取扱説明書
Contents
1. F L1 L2 L3 L1C L2C2. M0 M1 M2 0 3 7
3. e
4. 180 1 20 5ms
5. M5 gt BiSiiSzE F M1 M1 M4 ON MDI NC 95 959 6 NC
6. 5 839 WEE 1 O 5 6 5 STO Safe Torque Of lt gt 1 CN3 14 OFF 2 CN3 47 OFF
7. 2mm AX1150T AX1210T AX4300T AX4500T AX410WT SMB 55 9 1 2 TE m NI X X 2 2 9 9 E uH ax E SMB 55 WEE E V 3
8. 2009 7 m 2010 5 2 TB1 2 3 TB1 TB2 TB2 CN4 CN5 4 5 HEL 6 7
9. BK BK TB1 7seg S1 7seg S2 7seg 7seg SMB 55 5 41 o 6 6 1 D i NC
10. 5l 1 O 5 6 PRM36 5 2 CN3 9 4 1 CN3 10 5 0 63 3F 72 513 8385 0 5 esse sees a 10msec b 20msec c 0msec B 5 10 G7A
11. 3 lt gt 3 3 CD Q
12. F SMB 55 4 16 4 Step 4 4 CW 90 1sec 1 2 1 QUI HU SECUS 2NCO Ex
13. N MU n ra 3 r LL s i i li EE I 2 4 c e to 2 5 3 e SMB 55 2 4 il WEE E V 4 X 2 6 gt Die A 9 B
14. SMB 55 6 17 MEMO SMB 55 6 18 V 7 7 1 7 1 1 11 17 5 1 MS 2 MC 3 MT 4 TR 5 MC2 7 3 MC2 0 01 lt 50 0 MS MC2 FANS 7 8
15. AX4000T 7 12 SMB 55 4 5 4 Step2 1 G1 0 G2 0 rel s 1c DN Gti 1 ua u uc G2 2 uy mw
16. T Jk 3 4 5
17. SMB 55 2 6 2 2 D WEE 2 1 50 C 2 SAN 1 SMB 55 BS RF mm 50H mm LDO Tz AB ni you PowER C oja omae O Fole are cap FS r ES ujj r1 es t us c3 LO Em x c m i v r3 r3 o s i uum nml eee O1
18. SMB 55 1 snc nx AE 7 1 211 1 2 S2 S20 V0 180 179 999 CN3 42 9999998 9999999 lt 9999999 6658 380 A TAa 7 5 9999999 9999999 lt 9999998 6658 380 B PANA 7 5
19. 7 12 PRM72 PRM67 AX4000TS 13 8 PRM72 0 3 AX4000TS
20. Step 1 Step 2 ZA V BERE i 7 m7 77240ERX l Step 3 l Step 4 l SMB 55 4 21 Step1
21. RCD residual current operated protective device B RCD ROM 2 SMB 55 16 5 3 16 16 1 16 2 FG 16 4
22. M4 1 2N m 15 2 2 8 U V W CN5 U V W SMB 55 15 8 15 UL 15 2 2 4 CN4 CN5 a K 15 8 Required Torque Lb in N m Wire Range AWG 4 4 5 3 0 5 0 6 14 10
23. 100Hz 5 6 CN3 PRM50 1 SMB 55 i 5 4 i WEE IO 5 2 I O GS CN3 TS TH GS CN3 MR50 MR 50LK2 e e O GS CKD Hpo ei
24. S1 S1 S2 S2 5 6 5 TB1 S1 L OO S2 81 s2 X 3 20 e 8mm 9mm e AWG20 24 AWG20 22 RiR TH e E0510 A
25. A
26. 2msec CN3 42 7 6 7 7 7 8 PRM16 4000 Las 2 6649 PRM18 1 1 Ver1 25 PRM15 gt 1 0 PRM15 gt 1 0 7 2 2
27. Qr T CL XK 0 5 a 10msec b 20msec c 0msec x 5 9 G7A
28. 2 1 2 F WEAR 13 A
29. 0 1 0 ik 14 G07 G90 1 G90 2 G90 3 G91 1 G92 G92 1 8 2 7 2 SMB 55 E TI ER Z RXJE 7 1 811 VO CN3 14 bit9
30. NC PRM83 0 Bq 7 2 G92 NO o 3
31. T p 7 9 SMB 55 7 26 v 7 10 2 PRM66 4 1 0 1 2 1 2 7 10 p lt gt PRM66 9 1001 1 2 PRM66 3 0011 1 2 e 3 7 10 3 Q PRM70 71
32. TOV see exse 3 7 L17 9999 M TO PRM11 12 13 SMB 55 11 4 11
33. D CD
34. CR LF 1 0 1 M30 2 3 4 5 6 7 0 8 P 9 e 10 SMB 55 12 2 12 12 2
35. Y N 5 5 4 5 3 O 1 Y N SMB 55 418 4 Y N NO 112 1 1 Woo 4 1 2 1
36. 7mm c SMB 55 15 9 M 4 UL V 15 9 8 Dialog terminal AX0170H option al e d Zl e ABSODEX Resolver cable Actuator unit PC ABSODEX Motor cable Driver unit Molded case Noise filter circuit breaker optional Electromagnetic PEE
37. 1 4 BOD 2 PRM36 1 0 3 CN3 5 8 KB a0 1 4 BCD 07 99 100 0 3 _ ERN Y b c d e f a b d e220msec c f 0msec 5 4 PRM SMB 55 5 8 IO 2 4 2 PRM36 2 1 0 3 CN3 5 8 4
38. D 1 y NO Pp CW 1 2 1 CW D C DJ RPM PRM5 2rpm SMB 55 417 4 Ree
39. G8 G08 G9 G09 1 CN3 G72 G92A0 A A G105 A G104 G106 G101 A ipea G92 A G105 A
40. G2 G1 G1 G2 9 1 G1 G2 2 7 LED G1 7 LED G2 SMB 55 9 8 WIE 10 7 LED 7Seg 7Seg 7Seg 10 1 1 70 CN3 44 45 ON
41. 1 SMB 55 4 24 V 1 Tj oux Tz ps eoe Lorm ende t Fo Exo 0 6 ML E b
42. 6 6 N MEER 3 AL e 4 4 e s
43. 2r 2 10 8 SMB 55 11 1 11 2
44. b M68 A SMB 55 5 35 WEE 1 O 2 E PRM36 1 3 a MO 3 1 G11 F G101A4 1 4 G91 1 1
45. 2 e PRM62 PRM66 4 6 SMB 55 4 22 V 3 n nj AX0170H ss 2 NNNN SN
46. G12P0 NC ON G12P100 SMB 55 1 V 8 1 11 2 2 4 DC24V DC24V 3 2 4 3 1
47. H AX TS TH 247 No SMB 55 xa adusta cute xa VR C Fa ba XR a UP IRR ERE 4 Red 6 8 Ra CR cu alat a e oe ES d 1 1 1 1 31032 1 1 1 2 OPI OEC ERE ORE ORI RR EE A ORITUR ECR 1 1 2 RE 2 1 PP 2 1 2 1 1 2 6 2 1 2 6 ER 2 6 2 2 Henne 2 7 9 8 ee 2 9 24 2 10 3 3 1 THEN 3 1 3 1 1 3 1 3 1 2 TEREE ORLE COTAL SR ens TALR ORTEC ETA CORE TOU DOE USE Dru LR E 3 3 3 2
48. e 20msec ON PLC PLC 20msec ON 20msec 5 3 ON X SMB 55 5 7 l WEN 1 O 5 8 1 e 0 3 CN3 5 8 e 2 4 CN3 9 MO e 1 5 CN3 10 e CN3 13 PRM36 1 3 PRM36 I O
49. m PRM28 I O ON ON 3 ON OFF OFF ON T 0 3 0 5 ON s OFF OFF TO AND
50. 1m 3 11 E 3 12 PC ON OFF RALSRE lt 1 gt H 250Kpps i Vee 5V H 3 V TRUE H 3 11 ON TRUE OFF FALSE 5V i 7 12mA R
51. e SMB 55 2 5 2 1 1 1 2 0 45 13 AN
52. A ETE L9M_ q L9 M RAM lt gt PRM8 L9 824 PRMS L9 8A9 PRM8 RAM L9M 8A4 12 e 10 SMB 55 9 7 3 LER OO E PRM1 7 2
53. Q SMB 55 411 4 D M1 FF 1 2 gt J 7 wg V4 Oo M1 2M1 3 M 1 gt 0 2 0o gt H 9 lt e 7 e l s e
54. CE EU EU 3 1 EU 1 IEC EN 61800 5 1 IEC EN 60034 1 IEC EN 60034 5 2 EMC IEC EN 61800 3 3 Safe Torque Off IEC EN 61800 5 2 EN ISO ISO 13849 1 IEC EN 62061 2 EU 1 M 2 2 T 1 2 CN1 CN2 CN3 TB1 T
55. G101 G101 G91 G90 1 G90 1 J 1 E 1 G92 1 H 1 G91 1 NC G10
56. V 9 7seg _ 3 2 8 0 NC
57. H nuu nuu lus SMB 55 amp 15 lt 6 gt 1 G11 F G101A36 1 36 GO8P0 5 0 5 G09P0 5 0 5 GO07A 20 20rpm CCW M30 8 8
58. G92 PRM3 G92 iJ ANN CkRpov KS Fi J 8 RS 7 4 G92 p e G90 1 G90 2 G90 3 SMB 55 718 v 7 6 PRM17 3 H 3 PRM16
59. NC G101 SMB 55 amp 1 8 1 1 2 2 4 A B 45 A B 45 8 1 mA SMB 55 8 2 8 3 0 A
60. CKD 15 1 Item UL File No UL Standard Description Driver E325064 UL508C Power Conversion Equipment NC E328765 UL1004 1 Rotating Electrical Machines General Requirements E321912 UL1446 Systems of Insulating Materials General 15 1 15 1 1 SOAC Safe Operating Area of Continuous operation 27 7 SOAC SMB 55 15 1 15 UL 1 AX1000T series rpm AX1022T SOAC curve AX1045T SOAC curve Continuous Intermittent S7 300 Continuous Intermittent S7 0 5 10 15 20 25 20 30 40 N m 100 AX1150T SOAC curve Continuous S7 0 20 40 60 80 N m rpm 150 100 Continuous S7 50 0 SMB 55 5 2 15 UL 2 AX2000T series AX2006T SOAC curve AX2012T SOAC curve Continuous Continuous Intermittent S7 S7 E MER ees eon a 4 8 12 0 0 2 0 0 N m SMB 55 15 UL 3 AX4000T series AX4009T SOAC curve AX4022T SOAC curve rpm 0 AX4075T SOAC curve 0 10
61. OFF SMB 55 5 24 IO 8 1 2 CN3 46 47 ON PRM56 0 1 PRM57 0 PRM33 OFF 2 1 PRM34 2 ON PRM33 34 E gt lt 100 80 20 0 gt NF 1 OFF OFF ON 2 OFF OFF SMB 55 X 5 20 PRM33 20 PRM34 80 5 25 WENN 1 O 9 CN3 46 PRM56 1 CN3 46 ON
62. H DC24V NNN ZI SS aa 1 p oo Dle u p A P P i Z o CN Bk gr z Eg 66 DC24V e 9 10mm e AWG22 24 AWG22 24 R R TF ANE SMB 55 8 1 3 V 2 A4 SVCNO UE BI DC24V DC24V
