Home

C - 住友重機械工業

Contents

1. i 2
2. 31 3 2 3 2 3 1 LED
3. 125 BAONE 6 2 6 2
4. 3 1 ESD
5. 6 1 ESD
6. ESD 8 2 8 2
7. C 2 5 ms 50 ms lt 7 gt lt 1 gt 1
8. 225 lo EES RTH D 2 D 2 CE D 1 CE CE RE EMC
9. Lio CHARGE Hi 50V
10. CHARGE 50V 1
11. CHARGE Hik 50V 1
12. U V W U T1 V T2 W T3 MC ON OFF 30 1
13. B S o 61 4 3 b1 01 1 0 LED cC nnn rT MM ORV roo Gu S UP A YP H a 52 i LED PIERE see XBL TEL PZ EE 2
14. CHARGE 50V 1
15. a NMR o
16. 7 6 200V 200V 400V A DIN ER HF5208 ER i G HF5202 gt HF5204 A10 A20 A20 A20 A40 A40 z A40 A75 A75 A75 1A5 1A5 2A2 2A2 M PA TOSRET Bie Seat
17. D 1 ESD
18. ESD 100 9
19. ER MCB MC OFF 11 i 2 12
20. TIPA TOSRET CHARGE 50 V 1 ON H1 05 S5 67 OFF OFF S3 SOURCE SINK
21. gt C1 01 03 C2 01 04 S FIE gt HJA ON ON OFF
22. CHARGE 50 V 1
23. 3 1 R L1 200 V R L1 SL2 T L3 DC es o 1 2 Se Nt 41 UL 200V D 100 Q 400V C 10 Q
24. CHARGE 50 V 1
25. CRC 16 H5 01 24 00H 220 C 13 C 13
26. 1 Fro Reference F6000 6 Monitor Pon A a EV Sel For 2 eri ucFY 3 Output Freq 6000 8 Setup Guid SUP EA 4 Output current Hp 9 Parameter Set gc 5 Output Voltage A Read manual before installing Wait 1 minute for capacitor discharge after disconnetcing power supply To conform to C requirements make sure to ground the supply nuetral for 400V class MPSA MMM 400V C gt Sumitomo Heavy Industries Ltd Ne pMz202 1 A WARNING Risk of electiric shock A fe IR on smosznvenss MEMOBUS
27. 68 4 8 p 4 8 63 A1 01 A1 01 0 A1 00 U
28. ON OFF S1 ae ae pers m S2 a 1 6 AE S3 S4 b S5 1 MA MB MC 2 A1 2 A1 A1 S S 1 AM S
29. GE A1 01 gt A1 01 2 LED LED PAr gt STUP LED PAr A1 04 A1 05
30. 2 2
31. b1 07 0 REMOTE REMOTE REMOTE oO b1 07 1 REMOTE REMOTE b1 07 1 LOCAL REMOTE LOCAL REMOTE 77 ao BOW 5 2 b E b1 08
32. ALSO SR Or EF 149 7 2 7 2 IGBT IC CE
33. U4 05 gt U4 05 90 H CHARGE LED gt 3 ON OFF LT U4 06
34. 150 1 L1 02 1 60 Hz e EA NED N E A 1 EGRESS EN ERS PAEA OANE PIANE E A AA PENERE ESE oa un me i i 0 1 0 100 150 200 L1 08 100 5 5 31 E L1 08 10 150 o2 04 E L1 13
35. 2 2 200V 200V 400V SF5202 A10 SF520S A20 SF5202 A20 SF520S A40 SF5202 A40 SF5202 A75 SF5204 A20 SF5204 A40 SF5204 A75 SF5204 1A5 SF5204 2A2 SF520S A75 SF5202 1A5 SF520S 1A5 SF5202 2A2 GE 200 V 173 400 V 174 26 m AIF IP20 n i Imo mm H1 D1 kg 200 V amp SF520S A20 6 5 0 6 SF520S A40 38 5 1 0 200 V SF5202
36. CHARGE 50 V 1
37. ed CHARGE 50V 1
38. BB 194 ND HD BB 195 SHOR MI gt B 5 C6 02 B 5 C6 02 C6 02 B 5 C6 02 C6 04 2 0 kHz 2 0 5 0 kHz l 5 0 8 0 kHz 10 0 kHz 12 5 kHz 15 kHz Swing PWM C6 03 05
39. gt DCU ON OFF
40. Eee Ce a pl he 25 mtr EA a A A a an ae aa tte mm 0 4 mm pri I NN dd 3 13
41. LOCAL LED 0 00 0 Hz F 6 00 6 Hz 4 5 PDA IED CIC ENTER o2 05 ENTER 1 ENTER A gw i
42. 49 3 12 3 12 MI No oO 1 19 oO 2 159 oO 3 169 oO 4 25 oO 5 89 oO 6
43. a 8 ah Jem 0 10000 181 SHER MI gt B 3 4
44. i 1 2 ee ee eee eee eee ene 10 ac i 6D Y Rae a ne Ca ne eae ae a a 11 i 1 i 1 SF 520 SF 520 DM2202
45. 100 2 2 2 2
46. E1 01 eee Bee taro 3 H Vf 0O E Vf Eg LED DRAAI LTUOSD LED LOCAL LOCALE LORE
47. 4 1 ESD
48. 5 1096 GE 1
49. UP DOWN UO d2 02 d2 02 d2 02 d2 02 pony UP DOWN UP DOWN d2 02
50. V n3 13 n3 13 1 25 1 30 n3 13 oC oL1 oL2 116 5 9 o 5 9 o o LED 01 E 01 02 ON
51. tt 50 Hz 60 Hz Rk 3 S 2 SEW 2 3 3 Sw tie 2 EER V f 150 m AC 89 ao BUST KU 55 E N 90 Hz 60 Hz 120 Hz 60 Hz O VA 180 Hz
52. ESD C 2 MEMOBUS C 2 MEMOBUS MEMOBUS RS 422 7485 SI 485J H MEMOBUS MEMOCON PLC MEMOBUS 1 PLC 31
53. H5 01 0 2 m H5 02 MEMOBUS GE H5 02 H5 02 0 1200 bps 3 9600 bps 1 2400 bps 4 19200 bps 2 4800 bps 5 38400 bps m H5 03 MEMOBUS GE 0 1 2
54. m d2 01 E1 04 100 0 0 110 0 Em d2 02 E1 04 100 d2 02 d2 02
55. MM ee MS B1 B2 B1 B2 Serre 1 2 3
56. 162 MCB 162 ELCB 162 1 i MC 1 163 r G pea CB 1 EENE 166 DC 163 167 233 RIL1 S L2 TL3 U T1 VIT2 WIT3 165 ne suea GER 8 1 lt 1 gt DSUB9P WV103
57. Vf EXEC L3 02 L3 02 gt L3 06 L3 06 gt gt V a E p GAJE A ia EJ J NF A KA E a A1 H3 04 A1 gt
58. L2 05 Uv SRS TILES L2 05 wwe ILES L2 05 mje 8 a mi BT a b LE
59. Sapi e 33 pecs e yoa v poe phat H5 DRE amp Eres Al gt i 7 AARAA o FRETS
60. 1 2 1 2 MODEL a N fMOEL SF5202 A20 G WAX APPLI WOTOR 0 2KW O AKW REV W F INPUT AC3PH 200 240V 50 60H2 1 5A 1 9A NE L OUTPUT AC3PH 0 240V 0 400Hz 1 6A 1 9A TaS m NS 0 6kq PRO 5510 L ae ct a IIIIIIIIIII TET TET TTT
61. L4 01 2 0 3 0 Hz lt 7 gt 2 0 Hz lt 1 gt 0 5 Hz E1 09 OB 2 0 Hz 2 5 34 2 MA MC ON
62. n3 13 fp al R 0 m 13 05 oL1 Dy CE 6 Hz L3 05 L3 06
63. OFF ON 5 22 1E L5 01 L5 112 3C b1 01 02 b1 15 16 LED 3D 100 13D 0 3D 1 2
64. ST Is 3 1 200 V 32 a B2 Bard A ERE 39 3 7 3 7 1 1 Emm Ist 1 pi 1 jt 4 SEE i xt Ee 1 1 H t amas L Js Fy e ir I VEY Js EZI 1 rt 1 te B awe iss Mixt 4 amme dss kxl o lt 3 gt 24V8mA pi 24 Vi AC250 V 10 A 1A Bae i lt 2 gt T k DC 30V 10 mA 1A pu N ni 83 source 4 Tr li V
65. GRE 3 4 150 7 2 TEN R 7 1 _ BAIL PR Bt CHARGE 50 V
66. ER eee ie ec SL Roc au eens PWM ES Lio 168 8 5 8 5 li LC UVES
67. 2 z 3 4 ae 3 4 5 6
68. FE 0 10000 ms 2000 ms 81 ao AU OW kU 5 3 C C4 VE RI m C4 01 C4 01 E2 05 No 0 00 2 50 C4 01 1 00
69. 169 Vw C LSN SERB Ss a 8 5 170 A A 1 HD ND LL 172 A 2 200 VR 173 A 3 400V 174 UP 175 A 5 oo ccc cee cee eee eee 176 171 A1 HD ND A 1 HD ND HD ND 2 NAK ND A 1 A 1
70. 68 126 63 4 5 65 4 5 E 200 V AC200 V 240 V Sane Hz 200 V AC200 V 240 V 50 60 Hz 400 V amp 4H AC380 V 480 V 50 60 Hz R L1 S L2 T L3
71. 1 Fa A 7 2 155 7 4 2 7 3 3 7 4 156
72. 0 A1 01 A1 04 U 2 A1 04 A1 05 A1 05 A1 04 A1 01 A1 03 GE A1 05 A1 04 LED
73. EFO LED S1 ke S1 S2 F S2 a F83 F S3 F F 8a F S4 785 fo S5 20 2F
74. RTS lt 22 gt lt 39 gt 0 MEMOBUS GE MEMOBUS OFF ON 187 SHOR MI gt B 3 L MEMOBUS L1 OMA E 1 0
75. i Roo Do L5 01 0 LED PASS MEMOBUS y T MEMOBUS PASS H2 01 10 LED MEMOBUS MEMOBUS H2 01 10 MEMOBUS MEMOBUS LED
76. 2 1 10 50 C BREDEN DU 95 RH 20 C 60 C 1000m 10 20 Hz 9 8 m s THRE 20 55 Hz 5 9 m s2
77. ON OFF 0 b1 17 ON OFF 0 ON ROMY BA ONOFF b1 17 1 1 b1 17 1 ONOFF ON 78 5 2 b b2 b2
78. ld 55 4 2 LED 4 2 LED LED LORE 5 mean LOCAL ROW ESC REMOTE EHE LED eal ae Jae 00 a ij DRV a RUN E f
79. Lio b2 79 76 5 2 b ON OFF 5 2 ea ma PETT F Xo nt E b1 04 a DOT CIES b2 03 79 b1 04
80. ENTER 0 ENTER f ENTER 1 ENTER ENTER R G 5 i ZORE OFF LED 0 1 oPr JVOP 182 H 0 1 READ 2 COPY 3 COPY
81. RAR a ROSTER EL 3 E1 06 0 1 E i EN z 01 4 E2 01 33 13 gt 13 04 4 LED
82. 100 m E C6 02 83 R 3 5 3 5 50 m 100 m 100 m 15 kHz 5 kHz 2 kHz 1 E EE pire tte a SS 200 V D 400V C
83. C D B 1 3 R L1 lt 2 4 of A D B MCB E C 8 6 200 V G D A j AA A UL RL lt P y SL24 i E A H T W TL3A E o Le rv f E xi MA A D B MCB E C 8 7 200 V 400 V 8 8 LC RC
84. ai eee 38 3 9 A B 3 9 E ao Sale MCB MC OFF CE
85. b1 02 2 LED lo BYE S cl Or BERGE Vit E1 04 06 07 09 oPE10 LED KADEN oPE L ai C6 05 gt 6 C6 04 gt C6 03 gt GE C6 05 lt 6 C6 03 C6 02 05 139 6 7 6 7
86. L PF O C 113 ao A Ow kU 5 7 L ROWS 30 L8 10 ON OFF ON OFF 0 18 11 0 RANT P AE ON OFF A N OFF act wens E 18 12
87. 0 1 107 5 7 L O12 m L2 01 a ms Uv1 1 Uv1 2 CPU CPU L2 01 1 GE 1 a
88. LED H1 gt 20 2F Eo Err ere EEPROM EEPROM R ON OFF 140 131 lo Sa tS cl Or BR RYE 6 4 LED H gt gt gt gt
89. MEMOBUS PLC H5 MEMOBUS PLC MEMOBUS SRA AATF SOD OR MEMOBUS C 1 MEMOBUS b1 01 75 b1 02 76 207 MmRmMOCWOZM S C 7 C 7
90. Uo A1 H3 03 A1 H3 04 70 BA Peni oo scig oe Seta Fe cede en eee eae a 72 52b LLL 75 536G oi i Pewee bee lon eke iba Seka 80 BAG Faqs ye caked Sada es eae Gated deed ae ed ere Gee eee 85 55E eo sa es he ee se ee ee 89 56H Searches Sahn ea bead tbe de ee keen see aeaende dees 93 5 7L OO RS RC 228ARGE 106 58n 116 590 Hen eed ether dela coon wea batesacsntatus 117 121 71 x ao BUST KU 5 1 A 5 1 A A Al m A1 01
91. por E AX RL1 B B2 amde os S L2 A dom TL3 y i es ere i WT3G THRX OFF ON MC a gia G MC i a THRX aie OH mc TRX gl Feasa FLEA FLFB i A E B MCB F C MC G D 3 21 4 5 6 47 3 10 m 7
92. Ni 4 n3 13 0 eae 1 ia C1 02 EE 2 2 C1 04 6 Hz L3 05
93. 6 3 6 3 LED ALM H2 01 E gt 141 LED ALM H2 01 10
94. lt 1 gt 60 Hz lt 2 gt L3 04 0 we ee enn lt 3 gt HAT 6 Hz ee 150 60 lt 4 gt hoc ONE BONIS St ie ae 175 A 5 A 5
95. LED RESET ON H1 14 ON H1 04 Gnr S4 14 o OFF LED ON G Lack NE OG OFF 141 lo XE S cl Or BERG SE 6 8 LED 6 8 LED LED
96. GE VI m C3 01 C3 01 E C3 02 C3 02
97. H1 A ON 0 Hz ON ON OFF ae OFF ON OFF ON 5 10 UP DOWN UP DOWN
98. b1 17 1 ded 2 3 A 8 ee 0 b1 17 0 ONOFF 3 1 LOCAL REMOTE LED LOCAL REMOTE 1 1 LOCAL
99. L8 12 L8 35 A 5 176 10 50 C m 18 18 L8 18 o 0 mo 1
100. T e ee b1 01 1 ao S1 SC UP oFF oN BUST KU d1 01 b1 01 0 EA Eih 2 Soom MA MC H2 01 05 ON OFF a TE 5 35 111 5 7 L 15 oC ov oL1 PF oL2 rH
101. 1 71 ESD
102. 5 32 m 13 02 0 150 lt 7 gt lt 1 gt C6 01 ND HD 1 ND DEX 120 0 HD DEX 15096 L3 02 m 13 04 ov
103. 1 1 NR 2 elas E Aa L1 a fae ERS 1 01 D SE I0 RR ER HEARD PERERA MC BENS Se E 1 2 1 3 4 167 Uw C LSN SERB So 8 4
104. 600 kVA GCE AC 163 8 4 m AC GE AC G D 2 2 U awa X RLS v awm Y S28 lt i wl nam z rsA A C AC B MCB D 8 4 AC E DC DC 1 2 DC 1 2 DC 8 5 1 RIL1A SIL2 amp a im TLsA 1 I 1 2 D A C B MCB D DC
105. MEMOBUS _ Hex _ _ o1 LED 01 oo a U1 01 e i FWD REV U1 02 U1 03 0 01 Hz 0 01 100 190 B 3 o2 LED o2 STOP STOP 0 STOP 1 STOP 0 1
106. S3 S5 ON OFF 5 10 SERED 1 SERIE 2 ini H1 00 3 H1 00 4 1 d1 01 At1 OFF OFF 2 d1 02 ON OFF 3 d1 03 OFF ON 85 ao Sw xyl 5 4 d 4 d1 04 5 d1 05 6 d1 06 7 d1 07 8 d1 08 d1 17 lt 7 gt lt 1 gt JHAR DI oF OH cH 2H on 4 gt f 1 1 1 1 L ON seas _ LoNl ioi Fcwml Fm ol 2 ON ON TERME GAL 3 a ees o oN 1 5 7 d2
107. L1 01 1 100 oL1 L1 01 2 100 10 1 1 10 oL1 m 11 02 0 1 5 0 1 0 L1 02 60 Hz E2 01 150 oL1 L1 02 oL1 OF D 9 Y
108. 2 0 Hz L4 01 L4 01 2 Hz o L4 01 Te EE N4 g Be G 1 OH FOUT 1 CH H FOUT 2 READY Uv H a F aaa L6 02 m L6 03 pe ze LED epee
109. pe reer ogee TE RE le a he EIEN ie E 1 3 8 b1 01 75 b1 02 76 H1 93 H2 98 H3 101 H4 104 H5 105 d1 S C1 80 C2 81 C6 01 82 L3 04 109 67
110. oL2 C1 01 C1 04 gt E1 04 E1 10 Vf E1 08 E1 10 Vit GE E1 08 E1 10 C6 02 near C4 01
111. K HAIL EB Ce C6 0 HD gt ND HD 1 ND 1 2 0 kHz 5 0 kHz 8 0 kHz 10 0 kHz 5 12 5 kHz 15 0 kHz Swing PWM 8 E
112. 16 5 8 8 41 MEMOBUS MEMOBUS 2 2 2 MmRMOCWOZM S 209 C 8 CRC 16 mg
113. b1 01 75 1 on 2 on 1 2 on 3 on 1 3 on 2 3 on 1 2 3 on SHA EAN TEVAREGER 1 on DER DARTH 409 09 H gt d Fd DAR o lt 79 gt d2 d2
114. b1 02 b1 02 0 LED MEMOBUS U1 10 T b1 01 b1 01 7 gt LED ie 4 MEMOBUS 3 a ee pte ST4AVIAA YF S1 H3 01 A1 46 S83 44
115. gt AC SSRs 143 6 8 LED oPE02 E2 01 E2 03 oie laces re E2 01 gt E2 03 E2 01 lt E2 03 0pE02 gt E2 01 E2 03 E2 03 E2 01
116. 1 A1 04 A1 05 2 A1 05 U1 07 EEE Uy RUN E ieee tas es LED DRV SLED 59 LORE Seas i pena sk gt AN LO RE
