Portal radiation monitors with increased sensitivity for monitoring railway transport (gamma, neutron and gamma-neutron models).
The monitors can be equipped with wheel counters to determine the car that triggered the alarm. The monitors have a modular design and are designed for outdoor use in a wide range of temperatures and humidity.
Railway monitors are designed for installation at border and customs points to prevent the illegal movement of nuclear and radioactive materials across state borders and across their territory, as well as during incoming inspection at enterprises to prevent radiation sources from entering technological processes that use or process secondary raw materials.
All models of the RM5000A series monitors are designed using a universal single gamma and neutron radiation detection unit.
Detection units are mounted on special metal racks installed on a concrete foundation. Railway monitors can be equipped with video surveillance systems, the ability to exchange data with a computer and paging communication with specialists responsible for performing radiation monitoring procedures.
If necessary, wheel counters can be installed to record the car that triggered the monitor.
The monitors are designed for many years of year-round operation outdoors in a wide range of temperatures and humidity, operate stably in conditions of increased vibration and are protected from electromagnetic interference created by contact networks and passing vehicles.
The following configurations of radiation portal monitors are recommended as railway models of RM5000A: RM5000A-01, RM5000A-01N - a two-sided gamma monitor consisting of four detection units with standard or increased sensitivity to gamma radiation (for RM5000A-01N); RM5000A-10, RM5000A-10N – two-sided gamma-neutron monitor consisting of four detection units with standard or increased sensitivity to gamma radiation (for RM5000A-10N); RM5000A-14 – two-sided neutron monitor consisting of four neutron radiation detection units. Depending on special requirements for sensitivity, equipment installation location, etc., special configurations consisting of a larger number of detection units can be formed.