63. M0 M1 M2 0 3 7 OFF ON L16 MO L16 S1 L16 I O
64. MDI 3 1 2 3 4 amp sk Y N 0 ACT ME O Y N e
65. TS TH ABSODEX REP
66. SMB 55 E 7 4 BX E SMB 55 7 1 511 OFF 0 2000 1000 msec PRM23 3 CN3 17 1 2 3 PRM24 4 AX4075TS AX4300TH AX4500TH 0 1000 AX410WTH 100 M69 1
67. ABSODEX RS 232C Bx KE SMB 55 7 12 L7
68. 10 G91A180F0 4J1 G91A180F0 4 J1 11 G92 M M 12 1 NO 83970 NC gt O 1 G 100 A 7 G 914 A 1 F 05 M 30 gt 1 2 3 4 5 6 7 8 9 10 1 12 13 14 15 16 17 1 18 NC 13 G CDE
69. M 1 NC 256 NC 0 IO 16 e Rd 2 CW CCW 3 a G92 9999999 9999999 18 G92 b 0 540671 1 c G92 0 PRM3
70. MC2 2 Modified Constant Velocity 2 MC L E e MS MS MS 7 14 SMB 55 1 MC2 NC F
71. 2 8 8 3 D GO7 CCW GOTA 10 GO08 GO9 1 6 3 G G101 GO7 G101 G101A36 1 36 36 E 6 3 G G09
72. NC w gt L4 UNI 2 c SN lt AUD SS Sv m A Ol OD V Vo SE SMB 55 10 3 10 1 4 4 M PRM11 PRM11
73. NO ALARM D OK TeachingNote QFFL Lj SMB 55 A 4 OKK 1 A se ONL V AX Tools
74. e e SMB 55 11 6 12 12 RS 232C CN1 1 12 1 12 1 1 ML S L M1 M6 S1 S7 S10 S20 L1 L21 12 1 2 ASCH L7 L9 3 12 1
75. SMB 55 3 25 3 v Dipl If TB1 a b c EN ISO ISO 13849 2
76. S1 SMB 551 5 12 WEE L OOftU 74 TO CN3 CN1 4bit BCD PRM36 1 4bit BIN PRM36 2 NS 5bit BIN PRM36 3 6bit BIN PRM36 4 6bit BIN PRM36 5 5 7 TO RREA FERLET 0 8 CN3 5 8 2 1 E CN3 9 10 CN3 13 0 4 CN3 5 9 1 CN3 10 CN3 13 0 5 CN3 5 10 CN3 13 CN1 PRM36 1 2 S1 0 3
77. 3 TS TH ABSODEX ABSODEX
78. 9 e 11 5 1 V 11 8 NC lt gt CN1 L17_12345
79. 3 2 2 U V W 12 6 SMB 55 E A EH E I gt 11 v amp 11 2 3 4 9 TO PRM23 DC24V DC24V A H TO
80. e 7 13 PRM47 0 1000msec PRM47 0 PRM13 1 PRM47 0 SMB 55 9c ET nx 4E 7 14
81. AX4009T AX2000T SMB 55 9 9 2 4 D AX4000T 1507 250msec 13 5 3 50 200msec N
82. PRM53 0 I 3 CN8 15 NC G70 C NC N3 14 PRM53 1 4 CN3 16 M6 ON M6 MORE PRM54 1 l 2
83. 0 5 0 6N m lt gt SZS 0 6X3 5 mm Eeen 180 o 100 7 Le X 3 6 SMB 55 3 8 pue 3 V AN L1 L2 L3 L1C L2C U V W 5 AN e IO PWM
84. 9 SMB 55 4 14 4 Step 3 Step3 1 IR 1 2 a b le l3 2 lk Step3 2 14 hen leke B 3
85. A CW CCW G12 180 000 179 999 3 M68 G12P0 M69 G12P100 G12 G12PO G12P100 6 3 G 23 nj lt 3 gt G11 F G101A8 1 8 G91 1 1 M69 0 5 1 1 0 5 CW 1
86. BK BK TB1 7seg S1 7seg S2 7seg 7seg SMB 55 3 26 4 CN3 17 JO CN3 14 O
87. OFF ON OFF ON OFF 10 1 1 1 8 1 2
88. L7M_23 S7 CN3 14 7Seg r 7Seg U2 U3 U4 2 4 1 4 1 TS 4 4 T TS
89. 10 500Hz 80Hz 100Hz SMB 55 728 v 7 11 PRM67 e
90. 12 4 CR 0DH 20H CR LF 0AH lt 1 gt PRM1 3 L7 1 3 CR 0 CR LF lt 2 gt MDI M3 CR 0 CR LF 2AH 7 SMB 55 mai a 12 12 1 8 NC L11 NC L11 NC 0 NC
91. 1 2 2 G92 9999999 9999999 18 7 5 PRM12 13 1 999 3 M 1 2 1 M OFF 2 M 100msec 1 2 1 OFF 2 100msec PRM47 1
92. A N B s 5 5 e Dig If 30rpm
93. 3 3 hg uM 3 5 AX4002T AX4045T AX4075T AX4150T AX4300T PRM27 E 7 nuu SMB 55 3 14 3 V A
94. 9 N SMB 55 LL 9 1 Lt gt Dig Ec e G1 G2 0 F F 0 e
95. G92 1A0 NC 5 15 WEN 1 O 5 3 4 e CN3 17 IO e CN3 11 PRM23 1 3 8 ON D PRM21 T 1 2 3 PRM23 1 PRM23 3 PRM22 9 2 ON 5 1 2 I O
96. 51 EvEUECHBEAS Bem 5 2 I O RE OC CC SR 2 SG 5 5 5 8 1O 5 7 5 83 1 RN A 84 8 4 808 31 806 8 RR RR 5 8 5 3 2 NC A A Vds d oe Mets led olco o LEE 5 14 5 3 3 JE URS Item AJJ SUD EA Ga CR ADU CER AA QR ER RO oC RR LR IA LE Td 5 15 5 3 4 MM 5 16 5 3 5 A e e a OAE A AEE R OES CUA OOR OOE CIEE CRTR 5 17 5 3 6 5 18 5 3 7 Ven anle ien AsszG Neq loq eq oe puisque TN o 5 19 5 3 8 We V RR RE ERE I ERN ESSERI NE TTE 5 21 5 39 M X M E 5 29 5 3 10 OUR ERRARE END IN TET ER RS 5 23 5 3 11 T O Ve art ad T EET EEEE AEREE SETAE EEEE EEREN 5 24 5 4 5 27 5 4 1 eme 5 27 5 4 2
97. 16 4 3 2 8 5 6 5 SMB 55 16 16 7 20 8596RH 86kPa 106kPa 20 9096RH 86kPa 106kPa 20 9096RH MEIDIE 86kPa 106kPa 3016 8 20 9096RH 86kPa 106kPa 20 9096RH SRITI OkPa 106kPa 20 9096RH SRITI 70kPa 106kPa 5 5
98. 20msec BK BK 3 2 8 SMB 55 5 40 al O gt lt Die If TB1 a
99. E 2 nl e PRM62 PRM66 4 1 SMB 55 4 3 4 3 i nj AX0170H CN BI A 3 UE ge pr i E SA F UA Aa AC200V Zi P 7 p AA P
100. 11 m 10 1 1 4 M1 BN Ci gt UN M3 n NC TO Un a al 2 810 PRM19 n PRM20 Uti 4
101. NC G4P SMB 55 8 7 RI D O OFF G91 1 G91 1 1
102. MC2 G10 G90 1 180 G90 2 CW G90 3 CCW SMB 55 8 5 lt 2 gt 1 G105G11 A F G90 1A0F0 5 0 0 5 M30 2 G105G11 A F G90 1A90F0 5 90 0 5 3 G105G11 A F G90 1A180F0 5
103. 90 0 5 SMB 55 5 88 WEE IO SMB 55 1 2 1 2 OFF 20msec lt yi ON 5 33 ON OFF
104. 2msec du IRERE RBAN NEE 2msec G7 GO7 G101 6 9 G92 G92 H T 6 G101 4 lt G101A4 gt 5 4 3 2 1 0 1 2 3 4 5 Ccw 450 360 270 180 90 0 90 180 270 360 450 CW
105. 3 14 ON OFF SMB 55 e 5 3 WEN 1 O X 5 5 CN3 PULSE UP A PRM42 AIB PULSE UP A DIR DOWN BfB DIR DOWN Bff e O 10msec 10msec 2 10msec
106. 6 A10 8 A180 m SMB 55 4 8 z 4 4 amp Pal 9 o CHLIEB Pa SMB 55 4 9 ABSODEX CKD Ver 1 2 3 4 gt 1 1 3
107. G1 HELTE alli 2 G2 2 G2 1 D G2 3 E RS 282C KM uc No 12
108. 1 PRM1 5 MC2 PRM2 MC2 7 100sec 0 NC SMB 55 6 8 LER 1 2 3 4 5 SMB 55 G105 G91
109. Step4 1 1 2 a b lel 3 3 bk Step4 2 14 zza zRo Bg leke o 3 4 gt md it Plal 1 2 3 4 PP it FE 1 2MDI 3 4 ERIS d 1 2 3 4 Mm FE ETE 1 2J0G
110. ISO IEC JIS AN DANGER AN lt WARNING AN CAUTION 3 EROR RES ders emu f T Jj
111. 90 000 269 999 1 E 269 999 269 999 2 360 x 540672 405502 T e PRM45 8 6 b 200 200 e G90 G91 G90 1 G90 2 G90 3 G91 1 G92 G92 1 SMB 55 811 85 1 2 8 4 BA ESI 3 PLC 8 7
112. 1 gt a wd o MDI NC wj 1 1
113. EEHAJ ON lt gt M98P 4 M99 OFF L BK BK ON 174 230 BK BK DC24V 1 M 0 7 M CN3 3 G101 M 0 7 CN3 n
114. NEN 100msec ON OFF X 5 12 e M68 SMB 55 V5 1 O 5 8 6 pg e CN3 47 e PRM57 1 V O CN3 47 bit14 CN3 47 M5 PRM22 OFF M3 OFF
115. 3 5ms 16 16 5 STO PL SIL E 16 6 16 5 IEC EN 61800 5 2 Safety Function STO Cat 3 DC avg 10096 equivalent EN ISO ISO PL d 13849 1 MTTFd gt 100 years MTTF 317 years all failures are safe 3 IEC EN 62061 SIL Hardware fault tolerance 1 7 f ah TERRE D22 2ODNC 2 fy EN ISO 13849 1 2008 ISO 13849 1 2006 PL c or PL d
116. 0 2 1 2 3 1 T 2 1 2 1 mm N m 50 100 200 300 500 6 35 d 40 d 46 50 P60 9 12 40 46 p55 d 60 70 18 22 o 45 55 d 65 70 80 45 55 p65 75 85 95 75 62 75 d 90 95 110 150 75 90 110 115 130 210 80 95 115 125 140 300 90 105 125 140 155 500 d 100 120 145 160 o 180 1000 120 140 0170 185 210 SMB 55 C 2 3 0 5 2
117. SUS303 S45C SMB 55 815 3 v 3 2 5 CN3 L O fa 1 LO 1 0 fal PLC 24VDC 10 24V C Hc l 1 33 K 34 A 1 T 36 Pos 1 37 Pod i t 1 E 6 Hd Y 1 8 1 Pod DP