117. Pare we S ea ee ay 39 2 X 10 58 8 X 104 Pa 4 6 kg cm2 He ER LEE HFG BE EDEM mies y ie m
118. RS 232C RS 232 JC H m LED JVOP 182 H LED LED E EY cyclo shi co jp BS iad SE TA en DH Bhat 69 4 9 4 9
119. C6 02 E C6 02 gt d3 01 d3 02 gt WM C6 02 7 ND 7 ee C6 02 1 6
120. LOCAL REMOTE es REMOTE LOCAL LO RE 02 01 LOCAL REMOTE 0 ELT gg RUN LO RE LOCAL ALM LED REV LED LED 57 DRV LED FOUT LED 56 4 2 LED B LED LED Oa IT Ln ri
121. 126 6 3 127 130 6 5 RWIS e 136 6 6 ee 139 6 7 140 6 8 LED LL 142 123 lo Sa tS cl ry BR RY EH 61 6 1 124
122. PE BOSAR ii 66 02 d3 01 04 DD ov 00 08 L3 04 0 126 6 3 6 3 LED Fee oe
123. b1 01 3 i i 1 ComRef 2 i 1 MEMOBUS h 0 7 _ 1 1 ec A41 MEMOBUS Remote Msi 0 0001H 4 i d1 01 a 2 Local d1 02 ges 01 04 2 8 1 d1 07 d1 08 d1 17 og i H1 6 RE 5 6 d1 m d1 01 d1 08 d1 17 1 8 8 1 9 3
124. LED ALM 129 ov 2 EEPROM EEPROM 1 RAM RAM GP CPF21 AID PWM S1 S5 EEPROM GE 1 CPF11 18 LED ERRUR 2 CPF
125. JEE oL3 m L6 03 L6 02 Ca OIDS RECTTT L8 E L8 01 ERF ERF ET n ee 1 ERF ERF m L8 05 No L8 05 1 0 1 0
126. PAr 4 4 1 1 ND HD 7 1 AM 2 B d1 03 3 d1 04 4 4 4 4 4
127. lt 2 gt QU My 4 6 C1 C1 01 1 10 0 s 20 0 s C 000 a oe C1 01 Oe 10 0 s PAL 1 RESET 0020 0 ay
128. pres E1 04 E1 06 n1 02 0 gt ON OFF ON OFF 1 2 GE ON OFF ON OFF gt L4 07 0 BB L4 01 OFF L4 01 ON L4 01
129. 1 7 1 Fry TW ae ee gl Seog ee ee JIDE bY DRESDEN TEND Mo Saas eee nee 119 2 23 a eee ni
130. 4 3 R 4 3 Ue G bI 08 1 AM IT ee b1 08 0 NUD MRS 4 3 l My RS EE lt 1 gt LED 2
131. CC 14 1 DD oe re a se a ee ee ee 16 1 2 17 1 3 19 1 4 ees Sta ae ne awe a ee eee caee oe bowen 20 1 1 1 1 16 ESD PWM
132. GE 1 EEPROM 10 0900H 02H 2 Uv 0900H tee EEPROM 3 C2 0900H Tau EEPROM Uv _ fea ec ED 0900H 5 LA E
133. OH oH GH xet _ _ L6 L6 oL3 L6 02 L6 03 H2 B NLR a 17 b G B 1 190 Ro 100 i clk L8 ATER RAR a IPERS OD 0 1 1
134. D 3 JIS C 2805 200 V 400 V ik au z mm AWG N m Ib in 0 75 R1 25 3 5 0 8 1 0 7 1 8 9 18 R1 25 4 1 2 1 5 10 6 13 3 1 25 R1 25 3 5 0 8 1 0 7 1 8 9 16 R1 25 4 1 2 1 5 10 6 13 3 R2 3 5 0 8 1 0 7 1 8 9 R2 4 1 2 1 5 10 6 13 3 2 14 2 0 2 5 17 7 22 1 5 10 6 13 3 0 35 4 44 3 3 5 5 5 5 5 17 7 22 1 12 10 5 4 0 5 0 35 4 44 3 9 0 11 0 79 7 97 4 1 2 1 5 10 6 13 3 2 0 2 5 17 7 22 1 4 0 5 0 35 4 44 3 9 0 11 0 79 7 97 4 1 2 1 5 10 6 13 3 2 0 2 5 17 7 22 1 4 0 5 0 35 4 44 3 9 0 11 0 79 7 97 4 4 0 5 0 35 4 44 3 9 0 11 0 79 7 97 4 9 0 11 0 79 7 97 4 GE Ten ee REN ENE
135. gt gt gt 8 1 Zrii SUF Z PIL X480AC188 lt 0 1 2 2 kW X480AC289 290 296 DC 0 1 2 2 kW Y220DA032 036 003 006 AC 0 1 2 2 kW Y220CA053 056 080 083 200 300 400 W 70 750Q 0 1 2 2 kW X480AC163 165 u Ytsmat X525AA048 DCF 12NB EXE AS Zags SOULS 1 kQ VRO7 SB SUAS CT X525AA078 082 lt 2 gt CE EMC lt 1 gt lt 2 gt cyclo shi co jp EMC 230 Vw C LSN SERB Ss a 159 8 2
136. x C4 01 0 05 C4 01 C6 m C6 01 ND HD ND HD 2 ND HD C6 01 ND HD ND HD HD 150 1 ND
137. 221 H2 m H2 01 MAIMB MC im MA MB MC 0 13D GE F 5 18 0 1 2 4 FOUT 1 5 FOUT 2 6 READY 100 1E 101 7 Uv a 100 3C 101 8 a 100 3D 101 B a 100 100 192 0 92
138. Z Ts gt C1 01 C1 04 2 BEERS CBOOTNDDD L1 01 1 GR L1 01 2 S E1 04 E110 Vf E1 08 E1 10 V GE E1 08 E1 10 E2 01
139. 38 3 7 40 40 41 SESKM TE 42 3 8 44 44 nannan arnee raea eee 45 3 9 A1 LLL 46 AI EL 46 310 SA 47 Os 47 3 5 LT 49 READY 49 312 sy DS 50 2 53 4 gaineanhneensshataassoos 54 4 2 LED 56 SOS 56 ee ee eee eee been beens 57 EE GONNA 57 LORES ZT ERUN G Ae NNE ER NE EE e 57 LED LLa 58 4 3
140. lt 25 25 25 26 29 3 1 30 3 2 32 Ke fe Ehia ena re E T E 34 200 V SF520S A20 1A5 cee eee nese eee eben eee 34 200 V SF5202 A10 2A2 400 V SF5204 A20 2A2 34 3 4 35 3 5 36 IP20 36 3 6 37 20 cece eee b eee ee eben eens 37 37
141. 000 031 AM wu kg 100 10 V AM eens aoe _ Pen j 10 V on AM 000 999 iy fu ae 10 V 100 0 AM ee 999 9 10 V f __ _ H5 MEMOBUS MEMOBUS H5
142. L3 04 gt L3 04 0 C1 02 C1 04 gt ov gt L3 04 144 6 8 LED gt C6 02 Vit E1 04 E1 10 Vf
143. 141 EF3 S3 YY E ERLT U2 02 OW EF3 83 a amp c U2 02 140 mung
144. U4 06 90 135 lo RAON 6 5 6 5 LED H2 01 10 ERE ON 6 7 6 7 LED OT S1 S5
145. 1234 A1 01 5 2 a ENTER S RESET A1 04 JA QQ A1 05 GE A1 05 T p ENTER Byer pr ENTER 5 5 3 A1 01 10 LED At1 01
146. HHS m 18 35 MER 171 GE 1 A1 03 2 me KG 0 IP20 IP00 IP20 IP00 ee eee 30 mm 114 5 7 L 1
147. Q L ENE PNE PNE PSRS N Bul N Toe lot ERF FZ 244 ON OFF E 3 ON STOP ENTER LCD COPY READ
148. 1 RERU LED L6 02 L6 03 lo SEXES cl Or BERGE gt 16 02 L6 03 LED LED JVOP 182 H TLED oPr 02 06 1 LED b1 02 0 LOCAL
149. 10A 8A oe EKO EL Oem OAA X A 1 ND HD 200 V HD 80 400 V HD 60 1 1 1 i 2 10 8 15 C6 02 A 1 L8 35 A 2
150. 173 A 3 400 VAR i 174 A 4 175 A 5 LL 176 176 ER a A T a e e e 176 Di ae fact A en ee a eee 177 B 1 ND X D BRO AG 178 B 2 179 BS 180 180 5 2 180 GS 1 KK 59K EE 181 Fear E E See Senge EP ie ta ta a es tek E od 183 BS IN a ea BS TIE eed oa ea eck ote heen ee ote 184 8 184 LE PRESB Gta eee ee et ee ee A ota a AE ee a eee 188 Woe PPR EINE Peat cee ah Ses ese E Na anc el nas eh ah rca ool Te 190 O PARI HF Baad eon ad O we eet ea dn re eo eau otter cas ads alee hated E 190 FT ose a Aa ke Eee TE 192 B 4 02 04 eee 194 B 5 C6 02 196 B 6 L8 38
151. 196 L8 38 B 6 L8 38 B 6 L8 38 L8 38 0 HD 1 X 1 5 EX 1 2 1 X 1 5 EX 1 2 197 x ao MOR MI B 6 L8 38 198 C MEMOBUS MEMOBUS RS 422 485 SI 485 J H MEMOBUS Sey lt a gt all ol 2 7 PP 200 C 2 MEMOBUS 201 EE 202 C
152. 0 LED EJ b1 02 0 BM LO RE b1 02 0 LED 5 5 LED F 6 00 6 Hz Pr oi ce Ewes c s Run 6 Hz CE RUN gt k im a ay gx RUN 0 Ru 1 b1 02 1 2 3
153. 154 04 03 MR 0 ees aU II Fae ta BEA 25 AO LED L6 02 L6 03 a 21 10 gt 16 02 L6 03
154. 3 10 S3 pad SOURCE SINK 3 16 S3 0V NPN 24 V S3 SINK FN 1S1_ rK source Sink TEESE go fi i s3 t TEF a6 es 1 1 i a J 7 s4 a TEJA i ss T K 1 7 p SINK fal 24 V i s3 He oleg SOURCE N ZZ 3 17 0V NPN 44 mw 24 V
155. 88 5 5 E 55 E E V E1 Vf E E1 01 E1 01 ov Uv E1 01 No E1 01 lt 1 gt BEE 155 255 V lt 1 gt 200V 400 V COMO 2 ov Uv BTR
156. LET AC 600 kVA DC SUPT WL 160 8 3 8 3
157. PLC 1 OFF SI 485 J H PLC MEMOBUS RS 422 485 mm NO O S S IG R R eare e SF 520 1 S S IG R R C 2 Seige GE Ee APNA RS 485 Sl 485 J D R S R ac 2 SI 4
158. TANE P Bale 2 3 PLC PLC PLC gt 24 a t C 7 H5 06 e a eee ee ee ee PLC PLC PLC
159. CPF24 oFA01 MEMOBUS 007FH C 10 007FH Uv S5 EF5 Fait Ov MEMOBUS CE OH oL1 oL3 oL2 scully ZA EF MEMOBUS SE bb S1 S3 EF3 S4 EF4 218 S2 C 11 C 11 MEMOBUS PLC EEPROM 0900H 0 C 4
160. EN a SA EEE BA RERE IGBT 39 2 X 104 58 8 X 104 Pa 4 6 kg cm2 151 rr 2 ARNE Jarg 7 2 ESI PPP BLEDEL PD a SEED PROVEN Be DD 39 2 X 104 58 8 X 104 Pa 4
161. o4 03 OX L8 12 100 o4 05 lt e2 gt o4 07 lt 69 gt IGBT IGBT KT 04 09 lt e9 gt BRION oy oyo LED LED Shas Fab LED H
162. 4 53 41 Ti y eS 18 K AC240 V 200 V AC440 V 400 V 100 CERUT AC 10 mA lt 1 gt POUR ab lt 2 gt yay aa ox U 1 2 B1 Bald
163. PNP 24 V S3 SOURCE 9 P ts1 EEJ Z g i s2 t EEA SOURCE SINK J IRR Cals it dss 7 kek name RAV i Jee T eee BSI i 24V J amme lss 1 e i SINK 24V S3 i SOURCE EN SC Le ZZ 3 18 24 V PNP 34 SAKER RHH ola i pe 10 V 2 ma Dor AC250 V m DC 30V 10mA 1A 3 19 lt 1 gt DC5V 10mA 45 3 9
164. oL1 UL L1 01 D 6 L1 01 0 1 bD L1 01 1 2 eee oL1
165. IGBT U2 U3 u LU SSS u L H A1 AJSHE MEMOBUS No ROM No FLASH IGBT U4 13 LED 245 TN STS eS S SR OF E 3 246 F F 1 E E a a A y a 248 N AS OnE F 1 F 1 18 12 1
166. 1 8 7 1 2 No d1 01 d1 08 1 8 0 00 400 00 Hz lt 7 gt 0 00 400 00 Hz lt 7 gt d1 17 lt 1 gt E1 04 d2 01 1 2 3 4 H1 3 4 5 H1 6 1 2 b1 01 1 d1 01 1 A1 1 b1 01 0 LED d1 01
167. 1 FWD REV 01 03 E UON s B 0 0 01 Hz 1 0 01 100 GE 01 03 Ut 1 mo di 01 d1 08 1 8 02 E 02 02 STOP REMOTE LED STOP DEO aCe Ss a STOP
168. 5 30 v MC1 MC2 OL1 0L2 5 30 1 2 L1 01 0 1 T i 100 100 60
169. lt 7 gt C6 01 ND HD Ea 120 OHD 15 0 lt 12 gt 02 04 lt 25 gt T E 03 2220 3330 lt 63 gt L3 02 100 ms lt 64 gt A1 03 2220 3330 189 SHOR MI gt B 3 B 1 L6 01 n
170. TT OR ible ous een SIS 4 Ez a b c A B 2 1 25 2 2 a a
171. 0 Hz E1 04 E1 04 0 Hz C1 01 C1 02 1 1 DERE 2 2 C1 01 C1 02 4 C1 03 C1 04 H1 01 H1 05 7 1 5 6 0 0 6000 0 s 5 6 1 EAD 5 3 b1 03 0 pee 2 1 1 C1 02 va 2 C1 03
172. 37 37 oO 14 MC1 OL1 MC2 OL2 MCn oin MC1 MCn OL1 OLnh GE MC1 MCn Oo 15 MC 47 Oo 16 Oo 17 42 18 32 oO 19 3 S1 S5 33 oO 20
173. PROF BER ORS ARIE QUT RIL1 S L2 T L3 EE FRIL1 S L2 T L3 1 2 U2 02 T 3 130 GE 1 LED 2 130 3
174. CHARGE 50 V 1 ee
175. 4 B A C hUi ame Ses ud AVT2 WT3 A B 20 m C D lo EMS HHL E D 3 227 D 2 5 A B c D 4 6 DC 231 200 V 400 V L2 PE 4
176. 3 14 LED eg 50 42 BF es V 10 5 V 20 mA A1 0 10V 20 kQ a6 4 20 mA 250 Q 0 20 mA 250 Q 3 15 43 3 8 3 8 S3
177. U V W U T1 V T2 we LC RC E
178. 50 60 Hz oL1 50 60 Hz 60 Hz 106 2 1 10 100 10 100 100 100 100 60 6 Hz A 6 Hz 50 60 Hz E L1 02 oL1
179. e LED GE d1 01 6 Hz LED P00 a A LOCAL 8 LO RE RMN RUN 6 Hz E 4 YY 10 Hz LED U1 03 6 Hz 60 Hz y Mi
180. 0 0 20 0 d3 04 d4 d4 ON 0 ect te Ty i a gt 11 A UP DOWN H1 10 11 lt 19 gt E1 04 d2 01 lt 22 gt
181. ALSO SR Dr EH 7 5 B 10 HFRS IGBT IGBT lt 1 gt 03 10h 30 300n U4 03 300H lt 2 gt 153 7 4 WW Ly 7 4
182. 0 9999 E 04 02 o4 02 U4 01 Poet O 0 E 04 03 U4 03 o4 03 U4 04 0 04 038 0
183. H3 03 H3 04 A1 No A F A1 999 9 999 9 F A1 999 9 999 9 102 5 6 H 0 10V 0 100 100 0 100 0 o Vv 10V 5 25 A1 200 A1 DC10V 200 DCS5V 100 E1 04 5 V 100 A 200 z 100 lt E1 04 0 0V 5V 10V 5 26
184. 1 d1 59 1 b1 01 1 A1 0 10 V A1 4 20 mA G Al 1 1 ee acs S1 HBS 46 A1 0 10 V 5 1 PLC venga alin Ceo
185. 25 A1 DC 0 V 25 H3 01 0 DA O 2 5 V 0 2 5 10 V 2 0 100 H3 01 1 0 2 5 V 100 MS 0 25 V H3 01 1 5 27 0 100 A1 DC0V 100 DC10 V 0 o 103 5 6 H 100 0 V 10V 5 28 m H3 13
186. 4 ES 62 4 3 aaaE GE A1 i 62 C1 01 1 20 0 s LED
187. 7 8 9 2 248 F 1 a 249 PE Uh AMEN A E SSD PRE pee lhe 37 Dima AAs oe ae hie ee a Sur SEE eke ah Bank 37 PAVA e PO 40 OS 33 3 ccc ccc cece ee 94 3 oo cee eee 93 A DAMER ce elect el 0 kl dell 128 A1 eee 186 AE 40 41 ACUI AUS Vint SN 1
188. ESE 219 MmRmMOCWOZM S C 12 C12 MEMOBUS MEMOBUS ats PLC 03H 08H 10H 0001H 0002H
189. gt gt GE SA R Fie E1 04 E1 04 U1 01 H3 03 A1 GE i EPRICE SEE 301 01 03
190. oPE01 o2 04 o2 04 oPE02 GE oPE02 oPEOO H1 01 H1 05 2 5 ATIC tec ae DARRERA BURDBEST Stic OWEORONIIC EO eating eee UP DOWN 0 11 2 UP DOWN 10 11 A
191. a Co gt b3 01 1 1 2 H1 61 62 LED A D ZA Po AD RA OWOFF UC eh ices da GV AC GV AC V
192. oC oL1 1 1 L3 06 C1 02 L3 06 2 100 ms 2 2 L3 05 1 C1 04 m 13 06 Soe No BAA 30 200 lt 1 gt lt 1 gt C6 01 ND HD L8 38
193. 1 OFF oN L4 01 110 4 FOUT 1 L4 01 2 Hz L4 01 ao 5 19 1 EMONI L4 01 2 Hz L4 01 GE L4 01 H ON OFF Li O 5 20 FOUT 1 L4 01 010 99 5 6 H 5 FOUT 2 L4 01
