Fitzall Operating Guide For kv Meter



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Transcription:

Ftzll Oprtg Gu Fr kv Mtr Dscrpt Istructs St lyss Gus

tc Th frmt ct ths cumt s subjct t chg wthut tc. GE mks wrrty f y k wth rgr t ths mtrl, clug, but t lmt t, th mpl wrrts f mrchtblty ftss fr prtculr purps. GE shll t b lbl fr rrrs ct hr r ctl csqutl mgs cct wth th furshg, prfrmc, r us f ths mtrl. Ths cumt cts prprtry frmt whch s prtct by cpyrght. ll rghts r rsrv. prt f ths cumt my b phtcp r thrws rpruc wthut cst f GE. pyrght (c) 1999 by GE Publsh lmt cpyrght ss, ll rghts, clug tr scrts, r rsrv. Dcumt Et - Prlmry 10/96 - Frst 6/99 kv, x, MtrMt, OPTOOM, Pwr Gur, St G, Ftzll, SMRTOUPER r trmrks f GE. F OMPIE STTEMET Ths pruct grts uss r frqucy rgy. It hs b tst vrf tht t cmpls wth th lmts fr th f Frl Rgults (FR) 47, Prt 15 R Frqucy Dvcs, Subprts Grl Uttl Rtrs ssu by th Frl mmucts mmss fr lss gtl vcs. If, hwvr, th pruct cuss r r tlvs trfrc, tfy: Mgr - Tchlgy Grl Elctrc mpy 130 M Strt Smrswrth, H 03878-3194 pg 2

Tbl f tts Itruct t Ftzll Mtrg. 4 sc pplct Guls fr w Istllts.. 5 lss 200, Frm 9S pplct Guls.. 6 Ftzll Oprt f th kv Mtr. 7 Usg th kv St lyss Gus.. 8,9 kv St lyss gus fr cvrtg xstg stllts... s blw kv St G Wrksht. 30 Ftzll MtrMt - Oprtg Tps..... 31 wr mplt Rtrfts.. 32 Typ f Srvc Mtr 2W-1φ 3W-1φ 3W-t 3W- 4W-Y Frm Pg umbr f th kv St lyss Gu 4W- 9S 10 11,12,13 14 15 16,17,18,19 20,21,22 16S 23 24,25 26 27 28 29 Pg umbrs bl hr t ll s Thrm fr ptmum mtrg ccurcy pg 3

ITRODUTIO TO GE s kv FITZ METERS kv Ftzll mtrs hlp mmz vtry csts by llwg ly tw mtr frms t mtr ll lctrcl srvcs g thr, r fwr, mtr lmts. I t, wth clss 20 clss 200 mtr stck, yu r prpr t mtr vrtully y w srvc wthut hvg t srch thrugh vtry fr just th rght mtr frm vltg, r hvg t wt fr spcl mtr typ t b rr lvr. kv Ftzll mtrs r rt 120 t 480 Vlts, ccmmtg 528 Vlts ctuusly, 575 Vlts bslut mxmum. Th kv frm 16S s ls vlbl xt lss 320 rtg t msur l currts up t 320 mprs rctly. Th kv frm 9S, 20 mtr, v strumt trsfrmrs, c msur lrgr ls hghr vltgs. Or, f yu sr, 200 vrs f th 9S kv mtr s vlbl my b us fr bth trsfrmr rt slf ct stllts (wh us wth sutbly rt wr sckt), blg vltg put slt f sr 480 V, 200 pplcts wthut rqurg Ts rucg vtry t bsc mtr typ. MtrMt sftwr pts 3-lmt kv mtrs t pprprt m f prt fr y 2, 3, r 4-wr srvc. MtrMt llws usrs t slct th srvc typ umbr f lmts tht r t b ctv th t pplct. Th kv mtr st lyss gstc fucts r smultusly pt. lbrt f th mtr s uffct wll mt ccurt mtrg f y srvc typ vlbl frm th chcs ffr MtrMt. Th fl stp Ftzll pplct s t mrk th Ftzll mplt, ctg th srvc typ umbr f ctv mtr lmts fr tht stllt. O f ly cct rrgmts, shw pg 5, wll stsfy ll s thrm fr ll w, my xstg, stllts. Th kv St lyss gus ths cumt (pgs 10~29) utl ccts fr ptg thr xstg stllts. Trtl mtrg schms t stsfyg ll s thrm hv mstrt ccptbl cmmrcl ccurcy. Hwvr, t fully rlz th suprr ccurcy f lctrc lctrcty mtrs, us ll mtrg sluts vrywhr prctcl. Kp lctrcl rgy th mst ccurtly msur cmm cmmty. pplct / Istllt Prcur: Stp 1: Istll kv Ftzll mtr sckt sutbly rt wr fr th pplct. (S th pplct gus pgs 5,6, 10~29) Stp 2: Us MtrMt prgrmmg sftwr (MMDOS) t fully prgrm th mtr, th us th Prgrm, srvc cmms t cfgur th mtr pprprtly sur prpr prt fr th lctrcl srvc bg mtr. (S Ftzll MtrMt - Oprtg Tps, pg 31) Stp 3: Mrk th Ftzll mplt t ct th srvc typ umbr f ctv mtrg lmts. pg 4

