IEEE C37 30-1997 en Standard Requirements for High-Voltage Switches《高压开关的要求》.pdf

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1、iRecognized as an American National Standard (ANSI) IEEE Std C37.30-1997 (Revision of IEEE Std C37.30-1992)IEEE Standard Requirements for High-Voltage SwitchesSponsorSwitchgear Committeeof theIEEE Power Engineering SocietyApproved 16 September 1997IEEE Standards BoardApproved 5 February 1998American

2、 National Standards InstituteAbstract: Required ratings and constructional requirements for switches above 1000 V are described.Keywords: high-voltage switchesThe Institute of Electrical and Electronics Engineers, Inc.345 East 47th Street, New York, NY 10017-2394, USACopyright 1998 by the Institute

3、of Electrical and Electronics Engineers, Inc.All rights reserved. Published 1998. Printed in the United States of AmericaISBN 1-55937-964-2No part of this publication may be reproduced in any form, in an electronic retrieval system or otherwise, without theprior written permission of the publisher.i

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12、y, IEEE Standards Board445 Hoes LaneP.O. Box 1331Piscataway, NJ 08855-1331USAAuthorization to photocopy portions of any individual standard for internal or personal use is granted by the Instituteof Electrical and Electronics Engineers, Inc., provided that the appropriate fee is paid to Copyright Cl

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14、yright Clearance Center.Note: Attention is called to the possibility that implementation of this standard may require use of subject mattercovered by patent rights. By publication of this standard, no position is taken with respect to the existence orvalidity of any patent rights in connection there

15、with. The IEEE shall not be responsible for identifying patents forwhich a license may be required by an IEEE standard or for conducting inquiries into the legal validity or scopeof those patents that are brought to its attention.iiiIntroduction(This introduction is not part of IEEE Std C37.30-1997,

16、 IEEE Standard Requirements for High-Voltage Switches.)This standard is a revised and updated version of IEEE Std C37.30-1992 that incorporates improvements reflecting thestate of the art in high-voltage switch technology.a) By deleting the adjective “air” from “air switch,” the documents scope now

17、covers switches that are insulatedwith media other than air. This will provide a consistent base for applying and comparing the variousinsulating technologies available in switches today. However, this document focuses on air switches and willrequire considerably more development before it is the de

18、sired “generic” switch standard.b) Dielectric withstand voltages have been “unbundled” from rated maximum voltage, thus acknowledging thepractice of using many different dielectric withstand capabilities for the same operating voltage, dependingupon specific insulation coordination needs.c) Momentar

19、y current ratings are now defined in terms of a peak value, instead of the former “rms symmetricaltotal current.”d) The short-time ratings have been separated into a rated current magnitude and a rated duration of that current.e) Some higher temperatures are allowed in Table 2.f) Altitude correction

20、 factors are being developed by the C37.100.1 Working Group on Common Clauses.Because of the concurrent development of PC37.39, Proposed Standard for Interrupter Switches for AlternatingCurrent Rated Above 1000 V, the clauses dealing with interrupter switches were largely left unchanged. It is thein

21、tention of the working group to remove these clauses from this standard after PC37.39 is published.This revision is the consummation of the efforts of the C37.30 Revisions Working Group of the High-Voltage SwitchSubcommittee of the Switchgear Committee of the IEEE Power Engineering Society. The work

22、ing group had thefollowing membership:Roy W. Alexander, Chair Lee BennettR. A. BrownJames DomoMike DunaganCharles HandCarlos IsaacE. L. LeuhringAlec C. MonroeRaymond P. OLearyMark PucinelliH. C. RossUpon recommendation of the IEEE Switchgear Committee, this standard was voted on by the Accredited St

23、andardsCommittee on Power Switchgear, C37, and was subsequently approved as an American National Standard.The Accredited Standards Committee on Power Switchgear, C37, which reviewed and approved this standard, had thefollowing personnel at the time of approval:E. Byron, Chair Andrew K. McCabe (Vice

24、Chair, High-Voltage Standards)J. C. Scott (Vice Chair, Low-Voltage Standards)D. L. Swindler (Vice Chair, IEC Activities)ivThe following persons were on the balloting committee:Roy W. AlexanderJ.G. AngelisRichard H. ArndtSteve AtkinsonChuck BallRonald L. BeardHarvey L. BowlesMatthew BrownJohn H. Brun

