54U 取扱説明書 （操作用） 電力マルチメータ 目 次 - M
Contents
1. 30 8 2000 m NE NM 6487 B 14 P2 54 54U2. 10 55C 90 RH 54U
3. isi BEAN 1 RSTN EM pr 8585 uL SS RH xi m T 8 nsn DOR nn HE RU NL d mm PFTHDf MAX EPRGESC T 2 gt ie gt u gt POS PF THD t MAX 4 EPRG ESC s EPRG ESc u gt Fmt R L ze EpRGEsc iuc u gt
4. 129 2 EP kWh 10 131 2 EQ kvarh 10 133 2 ES kVAh 10 135 2 EP malint kWh 10 137 2 EQ C 7ZiIH kvarh 10 139 2 EQ LAG Ky R kyvarh 10 141 2 EQ LEAD kyvarh 10 143 2 EQ LAG kvarh 10 145 2 EQ LEAD kvarh 10 147 2 TIMER TENUES 10 149 2 EQ P 2 00 kvarh 10 151 2 EQ P 2 00 kvarh 10 153 2 EPA 2 00 kWh 10 155 2 EQA 2 00 kvarh 10 161 2 L EP kWh 10 163 2 EQ Lii kvarh 10 165 2 L ES
5. PCO PMCFG http wwwim system cojp AO DO DI MO Modbus 3P4W 4 2 00 Ver 2 00 3 00 Ver 3 00 QE 100 240 VAC 85 264 V AC 50 60 Hz 8 VA 110 240 VDC 99 264 VDC 4 W
6. 8001 i Bit 15 14 13 12 11 10 9 8 7 6 5 4 3 2 1 0 F U31 U23 U12 US 2S I3 12 1 1 8002 1 8003 1 Bit 15 14 13 12 11 10 9 8 7 6 5 4 3 2 1 0 STATIAVGIENE SET FDT PRG PRG FDT SET ENE AVG STAT 1
7. PF THD t 54U 11 P PF R 1 A R 1 W R 1 gt S 2 A S 2 W S 2 coso COS T 93 A T 3 W 3 COS kWh 1 1 1 16 272 Q 528 THDI 784 A 3P4W 3 00 R 1 var R 1 THD W N A S 2 var S 2 V T 3 Var 3 THD kWh 1 1 1 32 U 288 S 544 THDI 800 A RS 1 2 V R ERED VA 3P4W 3 00 var ST 2 3 V S 2 VA N THD V RT 3 1 V T 3 VA kWh 1 1 1 14 48 U 304 THDU 816 A R V RS 1 2 VA S V ST 2 3 Hz T V RT 3 1
8. 769 2 1 MAX mA 771 2 U MAX V 100 773 2 P MAX W 775 2 Q MAX var 777 2 S MAX VA 779 2 PF MAX 100 781 2 F MAX Hz 100 801 2 I1 MAX 1 mA 803 2 I2 MAX 2 mA 805 2 I3 MAX 3 mA 807 2 IN MAX SPAW 3 00 mA 809 2 U12 MAX 1 2 V 100 811 2 U23 MAX 2 3 V 100 813 2 U31 MAX 3 1 V 100 815 2 U1N MAX 1 WEE V 100 817 2 U2N MAX 2 WEE V 100 819 2 U3N MAX 3 HEE V 100 821 2 P1 MAX 1 W 823 2 P2 MAX 2 W 825 2 P3 MAX 3 W 827 2 Q1 MAX 1 var 829 2 Q2 MAX 2 var 831 2 Q3 MAX 3 var 833 2 S1MAX VA 835 2 S2 MAX 2 RHE VA 837 2 S3 MAX 3 VA 839 2 PF1 MAX 1 100 841 2 PF2 MAX 2 100 843 2 PF3 MAX 3 100 865 2 THD I1 MAX 1 10 867 2 THD I2 MAX 2
9. n n 1 R Modbus 32 32 2 1 QE Modbus tt NN NM 6487 B 14 P10 54 M TC 2zctn 54U Modbus Modbus Bl Modbus 4943 2 Modbus
10. 0 0 1 2 3 0 5331 1 10001 5332 1 20002 30003 0 0
11. 0 8008 1 U1N USN Bit 15 14 13 12 11 10 9 8 PA 6 5 4 3 2 1 0 U3NIU2NIU1N USN U2N U1N ERR ERR 1 0 WTCC xc NM 6487 B 14 P34 54 54U 8009 1 P Bit 15 14 13 12 11 10 9 8 4
12. 3 WEE ee NM 6487 B 14 P54 54 WNW
13. OL 1 2 F U1 TI1 45 65 Hz I 120 U 120 gt
14. 5333 1 0000 9999 0000 5334 2 Modbus Modbus 0 1 999 999 999 Modbus 4945 1 2 4943 Modbus 0 0 Modbus 4945 0 WIESA NM 6487 B 14 P12 54 54U Modbus 5601 H 0 2 1CT 4 4
15. 4 RESET gt ENERGY 0 5 RESET gt DEMAND 0 6 RESET MAX MIN OL FIU OL
16. UH NC DI Aol Ao2 Ao3 Ao4 EXE ET SENESESTER 9 NC DO PO DI Aol Ao2 Ao3 Ao4 Q 0 D Ti T3 NC NC EISE SEI DO PODI T2 T4 NC NC 54U Dmm RES GOD 626369 60 69 6D 6263 69 6069 mm lil 1 1 Fo 2 M 2 3 m 1 ENT 2 8 2 8 SER Mr E amp qm 626363 60 69 6D 2CT deik RH A zan A ge 2 SEN JN N 2 K L 2 3 6263 L kT 1 ums 2 NENNEN 3 3 DOC sm BA 2 a ik WTCC xc NM 6487 B 14 P5 54 2 B ES HER EBEISEISIE al DO PO U
17. 1 tt NM 6487 B 14 P53 54 WW 54U ERROU ERR 2 1 2 3 SETTINGS MAINTE ALL CLEAR YES
18. Bit 15 14 13 12 11 10 9 8 7 6 5 4 3 2 1 0 IN IN AVG AVG 1 0 8016 1 P AVG Bit 15 14 13 12 11 10 9 8 7 6 5 4 3 2 1 0 AVG AVG 1 0 ME NM 6487 B 14 P35 54 54U 8017 1 Q AVG
19. 2 2 Modbus 4943 Modbus 1 2 0 5201 1 0 1 2 5202 1 3 5203 1
20. 6384 1 IN EC A UL SPAW 3 00 0 999 X 0 1 0 EE 96 10 6385 N ON SBPAW 3 00 999 1 0 HG am EO 6387 2 U12 U31 0 V 100 6389 2 U12 U31 0 V 100 6391 1 U12 U31 0 1 LCD 2 LCD 6392 1 U12 U31 0 999 0 1 0 8t 10 6393 1 U12 U31 ON 0 999 0 6395 Ini 2 UIN U3N E98 ER U v Mf 0 V 100 6397 m 2 UIN U3N 0 V 100 6399 1 UIN U3N 0 1 LCD 2 LCD 6400 1 UIN U3N
21. BP4W 3 00 Bit 15 14 13 12 11 10 9 8 7 6 5 4 3 2 1 0 THD THD IN IN 1 0 8021 1 THD U12 THD U31 Bit 15 14 13 12 11 10 9 8 T 6 5 4 3 2 1 0 THD THD THD THD THD THD U31 U23 U12 U31 U23 U12 1 0 8022 1 THD UIN THD U3N Bit 15 14 13 12 11 10 9 8 T 6 5 4 3 2 1 0 THD THD THD THD THD THD U3NIU2NIU1N USN U2NJ U1N ERR