194. MCB ELCB MCB ELCB e MCB ELCB 1 5 2 MCB ELCB TA 150 1 SEE Lone LT A MCB ELCB MOL M82 8 3 MC OFF 400 V 400 200V D A B c RILI S L2 TIL3 1 MB MC A AC200 240 V 50 60 Hz C MC AC200 240 V 50 60 Hz B MCB D 8 2 200 V A B G D l RIL1 A i a j 9 TL3
195. 2 3 0000 a Ree PS LICL A1 05 BIEDS 74 5 2 b 5 2 b b b1 E b1 01 b1 01 REMOTE acide ainda 1 pa 0 Hz 4 ED RUN STOP a 2 i E LOCAL EE oem G gt mmgieWfAD 0 LED b1 01 0
196. oC Poll L3 01 o 1 L3 02 85 L3 02 L3 02 108 L3 02 L3 02 85
197. 100m 1 2 kHz 7 100m 1 2 5 kHz 7 m C6 03 C6 04 C6 05 C6 02 F C6 02 50m 1 F 15kHz ao 1 0 kHz 15 0 kHz 1 0 kHz 15 0 kHz AU OwW kU 0 99 02 04 lt 1 gt C6 02 F C6 03 C6 03 E C6 03
198. H2 01 10 LED lo RE S cl Or BERGE 127 6 3
199. gt be i s 4106 160 200 L1 08 100 D 9 234 D 4 Instructions for UL and cUL D 4 Instructions for UL and cUL Safety Precautions A DANGER Electrical Shock Hazard Do not connect or disconnect wiring while the power is on Failure to comply will result in death or serious injury Electrical Shock Hazard Do not operate equipment with covers removed Failure to comply could result in death or serious injury The diagrams in this section may show drives without covers or safety shields to show details Be sure to reinstall covers or shields before operating the drives and run the drives according to the instructions described in this manual Always ground the motor side grounding terminal Improper equipment grounding could result in death or serious injury by contacting the motor case Do not touch any terminals before the capacitors have fully discharged Failure to comply could result in death or serious injury Before wiring terminals disconnect all power to the equipment The internal capacitor remains charged even after the power supply is turned off The charge indicator LED will extinguish when t
200. L3 04 0 3 14 m 8 48 3 11 3 11 READY READY READY ON OFF
201. 134 U4 05 T gt U4 05 90 gt 18 05 0 ee eS UV 200V 190V 160 V 400 V R 380 V E1 01 400 350 V BOG 37
202. 9 LED ED 100 7 2 150 7 4 A ON OFF IGBT 9 7 A 04 03 05 07 09 ol
203. At 180 H5 MEMOBUS 187 b1 180 L1 188 b2 181 L2 188 C1 181 L3 188 C2 181 L4 189 gg 181 is Seu KS7 ws C4 182 L6 189 Ce 182 L8 189 di 183 ni 0 J2 183 n3 TN d3 183 o1 190 d4 183 o2 191 E1 VF 184 o3 191 E2 184 o4 191 H1 184 U1 192 H2 185 U2 192 H3 186 U4 193 H4 187 179 SHOR MI gt B 3 B 3 A A MEMOBUS A1
204. 24 Lie C 8 208 C 8 C 8 MEMOBUS 0 FF Hex 0
205. UL 233 A 171 E IP20 mw 400 V 226 D 2 mB 50 60 Hz aoe ae aa aa aaa i R L1 S L2 ine v 1 SINI K f Cl a 2 HES Het oy ee
206. C6 01 fs HD HD me 7 lt HIERO 150 60 5 kHz ND H 120 60 ND lt t gt 2 kHz Swing PWM lt 1 gt HD ND HD Heavy Duty ND Normal Duty HD ND ND C6 01 1 HD C6 01 0 HD Swing PWM HD BIND BAGNE C6 01 0 HD 1 ND
207. RS 232C SI 232 JC H LED MEMOBUS RS 422 485 GE GI T GE SI 485 J H AI V3 J H 1 RS 422 RS 485 MEMOBUS Modbus y LED JVOP 182 H Ib
208. A 10 200 Hz 0 00 20 00 z ay E2 01 A 8 a a 0 000 65 000 lt 3Z gt lt 12 gt 02 04 lt 24 gt 200 V 400 V COG aay lt 25 gt A1 3 E EE 237 gt 0 2 kW 00 lt 57 gt 02 04 C
209. ORCI o U1 03 103 No A ooo 999 Ci ORC 000 999 000 031 PLC MEMOBUS AM H4 02 H4 03 AM H4 02 100 H4 03 H4 02 H4 03 10 V 100 AM 0 V 10V 5 29 AM 999 9 999 9
210. 18 184 oO 7 MCB 162 oO 8 RL1 S L2 T L3 37 oO 9 U T1 V T2 W T3 37 oO 10 600 V 37 Oo 11 37 37 37 V x 0 02 7 3 x Okm x m x A x 10 50 m C6 02 38 oO 12 38 oO 13
211. AM 999 9 999 9 104 10V AM 5V 0V 150 0 100 0 50 0 0 LED H4 02 AM 100 10V AM 3V 0V 30 100 0 100 0 100 5 29 100 H4 03 AM 0 H5 MEMOBUS MEMOBUS RS 422 485 MEMOBUS 7 PLC H5 MEMOBUS
212. L6 a b 5 36 hg 10 10 L6 02 a 5 36 10 ma r PILAA TIR oC oL1 KERAY oC i PLC 112 m 16 01 L6 02 L6 03
213. 108 8 13C 3C H3 A1 m H3 01 A1 A1 A1 101 ao AU OW KU 5 6 H 0 0 10V DCO 10 V 0 V A1 A1 H3 04 100 5 10 V 0 100 At1 0 5V 0 Hz 100 100 0 V 5 23
214. 196 B 6 L8 38 197 177 ao SHOR ww dl B 1 B 1 an MEMOBUS 2R pia Hex i a AOR ILA KE TREE 1 MEMOBUS Ban O x 4 3 59 178 B 2 B 2
215. GE 8 10 kHz 5 8 10 kHz 200 V 200 V oPE11 jf Oe E A 2 kHz 10 kHz SF5202 A 2 kHz 10 kHz 1 9 1 6 A10 1 2 0 8 3 5 3 0 A20 1 9 1 6 6 0 48 200 V 5 0 A40 3 5 3 0 A75 6 0 5 9 8 kHz 200 V 5 0 400 V A 2 kHz 8 kHz A 2 kHz 8 kHz A 2 kHz 8 kHz 9 6 8 0 9 6 8 0 1 2 1 2 84 12 0 11 0 2 1 1 8 5 4 d 54 d
216. d4 01 1 oe UP ON DOWN ON ON 5 15 UP DOWN 14 L1 04 LED EQ H1 01 H1 05 14 OFF 96 15 17 a b 5 6 H
217. ov BTR Uv Sits 190 V 200V 410 V 394 V 160 V 400V 820 V 788 V 380 V 400V E1 01 400V E V f Vf Vit 1 E1 01 89 2 V f E1 04 E1 10 91 E1 04 E1 05 E1 06 E1 07 E1 08 E1 09 E1 10 E V f 5 11 Vit
218. 0 0 110 0 4 d2 01 5 8 86 5 4 d d3 d3 01 d3 02 d3 04 1 2 d3 01 d3 02 0 0 Hz 0 0 400 0 Hz
219. i POO RO BBRAEARBERE Copyright 2014 E Dai aka aa io SE S T ne 9 i1 LL 10 10 10 10 10 2 11 11 NN 12 rr 14 Fak 2 23 Fa E a E Pea A ROR SA A 15 1 1 i 16 1 2 17 R fi i i 17 ENDRI ereo et ess Besta Sv ees oe gay ees cee eae oe aa ety eke 18 1 3 19 YA PSD AABN E O E Ste etc Srana ca da der EE She Seer ge Sing dared Oates Dinas daeeeee ears 20 BARRI PRO oo RE RN Whee anes et adie es 20 Io 21 IA ence Ra Oe CODE TBO eo Re EER 2 Sean a Or SEE CE 23 2 1 oeo eea RRs 24 2 2
220. Et n THATS 1 200 mA mp e EMI RFI A RE AC DC MC E MCB MC MC Sera or REMMRPEMEME DROME S
221. UL cUL UL UL UL C US LISTED D 8 UL cUL UL UL UL508C File No E131457 UL UL 2 UL E UL UL 75 CC UL
222. 183 SHOR MI gt B 3 E E Vif MEMOBUS fal Heras Sj REO EAE Vif Vit E1 1 V abe eee 155 255 E1 01 Vf Vf E1 04 E1 10 Vit E1 07 E1 09 E1 08 ae E E1 04 2 E1 06 gt E1 07 2 E1 09 H V SH E107 ET 06 Hz E2
223. ae L 200 V SF520S A20 CR6L 30 UL SF520S A40 CR6L 50 UL SF520S A75 CR6L 75 UL SF520S 1A5 CR6L 100 UL 200 V SF5202 A10 CR6L 20 UL SF5202 A20 CR6L 20 UL SF5202 A40 CR6L 20 UL SF5202 A75 6L 30 UL SF5202 1A5 L 50 UL SF5202 2A2 L 50 UL SF5204 A20 SF5204 A40 SF5204 A75 SF5204 1A5 SF5204 2A2 CR6L 50 UL EMC IEC61800 5 1 2007 ae EMC 227 1
224. 2 E gt LED ee eet H2 01 10 REREN fear nn OFF 136 0 5 H2 01 10 Lan oon GE ee EF L
225. Bill 137 lo BE S cl Or BERGE 6 5 LED BE TSE as H 200V 410V 400V 9 820V E1 01 lt 400 740V H2 01 10 DC eas ae ONOFF NIER eee ae z TE l SSN F
226. 144 200 eee ce cence eee eves 144 te 145 LL 145 145 145 re 145 146 ov 146 146 LL 146 eR 146 Us iia anno a PSE OP RNC OS OC COT RECO POE RO a Ee 147 FeV EEE Core et aaea a 4 atta a won an etasta an bah lta tala Aono agetieTnunia Gaetaoe vali radar evan 148 Tid TERA a afar hictndsnudactesehace bel aii cd AMAGA Rade ERR 4 150 Eo 151 SE 151 TiS MAD a E ee aislotnce tara cee ene A A NC EE E and de decane ae nates 153 Fo Maye 20D f nee 153 7 4
227. OFF E AAS ECAR FRIES MCB MC gt AC DC AC DC AC DC AC DC
228. V 20 mA LED EEPROM EEPROM CPF06 ON OFF LT gt A1 03 CPF06 S gt A1 03 o2 05 1 NE ESN BA VAE DRIM HE EEROLA prenre 5 o2 05 1 5 LED EEPROM EEPROM CPF08
229. 200 V 240 V 400 V 480 V 30 000 233 D 3 UL L1 08 UL NEC National Electrical Code CEC Canada Electrical Code m L1 08 02 04 o2 04 L1 08 L1 01 1 L1 08 m 11 01
230. 1 16 x 2 CPF06 EEPROM A1 01 05 E1 03 02 04 Uv1 Uv1
231. 2 2 A A ia A 30mm C B 100 mm 2 2 E L8 35 1 B 177 A 30 mm C B 100 mm D 2mm 2 3 GFE es Us
232. b b MEMOBUS Hex b1 b1 0 LED 1 2 MEMOBUS APY av 3 GE ee 0 LED 1 2 MEMOBUS 0 0 1 LOCAL REMOTE LED
233. n MEMOBUS ni 1 0 1 0 1 0 no V f 1 00 1 40 V f o o
234. 0 120 5 10 U 5 10 U H4 01 AM H4 01 AM 104 U1 U1 U1 192 U2 U2 U2 RE 192
235. 0 00 20 00 Hz 02 04 E2 02 f a f Hz n mini p E E2 03 A 0 E2 01 0 01 A 02 04 91 5 5 E m E2 05 2 0 000 65 000 Q 0 2 kW 0 00 130 00 E 75 C 2 x 0 92 B
236. MC ON OFF GA lta tr serie des 30 1 CH 1 BRP CRNPENEEL MC ee ON 2 MG Sane Mal MC m MC mf
237. S5 SC 6 SIl 485 J R S R S Ne O age DET aaam enee SAE UY AL C 11 O TA a a gt J1000 Le Bie C 12 7 ON 8 LED PASS MEMOBUS LED CE MEMOBUS 9 OFF 10 R R S S S5 SC S3 ih S5 11 MmRMOCWOZM S 221 C 13 222 D
238. LLL 59 LED onanan eee eee 59 ow ee eee e eens 62 LL 63 LOCAL REMOTE 63 64 44 52 65 2 eee 65 4 5 66 MERAC RINNAD oaaae DR RL 66 Vt 5 66 4 6 67 i 67 7 lt EAA 68 alk oboe See en os Se eat Soe ah CS en oes buh bone 68 4 8 69 A1 01 oc cence Sk 69 A1 04 A1 05 e eeni eee DS ebb eset eens 69
239. 100 7 Hz 112 0 5 12 115 x ao AU OW kU 5 8 n 5 8 n n ni m n1 02 0 1 0 1
240. GE L5 02 1 L5 02 0 161 Uw C US Or BRR IS a 8 4 8 4 162 l l 2 URD BAT SERERSE MCB ELCB R L1 S L2 TLE
241. H1 184 2 LED LORE 63 4 3 STUP A U 64 1 57 EC 2 4 4 GE
242. L8 12 L8 35 A 2 mx oL2 AR TH azyma 0 BOR ereo IP20 IP00 10 50 C 100 10 30 C 100 30 C 100 50 C 70 A 100 L8 35 0 IP20 30 35 40 50 C L8 12 A 2 176 B 1 ete ade aeea nei aiddua doxaaeduiadetaeemadkad 178 B 2 179 180 B 4 02 04 194 B 5 C6 02
243. 100 1 0 10V DCO 10 V A1 A1 H3 04 100 5 10 V 0 100 At1 0 5V 100 0 100 100 5 24 100 m H3 03 H3 04 A1 H3 03 A1 10 V A1 H3 04 A1 0 V A1
244. 5p5 6 3 127 8 a 9 b BE a 5 14
245. 0 1 E b1 07 2 1 LOCAL REMOTE 94 2 94 LOCAL LED REMOTE b1 01 b1 02 LOCAL REMOTE LED o lt LOCAL LED REMOTE t b1 07 CL a 0 REMOTE
246. C1 09 CORSIE JERE OFF mom C1 09 CREEL is OFF 20 a 21 b 22 a 23 b 24 a 25 b 26 a 27 b E 28 a SARI 29 b HAH 2A a 2B b
247. 120 ila A 3 400 V 1 ND HD A 2 200 V ih 173 174 ND HD 5 7 HD ND C6 01 0 1 Bar 150 1 120 BAE Siam 100 100 gt gt 0 100 0 100 Ch re x ee FB CDECTSRACT MH AAV EeOEen SARET MAMMEEDE OMR UIAECS eres oL2 100 150 1 100 120 1 1 2 0 kHz 1 2 0 kHz 2 5 0 kHz 2 5 0 kHz 3 8 0 kHz 3 8 0 kHz C6 02 4 10 0 kHz 4 10 0 kHz lt 1 gt 5 12 5
248. RE SE bi BAe ee ob ted ie ot eka 69 4 9 70 SRE RR ER EER 71 SAA ISE rpn EREE RE RN RS RR a RR RR RR TE 72 Al 72 5 2b LO 75 b1 75 Bos TEPS E Picea See Re Se NR E E Tete al N T tee ae 79 OG 9 80 GS EN 80 G2S SRE er AS Ae eS ee ek Be cere aches Sn ed he Se ents 81 pe Pam EVE E i M a eee era SR er Te rr erg ee ee 81 64y SSTMWKMK 82 G6 EE 82 554dDI EKKENLNNNN See A 85 di 85 2n RR fd 86 GBP 87 d4 lt REOUNSSISOSNAUNSSAOOSOOSR A A E EE 87 5 5 E SL 89 EE WE 59 OO 89 E2 1 LL 91 5 6H 93 Hi ES 93 H2s 5 L5LLTO2 TE 98 Hn SCN NS 101 104 H5 MEMOBUS EESTI 105 rA E E A AE E E E E E A A nate 106 B sA A AA AE I E EA EE N E E AE 106 L2 108 L3 LLLE 108 Re 110 DS ee le ek says ects ala ee fas Rae Seatac
249. V 380 480V Hz 400 Hz 380 480V 50 60 Hz 15 10 5 DC i 60 2 W J 47 3 lt 1 gt 4 60 Hz 400 V lt 2 gt d 440 V lt 4 gt 2 kHz lt 5 gt 8 kHz HD Tih eo eee ee An ea AA fai C6 01 o ie
250. WS 04 07 0 GE 0 150 119 5 9 o E 04 09 IGBT IGBT IGBT a U4 07 IGBT 04 09 0 Ne eee me 0 150 E 04 11 U2 U2 o4 11 U2 U2 0 U2 00 1 U2 o4 11 1 ENTER
251. gt H1 61 62 03 01 d3 02 1 2 d3 04 CE E1 04 d2 01 G E1 04 x d2 01 100 a 2 02 jp 110 7 EROE