118. MC RI H50 MT Trapecloid 5 3 B RhE RACOT rm comis
119. NC lt NC SMB 55 6 2 ilt 6 8 NC 6 3 1 O N NC O NHHG P A F M L J NHHG P A F M L J N M30 6 3 2 SMB 55 1 2 3 4 5 6 1
120. N pmo SMB 55 LL 9 2 ilt nul aH V 9 2 TS 2 TH 9 2 1 TS SMB 55 1 2 PID G1 G2 0 0 0 0
121. a AC200V L1 L2 L3 L1C L2C 50 60Hz L1 L2 L1C L2C 50 60Hz b AC100V peus A L1 L2 L1C L2C 50 60Hz Eu 45N m 100V 200V e 2mm 4mm 2 D G p TUTI Z o 2mm2 4mm2 M4 1 2N m
122. 7 9 1 G91AO0F A0 1 PRM38 1 CW 7 8 a G101A4iG91AOF 1H H 2 PRM838 2 CCW 7 8 a G101A4iG91AOF 1H 3 PRM38 3 7 8 b G101A4 G91AOF 1H PRM37 4 PRM38 4 C 7 8 a G101A4iG91AO0F 3H G101A4 C SMB 55 9 enc nx 4E 7 9 2 G91A 1F
123. I O e 3 3 10 e ON OFF e e
124. e 2 lt 20m A N CLE e AX4009T AX2000T SMB 55 1 1 et JN MEMO SMB 55 1 2 2 1 D 3 E 6
125. e UL 15 UL e 16 SMB 55 4 14 14 2 TH HA EIR 1 Phase AC200V 10 AC230V 10 50 60 Hz 5 0A 1 Phase or 3 Phase HJ EJE 0 230V 07 50Hz H 5 0A 3 Phase TN TT IT 2 1kg W95 H220 D160 07 50 20 90 RH 20 80 C 20 9090RH 1000V P P lusec 1nsec 4 9 m s Ei 1000m IP2X TB4 TB5 1 PRM39 50
126. 540671 0 lt 10000 2000 2000 ON 0 0 ON 0 1000 H 1 2 1 2 0 8448 16896 33792 rev 33792 67584 A B 4 4 270336 rev PRM50 67584 eo 50rpm
127. E n a L7 83 10 REVET A HI EH h Ey 1 V x eM c A lt js n 4 5 TS 9 alli 4 4 p SMB 55 4 6 EET 4 Step2 2 1 4 5 G1 G2 0 2 e 1
128. PRM36 4 gt NC e PRM23 1 3 e c
129. E r 7Seg 7Seg U2 U3 U4 2 e M5 SMB 55 10 4 e 3 3 3
130. S4 RS 232C Q G28 NC TO CN3 12 PLC SMB 55 7 16 V 7 5 PRM8 A PRM9 B PRM10 A o 1 7 4 1
131. RAM 5947 4866 2883 2552 1982 1441 630 2msec 2msec Nrpm t 122 540672 60 1000 XN PRM21 2 18 0224XN PRM 21 msec Ti
132. M68 M69 3 8 NC NC SMB 55 240 3 V 3 3 1 1 NC 2 3 pud 1 PLC 2 PLC 3 1 1 AC200V
133. TB1 a b c EN ISO ISO 13849 2 16 6 iti FAR G9SA RE UEM G7SA PSR
134. G1 G2 lt gt G12P100 100 G12P0 0 1 S P lt gt G79S1P2 PRM1 2 RAM 1 A G106 lt gt G101A10 1 10 A1F1 A A A A G101 1 AHF G7P G28 0 2 G79 7 1
135. b Cl ERATOR c EN ISO ISO 13849 2 180 1 20 5ms
136. 1 90 e a I Ns pir 5 Te ug imgXhat 1 F7 5 O O Eee niei uunc 180 90 100msec i AX X 5 31 4 1 PRM23 3 PRM23 1 SMB 55 N WEE 1 O b MO 1 2 2 G11 F G101A4 1 4 G91 1 1
137. 3 4 4 A Dig HA 9 E e SMB 55 4 19
138. AND ON OFF ON 2 TO E 5 3 CN3 5 4 5 4 OFF OFF ON OFF ON OFF ON ON OFF 3 13
139. MC2 7 G12 G04 Q lt gt N1G90 1G105G11 D 1 N2A90F1 90 1 90 N3G04P0 2 8 0 2 fb N4G12P0 D 09 N5M30 ao e G12P100 SMB 55 6 16 8 G101 M70 M0 QJ ums H H lt gt N1G101A5 N2G11 N3G91AOF1 N4M70 N5M0 N6G91 1A1F1 N7M70 N8M0 N9J6 N10M30 ua Eu nH e 5
140. M M B Y N zokkzbdk emux 5 4 5 2 D db 01 Y N o SMB 55 427 Ie Y N 29 EE RT JnZSANO 1 2 Sol T dp 1
141. ON OFF d 7Seg IT G Seg 12 2 1 1 nul 613 N e gt SN F SMB 55 6 14 o 6 6 NC NC 0
142. x x x DO DDS X 7 5 SMB 55 f19 7 7 PRM17 3 3 PRM16 1 1 1 Ei ye pa Ox x 6 p 7 6 PRM13 1 CN3 16 PRM16 2000 SMB 55
143. G92 0 540671 G92 9999999 0 9999999 4 MDI 6 e 10 SMB 55 6 1 IR 6 NC G72 M1 M6 12
144. PRM11 12 13 PLC PRM12 13 TO C G92 G92 PRM8 9 10 E RS 232C F 5 RETA P L
145. SMB 55 8 19 3 v 3 2 6 CN3 L O 1 O 1 1 NPN ji ANN 2 24V 10 oO o il i 5 18 24V 10 4mA DC24V 1 2 PNP 24V 10 4mA DC24V xX 3 14 SMB 55 8 20 3 V 2 1O 2 1 NPN 14 2 24V 10 o e bod 2 2 PNP SMB 55 1 2 24V 10 24V 10 30mA MAX x 3 15 8 21 3 V 3 510 b 120 22 5V 10 1Mpps 250Kpps X 3 16 e
146. FD i _ nsus be e mu s 1 2 N C 1 NO Hu 6 zoxklJhk gt gt 2 e Sg UR EI AZ ERLE CW 2 1 2 1 CW zoa Jb PRM5
147. ON TRUE OFF FALSE 5 1 O 4 123 25 27 124 26 28 DS26C31 DS26C32 X 3 17 SMB 55 3 22 3 V 3 2 7 1 PLC 3 6 PLC Q62P Q62P 24V GND ZETAN D75D1 CN3 2 1 1A1 24V 2 1A2 3 1A6 GND 4 1A7 1A11 1A12 A 19 1A15 CW A 20
148. 1 SMB 55 4 7 4 h 1 Md Mm CE BD Pram fedes Eo Fdo w s M E b M
149. 9 1 103 7seg 11 12 13 14 15 UL 16 2010 6 3 3 TB1 CN4 CN5 5 7 83 16 2018 3 4 3 15 16 K 16 4 2013 10 5 5 6 2014 6 6 3 VO 5 NPN PNP t 7 20 SMB 55 CKD Japan CKD CORPORATION OVERSEAS SALES ADMINISTRATIO
150. 180 0 5 M30 4 G105G11 A F G90 1A270F0 5 270 0 5 M30 SMB 55 E 8 6 il 8 8 3 1 2 8 8 4 3 M68 4
151. 3 1 1 0 ON 0 20msec 20msec 1 20msec 0msec 3 100msec 5 833 ON
152. G M 1 NO PME NC 6 3 G 6 4 M D M M20 M27 X 1 0 7 M M CN3 A M 3 M D M M 1 M D M M30 M70 C dG101
153. G101 G91AOF 1 CW 2 CCW 3 4 C 7 9 17100 H 1 Ver1 26 PRM36 4 5 PRM36 4 5 7 2 2 PRM19 20 39 1 SMB 55 7 6 ZL BX JE 7 1 711 1 2 3 AB fH 4 4 A B 2 3h fi 07540671 270335
154. SMB 55 E 7 9 snc nx 4E 7 1 1011 1 Q 1 2 Q 2 AX4150TH AX4300TH AX4500TH AX410WTH AX4000TS FAMA 7 12 1 7 2
155. 14 Dsub9 10114 3000VE XM2A 0901 10314 42FO 008 XM2S 0911 X 12 2 RS 232C 14 SMB 55 12 9 3 Dsub25 PC9801 PC9801 5 1 2 3 6 8 7 9 4 Dsub25 Dsub9 XM2A 2501 XM2A 0901 XM28 2511 XM2S 0911 12 3 RS 232C Dsub25 N RS 232C CN1 7 9 7 9
156. 5 22 p PRM42 5 9 CN3 19 20 CN3 21 22 B AB PRM35 AB A B PRM35 SMB 55 5 28 WEE IO 5 4 8 lt gt tl 1 25 u sec t2 Z 5usec tlt3 lt 50 TRUE FALSE 5 28 FALSE FALSE 5 24 Na ya ee II EN UI B A gt lt B A 90 90 ba 5 25 A B e FALSE
157. Q Q Q 1 Q Q 1 Q gt 1 B 7 11 Q SMB 55 OPAC v 7 10 4 1 100Hz 1 200Hz _ L7 62 100 PRM62 100 L7 64 200 PRM64 200 L7 66 5 PRM66 5 B 0101 L9 12 uj 7 30 5
158. 3 2 4 e 9 10mm AWG22 lt 24 AWG22 lt 24 N nemrmmo 9 g e SMB 55 3 10 3 V 3 9 4 1 e P ces AC200V DC24V 3 7
159. 8 8 SMB 55 8 8 4 1 2 1800 n EI E code n 8 5 3 D 180 0 180 900 e 90 lt 4 gt G105G11 A F G90 N1A90F1 1 90 1 90 1
160. A B PRM50 17 8448 4 33 792 P rev 6 7584 P rev 135168 P rev 270336 P rey e 1 170 kHz 90 AB Z 0 0 B Z tB CW CCW X 5 26 SMB 55 brgl 5 6 I O 5 6 1 TO WEE 1 O 1 O
161. lt NN jc CPU SMB 55 010 2 WIE 10 1 3 4 FE IE M68 TO OFF 4 PRM8 PRM9 18 C 2 PRM38 4 0
162. 100 0 100 i PRM46 100 ON OPF EE 10msec o i Le 10msec 5 21 a 10msec PRM46 100 100 100 ON L 101 OFF b 10msec 10msec SMB 55 5 26 IO 5 4 5 4 1 e PULSE UP A CN3 19 e PULSE UP A CN3 20 O e DR DOWN B CN3 21 e DIR DOWN B CN3 22 2 T
163. 2 7 2 SMB 55 7 10 Z RX JE 7 1 1111 81 0 0 512 0 0 0 0 0 2048 0 1 32 0 1 32 10 0 0 8192 500 1000
164. 2rpm J RPM SMB 55 4 26 V 4 NI 4 1 1sec B 1 E AJJU J le mU D CW 1CW 2 CCW 1 1 2 Jh 2 2 735 lt
165. e CN3 DC24V PRM23 1 3 OFF ON e PRM23 E SMB 55 5 16 WEE IO 5 3 5 e CN3 18 e CN3 13 e CN3 42 O ON
166. gt NC NC NC PRM36 4 5 a PRM4 b PRM36 5 co
167. EV Y SMB 55 10 1 10 1 274 110 FH 3 E AE I 1 LI pemep m ae 1 T 6 DEM indie 1 2 D 1 MI Li lt E RN w 4 M JUG
