联想六西格玛资料(17个(编辑修改稿)

联想六西格玛资料(17个(编辑修改稿)内容摘要：

duce a Process Map specifically for the selection of winding diagram details during the electrical design stage of order processing. W i nd i ng s pecwi th c orr e c ttu r ns amp。 par a l l e l s fo rper fo r m a nceC orr e c twi nd i ngdi a gra mC orr e c tc on nec ti ondi a gra mSui ta bl e no ofc a bl e s amp。 s i zefo r fu l l l oadc urr e ntC om pl e te dElec tr i c a l des i gndra ft on s y s te m .Pa s s toMe c hani c a ldes i gn .Se l e c twi nd i ngdi a gra mSe l e c tc on nec ti ondi a gra mD e s i gnm ot orwi nd i ng sKPOV 抯C hec k no ofc a bl e s a nds i ze sEnter orde ron c om pu te rFra m e / Type , Vol ta ges up pl y , Mot or O ut pu t,Spe e d, No of Spe e ds,Me th od of Sta r t, Spe c i a lR e qu i r e m e nt s ,C on nec ti on sW i nd i ng s pec , Typeof wi nd i ng , Me th odof Sta r t, Fu l l Lo a dC urr e nt ,C on nec ti on s , No ofPa r a l l e l s , No of Lea dsW i nd i ng D i a gra m ,Me th od of Sta r t, N oof Pa r a l l e l s , N o ofSpe e ds, Type( N e m a , Me tr i c ),C on nec ti on sFu l l Lo a dC urr e nt ,Me th od ofSta r t,C on nec ti on sOrde r N o, W i nd i ngs pec , W i nd i ngD i a g , C on nec ti onD i a g , Spe c i a lI nstr uctio ns,Pe r fo r m a nce D a taKPIV 抯Moon V iew Proces s Map of Electri cal D esign 13 The procedure for selecting the winding diagram reference above was starting to highlight some more specific aspects that needed closer attention. The method of determining the type of winding connections and configuration for different types of multispeed motors, and the process of searching for the winding diagram reference. These were mapped further as shown below. It is also intended that the process map above will be issued in the design manual as a guide to all designers for selecting winding diagrams. O UT P UT S P E E DNo . O F S P E E DSM E T HOD O FS T A RT1, 2, 3 o r 4S P E E D O RDE RS I NGL ESPEEDM UL T ISPEEDT Y P E O FW I NDI NGRE Q UI RE DNO. O FW I NDI NGSRE Q UI RE DS I NGL ET A P P E D,S I NGL E P A M ,T W O W I NDI NGSM E T HODO F S T A RTCONNE CT I O NSRE Q UI RE DS T A R, DE L T A ,P A RT W I NDI NGS T A RT O R DUA LV O L T A G ES I NGL ET A P P E DW I NDI NGM O T O R O UT P UT V O L T A G ES UP P L Y DE S I G N CA L C ( W DGS P E C) RE Q UI RE DP E RF O M A NCEW O RK OUT E F F E CT I V ET URN S amp。 P A RA L L E L SF O R DE S I G NP RA CT I CA L No . O FT URN S amp。 P A RA L L E L S* S P E CI A L RUL E SA P P L YM E T HOD O F S T A RTM O T O R O UT P UT SM O T O R A P P L I CA T I O NCONNE CT I O NSRE Q UI RE DA NY P RA CT I CA LCOM BI NA T I O N* S P E CI A L RUL E S A P P L YF UL L L O A DCUR RE NTCONNE CT I O NSCHE CK No . O FL E A DSRE Q UI RE DCORRE CT No . O FL E A DS F O R F L CRE F E RE NCE BO O KO F W I NDI NGDI A G RA M SS E A RCH F O R W I NDI NGDI A G RA M RE F E RNC ERE Q UI RE DW I NDI NG DI A G RA MRE F E RE NCE T O BEUS E DM E T HOD O F S T A RTM O T O R O UT P UT SM O T O R A P P L I CA T I O NCONNE CT I O NSRE Q UI RE DM E T HOD O F S T A RTM O T O R O UT P UT SM O T O R A P P L I CA T I O NCONNE CT I O NSRE Q UI RE DS I NGL E P A MW I NDI NGT W O W I NDI NGSM O T O R O UT P UT V O L T A G ES UP P L Y DE S I G N CA L C ( W DGS P E C) RE Q UI RE DP E RF O M A NCEW O RK OUT E F F E CT I V ET URN S amp。 P A RA L L E L SF O R DE S I G NP RA CT I CA L No . O FT URN S amp。 P A RA L L E L SF UL L L O A DCUR RE NTCONNE CT I O NSCHE CK No . O FL E A DSRE Q UI RE DCORRE CT No . O FL E A DS F O R F L CRE F E RE NCE BO O KO F W I NDI NGDI A G RA M SS E A RCH F O R W I NDI NGDI A G RA M RE F E RNC ERE Q UI RE DW I NDI NG DI A G RA MRE F E RE NCE T O BEUS E DCONN. DI A G . BO O KT Y P E ( M E T RI C,NE M A )CONNE CT I O NS . NoO F S P E E DSS E L E CTCONNE CT I O NDI A G RA MS UI T A BL ECONNE CT I O NDI A G RA M T OCOM P L Y W I T HW I NDI NG DI A G RA M1, 2, 3 o r 4 S P E E DO RDE R CA N BEA NY CO M BI NA T I O NO F T HE A BOV EPROC ESS M A P OF WI ND I NG DIA GRA M SELEC T I ON I N ELEC T RICA L I N ELEC T RICA L DESIG NDE T E RM I NENO. O F S P E E DSD R AW N Lo ui s M c La ug hl anDA T E 05. 04. 20xxD R G . N O . F L0001=KPIV=KPO V= PROC ESS ST EPY Y /Y , Y Y / / , / Y Y* S P E CI A L RUL E S A P P L YY Y /Y , Y Y / / , / Y Y* S P E CI A L RUL E S A P P L YC SM 2 0 0 2 1 1C SM 3 0 0 3 1 4C SM 1 0 0 1 1 2C SM 4 0 0 4 1 0C SM 4 0 0 4 1 0 14 C orr e c t no ofwi nd i ng sr e qdPr a c ti c a l no oftu r ns amp。 par a l l e l sC orr e c t no ofl e a ds (6,9 or 1 2 )Fi nde ffec ti v eno tu r ns amp。 par a l l e l sfo r des i gnD e te r m i neno of wd gsr e qdKPOV 抯C hec k no ofl e a dsSe l e c t wd gdi a g r e f (s e es e par a teproc e s sm a p)Type of wi nd i ngs pec i fi e d on orde rMe th od of Sta r t on bo th s pee ds,R e qd Pe r fo r m a nce , Vol ta geSup pl y , D e s i gn C a l c (w dg s pec ),No of Sta to r Slo ts , C om bi natio n ofPol e s , C on nec ti on s , C i r c ul a ti ngC urr e nt r ul e sFu l l Lo a d C urr e nt ,Me th od of Sta r tKPIV 抯Proc ess Map t o select correct C onne ctions f orD ual W indingsC SM r e f no 1 0 0 1 1 2C or r e c t no o fwin di ng sr e qdS S /S, D D /D ,S S /D ,D /SSc on ne c tion sP r a c tic a l no o ftur ns amp。 pa r a lle lsC or r e c t no o fl。