产品实验报告-塑壳和隔离1-49a s

报 国家强制性产品认证申 （任 检测机构 电器设备检测产品名称：塑料外壳式断路委托人：人民电器厂委托人地址：市大兴区工业开发区金苑路29号生产者：人民电器厂生产者地址：市大兴区工业开发区金苑路29号生产企业：人民电器厂生产企业地址：市大兴区工业开发区金苑路29号 号：GM7- 标：样品数量：13样品来源：工厂收样日期：2016-10-完成日期：2016-11-试验结论：依据GB14048.2-2008检验本申请认证单元所覆盖的产品型号规格及相关情况说明GM7-Ui：1140V；Uimp：Ue：AC800V，AC920V，AC1000V；In：63A，80A，100A，125A，140A，160A，180A，200A，225A，250A，320A；使用类别：A；适用频适用；极数：3P；过电流脱扣器类型：热磁式；配用辅助和触头(本体)：1NO1NCDC-主检日期（检测机构名称、盖章20161104审日期签日期备注：：：报告组100901--100901--100901--00901--///.1/PFNIncludingmainpartsoftheproduct,meansofoperation,installationandwiring,andetc.,andalsothefollowing产品型号及名称(ProductModeltypeandName)： GM7-320塑料外壳式断路器(ProtectiveFunctionOverload,Short-circuitUndervoltagePhase-losing,GroundfaultResidualcurrent,andetc.)): (Circuit-breakerAccessories(Auxiliary,Alarm,Undervoltage,Shunt,ElectricOperator,Rotaryoperatinghandle,andetc.)): (Accessorieswithelectroniccircuits(Undervoltage,Shunt,ElectricOperator,RemoteStatus/提供图纸 电气原理图(ElectricalSchematicdiagram):(包括元件明细表Includingthecomponentslist)(适用于电子式和智能化过电流脱扣器ApplicableforElectronic/In ligentover-currentrelease)/≥40终压力(terminal 超程(Over触头尺寸(Contact 动触头(Moving过电流脱扣器型式(热磁式、 电磁式、电子式或智能化脱扣器等)(Over-currentReleaseType(ThermalMagnetic/HydraulicPressureElectro-magnetic/Electronic/In ligent,andetc.)) (HeatingElement:Material,Model/Specification)康铜板6J40、黄铜板H62Y2、纯铜板T2Y2电子式和智能化过电流脱扣器:执行机构磁轭铁心材料名称及牌号(Electronic/Inligentover-currentrelease:MagneticYokeCoreofActuator:MaterialName/Serialnumber)/ 跳扣、锁扣和再扣零件为金属零件时(WhentheLatcheddevice,trip deviceandre-tripdevicearemetalparts): 硬度(Hardness) 主要技术参数(“/”表示MaintechnicalParameter):(“/”ifnotapplicable,filledwith“/”)分类使用类别(A或B)(UtilizationCategory:Aor 具 特性 电流种类(AC或DC)(Kindofcurrent::ACor 额定工作电压(Ratedoperationalvoltage 额定绝缘电压(Ratedinsulationvoltage 额定冲击耐受电压(Ratedimpulsewithstandvoltage 、 、0、200、225、250、四极断路器的电流额定值(Currentratingforfour-polecircuit-breakers)(A):相极(Phasepole) /中性极(Neutralpole) 额定频率(RatedFrequency)(Hz): 额定运行短路分断能力Ics(kA):AC800V，30kA；AC920V，30kA；AC1000V，30kA；额定极限短路分断能力Icu(kA):AC800V,30kA；AC920V,30kA；AC1000V, 30kA；额定短时耐受电流Icw(kA/s): 额定绝缘电压(Ratedinsulationvoltage 额定冲击耐受电压(RatedimpulsewithstandvoltageUimp)(kV): 额定控制电源电压(RatedcontrolsupplyvoltageUs)(V): 电流种类(AC或DC)(Kindofcurrent::ACorDC): 额定频率(RatedFrequency)(Hz): 种类和对数(Kindof ementsandnumberofauxiliary 约定发热电流(Conventionalfreeairthermalcurrent 额定绝缘电压(Ratedinsulationvoltage 额定冲击耐受电压(Ratedimpulsewithstandvoltage 4SCPD型号(TypeofSCPDforRatedConditionalShort-circuitofcorrespondingUtilizationCategory): 额定绝缘电压(RatedinsulationvoltageUi)(V): 额定冲击耐受电压(RatedimpulsewithstandvoltageUimp)(kV): 额定控制电源电压(RatedcontrolsupplyvoltageUs)(V): 电流种类(AC或DC)(Kindofcurrent::ACor 额定频率(Rated 额定绝缘电压(Ratedinsulationvoltage 额定冲击耐受电压(Ratedimpulsewithstandvoltage 额定控制电源电压(RatedcontrolsupplyvoltageUs) 电流种类(AC或DC)(Kindofcurrent::ACor 额定频率(Rated ):1.3In<2h10In(CurrentSettingandAccuracyofProtectedNeutral 时间设定及精度(TimeSettingandAccuracy): 2In下脱扣时间小于10分钟基准温度(ReferenceTemperature): 保护的断路器)(TripClassformotorprotectivecircuit-breakerwhichcomplieswithbothGB14048.2andGB14048.4) 电磁兼容EMC(环境A或B)(EMCEnvironment:Aor ,Ifnot,itshouldbemarked 带保护中性极的结构与相极的结构是否不同(Whethertheconstructionoftheprotectedneutralpolediffersfromthatofthephasepoles): 是 上下 左右 前后 3.3.