IEC_62922-2016.pdf

1EC62922Edition 1.0 2016-11INTERNATIONALSTANDARDNORMEINTERNATIONALEinsidecolourOrganic light emitting diode(OLED)panels for general lighting-PerformancerequirementsPanneaux a diodes electroluminescentes organiques(OLED)destines aIeclairage general-Exigences de performanceINTERNATIONALELECTROTECHNICALCOMMISSIONCOMMISSIONELECTROTECHNIQUEINTERNATIONALE1CS29.140.991SBN978-2-8322-3754-0Warning!Make sure that you obtained this publication from an authorized distributor.Attention!Veuillez vous assurer que vous avez obtenu cette publication via un distributeur agree.Registered trademark of the International Electrotechnical CommissionCopyright Imemational ElectrotetarpGontpose de la Commission Electrotechnique Internationale-2-1EC62922:20161EC2016CONTENTSFOREWORD41Scope.62Normative references.63Terms and definitions.64General statement and test conditions.4.1General statement.4.2General test conditions.4.3Stabilization.84.3.1General requirements for stabilization.84.3.2Current-driven stabilization.84.3.3Voltage-driven stabilization.85 Marking.85.1Contents and location.85.2Information on reliability of electrical connection.96 Input power.97 Initial photometric characteristics.97.17.2Luminous flux.107.3Luminous efficacy.107.4Chromaticity coordinates.107.5Correlated colour temperature(CCT)107.6Colour rendering index(CRI).107.7Luminance uniformity.117.7.1Average luminance(Lav).117.7.2Luminance uniformity(U).117.8Luminous intensity distribution.117.9Surface chromaticity uniformity.127.10 Angular chromaticity uniformity.128 Maintained photometric characteristics.129Reliability.139.1High temperature-high humidity operation.139.2High temperature-high humidity storage.139.3 Reliability of connection.1310 Information for controlgear design.14Annex A(informative)Use of regional standards.15Annex B(informative)Measuring method of angular chromaticity uniformity.16Annex C(normative)Measuring method for luminous flux.18C.1 gnepal.18C.2Integrating sphere measurements.18C.2.1Integrating sphere methods and installation position.18C.2.2Size of the integrating sphere.18C.3Goniophotometric measurements.19Annex D(informative)Tests of robustness of terminations and connectors.20D.1General.20D.2Wire terminations and pin type connectors.20Copyright Intemational Electrotechnical Commission1EC62922:20161EC2016-3-D.2.1Genera.ss4t4tt44tt11t1t1141111t441444Z0D.2.2ehsple test.20D.2.3Bending test.20D.2.4Torsion test.20D.3 Flexible flat terminations.20D.3.1enepal.20D.3.2Peel test A21D.3.3Peel test B.21D.4Soldering.21Annex E(informative)Information for controlgear design.22E.1General.22E.2Operation.22E.3Characteristics of the driver output current.22E.4Characteristics of the driver output voltage.23E.5Dimming23E.6Short-circuit protection.23Annex F(informative)Information for luminaire design.24Bibliography.25Figure C.1-4T geometry(left),2T geometry sphere(centre)and 2T geometryhemisphere(right).18Figure D.1-Schematic diagram of peel test A.21Figure E.1-Voltage and luminance behaviour at constant current operation.22Table 1-Contents and location of marking.Table B.1-Chromaticity coordinates for all viewing angles between 0 and 80 in 5steps.16Table B.2-Colour difference between all chromaticity coordinate pairs.17Copyright Intemational Electrotechnical Commission