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BS EN IEC 62401:2019

$142.49

Radiation protection instrumentation. Alarming personal radiation devices (PRDs) for the detection of illicit trafficking of radioactive material

Published By Publication Date Number of Pages
BSI 2019 30
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This document applies to alarming radiation detection instruments that are pocket-sized, carried on the body and used to detect and indicate the presence and general magnitude of gamma radiation fields. Neutron detection may also be provided.

Personal Radiation Devices (PRDs) alert the user to the presence of a source of radiation that is distinctly above the measured average local background radiation level. They are not intended to provide a measurement of the ambient or personal dose equivalent rate.

The object of this document is to describe design and functional criteria along with testing methods for evaluating the performance of the PRDs used for detection of illicit trafficking of radioactive material (e. g., for border radiation monitoring).

This document does not apply to the ambient or personal dose equivalent rate meters which are covered in IEC 60846-1 or IEC 61526, respectively. If the manufacturer states that the PRD can be used for radiation protection purposes, compliance with IEC 60846-1 or IEC 61526 will be needed.

PDF Catalog

PDF Pages PDF Title
2 undefined
5 Annex ZA(normative)Normative references to international publicationswith their corresponding European publications
6 CONTENTS
8 FOREWORD
10 INTRODUCTION
Tables
Table 1 – IEC standards concerning instruments for the detectionof illicit trafficking of radioactive material
11 1 Scope
2 Normative references
3 Terms and definitions, abbreviated terms and symbols, quantities and units
3.1 Terms and definitions
14 3.2 Abbreviated terms and symbols
3.3 Quantities and units
4 General characteristics and requirements
4.1 General
15 4.2 Mechanical requirements
4.2.1 Size
4.2.2 Mass
4.2.3 Alarm characteristics
4.2.4 Case construction
4.2.5 Reference point marking
4.2.6 Switches
16 4.3 Data format
4.4 Explosive atmospheres
5 General test procedures
5.1 Nature of tests
Table 2 – Standard test conditions
17 5.2 Statistical fluctuations
5.3 General test information
5.4 Instrument setup
5.5 Speed of moving sources
18 5.6 Functionality test
5.6.1 General
5.6.2 Pre-test (preparation)
5.6.3 Post-test
19 6 Radiation detection requirements
6.1 Rate of false alarms
6.1.1 Requirements
6.1.2 Method of test
6.2 Gamma alarm
6.2.1 Requirements
6.2.2 Method of test
20 6.3 Personal protection alarm
6.3.1 Requirements
6.3.2 Method of test
6.4 Relative intrinsic error
6.4.1 Requirements
6.4.2 Method of test
6.5 Detection of gradually increasing radiation levels
6.5.1 Requirements
6.5.2 Method of test
21 6.6 Over-range
6.6.1 Requirements
6.6.2 Method of test
6.7 Detection of neutrons (if provided)
6.7.1 Requirements
6.7.2 Method of test
22 6.8 Gamma response of neutron detector (if provided)
6.8.1 Requirements
6.8.2 Method of test
7 Environmental requirements
7.1 Ambient temperature
7.1.1 Requirements
7.1.2 Method of test
7.2 Relative humidity
7.2.1 Requirements
23 7.2.2 Method of test
7.3 Moisture and dust protection
7.3.1 Requirements
7.3.2 Method of test
8 Mechanical requirements
8.1 Drop test
8.1.1 Requirements
8.1.2 Method of test
24 8.2 Vibration test
8.2.1 Requirements
8.2.2 Method of test
9 Electric and electromagnetic requirements
9.1 Battery lifetime
9.1.1 Requirements
9.1.2 Method of test
9.2 Electrostatic discharge, radiofrequency immunity, radiated emissions and magnetic fields
9.2.1 Requirements
25 9.2.2 Method of test
10 Documentation
10.1 Type test report
10.2 Certificate
26 10.3 Operation and maintenance manuals
27 Annex A (informative)Summary of performance requirements
28 Table A.1 – Summary of the most important performance requirements
29 Bibliography
BS EN IEC 62401:2019
$142.49