168. RCD residual current operated protective device B RCD RCM 2 E FLA 110 FLA Full Load Ampere SCCR Short Circuit Current Rating SCCR 10kA SMB 55 16 2 16 11 16 4 16 4 W AX1022T AX1000T AX1045T AX1075T AX2006T
169. e SMB 55 28 V lt gt 3 3 1 3 2 4 Q Ld NO J us 1 QUINOS 1 lt CHO CI Mo E 3 4 1
170. 20msec 2 100msec X 5 28 1 WEN 1 O 1 ON 2 OFF OFF OFF OFF 20msec 3 ON 100msec OFF OFF ON OFF PRM13 1
171. 68 lt gt M3 4 83 A90F1 4 S3 2 lt gt M14 L11 O100N1G91A90FTL JL 4 L16 100 4 S14 S24 lt gt 90 1 lt gt SMB 55 12 8 12 4 2 RS 232C D Dsub9 DOS V f amp DOS V fil FG Dsub9 Dsub9 XM2D 0901 XM2A 0901 XM2S 0913 XM2S 0911 X 12 1 RS 232C Dsub9 AX RS232C 9P 2 14 PC9801 PC9801
172. Step 1 l Step 2 Step 3 Step 4 3 SMB 55 4 2 EET 4 Step 1
173. id acd bi din 21 1 4 1 2 1 90 3 4 e 4 e ZN Die HA 9 E 3 00 C
174. G2 AC ABSODEX inven A LL NT SERES POWER C uio a 1 1 6 iN i3 HE t 25 JN LC o lt 1 G2 2 G1 E G2 G1 430 SMB 55 Step4
175. 3 M4 a 7 ABSODEX 1 3 M4 L a el amh s Ur AOI E BdQ 2 TS TH 2 AX9000GS AX9000GH 2 8 SMB 55 WEE E V 9 3 1 2 A I O
176. LED 12 8 12 2 2 12 3 CN3 SUM S2 CR CN3 S3 NC 3 F CR MDI lt gt NC 1 S3_A100F0 5 CR S4 CR CN3 CW S5 CF CN3 82 820 CCW S6 CR PRM14 15 CN3 CN3 G7 CN3 S7 CR S10 CR S20 CR e CR 0DH
177. we mE CN3 12 M6 NC G72 nu 7 PRM3 PRM4 PRM5 PRM6 PRM7 S4 NC G28 iu PRM3
178. 7 zu PRM80 PRM 81 PRM 82 PRM 83 PRM 87 PRM 88 PRM 89 NC L17 12345 PRM80 82 PRM80 82 M5 PRM80 82 G1 G2
179. G101A36 0 5 6 3 G 1 3 SMB 55 8 16 jm DA i m 9 1 G1 G2 PID P I D 3 G1 G2 3 PID
180. L2C 7 CN1 2 RS 232C eM C Vra MM MAN CO E 4 CN2 TB1 CN3 de F IO N IN N B 3 4 TH TB2 Ru ree A e LED CHARGE 5 e LED POWER 5V e TH 3 6 SMB 55 3 V 3 2 2 CN4 CN5 1 L1 L2 L3 L1C L2C CN4
181. U 100 AX4000T 75N m 1000 500 100 11rpm ms 0 1000 700 80rpm ms 0 1000 200 1 7 2 2
182. lt v Ea ia z Le Fg Ed 4 2 AC200V SMB 55 4 4 zs 4 Step2 T m xX 4 3 ft A 9
183. 15 7 Maximum surrounding air temperature AT ERIZE AS AU Maximum surrounding air temperature AX9000TS 50C AX9000TH SMB 55 50C 15 7 EZRV 15 UL 15 2 2 CN4 CN5 15 2 2 1 L1 L2 L3 L1C L2C CN4 1 AC200V L1 L2 L3 L1C L2C 5060Hz L1 L2 L1C L2C 50 60Hz 2 AC100V L1 L2 L1C L2C 50 60Hz 45N m 100V 200V d 60 75 AWG14 AWG10 2mm 4mm 2 15 2 2 2 D G
184. 0 8 6 a 8 6 b SMB 55 8 10 8 PRM45 N 180 000 179 999 PRM45 180 PRM45 270335 0 540671 Hi 540671 lt gt 8 6 b
185. 0 255 FF 0 3 a ka b c d e f gt a b d e 20msec c f 0msec 5 5 3 5 1 PRM36 3 CN3 9 4 0 4 5 CN8 10 0 31 1F 5 ON 0 4 ZU 3s b c a b 20msec c 0msec 5 6 e
186. 12345 2 O CR LF O CR LF L18 _ CR lt gt L18 100 200 CR 0100 0200 O CR LF 1 L19 CR NC CR LF qp Jom e CR ODH LF O0AH 20H L11 L17 L18 2 12 6 SMB 55 12 4 378 CR LF L21 CR lt gt M1 CR LF
187. CN3 43 OFF 1 2 4 5 6 8 9 E F L SMB 55 5 9 ES ODUA e 1 2 7 lt gt 26 1 4 BCD 2 1 1 2 21 Ed 5 7 0 1 5 8 0 a b C a b 20msec ce 0msec 5 7
188. 6 SMB 55 14 3 14 14 3 TO CN3 TO 5 1 O 3 14 4 RS 232C 1 ud x 14 4 RS 232C ifs tt 9600 2 7 3 ODD 4 1 5 X XON 2 CN1 K 14 5 Dsub9 eME SMB 55 A 15 UL 15 UL UL cUL UL UL UL
189. M 8 M A B Z 67 584P rev 4 W141 270 336P rev M 170kHz 18 6000 256 19 1 e 200V 45N m 200V 10 13 NC
190. 1A16 CW B 21 1A17 CCW B 22 1A18 COW 3 18 SMB 55 3 23 2 3 V PLC 3 7 PLC CN3 A tB 23 CT021 A 24 B 25 B 3 19 324 B8 A A8 A B10 B A10 B SMB 55 3 V 3 2 8 GTO Safe Torque O TBI S1 S1 S2 2 82
191. 540672 540671 7 4 1 CW 2 CCW 3 1 Ver1 25 PRM4 3 PRM6 gt 1 0 PRM4 3 PRM6 gt 1 0 7 2 2
192. H SMB 55 6 12 6 5 1 2 3 4 5 6 7 8 SMB 55 0 G105 G11 G90 G92 G92 G92 PRM3 x ia Imi G92 180 000 179 999 PRM29
193. P FARNE PEN ME 1 E FI Y 3 Ed F D m yg D G1 1 G1 1 D G1
194. 20msec JEU ON AX 20msec 5 29 2 SMB 55 5 84 WEE IO 5 6 3 1 PRM36 1 3 a PRM4 b c
195. 7 Ea Pa 2 sz SMB 55 412 4 lt gt 2 3 4 5 D ESIDA PRM80O 0109 PRM81 33491 PRM82 404591
196. a 100msec X 5 15 SMB 55 5 20 5 IO 5 3 8 e CN3 42 VO e CN3 16 e PRM13 BONS PRM47 e PRM54 0 I O CN3 16 bit11 CN3 42 7 7 PRM13 CN3 16 1 CN3 16 PRM13 2 CN8 42 100msec ON 100msec sies X 5 16 2 CN3 16 PRM13 1 CN3 42 CN3
197. 07 1 4 BCD 4 BCD BENE 0 1 3 a b gt ie 9 e gt a b d e 20msec c f 0msec 5 8 SMB 55 510 WEE IO SMB 55 4 6 PRM36 4 5 PRM36 I O PRM36 4 2 CN3 9 4 1 CN8 10 5 0 63 3F 1 5 6 3
198. 1 B 8 2 NC 0 e NC G28 4 PRM3 e 4 CW 7 9 2 2 PRM38 3 G10A4 G91A1F SMB 55 LI 8 3 8 2
199. SMB 55 MEMO SMB 55 X 1 1 1 1 2 1 1 1 2 1 2 CD ROM PCA4 5 ST 7 62 7xz 2 2AX 3 w47 B PC4 3 ST 7 62 7x 2 2X 3 w47 B I O 10150 3000PE IO 10350 52A0 008 1 2
200. fc 1 5 AC200 230V e UL 15 UL e 16 SMB 55 14 2 14 14 2 14 3 f E HE MS MC MC2 MT TR LED 7 LED 2 KT RS 232C Up Down A B 17 1 O 1 2
201. p zs v 2AH T 4 NO NO g i 1 p ssuu amp E x o rar f 2 3 3 3 M bit SEA SEG 4 5 6 Jv EZ 7 1 Cw E 8 1 9 Je No s NO We D i 11 ERR b de 2 12 M 3 aa nd eem PIAA 4 14 Fe _ 5 El 15 MC2 djs 6 je T 16 Po ds 7 ficw H T 17 P EE 8 18 2 P zx 9 z 19 M 2 10 peman c20 NC SITAN Em g 21 500 r Sitename
202. 1 HZ 1 2 1 2 3 HH H H H H 2 PRM34 HH M70 HH M M20 M27 M SMB 55 E 5 2 i IO D IO ON ON OFE OFF ON OFF 1 O
203. M PLC D M PLC 1 4 H HJ M70 G101 f 1 M70 PLC A01 A12 A34 CN3 M SMB 55 8 12 8 SMB 55 1 G90 G90 1 G90 2 CW G90 3 CCW 3 E lt
204. 3SUP EF10 ER 6 NF3010A VZ RN NF3010A SVZ MR NOE JJ NF2015A OD NF2016A UP NF2016A UPF RC5060 m SMB 55 16 8 16 16 4 FG SMB 55 Ll m L 4 Q 403 d 02 4A TR L x 16 A 4 16 9 16 MEMO SMB 55 16 10
205. E co R BX AE A mu MS Modified Sine Zr t MC MT TR Modified Constant Velocity MS Jed A RR BE MCV50 H CV50 50 MCV50 Modified Trapezoid
206. 3 a lal HW E HI e MDI NC la 1 1
207. P SMB 55 7 21 v 2 PRM17 200 300 3 1 2msec 3 a P oc C a 360P 540672 b al P P 540672a 360 SMB 55 a v 7 9 G101 G101 PRM837 PRM38 4 G101A4
208. 200 300Hz AX1150T AX1210T AX4300T AX4500T AX410WT p 9 31 2 1 A A A
209. CW CCW O U PRM89 100 e PRM89 200 7 1 11 11 PRM87 100 e 9 2 2 SMB 55
210. M30 CN3 43 ON S1 82 12 nil Ts nu OFF 20msec ON TH X 5 11 SMB 55 5 14 WEE IO 5 3 3 SEIS e CN3 12 MO SMB 55
211. AOF1 1 MO N1A1FO0 5 1 1 0 5 MO J1 N1 M30 1 0 90 JE AX 21 2msec 1 909 ADAE AX 5 30 3 X 1 90 0 5 2 MO SMB 55 5 36 WE 1 O
212. 3 F G101A4 1 4 G90 1A2F0 5 0 5 M30 4 G11 F G101A4 1 4 G90 1A3F0 5 0 5 I G101 0 1 4 0 90 1 G11
213. AX1150T AX1210T AX4300T AX4500T AX410WT EN ISO ISO 14121 EN ISO ISO 10218 1 IEC EN 60947 2 1 16 2 16 3 16 2 AX9000TS 10A 20A AX9000TH 20A 16 3 Manufacturer Series MOELLER FAZ RT