系列的描述和型号的解释(Descriptionofproductseriesandexplanationofmodel本申请单元产品(Amongthemodeltypeswithinthis除下面a)、b)和c)中的差异，载流部件的材料，镀层和尺寸是否相同(Exceptforthedifferenceshowedina),b)andc)belowwhetherdifferentmodeltypeswithinthisapplicationareusingtheinternalcurrent-carryingpartsofthesamematerial,finishanddimensions):□是Y□否N是areusingthemaincontactsofthesamesize,material,configurationandmethodofattaent):□是Y□ 任何内配手操机构其材料和物理特性是否相同(Whetherdifferentmodeltypeswithinthisapplicationareusinganyinternalmanualoperatingmechanismofthesamematerialandphysicalcharacteristics):□是Y□否N 模压和绝缘材料是否相同(Whetherdifferentmodeltypeswithinthisapplicationareusingthesamemoldingmaterialandisolatingmaterials):□是Y□否N 熄灭电弧装置的工作原理材料和结构是否相同(Whetherdifferentmodeltypeswithinthisapplicationareusingthearcextinctiondeviceofthesameoperationprinciple,materialsandconstruction):□是Y□否 除下面a)b)和c)中的差异过电流脱扣装置的基本结构是否相同(Exceptforthedifferenceshowedina),b)andc)below),whetherdifferentmodeltypeswithinthisapplicationareusingtheover-currenttripdevicesofthesamebasicdesign):□是Y□否N 注接线端尺寸，只要电气间隙和爬电距离不减少(Differenceinterminals'dimensionsisacceptable,providedclearanceandcreepagedistancearenotreduced);对于热磁脱扣器，其确定电流额定值的脱扣元件的尺寸和材料(Forthermalandmagneticreleases,differenceindimensionsandmaterialsofthereleasecomponents,includingflexibleconnectionswhichdeterminethecurrentratingisacceptable);供脱扣器运行的电流互感器的二次线圈(Differenceinthesecondarywindingsofcurrenttransformeroperatedreleasesisacceptable).系列的描述(本申请单元不同型号、不流等级的异同说明)(Seriesdescription(Descriptionfordifferenttypeanddifferentcurrent)):/GM7- □/ GM7注：R-②3③TAM-热可调热磁 Descriptionofspecialstructure(ifName1外壳(机座,盖,手柄)fiberreinforcedBMC-1塑BMC-1BeijingCuixiangElectricComponentsPlantCo.,.(BeijingCuixiangElectricComponentsPlantCo.,.2fiberreinforcedBMC-1塑BMC-1BeijingCuixiangElectricComponentsPlantCo.,.3锁扣,跳扣,再扣Latcheddevice, deviceandbuckleBeijingCuixiangElectricComponentsPlantCo.,.4FixedcontactandmovingcontactSilvertungstenalloyShanghaielectricapplianceco.,.People,selectricalappliance5Springformainmovingcontact碳素弹簧钢丝65Mn./WenzhouHelispringLimitedLiabilityCompany6ThermaltypeBimetallicBimetallicstripZhejiangtianshengdoubletechnologtco.,/Wengzhoucitytongdadoublemetalco.,.7(微处理器,///8///9//////ArcchuteBeijingCuixiangElectricComponentsPlantCo.,.ArcinsulatingBMC-1塑BMC-1 验 In=320A2345678 In=320A合格 In=63A合格 In=320A In=320A 脱扣时间：ABC 脱扣时间： AA AA 间隔时间： 试验电流：320 3 （c）（d）（e）安装面： 程序II/III.