详解测试报告

目目 1.【3.1.1.1】输入THD- 2.【3.1.1.5】输入功率因 3.【3.2.1.1】输出THD- 4.【3.5.1.1】整机效 5.【3.1.1.1】BUS电压稳压精 6.【3.2.1.10】BUS电压纹 【3.1.1.3】输入电流电压波 【3.2.1.7】输出电压直流分 【3.2.1.2】输出电流电压波 10.【3.2.1.4】波峰因 【3.2.2.1】不同负载时的暂 【3.2.2.2】不同模式时的暂 13.【3.2.3.2】电流过 14.【3.2.3.15】逆变器启动时 【3.5.4.2】UPS启动和关 【3.2.3.11】不带旁路的输出短 17.【3.4.3.4】旁路过 18.【3.1.3.1】相序调换及丢失测 19.【3.5.3.6】中线丢失测 20.【6.1.1.1】产品安全维 21.【3.3.1.1】充电电流特性/【3.3.1.2】充电电压特 22.【3.3.2.1】电池充电周 23.【3.2.3.10】电池低压关机 24.【3.3.3.4】电池测试功 25.【3.5.4.3】冷启 【3.1.3.4】主输入电压频率范 【3.4.3.9】旁路输入电压范 29.【3.1.3.2】启动时输入电 30.【3.5.6】耐久测 31.干接点测 一、测试信息二、测试结果1.【3.1.1.1THD-①输入信息:380V/50Hz,UIB,SSIB,UOB开关闭合，BB②UPSTHD-U③UPSTHD-UUPS25%/50%/75%/100RUPS25%/50%/75%/100%RLUPS一、测试信息二、测试结果1.【3.1.1.1THD-①输入信息:380V/50Hz,UIB,SSIB,UOB开关闭合，BB②UPSTHD-U③UPSTHD-UUPS25%/50%/75%/100RUPS25%/50%/75%/100%RLUPS25%/50%/75%/100%RCD负载类R负载比RGalaxyPWiUPSORTGalaxyPWi3120KVA3:1220VacSingleUPS6pulse,S1.2/S1.2/S1.0/S1.0/电压侦测板S1.1STSS1.0/S1.0/S1.0/S1.0干接点板S1.0/IGBT驱动板S1.0Aug20th~Aug22thYD/T1095：2008MSAFluke434(校验有效期2015.7.18-2016.7.18AgilentMSO-3024A(校验有效期校验有效期seriesⅡ(2015.7.23-2016.7.23Fluke336(2015.7.18-1.5MSA2.【3.1.1.5】输入功率因数①②③④输入信息:380V/50Hz,UIB,SSIB,UOB开关闭合，BBUPS运行在主路模式，输出分别带25%/50%/75%/100RUPS运行在主路模式，输出分别带25%/50%/75%/100RLUPS25%/50%/75%/100RCD1.41.5MSA3.【3.2.1.1THD-负载类R负载比75%R%%%%1.5MSA2.【3.1.1.5】输入功率因数①②③④输入信息:380V/50Hz,UIB,SSIB,UOB开关闭合，BBUPS运行在主路模式，输出分别带25%/50%/75%/100RUPS运行在主路模式，输出分别带25%/50%/75%/100RLUPS25%/50%/75%/100RCD1.41.5MSA3.【3.2.1.1THD-负载类R负载比75%R%%%%S%%%%%%T%%%%%%%ST①②③④⑤380V/50Hz,UIB,SSIB,UOB开关闭合，BB测到40UPSUPS25%/50%/75%/100R25%/50%/75%/100RLUPS25%/50%/75%/100RCD1.41.5MSA4.【3.5.1.1】整机效率①②③④输入信息:380V/50Hz,UIB,SSIB,UOB开关闭合，BBUPSUPS25%/50%/75%/100R25%/50%/75%/100RLUPS25%/50%/75%/100RCD1.41.5MSA5.【①②③④⑤380V/50Hz,UIB,SSIB,UOB开关闭合，BB测到40UPSUPS25%/50%/75%/100R25%/50%/75%/100RLUPS25%/50%/75%/100RCD1.41.5MSA4.