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SAE AS81531 - MARKING OF ELECTRICAL INSULATING MATERIALS Organization: SAE
Date: 2011-10-01
Description: This specification establishes performance requirements for markings that have been applied to electrical insulating materials (see 6.1). Various printing processes can be used to permanently mark the surface of most types of insulating sleeves (flexible, rigid, braided, heat-shrinkable) and all forms of wire insulations (extrusions, tapes, films, coatings).
SAE AS5942 - MARKING OF ELECTRICAL INSULATING MATERIALS Organization: SAE
Date: 2004-05-01
Description: This specification establishes the performance requirements for the identification of wire and cable by indirect markings that have been applied to electrical insulating materials including heat shrink sleeving, wrap around labels and "tie-on" tags as well as any other types of materials used for indirect marking.
BSI - BS 7018 - GUIDE TO USE OF ELECTRICAL INSULATING MATERIALS CONTAINING ASBESTOS Organization: BSI
Date: 1988-08-31
Description: Guidance on recommended procedures to minimize health hazards by controlling exposure at work to asbestos fibre which may be released from electrical insulating materials.
TSE - TS 7081 - CONDITIONING PLASTICS AND ELECTRICAL INSULATING MATERIALS FOR TESTING Organization: TSE
Date: 1989-05-03
Description: This standard covers the conditioning methods of plastics and electrical insulating materials to be tested. Bu standard, deneye tabi tutulacak olan plastik ve elektrik izolasyon maddelerinin kondisyonlama metotlarını kapsar.
ASTM D3283 - STANDARD SPECIFICATION FOR AIR AS AN ELECTRICAL INSULATING MATERIAL Organization: ASTM
Date: 1998-10-10
Description: This specification applies to air used as an electrical insulating material in electrical equipment. This standard does not purport to address all of the safety concerns, if any, associated with its use.
BSI - BS 6233 - VOLUME RESISTIVITY AND SURFACE RESISTIVITY OF SOLID ELECTRICAL INSULATING MATERIALS - REMAINS CURRENT Organization: BSI
Date: 1982-02-26
Description: Gives procedures for the determination of volume and surface resistance and calculations for the determination of volume and surface resistivity of solid electrical insulating materials. Considers the influence of magnitude and time of voltage application, nature and geometry of electrodes, temperature and humidity.
ASTM D6054 - STANDARD PRACTICE FOR CONDITIONING ELECTRICAL INSULATING MATERIALS FOR TESTING Organization: ASTM
Date: 1997-02-10
Description: In general the physical and electrical properties of electrical insulating materials are influenced by temperature and relative humidity in a manner that materially affects test results.
IEC/TS 61251 - ELECTRICAL INSULATING MATERIALS – A.C. VOLTAGE ENDURANCE EVALUATION – INTRODUCTION - EDITION 2.0 Organization: IEC
Date: 2008-05-01
Description: This technical specification explains many of the factors involved in voltage endurance tests on electrical insulating materials and systems. It describes the voltage endurance graph, lists test methods illustrating their limitations and gives guidance for evaluating the a.c. voltage endurance of insulating materials and systems from the results of the tests.
IEC 61251 - ELECTRICAL INSULATING MATERIALS AND SYSTEMS – AC VOLTAGE ENDURANCE EVALUATION - EDITION 1.0 Organization: IEC
Date: 2015-11-01
Description: This International Standard describes many of the factors involved in voltage endurance tests on electrical insulating materials and systems. It describes the voltage endurance graph, lists test methods illustrating their limitations and gives guidance for evaluating the sinusoidal a.c. voltage endurance of insulating materials and systems from the results of the tests.
CENELEC - EN 61251 - ELECTRICAL INSULATING MATERIALS AND SYSTEMS - A.C. VOLTAGE ENDURANCE EVALUATION Organization: CENELEC
Date: 2016-02-01
Description: This International Standard describes many of the factors involved in voltage endurance tests on electrical insulating materials and systems. It describes the voltage endurance graph, lists test methods illustrating their limitations and gives guidance for evaluating the sinusoidal a.c. voltage endurance of insulating materials and systems from the results of the tests.
JSA - JIS C 2116 - METHODS OF TEST FOR ELECTRICAL INSULATING MATERIALS BASED ON MICA Organization: JSA
Date: 2011-07-20
Description: This Standard applies to methods of test for electrical insulating materials based on mica. In this Standard, where test requirements are given for both method A and method B in parallel, either of the methods shall be selected to be applied.
