The Yantar-Zh radiation portal monitors consist of metal pillars mounted along the railway tracks. The pillars contain electronics units, gamma and neutron detectors. The monitors are equipped with sound alarming devices.<\/p>\n
Lead shields used for gamma detectors serve to enhance gamma detection efficiency.<\/p>\n
Occupancy sensors ensure reliable detection of the target object in the search area even in extreme weather conditions.<\/p>\n
The Yantar pillars, detectors and electronic units are climatically protected well enough to withstand harsh environments. Optional anti-vandal cages are intended to protect the radiation monitor against mechanical damage.<\/p>\n
The radiation monitor transfers data to the control panel or a PC with the application specific software installed.<\/p>\n
The recommended speed of the object can be increased by application of customized solutions, including increase of the pillar quantity. The choice of a specific Yantar-Zh model as well as agreement of customized solutions is made in accordance with installation site conditions and customer\u2019s requirements to the minimum detected quantities of radioactive and nuclear materials.<\/p>\n
Values in Specification section are valid for the Yantar-1Zh dual-pillar radiation monitor with gamma and neutron channels.<\/p>\n
Typical application:<\/p>\n
As part of Radiation Monitoring Integrated Systems<\/a> When operating as part of the Integrated System, the radiation monitor can be equipped with a video camera to record alarms.<\/p>\n Fixed-site radiation monitor for detection of fissile and radioactive materials in railway transport.<\/p>\n <\/p>\n Automatic detection of gamma and neutron radiation sources passing through the search area at railway crossings.<\/p>\n <\/p>\n The Yantar-Zh series monitors are equipped with gamma and neutron detection channels and are installed along the railway track.<\/p>\n <\/p>\n High sensitivity, reliability, easiness of use and maintenance allows efficient operation of the Yantar-Zh radiation monitors at railway crossings of various purpose, configuration and throughput and in diverse climates.<\/p>\n <\/p>\n
\nAs part of Integrated Safety Systems<\/a><\/p>\nKey features<\/h4>\n
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Associated equipment<\/h4>\n
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Intended Use<\/h4>\n
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