22. 0 999 X 0 1 0 96 10 6401 1 UIN U3N HEE ON 0 999 0 WIESA NM 6487 B 14 P17 54 54U 6403 P C8 29588 73 0 6405 P s 6407 P EDDA 0 1 LCD 2 LCD 6408 P 0 999 X 0 1 0 10 6409 P H 0 999 0 ON 6411 Q 0 6413 Q 0 Et PER UL vM 6415 Q 0 1 LCD 2 LCD 6416 Q 0 999 0 1 10 6417 Q 3m 0 999 0 ON 7
23. 1 800MW P gt UPPER 1500 I LOWER 5 0W 9 I 1 800Mvar Q gt UPPER 5oovep I LOWER Ovar I 1 800MVA S gt UPPER M 1500VA I owe M ova CO I gt 0 000cos PP UPPER M Ro I 0 500cos LOWER 4 O5cos I d ne L UPPER gt 65 00Hz I 55 00Hz ower M 45Hz I gt o THD uppE 1006 I owe m 9 I gt PHASE DIF uppen P 80Deg I LOWER 180Deg Naro NN NM 6487 B 14 P50 54 WW 54U CH1 0 9000 V 4 20 mA CH2 0 150A 4 20mA CH3 7 0 1715 kW 4 20 mA CH4 LEADO 5 1 LAGO 5 4 20 mA gt SETTINGS AOUT CH1 INPUT I 0 LINEAR NoP ISA A 100 1 Nioop 13836 I
24. 5204 1 0 xxx xk W var h 1 xxx x W var h k k h k 5205 1 1 0 5206 1 0 1 1 gt 6 10 WTCC xc NM 6487 B 14 P11 54 54U 5329 1 0 1 5330 1
25. 6884 1 0 xxx xk W var VA h 1 xxx x W var VA h k k WIESA NM 6487 B 14 P23 54 CAO 54U 2 3 a D 7009 7039 7069 7099 4 7010 7040 7070 7100 4 500 4500 100 0 7011 7041 7071 7101 4 9 500 10 500 100 10 000 7012 7042 7072 7102 1 4 0 1 7013 7043 7073 7103 1 4 0 1 500 14 000 0 100 0 7014 7044 7074 7104 1 4 0 160 5 600 0 4 20 mA mA 100 1 5 V
26. 54U 969 2 U12 MIN 1 2 V 100 971 2 U23 MIN 2 3 V 100 973 2 U31 MIN 3 1 V 100 975 2 U1N MIN 1 V 100 977 2 U2N MIN 2 V 100 979 2 U3N MIN 3 V 100 981 2 P1 MIN 1 W 983 2 P2 MIN 2 W 985 2 P3 MIN 3 W 987 2 Q1 MIN 1 var 989 2 Q2 MIN 2 var 991 2 Q3 MIN 3 var 993 2 S1 MIN 1 VA 995 2 S2 MIN 2 VA 997 2 S3 MIN 3 VA 999 2 PF1 MIN 1 100 1001 2 PF2 MIN 2 100 1003 2 PF3 MIN 3 100 1281 2 THD I1 1 10 1283 2 THD I2 2 10 1285 2 THD 13 3 NC 10 1287 2 THD IN MERGE CLE Zone 10 1289 2 THD U12 1 2
27. kWh 1 gt 5 64 UT 320 THDU 832 W RS 1 2 R 1 THD gt 1 A ST 2 3 S 2 THD 2 A RT 3 1 3 THD 9 A 1 1 gt 6 80 AAEH W gt 1 2 V 2 3 V 3 1 V gt 1 6 MAXa 2 mxa 768 Mx4 P MAX P MIN R 1 1 coso R 1 coso S 2 COS eme S 2 cos S 2 coso T 3 cos T 3 COS T 3
28. 0 1 LCD 2 LCD 6488 1 THD I1 THD I3 SERLO ATULDA 96 10 0 999 X 0 1 0 6489 1 THD I1 THD I3 ON 0 999 0 6491 2 THD IN 3P4W 3 00 10 0 6493 2 THD IN SPAW 3 00 96 10 0 6495 1 THD IN SPAW 3 00 0 1 LCD 2 LCD 6496 1 THD IN SPAW 3 00 96 10 M dcn X 0 1 0 6497 1 THD ON SPAW 3 00 0 999 0 NM 6487 B 14 P20 54 WTCC xc 54U 6499 THD U12 THD U31 0 10 6501 ER
29. Modbus Modbus Modbus 4945 1 2 1 Modbus Modbus 0 4945 1 Modbus 0 1 2 0 1 2 2
30. p NO FUNC DIN FUNC Di DEMAND RESETE CLR ALARM 00 TARIFF 00 DINCTYPE Di I 2 NO FUNC DO2 FUNC DO ENERGY ALARM N O N C 2 DO2 TYPE DO N O N C i i 3 0 1 T1 5 T3 5 6 0 4 Modbus so NM 6487 B 14 P45 54 WW 54U i i AO gt 5 SETTINGS AOUT CH1 INPU
31. 2 00 kvarh 10 x 2 249 2 L EPA L 2 00 kWh 10 x 2 251 2 L EQA L 2 00 kvarh 10 x 2 haa AE AN NM 6487 B 14 P29 54 VN 54U 257 2 IAVG mA 259 2 I1 AVG 1 mA 261 2 I2 AVG 2 mA 263 2 I3 AVG 3 mA 265 2 IN AVG 3P4W 3 00 mA 273 2 IAVG 1 1 mA 275 2 I1 AVG 1 1 1 mA 277 2 12 AVG 1 2 1 mA 279 2 I3 AVG 1 3 1 mA 281 2 IN AVG 1 1 3P4WI 3 00 mA 289 2 IAVG 2 2 mA 291 2 I1 AVG 2 1 2 mA 293 2 12 AVG 2 2 2 mA 295 2 I3 AVG 2 3 2 mA 297 2 IN AVG 2 2 3P4W 3 00 mA 305 2 IAVG 3
32. 3 UIN U3N 4 P 5 Q 6 S 7 PF 8 F 9 I1 AVG I3 AVG 10 IN AVGC BP4W 3 00 11 PAVG 12 Q AVG 13 S AVG 14 THD I1 THD I3 15 THD IN BSP4W 3 00 16 THD U12 THD U31 sin 17 THD UIN THD U3N 6 18 UT12 UT31 8130 1 8005 0 1 1I1 I1 kO I3
33. 4 9 1 500 14 000 0 100 0 7036 7066 7096 7126 1 4 9 160 5 600 0 4 20 mA mA 100 1 5 V mV 4 20 mA 400 1 5V 1 000 9 AN ew ER NM 6487 B 14 P25 54 WW 54U ID 0 1 I 2 U 3 P 4 Q 5 S 6 PF H 7 F 8 I1 9 12 2 i 10 I3 3 11 IN 3P4WI 3 00 12 U12 1 2 13 U23 2 3 14 U31 3 1 15 U1N 1 16 U2N 2 17 U3N 3 18 P1 1 19 P2 2 20 P3 3 21 Q1 1 22 Q2 2 23 Q3 3 24 S1 1 25 S2 2 26 S3 3 27 PF1 1 28 PF2 2 29 PF3 3 30 THD I1 1 31 THD I2 2 t tna a 32