214. ON3 49 BEAS e CN3 16 uc PRM54 0 VO CN3 16 btt11 NC G101 NC M70 0 7 CN3 33 40 7 9 3 M70 M M20 M27 E CN3 49 PRM12 M CN3 16 M SMB 55 5 23 5 3 11 10O 1 3 CN3 11 WE 1 O E 10 2 CN3 15
215. e 5 AX2006T pn KVA A Xl io AX4009T AX2012T AX1022T AX2018T AX4022T AX9000TS AX1045T AXA045T AX1075T AX4150T AX4075T AX1150T AX4300T AX1210T AX4500T AX9000TH AX410WT 1 SMB 55 3 9 3 V 3 2 3 1 CN1 RS 232C RS 232C 12 J XM2A 0901 XM2S 0911 FER 2 CN2 3
216. 1 G90 G105 G11 PRM3 0 lt gt N1G90G105G11 D N2A180F1 5 180 1 5 N3M30 O 180 2 G90 1 180 lt gt N1G90 1G105G11 D 1 N2A90F1 5 90 1 5 90 N3M30 z 150 3 1 G91 1 lt gt N1G91 1G105G11 D 1 N2A90F1 N3M30 CW 90 1 O 4 G104
217. 2 CN3 46 0 CN3 12 NO G28 1 5 G72 M6 1 118 2 2 3 4 E 4 8 5 16 1 VO 1 4 2 BCD 0 99 2 4 2 0 255 3 5 1 0 31 4 6 0 63 5 6 0 63 1 270336 A TOS 7 9
218. I O TO TO 7 1 PRM52 PRMS57 e SMB 55 al 8 8 8 1 EDEN LS ALLY 180 FE 1 0
219. J kg m Ti 2 z x109 540672 2 x J x PRM21 2 5 81 X JX PRM21 Nem PRM21 999 1 PRM19 20 39 1 2 Ver1 25 PRM21 999 PRM21 999 7 2 8
220. C X 7 8 a G100A4 M70 3 0 1 CN3 M PRM37 G101A4 ON e 5 3 10 R 7 3 M70 M H H i LT B 00000001 D01 2H PRM37 B 00000010 D 02 3H PRM37 B 00000011 D 03 4H PRM37 B 00000100 D 04 5H PRM37 GAP B 00000101 D 05 6H PRM37 B 00000110 D 06 2H 3H X 7 9 8 B 00000010 D 02 PRM38 1 1H X 7 9 b B 00000
221. M68 lt 3 gt M68 M68 M69 6 4 M Q G4P PRM16
222. 0 1 CN3 15 bit10 0 1 MO CN3 16 bit11 0 1 VO CN3 46 bit13 0 1 1 2 ae EHI 1 DE CU od Ver1 25 7 2 SMB 55 E 7 8 ill
223. 11 2 174 Al 11 V gt gt U V W gt 9 OFF F
224. E E 7 i qoh mul nul nma 6 1 E t 1 1 MDI NC S5 86 NC 1
225. 20 80 C n n Cof PR m F n zn 20 9096RH 12 8 15 0 16 4 19 8 1 80rpm 72 0 3 e UL 15 UL e 16 SMB 55 18 8 k 13 4 m E AX4500T WEE V AXA10WT xm FART LY zu fid T nj fid T
226. M 6 A10 8 A180 gt SMB 55 4 25 3 D ABSODEX CKD Ver Je N 727 2 1 m Q
227. e PRM80 82 k NC e PRM80 82 M5 SMB 55 T1 7 2 D 2 3 3 1 1 N enter
228. 1 D D amp 1 1 D 6 e PES m w Q IT Q 6 0 66000 S 9 M68 M69 M M lt gt N1G90 1G105G11 N2M69 N3A 70F0 5 N4G04P0 1 N5M68 N6M20 N7M30 D 1 0 Q 9 mim 70 0 5 WTH 70 y jb L S sep OO M 0 D e 0 05 0 2
229. Dsub25 9 M2 6 XM2S 11 M3 XM2S 12 4 40UNC XM2S 13 25 09 SMB 55 12 10 WE V 13 13 1 AX1000T AX1022T 13 1 AX1045T AX1075T AX1150T AX1210T 140 0 00505 00 0 00790 0 03660 4000 0 05820 0 09280 0 6 0 9 4 0 6 0 10 0 elo nose m c 15 5 n e MUSS RR 540672 foie AC1500V 1 10MQ DC500V 0 45 20 85 RH WROL
230. 7 LED 2 ffr 1 2 CN1 E ed RS 232C JEN CN2 J T B H 1 TB1 2H CN3 lp IO c N 3 TB2 B 2 EE X 3 2 TS AC200V 3 4 SMB 55 3 V 7 LED 2 ffr LED 1 Toe ccs L n z P 12 2 Ue 1 uc F A CN c See TT J CN2 1 TB1 V W CN3 CN5 d O N NRNSSS 2 M4 BEEN pre H X 3 3 TS AC100V SMB 55 3 5 LED LED 2 M4 ii nl a20 18 LS T 8 3 v 7 LED ffr 1 2
231. G G G SMB 55 6 4 il 64 6 2 NC LN M B E 0 255 RI IC 0 999 K 6 3G 9999999 6658 380 4716 EZ 540672 G90 1 G90 2 360 000 G90 3 1 1 255 80 00 0 11 300 00 0 01 100 00 JL 0 01 99 99 G4P M98P 0 50 200 l o 0 01 50 E i NG di c a 8i poda 0 999 1 0 11rpm
232. SMB 55 5 29 WEE 1 O 5 4 4 D 7 PRM35 x PRM35 Xx PRM35 K 150Kpps lt gt 100 000 PRM35 3 4 100 000 Xx 4 400 000 150Kpps X 4 600Kpps 150Kpps X 4 X 60sec 540672 1 66 6rpm 2 A B PRM42 PRM35
233. x PRM35 x Gef H x jfi x PRM35 lt gt 100 000 150Kpps PRM35 2 2 PRM42 4 2 Whg 100 000 x 2 x 2 400 000 150Kpps x 2 x 2 600Kpps 150Kpps X 2 x X 2 X 60sec 540672 1 66 6rpm PRM35 SMB 55 5 30 WEE IO 5 5 e A CN3 23 e A CN3 24 e B CN3 25 V O e B fH CN3 26 e Z CN3 27 e Z 18 CN3 28 A B Z
234. 13 SMB 55 6 5 RI 6 3 1 3 A D EE G1 GO1 A lt NC NC NC NC G8 GO08 180 179 999 lt gt G7A A rpm CW CCW
235. 5 CN3 41 E MR H PRM51 0 PRM51 1 a PRM51 7 15 6 1 2 CN3 44 45 ON 1 10 7 CN3 48 E 0 3 7 7 6 2 1 2
236. 6 2 NC D G90A1 1 90 3 5 4 3 2 0 1 2 3 4 5 lt 1 L4 1 1 1 1 11 Ccw 450 360 270 180 90 0 90 180 270 360 450 cw xX 6 3 1 G91A1 CW 1 90 3 5 4 3 2 1 0 1 2 3 4 5 Ccw 450 360 270 180 90 0 90 180 270 360 450 cW X 6 4 2 SMB 55 6 10 9 G90 1A 3 1 G90 1A 3 CCW 3 270 CW 1 90
237. lt gt O1G90A0F1M0 N1A30F0 5MO0 30 0 5 N2A 60F1M0 60 1 J1 1 M30 2 180 000 179 999 190 170 1 180 G92 PRM3 B A B A CHRI a b 7 3
238. e EU ECC SNS AC200V NN Z SN x NNNNNNNSNNNNNNNSNNSNN S ZA p 3 1 AX0180 NS AUI gp AAA gt j ASSE Z 1 O PLC IO AX DC24V SMB 55 Et 3 1 il 3 v N e AL e
239. zu mi n 6 ln o m eR s tw a 540672 F f AC1500V 1 10MQE DC500V 20 85 RH MREZI 20 80 C 20 9090RH E 66 0 115 0 86 0 1 80rpm 2 e UL 15 UL e 16 13 4 SMB 55 V 13 5 AXA075T 0 AX4150T AXA300T
240. 8 3 9 9 2 10 4 SURG CUM 2 1 7 10 8 3 11 5
241. AC200V S Ln m C NNNNNNNNNNNNNNNN S X X 4 7 SMB 55 4 23 Step 2 4 EL e CW 90 1sec 1 2 e
242. CN3 48 OFF STO OFF CN3 15 ON ZU oO NSG 20msec pem ame Em 20msec Y Y Y Y OFF ON 5 34 OFF e
243. jaAczoo 230V E e ID 33 TN rude ABSODEX Ws se G6 m z m T HOODOO G9 69 Go 69699 E 5 1 CN3 GS TS TH uu 4 ole CHARGE D p 5 2 CN3 TS TH SMB 55 5 5 il GS MR 50LK2 MR 50F 24V 1096 CN3 24V 1096 WEN 1 O v TS TH MDR50 24V 10 GND 24V 10 GND GND 0 GND 1 0 2 1 3
244. OFF OFF
245. 5kA R SCCR 5kA MODEL AX9000TH R1 AX9000TS R1 SCCR 10kA R1 120V 240V 10kA rms CC G J R MODEL AX9000TH R2 AX9000TS R2 SCCR 18kA R2 120V 240V 18kA rms CC G J R MODEL AX9000TH R3 AX9000TS R3 SCCR 30kA R3 120V 240V 30kA rms CC G J R MODEL AX9000TH R4 AX9000TS R4 SCCR 42kA R4
246. A G M30 N J 6 3 7 1 A F NC 8 G105A123 123 G105A123 1238 G105 A123 0 123 G105A0 123 0 123 9 A F
247. Ci 90 D 180 4179 999 180 CCW 1 90 3 270 D TI 2 180 C2 180 D T um Aw 6 5 3 G91A0 3 2 4 3 2 d 0 Ccw 360 270 180 90 o CW X 6 6 4 e G101 G91 G91 1 PRM37 PRM38 7 9 G101 SMB 55 6 11 6 4 M 5
248. IO zn UR LZ RV IRE CERE TTD OG CU 3 cL SMB 55 o L7M 232 L7M 52 999 L7M_23_2 S7 M5 L7ZM_52_999 M1 L7 232 L7 52 1
249. M1 se T HF 1 a g 20msec c 100msec b f2100msec d e 100msec 5 13 SMB 55 519 UE 1 O 100msec 100msec 5 13 d e Bd 5 14 ON OFF
250. G10 MS In PRM2 7 1 MC2 SMB 55 745 snc nx 4E 7 4
251. 20H MDI A F SMB 55 12 4 12 2 3 12 4 173 CR LF 8 L1 CRI lt gt ALM1_ALM2 CR LF NO ALARM CR LF CRI LF L3 CR 6 0 lt 540671 lt gt 1234 CR LF CR LF 7 0 359 999 HE L4 CR A Jim lt 11 gt 180 001 CR LF HJ CR LF L5 CR 811 9999999 9999999 lt gt 4321 CR LF CR LF TCR 9 6658 380 6658 380 L7 CRH lt gt OICR LF L7 1 3 CR PRM1 3 L9 CR CR LF lt gt lt gt L9 1 CR 3 CR LF H L10 CR CR
252. L7 _ d A L7M lt L7 M RAM RAM lt gt PRM1 3 EE 8e PRM8 135168 L7 8 13516824 PRM8 90 L7 8 A904 90 PRM8 RAM 90 L7M 8 A904 RAM L9 L9