T ll pplcts mt ODE slut rqurmts. VT GE kv Ftzll Trsfrmr Rt 9S lss 20 1,2, & 3 Phs 2,3, & 4 Wr twrk, Y, & / 9S Ftzll 2 Wr 9S Ftzll 3 Wr 9S Ftzll 4 Wr / 9S Ftzll 2 Wr 9S Ftzll 3 Wr 9S Ftzll 4 Wr GE kv Ftzll Slf-t 16S lss 200 r 320 1,2, & 3 Phs 2,3, & 4 Wr twrk, Y, & / 16S Ftzll 2 Wr 16S Ftzll 3 Wr 16S Ftzll 4 Wr t: ctul stllt prcurs, mtrls, qupmt, ccts must cfrm t pplcbl cs strs. pg 5

ll pplcts mt ODE slut rqurmts. GE kv Ftzll Slf-t (wth sprt vltg puts) 9S lss 200 1,2, & 3 Phs 2,3, & 4 Wr twrk, Y, & / 9S Ftzll, lss 200, 2-Wr 9S Ftzll, lss 200, 3-Wr 9S Ftzll, lss 200, 4-Wr Wthut vltg trsfrmrs ut: lss 200, Frm 9S kv mtrs must b stll sutbly rt wr sckt / 9S Ftzll, lss 200, 2-Wr 9S Ftzll, lss 200, 3-Wr 9S Ftzll, lss 200, 4-Wr Wth vltg trsfrmrs t: ctul stllt prcurs, mtrls, qupmt, ccts must cfrm t pplcbl cs strs. pg 6

Ftzll Oprt f th kv Mtr Smply chs th srvc typ umbr f ctv lmts usg MtrMt prgrmmg sftwr, wr th sckt pprprtly fr th srvc t b mtr, mrk spcl Ftzll mplt t tfy th t/prgrmm prtg m f th kv Ftzll mtr. MtrMt s th rst. It mks yur thr lmt GE typ kv vctr lctrcty mtr us th pprprt Mth f Oprt (MO) frm ts gtl sgl prcssr s ROM rprtry, surg prpr mtrg gstc prt fr th t pplct. FORM EE 4W-Y 4W 3W- 3W-twrk 3W-1φ 2W-1φ 9 3 MO 9-6 MO 9-6 9 2-1/2 MO 36-2 9 2 MO 45-3 MO 45-3 MO 45-0 MO 45-4 MO 45-4 9 r 1 MO 2-1 MO 3-5 16 16 2 MO 12-0 MO 12-4 MO 12-4 16 3 MO 16-6 MO 16-6 Vltg urrt Ssg Symbls I kv sckt typ mtrs, ch vltg s th pttl ffrc btw tw vltg ssg bls. sl rctgl (s grms blw) s th symbl fr vltg ssg bl. Fr tllg vltg ssg bl frm thr, ch hs umbr (0, 1, 2, r 3). I kv sckt typ mtrs, ch currt s ss cuctv crcut btw tw bls. l wth rrwh cts th cuctr btw ths tw bls. Th bls r symblz by rctgulr utls. Th sl rrwh cts th ss f pstv currt. T tll currt frm thr, ch hs lttr (,, r.) Sm frms f kv sckt typ mtrs hv bls whch r utlz fr vltg ssg r prt f currt ssr ls. Th Frm 16S grm blw shws just such rrgmt. I ths grm th uppr bl hs th fuct f bg vltg ssg bl. Tht s wht s mpl by th rctgl bg sl. Frm 9S 1 2 3 K Y Z 0 Ftzll Isttus Pwr p = 1 2 Frm 16S 3 p = p = 0 ptot = p + p + p 9&16 MO 45&12 0 = [2(1 0) (3 0)]/3, = -[(1 0)+(3 0)]/3, = [2(3 0) (1 0)]/3, = ( + ) 9&16 MO 2 1 = (1 0)/2, = 0, = (0 1)/2, = 0 9 MO 36 2 = 1 0, = -[(1 0) + (3 0)], = 3 0 9 MO 45 3 = (1 0) (2 0), = 0, = 3 0, = 0 9&16 MO 45&12 4 = 1 0, = 0, = 3 0, = 0 9&16 MO 3 5 = 1 0, = 0, = 0, = 0, = 0 9&16 MO 9&16 6 = 1 0, = 2 0, = 3 0 pg 7