252. ara ri H 552 C 1 1 2 oa eee amr lfi FRL Forros si 1 i EN Uae VE seek Ni lt 2 gt lamme i j i 1 24V8mA ks T 24V lt 3 gt i 4 I sc 533 SOURCE LAC 420 mA 250 oy Y 0 20 mA 250 9 1 1 1 1 1 1 1 J eaaa 2 D 2 lt 1 gt ee ces eons lt 2 gt al Jo ki EOR lt 3 gt 1 A DC30 V 1 A A pco rtov 2 mA Ri 2O285V 10 mA 1A or DC 30V 10 mA 1A 1 I 1 1 IZE 1 o
253. 3 A1 03 117 ao AU OW KU 5 9 o E o2 05 ENTER LED ENTER ENTER 0 ENTER ENTER 1 ENTER ENTER 5 5 Uv E 02 06 LED LOCAL
254. GE 1 o4 03 10H 30 300H U4 03 0 2 ao AU 9Y UI 0 9999 E 04 05 U4 05 o4 05 0 GE 0 150 m 04 07 e
255. L4 L4 m L4 01 L4 01 1 H2 2 1 H2 4 2 H2 5 0 0 400 0 Hz 110 H2 98 m L4 07 L4 01 C 0 1 0 BB BB OFF 1 L4 07 0 L4 07 1
256. OFF 130 RAM ROM CPU CPU CPU CPU RAM FLASH RAM ROM YORE CPF22 A D E E A D LED ONOFF UC 140 SEK CPF23 PWM PWM eee
257. l GE L1 01 L1 02 E2 01 a KE UT1 VT2 W T3 Le se LOWY 3 200 600 V 400 V 1200 V gt 400 V MEXt S hor RW aE
258. EAER T O EE R 3 2 3 4 1 ERR OHS a VAES 75 C 600 V 2EC MERBRCI AEREE 30 C RE AG 100 mb VET 2 3 B2 ee DC HeELBUC lt ES BROS or 2 E m SER Ra LORD V y 3 x Q km x m x A x 10 3 UL og ae D 3 UL 232 m 200V 3 2 rr gt Z SF520S 2 Ib in AWG AWG A20 R L1 S L2 U T1 V T2 W T3 1 2 B1 0 8 1 0 0 75 2 0 2 A40 B2 7 1 8 9 18 1
259. GE Vf V f V f 89 ee E VE Vf V 66 4 6 46 E E
260. H1 01 H1 05 S1 S5 20 2F LED EFO S3 EF3 H1 3 H1 00 lt gt lt 2 gt SH EF O O lt 1 gt D lt 2 gt EOS oe wh cen CIB aa oom l 97 x ao BMO YNI 5 6 H
261. LED 1 0 1 2 m b1 14 UT1 VT2 W T3 0 1 E b1 17 ON OFF
262. OT 09 CREAT CHADS CHR EURT 0100 HSM 80 co eet ee mera b H1 17 5 16 H1 20 2F ON ON 17 ON C1 09 ON 5 16 POR Ea Ar AED glam aca We ier ot ie ah A SLES C1 09
263. UL De EO EF oenen a a e E a eaa enema a arei aae e Ea dean 224 D 2 00 cee eee eee eee ee eeae 226 D 3 UL 232 D 4 Instructions for UL and cUL LL 235 223 D 1 D 1 224
264. Vi VA gt E1 04 E1 10 gt C4 01 Rg n3 13 i eee H1 61 62
265. 2 2 S1 S2 3330 3 3 3 3 S1 S2 S5 5 1 At1 03 2220 3330 DEX 5 1 ND HD V f m A1 04 A1 05 A1 04 A1 05 NAI RORE 72 5 1 A A1 05 At1 01 A1 03 1 El A1 04
266. 2 bit 0 1 PATRI bit 2 PF bit 3 LF bit 4 rH bit 5 F 1 bit 0 1 bit 2 EF bit 3 7 bb bit 4 a oL3 bit 5 oH bit 6 o oV bit 7 o Uv bit 8 bit 9 MEMOBUS CE bit A F U1 10 bit 0 1 bit 1 1 bit 2 1 bit 3 bit 4 1 1 214 bit 5 F C 10 MEMOBUS 2 bit 0 1 bit 1 Pp 1 bit 2 861 80 bit 3 F 1 bit 4 1 1 L4 01 bit 5 2 1 L4 01 bit 6 1 bit 7 1 484 bit 8 1 bit 9 1 0
267. oo eee ee PAO TIIN a a ee ns Mos a A O nats E EAA Ra WD D A E EE EE T AEA EA EAEAN 112 113 128 WADE A oF oid lowe he hed tee Pace ee Bak TT ras co eos Ge ek es Woe ae Auda Bes DI 9 82 173 174 S ADDA NE EB E E a ante E 82 83 115 eee ooo eee 2 173 ES te eek aussie hia Rs 173 S isai so d iia S FRIERE auraa oe gt Cc a EEEE EAT EST EEEN A ag ik xl Sa 0 80 3 LL C J cece rE A ea na a a a ia oo ee eee Peer E AIEE ay ot et a stn cet ast SL NY
268. CRC 16 210 C 9 MEMOBUS C 9 03H 16 2 02H 02H 02H 03H 03H 83H 00H Fy 08H 03H aes 20H 00H F1H fi Er CRC 16 m 00H 65H 31H 04H 00H
269. S 1 AM 1 AM ND HD CE F H RTS 1 2 2 e a 3 4 Qa oa Q oo Qa N
270. is a ae EMC IEC61800 3 2004 E EMC EMC EMC rae nie EMC EMC 230 EMC 1 EMC 230 2 EMC 3
271. 2 ee 6 Sgp Tl ces LED MM
272. L6 01 0 1 oL3 2 UMAR BEE oL3 Fo 3 oL3 4 m L6 02
273. U3 OO lt 12 gt 02 04 lt 22 gt lt 25 gt A1 03 2220 3330 0 9999 rH gt dd HH 191 SHOR MI gt B 3 U U MEMOBUS Vit Hex _U1 U1 o1 03 o1 03
274. 200 V lt 1 gt DC 1 2 lt 2 gt MC OFF lt 3 gt 1 85 a ae NPN gt lt 4 gt 24 V Mlk 3 8 aah an lt 5 gt DC 5V 10 mA _ pias esos f lt 6 gt lt 7 gt L5 02
275. 8 LED T 21 10 CALL PESAT EON EEES 5 a SER DBR LCL CALL MEMOBUS ON LED MEMOBUS 1 2 H2 01 10
276. ENC LED 59 a eBRLT CES Gove GE o1 02 ON as e2 Cee Cree 61 04 ia EE AE ctu bg e LOCAL THAYA c 2 HE DRV FOUT 59 4 3 ALM REV nn LLLI as ca nn ALM tie DRV Fou
277. x H L6 02 b L6 03 ABU KITH L5 01 ER 3D d 100 102 104 PETERO E 108 10B 10E 0 3D 2 110 117 11A ATAN AT is 11E 13C 13D 13C 3C ol Salal ala a EEJO ELE olo l OIO O 0 0 0 O O MEMOBUS H3 A1
278. 161 21 oO 22 41 41 oO 23 oO 24 oO 25 50 3 12 50 m 51 3 12 52 LED Ge es es se 54 4 2 LED 56 4 3 LL 59 A a rnc ee ee ae oe 65 4 5 66 4 6 o i EE EE 67 4 7 68 4 8 eens 69 4 9
279. CHARGE 50 V 1 i _ 15 154 7 4 m 1 A B C 7 1 2 m
280. GY ee OW eis C1 01 PY ON LOCAL REMOTE LED LOCAL REMOTE b1 07 Pav A BO mie zIR al meat ea feet 8 BES CUSRE E ON
281. oH bit 3 bit 4 oL3 bit 5 bit 6 bit 7 EF bb bit 8 S3 EF3 bit 9 S4 EF4 bit A S5 EFS bit B F 3 bit 0 1 bit 2 oPr bit 3 MEMOBUS CE bit 4 bit 5 CALL bit 6 oL1 bit 7 oL2 bit 8 F 5 bit 0 7 bit 8 S1 EF1 bit 9 S2 EF2 bit A F 00CCH 00CFH CPF 1 bit 0 1 bit 2 bit 3 5 ey A D CPF02 bit 6 EEPROM CPF06 bit 7 bit 8 EEPROM CPF08 bit 9 bit B bit C bit D RAM CPF 11 CPF12 bit E
282. E1 04 E1 10 E2 1 E2 E E2 01 A ONS ane ao 10 200 0 01 A o2 04 GE E2 01 E2 03 MO mode E2 01 E2 01 lt E2 03 oPE02 E E2 02 Hz EMONI
283. OASIS5000 139 000 eee eee eae 139 6 7 140 ow eens 140 140 140 EEALOE RR 141 6 8 LED 142 142 RUN 142 oo cece eee eee eben eee eae 143 oPE02 144 oo ccc cece cece eeeeeeeeenenes 144 2 144
284. SORBORS IGBT R 7 3 7 3 MAD PY 2 3 10 lt 1 gt lt 1 gt Seo rib ee sas 30 DAE 12 ag
285. lt 25 gt At1 03 2220 3330 a lt 68 gt 100 i j lt 77 gt U1 03 U4 13 MEMOBUS es a aa A MEMOBUS 8192 X a N SHOR MI gt 193 B 4 02 04 B 4 02 04 B 2 02 04 200 V ND HD s
286. A1 No H3 13 0 00 2 00 s 0 03 s H4 AM m H4 01 AM AM U 0 00 U 121
287. ON OFF ONOFF 0o E 1 ON oL2 0 CLA 0 1 CLA a EARE IP20 IP00 1 IGBT 0 1 6 Hz 2
288. 20 m D 6 EMC 200 V 229 lo EES RTH D 2 m EMC IEC61800 3 2004 C1 EMC KR D 1 EMC EN61800 3 Cati kg W xL xH YxX 200 V SF520S A20 FS23638 10 07 0 44 71 x 169 x 45 51 x 156 M4 SF520S A40 FS23638 10 07 0 44 71 x 169 x 45 51 x 156 M4 SF520S A75 FS23638 20 07 0 75 111 x 169 x 50 91 x 156 M4 SF520S 1A5 FS23638 20 07 0 75 111 x 169 x 50 91 x 156 M4 SF5202 A10 FS23637 8 07 200 V 71 x 169 x 40 51 x 156 SF5202 A20 FS23637 8 07 71 x 169 x 40 51 x 156 SF5202 A40 FS23637 8 07 71 x 169 x 40 51 x 156 SF5202 A75 FS23637 8 07 71 x 169 x 40 51 x 156 SF5202 1A5 FS23637 14 07 111 x 169 x 45 91 x 156
289. 112 H H a L6 02 L6 03 H H 100 H H b L6 02 H H L6 03 H H 5 6 H E CPF00 CPF01 F F MEMOBUS 10 1A
290. C6 01 0 0 ma 172 A 2 200 V A 2 200 V A 2 200 V SF5202 SF520S kW lt 2 gt H A lt 3 gt i 3 0 lt 6 gt BA lt 5 gt 150 60 120 60 5 kHz 2 15 kHz 200 240 V 200 240 V H Hz 400 Hz 200 240V 50 60 Hz 200 240V 50 60 Hz 15 10 DC H
291. 2C a 2D b 2E a 2F b 2 EF 2 1 E1 04 2 MEMOBUS RS 422 485 1 PASS MEMOBUS 6 No a eS Ra y H2 H2 P MA MB MC H201 fw MA MB MC a E Oo 40B 01 pote 0 i 185 SHER MI gt B 3 H2
292. V w C LSN BERE E a C D RAL1 um 4 O ay bat N ee mn oF I I ini i Ye TsA AWTS ls 6 i A D B MCB E C 8 8 165 8 4 30 cm C A B D ae RILIS QUIT eem R H SL2A eVT2 a TL3 wra J ACA oe PP i L G H A E B MCB F 30 cm C G D
293. a mee aad L3 04 GE L3 04 0 1 Tic MEME CME MIELE ov E1 01 2
294. pearl ge a ee eee 6 1 No asa T 10 40 Hz RUBIES SSAA 1 00 A gt gt gt 7 Swing GE 02 04 PWM R C6 01 HD ND
295. rH oH1 oL2 215 MmRMOCWOZM S C 10 MEMOBUS 2 bit 0 S3 EF3 bit 1 S4 EF4 bit 2 S5 EF5 bit 3 9 bit A PF bit B bit D oPr bit E EEPROM Err bit F 3 bit 0 MEMO CE bit 1 5 bit 6 MEMO RS 422 485 4 bit 7 E bit F oF 5 bit 0 bit 1 S1 EF1 bit 2 S2 EF2 bit 3 bit 5 BRA TEY KRR CoF bit 6 F 00C5H 00C7H 2 bit 0 bit 1 Uv ov bit 2
296. L4 01 2 Hz L4 01 2 Hz gt ETARE L4 01 2 Hz L4 01 Bq L4 01 G d L4 01 2 L4 01 OFF ON 5 21 FOUT 2 6 READY 110 BCDOCS b1 08 0 2 b1 08 b1 08 78 7 Uv
297. 1 PLC Fea C 1 PLC MmRmMOCWOZM S 201 C 3 C 3 MEMOBUS RS 422 485 SI 485 J H MEMOBUS A PI DEA RS 422 RS 485 1 2 2 4 4 8 9 6 19 2 38 4 kbps 1 MEMOBUS RTU 31 RS 485 202 C 4 PLC C 4 PLC MEMOBUS
298. 3 DUE S1 S2 RUN STOP o tal S5 H1 05 0 ka SC 5 12 3 93 ao BOW 5 6 H 50 ms OFF OFF ON EE gt t 5 13 3 1 con 2 ONOFF b1 17 R ON OFF 0
299. A1 03 3330 184 B 3 H1 3 S1 S2 RUN STOP LOCALREMOTE 7 LED b1 01 b1 02 EA MEMOBUS 3 SORES 1 PP 1 3 3 d1 01 08 DERA 2 eee 3 JOG d1 17
300. E c RUN Am 4 3 RUN LED DRV R E Z gs TE 4 D 77 XX uj M ENTER gt sc D ENTER ENTER DRV gg Be z4 amp c i z s ea RW 4 D ENTER ENTER AA i Ec f gt cs ta c ey ey gt PA p ENTER 4 4 LED lt 1 gt LOCAL Eu 58 4 3 4 3
301. gt 2 C4 01 gt ERTA FARE Hiz x a RAR F E1 08 16 0 5 S 200V 400 V 2 ZV i E2 01 E2 02 E2 03 0 0 C3 01 6 2 No FA ene 4 nea
302. 0 0 20 0 Hz BEREDTE 1 d3 04 i pg 1 d3 04 y 2 1 d3 02 d3 01 5 9 1 ees ee C1 01 C1 02 EAMA 2 DM ao 01 2 d3 02 oO 3 d4 m d4 01 H1 A UP DOWN H1 10 11 OFF OFF
303. 75 C O x 0 92 F 115 C 2 x 0 87 92 5 6 H 5 6 H H Hi m H1 01 H1 05 im S1 S5 5 S1 S5 H1 01 H1 05 S1 S5 0 OF GE F S1 2 S2 2 S3 84 ON 1 S5 3 0 lt 7 gt 1 lt I gt
304. A d4 01 1 d4 01 87 F FAIR RILE R F
305. Ds 59 A ca a E O A 60 Fe Fad eg I Ee ISS EE NA AA EE 60 153 F oe eee Eee LAs 129 oS 44 eo 126 ARITE saime a ciod dbschanes ae gekan Aah 126 108 188 2 56 ee JTE RD 181 oo eee 81 A JEJA A eis Gi 3 81 184 FINI ee tate Palit Te eR Mc htt teacher 209 rreraren 128 40 oo cee eee 41 40 oo eee eee eee 40 42 25 TES eH ee te ete Ue ato SE oA Ee sad i tae 59 129 TUE ne A EE EAE A E Se ane 47 160 Pedic rh Ase cl hat ae ote ate ctv ae uh R SET E O bae 38 dE Uh ie ene T ne Ae cere OED Se O 25 RET LYE T Ss tied oe atya cs Alice E etal accel ee aces dares 37 60 61 MEMOBUS 00000 e eee 221 SIIRA E sao odak
306. MEMOBUS 199 x ao BUST KU 105 5 7 L 5 7 L L1 m L1 01 oL1 UL L1 01 GE L1 01 0 DEE oL1 H2 01 1F oL1 Bo NL LIS teen EL Eg aN E eee TT
307. 0 Uv1 1 Uv1 CPU IERSREO Bae L3 Lge las peas d 0 1 L3 02 L3 01 1 x 100 H cea Ri 0 ABS D ov MERANIE
308. 0 A1 01 A1 04 U 2 0 3330 O A1 03 0 0 2220 2 U2 E1 03 L8 35 02 04 02 09 3330 3 0 9999 0 O 104 A1 05 A1 04 0 9999 0 O 105 7 d IN pee A1 04 A1 o1 AS emt es ee iT A1 03 A1 04 LED GE BY lt 22 gt
309. 2 mm 29 mm Lio E L8 38 oL2 oL2 L8 38 0 1 6 Hz 6 Hz 100 88 7 Hz 2 6 Hz
310. LED 1 02 E L8 05 1 37 L8 05 0
311. OFF OFF ROM ID Flash ID _ U2 U2 uz o4 11 192 B 3 U4 U4 o4 01 04 02 99999 99999 0
312. lt 1 gt 2 LED SA oPE E H Hz Ppa Y ae ALM lt 7 gt LED LED LOCAL REMOTE OHz d ALICE LEA lt 1 gt RUN 4 2 RUN 1 4 2 RUN 57 gt SEE DH 4 2 LED IRUN 1 1 RUN STOPI STOP w t A
313. tB Rere A m OD ES D se ee ee 158 ee 159 8 3 161 8 4 oo cee cece eee eens 162 65122 u nea ee a ee ee Ree 169 157 V u WUE OP SEE Re 8 1 8 1 158 CHARGE 50 V 1
314. LED LED JVOP 182 LED 133 6 4 LED 200V 410V 400V 820V E1 01 lt 400 740 V gt C1 02 04 gt 13 04 1 4 1 SSF
315. d4 01 UP DOWN d4 01 0 UP DOWN 0 d4 01 1 DRA UP DOWN oes te 0 A u UP DOWN d4 01 87 UP DOWN d2 01 d2 02 2 d2 02