【3.5.1.1】整机效率①②③④输入信息:380V/50Hz,UIB,SSIB,UOB开关闭合，BBUPSUPS25%/50%/75%/100R25%/50%/75%/100RLUPS25%/50%/75%/100RCD1.41.5MSA5.【3.1.1.1】BUS电压稳压精度380V/50Hz,UIB,SSIB,UOB开关闭合，BB负载类R负载比%%%online负载类R负载比R//////S////////////T////////////②UPS100R③UPS100RL④UPS100RCD⑤②UPS100R③UPS100RL④UPS100RCD⑤1.4UIB开关,UPS100RL1.5BUS6.【3.2.1.10】BUS电压纹波100%R100%RLCH2：U-CH3:U-CH4:I-CH2:U-CH3:U-100%RCD0%RLLoadwithBatteryCH2：U-CH3:U-CH4:I-CH2：U-CH3:U-CH4:I-1.3①380V/50Hz,UIB,SSIB,UOB②UPS100R③UPS100RLUPS1.3①380V/50Hz,UIB,SSIB,UOB②UPS100R③UPS100RLUPSUPSUPSUPS100%RCD100%-100%-0R100%-100%-0RL100%-100%-0RCD⑧⑨1.4UIB开关,UPSUIB开关,UPS100RL0%1.5BUS100%R100%RLCH2：U-CH3:U-CH4:I-CH2：U-CH3:U-CH4:I-100%RCD100%RLLoadwithBatteryCH2：U-CH3:U-CH4:I-CH2：U-CH3:U-CH4:I-7.【3.1.1.3】输入电流电压波形①380V/50Hz,UIB,SSIB,UOB开关闭合，BB②UPS③UPS④UPS⑤UPS50R负载；输出带100R50RL7.【3.1.1.3】输入电流电压波形①380V/50Hz,UIB,SSIB,UOB开关闭合，BB②UPS③UPS④UPS⑤UPS50R负载；输出带100R50RL负载；输出带100RL50RCD负载；输出带100RCD50%-50%-0R负载；输出带100%-100%-0R⑥UPS运行在主路模式，输出带50%-50%-0RL负载；输出带100%-100%-0RL⑦UPS50%-50%-0RCD100%-100%-0RCD1.450%R100%RCH1:I-CH2:I-CH3:I-CH4:U-CH1:I-CH2:I-CH3:I-CH4:U-50%RL100%RLCH1:I-CH2:I-CH3:I-CH4:U-CH1:I-CH2:I-CH3:I-CH4:U-50%RCD100%RCDCH1:I-CH2:I-CH3:I-CH4:U-CH1:I-CH2:I-CH3:I-CH4:U-8.【3.2.1.7】输出电压直流分量测试仪器：OFF-SET①380V/50Hz,UIB,SSIB,UOB②UPS③UPS④UPS1008.【3.2.1.7】输出电压直流分量测试仪器：OFF-SET①380V/50Hz,UIB,SSIB,UOB②UPS③UPS④UPS100R负载；输出带100%-100%-0R100RL负载；输出带100%-100%-0RL⑤UPS100RCD100%-100%-0RCD⑥UPS⑦UPS⑧UPS⑨UPS100R100RL100RCD1.4linenono9.【3.2.1.2】输出电流电压波形①380V/50Hz,UIB,SSIB,UOB②UPS③UPS④UPS⑤UPS100R100RL100RCD⑥UPS100%-100%-0RL⑦UPS9.【3.2.1.2】输出电流电压波形①380V/50Hz,UIB,SSIB,UOB②UPS③UPS④UPS⑤UPS100R100RL100RCD⑥UPS100%-100%-0RL⑦UPS⑧UPS100RL1.40%R100%RCH1:U-CH1:U-INVINVlinenono100%RL100%RCDCH1:U-CH1:U-0%LoadwithBattery100%RL100%RL100%RCDCH1:U-CH1:U-0%LoadwithBattery100%RLLoadwithBatteryCH1:U-CH1:U-10.