Usg th kv St lyss Gus Th fllwg kv St lyss gus r sg t hlp usrs crrctly pply th kv Ftzll mtr prtculr pplct. Th umbr rfrcs blw crrsp t th tfyg umbrs th fllwg pg. 1. Itfs ths s spcl Ftzll pplct. 2. ts th typ f mtr frms tht my hv b us fr ths pplct th pst, my b rplc by usg th kv Ftzll mtr. 3. Icts whthr mst xstg stllts wul t b rwr r t. 4. Itfs th srvc typ fr ths pplct. 5. Shws th T ccts frm th srvc t th kv mtr.* 6. Shws th VT ccts frm th srvc t th kv mtr.* 7. Whr shw, tfs ths pplct s pplct tht mts th crtr f ll s Thrm - ssurg ptmum mtrg ccurcy. 8. Phsr grms fr th srvc vltgs currts, ssumg uty pwr fctr fr blc thr phs l, wth -- phs squc tp -- phs squc th bttm. 9. Phsr grms fr th mtr vltgs currts, ssumg uty pwr fctr fr blc thr phs l, wth -- phs squc tp -- phs squc th bttm. 10. Itfs th prpr srvc cmm slct MMDOS (MtrMt Mtr mm). 11. Suggsts th pprprt Ftzll mplt mrkgs fr SERVIE EEMETS. * t: ctul stllt prcurs, mtrls, qupmt, ccts must cfrm t pplcbl cs strs. pg 8

kv St lyss Frm 9S (Trsfrmr Rt) Ftzll pplct 1 2 3 6 Typclly rplcs Frm: 5S, 35S, 45S, 26S pplcts Usg cct grm ths pg. Mst l stllts: rwrg wrg chg 3-Wr, Dlt 4 ODE slut 5 7 9S Ftzll 8 9 E () V 18 E 18 V SERVIE ggg ggg 11 18 Mtr mplt mrkg E Mult by VTR :1 TR :5 SERVIE: 4Y 4 3 3 3W 2W EEMETS: 3 21/2 2 1 744x9 20 120-480V T 2.5 Kt 0.3 E () PF= 1 18 t: ctul stllt prcurs, mtrls, qupmt, ccts must cfrm t pplcbl cs strs. V V 10 MtrMt srvc Slct: 3-wr, 3-phs, 2-lmt MO 45-0 pg 9

kv St lyss Frm 9S (Trsfrmr Rt) Ftzll pplct Typclly rplcs Frm: 3S pplcts Usg cct grm ths pg. Mst l stllts: rwrg wrg chg 2-Wr Sglphs 9S Ftzll ODE slut 9S Ftzll 18 E 18 V SERVIE ggg PF= 1 ggg Mtr mplt mrkg Mult by VTR :1 TR :5 SERVIE: 4Y 4 3 3 3W 2W EEMETS: 3 21/2 2 1 744x9 20 120-480V T 2.5 Kt 0.3 t: ctul stllt prcurs, mtrls, qupmt, ccts must cfrm t pplcbl cs strs. MtrMt srvc Slct: 2-wr, 1-phs, 1-lmt MO 3-5 pg 10