316. oo eee 113 189 oo eee eee 234 2 89 3 92 91 SI 91 NN WC 17 38 aaua araara aaraa 234 oo cece eee eee TRAD 4 WOOP a 165 sams aie aa AAI AWS MAAR coo sinh tei ea 190 106 198 oer cece 160 106 oe 107 234 113 1 eee 234 aie ab 59 103 37 ASW 41 Fae gg Geen Psat Pr mie Bom gh Ape tm gn ne oe 192 ASUS 5 40 ee 60 MM 2 42 kb ERIN eR aa aN a OP A do Bed ere eda ed dee ee See dob 38 PR 165 A 38 166 MARS AV IZ oe ahi RS 30 50 eee 114 Brie FAB aa Ss Hoek Mies Sled tant ex 160 5
317. 188 B 3 L3 05 1 2 100 BAA X Eee NS C6 01 ND HD L8 38 o _ L4 L4 H2 manuo 2 Ga a 4 FOUT 1 5 FOUT 2 0 bb bb OFF 1 bb L5 L5 S oC ov PF rH oL1 oL2 oL3 Uv1 o
318. b1 02 0 LED JVOP 182 H LED LED 1 LED oPr G LED JVOP 182 H LED 03 LED JVOP 182 H m 03 01 COPY o3 01 03 02 1 READ 0 0 1 READ
319. 5 C 600 V UL 30 C 232 D 3 UL UL rains T CC 300 oo RK5 225 D 4 yji TER a a Ferraz A mann A 600 Vac ae KAIF 500 Vac 500 RAR 200 V SF520S A20 A6T10 10 FWH 25A14F SF520S A40 A6T20 20 FWH 60B SF520S A75 A6T40 40 FWH 80B SF520S 1A5 A6T40 40 FWH 100B 200 V SF5202 A10 A6T3 3 FWH 25A14F SF5202 A20 A6T6 6 FWH 25A14F SF5202 A40 A6T15 15 FWH 25A14F SF5202 A75 A6T20 FWH 25A14F SF5202 1A5 25 FWH 70B SF5202 2A
320. CPF14 bit F 216 C 10 MEMOBUS E10 MEMOBUS CPF 2 bit 0 bit 1 CPF17 bit 2 CPF18 bit 3 5 bit 6 A D CPF22 bit 7 PWM CPF23 bit 8 CPF24 bit 9 F 00D2H 00FBH lt 1 gt 217 MmRmMOCWOZM S C 10 MEMOBUS a 4 _SROwRAFERCER ECS bit 0 1 0 bit 1 1 0 bit 2 3 bit 4 1 EFO bit 5 1 bit 6 B bit C S5 bit D F 30000 100
321. U T1 V T2 W T3 2 C6 01 HD ND E2 01 L1 01 91 106 LO RE REMOTE REMOTE th LO RE 0 10 V 4 20 mA 0 20 mA 4 20 mA 0 20 mA A1 75 63 75 0 G O O 0 0 O O S1 V OFF fll ON 46
322. y 145 lo Sa tS cl Oy BR RY EH 6 8 LED E n1 02 BSI ATOM DIS Ss r n SEIS EAA I fe a te H3 13 gt b2 02 b2 04 ov b2 03
323. 2 2 A1 01 2220 S1 S2 3 3 S1 S2 S5 At1 01 3330 S1 S2 S5 3 93 2 MEMOBUS MEMOBUS RS 422 485 b1 01 2 RS 422 485 Lio IMEMOBUS 199 PS z7 E b1 03 b1 03 2 0 C1 02 1
324. AVS 01 pr ENTER A1 01 as A KC ERS 5 4 4 LED a ENTER vr A1 04 a ENTER 73 EMOW YANI A1 01 RAD A1 01 ENTER CE
325. SI 485J H S2 ON SI 485J H F S2 OFF C 5 S2 gt ma NO S eea e 82 s RS 422 SF 520_ ON OFF oN RS 485 Re i T gt R l s2 1 2 W 120 Q C 5 MEMOBUS S2 204 C 5 MEMOBUS C 5 MEMOBUS MEMOBUS MEMOBUS m H5 01 GE 0 FFH lt lt 1 gt 0 MEMOBUS
326. UP DOWN UP 10 DOWN 11 95 ao BOW 5 6 H UP 10 DOWN 11 1 UP 4e D DONN ie ene 20 7 oPE03 2 UP DOWN R ILE UP2 DOWN2 2 NE oPE03 ace 3 UP DOWN Peas dels Aske 1 LOEN TE T a H1 2 UP DOWN Baa AES 3
327. 3 E 3 6 1 EA DC24 V 8 mA 2 alk p eh Ps i ERS a S C NER DC24 10 HR 4 44 5 1 10 5 V 20 mA S1 RO H3 01 DCO 10 V 20 kQ 1 1000 4 20 mA 250 Q 0 20 mA 250 Q 1 500 0V 40 3 7 ii SBR
328. 3 R 5 17 3 LOCAL REMOTE 1 a 2 b 3 We JOG 2 1 2 1 2 0 3 1 3 Fo S1 S2 RUN STOP S1 50 ms 82 F
329. 3 0 5 0 Hz GE ON OFF ER H2 01 0 b2 02 DUAD SHE C6 02 165 DRA IT 165 gt
330. F F MEMOBUS PLC PLC O 10 11 UP DOWN UP DOWN 2 UP H1 10 DOWN H1 11 2 UE DOWN UP DOWN LED b1 01 0 1 UP DOWN
331. RS 485 H5 07 1 203 C 4 PLC RS 422 4 R si 485 J H ORR H Ae rha S2 an Ze 2 1 8 ser Ox aE 12 S1 485 J H R s2 LI OFF R SI 485 J H R Se jen at C 4 RS 422 SR RNN SI 485 J H ON RS 422 H5 07 IP MEMOBUS SI 485 J H SLI 485 J H S2 ON OFF
332. U2 00 MEMOBUS GE CPF00 CPF01 Uv1 Uv2 C 9 S1 EF1 S2 EF2 CoF A D CPF02 EEPROM CPF06 EEPROM CPF08 RAM CPF11 CPF12 rH CPF14 S3 CPF17 84 CPF18 S5 CPF20 PF CPF21 LF A D CPF22 oPr PWM CPF23 EEPROM Err MEMOBUS CE
333. ei 0 0 10V A ieee 1 0 0V IS 2 4 20 mA 3 0 20 mA 10 V ATR 100 ELT 100 E1 04 0V 100 100 E1 04 A1 186 B 3 MEMOBUS Vit Hex 4 H4 AM ULH ZHE U1 03 AM SN 103
334. i OSV BA 20 maA i at la 88 S A es Wate ko i 1 ASL fe Bed A mA 1 TS SES E 1 4 20 mA 250 ay i i 0 20 mA 2509 1 v Fes Z o 3 10 SA S1 S5 NPN RJ ae gt 24 V 3 8 44 gt lt 3 gt DCSV 10mA Sts ERAJ S1 S5
335. 1 5 C6 01 0 soe i GE ND oj ER 174 4 A 4 01 400 Hz 0 01 10 50 C 0 1 25 C 10 C FE opty Set SPS fa 0 01 Hz 1 1000 P H 20 bit DCO V 10 V 20 kQ 4 20 mA 250 Q 0 20 mA 250 Q 750 3 Hz 1 20 40 0 00 6000 0 4 lt 7
336. ESD 30 Kk AC240 V 200 V AC480 V 400 V AH INDY P
337. MA MB MC AM H 3 10 a i s 3 iit tg yl MC ED ONOFF 30 o
338. eee 117 191 ooo ccc eee ees 128 ccc cece 129 D 128 77 a Rl lt 76 2 cece eee 129 110 98 E R COAT AA ae A a ah 65 A TRIS JF n aa A DR CS OV 56 EE T E th EA E A a EEA 127 MEMOBUS 0 ccc eee eee 220 56 RR ee eto Mabb tek 09 191 PA EE ETE Ek 219 eee 226 128 0 eee 128 SS eee 127 139 eee 129 EE 56 S1 S85 0 eee 128 EDE I E EE E A es 80 126 S aaa uaa aaaea S oe MIRE KSM SN AS RS Sh cord oe
339. 1 1 C1 01 04 j _ UP DP DOWNU 1 A UP DOWN b1 02 1 DOWN MM
340. 36 N vs 95 NR AA 60 63 111 41 eee 36 0 eee eee 106 188 ee 111 153 SE 25 EES ay OSB re eat tall ks Math Beet cls ele 67 AITTI VARA i nalean i Ai Aaaa 119 191 KITV YAE ae 121 193 cece eee eens 128 253
341. 8 2 pase ee eae PAR CMG ee pg 3 MC Rn DERE LS Sri Ce
342. A Ro V ON OFF ON 1 1 S1 S5 H1 7 5 3 m C1 09 C1 09 See MO SMO NIS a 17 b 0 0 6000 0 s CE EE I C1 09
343. by RE DC30 V 10 mA 1A JJ lt Sattribute mi a AC250 V 10 mA 1 A lt 1 gt DC5V 10mA penis arama 160 t1OVGmADT 0V lt 1 gt EONO Ea ae rae MB 20 1A Rea Yai o O aa 3 11 E 3 8 3 9 3 8
344. 0 LED STOP OFF 1 LED STOP STOP OFF ON E 02 04 o2 04 GE 1 o2 04 Biel ae 02 04 194 See age 2 02 04
345. 15F TEL 078 366 6610 701 0113 854 10 732 0827 4 1 792 0003 3 4 23 SES 802 0001 2 14 1 KMM 810 0801 5 6 20 TEL 082 568 2521 TEL 0897 32 7137 TEL 093 531 7760 TEL 092 283 3277 FAX 011 781 9807 FAX 022 224 7651 FAX 048 650 4615 FAX 043 206 7731 FAX 03 6866 5171 FAX 045 290 6885 FAX 076 491 5604 FAX 076 261 3561 FAX 054 654 3124 FAX 052 218 2981 FAX 059 354 1320 FAX 0748 53 3510 FAX 06 7711 5119 FAX 078 366 6625 FAX 086 463 5608 FAX 082 262 5544 FAX 0897 34 1303 FAX 093 531 7778 FAX 092 283 3177 XY A 007 0847 47 16 1 38 TEL 011 781 9803 FAX 011 781 9807 RR T 335 0031 5 9 13 TEL 048 449 4747 FAX 048 449 4787 474 0023 2 36 TEL 0562 44 1997 FAX 0562 44 1998 567 0865 2 1 20 TEL 072 637 7551 FAX 072 637 5774 701 0113 8
346. 226 Li 226 EMGi 3 227 D 3 UL occ cece ee eee eee e enna eee ee ne eeenae 232 5 OL 232 TE OES fen Re aise sisi shoe hee ie Nee wis Boe eh eae SR I SI Ee 234 D 4 Instructions for UL and cUL 1 235 Safety Precautions i ia my eects asia te Sashes a lee ape Oa ane Depe a S gue aif bee edie ME ER aes 235 MEStandafdS eg ie ee a nT am EE EE ER 237 UL Standards ComplianGe rissies CRE eae aA oA ee ele Ate hee aat 237 Drive Motor Overload Protection 239 eee 241 E 1 242 E 2 LL 243 E 3 244 Sp cotec satan EE A an aet 247 Ei SON 248 OSA 248 n E A ENEE E E TN NA E E AA T E ae AA E A EE A E ENE AAEE 250 RADE EA RRA
347. 3 5 BART IP20 m 1 3 6 GAR IP20 2 3 7 IP20 E J yD 3 8 EARTH IP20 36 3 6 3 6
348. 40 41 2 40 41 iE 2 S1 S2 61 62 1 2 NY 1 2 oPE03 1 7 oe RS 422 485
349. CRC 16 02H 03H CRC 16 D140H m Fry Sere CRC 16 o C 3 CRC 16 CRC 16 E FFFFH 1111 1111 1111 1111 0000 0011 02H 0000 0010 XOR 1000 0001 0011 1101 XOR 1111 1111 1111 1101 1 0100 0000 1001 1110 1 1 0111 1111 1111 1110 1 A001H XOR 1010 0000 0000 0001 A001H XOR 1010 0000 0000 0001 XOR 1110 0000 1001 1111 XOR 1101 1111 1111 1111 2 0111 0000
350. H3 09 A1 0 0 10V 1 0 10V 2 4 20mA 3 0 20mA A1 46 3 10 3 10 ce ov E e G ie
351. a MEMOBUS 1200 bps 2400 bps 4800 bps 9600 bps 19200 bps 38400 bps MEMOBUS CE MEMOBUS 0 1 2 CE MEMOBUS 0 1 2 eyes RTS RTS on RTS on FWD STOP REV STOP RUN STOP FWD REV ee 8 0 1Hz 1 01 03 5X 01 03 D 2 100 30000 vad 0 1 1
352. o HA Uv H2 01 10 my 37 AR Sears TARTARI REU CUS U4 05 gt U4 05 90
353. oo eee eee 162 ar aa E E EE S 69 165 VRAD RORE en ee Na hs 72 166 160 190 aro ERS oc a E E E tiedesset areutetiuadented 126 116 126 FEET II Nie oe he gt Noli B aoe tals Ja Nt 4 69 72 DTD BRT asst a NN fhe Bee a bon ak os 57 62 IN DRA eR 63 56 Wa ee a ee ee 177 EE 56 63 60 129 ow eee eee 119 191 EN SCNT SA ah Es ae PRISER eee 191 R EE 128 AIR ae a eS OE 154 PEED S DS EEO Rs 97 154 2 25 e eee 153 SR MLS 32 AIFI ST AWA ot che cas betta egie 153 ON OFF eee 114 189 e nee shoes abstse ad 209 119 153 A 2299 AX EUR Deere renee etre et ee ner r rere 128 Ii IIIRO 160 AA 77 o swan odaeis ys va degen 162 FL PJ 59 61 CU NO PE UNE Hs 7 IT 56 63 78 5
354. 1 0 bit 2 1 EFO bit 3 1 1 H1 01 40 ComRef 2 H1 02 41 bit5 ComCtrl bit 6 3 bit 7 4 bit 8 5 bit 9 F 0002H H5 13 0003H 0006H 0007H H AM 10 V 4000 H 0008H 0009H bit 0 MMMB MC 1 ON 0 OFF bit 1 F 000AH 000EH bit 1 bit 4 bit 5 S5 000FH bitC ON MmRmMOCWOZM S 213 C 10 MEMOBUS 1 bit 0 1 bit 1 1
355. 8 5 DC E ON OFF 164 E AAA
356. E lt 7 gt 8 kHz HD ee Poe E BAH HD bE RR 1 E ND C6 01 ol _ C6 01 0 173 A 3 400 V A 3 400 V A 3 400 V SF5204 kW lt 1 gt T A lt 2 gt lt 5 gt lt 4 gt lt 5 gt lt 4 gt kVA lt 3 gt A 150 60 120 60 5 kHz 2 15 kHz
357. E H5 04 0 1 2 3 m H5 05 CE CE No H5 05 CE 0 1 1 0 1 2 H5 04 205 MmRMOCWOZM S C 5 MEMOBUS m H5 06 PLC PLC PLC Pu s 24 H5 06 24 10 ms C 6
358. LOCAL REMOTE a LOCAL REMOTE 2 GE 1 LOCAL REMOTE i 2 LOCAL LED 3 LO RE LOCAL b1 02 eae OP i 1 0 LED o E LED LORE LED EY LO RE REMOTE CED S1 S5 H1 01 H1 05 S1 S5 1 ON OFF LOCAL REMOTE GE 1
359. oL1 oL1 _ A 10 150 0 1 0 1 L2 L2 Uv1
360. CRC 16 CRC 16 CRC 16 MEMOBUS CRC 16 FFFFH 1 CRC 16 1 FFFFH 2 FFFFH XOR 3 2 1 1 4 1 3 A001H XOR 16 5 6 3 4 8 5 TXOR 3 5 7 XOR
361. bit 2 0 bit 3 1 bit 4 RD a bit 5 MAMB MC 1 ON 0 OFF bit 6 D bit E ComRef bit F ComCtl 1 bit 0 bit 1 bit 2 bit 3 bit 4 EREADER 2 bit 5 bit 7 EFO 5 bit 8 CPF oFx oL1 oL3 o PRE o PRE a Uv3 L MEMOBUS bit 0 bit1 2 bit 3 1 ra bit 4 1 bit 5 bit 6 F 1 EEPROM 0023H U1 01 H5 13 0024H U1 02 H5 8 13 0025H U1 06 8 f 0 1 V 0026H 0 1 A 0027H 0028H
362. fr TEL 011 781 9801 TEL 022 264 1242 TEL 048 650 4700 TEL 043 206 7730 TEL 03 6737 2520 TEL 045 290 6893 TEL 076 491 5660 TEL 076 261 3551 TEL 054 654 3123 TEL 052 218 2980 TEL 059 353 7467 TEL 0748 53 8900 TEL 06 7635 3663 TEL 086 463 5678 007 0847 47 16 1 38 980 0811 3 3 16 330 0854 4 242 F 7260 0045 1 15 1 SFC B 141 6025 2 1 1 ThinkPark Tower 220 0005 2 19 4 939 8071 327 1 920 0919 4 55 a m 422 8041 2 1 6 mF 7460 0003 1 18 24 HF 7510 0064 4 17 20 529 1601 334 530 0005 2 3 33 650 0044 1 3 3
363. 8 200V dran R L1 S L2 Y lt 8 gt 400 V H 400 V 200 V s3 FA FS MC r See eee ee lt 5 gt g 1 ee V 10 mA 1A 30V 10 mA 1A Bee lt 10 5 V 20 mA lt 6 gt serene A1 0 10V 20 kO 4 20 mA 250 Q 0 20 mA 250 0 l 1 1 DCO 10V 2mA 1 ie aon 7 I TZE zbers ike 0 3 1
364. ED 10 V 0 01 Hz 10 V 0 01 Hz 10 V 0 01 A lt 77 gt 10 V 200 Vrms 400 Vrms RI on off 0 1V 400 V 800 V i ON 1 OFF S1 1 S2 2 S3 3 S4 4 S5 5 H on off H I 1 ON 1 OFF o ae MAMB MC Silay 10V 20 mA AJE 10096 MEMOBUS i ON 1 OFF CRC MEMOBUS
