IEC 62363 : 1.0
IEC 62363 : 1.0
RADIATION PROTECTION INSTRUMENTATION - PORTABLE PHOTON CONTAMINATION METERS AND MONITORS
International Electrotechnical Committee
RADIATION PROTECTION INSTRUMENTATION - PORTABLE PHOTON CONTAMINATION METERS AND MONITORS
International Electrotechnical Committee
FOREWORD<br>1 Scope and object<br>2 Normative references<br>3 Terms and definitions<br>4 Units<br>5 General characteristics<br> 5.1 Classification<br> 5.2 Detection assemblies<br> 5.3 Ease of decontamination<br> 5.4 Sealing<br> 5.5 Alarm threshold<br> 5.6 Pulse height thresholds<br> 5.7 Measurement assembly indications <br> 5.7.1 Meter display<br> 5.7.2 Audible indication <br> 5.7.3 Additional indication <br> 5.7.4 Monitors <br> 5.8 Effective range of measurement <br> 5.9 Mechanical shocks <br> 5.10 Setting up and maintenance facilities <br> for electronic equipment <br>6 General test procedures <br> 6.1 Nature of tests<br> 6.2 Test conditions <br> 6.2.1 Reference and standard test conditions <br> 6.2.2 Tests performed under standard test <br> conditions <br> 6.2.3 Tests performed with variation of influence <br> quantities <br> 6.3 Reference radionuclides <br> 6.4 Background <br> 6.5 Statistical fluctuations <br> 6.6 Test source <br>7 Electrical characteristics<br> 7.1 Statistical fluctuations <br> 7.1.1 Requirements <br> 7.1.2 Method of test <br> 7.2 Response time <br> 7.2.1 Requirements<br> 7.2.2 Method of test <br> 7.3 Interrelationship between response time <br> and statistical fluctuations <br> 7.4 Warm-up time test <br> 7.4.1 Requirements <br> 7.4.2 Method of test <br> 7.5 Overload protection <br> 7.5.1 Requirements <br> 7.5.2 Method of test <br> 7.6 Power supplies - battery operation <br> 7.6.1 General <br> 7.6.2 Requirements - primary batteries <br> (non-rechargeable) <br> 7.6.3 Requirements - secondary batteries <br> (rechargeable) <br> 7.6.4 Method of test <br>8 Radiation characteristics <br> 8.1 General <br> 8.2 Detector profile <br> 8.2.1 Requirements <br> 8.2.2 Method of test <br> 8.3 Surface emission rate response <br> 8.3.1 General <br> 8.3.2 Type test <br> 8.3.3 Method of test <br> 8.3.4 Routine test <br> 8.4 Relative intrinsic error <br> 8.4.1 Requirements <br> 8.4.2 Method of test <br> 8.5 Variation of surface emission rate response <br> with photon radiation energy <br> 8.5.1 Requirements <br> 8.5.2 Method of test <br> 8.6 Variation of response with absorption <br> 8.6.1 Requirement <br> 8.6.2 Method of test <br> 8.7 Response to beta radiation <br> 8.7.1 Requirement <br> 8.7.2 Method of test <br> 8.8 Response to background photon radiation<br> 8.8.1 Requirement <br> 8.8.2 Method of test <br> 8.9 Neutrons <br> 8.10 Detection limit (minimum detectable surface <br> emission rate per unit area) <br> 8.10.1 Requirement <br> 8.10.2 Method of test <br>9 Environmental characteristics <br> 9.1 Ambient temperature <br> 9.1.1 Requirements <br> 9.1.2 Methods of test <br> 9.2 Relative humidity<br> 9.2.1 Requirements <br> 9.2.2 Method of test <br> 9.3 Electromagnetic compatibility <br>10 Storage <br> 10.1 General <br> 10.2 Mechanical shock <br>11 Documentation <br> 11.1 Identification certificate <br> 11.2 Operation and maintenance manual<br>Annex A (informative) Limit distances for typical <br> detector volumes
Applicable to portable and transportable contamination meters and monitors designed for the direct measurement or the direct detection of surface contamination by photon radiation emitting radionuclides.
Document Type | Standard |
Status | Current |
Publisher | International Electrotechnical Committee |
Committee | TC 45 |