34. Wh _EQ varh EQ LAG varh EQ LEAD varh EQ LAG 83 87 8 varh EQ LEAD 8358 7 amp varh 210 EQ P 00 vamh 211 EQ P EOO varh 212 EPA POO Wh zi EQA POO varh 9 TIMER h OL ERR 1 k TARIFF TARIFF EP EQ LAG E PRG ESC L EQ LAG 85 87 8 amp varh z L EQ LEAD 85587 8 varh l 310 EQ P 00 varh l 311 L EQ P 85 7 8 2 00 varh 312 X EPA varh 313 L EQA
35. 96 10 1555 1 HD I1 20 1 20 10 1556 1 HD I1 21 1 21 10 1557 1 HD I1 22 1 22 Usa oH 10 1558 1 HD I1 23 1 28 Desi oH SE 10 1559 1 HD I1 24 1 24 10 NM 6487 B 14 P32 54 54U 1560 1 HD I1 25 1 25 Usi ou 10 1561 1 HD I1 26 1 26 10 1562 1 HD I1 27 1 27 10 1563 1 HD I1 28 1 28 10 1564 1 HD I1 29 1 29 10 1565 1 HD I1 30 1 30 10 1566 1 HD I1 31 1 81 10 1601 1 HD 12 2 2 2 ARN ER 10 1630 1 HD I2 31 2 31 KERA AK 9o 10 1665 1 HD I3 2 3 2 10 1694 1 HD I3 31 3 31 p AR 10 1729 1 HD IN 2 iia 2 3P4W 3 00 10 1758 1 HD IN 31 31 10 1793 1 HD U122 1 2 IRISH 2
36. y N DO1 TYPE n I gt gt gt ALARM I1 3 HIGH TR I gt Low us I HYSTERES I ON ON DELAY I OUTPUT POU IO 2 SETTINGS DIO DO2 FUNC ENERGY I 2 y y DO2 TYPE NEO I 1 gt ENERGY COUNT EPOR NET I 1 1 gt WEIGHT1 10 I 1 DURATION1 od I TARIFF RABE WIESA NM 6487 B 14 P52 54 54U LCD 5 000A 150 0A soggy EPRG ESC 93 2 nnnn IG A DOO LiLILILI 1506 s000 MAX a PQs 5
37. 2 00 0001 4 20 mA 0002 RS 485 Modbus RTU 0004 1 5 V 0008 110VDC 9624 1 Di 2 00 0 1 1 9625 1 Do 2 00 0 1 2 9626 i Ao 2 00 0 1 4 NM 6487 B 14 P38 54 BAS 1 6888 Null oz imr F msn DOD 33 ment ICD ess GERMEN BRI LEAD RSTN am 6168 jH 2 essa 4 lU gt PQS 4 PF THD f Ie 6 ra Fr a 0 A 2 W 5 PF Z1 1
38. mV 3138 1 2 mA 100 mV 3139 1 3 mA 100 mV 3140 1 4 mA 100 mV AN ew E NM 6487 B 14 P33 54 WW 54U
39. 0 6517 UT12 UT31 0 6519 UT12 UT31 0 1 LCD 2 LCD 6520 UT12 UT31 0 999 X 0 1 0 6521 UT12 UT31 ON 0 999 fh 0 E LCD amp Ji r3 AE D 6625 LCD 0 AUTO ON LCD OFF OFF 1 ON ON 2 OFF OFF 6626 LCD OFF 1 999 LCD OFF 600 6627 LCD 1 3 1 gt 8 2 6628 2 00 0 60 E 0 WTCC xc
40. SERE PER Ux vof 0 10 6503 THp vi THDUS GHNGR 0 1 LCD 2 LCD 6504 THD U12 THD U31 0 999 X 0 1 0 6505 THD U12 THD U31 ON 0 999 iE 0 TE EF 6507 THD UIN THD U3N 0 TE EF 10 6509 THD UIN THD U3N 1 0 TE 10 6511 THD UIN THD U3N 0 1 LCD 2 LCD 6512 THD UIN THD U3N 0 999 X 0 1 0 6513 THD UIN THD U3N ON 0 999 0 6515 UT12 UT31
41. 00 varh 19 TIMER h 54U WTCC xc NM 6487 B 14 P43 54 BEZE PFTHDY Pos MAXa EPRGESC 1 54U 0000 9999 0000 DEV INFO EPRG ESC 2 00 NO CLR ALARM YES I y ENERGY RESET MAX MIN DEMAND p PEAK TARIFF OFF PEAK I _ NO REBOOT YES I 0 9999 PASSCODE I 1 LOOP TEST I SETTINGS INPUT SYSTEM 1P2W 2 1P3W 3 S3P3W B 3 3 3P3W UB 3 S3PAW B 4 3 3PAW UB 4 3P3W 3CT 3 1 20 000A 1A 5A 54U CT
42. 0 6435 2 F Hz 100 6500 6437 2 F Hz 100 4500 6439 1 F 0 1 LCD 2 LCD 6440 1 F 96 10 0 999 X 0 1 0 6441 1 F ON 0 999 0 6443 2 I1 AVG I3 AVG E38 EBR U amp v Mil mA 0 6445 2 I1 AVG I3 AVG mA 0 6447 1 I1 AVG I3 AVG 0 1 LCD 2 LCD 6448 1 I1 AVG I3 AVG l AT ULA 96 10 0 999 X 0 1 0 6449 1 I1 AVG I3 AVG ON 0 999 0 6451 2 IN AVG SPAW 3 00 mA 0 6453 2 IN AVG sPaw 3 00 mA
43. 1 8004 8005 I1 I3 Bit 15 14 13 12 11 10 9 8 7 6 5 4 3 2 1 0 I3 12 11 I3 I2 l1 EBR 1 0 8006 1 IN BSP4W 3 00 Bit 15 14 13 12 11 10 9 8 6 5 4 3 2 1 0 IN IN 1 0 8007 1 U12 U31 Bit 15 14 13 12 11 10 9 8 7 6 5 4 3 2 1 0 U31 U23 U12 U31 U23 U12 ERR ERR 1
44. 1 0 8013 1 F Bit 15 14 13 12 11 10 9 8 7 6 5 4 3 2 1 0 i 1 0 8014 1 I1 AVG I3 AVG Bit 15 14 13 12 11 10 9 8 7 6 5 4 3 2 1 0 I3 12 l1 I3 I2 1 AVGIAVGIAVG AVGIAVGIAVG 1 0 8015 1 IN AVG SP4W 3 00
45. I2 8131 2 8133 1 1 8134 1 1 8135 2 SEDI EOE 1 8137 1 2 8138 1 2 8139 2 2 8141 1 8 8142 1 3 8143 2 3 8145 1 4 8146 1 4 8147 2 4 8149 1 5 8150 1 5 8151 2 SE SURE IE IRR fiL TEUAE 5 8153 1 6 8154 1 6 8155 2 6 8157 1 7 8158 1 7 8159 2 7 8161 1 8 8162 1 8 8163 2 8 8165 1 9 8166 1 9 8167 2 9 WTCC xc NM 6487 B 14 P37 54 54U 9201 2 Modbus
