Portal radiation monitors are considered to be the first measure to prevent the illicit trafficking of radioactive and nuclear materials. These monitors are designed for the monitoring of the pedestrians, trucks, cars, trains, etc.

The monitors are equipped with gamma and neutron detectors, video monitoring system, pager and computer communication system responsible for radiation monitoring. These features make it possible to detect even the smallest ionizing radiation sources as well as keep records of all events related to the sources trafficked across any controlled area.

The monitor can have variable number of detectors to meet customer requirements for sensitivity, height and width of the monitoring area. Such design enables the operator to set up a monitor configuration customized to the specifics of the installation site, enabling the range of possible applications from small pedestrian monitors to huge, highly-sensitive railway monitors.

Features:

• Automated: monitors operate seamlessly without the need for "supervising" HP personnel
• Fast: A single pass-through is adequate to completely check a large vehicle.
• Centralized remote diagnostics and monitoring of the radiation portal monitor;
• Increased efficiency of Customs and Border Protection Services working in a radiation monitoring of the area;
• Sensitive: Materials located well within the interior of a large vehicle are detectable.
• Gathering and analysis of the information about the functionality and performance of the radiation control equipment;
• Convenient: measurements are logged for later retrieval, maintenance and calibration is quick and easy, configurations can be automatically loaded for easy replication.
• Self-diagnostic: monitors continually check themselves for detector damage, power issues, background fluctuations, etc.

 Portal radiation monitors are considered to be the first measure to prevent the illicit trafficking of radioactive and nuclear materials. These monitors are designed for the monitoring of the pedestrians, trucks, cars, trains, etc.

The monitors are equipped with gamma and neutron detectors, video monitoring system, pager and computer communication system responsible for radiation monitoring. These features make it possible to detect even the smallest ionizing radiation sources as well as keep records of all events related to the sources trafficked across any controlled area.

The monitor can have variable number of detectors to meet customer requirements for sensitivity, height and width of the monitoring area. Such design enables the operator to set up a monitor configuration customized to the specifics of the installation site, enabling the range of possible applications from small pedestrian monitors to huge, highly-sensitive railway monitors.

Features:

• Automated: monitors operate seamlessly without the need for "supervising" HP personnel
• Fast: A single pass-through is adequate to completely check a large vehicle.
• Centralized remote diagnostics and monitoring of the radiation portal monitor;
• Increased efficiency of Customs and Border Protection Services working in a radiation monitoring of the area;
• Sensitive: Materials located well within the interior of a large vehicle are detectable.
• Gathering and analysis of the information about the functionality and performance of the radiation control equipment;
• Convenient: measurements are logged for later retrieval, maintenance and calibration is quick and easy, configurations can be automatically loaded for easy replication.
• Self-diagnostic: monitors continually check themselves for detector damage, power issues, background fluctuations, etc.