軸(AXIS)ユニット 取扱い説明書
Contents
1.2. S S
3. 2 1 1
4. F G 3
5. w 2008 07 10 S0140062H 8 TOOL PNP ROM Ver V2 45 2008 02 04 S0140114 3 2 ROM Ver5 00 2009 08 19 2009 09 10 S0140114A S0140114B ROM Ver5 03 SAN4 ROM 2010 08 03 2011 5 17 S0140114G S0140114D ROM Ver5 06
6. SAN3 44A 120TM 2 8 kg SAN3 4 4A 120THM 2 8 kg OO go mom Ti U ET af rR td oh da S NEE PTR Td E E EE 15 60 5 i EE E a a j 75 Si H El a A c T E 485 KT oa LO a N N RESOLVE N N Joop D D TD gog MOTOR PR g 1 1 l 1 200 220 EE T i _ r 1 T S E 1 wigo EH ii i d lt 4 Fo 2 I 75 al 161 l 1 4 5mm 3 1 kg PAGE 4 3 14 fE A HI BL R SAN3 4 4A 120WM 2 M4 2 M4
7. PAGE 4 9 14 fE A HI BL R TOOL gt gt gt TOOL
8. 2 2 3 AFC1500
9. 8 8 Q Q e oO 5 C 55 C 509 6RH KL
10. RESET X 9 SET MIFE RTI ET 1 RESET X 9 CW 1999 9999 100 F DATA D NO DATA T L HYF PAGE 6 4 2 S 1 1 D NO0 DATA
11. OFF OF F 5 ON PAGE 5 1 255 JRA ENEA 5 3 6 5 4 P LC STOP 1 RESET ABN LED 2 CAL
12. z PAGE 1 5 1 HA k Ek
13. 4 B G l GB bo ss Ap A mare Sbe Dames Qm OL
14. ABNOMAL PAGE 9 1 Fo FR 9 2 1 AFC1500
15. PAGE 6 16 SO 1 1 1 Nm 1 2 Nm 10 x1 1 REJECT 13 Mm 0 10 x 1 0 00 10 0 1 0 0 Nm 14 Nm 10 x 1 0 SPEED 60 40 lt sm 52 2
16. 0 PAGE 8 6 Z 9 RT Fa IAFC1500 9 1 1 1 1
17. AFC1500 AFC1500 AFC1500 PAGE 1 1 1 HA 1 1 1 3 1 AC100V 220V 1 5W k
18. CAL BUSY 30 ON RT 1 HI REJECT 1ST NG 2 9 THR h ST MM7 1 st ON RT1 LO REJECT 1S NG 28 THR MM2 1ST IM 2 1 st ON RT2 HI REJECT 2ND NG 27 2ND M2 CROS IM2 2nd ON RT2 L
19. 0002 FAS END FAS END FAS END 11 ERR mA 16 SNUG FAS END PLC 1 0 14pin ON on 0004 1 P 00 10 ON 1 6 0400 0002 0004 0406 06 2 RS 485 2000 BYPASS 1000 STOP 0O400 ABNORMAL 0200 REJECT 0O100 ACCEPT 1 6 0400 0200 0100 0700 10
20. PAGE 2 1 1ST PAGE 8 5 E 3 A
21. me ar r l Fe D F AC200 220V N AMP D32008 1 178128 3 Avr X 3 1 175218 3 SAN3 4 4A 24M SAN3 4 4A 24HM SAN3 4 4 A 4 OM CP30 BA 3P SD 7A CP30 BA 3P 1 SD SA 1 SAN3 4 4 A 6OHM CP30 BA 3P 1 SD 10A SAN3 4 4A 120TM CP30 BA 3P 1 SD 15A SAN3 4 4A 120WM CP30 BA 3P 1 SD 20A TDK SAN3 4
22. F G 3 0 4 5C 2 0 9 0