253. 1 2 3 4 Ps C 0 Y N 0 Y N e F SMB 55 4 32 WEE IO 5 O PLC
254. AOF1MO 1 N1A1F0 5M0 1 1 0 5 J1 N1 M30 H 2 0 90 JE AX PRM1 180 90 GEXEWD 100msec ec AX X 5 82 5 1 PRM23 3 b 2
255. SMB 55 V 23 V 11 2 4 4 TO DC24V 20msec TO DC24V DC24V 3 2 5 5 2 PRM29 PRM52 2 3 2 8 3 2 4 3 2 4 7 PRM26 PRM
256. G91A1F 1 PRM38 1 CW 2 CCW 7 8 a G101A4 G91A 1F 4H G101A4iG91A1F 2H 2 3 PRM38 8 7 8 b G101A4iG91A1F G101A4G9A 1F 4H El RITTAL 9H E PRM38 4 C 7 8 a G101A4 G91A 1F 2H G101A4 G91A1F AH 0 s HB G101A4 C PRM37
257. 0 360 A 1 CCW CCW 180 179 999 A 360 CCW 0 360 3 1 A k x 0 A CW CCW 1 A E CW CCW gt ze e X 180 179 999
258. 1 3 v anasonu adds Hx EE E Eos I MESE RO RID Ir derer Up BK Ee K f LO co AE 2 l oO oO NE A oo o BK 4 30cm X 3 9 2 e ON OFF SSR lt gt G3NA D210B DC5 24 SSR 10 4 N e BK BK
259. 2 1 2 6 1 PRM23 2 3 7 5 Z RXJE 7 1 611 1 mec rd e 1 CN3 46 0 De 12 NC G28 2
260. 90 SMB 55 429 Step 3 G1 8 G2 0 Y 48 G1 8 G2 0 E Step2 G1 TE n EBE HH 61 2wa 4 9 TH FZ47 N
261. NC M20 27 M M 0 7 CN3 33 40 RROK M70 M CN3 50 PRM12 M CN3 16 1 CN3 16 PRM12 2 M 100msec ON 100msec M _ Do 5 18 M 2 CN3 16 PRM12 1 M CN3 16 ON PRM11 H M i 5 19 M SMB 55 5 22 IO 5 8 10 e M 0 7 CN3 33 40 FEIS
262. SMB 55 4 31 Step4 3 D 2 1 2 3 4 o 2 2 2 e ERD FAV VYT MDI e MDI 3
263. 16 9 EMC cL TS LT o IRIB o 191 100 FG paua appogg TA ac ik vh Ed TITH P GT ol O x i Iu E r9 16 1 SMB 55 16 6 SMB 55 16 zu 1004F FG i 4 dw 16 2 16 7 16 5 115 95 2mm 1 UVW 9 X16 3 1 En A D m nk cd n
264. 2MDI 3 4 1 2 3 4 4 5 44 D M5 4 7 e Es M5 gt 0 i 3 0 B SMB 55 4 10 4 L7_83_10 rs Ea E Fa S Ed 4 o 2 FE ALE Fa EN Co o L7 83 10 L7 asas 10 3 L7_83_10 u gt 0 3 o gt
265. CR LF L89 CR lt gt aue Ser 1234567 CR LF e L89 e L89 SMB 55 12 7 12 3 12 4 12 4 1 9600 9600 14 2i BE X Mer vL Bao CCS _ 1 MDI
266. Q79 3 G101 A SMB 55 Ll 6 7 ilt 46 3 G 33 F rpm F A A 1 1 180 179 999 A 360 1800 CCW A 1 CW CW 180 179 999 A 360 CW
267. CN3 TO 5 1 K 5 1 IO 24V GND 0V GND 0V 24V 5 2 CN3 ju 5 0 6 1 E 7 3 2 E 8 3 8 E E F v2 yo Uv e ON OFF 20ms
268. e AL e SUS303 S45C e e 2 NC M68 M69 M
269. 0 j lt gt N1G90 1G104G11 D 1 N2A270336F2 270336 180 2 N3M30 e G90 1 180 CCW 270336 180 SMB 55 6 15 GO9 H 5 GO7 GO8 GO7 GO8 G09 0 lt gt N1G08P1 1 N2G09P0 5 0 5 N3G07A10 10rpm N4M30 O 6 G10 F gt lt gt N1G90G105G10 D N2A271 23F30 Q 271 289 30rpm TH 271 23 N3M30 O 1
270. 4 lt gt 3 3 1 3 2 4 Q Ld NO J us 1 QUINOS 1 lt CHO CI Mo E 3 4 1 90 SMB 55 420 4 4 2 TH 4 2 TH
271. ON 50 OFF 150 250 45 N ia e e lt e e e 3 3 2 4 SMB 55
272. e 1 5 M5 L7 83 _ e AX Tools SMB 55 LL 9 4 Ifl J EN V EU D 4 G1 0 G2 0 M5 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 t 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 L7 83
273. 6 M 7 5 41 6 M 7 42 43 1 2 1 2 M 42 43 2 1 2 M SMB 55 C 5 6 WEE IO 5 8 1O IO UO 7 e
274. II 11 SMB 55 10 6 11 V 11 11 1 1 1 2 3 5 H SU CU URP DW J
275. T FG xX 3 10 NPN SMB 55 816 3 V a 24VDC x 1096 i GED GND 2 i y EE Nap A 24V 4 x 3 X BH a ou I4 PLO ui i Lu j 33 D 34 4 y 35 NE L tc K 36 a i yz 37 A i D K n D DEDS AJI i n 5 i Jat 6 Poe SW A 7 OG 8 MU M ores epi lon x FG p 3 11 PNP E 1 AX9000TS TH NPN A lt gt e ZD018 SMB 55 o 2
276. ZL BX JE 7 1 911 AX4150TH OFF AX4500TH AX410WTH 10 1000 2 OFF 10 1000 1 OFF 10 1000 2 OFF 10 1000 1 17540672 100000 7 11 1 7 2
277. e PRM52 1 I O CN3 14 bit9 PRM X Imi CN8 18 ON 6 NC 1 CN8 14 ON NC M0 M30 NC MO CN 3 13 ON
278. 2 4 3 4 5 A A zi 19 A A 0 1 0 2 1 3 2 4 3 5 4
279. 7 20 v 7 8 PRM16 ty r z X 7 7 1 r mm PC 0 rad 540672 y sin 0 r D 0 sin 0 0 9 y r e 0 P P 540672 0 2 e 0 P 540672y 2xr e 270336y rr 86051y r c 2 r TO Xy imm
280. 7 3 a 110 7 3 b 160 0 7 3 a 7 3 b SMB 55 ORIS 3 73 a 0 4 G92
281. G2 1 Sm E aul Eit TAE EE X Y 1 G2 G2 e G1 SMB 55 9 7 9 2 2 TS TH G1 8 SEET EEZ TAFARI NRE TIRET G1 8 G2 0 EE 4 9 2 G1
282. H BK 1 F CR Y 30cm SSR 3 8 n Su Uu BK BK 150mA DC24V e DC24V 100mA BK BK AN e BK BK e BK BK SMB 55
283. PRM48 1 1 7 4 2 PRM21 e 1rpm 100 rpm PT ksl E 1rpm 0 rpm h
284. lt gt 4 H lt gt 0 180 X 5 27 1 1 1 G11 F G101A4 1 4 1 1 MO N1A1F0 5 1 1 0 5 MO J1 N1 lt gt PRM36 I O 3 5 5 32 SMB 55 WEE IO 5 6 2 1 82 PRM36 IO 2 3 SMB 55 5 0
285. 1 2 4 PLC 180 8 3 3 G90 1 4 PLC lt 1 gt 1 G11 F G101A4 1 4 G90 1A0F0 5 0 5 M30 SMB 55 E 8 4 ill 8 2 G11 F G101A4 1 4 G90 1A1F0 5 0 5
286. 3 4 3 2 1 HH 3 4 3 2 2 3 7 3 2 3 ERR ERS RR RS ESR CESSES A ERIS 3 10 3 9 4 mH 3 11 3 2 5 CN3 I O i i RR 3 16 3 2 6 CN3 I O SEESINANE SNET EE EREET ES 3 19 3 9 7 qu Ud equae ad due can LRL dude de iP de rM 3 21 3 9 8 SAS A 2 07272072 700 772 3 23 4 1 TS RA ER SA CGE EEE EE Si it 4 2 Stepl Vera VES ERA E EET EA CERE ES EY EAT EAS 4 8 Step2 iid es d nua a ad race e d a a e dee 4 5 Step3 KU A CULO UA OUS AUR OL EE EEEE UC OUR CECI GC LI 4 15 Step4 EELEE TELETELE EESEL NAT 4 17 4 2 TH 4 21 Stepl TOTEM 4 29 Step2 RAWANRRANAWADR VEA EA RANA EMEN 4 24 Step3 V qa i a US HI RR a P018 UE NL 4 S18 04 668 8 RR 4 30 Step4 EET RE PEDE P CERRAR CERRO SIC ROSE BRICK OCS 4 31 O
287. 9 6 J EN V EU D V 6 E LEF G1 G2 D 1 32 G1 9 1 G1 1 1218314151617 18 9110 11 12113 14 15 G1 1 2 3 4 5 6 7 16 17 18 19 120 121 22 23 124 25 26 27 28 29 30 a 32 G1 8 9 A B C D E F G1 1 PRM82 L9_82 TX L9M_82 Y
288. L1 L2 L3 L1C L2C 0 CN3 DC24V e SMB 55 3 2 3 V 3 1 2 1 3 1 AX0180 AX0180 E 2 m AX Tools Windows WindowsXP 2000 NT4 0 Me 98 CKD 3 RS 232C 3 2 SMB 55 3 3 il 3 2 3 2 1 FZA430fGIR 3 2 B 3 3 3 4 LED V I LI MON C Ol L2 L1C CN4 S1 81 e p j 2 M4 ABSODEX murs ST SERI 3 v A RRONS TOR E
289. Li SS FIN p Go 2 7 TS om 2 8 TH 2 7 3 DAEN it lt Pr He 4 m A 25 B 2 10 X 2 9
290. OFF ON L16 VO L16 S1 L16 O 1
291. 1 NC NC G72 NC G72 23msec G72 NC 2 M6 M6 PRM29 6 e M6 NC M1 M5 SMB 55 35322 ONRUS 5 4 8 AB 90
292. 120V 240V 42kA rms CC G J R cL SMB 55 15 12 15 UL NRC CI h AC240V UNI UL 15 11 Model No Type Rating AX9000TS U0 AX9000TS U1 Inverse time type 20A AX9000TS U2 K 15 12 Manufacturer Series Type Interrupting Rating MOELLER FAZ RT Inverse Time Type 10kA 240V MOELLER NZMB1 A20 NA Inverse Time Type 35kA 240V MOELLER NZMNI A20 NA Inverse Time Type 85kA 240V EATON QC
293. 2 CN3 13 PRM36 3 CN3 13 PRM36 4 5 CN3 5 8 1 1 ET 0 4 M o 1 CN3 9 10 CN3 5 9 CN3 10 0 5 CN3 5 10 CN3 13 L16 S1 SMB 55 EHL Qc E 5 13 1L3 E WENP 1 O 5 8 2 NC e CN3 13 ARSO CN3 43 77 e CN3 14