365. U2 04 11 U2 120 U4 U4 U4 193 ao FMO YNI 121 5 10 U 122 T 9 0 EE 124 6 2
366. 0 01 0 00 0 01 b1 03 0 0 00 C C Eg S ESK Vit MEMOBUS Hex T C1 0 100 100 0 CHOKE COME Xa EC pu ge
367. 820 V E 190V 200V 160V 448 200 V 380V 400 V 350 V 380 V A lt 4 gt 50 V 10 50 C IP20 IP00 95RH9 20 60 C 1000 m 10 20 Hz 9 8 m S2 20 55 Hz 5 9 m S2 UL508C IP20 IP00 SF520S A20 A75 SF520S 1A5 SF5202 A10 A40 SF5202 A75 2A2 SF5204 A20 A75 SF5204 1A5 2A2
368. E1 04 100 0 0 R 110 0 E1 04 100 1 l _ d3 d3 0 0 d3 01 2 d3 02
369. m Bb ae piss a5 R EATR AWG AWG AWG 0 25 1 5 24 16 0 25 1 0 0 5 20 3 0 25 1 5 24 17 0 0 25 1 0 S1 S5 SC V Al AC AM 0 22 0 25 Bo a A i sr 24 16 E BO CRIMPFOX ZA 3 wd1 laya 3 12 41 3 7 3 9 rm AWE Feat 0 25 24 Al 0 25 6YE 0 34 22 Al 0 34 6TQ 0 5 20 Al 0 5 6WH Al 0 75 6GY Al 1 6RD RAIL
370. 90H 00H 00H 02H a Z o1H 01H nepa CDH 00H 00H C1H 02H 4 A 02H 04H m 10H RETA E ane 00H 08H ME O1H 02H 58H 63H CRC 16 zn 39H x 2 C 10 MEMOBUS C 10 MEMOBUS MEMOBUS a TADS bit ICIS O ERELT EEU 0000H bit 0 H5 12 0 0 H5 12 1 1 0 PIE H5 12 0 1 0 H5 12 1
371. F C6 03 05 C6 02 F X X C6 05 XK aoe esi K C6 03 C6 03 2 10 0 kHz K 3 10 0 kHz gt C6 03 2 5 0 kHz K 2 5 0 kHz gt C6 03 K 1 C6 05 lt 6 C6 04 C6 03 C6 02 F lt 8 gt C6 02 lt 22 gt ue 182 B 3 d d MEMOBUS v f Hex d1 TER SAE 01 03
372. VERIFY LED 0 READ READ 1 READ 04 o4 10 0 9999 0 ane U4 01 0 1 Ra E U4 05 U4 06 IGBT U4 07 U2 U3
373. m H5 07 RTS RTS No H5 07 RTS 0 1 0 RTS ON RS 422 1 1 1 RTS ON RS 485 m H5 12 H5 12 MEMOBUS b1 02 2 0 FWD STOP REV STOP MEMOBUS 0 1 1 RUN STOP FWD REV MEMOBUS 0 1 GE m H5 13 0 0 1Hz 1 1 01 03 2 100 30000 3 0 1 1 206 C 6 MEMOBUS C 6 MEMOBUS MEMOBUS
374. 1 REJ KIM PCRREREHNID ae L5 02 0 u eee ERELU 3 3 2 H1 05 0 S5 Hi CLC GRAS SOR ERD MRU NERSE 3 ke ON OFF 1 3 H1 01 H1 05 0 TERR
375. H 8 9 CE O a SIL2 viT2 ao p GO Om 1 H 1 1 TL34 WITS Roe LA 7 T A E E B F C MCB G D H 8 10 V T2 ORIL1 UIT1G S L2 VT2G STIL3 WIT3 G A E B MCB F c G 4 D 166
376. RUN 67 4 7 4 7 LED U1 03
377. bit A 1 0 bit B bitC D bit E 1 bit F MEMOBUS 1 U1 11 002DH bit 0 MAMB MC 1 ON 0 OFF bit 1 F 002EH 0030H 0031H U1 07 1 V 0032H 0033H 0034H 1 ASCII J1000 JO 0035H 003CH lt bit 0 CRC bit 1 E bit 2 bit 3 bit 4 bit 5 bit 6 bit 7 F 003EH 003FH 0 01 0040H 004BH U1 U 121 004CH 007EH nie aml U1 O0 U4 U 121 007FH 218
378. kVA lt 4 gt W lt 1 gt PACS Pawn H ae lt 2 gt 4 60 Hz SE 2 lt 3 gt fers REED lt 4 gt 220 V lt 5 gt 2 kHz lt 6 gt 10 kHz
379. oPE03 6 1 2 61 62 a b 15 LED oPE05 b1 01 2 3
380. 1 DC B1 _ oH P ives l RL1 UT1 viT2 o J S L2 WT3 AC200 V 9 3 3 ape ee ee TL3 200 V SF5202 A10 2A2 400 V SF5204 A20 2A2 DC T ana ga an AGH TURD RIL1 U T1 At S L2 vm2 o fe TL3 WIT3 AC200 V AC400V ro 3 4 34 3 4 3 4 SF520S A75 1A5 SF520S A20 A40 SF5202 1A5 2A2 SF5202 A10 A20 A40 A75 SF5204 A20 A40 A75 1A5 2A2 dA AK RL S42 TL3 wrt WT2 WT3 D RH _ 2 T3 UTI W72 WT3 J O O 3 5 35 3 5
381. 45H 00H CRC 16 FOH om VARF ooH tf o F4H AFH CRC 16 82H 08H 1 01H 01H 01H 08H 08H 89H Fak 00H 00H 01H 00H 00H 86H a eh ee CRC 16 A5H A5H RAL 50H 37H 37H DAH DAH CRC 16 an
382. ON F 2 ee a CHARGE 138 6 6 6 6 6 8 R68 LED 02 04
383. S48 200 VAM oo eee ee 400 VAM oo eee 200 VAR oo eee Ss fe a Es A RT Se 87 126 251 25 114 189 FOUT 1 oo eee 99 5 159 SR 110 189 eR i lt 110 BRA ER PIR ot hu aso spec ais cr tu ed ta e foe harem unas 183 2 85 183 86 PEE pl ag De Ree aa a Se 86 ooo eee 117 ccc eect e ees 75 59 87 183 2 KO cee oe os Seas Sad dene eee be eee 159 ENTER 118 IEEE e E ANENE EET E E AEE 172 A a e a aa a A 159 oe e e a a a 128 129 FERE A vt te edt ed REE hive Lae 34 ooo eee 35 37 128 129 OKEERE cc eee eee 128 37 40
384. UW OW KI 0 0 Hz UP DOWN 0 Hz 0 Hz 1 87 5 4 d
385. a U1 01 E1 09 STOP STOP OFF o2 02 0 STOP Vf E1 08 E1 10 gt E1 09 304 01 142 6 8 LED H1 03
386. 0 00 10 00 s CE ov oC E b2 04 b2 04 b1 03 B 0 00 10 00 s 79 x ao AU OW kU 5 3 C 5 3 C C S C1 m C1 01 C1 04 1 2 2
387. 197 MEMOBUS fE i scsscecedencbascsaieceas cae ss ees ce laate races tacaecat eeu cel ath nied cect an nant ce nesa ee ae 199 CAS EOD TESSE I at eae tides hee etna eet Brana Rodaw elon Riad dategea bik occas 200 C 2 MEMOBUS 1 cece cece eee eee eee e eens neeeeees 201 GB SEB BE Beaters acted Scena haere tar oe oes oe ATE hd atl a akg See ele aad wae deans 202 C 4 PLC 203 20 cece cent e eee b eee beens 203 SS oh he CO A RR E aA 203 FUO aN Be A ape ROS ES os NE ISS 204 C 5 MEMOBUS LL 205 MEMOBUS JME iiae CN austen bie oes eave antl Aea aa const a E 205 C 6 MEMOBUS 207 MEMOBUS 207 oo cece cee e tenn beeen es 207 Oy dy 08 ss a ae TTA 208 208 208 CB 209 X LT 20
388. 5 154 eee eee e eens 154 TARA 1 eae go Le AA ORE RR RE 157 FF De sake will DY Sa 2 Ce aa Ere a rE Pr 158 82 AO 159 8 3 161 8 4 162 MCB ELCB 162 162 MC 163 AC DC 163 164 TO 165 Eo 166 celeron eRe Nee LO wee OS Ne TN ee Oe Ny A 167 EMG Or 167 167 8525 169 ET 169 169 WERE It 171 A 1 HD ND 172 A 2 200 V
389. LED OFF L8 02 10 fe H 02 04 306 02 V V V 20 mA 132
390. LLL 70 53 Bo gt t Bt nr Sti BE Nr 4 1 4 1 54
391. gt LED 2 COPY gt LED 3 VERIFY LED LED JVOP 182 H 118 5 9 o E 03 02 READ LED READ 0 READ LED READ 1 READ LED READ 04 E 04 01 U4 01 o4 01 10H 30 300H U4 01 300H
392. i i 0 1 32 5 50 0 1 5 3 60 01 5 3 60 Hz Hz Hz K 5 15 M O M 90 Hz N 120 Hz O 180 Hz 200 200 200 v v V 16 16 16 12 i u 12 t f ee 12 i toa 01 53 60 90 01 53 60 120 01 53 60 180 Hz Hz Hz 5 5 E m E1 04 E1 10 5 16 E1 04 E1 10 5 16 Vi 40 0 400 0 Hz 0 0 255 0 V lt 3 gt 0 0 400 0 Hz 0 0 400 0 Hz 0 0 255 0 V lt 3 gt 0 0 400 0 Hz 0 0 255 0 V lt 3 gt lt 3 gt 200V 400 V COMO 2 V E1 05 E1 08 E1 10 E109 E107 E1 06 E1 04 Hz 5 11 V f Vf ies Oe Poe ee a o E1 0 E1 07 SE1 06 lt E1 04 lt Vit E1 07 E1 09 E1 08 SIG o A1 03 E1 03
393. n3 L3 04 4 ov E n3 13 V
394. DRG 79 181 A 79 129 MEM N E EE E E EAT 173 174 173 174 EAHA ahat aa apa oA a aia 173 174 0 CN 173 174 REFS AT DEBS oil A sash oer wine E wt cael caue dove alt 173 174 150 EE 151 79 57 76 81 46 FAM DAA DIB SEE EAT 44 226 eee 226 oe 46 Fe Aue VRC EAA EO ee a eC et AR 153 ON OFF ow eee 78 ON 117 38 ti 160 163 200 V R aannaaien erena 37 HHA 200 VM 22 eee 38 400 V eee 38 EAA CS l S E E 128 eee eee 128 ge 153 119 59 61 26 Fyre aetna lt 25 EE E 182 PIWOFIB TAD ase oa legen ae bet ek hea desea 82 126 FURR ate Sic vied RC Ri 151 Ee rate OTS a a cece E ath ale ceshboe E 151
395. FILE NO E191624 IP20 MDE INP ROHS amp Sumitomo Heavy Industries Ltd NM Bll 1 1 17 18 1 2 SF520 S A20 J SF 520 AC200V AC200V 200 V F kW kW kW 400V kW kW C6 01 0 1 3 1 3 1 1 AEH IP20 SF520S A20 SF520S A40 SF520S A75 SF
396. H3 01 A1 101 ao O V 10 5 V 20 mA UW OW KU 1ko OIOV Onm REEDS H LAC 5 1 1 2 MEMOBUS MEMOBUS RS 422 485 b 2 RS 422 485 MEMOBUS 199 3 alee b1 01 3 Zoe T b1 01 3 LED oPE05 R 75 5 2 b E b1 02 b1 02 REMOTE
397. SF on DM2201 oe Oe eee ac RBOREtESANLALOBREOLES m SF 520 MEMOBUS RS 422 485 10 i 2 i2
398. U PUINGO NL 60 cy a Ten 63 61 D0 FRI 177 4 3 mw GE
399. lt 1 gt SF520S A20 A75 SF5202 A10 A40 20 1 4 SAO m 4448 AC200 V SF520S A75 1A5 AC200 V SF5202 1A5 2A2 AC400 V SF5204 A20 2A2 A G B H 42 C 1 LED 56 D J E K lt i gt 154 F L 1 3 lt 1 gt SF5204 A20 A75 SF5202 A75 SF5202 2A2 Q OE Er G c W eps B jal EET HL 0 me H eC rae a cen D i SS E A S1 46 E 37 B S3 44 F 39 c 40 G D 37
400. 101 0 ofo i 2E orr ON 5 17 98 1 FR E1 09 E1 09 E1 09 E1 09 OFF ON 2 GRE 1 5 18 2 Hz 3 2 Hz
401. 8 85 3 5 1 3 Sts ERR ATIICK OS Boas 8 d1 01 d1 08 d1 01 d1 08 d1 17 1 8 85 6 tE JOG d1 17 JOG d1 01 g1 08 d1 17 1 8 85 7 1 T 2 C1 01 C1 04 1 2 80 cc 8 9 NO a NC b 8 9 NO NC LED d1 01 d1 08 94 5 6 H
402. A1 01 0 0 A1 01 A1 04 U 2 2 A1 05 A1 04 At1 01 A1 03 MEMOBUS LED m A1 03 A1 03 A1 03 0 o 0 2220 3330 2220 2
403. H 1 4 21 1 4 SRO 22 DO eee Ce oe ee ee ee ee ne a se ee E 24 2 2 25 23 2 1 2 1 24 IP20 50 C NEMA1 NEMA Type1 40 C
404. oL3 Uv1 lt lt i gt L2 01 1 2 OLE L5 01 H2 01 1E o m L5 01 L5 01 L5 01 Ss RE LICEMICET Oc 0 10 AU KIT L6 MA MC fal
405. z eee ETE TAREE e ee R 7 2 3 6 ay oe E Bie LS CHARGE 50 V 1 NM Ga Y 7 2
406. 60 Hz 60 Hz 60 Hz Sit 200 V 400 V 2 5 12 A D A 50 Hz B 60 Hz C 60 Hz D 72 Hz 200 _ DOD a V V 16 16 12 120 3 3 1 0 1 32 5 50 0 1 5 3 50 60 01 53 60 72 Hz Hz Hz Hz 5 13 BEBI E H E 50 Hz F 50 Hz G 60 Hz 200 200 90 V 50 F Vas aaa a 01 3 25 50 01 5 30 60 Hz Hz 5 14 ESI I L J 50 Hz K 60 Hz L 60 Hz 200 200 200 5 I HE 94 beens wy 49 15 amp 13 i 12
407. 80 5 3 C c2 S S S m C2 01 C2 04 S C2 01 C2 04 S S S S S GE S ae ON mw ote o mam oro i C2 04 v 1 0 00 10 00 s x C2 01 ad C2 04 SS C2 01 oe oe 5 4 S S CA0 02 02 S208 C208 c3
408. H XC6 05XK C6 04 C6 01 C6 04 C6 05 5 5 cx ERE 5 5 E1 04 83 5 3 C K C6 03 10 0 kHz gt C6 03 5 0 kHz K 2 e 5 0 kHz gt C6 03 K 1 e C6 03 10 0 kHz K 3 1 C6 25 gt 6 C6 03 lt C6 04 2 C6 05 lt 7 C6 04 C6 03 E 2 kHz 8 kHz 10 kHz
409. H1 2 0 OFF Lick 1 A b1 02 0 LED 2 180 B 3 U T1 VT2 W T3 ON OFF a gog i bo 100
410. o E b2 02 100 50 1 kHz E b2 03 0 00
411. CE EMC CE 2006 95 EC EMC 2004 108 EC CE CE IEC61800 5 1 2007 E IEC664 3 2
412. E aE tote es Aes ade Hee td Be a 112 EEE VA tw ea 112 ES 113 5 8n es 116 rid MALERE os oc oe dee ae ER 116 3h HEBD RUE Seo oe Ae kes Cdn eae hates Ge lee RE 116 590 EE 117 9 TE 117 OD gt 117 03 ml SE 118 OM AFT FAS aac ee Sees Se ee SO seat yn it SOS SS 119 510U EZA hoo T oe eben Sule ee Shi head ele oew Sie nae Sak ee E N aa 121 0 oo Sets OS tie GE lke oar bee Bet Sd els te nami lin Amide i on an bed 121 02 eE o ee eh eel r ach E ess ie ee aan nat te aes ESN 121 4 X NE 121 EA amity ad B EA EEA AEE SSN Aa OME ate MED EE 123 GARE Cee ries ata Se eteagaits alse Gaara atasa aoe paca digaie oan E ale wae 124 6 2 126 126 LL 126 6 3 127 oo ccc cee cee e bebe eens 127 SE RR 128 0 130 00 ec ene e eee e beeen eee e ees 130 AA E E nO Ee SA 136 200 eee eee eee eens 136 6063
413. H1 05 0 3 gt 2 sae H1 03 H1 05 0 2 3 3 H1 03 H1 05 0 ok 93 IE E gt U V W U T1 V T2 W T3 U V W CER gt U V W U V
414. SF5202 2A2 FS23637 14 07 111 x 169 x 45 91 x 156 400 V SF5204 A20 FS23639 5 07 111 x 169 x 45 91 x 156 SF5204 A40 FS23639 5 07 111 x 169 x 45 91 x 156 SF5204 A75 SF5204 1A5 FS23639 5 07 FS23639 10 07 111 x 169 x 45 111 x 169 x 45 91 x 156 91 x 156 SF5204 2A2 FS23639 10 07 111 x 169 x 45 GE emission IEC61800 3 Cat 1 230 91 x 156 W H gt Y 5 3 ae Bab a G55 j M4x2 LA ip 7 5 3 5 xt mm g D 7 EMC D 2 E DC D 2 DC DC 200 V UZDA B 400 V UZDA B SF5202 A40 SF5202 A75 SF5204 A40 SF5204 A75 GE EMC DC 231 D 3 UL D 3 UL UL cUL
415. Sumitomo Heavy Industries Ltd Ne MODEL S N ee 242 E 2 E 2 E SC 243 TN PADS ARS S SRS E 3 E 3 Vf