46. O O 25 2 O O 26 3 O O 27 1 O O 28 2 O O 29 3 O O 30 1 O 31 2 O 32 3 O 33 O 3P4W 3 00 34 1 2 O 35 2 8 36 8 1 O 37 1 38 2 39 3 O 40 1 2 41 2 38 42 8 1 100 101 102 103 104 105 106 107 108 109 WTCC xc NM 6487 B 14 P40 54 54U gt 110 uir 111
47. CT PRI I CT p 175A 1A 5A CT SEC I VT p 50 400 000V 110V VT PRI I VT p 50 500V 110V VT SEC I p U1 FREQUENCY H I p 0 0 99 9 1 0 CUTOUT I I p 0 0 99 9 1 0 CUTOUT U I 2 BAR l UPPER U I P A Q 2 LOWER S PF F THD PHASE DIF 1 AO DO MAXa Do ON 0 54U 1L Il AD4 3P3W UB 54U 2 PF THD f PQS 4 lU gt FF 2 0 LCD AD4 3P4W UB BEST NM 6487 B 14 P44 54 54U i Modbus MO p Modbus
48. 112 113 E GERD 114 115 116 117 118 119 210 211 212 FE 213 310 311 312 313 100 313 4 WIESA NM 6487 B 14 P41 54 U gt PFTHD t 1 Goia e lU gt PQS amp PF THD t 1024
49. 0 6455 1 IN AVGC SPAW 3 00 0 1 LCD 2 LCD 6456 1 IN AVG 3PAW 3 00 96 10 0 999 X 0 1 0 6457 1 IN AVG ON SPAW 3 00 0 999 0 6459 2 PAVG W 0 6461 2 P AVG W 0 6463 1 P AVG 0 1 LCD 2 LCD SEDET ZD 6464 i P AVG 10 0 999 e 0 el 6465 1 P CEP ON 0 999 0 NM 6487 B 14 P19 54 WTCC xc 54U 6467 2 Q D var
50. 6419 S 5 0 VA 6421 S 0 VA 6423 S 0 1 LCD 2 LCD 6424 S ZHEN 0 999 X 0 1 0 10 6425 S 86 0 999 0 ON 6427 PF 0 100 6429 PF 0 100 6431 PF 0 1 LCD 2 LCD 6432 PF 0 999 X 0 1 0 10 WTCC xc NM 6487 B 14 P18 54 54U 6433 1 PF ON 0 999 f
51. 6469 2 Se var 6471 1 EE 0 1 LCD 2 LCD 6472 1 Q AVG 96 10 0 999 X 0 1 0 6473 1 Q AVG ON 0 999 0 6475 2 S AVG VA 0 6477 2 S AVG Cr v v F REIR 7 VA 0 6479 1 S AVG 0 1 LCD 2 LCD 6480 1 S AVG 96 10 0 999 X 0 1 0 6481 1 SAVG ON 7 0 999 0 6483 2 THD I1 THD I3 L x vil 10 0 6485 2 THD I1 THD I3 10 0 6487 1 THD I1 THD I3
52. 1 2 mA 0 2 000 000 000 mA V 100 0 20 000 000 00 V WwW 2 000 000 000 2 000 000 000 W var 2 000 000 000 2 000 000 000 var VA 0 2000 000 000VA 100 1 0000 1 0000 Hz 100 0 40 00 Hz 70 00 Hz kWh 10 0 99 999 999 9 kWh kvarh 10 0 99 999 999 9 kvarh kVAh 10 0 99 999 999 9 kVAh 10 0 99 999 999 9 1 10 0 999 990 180 180 1 0 H 1 2 I mA 3 2 U V 100 5 2 P W 7 2 Q var 9 2 S VA 11 2 PF 100 13 2 F Hz 100 15 2 DIR O inductive lag 1 capacitive lead 33 2
53. 10 1291 2 THD U23 2 3 10 1293 2 THD U31 3 1 EFE AE ES HEURE eR 10 1295 2 THD UIN 1 10 1297 2 THD U2N 2 RE RA 10 1299 2 THD U3N 3 10 1537 1 HD I1 2 1 2 10 1538 1 HDI13 1 3 10 1539 1 HD I1 4 1 4 10 1540 1 HDI15 1 5 10 1541 1 HDI16 1 6 10 1542 1 HD 1I1 7 1 7 10 1543 1 HDI1 8 1 8 10 1544 1 HDI19 1 9 10 1545 1 HD I1 10 1 10 10 1546 1 HD I1 11 1 11 10 1547 1 HD I1 12 1 12 Ulo 10 1548 1 HD I1 13 1 13 10 1549 1 HD I1 14 1 14 10 1550 1 HD I1 15 1 15 10 1551 1 HD I1 16 1 16 10 1552 1 HD I1 17 1 17 10 1553 1 HD I1 18 1 18 10 1554 1 HD I1 19 1 19
54. Bit 15 14 13 12 11 10 9 8 7 6 5 4 3 2 1 0 Q Q AVG AVG 1 0 8018 1 SAVG Bit 15 14 13 12 11 10 9 8 7 6 5 4 3 2 1 0 S S AVG AVG 1 0 8019 1 THD I1 THDI3 Bit 15 14 13 12 11 10 9 8 T 6 5 4 3 2 1 0 THDITHD ITHD THD THDITHD I3 12 11 I3 12 11 ERR 1 0 8020 1 THD IN
55. mV 4 20 mA 400 L 5 V 1 000 7015 7045 7075 7105 1 4 100 1 500 14 000 0 100 10 000 7016 7046 7076 7106 1 4 100 160 5 600 0 0 4 20 mA mA 100 1 5V mV 4 20 mA 2 000 1 5 V 5 000 E 7017 7047 7077 7107 4 0 1 500 14 000 0 100 0 7018 7048 7078 7108 4 0 160 5 600 96 4 20 mA mA 100 1 5 V mV 4 20 mA 400 1 5V 1 000 7019 7049 7079 7109 4 1 1 500 14 000 0 100 0 7020 7050 7080 7110 4 1 160 5 600 0 4 20 mA mA 100 1 5 V mV 4 20 mA 400 1 5 V 1 000 7021 7051 7081 7111 4 2 1 500 14 000 0
56. 2 2 00 0 1 OFF EE NM 6487 B 14 P14 54 54U po 6241 1 1 6242 2 1 kWh 10 0 kvarh 10 1 100 000 X 0 1 kWh kvarh kVAh kVAh 10 10 6244 1 1 10 1 20 X 100 1 6245 1 0 1 6246 1 2 2 00 6247 2 2 2 00 kWh 10 0 kvarh 10 1 100 000 X 0 1 kWh kvarh kVAh kVAh 10 10 6249 1 2 10 1 20 X 100 1 WIESA NM
57. 1 3 1 1 3 f 2CT 5 2 3 1CT 6 3 3 2CT p p 3CT 3CT 4 1CT SP4W 3P4W 8P4W 5602 1 CT 1 20 000 A 1 5 5603 1 CT 1 5 EIME A 1 5 TE LI 5604 2 VT 50 400 000 V 110 TE 5606 1 VT 50 500 V 110 5607 1 0 1 5608 1 0 999 X 0 001 10 10 5609 1 0 999 X 0 001 X 10 10 ll Modbus Modbus OFF f ON S 5729 1 1 247 1 5730 1 0 1200 2400 4800 9600 19200 38400 QI
