Key Features
– Multiple local processing display units and detectors are available to meet different usage needs.
– Local processing display units and detectors can be freely combined to meet diverse needs such as point-to-point or one-to-many connections.
– Modular design allows for flexible networking via wired or wireless connections.
– Alarm thresholds for multiple detectors can be set independently, with audible and visual alarms triggered when thresholds are exceeded.
– Simultaneous monitoring of neutron and gamma rays in a region is possible.
– Remote query and modification of operating parameters for each monitor is available.
– Historical data query and report generation functions are available.
– The radiation monitoring system can synchronously display real-time monitoring data and alarm status information for each monitoring point.
SIM-MAX G3300 Regional Radiation Monitoring System
The SIM-MAX G3300 regional radiation monitoring system is primarily used for real-time online monitoring of radiation sites, enabling networked and digital monitoring and management. It can be widely applied in radiation-affected environments such as nuclear power plants, nuclear industry, environmental protection, healthcare, and metallurgy.
The system consists of one or more subsystems and a radiation monitoring system platform. Each subsystem comprises one or more detectors (measuring points) and a local processing and display unit, offering point-to-point and one-to-many modes. Each measuring point converts the detected radiation signal into a digital signal. The local processing and display unit receives this digital signal via an RS485 interface and displays the current dose rate, while simultaneously uploading the data to the radiation monitoring system platform.