kv St lyss Frm 9S (Trsfrmr Rt) Ftzll pplct Typclly rplcs Frm: 5S, 35S, & 45S pplcts Usg cct grm ths pg. Mst l stllts: rwrg wrg chg 3-Wr Sglphs ODE slut 9S Ftzll 9S Ftzll 18 E 18 V E V SERVIE ggg PF= 1 ggg Mtr mplt mrkg Mult by VTR :1 TR :5 SERVIE: 4Y 4 3 3 3W 2W EEMETS: 3 21/2 2 1 744x9 20 120-480V T 2.5 Kt 0.3 t: ctul stllt prcurs, mtrls, qupmt, ccts must cfrm t pplcbl cs strs. MtrMt srvc Slct: 3-wr, 1-phs, 2-lmt MO 45-4 pg 11

kv St lyss Frm 9S (Trsfrmr Rt) Ftzll pplct Typclly rplcs Frm: 3S pplcts Usg cct grm ths pg. Mst l stllts: rwrg wrg chg 3-Wr Sglphs 9S Ftzll ccurcy s bs blc vltg ssumpts whch, f t fulfll, wll rsult systmtc rrrs urlt t mtr clbrt. 9S Ftzll OTE: Us hlf th T rt trmg mtr multplr. 18 E 18 V E SERVIE ggg PF= 1 ggg t: Th thr-wr crcut s summ th trsfrmrs, thus llwg 2-wr MtrMt srvc slct. Mtr mplt mrkg Mult by VTR :1 TR :5 SERVIE: 4Y 4 3 3 3W 2W EEMETS: 3 21/2 2 1 744x9 20 120-480V T 2.5 Kt 0.3 t: ctul stllt prcurs, mtrls, qupmt, ccts must cfrm t pplcbl cs strs. MtrMt srvc Slct: 2-wr, 1-phs, 1-lmt MO 3-5 pg 12

kv St lyss Frm 9S (Trsfrmr Rt) Ftzll pplct Typclly rplcs Frm: 4S pplcts Usg cct grm ths pg. Mst l stllts: rwrg wrg chg 3-Wr Sglphs 9S Ftzll ccurcy s bs blc vltg ssumpts whch, f t fulfll, wll rsult systmtc rrrs urlt t mtr clbrt. 9S Ftzll 18 E 18 V E SERVIE ggg PF= 1 ggg Mtr mplt mrkg Mult by VTR :1 TR :5 SERVIE: 4Y 4 3 3 3W 2W EEMETS: 3 21/2 2 1 744x9 20 120-480V T 2.5 Kt 0.3 t: ctul stllt prcurs, mtrls, qupmt, ccts must cfrm t pplcbl cs strs. MtrMt srvc Slct: 3-wr, 1-phs, 1-lmt MO 2-1 pg 13

kv St lyss Frm 9S (Trsfrmr Rt) Ftzll pplct Typclly rplcs Frm: 5S, 35S, 45S pplcts Usg cct grm ths pg. Mst l stllts: rwrg wrg chg twrk ODE slut 9S Ftzll 9S Ftzll () 18 E E 18 V V SERVIE ggg ggg () E 18 V 18 I I E PF = 1.0 V Mtr mplt mrkg Mult by VTR :1 TR :5 SERVIE: 4Y 4 3 3 3W 2W EEMETS: 3 21/2 2 1 744x9 20 120-480V T 2.5 Kt 0.3 t: ctul stllt prcurs, mtrls, qupmt, ccts must cfrm t pplcbl cs strs. MtrMt srvc Slct: 3-wr, twrk, 2-lmt MO 45-4 pg 14

kv St lyss Frm 9S (Trsfrmr Rt) Ftzll pplct Typclly rplcs Frm: 5S, 35S, 45S, 26S pplcts Usg cct grm ths pg. Mst l stllts: rwrg wrg chg 3-Wr, Dlt ODE slut 9S Ftzll 9S Ftzll E () V 18 E 18 V SERVIE ggg ggg 18 E () 18 V E V Mtr mplt mrkg Mult by VTR :1 TR :5 SERVIE: 4Y 4 3 3 3W 2W EEMETS: 3 21/2 2 1 744x9 20 120-480V T 2.5 Kt 0.3 PF= 1 t: ctul stllt prcurs, mtrls, qupmt, ccts must cfrm t pplcbl cs strs. MtrMt srvc Slct: 3-wr, 3-phs, 2-lmt MO 45-0 pg 15