25、keTed BurseRaymond L. CapraAlexander DixonJ. J. DravisC. J. DvorakP. W. DwyerRuben D. GarzonKeith I. GrayKenneth HendrixH. L. HessJerry M. JerabekP. L. KolarikDavid G. KumberaStephen R. LambertWard E. LaubachJohn G. LeachGeorge N. LesterE. L. LeuhringDon LottP. C. MayoAndrew K. McCabeLawrence V. McC

26、allWilliam C. McKayNigel P. McQuinDon C. MillsAlec C. MonroeGeorges F. MontilletF. J. MuenchJames F. ODonnellRaymond P. OLearyOrganization Represented Name of RepresentativeEdison Electric Institute (EEI) T. E. Bruck (Alt)D. E. GaliciaJoseph L. KoepfingerD. G. KomassaGary MillerJ. H. ProvanzanaInsti

27、tute of Electrical and Electronics Engineers Steve C. Atkinson (Alt)L. R. BeardPeter W. DwyerDavid G. Kumbera (Alt)Lawrence V. McCall (Alt)A. MonroeDavid F. PeeloDean SigmonMET Electrical Testing Association Leonard FrierNational Electric Contractors Association Darrell HarwoodNational Electrical Ma

28、nufacturers Association E. Byron (Alt)Ruben D. GarzonGary T. Jones (Alt)William KrachtLee H. MillerT. OlsenG. Sakats (Alt)David L. StoneD. L. Swindler (Alt)Tennessee Valley Authority David N. ReynoldsUnderwriters Laboratories P. NotarianUS Department of the Army,Office of the Chief of EngineersJohn

29、A. GilsonUS Department of the Navy,Construction Battalion CenterRomulo R. NicholasWestern Area Power Administration Gerald D. BirneyvA. F. ParksDavid F. PeeloG. O. PerkinsR. Kris RanjanJ. C. RansomDavid N. ReynoldsH. C. RossTim E. RoysterLarry H. SchmidtC. A. SchwalbeDevki N. SharmaGuy St. JeanD. L.

30、 SwindlerJohn S. TanneryS. H. TelanderFrederick C. TeufelThomas J. TobinEdward F. VeverkaCharles L. WagnerWhen the IEEE Standards Board approved this standard on 16 September 1997, it had the following membership:Donald C. Loughry, Chair Richard J. Holleman, Vice Chair Andrew G. Salem, Secretary Cly

31、de R. CampStephen L. DiamondHarold E. EpsteinDonald C. FleckensteinJay Forster*Thomas F. GarrityDonald N. HeirmanJim IsaakBen C. JohnsonLowell JohnsonRobert KennellyE. G. “Al” KienerJoseph L. Koepfinger*Stephen R. LambertLawrence V. McCallL. Bruce McClungMarco W. MigliaroLoius-Franois PauGerald H. P

32、etersonJohn W. PopeJose R. RamosRonald H. ReimerIngo RschJohn S. RyanChee Kiow TanHoward L. Wolfman*Member EmeritusAlso included are the following nonvoting IEEE Standards Board liaisons:Satish K. AggarwalAlan H. CooksonAdam SickerIEEE Standards Project EditorviCLAUSE PAGE1. Overview.72. References.

33、73. Definitions.84. Service conditions .84.1 Usual service conditions 84.2 Unusual service conditions 85. Ratings 95.1 Rated maximum voltage 95.2 Rated dielectric withstand voltages 95.3 Rated power frequency 95.4 Rated continuous current . 95.5 Rated peak-withstand and short-time (symmetrical) with

34、stand currents. 115.6 Rated making current . 125.7 Limit of corona and radio-influence voltage 125.8 Rated closing time (for power-operated switches) 125.9 Rated ice-breaking ability 135.10 Rated mechanical operations . 135.11 Rated mechanical terminal load. 135.12 Rated load-interrupting current 13

35、5.13 Ratings for switching shunt capacitance 135.14 Rated unloaded transformer interrupting current. 145.15 Expected switching endurance. 146. Test procedure.187. Nameplate markings .187.1 General . 187.2 Interrupter switches 187.3 Fault-initiating switches. 187IEEE Standard Requirements for High-Vo

36、ltage Switches1. OverviewThis standard applies to all high-voltage enclosed indoor or outdoor, and non-enclosed indoor or outdoor, switchesrated in excess of 1000 V. This includes such switch types as disconnecting, selector, horn-gap, grounding, etc., formanual or power operation. The following swi