58. 10 1822 1 HD U12 31 1 2 IEE E 31 10 1857 1 HD U23 2 2 3 BARE 2 KAMEA AK 10 1886 1 HD U23 31 2 3 IEE E 31 10 1921 1 HD U31 2 3 1 2 10 1950 1 HD U31 31 3 1 Wa E 31 10 1985 1 HD UIN 2 1 2 HE 10 2014 1 HD UIN 31 1 31 AR 10 2049 1 HD U2N 2 2 E 2 KARAER 10 2078 1 HD U2N 31 2 JE 1 10 2113 1 HD U3N 2 3 HEE 2 AR 10 2142 1 HD U3N 31 3 31 KERRAK 96 10 B7 725 vi O 0 3073 1 3105 1 1 3106 1 2 2 00 2 LAO 3137 1 1 mA 100
59. 2 00 205 EQ LAG 2 00 206 EQ LEAD 2 00 207 EQ LAG 2 00 208 EQ LEAD 2 00 209 2 00 210 EQ P La 2 00 211 EQ P 212 EPA 2 00 213 EQA 2 00 300 L EP 2 00 301 L EQ 2 00 302 L ES 2 00 303 L EP 2 00 304 L EQ 2 00 305 L EQ LAG 2 00 306 L EQ LEAD 2 00 307 L EQ LAG 2 00 308 L EQ LEAD 2 00 309 2 00 310 EQ P 2 00 311 EQ 2 00 312 L
60. COS 1 1 1 1 EPRG ESc NM 6487 B 14 P39 54 NTC xc 54U s E E BEE mui 2 3 4 d 0 1 O O O O O O O O 2 O O 3 O O O O O O O O 4 O O O O O O O O O 5 O O O O O O O 6 H O O 7 O O 8 1 O O O O O O O O 9 2 O O O O O O O O 10 3 O O O O O O O 11 SBP4W 3 00 O O O O O O O O 12 1 2 O O 13 2 3 14 3 1 WHEE 15 1 16 2 O O 17 3 O O 18 1 O 19 2 20 3 O 21 1 O O 22 2 O O 23 3 O O 24 1
61. gt gt CH2 INPUT l I 0 LINEAR NoP MM I 100 v X2 INiQop 50 00 I gt CH3 INPUT j 0 o 3 LINEAR INOP AGM I 100 gt Noop M7500 I gt gt T CH4 INPUT imd 0 LINEAR INOP ES I 100 o 100p M8750 1 0 100 0 VT 6600V 6600V 1 36 2 0 100 0 CT 300A 300A 0 5 3 0 100 3429 3429kW 6600x300x3 3 50 75 Naro MN NM 6487 B 14 P51 54 CIASNA B ESRO EDI R 50A BR 120A EATULA 196 ON 1 DO1 1 kWh P O N 500msec DO2 54U p 0 y 1 p ALARM SETTINGS DIO DO1 FUNC I
62. 3 mA 307 2 I1 AVG 3 1 3 mA 309 2 I2 AVG 3 2 3 mA 311 2 I3 AVG 3 3 3 mA 313 2 INAVG3 3 3SP4W 3 00 mA 321 2 IAVG 4 4 mA 323 2 I1 AVG 4 1 4 mA 325 2 I2 AVG 4 2 4 mA 327 2 I3 AVG 4 3 4 mA 329 2 IN AVG4 4 SP4W 3 00 mA 513 2 PAVG W 515 2 QAVG var 517 2 S AVG TYY FHE VA 529 2 PAVG1 1 W 531 2 QAVG1 1 var 533 2 S AVG 1 1 VA 545 2 P AVG 2 2 W 547 2 QAVG 2 2 var 549 2 S AVG 2 2 VA 561 2 PAVG 3 3 W 563 2 QAVG 3 3 var 565 2 S AVG 3 3 VA 577 2 PAVG 4 4 W 579 2 QAVG 4 4 var 581 2 S AVG 4 4 VA WTCC xc NM 6487 B 14 P30 54 HRA m 54U
63. 54U 0 100 NO ASSIGN I 0 CT U 0 VT P VT X CT X n Q VT X CT x n S 0 VT X CT X n PF 1 0000 1 0000 F 45 00 65 00 I1 1 0 CT 12 2 0 CT I3 3 0 CT IN SP4W 3 00 0 CT U12 1 2 0 VT U23 2 3 0 VT U31 3 1 NE 0 VT U1N 1 0 VT U2N 2 0 VT U3N 3 0 VT P1 1 VT xX CT Xn P2 2 Ti VT X CT x n P3 3 VT X CT x n Q1 1 VT X CT x n Q2 2 VT X CT
64. E 9203 2 Modbus 9205 2 Modbus n 9207 2 Modbus n 9209 2 Modbus 9211 2 Modbus n 9213 2 Modbus 9215 2 ModbusCRC n 9217 2 9219 2 9601 1 ID 5401 54U 9602 it X 100 1 00 gt 100 9603 4 9603 2 1 9604 4 3 9605 6 5 9606 8 7 9607 8 9607 2 1 9608 4 3 9609 6 5 9610 8 7 9611 10 XZH 9 9612 12 11 9613 14 13 9614 16 15 9623 1
65. Pas NM 6487 B 14 P3 54 54U Brod mm 1 110 25 100 91 5 gt VIII UU MIHI 0o00 ll 110 ll ll I IIl 00 2 110 25 115 91 5 110 mm 45 gt lt 45 gt 92 i LO 8 LO Y Y 2 10 N2 06 2 15 BRE NM 6487 B 14 P4 54 WW 1
66. 1 0 8023 1 UT12 UT31 Bit 15 14 13 12 11 10 9 8 7 6 5 4 3 2 1 0 UTS1 UT23 UT12 UT31IUT23IUT12 1 0 NM 6487 B 14 P36 54 54U Bi 8 8129 1 pu M 0 I1 I3 1 IN i 3P4W 3 00 2 U12 U31
67. 1 247 1 SETTINGS MODBUS ADDRESS I 1200bps 2400bps 4800bps BAUDRATE 9600bps 19200bps 38400bps r NONE PARITY ODD EVEN gt STOP BIT 2 I T1 5 0 1 5 9 1 5 3 T1 5 I T3 5 p 0276 0 8 5 3 T3 5 32 NORMAL LONG REG SWAP wum hare bem I om ieo a GO 1 1 0 1 10 000 0 kWh kvarhkVAh WEIGHT1 gt 1 0 I 1 100 2 000ms 100ms DURATION1 100 I DISABLE TARIFF ENABLE 2 4 COUNT2 I 1 2 0 1 10 000 0 kWh kvarh kVAh WEIGHT2 1 0 I 2 100 2 000ms 100msA 7 7 DURATION2 100 J IO DO gt 1 NO FUNC DIO DI DO1 FUNC DO ENERGY ALARM 1 Lo N70 7 DO1 TYPE DO N C
68. X n Q3 3 VT X CT X n S1 1 0 VT X CT X n S2 2 0 VT X CT X n S3 3 0 VT X CT Xn PF1 1 1 0000 1 0000 PF2 2 1 0000 1 0000 PF3 3 1 0000 1 0000 THD I1 1 0 0 100 0 THD 12 2 0 0 100 0 THD I3 3 0 0 100 0 THD IN 8SP4W 3 00 0 0 100 0 THD U12 1 2 0 0 100 0 THD U 3 2 3 0 0 100 0 THD U31 3 1 0 0 100 0 THD U1N 1 0 0 100 0 THD U2N 2 e 0 0 100 0 THD U3N SEMLAXMSRI 0 0 100 0 T Q Qmax CT x VT X 0 75 Qmax dim LEAD LAG W 100 50 CF a 0 25 T PF 1 0000 75 to 0 G jao ed 1 0000 25 3 4 2 gi n 1 3 n 2
