The SIM-MAX PING3201 Airborne Radioactivity Monitor is a professional environmental radiation detection device, specifically engineered to monitor the activity concentration of airborne radioactive substances in ambient air. It provides real-time monitoring of radioactive levels of aerosols, iodine, and inert gases in the target gas, ensuring timely and accurate detection of potential radiation hazards in various environments.
Designed for continuous, real-time sampling of air in designated areas, the SIM-MAX PING3201 not only monitors the real-time activity concentration of airborne radioactive substances but also calculates the cumulative total radioactive activity. This dual monitoring capability makes it an essential tool for early warning, radiation assessment, and long-term environmental radiation surveillance, widely trusted in scenarios requiring high-precision airborne radiation detection.
The monitor features a modular and robust design, composed of multiple high-performance functional units to ensure stable and reliable operation. Its core components include: the radioactive aerosol sampling and detection unit (equipped with an automatic paper feeding device), which efficiently collects and detects radioactive aerosols in the air; the radioactive iodine sampling and detection unit, specialized in capturing and measuring radioactive iodine isotopes; and the radioactive inert gas sampling and detection unit, designed to monitor inert gas radioactivity with high sensitivity.
In addition to the sampling and detection units, the SIM-MAX PING3201 is equipped with a high-performance electronics module for signal processing and data conversion, a control module for intelligent operation and parameter adjustment, and an on-site processing and display unit that provides real-time data visualization, allowing operators to view detection results intuitively. It also includes an electrical unit, junction box, and supporting peripheral equipment/components, forming a complete and integrated detection system that can adapt to diverse working environments.
With its high sensitivity, real-time monitoring capability, and comprehensive component configuration, the SIM-MAX PING3201 is widely applied in nuclear power plants, nuclear facilities, environmental protection departments, industrial factories, research institutions, and public health sectors. It plays a crucial role in environmental radiation monitoring, nuclear safety supervision, emergency radiation response, and occupational health protection, providing reliable data support for radiation risk control and environmental safety management.
Whether for routine environmental surveillance or emergency radiation detection, the SIM-MAX PING3201 delivers consistent performance, easy operation, and stable data output, making it a leading choice for airborne radioactive substance monitoring in global markets.