【3.2.1.4】波峰因数①②③380V/50Hz,UIB,SSIB,UOBUPS100RCDUPS100RCD1.411.【3.2.2.110.【3.2.1.4】波峰因数①②③380V/50Hz,UIB,SSIB,UOBUPS100RCDUPS100RCD1.411.【3.2.2.1】不同负载时的暂①②③380V/50Hz,UIB,SSIB,UOB,BB100%RCD100%RCDLoadwithBatteryCH2:U-CH1:I-CH2:U-Ronlinebackup1.40%-->100%R100%-->0%RCH3:U-CH4:I-CH3:U-0%-->100%RL100%-->0%RLCH3:U-CH4:I-CH3:U-R变化前电R变化1.40%-->100%R100%-->0%RCH3:U-CH4:I-CH3:U-0%-->100%RL100%-->0%RLCH3:U-CH4:I-CH3:U-R变化前电R变化后电压电压变恢复时间R0---R100%--RL0---RL100%--RCD0---RCD100%--12.【3.2.2.2】不同模式时的暂①②③④⑤⑥⑦⑧⑨12.【3.2.2.2】不同模式时的暂①②③④⑤⑥⑦⑧⑨⑩380V/50Hz,UIB,SSIB,UOB,BBUPS100R负载，在面板上按“OFF+Enter”UPS运行到旁路模式；UPS100%R负载，在面板上按“ON+Enter”UPS运行到主路模式；输出分别带100%RL和RCD负载，重复②③步骤；UPS100RUIBUPS运行到电池模式；UPS100RUIBUPS运行到主路模式；输出分别带100%RL和RCD负载，重复⑤⑥步骤；UPS100R负载，在面板上按“OFF+Enter”UPSUPS100R负载，在面板上按“ON+Enter”UPS100RLRCD0%-->100%RCD100%-->0%RCDCH3:U-CH4:I-CH3:U-1.4M1-->M2with100%RM2-->M1with100%RCH3:U-CH4:I-CH3:U-M1-->M2with100%RLM2-->M1with100%RLCH3:U-CH4:I-1.4M1-->M2with100%RM2-->M1with100%RCH3:U-CH4:I-CH3:U-M1-->M2with100%RLM2-->M1with100%RLCH3:U-CH4:I-CH3:U-RLM1--100%M1--100%BAT--100%BAT--100%M2--100%M2--100%M1-->M2with100%RCDM2-->M1with100%RCDCH3:U-CH4:I-CH3:U-M1-->BATwith100%RM1-->BATwithM1-->M2with100%RCDM2-->M1with100%RCDCH3:U-CH4:I-CH3:U-M1-->BATwith100%RM1-->BATwith100%RLCH3:U-CH4:I-CH3:U-M1-->BATwith100%RCDBAT-->M2with100%RCH3:U-CH4:I-CH3:U-BAT-->M2with100%RLBAT-->M2with100%RCDCH3:U-CH4:I-CH3:U-M2-->BATwith100%RBAT-->M2with100%RLBAT-->M2with100%RCDCH3:U-CH4:I-CH3:U-M2-->BATwith100%RM2-->BATwith100%RLCH3:U-CH4:I-CH3:U-M2-->BATwith100%RCDBAT-->M1with100%RCH3:U-CH4:I-CH3:U-YD/T1095-2008的要求13.【3.2.3.2】电流过载①②③380V/50Hz,UIB,SSIB,UOB,BBUPS105%/123%/127%R/RLYD/T1095-2008的要求13.