shows the measurement data in real-time. The system mainly monitors atmospheric pollutants, meteorological multi-elements, hydrology and water quality, and other subsystems, which can be split and constructed independently according to project requirements.