416. 0 4 1 LED ESC eee ee ENTER RESET RUN mr 5SOwsS CEH REMOTE GE CEB fn 02 02 STOP 0 an ENTER
417. 0100 1111 1 2 0110 1111 1111 1111 1 A001H XOR 1010 0000 0000 0001 A001H XOR 1010 0000 0000 0001 XOR 1101 0000 0100 1110 XOR 1100 1111 1111 1110 3 0110 1000 0010 0111 0 3 0110 0111 1111 1111 0 4 0011 0100 0001 0011 0 4 0011 0011 1111 1111 1 A001H XOR 1010 0000 0000 0001 A001H XOR 1010 0000 0000 0001 XOR 1001 0100 0001 0010 XOR 1001 0011 1111 1110 5 0100 1010 0000 1001 0 5 0100 1001 1111 1111 0 6 0010 0101 0000 0100 1 6 0010 0100 1111 1111 1 A001H XOR 1010 0000 0000 0001 A001H XOR 1010 0000 0000 0001 XOR 1000 0101 0000 0101 XOR 1000 0100 1111 1110 7 0100 0010 1000 0010 7 0100 0010 0111 1111 0 A001H XOR 1010 0000 0000 0001 8 0010 0001 0011 1111 1 XOR 1110 0010 1000 0011 A001H XOR 1010 0000 0000 0001 8 0111 0001 0100 0001 1 A001H XOR 1010 0000 0000 0001 XOR 1101 0001 0100 0000 wo oo CRC 16 ao ON
418. 6 kg cm2 ee 154 gt 39 2 X 10 58 8 X 104 Pa 4 6 kg cm2 RO RTE EER LED eee CE 1 2 152 7 3 7 3
419. A1 3 9 Al Al Al A1 al S81 i H3 01 2 4 20 mA 3 0 20 mA A1 uae fe v aN H3 01 0 0 10 V 1 0 10V 3 11 A1 A1 a en A1 HARAKA 20 mA M Oo AC BREA TED 0 20 mA A AC ERARA EY i y Al S1 l V 3 20 S1 3 12 S1 3 13
420. BEBE 1442 SS TS E EFDA 84 2 0 kHz 12 5 kHz 5 0 kHz 15 0 kHz 8 0 kHz Swing PWM 4 10 0 Kz F C6 03 05 MG PWM 77 2 0 kHz PWM C6 02 lt 7 gt lt 1 gt
421. CRC 16 tfi 8DH 8DH MmRMOCWOZM S 211 C 9 10H 16 1 PLC 1 60 0 Hz E 8 8 HCH 212 01H 01H 01H 10H 10H
422. REMOTE Tt REMOTE b1 01 b1 02 H1 2 b1 01702 H1 2 LOCAL LED 1 LOCAL REMOTE LED LOCAL REMOTE 2 LOCAL ESR 3 LOCAL REMOTI er Cae es b1 07 77 2 GE any H ee 1 17 1
423. U2 TU 121 218 0098H U4 01 0099H U4 01 009AH 009BH 0080H 0097H I 0 01 A 00ACH 00B5H 00B6H 0 01 00B7H 00B8H 0 01 00B9H 00BEH 00BFH oPE 1 bit 0 bit 1 Uv1 bit 2 bit 3 Uv3 bit 4 bit 6 oC bit 7 ov bit 8 bit 9 oL1 oL3
424. W U V W 1 2 GE e b1 04 b1 04 0 3 gt S3 S5 3 ON
425. amate a e A a 160 166 99 PABER oe n a E A aE AA O ERE 37 AA 78 PNP 44 2 114 189 es Bade aces SAGE 17 252 MRE em aid cee cnt RS NN 25 CT Aft E Te et DO al a A 128 104 187 AM oe 104 AM 104 ZEE an inaia iae ie KEAN EAT 98 185 41 186 0 eee 98 93 184 40 ooo cee 185 cee eee 93 129 85 2 37 93 eee 233 GG 70 FE 50 ooucnucurrrcnrurerrarr rrara 126
426. ape etic a 37 AM AURA EN SAA e ht es 128 REMOTES esd OR 56 63 RESETE 3 56 REV DD nh i a 57 RON 57 S SL 37 ST 40 S1 S5 oe eee 93 184 Som 40 SS 40 SS See 40 5 40 SEOE 2 56 Se 117 191 SE oe sa mein hha ih neat east dete 81 126 181 T TESI A E a eee 37 U UTi mT ona Nh 37 U2 RR aur e et bed Os 120 UL cUL 232 UL V Vi ooo cece eee 129 MTHS gehen rant ta ttle Beat fll Sie ees has ted ede 89 184 V f oo cee eee 90 VAIN FER cl ote a it al es hale dalle ens Baise 89 VO 37 W WESWE eee wi anata ae Oe aoe Shea etal 37 TT EA TS NN AU SDRAM AI 5 69 UL eee 232 PIAZZATI cases Eai SI eke r amet 101 ooo eee 104 126 NC Se SE 101 BE A1 woe 102 PI Se chr oes RS ae 127 ooo cece eee 128 32 2 128 38 ee 129
427. c ry MB MC O E C A AC380 480 V 50 60 Hz D B MCB E 400 200 V C MC 8 3 400 V SIS ORE ITS AIC MCB MC 162 1 100 mA 1 m 1 m 5 mA 1 30 mA 0
428. cok es che eee bo aeons ve eee eee aeeee 47 3 11 LL 49 312 MRT eee iter ee A 50 29 3 1 3 1 30
429. eae eh ares er e n L8 38 0 eae 110 oL2 paleo E oL2 DARRERE 146 lt ED 148 2 OO 150 153 TAA INH SF alo PICO EK EKO995030OO0aluoa 154 147 ALSO SR Or ER 7 1 7 1 148
430. gt 0 1 0 2 kW 150 0 470 75 kW 100 1 5 kW 50 2 2 kW 20 20 lt 2 gt 125 10 ED 10 Vf 9 GA S 3 ON OFF 200 150 60 HD lt 3 gt 200 V 410 V 400 V
431. kHz 5 12 5 kHz 6 15 0 kHz 6 15 0 kHz 7 Swing PWM 7 Swing PWM F C6 03 05 F C6 03 05 L3 02 9 a RIL lt 2 150 120 L3 06 o o Alb ate 150 120 82 5 3 C py See ABE E Seny See lt 1 gt 02 04 es 4 R lt 2 gt L8 38 C6 02 z oe GT ae J E2 0D HD E C6 02 Ge C6 02
432. om SC Fi LO RE lt 1 gt LOCAL RESET Wey em aes z U Ee A a 1 Ii 5 ENTER STOP lt 2 gt JEB E F R eeg Sreenet om a po aaa St ae a 4 1 LED lt 1 gt LORE lt 2 gt REMOTE CEA 02 02 STOP
433. 00 CPF01 Uv1 Uv2 128 6 3 a SORE LED ER HE CIO 128 ov 2 6 4 MEMOBUS E Sman S1 S5 MEMOBUS MEMOBUS 6 5 Vf 129 lo Sa tS cl Or BR RY EH 6 4 6 4 6 6 LED
434. 00 V Vdc 380 V E1 01 2 400 V Vdc 760 V 400 Vi z E1 01 lt 400 V Vdc 660 V GE 1 CES E aT L3 04 0 0 MESA U KR 2 yee 109 ao A 9w UI 5 7 L 5 33 4 MR L3 04 0 a oL1
435. 0B SF5202 2A2 A6T30 30 FWH 70B Three Phase 400 V Class SF5204 A20 A6T3 3 FWH 40B SF5204 A40 A6T6 6 FWH 40B SF5204 A75 A6T15 15 FWH S0B SFS204 1AS A6T20 FWH 70B SF5204 2A2 A6T25 25 FWH 70B E Low Voltage Wiring for Control Circuit Terminals Wire low voltage wires with NEC Class circuit conductors refer to national state or local codes for wiring Use a class 2 UL regulations power supply for the control circuit terminal Control Circuit Terminal Power Supply Input Output Terminal Signal Power Supply Specifications Multi function contact output S1 2 3 4 5 SC Use the internal LVLC power supply of the drive Use class 2 for digital outputs external power supply Use the internal LVLC power supply of the drive Use class 2 for Main speed frequency reference input analog input external power supply V Al AC 238 D 4 Instructions for UL and cUL E Drive Short Circuit Rating This drive has undergone the UL short circuit test which certifies that during a short circuit in the power supply the current flow will not rise above 30 000 Amps maximum at 240 V for 200 V class drives and 480V for 400 V class drives The MCB and breaker protection and fuse ratings refer to the preceding table shall be equal to or greater than the short circuit tolerance of the power suPpply being used e Suitable for use on a circuit capable of delivering not more th
436. 1 S L2 TL3 B1 B2 U T1 V T2 W T3 1 2 MA MB MC ee oe Coens Oars 2 UL nde i x e UC 3 14 RIT ZERORI 41
437. 2 30 FWH 70B 400 V SF5204 A20 FWH 40B SF5204 A40 FWH 40B SF5204 A75 FWH 50B SF5204 1A5 FWH 70B SF5204 2A2 FWH 70B E NEC 1 2 UL D 5 S1 S2 S3 S4 S5 SC LVLC ES 2 V Al AC ty LVLC a 2 30 000 240 V 200 V 480 V 400 V UL MCB RO
438. 200 V R L1 S L2 oa U T1 V T2 W T3 V T 2 OFF ee E LED DRV 6 123 ALM amp DRV
439. 4 237 D 4 Instructions for UL and cUL Wire Gauge Terminal Screws rahe NBGE ne A ie M4 144 oe 5 a Ms 77 221 85 4 443 M8 97 974 ii 85 4 443 9 0 11 0 79 7 97 4 32 aa Rase E Note Use crimp insulated terminals or insulated tubing for wiring these connections Wires should have a continuous maximum allowable temperature of 75 C 600 V UL approved vinyl sheathed insulation Ambient temperature should not exceed 30 C Use the fuses listed in the following table when wiring the main circuit Branch circuit protection shall be provided by any of the following Non time delay Class J T or CC fuses sized at 300 of the drive input rating Time delay Class J T or CC fuses sized at 175 of the drive input rating Time delay Class RKS fuses sized at 225 of the drive input rating Recommended Input Fuse Selection Non Time Delay Class T Fuse Type Fuse Type A h Drive Model Manufacturer Ferraz Fuse Ampere Rating A AM Fuse Ampere Rating A 600 Vac 200 kAIR Single Phase 200 V Class SF520S A20 A6T10 10 FWH 25A14F SF520S A40 A6T20 20 FWH 60B SF520S A75 A6T40 40 FWH 80B SF520S 1A5 A6T40 40 FWH 100B Three Phase 200 V Class SF5202 A10 A6T3 3 FWH 25A14F SF5202 A20 A6T6 6 FWH 25A 14F SF5202 A40 A6T15 15 FWH 25A14F SF5202 A75 A6T20 20 FWH 25A14F SF5202 1A5 A6T25 25 FWH 7
440. 4 14 R L1 S L2 U T1 V T2 W T3 12 15 2 0 5 5 2 1 2 B1 B2 10 6 13 3 14 10 14 12 15 2 0 5 5 3 5 10 6 13 3 14 10 12 12 15 2 0 5 5 5 5 1 2 B1 B2 E E 10 6 13 3 14 10 10 A75 R L1 S L2 U T1 V T2 W T3 37 3 6 200 V 3 3 N m mm mm ID in AWG AWG R L1 S L2 T L3 U T1 V T2 W TS 1 2 0 8 1 0 0 75 2 0 B1 B2 f 7 1 8 9 18 14 R L1 S L2 T L3 U T1 V T2 W TS 1 2 W215 2 0 5 5 B1 B2 10 6 13 3 14 10 1 2 1 5 2 0 5 5 10 6 13 3 14 10 R L1 S L2 T L3 U T1 V T2 W T3 1 2 1 2 1 5 2 0 5 5 B1 B2 10 6 13 3 14 10 m 78 400 V tk 3 4 eee 3 7 N m mm2 mm SF5204 Ib in AWG AWG A20 foe RIL1 S L2 T L3 U T1 V T2 WITS 1 2 12 15 2 0 5 5 1A5 B1 B2 10 6 13 3 14 10 14 2A2
441. 4 PLC eee ee eee eee 203 C 5 MEMOBUS LL 205 C 6 MEMOBUS 207 C 7 INO 7 LL 208 Ca rcs ao sais te eae es Se Se eee ees 209 C 9 EEP AED Da A a AA 211 C 10 MEMOBUS annur annuun eee eee nunun 213 CITIS BR PP 219 CPC ae a nee a eae eae eee 220 CR CA Fay gt ga eee me E E a E o E E 221 199 MmRmMOCWOZM S C 1 C 1 200
442. 520S 1A5 SF5202 A10 SF5202 A20 SF5202 A40 SF5202 A75 SF5202 1A5 SF5202 2A2 SF5204 A20 SF5204 A40 400V SF5204 A75 SF5204 1A5 SF5204 2A2 200V 200V I TE e ERIE IP20 LAEN 19 1 4 SRO 1 4 _ BARAT IP20 LED LED 56 LED O HAHI IP20 m AC200 V SF520S A20 A40 AC200 V SF5202 A10 A75 G A A G 42 B H LED 56 C 1 D J lt gt 154 E K F 1 2
443. 54 10 TEL 086 464 3681 FAX 086 464 3682 fa 7812 0893 3 16 30 TEL 092 431 2678 FAX 092 431 2694 Fr N PTC BE 0120 42 3196 sama 0570 03 3196 9 00 12 00 13 00 17 00 FAX 03 6866 5160 GW PTC http wwwr shi cojp ptc J lt 141 6025 2 1 1 ThinkPark Tower No DM2202 1 0 J19 J 2014 10 GL 029 dS 1 A 4 ALE RIEWS LWW YT gt SF 520 J SF 520 Sumitomo Drive Technologies Always on the Move 200 Vik 0 1 2 2 kW 200 Vik 0 2 1 5 kW 400 Vik 0 2 2 2 kW
444. 6 01 ND HD lt 67 gt E2 01 E2 03 E2 01 E2 01 lt E2 03 oPE02 H 1 MEMOBUS paneer p BE unaneme H1 H1 F aR 40 1 67 ein 41 op S1 S5 EHR 14 S5 S1 S2 AI AI 3 S4 a a No No lt 18 gt 3
445. 60 AC ee 163 AMI 2 DS SD PU ho 57 AM UTE ton nce tae vas eis tee ects ua oe oo ea 41 B BE 37 BI 37 BFE oes elk See vk tt eee A ee eee Buk ees 92 C CE RR 226 D BEL A E AE E te eR 160 DC ee 163 DC oe eee 231 DRVI 0 a tl tcl tah UR My atin aS 57 E EEPROM eee 128 EEPROM F J R 128 EEPROM ooo eee eee 128 EMC tna ies dette Bat eee tanta Sete Arcee 226 EMC 2000 eee 227 EMC 228 EMC anaana 230 ENTER td NS ey Se ee 56 Se 191 EE 219 EGG 56 EE Eo 92 F FEOUT 2 5 57 Fe Fe la Genin od diner E Sate nat E ee a adr ooh 92 H PADS etc fst Ba TSR AN hen tbl tie cal Nad ht ete oa 172 Heavy Duly ssc has a 172 IGBT RSS AA 20 Le 153 IGBT 120 L PED ASI ici ie et aes he ene oh alte REO a 56 oo eee 59 JO 58 RN 56 LED 191 Ea BE bon tint a tence Meat centers 57 VED ASIN ae a os Sis et eo oe remit 57 LO RE 56 63 LOIRE DIRT eels Seeger e
446. 85 J 204 3 ON 4 H5 01 H5 07 12 13 LED 5 LED 6 ON 7 PLC MEMOBUS m RS 485 2 SSK Re PR si 485 J4 H RoR Re H me fig J fort le AAS S S iat S et SER OFF Efe R SL 485 H 4 el E iG 3 s A M ae B B 7 U S R SI 485 J H R A s2 ma S sea C 3 RS 485 GE SI 485 J H S2 ou