额定运行、极限短路分断能力 周围空气温度：+50 2 功率因数：0.25-0操作顺序：otcotco（t3上下左右0前后“co1”试验示波图“co2”试验示波图试验电压：1000+5%试验电流：320+5%操作频率：60次 / 试验电流： a)进线端子： b)出线端子： +50 1.45周围空气温度：+50 2.5 程序II/III.额定运行、极限短路分断能力 In=16A周围空气温度：+50 2 功率因数：0.25-0操作顺序：otcotco（t3上下左右0前后“co1”试验示波图“co2”试验示波图 / +50 1.45周围空气温度：+50 2.5 In=320A试验电流(有效值/峰值)：3.84/5.64+5%功率因数：0.80-0操作顺序：otco（t3飞弧熔丝：上下左右0前后 / 2.5 In=320A试验时间：66 / (辅助触头Ue:DC250VT050次6 / (辅助触头Ue:DC250V试验电压：1.1250+5%V试验电流：1.10.2+5%AT095：300+15%ms 试验次数：10次操作频率：6次 6/ (辅助触头 试验电流：1+5%kAcos：0.5~0.7SCPD： 试验示波图(Oscillogram1Ue=1000V (Ip)a=466.(Ip)b=460.(Ip)c=462.(I2t)a=43.3(I2t)b=42.3(I2t)c=42.8Tmb:416.Tarc:8.73ms-2-1-2-1-2--01Ue=1000V (Ip)a=467.(Ip)b=470.(Ip)c=462.(I2t)a=45.0(I2t)b=43.8(I2t)c=44.7Tmb:427.Tarc:8.81ms-2-1-2-1-2--01Ue=1000V (Ip)a=470.(Ip)b=461.(Ip)c=476.(I2t)a=45.0(I2t)b=43.3(I2t)c=43.9Tmb:421.Tarc:8.92ms-2-1-2-1-2--0试验示波图(Oscillogram5Ue=1000V (Ip)a=3.23(Ip)b=3.21(Ip)c=2.90(I2t)a=1.77(I2t)b=1.77(I2t)c=1.76Tmb:470.Tarc:8.27ms-2-5-2-5-2--05Ue=1000V (Ip)a=3.17(Ip)b=3.18(Ip)c=2.85(I2t)a=1.76(I2t)b=1.76(I2t)c=1.75Tmb:469.Tarc:11.0ms-2-5-2-5-2--05Ue=1000V (Ip)a=2.77(Ip)b=2.83(Ip)c=2.92(I2t)a=1.75(I2t)b=1.74(I2t)c=1.75Tmb:468.Tarc:9.03ms-2-5-2-5-2--0试验示波(Oscillogram50--预期电流50--50--Ic=30633kA(峰-60- - 试验示波(OscillogramI30--预期电流-60- - 试验示波(Oscillogram-O(Ip)a=19.0(Ip)b=17.2(Ip)c=11.6(I2t)a=84.5(I2t)b=1.35(I2t)c=535.Tmb:14.9msTarc:10.9ms3--3--3-3U-- - - 90 10 -(Ip)a=18.6(Ip)b=15.6(Ip)c=13.5(I2t)a=79.0(I2t)b=1.07(I2t)c=678.Tmb:14.5msTarc:10.2ms3--3--3-3U-- - - 90 10 -(Ip)a=12.7(Ip)b=15.3(Ip)c=17.0(I2t)a=942.(I2t)b=1.16(I2t)c=75.0Tmb:14.2msTarc:11.1ms3--3--3-3U-- - - 90 10 试验示波(Oscillogram-O(Ip)a=15.0(Ip)b=19.0(Ip)c=11.8(I2t)a=770.(I2t)b=88.7(I2t)c=539.Tmb:12.5msTarc:8.05ms3--3--3-3U-- - - 90 10 -(Ip)a=17.1(Ip)b=7.37(Ip)c=15.9(I2t)a=1.51(I2t)b=173.(I2t)c=967.Tmb:11.7msTarc:7.29ms3--3--3-3U-- - - 90 10 -(Ip)a=18.4(Ip)b=12.7(Ip)c=14.4(I2t)a=125.(I2t)b=651.(I2t)c=736.Tmb:13.1msTarc:10.8ms3--3--3-3U-- - - 90 10 试验示波(OscillogramI10-OIp=5.34kAI2t=235.Tmb:19.2msTarc:1.74ms3U3-3U3-- - - 90 10 I10-Ip=5.31kAI2t=108.Tmb:10.4msTarc:6.19ms3U3-3U3-- - - 90 10 试验示波(OscillogramI10-OIp=5.23kAI2t=207.Tmb:19.3msTarc:9.01ms3U3-3U3-- - - 90 10 I10-Ip=5.07kAI2t=200.Tmb:22.5msTarc:10.2ms3U3-3U3-- - - 90 10 试验示波(OscillogramI10-OIp=5.10kAI2t=185.Tmb:18.6msTarc:911.us3U3-3U3-- - - 90 10 I10-Ip=5.00kAI2t=184.Tmb:24.3msTarc:9.21ms3U3-3U3-- - - 90 10 试验示波图(OscillogramI7.5--预期电流-60- - 试验示波图(OscillogramI2000-Ue=250VIe=0.2AI2t=12.3Tmb:451.Tarc:45.0ms6U20-- 50 I2000-Ue=250VIe=0.2AI2t=11.4Tmb:445.Tarc:42.8ms6U20-- 50 I2000-Ue=250VIe=0.2AI2t=12.4Tmb:440.Tarc:43.9ms6U20-- 50 试验示波图(OscillogramI2000-Ue=250VIe=0.2AI2t=12.1Tmb:444.Tarc:45.8ms6U20-- 50 I2000-Ue=250VIe=0.2AI2t=12.3Tmb:435.Tarc:44.8ms6U20-- 50 I2000-Ue=250VIe=0.2AI2t=12.0Tmb:430.Tarc:43.3ms6U20-- 50 试验示波图(OscillogramI2000-Ue=250VI