23. 5 C 55 C 909 6RH lt
24. FAS END 1 4 1 PAGE 6 16 BANK1 0 15 16 PAGE 4 16 SA a 1 I ACAR 2 Oms OUT DATA BANK1 OFFIBANKO OFF REJECT REJECT NG 3 1 ON BUSY OFF ACCEPT ACCEPT OK 30 ON BUSY OFF ABNORMAL
25. READY ACCEPT OK LED CAL ACCEPT OK LED CAL 6 PAGE 6 4 1 D NO 1 CAL CAL 2 6 PAGE 6 4 1
26. 1C FN 11 PK 7 F gt 2ND A 142 2ND 41 1ST 2 12 PK 1D FN 11 PK 1C FN 18 CROS 19 1ST 1E 2NDL 16 SNUG 17 21 22 20 CROS 24 CROS 18 CROS M
27. O S SU U A RM1 RM2 RMS RM4 RM5 RH1 RHS 2010 02 09 s Ek Nm rpm rpm Nm deg NFT 303RM5 S 2943 39 1 500 0 SAN3 120WM NFT 353RM5 S 3432 39 1 500 0 SAN3 120WM NFT 403RM5 S 3923 39 1 500 0 SAN3 120WM NFT 503RM5 S 4903 22 1 500 0 SAN3 120WM NF Z20 RM A8Q 3049 320 5 990 SANS 24M NFT 201RM1 A55 30 40 320 1 5 000 SAN3 24M NEF 4 RM A80 60 8 469 5 9090 SANS 24M NFT 401RM1 A55 54 9 160 1 5 000 SAN3 24M NEF 30RM2 A8Q 454 385 4 5 000 SAN3 244 NFT 301RM2 A55 45 1 385 1 5 000 SAN3 24M NEF 60RM3 A80 494 540 4 50 00 SAN3 40M NFT 801RM3 A130 121 6 320 1 50 00 SAN3 40M NEF S0IRMI A135 53 219 50 00 SAN3 49M NE 2RMS A250 4694 295 50 00 SAN3 40M NFT 132RM3 A250U 198 1 250 1 50 00 SAN3 40M NFT 202RM3 A250 250 1 165 1 50 00 SAN3 40M NFT 202RM3 A375 304 0 140 1 50 00 SAN3 40M NFT 202RM3 A550 304 0 140 1 50 00 SAN3 40M NEF 202RM3 A 45 4468 09 50 00 SAN3 40M NFT
28. lt TOOL PAGE 4 10 SA HER 11 ACAR 4 5 4 5 1A PLC F NPN IN OUT IN NC 12 24V OUT DATA 0 7 N IN COMMON AS END ANK1 ANKO w Mm OUT COMMON INNO Pa TN NO INNO IN a pi Enn I 1 o F olojo SSeS 333 z z z SSls BANK S IEEE T DATA2 UT DATA1 UT DATAO UT NO UT DATA10 UT NO UT DATA9 OUT NO BANK UT DATA8 OUT NO ojo CO ao aNINININININININININ 23 IN NC OUT NO
29. HONDA 22 MR 3 4M H p MR 34L PAGE 4 11 14 fE A TI BL R 4 5 1 PLC IF PNDP PNP IN OUT IN NC 2 IN NO IN NO 4 5 BYPASS IN NO 6 7 8 Nu wget O OO IN IN OUT IN COMMON ov S END OUT DATA 0 7 IN NO IN NO IN NO i O IN NO IN NO IN IN NKO UT NO OUT COMMON 12 24V UT DATA7 OUT NO UT DATA6 OUT NO UT DATAS OUT NO UT DATA4 OUT NO ZEZ E A TEATE UT DATAS OUT NO BANK UT DATA2 OUT NO UT DATAT UT DATAO UT DATA10 UT DATA9 BANK UT DATA8 i o o 34 CO CS MM MN FD MI