DS/EN 61251 - ELECTRICAL INSULATING MATERIALS AND SYSTEMS - A.C. VOLTAGE ENDURANCE EVALUATION Organization: DS
Date: 2016-03-07
Description: IEC 61251:2015 describes many of the factors involved in voltage endurance tests on electrical insulating materials and systems. It describes the voltage endurance graph, lists test methods illustrating their limitations and gives guidance for evaluating the sinusoidal a.c. voltage endurance of insulating materials and systems from the results of the tests.
ASTM D1933 - STANDARD SPECIFICATION FOR NITROGEN GAS AS AN ELECTRICAL INSULATING MATERIAL Organization: ASTM
Date: 2003-10-01
Description: This specification covers three types of nitrogen used as an electrical insulating material in electrical equipment: Type I, obtained from the air by liquefaction processes and dried, Type II, obtained from the air by liquefaction processes, deoxidized with hydrogen over a platinum catalyst, and dried, and Type III, obtained from the air by liquefaction processes and if necessary deoxidized by suitable means.
IEC 62068 - ELECTRICAL INSULATING MATERIALS AND SYSTEMS – GENERAL METHOD OF EVALUATION OF ELECTRICAL ENDURANCE UNDER REPETITIVE VOLTAGE IMPULSES - EDITION 1.0 Organization: IEC
Date: 2013-03-01
Description: This standard proposes a general test procedure to facilitate screening of electrical insulating materials (EIM) and systems (EIS) and to achieve a relative evaluation of insulation endurance under conditions of repetitive impulses.
CENELEC - EN 62068 - ELECTRICAL INSULATING MATERIALS AND SYSTEMS - GENERAL METHOD OF EVALUATION OF ELECTRICAL ENDURANCE UNDER REPETITIVE VOLTAGE IMPULSES Organization: CENELEC
Date: 2013-09-01
Description: This standard proposes a general test procedure to facilitate screening of electrical insulating materials (EIM) and systems (EIS) and to achieve a relative evaluation of insulation endurance under conditions of repetitive impulses.
CEI EN 62068 - ELECTRICAL INSULATING MATERIALS AND SYSTEMS - GENERAL METHOD OF EVALUATION OF ELECTRICAL ENDURANCE UNDER REPETITIVE VOLTAGE IMPULSES Organization: CEI
Date: 2014-07-01
Description: This standard proposes a general test procedure to facilitate screening of electrical insulating materials (EIM) and systems (EIS) and to achieve a relative evaluation of insulation endurance under conditions of repetitive impulses.
DS/EN 62068 - ELECTRICAL INSULATING MATERIALS AND SYSTEMS - GENERAL METHOD OF EVALUATION OF ELECTRICAL ENDURANCE UNDER REPETITIVE VOLTAGE IMPULSES Organization: DS
Date: 2013-10-09
Description: This standard proposes a general test procedure to facilitate screening of electrical insulating materials (EIM) and systems (EIS) and to achieve a relative evaluation of insulation endurance under conditions of repetitive impulses.
TSE - TS EN 61006 - METHODS OF TEST FOR THE DETERMINATION OF THE GLASS TRANSITION TEMPERATURE OF ELECTRICAL INSULATING MATERIALS Organization: TSE
Date: 2000-11-21
Description: The test methods for the determination of the glass transition temperature of solid electrical insulating materials. Bu standard, katı elektrik malzemelerinin cam geçiş sıcaklığının tayini ile ilgili deney metotlarını kapsar.
TSE - TS 5332 - GUIDE FOR THE DETERMINATION OF THERMAL ENDURANCE PROPERTIES OF ELECTRICAL INSULATING MATERIALS PART 3- STATISTICAL METHODS Organization: TSE
Date: 1987-11-17
Description: This standard covers statistical methods for determination of thermal endurance properties of electrical insulating materials. Bu standard, elektrik yalıtım malzemelerinin ısıl dayanıklılık grafiklerinin, TS 5330'da öngörülen durumda sıcaklık endisinin belirlenmesine ilişkin istatistiksel metotları kapsar.
IEEE 278 - GUIDE FOR CLASSIFYING ELECTRICAL INSULATING MATERIALS EXPOSED TO NEUTRON AND GAMMA RADIATION Organization: IEEE
Date: 1967-01-01
Description: PURPOSE The purpose of this Guide is to classify the environmental conditions of gamma radiation, neutron flux, and temperature in which electrical insulating materials must operate. These environmental classifications are applicable to the specification and selection of the appropriate types of electrical insulation for nonmilitary equipment and devices that will be exposed to nuclear radiation.

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