447. 9 ARGH TF FRc ee Bs A i AON ee 209 ES 209 Fe eee Petal hela tls Me sil pe nse Cres eh eat tee otha ce ts als ee ty Pe Skt a eek eS 209 Ss eee tec eed at ei te i OE wi te ed gin te ge cine E EE E 210 C 9 LL 211 oo eee eben eee tenn eee 211 NUT FRE DE RE 211 212 C 10 MEMOBUS 213 2 213 214 EIS T sen i A OR SE AS BA oe ROTO Re NOE a 218 Ee Cs mE ODA ea E E pee ee Aw th A ty tae ch eet AE Se eth Ak EA oe 218 EE 218 Oo pele cn ev ITE CO E A 219 TIIA cee tee A a rE Ace Rea Re een RT eat een Tan RIC AN eet ary ee ACERS tee ee 219 12 SS 220 MEMOBUS 220 220 GS 221 2 EKKRNNKAKNQRRKRKRQRNQNQNQNQK KR RIIIEOANENNRRNMLOOONNNNNNNNN RS 223 DI KN 224 D 2
448. A10 6 5 0 6 SF5202 A20 6 5 0 6 SF5202 A40 38 5 0 9 SF5202 A75 KR 2 4 IP20 A 58 5 1 1 mm H1 H2 kg 200 V SF520S A75 118 1 7 SF520S 1A5 118 1 8 200 V SF5202 1A5 118 1 7 SF5202 2A2 118 1 7 400 V SF5204 A20 118 1 0 SF5204 A40 118 1 2 SF5204 A75 118 1 7 SF5204 1A5 118 1 7 SF5204 2A2 118 Ol Or Ca Ca GY Gy Ga on ajajajaj aj on on an on 1 7 27 2 2 28 e Ka gt m 0D 30 OO 32 33 Se lig eee a errand bed oS Rice be Seed eter eo ens 34 3 4 35 3 5 LL 36 3 6 37 8 7 AROA a TOT 40 38 Ae ate a as ea se es eee 44 3 9 A1 LL 46 S10 mm nies ee oe be
449. ED im S1 S1 DSH 2 emAT mF S2 DOH 83 S3 DOME 4 ae S4 DSN mT S5 ZAJE S5 DOSH H1 20 2F H1 20 2F gt LED an 18 02 H2 01 10 gt h AKG 3
450. ENI SE b1 17 ON OFF coe 1 ON OFF g Bake ISi PENN aA T 32 3 2 3 b a H1 05 0 SC 3 2 3 33 3 3 3 3 3 3 3 4 poplin ea a DC 200 V SF520S A20 1A5
451. Motor Overload Protection Time 239 D 4 Instructions for UL and cUL 240 a ala 9 EEQ KKTEMMVYYY ee ies es 242 E 2 243 E 3 ees ae ree es ee ee re Ea a 244 241 m TN PADS ake S SRS E 1 E 1 1 3 7MOEL SF5202 A2 WAX APPLI NOTOR 0 2kW 0 4kW NAJS INPUT AC3PH 200 2400 50 601 1 5A 1 9A mom OUTPUT AC3PH 0 240V 0 400H7 1 6A 1 9A aa MSS 0 6kq PRG 5510 y ON C 3 SN TUITE CIII HI II FILE NO E191624 P20 WEIN JN ROHS
452. REREZE 56C 30 13 i 2 A fE A a 1 m 400V
453. Ya ENER ran A A r ET K EM ndl Ce ST E Ola L3 L2 L1 qE tah zt 008 Hai J NY EMC eg Soe 4 gt 02 20 m es D 5 EMC 200 V 400 V 228 D 2 1 200 V L2 L1 PE 4 rfl iE a o m AM REY Conv FOOT are E T i 1 amp amg gogo oS Pea EMC Ong T em o
454. an 30 000 RMS symmetrical amperes for 240 V in 200 V class drives up to 480 V for 400 V class drives motor overload protection Drive Motor Overload Protection Set parameter L1 08 Electrothermal level setting to the appropriate value to enable motor overload protection The internal motor overload protection is UL listed and in accordance with the NEC and CEC E L1 08 Electrothermal Level Setting Setting Range Model Dependent Factory Default Model Dependent The motor rated current parameter L1 08 protects the motor The motor protection parameter L1 01 is set as factory default Set L1 08 to the full load amps FLA stamped on the nameplate of the motor E L1 01 Motor Overload Protection Selection The drive has an electronic overload protection function oL1 based on time output current and output frequency which protects the motor from overheating The electronic thermal overload function is UL recognized so it does not require an external thermal overload relay for single motor operation This parameter selects the motor overload curve used according to the type of motor applied Overload Protection Settings Setting Description Disabled Standard fan cooled motor default Inverter duty motor with a speed range of 1 10 Disable the electronic overload protection L1 01 0 Disabled and wire each motor with its own motor thermal overload when connecting the drive to more than one motor for simul
455. aw ge 1 ON DE COMB 1 ON ON Ae eee EEF S C2 S Fk C2 S F S S F S F 4 S 0 00 10 00 nots 1 0 00 10 00 0 008 0 00 10 00 0 00S S S 1 2 0 00 10 00 0 C3 C3
456. e L2 01 1 2 2 L2 2 an 1 acs 2 Uv L3 BORA m L3 01
457. he DC bus voltage is below 50 Vdc To prevent electric shock wait at least one minute after all indicators are OFF and measure the DC bus voltage level to confirm safe level Do not allow unqualified personnel to perform work on the drive Failure to comply could result in death or serious injury Installation maintenance inspection and servicing must be performed only by authorized personnel familiar with installation adjustment and maintenance of AC drives Do not perform work on the drive while wearing loose clothing jewelry or lack of eye protection Failure to comply could result in death or serious injury Remove all metal objects such as watches and rings secure loose clothing and wear eye protection before beginning work on the drive Do not remove covers or touch circuit boards while the power is on Failure to comply could result in death or serious injury Fire Hazard Tighten all terminal screws to the specified tightening torque Loose electrical connections could result in death or serious injury by fire due to overheating of electrical connections Do not use an improper voltage source Failure to comply could result in death or serious injury by fire Verify that the rated voltage of the drive matches the voltage of the incoming power supply before applying power Do not use improper combustible materials Failure to comply could result in death or serious injury by fire Attach the drive to metal or o
458. on c UL Dus LISTED UL cUL Mark UL Standards Compliance This drive is tested in accordance with UL standard ULS08C File No E131457 and complies with UL requirements To ensure continued compliance when using this drive in combination with other equipment meet the following conditions Installation Area Do not install the drive to an area greater than pollution severity 2 UL standard Main Circuit Terminal Wiring Sumitomo recommends using UL listed copper wires rated at 75 C and closed loop connectors or CSA certified ring connectors sized for the selected wire gauge to maintain proper clearances when wiring the drive Use the correct crimp tool to install connectors per manufacturer recommendation The following table lists a suitable closed loop connector manufactured by JST Corporation Closed Loop Crimp Terminal Size JIS C 2805 same for 200 V and 400 V Wire Gauge 1 1 2 Terminal Screws camp pl Tightening Torque N m Ib in 0 8 1 0 7 1 8 9 1 2 1 5 10 6 13 3 0 8 1 0 7 1 8 9 1 22 1 5 10 6 13 3 0 8 1 0 7 1 8 9 1 2 1 5 10 6 13 3 2 0 2 5 17 7 22 1 4 0 5 0 35 4 44 3 1 2 1 5 10 6 13 3 2 0 2 5 3 5 5 5 17 7 22 1 12 10 4 0 5 0 35 4 44 3 9 0 11 0 79 7 97 4 1 2 1 5 10 6 13 3 2 0 2 5 17 7 22 1 4 0 5 0 35 4 44 3 9 0 11 0 79 7 97 4 M3 5 R1 25 3 5 M4 R1 25 4 M3 5 R1 25 3 5 R1 25
459. ras hea fi ate 57 250 OGA 56 63 LOCAL REMOTE ooo eee 56 63 M MA MC 000 eee ee 98 MA ma RE a ere Give a a a 41 MA oe eee 185 ME 41 MB eee 185 MO 160 MIG Bia Set A EN E E EET 160 MG SN Rh i 162 ME 41 MC ooo eee 185 MG SS NS 163 MEMOBUS 218 MEMOBUS LL 213 MEMOBUS ow eee ee 187 199 GE ea 205 RTS 206 oo eee 206 220 RR RDA heh sh See ed 205 BD Re RA RR ER 221 eee eee eee 206 eee eee 205 205 AB IRI NS Fp BEAN 2 in 8s Seiki Sad oh caves lt 205 MEMOBUS oe ees 128 MEMOBUS noala eee eee 129 MEMOBUS 204 MEMOBUS 129 MEMOBUS 0 eee 202 MEMOBUS 213 MEMOBUS noauauannnnnrnnai 209 MEMOBUS 214 N IND pave E EE EIO S ET E E 172 NB 82 Normal Duty 172 P PWM wee 128 R Ribin naaa aea Ata era tated
460. t BB B 3 02 04 200 V A20 BB SF5202 ND HD BB B 4 02 04 400 V A75 ND HD
461. taneous operation Enable the motor overload protection L1 01 1 or 2 when connecting the drive to a single motor unless there is another means of preventing motor thermal overload The electronic thermal overload function causes an oL1 fault which shuts off the output of the drive and prevents additional overheating of the motor The motor temperature is continually calculated as long as the drive is powered up Setting L1 01 1 selects a motor with limited cooling capability below rated base speed when running at 100 load The oL1 function derates the motor any time it is running below base speed Setting L1 01 2 selects a motor capable of cooling itself over a 10 1 speed range when running at 100 load The oL1 function derates the motor when it is running at 1 10 or less of its rated speed for variable torque E 11 02 Motor Overload Protection Time Setting Range 0 1 to 5 0 Minutes Factory Default 1 0 Minutes The L1 02 parameter will set the allowed operation time before the oL1 fault will occur when the drive is running at 60 Hz and 150 of the motor s full load amp rating E2 01 Adjusting the value of L1 02 can shift the set of oL1 curves up the Y axis of the diagram below but will not change the shape of the curves Time minutes 10 e NE eee eo oe EE as Rees Cold Start ds 04 NNN IN Hot Start 0 1 i Motor Current 0 100 150 200 L1 08 100
462. ther noncombustible material lo EES RTH 235 D 4 236 Instructions for UL and cUL NOTICE Observe proper electrostatic discharge procedures ESD when handling the drive and circuit boards Failure to comply may result in ESD damage to the drive circuitry eNever connect or disconnect the motor from the drive while the drive is outputting voltage Improper equipment sequencing could result in damage to the drive Do not use unshielded cable for control wiring Failure to comply may cause electrical interference resulting in poor system performance Use shielded twisted pair wires and ground the shield to the ground terminal of the drive Do not modify the drive circuitry Failure to comply could result in damage to the drive and will void warranty Sumitomo is not responsible for any modification of the product made by the user This product must not be modified eCheck all the wiring to ensure that all connections are correct after installing the drive and connecting any other devices Failure to comply could result in damage to the drive D 4 Instructions for UL and cUL UL Standards The UL cUL mark applies to products in the United States and Canada and it means that UL has performed product testing and evaluation and determined that their stringent standards for product safety have been met For a product to receive UL certification all components inside that product must also receive UL certificati

Download Pdf Manuals

Related Search

Related Contents

Trane Voyager 12.5 to 25 Tons Catalogue  2014 Manual Tecnico Campeonato Sudamericano Menores  Manual de usuario de la aplicación eDCS - Medio Ambiente  User Manual  48010196 Robocom3 QSG ML——LOW  Table of Contents  

Copyright © All rights reserved. Failed to retrieve file