294. DT CE 5 28 5 4 3 M 5 29 5 4 4 DR A CE ER deaa danaa edid Qe des 5 30 5 5 OSCURO RORIS NE 5 31 5 6 TO H CC eee 5 32 5 6 1 IO V Vas e rH INR 68 8 La qa RR 376 8 846 708 38 8 1 4009 e 5 32 5 6 2 SN RA NN A aut 5 33 5 6 3 3 pner 5 35 5 6 4 SR aite A Lea un n eire lia o a CA re 5 39 5 6 5 ee 5 40 6 6 1 EEUU 6 1 6 2 EE 0203 4232235 NNE 6 2 6 3 NC se d eid a CE Ds o UIS SR ER T PES EET E PRENNE EE 6 3 6 3 1 RR EAE LEEREN ECA ERE RR Rn 6 3 6 3 2 SSE ES 6 3 6 4 STETE ONEONE TA TAEA ONAA DROE DRE PIDE CES DID CUTEM EIC 6 5 6 5 CE EE EEEE EEEE CEEE REE 6 13 6 6 NC 1163 L1 ES EE E REA KR SR SEE RIA LERRA Ie KREIS LI AIC dis 6 15 7 TISSA AN EOR tef Tei te
295. Ver1 25 PRM11 999 PRM11 999 7 2 2 SMB 55 7 2 3 ZL BX JE 7 1 311 JOG 0 017100 JOG JOG 1710000 ELET FANA 7 6 7 7 7 8 PRM16
296. e SMB 55 16 1 3 6 10 16 33 2 HE E 4 W IP54 1 1 1 2 2mm 4mm AC3 5mA
297. 1 e G90 SMB 55 8 9 8 H 180 000 179 999 E H 190 170 180 1 G92 PRM3 7 8 8 6 8 6 a 110 8 6 b 160
298. 1 0 0 0 0 0 AX4000T 7 12 AX Tools 9 3 3 PID L7 83 1000 10 1 10 32 ali
299. 3 PRM19 20 39 1 4 SMB 55 7 3 R nx 4E 7 1 4 11 AX2006TS 5947 pa T 330rpm AX1022TS AX1045TS AX4009TS AX4022TS AX4045TS 4866 270rpm AX1075TS AX4075TS 2883 172883 160rpm AX1150TH m 2522 iX AX1210TH dense 140rpm AX4150TH 1982 AX4300TH 171982 110rpm AX4500TH 171441 80rpm 630 35rpm AX410WTH 1 lt 630 2msec 1 T 2msec P N rpm N 1min AT 30000P 540672 0 0555P rpm AX
300. 4 gt 1 EAD n cl 7 v P4 2 1 2 3 4 FJ 11 7 s 1 2MDI 3 4 acm Li 1 2 3 4 FJ 11 7 s 7 s 1 2 JOG SMB 55 415 4 Step3 3 D 2 1 2 3 4 2 2 2 MDI e
301. LF e CR 0DH LF 0AH 20H e L7 2 SMB 55 12 5 NC L11_ NC CR lt gt L11_o100N1A90F1 N2G91A45 N3G90A45 N4J1 M30 CR 12 4 2 3 0 CR LF NC L12 NC CR lt gt L12 200 CR NC CR LF lt gt o200N1G90A0F2M1 M30 CR LF NC L13 CR NC CR LF lt gt 2 1 2 5 10 CRI LF L16 CR lt gt L16 100 CR L17 CR 9999
302. ON e OFF Bd 5 15 BK BK e 7 es a 20msec b 100msec X 5 14
303. e 2 SMB 55 5 18 IO 5 3 7 e CN3 14 e CN3 13 O e CN3 43 e CN3 47 gina PRM52 0 I O CN3 14 bit9 TO ON OFF M5 M5 7seg d 5 8 7seg gt 5 3 6
304. 1H 225 2H 3H a b 7 8 G101 SMB 55 724 v 7 9 8 M70 1 PRM38 1 CW 2 CCW X 7 8 a G101A4 M70 3 0 1 CN3 M PRM37 2 1 OFF 1 CW 2 3 4 TEE 2 PRM38 3 G101A4 M70 CN3 M X 7 8 b 1 0 3 PRM38 4
305. 1rpm X 7 12 SMB 55 7 30 v 7 15 OFF PRM16 ON PRM51 1 OFF M5 e D PRM16 PRM17 7 16 T O
306. CN3 I O PLC VO 10150 3000PE 10350 52A0 008 5 4 TEB1 3 2 8 e 8 9mm AWG20 24 AWG20 22 E0510 6 TB2
307. G104 G106 G101 A 1 G7 GO7 80rpm 2 PRM3 G92 1A0 NC SMB 55 6 6 6 3 G 2 73 lt gt G4P j ede s Se fT IRL P gt P0 5 0 5 P gt G9P0 5 0 5 fb
308. IT e BK BK SMB 55 Ssl9s 3 v 3 NC NC M68 M69 CN3 18 BK BK DC24V a NC M68 M69 M68 BK BK M69 BK BK b CN3 18 BK BK n 4 3
309. U V W CN5 U v W ETTI 3 SMB 55 3 7 t 3 V 4 CN4 CN5 a E 3 5 T c 3 3 b
310. V MEMO SMB 55 13 6 14 14 pe 14 1 14 1 TS 1 Phase or 3 Phase AC200V 10 AC230V 10 1 1 Phase AC100V 10 AOC115V 10 2 J1 REYE 1 Phase ACI100V 1096 AC115V 1096 J1 av 50 60 Hz 1 8A 1 Phase or 3 Phase 0 230V 07 50Hz 1 9A 3 Phase TN TT IT 1 6kg W75 H220 D160 07 50 20 90 RH 20 80 C 20 9090RH 1000V P P 1u sec 1nsec 4 9 m s2 Ei 1000m IP2X TB4 TB5 1 45N m AC200 230V 2 HUS AC100 AC115V AC100 AC115V AC200 AC230V
311. 20 30 40 50 N m 0 0 0 200 400 600 SMB 55 15 4 15 UL d 15 1 2 XZ9 us rB 1 AX1000T series Xx 15 2 AX1022T AX1045T AX1075T AX1150T AX1210T Continuous Output Torque N m 7 15 50 70 Maximum Output Torque N m 29 45 75 150 210 Rated Speed rpm 240 S7 240 S7 140 S7 120 S7 120 S7 Rated Input Voltage V 190 190 190 190 190 Rated Input Current A 1 3 1 9 1 9 3 3 4 3 Inertia of motor kg m 0 00505 0 00790 0 03660 0 05820 0 09280 Moment of inertia of the maximum load kg m 8 Insulation Class Class F 9 Ambient Temperature 40C 0 6 0 9 4 0 6 0 10 0 2 AX2000T series 15 8 Hem Axzooem AX2012T AX2018T 1 Continuous Output Torque N m 4 0 2 Maximum Output Torque Nm 0 12 0 3 Rated Speed rpm 300 S7 4 Rated Input Voltage V 200 5 Rated Input Current A 0 6 1 1 1 3 6 Inertia of motor kg m 0 00575 0 00695 0 00910 7 Moment of inertia of the maximum load kg m 8 Insulation Class Class F 9 Ambient Temperature 40 C 0 3 0 4 0 5 SMB 55 J5 5 3 AX4000T series Continuous Output Torque N m K 15 4 AX4022T 7 AXA045T 15 UL AX4075T 25
312. A LT 3 phase 200VAC contactor optional Sa ale seil odas ip tot Safety Safety door mw IZ relay unit switch etc Surge Ferrite core A optional optional protector optional T i pL Coptional mE L3 ume rz l O connector PLC y 1 0 gt ada kd 2 Power supply for o AX driver 24VDC Ground 15 9 Wire Range AWG 14 10 Use 60 75C Cu Wire Only Item Required Torque Lb in N m 4 4 5 3 0 5 0 6 3 SMB 55 15 10 WIE UL V 15 2 4 15 10 Item AX9000TS AX9000TS J1 AX9000TH Input Voltage AC200 230V AC100 115V AC200 230V Input Full Load Current 1 8A 2 4A 5 0A Input Number of Phases 1 Phase 1 Phase 1 Phase or 3 Phases or 3 Phases Input Frequency 50 60Hz 50 60Hz 50 60Hz Output Voltage 0 230V 0 230V 0 230V Output Full Load Current 1 9A 1 9A 5 0A Output Number of Phases 3 Phase 3 Phase 3 Phase Output Base Frequency and Frequency Range 0 50Hz 0 50Hz 0 50Hz Maximum Surrounding Air Temperature 50C Enclosure Open Type SCCR Standard
313. CTE EI EE EES 7 27 7 10 4 7 28 7 10 5 7 28 7 11 0 7 29 7 12 ap HS Hd RE Ere ed eae S4 qu d a a ELE 610 M0 eri qaid e EQ d S RS RE Rt 1 99 7 13 qoc ppp IP PE 1 99 7 14 7 77 joi ERRED 2A MERE eH 7 30 7 15 DE ES EE EE 7 31 7 16 IO ENA EE EA 7 31 8 8 1 NO M E SM LE M i LM MA E uA M E SM A M Man et 8 2 8 2 EE CN CRE EE EER EC Rt 8 4 m c E 8 7 SHE RD DA EE 8 9 EE 8 12 8 SERES COH HD eo de WR dba e EO dcs V Ense ibd ii 8 15 9 9 1 9 1 9 2 9 3 9 2 1 TS eH 9 3 9 2 2 TS TH Da 9 8 10 10 1 EAS MELLE ESSE EP SS IE ER EU EU E ee co o dota 10 1 10 2 HH 10 6 11 1 Qu dde eR RES EE RN EE RI ERE E PD DEDE ER NUR AO E
314. M68 M69 8 3 SMB 55 10 5 10 2 1 2 4 5 6 9 PRM23 3 A F L 0 3 7 9 PRM23 1 C E H P U gt NC 7 3 9 PRM23 1 E 5 6 5 N