30. 1 2 3 1P 6 6 0 K L 6 1 6 2 2 3 1 P 7 0 PAGE 1 7 HER IFK 25 32 WORK SELECT 8 9 25 26 27 28 29 30 3 1 32 1 2 CAL STD 1ST SNUG THR 1STMM 2 2 CROS GRD MM 29
31. OFF 5 0 F PAGE 8 2 2 3 A 3 ID
32. 1 2 3 1P 6 6 0 K L 6 1 6 2 2 3 1 P 7 0 PAGE 1 9 f k tt IJE Z F PAGE 1 10 2 Y IL RAA A NFT 201 RM O S SU U A RM1 RM2 RMS RM4 RM5 RH1 RHS 2010 02 09 jr Er a re I 2 Nm rpm rpm Nm deg Cc NFT 010RM1 S 0 98 1100 2 000 SAN3 24M NFT 051RM1 S 4 90 1100 000 SAN3 24M NFT 051RM1 S1 4 90 500 000 SAN3 24M NFT
33. 61 62 19 Phy O a LLL A A 56 PAGE 2 11 2 20 21 20 12 P oi i POR T 1D FN 13 TO 1 PK 1C FN 15 1ST A A 1ST 16 SNUG J 68 69 68 NG AXIS 1 0 TIME 1 REJ 69 NG AXIS 1 0 TIME 2 REJ 21 1 P i 1P
34. E E O R ia DATA DATA FARM D No E CAL DATA FARM D He DATA FARM NG PAGE 6 1 FO FSHA 6 1 2 R UN MODE 3 1 MODE 11 1 1 1 PAGE 6 6 MODE
35. 1A 1P 64 1P gt 55 1P PAGE 2 12 Ho ER 22 1 4 s 9779 J E o N gya J Nya a 1 4 yh Y gt 92 9 V9 7 a ln eea z gt 1 4 2 E E 1 4 hv O RATED KL ywy i Al yy 7 2 PAGE 2 13 S 2 EAR PAGE 2 14 35 RK 3 1 AFC1500 3 1 1 O O AFC1500 KoA SAN DP PAGE 7 1 RUN SAN DP
36. AMP TOOL x AMP IGBT PAGE 1 3 1 HA EE 1 RS 485 PAGE 1 4 2 1 HERRA 1 3
37. 0 45 C PAGE 2 1 OFF 5 AC200 220V AC200 220V SAN4A
38. REVERSE CAL X 9 7 CAL EEY ry 2 DATA ACC LED REJ LED RESET ACC LED REJ LED MODE SET DATA PAGE 3 3 SS AA
39. 1 2000 PAGE 2 4 2 3 2 1 12 PK 1D FN 13 IO 11 PK 1C FN 18 CROS 1E 2NDL 29 19 1ST 16 SNUG 17 Stam ER 6 2 4 PAGE 6 11 21 20 ID FN 12 PK 4
40. VRC PAGE 3 10 1 38400bps 960 Obps IN OUT IN OUT PENE IN OUT NOUT IN OUT 3 IN OUT 4 1 1 755 8 RS485 BE AFC1500 ka 485 l A AFC1 500 3 4 B T 8 GND RS 485 AFC1 500 Sp 8 PAGE 4 24 SE JRA A 5 1 1 4 3 3 AC200 220V 50 60Hz 2
41. 4 PAGE 4 20 2 D Z 9 E RT AS PAGE 9 3 Z2 9 E RT RFA PAGE 9 4 SAN3 FI NFT HVAT HES U 00 R BIT JR PARM D NO 00 O Nm gt 0 0 1
42. 2ND MV 29 1ST CROS 3RD 24 1ST 1S T 2ND 2ND 3 RD 3 RD PAGE 1 4 J SL F 579 09 16 D NO WORK SELECT 09 10 11 14 15 16 4 0 4 1 1ST 4 2 1ST 4 7 4 8 50 5 1