37、tch types are not covered by this standard: distribution-enclosed, single-pole switches and distribution cutouts fitted with disconnecting blades; switches used in metal-enclosed gear coveredby IEEE Std C37.20.2-1993, IEEE Std C37.20.3-1987, and IEEE Std C37.20.4-1996; and switches used in pad-mount

38、ed switchgear covered by IEEE Std C37.71-1984, ANSI C37.72-1987, and PC37.73 (Draft 8, Feb. 95).NOTE PC37.39, Proposed Standard for Interrupter Switches, is currently under development. Upon its approval andpublication, all references to interrupter switches in this standard will be superseded.This

39、standard defines terms and words that uniquely apply to high-voltage switches and are not included in IEEE StdC37.100-1992. It also defines terms used for rating high-voltage switches and ratings that must be included onnameplates for high-voltage switches.2. ReferencesANSI C37.32-1990, American Nat

40、ional Standard for SwitchgearHigh-Voltage Air Switches, Bus Supports, andSwitch AccessoriesSchedules of Preferred Ratings, Manufacturing Specifications, and Application Guide.1IEEE Std C37.34-1994, IEEE Standard Test Code for High-Voltage Air Switches (ANSI).2IEEE Std C37.36b-1990 (Reaff 1996), IEEE

41、 Guide to Current Interruption with Horn-Gap Air Switches (ANSI). IEEE Std C37.37-1996, IEEE Standard Loading Guide for AC High-Voltage Air Switches (in Excess of 1000 volts)(ANSI). 1ANSI publications are available from the Sales Department, American National Standards Institute, 11 West 42nd Street

42、, 13th Floor, New York,NY 10036, USA.2IEEE publications are available from the Institute of Electrical and Electronics Engineers, 445 Hoes Lane, P.O. Box 1331, Piscataway, NJ 08855-1331, USA.8 Copyright 1998 IEEE All Rights ReservedIEEE Std C37.30-1997 IEEE STANDARD REQUIREMENTSIEEE Std C37.100-1992

43、 IEEE Standard Definitions for Power Switchgear. IEEE Std 1-1986 (Reaff 1992) IEEE Standard General Principles for Temperature Limits in the Rating of ElectricEquipment and for the Evaluation of Electrical Insulation (ANSI). NEMA SG 6-1995, Power Switching Equipment.33. DefinitionsFor definitions, s

44、ee IEEE Std C37.100-1992, IEEE Standard Definitions for Power Switchgear. The definitions ofterms contained in this standard, or in other standards referred to in this standard, are not intended to embrace alllegitimate meanings of the terms. They are applicable only to the subject treated in this s

45、tandard.3.1 rated making current: The maximum current that the switch shall be required to close (initiate) and carry underspecified conditions. For transient currents, fault initiation, capacitive discharge, etc., the rated making current shall bethe prospective current available from the circuit w

46、ithout the influence of the switching device.4. Service conditions4.1 Usual service conditionsHigh-voltage switches conforming to this standard shall be suitable for operation at or within their ratings, providedthata) The temperature of the cooling air (ambient temperature) is within the range of 3

47、0 C to +40 C.b) The altitude does not exceed 1000 m (3300 ft).c) The wind velocity does not exceed 37 m/s (80 mi/h).NOTE This wind velocity will produce a force of approximately 770 N/m2 (16 lb/ft2) of projected area on cylindrical surfaces(see NEMA SG 6-1995).4.2 Unusual service conditionsa) Equipm

48、ent that depends on air for its insulating and cooling medium will have a higher temperature rise anda lower dielectric strength when operating at higher altitudes than when operating at lower altitudes.b) For altitudes above 1000 m (3300 ft), correction factors should be applied to the switch ratin

49、gs. Altitude-correction factors are being developed.c) Where other unusual conditions exist, they should be brought to the attention of those responsible for thedesign and application of the equipment. Examples of such conditions are:1) Contamination, such as damaging fumes or vapors, excessive or abrasive dust, explosive mixtures ofdust or gases, steam, or salt spray.2) Abnormal vibration, shocks, earthquakes, or tilting.3) Excessively high or low ambient temperatures.4) Unusual transportation or storage conditions.5) Unusual space limitations.6) Unusual operating duty