69. kvarh 10 x 2 209 2 EQ LEAD L RENE kvarh 10 x 2 211 2 TIMER L V ERR 1 000 213 2 EQ P L 2 00 kvarh 10 x 2 215 2 EQ P L 2 00 kvarh 10 x 2 217 2 EPA L 2 00 kWh 10 x 2 219 2 EQA L 2 00 kvarh 10 x 2 225 2 L EP L kWh 10 x 2 227 2 L EQ L kvarh 10 x 2 229 2 ES _ L UTER kVAh 10 x 2 231 2 L EP L kWh 10 x 2 233 2 L EQ L 476 2WIUBUIR GLA kvarh 10 x 2 235 2 L EQ LAG L kvarh 10 x 2 237 2 L EQ LEAD L kvarh 10 x 2 239 2 L EQ LAG L 2a QE HERO kvarh 10 x 2 241 2 L EQ LEAD L QE L 352 kvarh 10 x 2 243 2 L TIMER L 37V PERRA 0 V HERREN 1 000 245 2 L EQ P L 2 00 kvarh 10 x 2 247 2 L EQ P L
70. EPRG ESC HARMONIC MEASURAND uU PFTHDY ENE UNIT z EPRGESC 54U 2 3 4 3 3 3 U3N 08 10 11 28 3 29 7 3 30 pem U3N 29 31 4 NE TC A cin NM 6487 B 14 P42 54 4 ie E PRG ESC EP 1 EQ varh 1 ES RHBE7S VAh 3 EP
71. Zit NM 6487 B 14 P21 54 B LCD 54U D 6769 2 100 96 0 20 000 000 mA Hr H 5 000 mA 6771 og z rl 0 96 20 000 000 mA HIE 0 6773 FH E rl 100 40 000 000 V100 HIE 30 000 V 100 6775 B EE T B EE H Psi TE 0 40 000 000 V100 FEGE 0 V 100 6777 100 0 42 000 000 000 EJIE W 1500 6779 0 2 000 000 000 2 000 000 000 W HE 0 6781 100 0 42 000 000 000 var 1 500 var 6783 0 96 2 000 000 000 2 000 000 000 var GE 0 var 6785 100 96 0 2 000 000 000 VA 1500 VA 6787 H 0 0 2 000 000 000 VA TED EX VA 6789 DE H 100 0 10 000 100 HERE 10 000 26 100 6791 0 10 000 10 000 100 R EE SV TAXE 26 100 6793 H 100 4 500 6 500 Hz100
72. mo JP me miS NC NET a 3 K E 3 K E N ME NM 6487 B 14 P6 54 54U 1 2 3 7 8 D D DI DI DO PO4 34 DO PO4 DO P0 1 DO PO T1 A014 3 T2 Modbus 2 1 n aor A01 1 kaani T A02 2 U A02 v A03 3 A03 A04 4 A04 U V 4 5 6 9 A DO PO1 4 DO P01 1 1 DO P
73. 6 500 Hz 100 6795 H 0 4 500 6 500 Hz100 HAE 4 500 Hz 100 6797 8 100 0 9 999 10 1 000 10 6799 0 96 0 9 999 10 E Vt FEGE 0 10 6801 100 96 0 180 180 6803 180 0 4180 180 WTCC xc NM 6487 B 14 P22 54 54U 6881 1 0 1 999 f 6882 1 1 1 gt 6 6883 1
74. EPA 2 00 313 L EQA 2 00 WTCC xc NM 6487 B 14 P16 54 BE 54U 6369 1 ON 0 999 0 6370 1 1 OFF HRI YY FRE TARAIRE 6371 2 I1 I3 0 E 6373 2 I1 I3 L x vM 0 5 6375 1 I1 I3 0 1 LCD 2 LCD 6376 1 1 18 0 999 X 0 1 0 10 6377 1 I1 I3 ON 0 999 miae 0 6379 2 IN 3k ERR L vM Paw 3 00 0 6381 N Em N BSP4W 3 00 1 0 TE mA 6383 1 IN SPAW 3 00 0 1 LCD 2 LCD
75. Qn Sn Pn s DN 1 Nsmp 1 Qn M Uni Nui I Nsmp 4 _Nsmp 5990 1 S 0 S P Q 1 S S1 S2 S3 5991 al LCD 9999 0 k 0 000 k 1 k 0000 Q1 Q2 Q3 1 2 3 R S T po p 6113 1 1 0 1 2 6114 1 1 0 1 OFF 6115 1 0 ON 2 00 A CO Bon 6116 1 II 6117 1 2 MFO 6118 1
76. kVAh 10 167 2 L EP PICS kWh 10 169 2 L EQ VRAT kvarh 10 171 2 L EQ LAG kvarh 10 173 2 L EQ LEAD kvarh 10 175 2 L EQ LAG kvarh 10 177 2 L EQ LEAD kvarh 10 179 2 L TIMER T7 V7 REDE T v VEM 10 181 2 L EQ P 2 00 kvarh 10 183 2 L EQ P 2 00 kvarh 10 185 2 EPA 2 00 kWh 10 187 2 EQA 2 00 kvarh 10 193 2 EP L kWh 10 x 2 195 2 EQ L KENT kvarh 10 x 2 197 2 ES L kVAh 10 x 2 199 2 EP L kWh 10 x 2 201 2 EQ kvarh 10 x 2 203 2 EQ LAG_ L CORREDERA kvarh 10 x 2 205 2 EQ LEAD L kvarh 10 x 2 207 2 EQ LAG L
77. 1040 1 2 dem 2 2 j 9b 1 3 2 3 1 4 e 2 4 M 02 04 I2 02 04 1025 1041 1 5 2 5 1 6 2 6 1 7 2 7 05 07 I2 05 07 l 1026 1042 1 8 1 9 1 10 2 10 H 12 l 1 11 28 11 28 1 29 1 30 1 31 I1 29 31 IN PREN 1 2 2 3 p 2 2 29 2 30 2 31 I2 29 31 3 00 2 00 PQS 4 I3 U2N I3 U2N 1 13 U2N 1 13 U2N 1 Wow M PQS 1 mxa CLR ALARM MYDEFAULT COM MODE u CONFIG
78. 3 n 3 3 4 n 3 haa AE NM 6487 B 14 P49 54 WW 54U Ex XE DJ 3 Ed A S C T E 300A 5A SETTINGS NpuT svsrEM tu V d EE 6600 V 110 V 1 CT CT PRI 9 I CT gt CT SEC ih I VT VT PRI BEA od I VT gt VT SEC NON ll LCD LCD 0 150A 0 9000V 150A pE S22 T bp 0 1 800 MW SETTINGS BAR 1 E 5A 0 1 800 Mvar ERN S223 LOWER 0 1 800 MVA i 73 5 v 7 LEADO 5 1 LAGO 5 p Et 9000V x U UPPER 300V 55 65 Hz I aowe mo 9 I