【3.2.3.2】电流过载①②③380V/50Hz,UIB,SSIB,UOB,BBUPS105%/123%/127%R/RLUPS98%1.4105%R123%RCH2:U-CH3:IU-CH2:U-CH3:IU-BAT-->M1with100%RLBAT-->M1with100%RCDCH3:U-CH4:I-CH3:U-127%R105%RLCH2:U-CH3:IU-CH2:U-CH3:IU-123%RL127%RLCH2:U-127%R105%RLCH2:U-CH3:IU-CH2:U-CH3:IU-123%RL127%RLCH2:U-CH3:IU-CH2:U-CH3:IU-14.【3.2.3.15】逆变器重启时间①②③380V/50Hz,UIB,SSIB,UOBUPS120%RUPS14.【3.2.3.15】逆变器重启时间①②③380V/50Hz,UIB,SSIB,UOBUPS120%RUPS90%INV1.415.【3.5.4.2】UPS启动和关闭测试目的和判据：UPS②380V/50Hz,UIB,SSIB,UOBUPS100%R/RL/RCD负载，启动/UPSUIBUPS100%R/RL/RCD负载，启动/关1.416.【3.2.3.11】不带旁路的输出短路①②③④⑤⑥380V/50Hz,UIB,UOBUPS运行在主路模式，INV100%RCD载,然后短路，检查输出和错误信息；移除短路，重置信息，开启INV，检查输出及HMI信息；100%RCDINVHMI信息；移除短路，重置信息，开启INV，检查输出及HMI信息⑦Backupmode结果重启时1.417.【3.1.3.1】相序调换及丢失测试①②③④⑤380V/50Hz,UIB,SSIB,UOBM1UPS启动前丢失和任意两相调换；M2UPS启动前丢失和任意两相调换；M1的一相或两相在UPS启动后丢失；M2UPS1.4相测试方1.417.【3.1.3.1】相序调换及丢失测试①②③④⑤380V/50Hz,UIB,SSIB,UOBM1UPS启动前丢失和任意两相调换；M2UPS启动前丢失和任意两相调换；M1的一相或两相在UPS启动后丢失；M2UPS1.4相测试方故障结M1正常ST旁路电压异系统电源能正常RT合上M2,电源供应正常,M2相丢失,合上UIB,整流和逆变能旁路电压异整流和逆变能正常R-Nshotwith100%RCDloadinnormalR-Nshotwith100%RCDloadinbackupCH2:U-CH2:U-CH4:I-CH2:U-CH2:U-R-Nshotwith100%RCDloadbeforenormalmodeR-Nshotwith100%RCDloadbeforebackupmodeCH2:U-CH2:U-CH4:I-CH2:U-CH2:U-18.【3.5.3.6】中线丢失测试①380V/50Hz,UIB,SSIB,UOBM2UPS工作在主路模式，M2M2neutrallossthenturnonUPSoperateinM1modethencloseSSIBwithoutCH4：U-18.【3.5.3.6】中线丢失测试①380V/50Hz,UIB,SSIB,UOBM2UPS工作在主路模式，M2M2neutrallossthenturnonUPSoperateinM1modethencloseSSIBwithoutCH4：U-CH4：U-UPS工作在主路模式，M2的R相丢R相旁路欠M2恢复正常，能重置UPS工作在主路模式，UIB闭合，M1的R相BUS升压过程中丢HMI显示输入电压异常，整流器关闭.如果M1恢复正常，能重置R相输入欠M1恢复正常，能重置UPS工作在主路模式，M1的R相丢UPS能侦测到此故障，整流器关闭，转到旁路工作,恢复M1R相，UPS恢复到主路模式R相输入欠M1恢复正常，能重置UPS工作在电池模式,M1相序调恢复M1相序，检查UPS的行UPS能侦测到此故障且让保持在电池模式故障清除，UPS转到主路模UPS仍运行在电池M1恢复正常，UPS能转到主路RS\旁路电压异系统电源能正常SRT整流正常，逆变器不能开机过程中IGBT信号保护整流器正常，逆变器不能TSR\RTS\M2正常ST合上UIB,无电源供应,然后合上SSIB,系统电源供应正常1、A相输入欠合上SSIB,系统电源供应RT合上UIB,系统电源供应S相输入欠SRT合上UIB,M1相序错误,整流不能启动.合上SSIB,旁路输出输入相序错整流器不工作，合上SSIB，旁测试结果：UPS能正常运行19.