kv St lyss Frm 9S (Trsfrmr Rt) Ftzll pplct Typclly rplcs Frm: 9S pplcts Usg cct grm ths pg. Mst l stllts: rwrg wrg chg 4-Wr, Wy ODE slut 9S Ftzll 9S Ftzll 270 I E E 18 () 18 V V I I SERVIE E ggg V ggg E I E 18 () V I V 18 E PF= 1 V Mtr mplt mrkg Mult by VTR :1 TR :5 SERVIE: 4Y 4 3 3 3W 2W EEMETS: 3 21/2 2 1 744x9 20 120-480V T 2.5 Kt 0.3 t: ctul stllt prcurs, mtrls, qupmt, ccts must cfrm t pplcbl cs strs. MtrMt srvc Slct: 3-Elmt utmtc MO 9-6 pg 16

kv St lyss Frm 9S (Trsfrmr Rt) Ftzll pplct Typclly rplcs Frm: 6S, 7S, 29S, 36S pplcts Usg cct grm ths pg. Mst l rwrg * stllts: wrg chg *(Excpt 29S) 4-Wr, Wy 9S Ftzll ccurcy s bs blc vltg ssumpts whch, f t fulfll, wll rsult systmtc rrrs urlt t mtr clbrt. 9S Ftzll E E () V 18 18 V I I SERVIE E ggg ggg E I E 18 () 18 I V E V Mtr mplt mrkg Mult by VTR :1 TR :5 SERVIE: 4Y 4 3 3 3W 2W EEMETS: 3 21/2 2 1 744x9 20 120-480V T 2.5 Kt 0.3 PF= 1 t: ctul stllt prcurs, mtrls, qupmt, ccts must cfrm t pplcbl cs strs. MtrMt srvc Slct: 4-wr, wy, 2-1/2-lmt MO 36-2 pg 17

kv St lyss Frm 9S (Trsfrmr Rt) Ftzll pplct Typclly rplcs Frm: 5S, 35S, 45S pplcts Usg cct grm ths pg. Mst l stllts: rwrg wrg chg 4-Wr, Wy 9S Ftzll ccurcy s bs blc vltg ssumpts whch, f t fulfll, wll rsult systmtc rrrs urlt t mtr clbrt. 9S Ftzll 18 E E () 18 V I V SERVIE E ggg ggg E I E 18 () 18 V V E Mtr mplt mrkg Mult by VTR :1 TR :5 SERVIE: 4Y 4 3 3 3W 2W EEMETS: 3 21/2 2 1 744x9 20 120-480V T 2.5 Kt 0.3 PF= 1 t: ctul stllt prcurs, mtrls, qupmt, ccts must cfrm t pplcbl cs strs. MtrMt srvc Slct: 4-wr, wy, 2-lmt MO 45-3 pg 18

kv St lyss Frm 9S (Trsfrmr Rt) Ftzll pplct Typclly rplcs Frm: 5S, 35S, 45S pplcts Usg cct grm ths pg. Mst l stllts: rwrg wrg chg 4-Wr, Wy 9S Ftzll ccurcy s bs blc vltg ssumpts whch, f t fulfll, wll rsult systmtc rrrs urlt t mtr clbrt. 9S Ftzll E 18 E () 18 V I V SERVIE E ggg ggg E I E 18 () 18 V V E Mtr mplt mrkg Mult by VTR :1 TR :5 SERVIE: 4Y 4 3 3 3W 2W EEMETS: 3 21/2 2 1 744x9 20 120-480V T 2.5 Kt 0.3 PF= 1 t: ctul stllt prcurs, mtrls, qupmt, ccts must cfrm t pplcbl cs strs. MtrMt srvc Slct: 4-wr, wy, 2-lmt MO 45-3 pg 19

