BS EN IEC 62618:2024 – TC
$217.84
Tracked Changes. Radiation protection instrumentation. Spectroscopy-based alarming personal radiation detectors (SPRD) for the detection of illicit trafficking of radioactive material
Published By | Publication Date | Number of Pages |
BSI | 2024 | 98 |
PDF Catalog
PDF Pages | PDF Title |
---|---|
1 | 30491938 |
64 | A-30405968 |
65 | undefined |
68 | Annex ZA (normative)Normative references to international publicationswith their corresponding European publications |
69 | English CONTENTS |
71 | FOREWORD |
73 | INTRODUCTION Tables Table 1 – Overview of IEC radiation protection instrumentation standards |
74 | 1 Scope 2 Normative references |
75 | 3 Terms and definitions, abbreviated terms and symbols, quantities and units 3.1 Terms and definitions |
77 | 3.2 Abbreviated terms and symbols 3.3 Quantities and units |
78 | 4 General test procedure 4.1 Standard test conditions 4.2 Uncertainties 4.3 Statistical fluctuations Table 2 – Standard test conditions |
79 | 4.4 Background radiation during testing 4.5 Operating parameters and set up 4.6 Radiation sources 4.7 Special nuclear material (SNM) and depleted uranium (DU) sources 4.8 Speed of moving sources including scaling |
80 | 4.9 Functionality test and test acceptance range requirements 4.9.1 General requirements |
81 | 4.9.2 Pre-test measurements 4.9.3 Intermediate-test measurements 4.9.4 Post-test measurements |
82 | 4.9.5 Acceptance criteria 4.10 Neutron measurement requirements Table 3 – Test results analysis |
83 | 5 General requirements 5.1 Basic information 5.1.1 Documentation supplied 5.1.2 Radiation detector 5.1.3 Range of measurement – photons 5.1.4 Warm-up time 5.1.5 Batteries and battery lifetime 5.1.6 Explosive atmospheres 5.2 Mechanical characteristics 5.2.1 Size 5.2.2 Mass 5.2.3 Case construction |
84 | 5.2.4 Reference point marking 5.2.5 Controls 5.3 Data output 5.4 User indications 5.5 Markings |
85 | 5.6 Alarms 5.6.1 Alarm indication 5.6.2 Personal protection alarm 5.6.3 Audible indication rate for searching 6 Radiation detection requirements 6.1 False alarm rate 6.1.1 Requirements 6.1.2 Method of test 6.2 Gamma alarm 6.2.1 Requirements |
86 | 6.2.2 Method of test 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 |
87 | 6.5 Detection of gradually increasing radiation levels 6.5.1 Requirements 6.5.2 Method of test 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 |
88 | 6.7.2 Method of test 6.8 Gamma response of neutron detector (if provided) 6.8.1 Requirements 6.8.2 Method of test |
89 | 6.9 Identification of single radionuclides 6.9.1 Requirements 6.9.2 Method of test Table 4 – Identification acceptance criteria1 |
90 | 6.10 Simultaneous radionuclide identification 6.10.1 Requirements 6.10.2 Method of test 6.11 Low-exposure rate identification 6.11.1 Requirements 6.11.2 Method of test 6.12 Over range characteristics for identification 6.12.1 Requirements 6.12.2 Method of test |
91 | 7 Environmental requirements 7.1 Ambient temperature 7.1.1 Requirements 7.1.2 Method of test 7.2 Temperature shock 7.2.1 Requirements 7.2.2 Method of test 7.3 Relative humidity 7.3.1 Requirements |
92 | 7.3.2 Method of test 7.4 Dust and moisture protection 7.4.1 Requirements 7.4.2 Method of test – Dust 7.4.3 Method of test – Moisture 8 Mechanical requirements 8.1 Vibration 8.1.1 Requirements 8.1.2 Method of test |
93 | 8.2 Microphonics/Impact 8.2.1 Requirements 8.2.2 Method of test 8.3 Drop 8.3.1 Requirements 8.3.2 Method of test 9 Electromagnetic requirements 9.1 Electrostatic discharge (ESD) 9.1.1 Requirements 9.1.2 Method of test |
94 | 9.2 Radio frequency (RF) 9.2.1 Requirements 9.2.2 Method of test 9.3 Radiated RF emissions 9.3.1 Requirements 9.3.2 Method of test 9.4 Magnetic fields 9.4.1 Requirements 9.4.2 Method of test |
95 | 10 Documentation 10.1 Operation and maintenance manual 10.2 Test certificate 10.3 Declaration of conformity |
96 | Bibliography |