【6.1.1.1】产品安全维护UPS①②UPS20.【3.3.1.1】充电电流特性/【3.3.1.2】充电电压特性测试结果：UPS能正常运行19.【6.1.1.1】产品安全维护UPS①②UPS20.【3.3.1.1】充电电流特性/【3.3.1.2】充电电压特性①380V/50Hz,UIB,SSIB,UOB1.4电流电压电压纹设置/设置5/设置/设置////结果 current currentCH1：U-CH2：I-CH1：U-CH2：I- current currentCH1：U-CH2：I- current currentCH1：U-CH2：I-CH1：U-CH2：I- current currentCH1：U-CH2：I-CH1：U-CH2：I- current currentCH1：U-CH2：I-CH1：U-CH2：I-设置////设置////设置////设置////21.【3.3.2.1】电池充电周期①21.【3.3.2.1】电池充电周期①380V/50Hz,UIB,SSIB,UOBUPS20RLoad③恢复市电，UPS51.4测试数据：（22.【3.2.3.10】电池低压关机点①380V/50Hz,UIB,SSIB,UOB②UPS工作在电池模式，带100RL③放电至关机后恢复市电，UPS④UPS1.41.5电池低压报警点为：190.5VDC23.【3.3.3.4】电池测试功能①380V/50Hz,UIB,SSIB,UOB②UPS工作在电池模式，带100RL③放电至关机后恢复市电，UPS④UPS1.41.5电池低压报警点为：190.5VDC23.【3.3.3.4】电池测试功能ALARM的红色灯报警.24.【3.5.4.3】冷启动1、断开UIB，SSIB,闭合2、闭合S1，DCMC吸合后闭合BB并断开3、在HMI按ON+ENTER开机，UPS运行在模4、检查输出电压测试结果：在没有市电的情况下，UPS能正常冷启动RST精放电初电频放电末电频25.【3.1.3.4】主输入电压频率范围①380V/50Hz,UIB,SSIB,UOB②UPS1.5实测结果为380+25%/-26.【3.4.3.9】旁路输入电压范①380V/50Hz,UIB,SSIB,UOB25.【3.1.3.4】主输入电压频率范围①380V/50Hz,UIB,SSIB,UOB②UPS1.5实测结果为380+25%/-26.【3.4.3.9】旁路输入电压范①380V/50Hz,UIB,SSIB,UOB②UPSMSA27.【3.4.3.5】带正常旁路做转换测试【3.4.3.6】带超限旁路做转换测试lowVlowVF①380V/50Hz,UIB,SSIB,UOB②UPS28.【3.1.3.2】启动时输入电流①UIB,SSIB,UOB开关断开，BUS②UIBCH2:U-TestM2toM1toNoNo①380V/50Hz,UIB,SSIB,UOB②UPS28.【3.1.3.2】启动时输入电流①UIB,SSIB,UOB开关断开，BUS②UIBCH2:U-TestM2toM1toNoNo275>NoNoNoNoNoNo29.【3.5.6】耐久测试间UPS190%M1&M2common:380V/50Hz:ON10min,off5sbattery:18blocks无290%M1&M2common:380V/50Hz:10min,off5s29.【3.5.6】耐久测试间UPS190%M1&M2common:380V/50Hz:ON10min,off5sbattery:18blocks无290%M1&M2common:380V/50Hz:10min,off5sbattery:18blocks无390%M1&M2common:380V/50Hz:ON10min,off5sbattery:18blocks无443%M1&M2common:380V/50Hz:10min,off5sbattery:18blocks无543%M1&M2common:380V/50Hz:ON10min,off10sbattery:18blocks2min,off无31.干接点测试①(a)功能正(b)功能正(c)功能正(d)功能正(e)功能正(f)功能正(g)功能正(h)功能31.干接点测试①(a)功能正(b)功能正(c)功