315. RED tide 11 1 11 2 P VUFLPUUITRLP UCET UELVEWC UELUT UVP UELVEC DENT UE eR 11 2 11 3 QUILT UMEN LATE ATTE CIEL Me EAT ED TA 11 6 12 12 1 Boe M nnne 12 1 12 1 1 RG EE O O A E CEE OE 12 1 12 1 2 LII 12 1 12 1 38 NO V EZ ZAOD UNTIL EU RUE nad 12 2 12 2 E PEET RELEE ERE EENE EEE EERE ET N RT 12 3 12 2 1 ES T A hi 12 3 12 2 2 12 4 12 2 3 E 12 5 12 3 UITIUM 12 8 12 4 EN 12 8 12 4 1 deside EET E VENETA VLA E VUE ENTERS VT UICE E Ed 12 8 12 4 8 RS 232C nnnm 12 9 13 13 1 AX1000T 144 M 444 d das TI ERE Ras 13 1 13 2 AX2000T RE RE A RE 0 ERRORES CENE oc SSC DERE rS 13 2 13 3 AX4000T EE 13 3 14 14 1 ETE EIE OAE ENEE AONE AEON AAEE 14 1 14 2 EEEE EAE EETA 540 288602 0 22 940 49022 0 2272 EE 14 3 14 3 TO a EE SOND EARN ET SETTE II RAE 14 4 14 4 RS 232C EDRTP
316. 001 D01 PRM38 3 SMB 55 a nx 4E 7 40 e PRM62 71 7 1 7 10 1
317. 1 Vcc 12V R1 680Q Tr Tr Vcc Vcc R1 R1 Lr 818 3 3 12 1 AB CN3 19 CN3 20 A B CN3 21 CN3 22 B SMB 55 3 V lt 2 gt H H 1Mpps i S T e d s A CN3 19 E m m qu MR C A i CN3 20 AM26LS31 CN3 21 E m a d e gt B CN3 22 FG 3 13 2 AN e 1 O
318. 10 Y S7 M1 S1 1 L7_83_ 1 y Y 1 d L7 83 DID L7_83 9 1 SMB 55 9 5 TEL ERS 5 D
319. 12 2 1 SMB 55 19 9 M1 CR 1 M2 CR RS 232C NO M3 CR M4 CR S5 S6 M5 CR M1 MA M6 NC M1 M5 1 PRM29 M2 M6 M6 CR CR 0DH
320. 16 ON PRM11 H 4 M X 5 17 P 3 PRM13 2 PRM47 0 1000msec PRM47 0 e PRM13 1 PRM47 0 SMB 55 521 1 O 5 3 9 M e M 0 7 CN3 33 40 e M 0 7 CN3 50 V O e M CN3 50 e CN3 16 dE e PRM54 0 I O CN3 16 bit11
321. 20 80 C 20 909 RH E 12 0 23 0 32 0 n Im T D m o n Ln 1 80rpm e UL 15 UL e 16 SMB 55 13 1 V 13 2 AX2000T 13 2 AX2006T AX2012T AX2018T EX HE DUET 2 0 4 0 6 0 4 HZjlvvz mi Mi TI de P yz zZ B qu R 40 0 00575 0 00695 kg m 0 00910 kg m2 0 3 0 4 0 5 30 5 MESAM 11 540672 FH AC1500V 1 10MQ DC500V 0
322. 26 MO0 M0 5 72 E G101 U M6 M M1 M2 TO PRM11 12 13 PRM87 G1 G2 0 0
323. 5 gt 1 G11 F G101A4 1 4 G90 1A0F0 5 0 0 5 M70 1 M30 2 G11 F G101A4 1 4 G90 1A1F0 5 1 0 5 M70 2 M30 3 G11 F G101A4 1 4 G90 1A2F0 5 2 0 5 M70 3 M30 8 13 Fi 4 G11 F G101A4 1 4 G90 1A3F0 5 3 0 5 4 SMB 55 8 4 8 8 6 m
324. 5kA Short Circuit Current Rating R1 Option 10kA R2 Option 18kA R3 Option 30kA R4 Option 42kA SMB 55 15 1 15 2 5 15 2 6 15 UL Degree of protection level FLA 110 FLA Full Load Ampere Short Circuit Current Rating AC120V AC240V 5kA rms 10kA rms 18kA rms 30kA rms 42kArms MODEL AX9000TH AX9000TS SCCR 5kA 120V 240V 5kA rms CC G J R AC120V AC240V 5kArms
325. 7 45 C 20 85960RH fif 20 80 C 20 90 RH R IE 4 5 8 1 80rpm e UL 15 UL e 16 SMB 55 i N 13 V 13 3 AX4000T 18 3 60 2582 25P 2 N m 20000 60 80 200 0 0206 0 0268 0 1490 0 6 3 00 0 9 5 00 5 0 25 00 m 25 140 E AV Mig iB EE AL 0 009 0 35 1 75 30 d gt 5 eio su o me e s tm MESAM 3 5 m e 540672 F AC1500V 1 10MQ DC500V 20 85 RH
326. AX2000T AX2012T AX2018T AX4009T AX4022T AX4045T AX4075T AX1150T AXI210T AX4150T AX4000T AX4300T AX4500T AX400WT AX410WT AX9000TS AX4000T AX1000T AX9000TH 12 CN3 17 1I O CN3 17 IEC EN 60204 1 2 2 I O CN3 17 5 LO 2 IEC EN 60204 1 9 2 2 SMB 55 16 3 13 TB1 STO Safe Torque OHD TB1 X Diagnostic Coverage 100
327. B2 TB3 IP2X CN4 CN5 IP2X CN4 CN5 H i 16 1 zs KGG PC 4 3 E 2 m
328. CKD SMB 55 AX TS 447 TH 447 Q 6 CKD
329. HW3020H Inverse Time Type 22kA 240V 15 2 7 CN3 DC24V TB2 class2 K 15 13 Manufacturer Series Model TDK Lambda DLPseries DLP 24 OMRON S82K series S82K 24 S82K P 24 15 2 8 UL508C SMB 55 15 13 UNIES UL Dig E e 5 5 5 SMB 55 15 14 15 UL MEMO SMB 55 15 15 16 16
330. LLA L eanl Ld 2 1 1sec 1 2k J CW 1 JE 1 CW 2 CCW D vay 1 2 M D THEM 2 2 B M M 3 i o
331. Maximum Output Torque Nm 22 75 Rated Speed rpm 240 S7 127 S7 Rated Input Voltage V 190 200 Rated Input Current A 1 2 1 7 Inertia of motor kg m 0 0206 0 1490 Moment of inertia of the maximum load kg m 0 6 5 0 8 Insulation Class 9 Ambient Temperature Continuous Output Torque N m 50 155 AX4300T AX4500T AX410WT Maximum Output Torque Nm 150 Rated Speed rpm 100 S7 100 S7 Rated Input Voltage V 200 200 Rated Input Current A 2 6 3 7 Inertia of motor kg m2 Moment of inertia of the maximum load kg m 2 0 2120 0 3260 18 00 30 00 8 Insulation Class Class F 9 Ambient Temperature 156 40C SMB 55 15 UL I 15 2 15 2 1 1 Pollution degree X 15 6 Pollution degree Pollution degree 2 2 IP54 2 Maximum surrounding air temperature H 3
332. N DPT 2 250 Ouji Komaki Aichi 485 8551 Japan Phone 81 0 568 74 1338 Fax 81 0 568 77 3461 China CKD SHANGHAI CORPORATION SALES HEADQUARTERS Room 601 Yuan Zhong Scientific Reseach Building 1905 Hongmei Road Shanghai 200233 China Phone 86 0 21 61911888 Fax 86 0 21 60905356 Thai CKD THAI CORPORATION LTD SALES HEADQUARTERS Suwan Tower 14 1 Soi Saladaeng 1 North Sathorn Rd Kwaeng Silom Khet Bangrak Bangkok 10500 Thailand Phone 66 0 2 267 6300 Fax 66 0 2 267 6305 Singapore CKD SINGAPORE PTE LTD No 33 Tannery Lane 704 01 Hoesteel Industrial Building Singapore 347789 Phone 65 67442623 Fax 65 67442486 CKD Corporation BRANCH OFFICE No 33 Tannery Lane 204 01 Hoesteel Industrial Building Singapore 347789 Phone 65 67447260 Fax 65 68421022 Malaysia M CKD PRECISION SDN BHD HEADQUARTERS Lot No 6 Jalan Modal 23 2 Seksyen 23 Kawasan MIEL Fasa 8 40300 Shah Alam Selangor Darul Ehsan Malaysia Phone 60 0 3 5541 1468 Fax 60 0 3 5541 1533 Website http www ckd co jp Taiwan TAIWAN CKD CORPORATION HEADQUARTERS 16F 3 No 109 Sec 1 Zhongshan Rd Xinzhuang Dist New Taipei City 24250 Taiwan Phone 886 0 2 8522 8198 Fax 886 0 2 8522 8128 Korea CKD KOREA CORPORATION HEADQUARTERS 3rd FL Sam Young B D 371 20 Sinsu Dong Mapo Gu Seoul 121 110 Korea Phone 82 0 2 783 5201 5202 5203 Fax 82 0 2 783 5204 USA CKD USA Corporation HEADQUATERS 4080 Winnetka Ave Rollin
333. UEE DEDERE EET ERU RS 14 4 15 UL 16 2014 04 10 2009 07 27 MEMO v lt AX TS TH Pel
334. d dede ote e T 1 7 12 7 83 7 14 7 4 7 16 7 5 Feriis dien e id eese E 0 ra e yea a d ora dye DL 0 7610 Rt 7 17 7 6 7 19 7 7 7 20 7 8 PRM16 ee 7 21 7 9 G101 PC 7 23 7 9 1 GILAO0OFOO A0 7 23 7 9 2 G91A 1F GO1A1FDLIDIOBME ee 7 24 7 9 3 M70 Prep NNE RIN Vu Se DEC Vid Ede ERR 7 25 7 10 Fera P VELVET CT UE LEV T RAN VU CVV UVLVE TI VE V EAE 1 96 7 10 1 7 26 7 10 2 RR A AN A A AA RN 7 27 7 10 3 Q NIE ea EE E EE CEI
335. ec e OFF ON e SMB 55 E 5 1 ifl WEE 1 O K 5 3 CN3 M M a NC M20 M27 1 M M M M M 2 NC M70 M E G101 MM T E M
336. g Meadows IL 60008 USA Phone 1 847 368 0539 Fax 1 847 788 0575 EU CKD EUROPE BRANCH De Fruittuinen 28 Hoofddorp The Netherlands Phone 31 23 5541490 Fax 31 23 5541491 eSpecifications are subject to change without notice 71A
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