GB 50060-2008标准规范下载简介：
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GB 50060-2008 3-110kV 高压配电装置设计规范（英文版）Note:ITheannualmaximum(orminimum)temperaturereferstotheaverage valueoveryears ofmeasured annual maximum(orminimum)temperatures. 2 Themeanmaximumtemperatureofthehottestmonthreferstothe averagevalueof themonthly averagevalue(i.e.,theaveragevalueof the dailymaximumtemperature)ofthehottestmonthsoveryears. 3 Iftheinformationregardingdesign temperaturewithventilationis unavailable,theambienttemperatureofindoorbareconductorsandother electricalequipmentmaytakethemeanmaximumtemperatureofthe hottestmonthplus5
Note:ITheannualmaximum(orminimum)temperaturereferstotheaverage valueoveryears ofmeasured annual maximum(orminimum)temperatures. 2 Themeanmaximumtemperatureofthehottestmonthreferstothe averagevalueof themonthly averagevalue(i.e.,theaveragevalueof the dailymaximumtemperature)ofthehottestmonthsoveryears. 3 If the information regarding design temperature withventilation is unavailable,theambienttemperatureofindoorbareconductorsandother electricalequipmentmaytakethemeanmaximumtemperatureofthe hottestmonthplus5C.
GB 50060 2008
YD/T 3458-2019 互联网码号资源公钥基础设施（RPKI）安全运行技术要求 数据安全威胁模型GB500602008
ictive national standard GB 311.1 Insulation Coordination for High oltageTransmissionandDistributionEguipment.
GB 50060 2008
4.1 General Provisions
4.1.1The maximum operating voltage for electrical equipment shallnotbelowerthanthatofthesystemtowhichitbelongs.The voltage values shall be determined according to the current nationa standard GB156Standard Voltage.
GB500602008
GB 50060 2008
4.1.9Under normal operation or short circuit conditions,the maximumforceappliedonelectricalequipmentleadsshallnotbe greater than the permissible load of the equipment terminals. The mechanical calculation of conductors, bushings, insulators, and fittingsofoutdoorswitchgearshallbeconductedbasedonlocal meteorological conditions and specific stressing conditions.Their safetycoefficientsshallnotbelessthanthosespecifiedinTable 4.1.9.
Table4.1.9SafetyCoefficientof Conductors,Bushings InsulatorsandFittings
GB500602008
4.2 Selection of Conductors
4.2.1 ACSR should be used for flexible conductors rated 110 kV and below.
4.2.1ACSR should be used for flexible conductors rated 110 kV
4.3Selection of Electrical Equipment
GB 50060 2008
GB500602008
5 Switchgear
5Switchgear
SafetyClearanceof Switchgea
ValuesA1,A2,B,DforChecking(Ou
ValuesAi,Bi,B2,C,DforChecking
GB 50060 2008
fetyClearanceofOutdoorSwitchge
GB 50060 2008
5.1.3Whereflexibleconductorsareusedforoutdoorswitchgear, theminimum safetyclearance from live parts to earthed parts andbetweenlivepartsofdifferentphasesundervarious conditions shall be checked against Table 5.1.3, and the larger valueshallbeused.
Table5.1.3MinimumSafetyClearancefromLivePartstoEarthed PartsandbetweenLivePartsofDifferentPhases(mm)
o.1.4Thesafetyclearanceofindoorswitchgearshallnotbeless hanthevaluesshowninTable5.1.4.Ifthedistancefromthe lowest part of the electrical equipment external insulator to the roundislessthan23o0mm,fixedbarriersshallbemounted
o.1.4Thesafetyclearanceofindoorswitchgearshallnotbeless
GB500602008
GB 50060 2008
different system nominal voltages, the safety clearance between
5.2TypeSelectionofSwitchge
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5.3ArrangementofSwitchgear
GB 50060 2008
5.4AccessesandFenceswithinSwitchgea
GB500602008
Table5.4.4MinimumWidth(Clearance)ofVariousAccesseswithin SwitchgearRoom (mm)
GB 50060 2008
5.5FireProtectionandOilStorageFacilities
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GB 50060 2008
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Gas Insulated Metal Enclosed
GB 50060 2008
Requirements of Switchgear on
7.1.5Switchgear rooms may have fixed windows for lig
GB500602008
7.2.1 Meteorological conditions used for calculation shall be etermined based on local meteorological data. 7.2.2 Independent gantries shall be designed as terminal gantries, whilecontinuousgantriesmaybedesignedeitherasterminalgantries
.2.2 Independent gantries shall be designed as terminal gantries vhile continuous gantries may be designed either as terminal gantries
GB 50060 2008
7.3RequirementsImposedby
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GB50060200
GB 50060 2008
Note:1Theampacityiscalculatedunderthemaximumallowabletemperatureof +70℃ and the reference ambient temperature of +25C, without wind and sunshine. 2 Conductordimension:hstandsforwidth,bforthickness. 3Inthecaseoffourconductors,thedistancebetweenthesecondandthird conductorsis5ommwhetherplacedhorizontallyorvertically
ote:1Theampacityiscalculatedunderthemaximumallowabletemperatureoi +70Candthereferenceambienttemperatureof+25C,withoutwind and sunshine. 2 Conductordimension:hstandsforwidth,bforthickness. Inthecaseoffourconductors,thedistancebetweenthesecondandthir conductorsis5ommwhetherplacedhorizontallyorvertically
GB500602008
Appendix BPollution Classification Standard forLines,
B.0.1 Pollution classification for lines, power plants and substations Shall be in accordance with Table B.0.1
Table B.0.1 PollutionClassificationStandardforLines, PowerPlants and Substations
GB 50060 2008
DB11T 677-2009 动物防疫抽样规范Table B.0.1 (continued)
B.0.2The specific creepage distance classification at various oollutionlevelsshallbeinaccordancewithTableB.0.2
3.0.2 The specific creepage distance classification at various ollutionlevelsshallbeinaccordancewithTableB.0.2
Table B.0.2Specific Creepage Distance Classification at VariousPollutionLevels
GB500602008
Table B.0.2 (continued)
Note:1 Thesystem'shighestworkingvoltageshallbeusedtocalculatespecific creepagedistancesforlines,powerplants,andsubstations.Numbersin parenthesisarevaluescalculatedbasedonratedvoltages. 2 ThepollutionClassO(thespecificcreepagedistanceat11okVand belowis1.48cm/kV)iscurrentlyusedforpowerstationequipment duringthistransitionperiod. 3Forelectrical equipmentinstalledinpollutedenvironmentthatisusedin systemswhoseneutral is insulated or earthedvia arc suppressing coils, theirexternalinsulationlevelmaybeselectedtobeonelevelhigherthan thenormal
GB 50060 2008
QX/T 424-2018 气候可行性论证规范机场工程气象参数统计ExplanationofWordinginThisCode