kv St lyss Frm 9S (Trsfrmr Rt) Ftzll pplct Typclly rplcs Frm: 8S & 9S pplcts Usg cct grm ths pg. Mst l stllts: rwrg (8S & VT s) wrg chg 4-Wr, Dlt ODE slut 9S Ftzll 9S Ftzll E V E E () 18 18 V V I I SERVIE ggg ggg 18 I () 18 E E V V I Mtr mplt mrkg E Mult by VTR :1 TR :5 SERVIE: 4Y 4 3 3 3W 2W EEMETS: 3 21/2 2 1 744x9 20 120-480V T 2.5 Kt 0.3 PF= 1 V t: ctul stllt prcurs, mtrls, qupmt, ccts must cfrm t pplcbl cs strs. MtrMt srvc Slct: 3-Elmt utmtc MO 9-6 pg 20

kv St lyss Frm 9S (Trsfrmr Rt) Ftzll pplct Typclly rplcs Frm: 5S, 45S & 26S pplcts Usg cct grm ths pg. Mst l stllts: rwrg wrg chg 4-Wr, Dlt ccurcy s bs blc vltg ssumpts whch, f t fulfll, wll rsult systmtc rrrs urlt t mtr clbrt. 9S Ftzll OTE: Th Ts ls & must b twc th rt f th T l. Us th rt f T l s th trsfrmr fctr trmg th multplr. E V 18 E E () 18 V I SERVIE ggg ggg 18 E Mtr mplt mrkg E Mult by VTR :1 TR :5 SERVIE: 4Y 4 3 3 3W 2W EEMETS: 3 21/2 2 1 744x9 20 120-480V T 2.5 Kt 0.3 I E () PF= 1 18 V t: ctul stllt prcurs, mtrls, qupmt, ccts must cfrm t pplcbl cs strs. V MtrMt srvc Slct: 4-wr, lt, 2-lmt MO 45-3 pg 21

kv St lyss Frm 9S (Trsfrmr Rt) Ftzll pplct Typclly rplcs Frm: 5S, 45S & 26S pplcts Usg cct grm ths pg. Mst l stllts: rwrg wrg chg 4-Wr, Dlt ccurcy s bs blc vltg ssumpts whch, f t fulfll, wll rsult systmtc rrrs urlt t mtr clbrt. 9S Ftzll OTE: Th T ls & must b twc th rt f th T l. Us th rt f T l s th trsfrmr fctr trmg th multplr. E V () 18 E E 18 V I SERVIE ggg ggg 18 Mtr mplt mrkg E Mult by VTR :1 TR :5 SERVIE: 4Y 4 3 3 3W 2W EEMETS: 3 21/2 2 1 744x9 20 120-480V T 2.5 Kt 0.3 I E E () PF= 1 18 V t: ctul stllt prcurs, mtrls, qupmt, ccts must cfrm t pplcbl cs strs. V MtrMt srvc Slct: 4-wr, lt, 2-lmt MO 45-3 pg 22

kv St lyss Frm 16S (Slf-t) Ftzll pplct Typclly rplcs Frm: 1S pplcts Usg cct grm ths pg. Mst l stllts: rwrg wrg chg 2-Wr Sglphs 16S Ftzll ODE slut 18 E 18 V SERVIE ggg ggg PF = 1.0 Mtr mplt mrkg Mult by SERVIE: 4Y 4 3 3 3W 2W EEMETS: 3 2 1 744x4 200 120-480V T 30 Kt 3.0 MtrMt srvc Slct: 2-wr, 1-phs, 1-lmt MO 3-5 t: ctul stllt prcurs, mtrls, qupmt, ccts must cfrm t pplcbl cs strs. pg 23

kv St lyss Frm 16S (Slf-t) Ftzll pplct Typclly rplcs Frm: 12S, 13S, & 26S pplcts Usg cct grm ths pg. Mst l stllts: rwrg wrg chg 3-Wr Sglphs 16S Ftzll ODE slut 18 E 18 V E V SERVIE ggg PF = 1.0 ggg Mtr mplt mrkg Mult by SERVIE: 4Y 4 3 3 3W 2W EEMETS: 3 2 1 744x4 200 120-480V T 30 Kt 3.0 MtrMt srvc Slct: 3-wr, 1-phs, 2-lmt MO 12-4 t: ctul stllt prcurs, mtrls, qupmt, ccts must cfrm t pplcbl cs strs. pg 24