79. 4 20 mA 400 1 5V 1 000 7029 7059 7089 7119 4 6 1 500 14 000 0 100 0 m NE WW NM 6487 B 14 P24 54 54U 1 2 3 4 7030 7060 7090 7120 1 4 6 160 5 600 0 4 20 mA mA 100 1 5 V mV 4 20 mA 400 1 5V 1 000 7031 7061 7091 7121 1 4 7 1 500 414 000 0 100 0 7032 7062 7092 7122 1 4 7 160 5 600 0 4 20 mA mA 100 1 5 V mV 4 20 mA 400 1 5V 1 000 7033 7063 7093 7123 1 4 8 1 500 14 000 0 100 0 7034 7064 7094 7124 1 4 8 160 5 600 0 4 20 mA mA 100 1 5 V mV 4 20 mA 400 1 5V 1 000 7035 7065 7095 7125 1
80. 6487 B 14 P15 54 54U 0 T EP 1 T EQ 2 ES 3 T EP 4 EQ 5 T EQ LAG 6 T EQ LEAD 7 T EQ LAG 8 T EQ LEAD 9 10 T EQ P 2 00 11 T EQ P 2 00 12 T EPA BIENE 2 00 13 T EQA 2 00 200 EP 2 00 201 EQ 2 00 202 ES 2 00 203 EP 2 00 204 EQ
81. 7 B 14 P47 54 oet E 1 3 1 3 0 000 20 000 000 A IN SPAW 3 00 0 000 20 000 000 A U12 31 1 2 a 3 1 0 00 400 000 00 V UIN 3N 1 3 0 00 400 000 00 V P 2 000 000 000 2 000 000 000 W Q 2 000 000 000 2 000 000 000 var S 0 2 000 000 000 VA PF 1 0000 1 0000 F 45 00 65 00 Hz I1 3 AVG 1 3 0 000 20 000 000 A IN AVG ISP4W 3 00 0 000 20 000 000 A PAVG 2 000 000 000 2 000 000 000 W QAVG 2 000 000 000 2 000 000 000 var S AVG 0 2 000 000 000 VA THDIL 3 1 THD 3 THD 0 0 999 9 THD IN THD 3P4W 3 00 0 0 999 9 THD U12 31 1 2 THD 3 1 THD 0 0 999 9 THD U1N 3N 1 THD 3 THD 0 0 999 9 UT12 31 1 2 3 180 180 s WIESA NM 6487 B 14 P48 54
82. Co lH 5731 1 0 1 2 5732 1 0 1 1 2 xm 5733 1 TL5 1 59 X 0 1 15 5734 1 T3 5 2 60 X 0 1 35 5735 1 32 0 1 WTCC xc NM 6487 B 14 P13 54 a n 5857 1 0 1 60 30 5858 1 0 1 60 30 5987 1 PF1 PF3 PF 0 EC Cx 1 1 IEEE LAG CiE LEAD 5988 1 Q1 Q3 Q 0 IEC PF 10 2 LAG 180 1 1 LAG LEAD 5989 1 Q1 Q3 Q Q Q1 Q2 Q3 0
83. THD I3 3 CEDE A ed URGE 33 THD IN DII a 3P4W 3 00 34 THD U12 1 2 35 THD U23 2 3 36 THD U31 3 1 ENSEM 37 THD U1N 1 IE BA 38 THD U2N 2 Sa A AR 39 THD U3N 3 43 TQ FAUNE 44 T PF haa AE WW NM 6487 B 14 P26 54 54U Bl 7393 1 gt 1 1 7394 1 gt 1 2 7395 1 gt 1 3 7396 1 gt 1 4 7397 1 gt 2 1 7398 1 2 2 7399 1 gt 2 3 7400 1 gt 2 4 7401 1 gt 8 1 7402 1 gt 8 2 7403 1 gt 8 3 7404 1 gt 8 4 7405 1 Z 4 1 7406 1 gt
84. 01 DO P01 DO P02 DO P02 2 2 DO P02 3 DO P02 KT CR T2 Modbus x2 A01 T3 Jp mE 1 A02 4 2 U Ag Ta A03 3 A03 A04 4 A04 U V 1 T2 T3 T2 T3 DI4 ee goo qe p 6 3 DO PO 3 2 7 8 9 A HRE NM 6487 B 14 P7 54 TC ACH 54U R2K 1 RS 485 za RS 485 Sau T1 T1 RS 232 C
85. 1 1 DO 5 1 5V 0 4 5 6V 7 tt NN NM 6487 B 14 P46 54 WW i 54U SETTINGS 8 p p p AUTO ON DISPLAY BACKLIGHT MODE OFF ON ON OFF OFF 1 999 600 OFF TIMER p 1 BRIGHTNES 2 3 CURRENT MODE CYCLIC gt DEFAULT I y DISABLE TIMER 1 999 gt 1 4 CUS
86. 100 0 7022 7052 7082 7112 4 2 160 5 600 96 4 20 mA mA 100 1 5 V mV 4 20 mA 400 1 5V 1 000 7023 7053 7083 7113 4 3 1 500 414 000 0 100 0 7024 7054 7084 7114 4 3 160 5 600 0 4 20 mA mA 100 1 5 V mV 4 20 mA 400 1 5 V 1 000 E 7025 7055 7085 7115 4 4 1 500 14 000 0 100 0 7026 7056 7086 7116 4 4 160 5 600 0 4 20 mA mA 100 1 5 V mV 4 20 mA 400 1 5V 1 000 l 7027 7057 7087 7117 4 5 1 500 14 000 0 100 0 7028 7058 7088 7118 4 5 160 5 600 0 4 20 mA mA 100 1 5 V mV
87. 4 2 7407 1 4 3 7408 1 Z 4 4 7409 1 5 1 7410 1 5 2 7411 1 gt 5 8 7412 1 5 4 7413 1 gt 6 1 7414 1 gt 6 2 7415 1 gt 6 8 7416 1 gt 6 4 2 00 7553 1 0 1 WTCC xc NM 6487 B 14 P27 54 54U Hi Modbus 32 41 1 2 40 000 V 100 0 01 V 40 000X 0 01 400 00 V 1
88. 6 5 4 3 2 1 0 P P 1 0 8010 1 Q Bit 15 14 13 12 11 10 9 8 7 6 5 4 3 2 1 0 Q Q 1 0 8011 1 S Bit 15 14 13 12 11 10 9 8 T 6 5 4 3 2 1 0 1 0 8012 1 PF Bit 15 14 13 12 11 10 9 8 7 6 5 4 3 2 1 0 PF PF
89. Ee ws 54 UNIT 4 2 Raj pu nnn 2 eR NH He REN E E RC ER e A ORAL E OR A ACER XC YO NC EE ES EEE RA CY e 3 Tull centnm 4 5 lm 9 0 CREATA EATEN ERE IER REDE a dE 8 UT 8 ee a oq TE UE 9 Modbus PPP 10 Modbus BRE IH n 11 Modbus sss tm IIIA Ie III 13 Modbus I III HH nnn 28 eu 39 50 gt RIAM Im 53 I2 Z4RER n 5A gEEXdER e e HIA IIl 5A oo 54 NM 6487 B 14 P1 54 Ni cr E EA 1
90. I1 1 mA 35 2 12 2 mA 37 2 I3 3 mA 39 2 IN 3PAW 3 00 S 41 2 U12 1 2 V 100 43 2 U23 2 3 V 100 45 2 U31 3 1 V 100 47 2 U1N 1 V 100 49 2 U2N 2 V 100 51 2 U3N 3 V 100 53 2 P1 1 W 55 2 P2 2 W 57 2 P3 3 W 59 2 Q1 1 var 61 2 Q2 2 var 63 2 Q3 3 var 65 2 S1 1 VA 67 2 S2 2 VA 69 2 S3 3 RHEN VA 71 2 PF1 1 100 73 2 PF2 2 100 75 2 PF3 3 100 77 2 DIRI 1 0 Inductive lag 1 capacitive lead 79 2 DIR2 2 0 Inductive lag 1 capacitive lead 81 2 DIR3 3 0 Inductive lag 1 capacitive lead 83 2 UT12 1 2 85 2 UT23 2 3 87 2 UT31 3 1 WTCC xc NM 6487 B 14 P28 54 Modbus 54U
91. M M4 72EM2 M4 RS 485 422 1 MDP 4R RS 485 Modpus RTU RS 485 422 MDP 4R Cr 54U 1 RS 485 422 MDP 4R ED NM 6487 B 14 P9 54 WW 54U Modbus Modbus RTU MODBUS APPLICATION PROTOCOL V1 1a Modbus over Serial Line Specification amp Implementation guide V1 0 Modbus xr H R Modbus 1 247 1200 bps 2400 bps 4800 bps 9600 bps 19200 bps 38400 bps CF 1 2 T1 5 0 1 5 9 0 1 Modbus 1 5 T3 5 0 2 6 0 0 1 Mo
92. NEI TNIE IEICE Finnn A JE ALINELI UPPER LILILILI PQS 4 6 A 1 PF THD 1 PFQS ECT T THE 1 FU IC Finnn A GE 1 TINGS LUWER LILILILI MAX a MAX a PF THD 1 5 1 YI TT nnnn A onnn A ALINE LII LILILILI z 1 MAX LOWER EPRGESC 4 POS JAHR MAX PF THD 1 1 ea 3 un 4 c3 gt 3 gt T ra 5G ib PQS PFTHD t Ze U gt e MAX a l UPPER MAX
93. RA 96 10 869 2 THD I3 MAX 3 CRURA red URGE 96 10 871 2 THD IN MAX LIS gw 3 00 10 873 2 THD U12 MAX 1 2 10 875 2 THD U23 MAX 2 3 We e 10 877 2 THD U31 MAX 3 1 2 96 10 879 2 THD U1N MAX 1 Mio Fa a E 10 881 2 THD U2N MAX 2 Mere 96 10 883 2 THD U3N MAX 3 10 897 2 1 MAX AVG mA 899 2 I1 MAX AVG 1 mA 901 2 12 MAX AVG 2 mA 903 2 I3 MAX AVG 3 mA 905 2 IN MAX AVG SP4W 3 00 mA 907 2 P MAX AVG W 909 2 PMAX AVG W 911 2 QMAXAVG var 913 2 Q MAX AVG var 915 2 S MAX AVG VA 929 2 I MIN mA 931 2 UMIN V 100 933 2 P MIN W 935 2 Q MIN var 937 2 S MIN VA 939 2 PF MIN 100 941 2 F MIN Hz 100 961 2 I1 MIN 1 mA 963 2 I2 MIN 2 mA 965 2 I3 MIN 3 mA 967 2 IN MIN SPAW mA NM 6487 B 14 P31 54
94. T CH2 GHA CH4 p 5 00 5 00 ADJUST ZERO 0 00 I p 95 00 105 00 SPAN 100 00 I LINEAR LINEARIZE TABLE I p 0 p 15 00 140 00 LINEAR INOP 0 00 5 I 0 1 6 22 4mA OUTOP 4 0 6 I 100 p 15 00 140 00 IN100P 100 00 5 I 100 p 1 6 22 4mA OUT100P 20 0 6 I p 0 p 15 00 140 00 TABLE INO 0 00 I 0 1 6 22 4mA OUTO 4 0 6 9 p 15 00 140 00 IN9 0 00 I 9 p 1 6 22 4mA OUT9 4 0 6 I gt ON 0 999 0 ALARM POWON DLY I y DISABLE LATCHING ENABLE I 7 gt HIGH 7 0 1 3 HIGH IN 3P4WI 3 00 I U12 31 U1 3 LOW 7 0 P LOW Q I S PF 0 0 99 996 0 0 F HYSTERES 11 3 AVG I IN AVG 3PAW 3 00 7 P AVG ON p 0 999 0 Q AVG ON DELAY S AVG I THDH 3 p DISP ONLY Duaci 30 OUTPUT DISABLE THDU1 3 DOUT2 2 200 UT12 31 DOUT
95. T2 T2 T3 T3 T4 T4 FG 2 1 2 1 t g 1 COP IRU 54U 1 ju 54U IR READY v Modbus 2 1 1 2 54U BRS NM 6487 B 14 P8 54 WW 54U RS 232 C RS 485 N 32 C RS 485 v R2K 1 LK1 S H RS 485 422 1 MDP 4R RS 485 Modbus RTU RS 485 422 1 MDP 4R lllEthernet RS 485 72E
96. TOMIZE gt 1 x2 z3 Z4 z5 Z6 I Lp NO RESET YES gt I 2 00 y 0 UPD RATE 1 60 p ENABLE CLR ALARM DISABLE SHORTCUT I gt IEC IEC OPTION PF SIGN IEEE IEEE I IEC EC Q SIGN SPECIAL I VEC S P Sn Pn QN CALC SIGMA UI I p VEC P Q S CALC S1 S2 S3 pu E 00 p 9 999K 9999 K P FORMAT 9999 9999 K p NO MAINTE BACKUP YES I p NO RESTORE YES I Lo NO CLEAR ALL YES 8 WTCC xc NM 648
97. dbus 3 5 RS 485 Holding Register Read Holding Registers 0 Write Multiple Registers 03 Read Holding Registers 0 5 16 Write Multiple Registers 2 fb 1 16 2 32 32
98. t NC DI Aol Ao2 Ao3 Ao4 va NC DOP0 DI Aol Ao2 Ao3 Ao4 54U EIE EJEIEIEESIE nopo NC D Ti T3 NC NC NC oom Di T2 T4 NC NC TET AN m ima 9 G 9 DS SEn NT mil IM 2 g Bd EE 3 N 2 Lm C y 2 i 2 d i 3 63 900 DOT dcus 2CT E RR de md mai u EUR ai 2 puse n N m L Lue e 1 24 m amp t 6263 636900 ON 960 kf AEN Ku 1 1 2899 TOM i a 2 Biss M 2 a H ROS 4 N M ee amp GG tM Re aan tt k gl 2 K L 2 EE N e amp eG amp m m 2 l 2 3 3 N O GD SS 63 WMD G3 T Mi ANN pog Mii mi GT T T N 11 Goes ea ee l eres ep T TAN mE mi l l
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