kv St lyss Frm 16S (Slf-t) Ftzll pplct Typclly rplcs Frm: 2S pplcts Usg cct grm ths pg. Mst l stllts: rwrg wrg chg OT Rcmm fr w stllts --Us 2-lmt ll Slut. 3-Wr Sglphs ccurcy s bs blc vltg ssumpts whch, f t fulfll, wll rsult systmtc rrrs urlt t mtr clbrt. 16S Ftzll 18 E 18 V E SERVIE ggg ggg PF = 1.0 Mtr mplt mrkg Mult by SERVIE: 4Y 4 3 3 3W 2W EEMETS: 3 2 1 744x4 200 120-480V T 30 Kt 3.0 MtrMt srvc Slct: 3-wr, 1-phs, 1-lmt MO 2-1 t: ctul stllt prcurs, mtrls, qupmt, ccts must cfrm t pplcbl cs strs. pg 25

kv St lyss Frm 16S (Slf-t) Ftzll pplct Typclly rplcs Frm: 12S,13S, & 26S pplcts Usg cct grm ths pg. Mst l stllts: rwrg wrg chg twrk 16S Ftzll ODE slut () 18 E E 18 V V SERVIE ggg ggg () E 18 V 18 I I E PF = 1.0 V Mtr mplt mrkg Mult by SERVIE: 4Y 4 3 3 3W 2W EEMETS: 3 2 1 744x4 200 120-480V T 30 Kt 3.0 MtrMt srvc Slct: 3-wr, twrk, 2-lmt MO 12-4 t: ctul stllt prcurs, mtrls, qupmt, ccts must cfrm t pplcbl cs strs. pg 26

kv St lyss Frm 16S (Slf-t) Ftzll pplct Typclly rplcs Frm: 12S, 13S, & 26S pplcts Usg cct grm ths pg. Mst l stllts: rwrg wrg chg 3-Wr, Dlt 16S Ftzll ODE slut E () V V E 18 18 I E SERVIE ggg ggg E () I I 18 E 18 V V E PF = 1.0 Mtr mplt mrkg Mult by SERVIE: 4Y 4 3 3 3W 2W EEMETS: 3 2 1 744x4 200 120-480V T 30 Kt 3.0 MtrMt srvc Slct: 3-wr, 3-phs, 2-lmt MO 12-0 t: ctul stllt prcurs, mtrls, qupmt, ccts must cfrm t pplcbl cs strs. pg 27

kv St lyss Frm 16S (Slf-t) Ftzll pplct Typclly rplcs Frm: 14S & 16S pplcts Usg cct grm ths pg. Mst l stllts: rwrg wrg chg 4-Wr, Wy 16S Ftzll ODE slut () 18 E E 18 V V I I E V SERVIE ggg E () ggg V I E 18 I V 18 E V PF = 1.0 Mtr mplt mrkg Mult by SERVIE: 4Y 4 3 3 3W 2W EEMETS: 3 2 1 744x4 200 120-480V T 30 Kt 3.0 MtrMt srvc Slct: 3-Elmt utmtc MO 16-6 t: ctul stllt prcurs, mtrls, qupmt, ccts must cfrm t pplcbl cs strs. pg 28

kv St lyss Frm 16S (Slf-t) Ftzll pplct Typclly rplcs Frm: 15S & 17S pplcts Usg cct grm ths pg. Mst l stllts: rwrg wrg chg 4-Wr, Dlt 16S Ftzll ODE slut () E V 18 E E 18 V V I I SERVIE ggg () ggg I 18 E E E 18 V I V V PF = 1.0 Mtr mplt mrkg Mult by SERVIE: 4Y 4 3 3 3W 2W EEMETS: 3 2 1 744x4 200 120-480V T 30 Kt 3.0 MtrMt srvc Slct: 3-Elmt utmtc MO 16-6 t: ctul stllt prcurs, mtrls, qupmt, ccts must cfrm t pplcbl cs strs. pg 29

Mtr #: GE Mtr kv St G Wrksht Dt Fl m:. mplt Pth: F U D M E T St: Srvc: Srvc Dsply: P H S O R S Vltg gl Vltg urrt gl urrt 0.0 ggg Vlts ggg mprs Dstrt Pwr: % 270 ggg Dgstc uts D1 D2 D3 D4 D5T 180 V 0 D5 D5 D5 D6 D7 D8 Mtr Dsply Sttus Fll- t rrws 90 ggg lkg Off - lkg Off - lkg Er pg 30

Ftzll MtrMt Sftwr Oprtg Tps Usg MtrMt Mtr mm (MMDOS), mk sur yu prgrm th kv mtr frst bfr usg th Prgrm, srvc, cmms t st th pprprt srvc typ umbr f ctv mtrg lmts. MtrMt sftwr wll ly llw th srvc cmm t b prfrm prgrmm mtrs. ( xcpt llws mtrs tht r t b lctrclly sl - spcl wrt prtct stt f th mtr - t hv th srvc cmm xcut uprgrmm mtrs. MMDOS trms ths by th sttus f th SlFlg prmtr th MMDOS.II fl.) Thr s t chg th srvc sttg frm utmtc, 3-lmt fr stllt 4-wr srvcs, wy r lt, whr ll 3 lmts f th mtr r ctv. It my b bst t lv th mtr utmtc, 3-lmt s tht t my b flxbly ppl t bth 4-wr wy lt srvcs wth ly lwr mplt chg, rprgrmmg rqur. If yu r prtg th mtr s 2 1/2 lmt mtr trsfrmr rt 4-wr wy srvc, mk sur yu st th srvc typ crrctly (4-wr wy, 2.5 lmt). If lft utmtc, 3-lmt ths scr ( phs pttl ppl t th mtr), th mtr wll ly prv 2/3rs rgstrt fr blc thr phs ls. Ths typ f stut my b sly tct by tg tht th phs pttl ctr th mtr s D wll b blkg, f bl, th 000400 (lw pttl) mssg wll ppr th sply. I Ftzll mtr crrctly cfgur fr ths pplct (4-wr wy, 2.5 lmt) th phs pttl ctr s smply blk sc th mtr ursts tht phs pttl s supps t b prst. Mst (f t ll) thr Ftzll pplcts wul prv crrct mtrg vlus f wr pr pplct Gus ths cumt v f th srvc ws vrttly lft utmtc, 3-lmt. Oly th gstc cpblts f th mtr wul b ffctv. T sur prpr prt f bth th rvu clcults gstc prt f th kv Ftzll mtr, t s mprtt t mk sur th srvc typ s st pprprtly, s ct th pplct gu pgs f ths cumt. Wh yu prfrm th Prgrm, srvc, cmms MMDOS, th srvc typ tht frst pprs hghlght th cmputr scr s th currtly ctv srvc sttg th mtr. Dffrt pplcts my rqur ffrt gstc tst tlrc thrshls t b st. s wth y kv mtr pplct (Ftzll r t), t v rrus r mglss gstc cut mssgs frm pprg th sply, mk sur tht ly th rlvt gstcs r bl st wth tlrc thrshls tht mk ss fr th spcfc pplct t h. T llw th us f cmm prgrm, MtrMt Mtr mm (MMDOS) llws pt sttg f th St G gstcs fr -st mfcts s, usg th Prgrm, rfg, Stg, Dgstc r Prmtrs cmms. pg 31

wr mplt Rtrfts Rplcmt lwr mplts r vlbl usful fr wh kv Ftzll mtr s mv frm srvc t ffrt typ f srvc, r wh str mplt vrs f Ftzll cpbl kv mtr (y 3-lmt kv mtr) s t b stll w Ftzll pplct. tlg umbrs r shw blw, lg wth sktch f wht th mplt lks lk. Th cutut th lwr lft crr llws th mtr ctlg umbr t shw frm th rgl mplt. 9938366001 200 Mult by SERVIE: 4Y 4 3 3 3W 2W EEMETS: 3 2 1 200 120-480V T 30 Kt 21.6 9938366002 320 Mult by SERVIE: 4Y 4 3 3 3W 2W EEMETS: 3 2 1 320 120-480V T 50 Kt 27.0 9938366003 20 Mult by VTR :1 TR :5 SERVIE: 4Y 4 3 3 3W 2W EEMETS: 3 2½ 2 1 20 120-480V T 2.5 Kt 1.8 9938366004 150 (-s) Mult by SERVIE: 4Y 4 3 3 3W 2W EEMETS: 3 2 1 150 120-480V T 30 Kt 21.6 pg 32