43. 1 SNUG TQ SUNG TORQUE XX10 XX11 XX20 XX21 1 XX11 SNUG TORQUE 9 0 SNUG TQ 1 SNUG TQ XXO1 SNUG TORQUE 9 0 90 SNUG TQ PAGE 6 15 2 S FA 0 5 1 0O200 O400 14 1000 000 1
44. 2ND MV 29 1ST CROS 3RD MM 22 1ST 1S T 2ND 2ND 3 RD 3 RD PAGE 1 2 D NO R BIT JR 3 9 01 08 WORK SELECT 0O1 102103104105 106 107 08 40 4 1 1ST 4 2 1 S T 4 7 4 8 5 1 1 2
45. TOOL AFC1500 TOOL 2 09 NFT 801RM3 S 62 7 94 ONm x CAL TQ STD 1 801RM3 78 4 STD TQ 50 0 4 8 ONm 48 0 50 0 x 78 4 75 2 2 302RM3 294 2 STD TQ 200 0 210 ONm 210 0 200 0 x 294 2 308 9
46. ACCEPT 6 8 rev O0 99 9 6 9 rev O0 99 9 20 PAGE 6 24 2 S 1 70 A 7 1 A 7 2 A 73 A 0 Me NFT RM1 12 NFT RM2 24 24HM NFT HHRH 1 24 SAN3 4 4 A 4 OM NFT HHRM3 SAN3 4 4 A 6OHM NFT HHRH3 SAN3 4 4A 120TM NFT HHRM 4 8 0 SAN3 4 4 A 1 20WM NFT R M 5 120 O SAN3 4 4A 24M SAN3 4 4A 0 0 0 0 0 0 1A 1P Nm 0 10 x1 1 1 64 1P se
47. 1 23 2 3 HU Y HRE BYPASS BYPASS ON RUN BYPASS BYPASS PAeE4 15 PAeE6 1 BYPASS LED START ON
48. 1ST 2ND 1 ST 3RD ON OFF ON OFF 0 1 2 BYPASS 3 STOP 4 REJECT 5 ACCEPT tq HZL L An H L BE r H L 1ST H L 2ND H L 3RD ti HZL 1ST HZL FNL r r 1 ST 2ND 1ST Bl r 4 5 6 7 8 9 0 1 3 4 DATA El FARM D No 1ST 7
49. ID 00 10 00 20 00 20 00 10 2 A 4 E R ROM ROM ROM a l na OFF 5 a ROM
50. PAGE 1 6 2 2 EAR 3 AC200 AC220V 10 50 60Hz 0 C lt 4 5 C 9 09 RH 5 0 1 f2 1 1 5 C 55 C 9 09 RH 5 C 55 C 5 09 RH 2 1 1 AFC x 100 1 PAGE 2 1 22 2 1 2 SAN3
51. 20r pm 1 5 REVERSE SPEED PAGE6 15 4 PAGE 2 6 5 21 20 12 PK O EEREN 1D FN i i 13 CA l 11 PK 1C FNM En a 18 ROS 2ND OS lzerzssezrenenasssennanenesnn gi hear 1ST 16SNUG S e a a ar 41 1ST 42 2ND 6 21 22 20 Rr MR a NI 0 11 PK Eo 2 I N Ep 1C FN yapa f 24 CROS r 18 CROS eere F 3RD mom 2ND 15 1ST 23 1ST 1ST 16 SNUG 17 Roya 41 1ST 42 2ND f 255 EAR PAGE 2 7 7 1STEP 13 TQ 18 CROS TQ 1E 2ND TQ 15
52. CAL CAL CAL CAL CAL CAL CAL PAGE 5 2
53. D No 20 0000 1 0001 0 1 0002 1 0003 0 1 20 PAGE 6 14 fs OE jE IM2 ls 4 O01 32 00 Eiki O 1 O 1 SNUG TQ 1 1 1 2 2 1ST 3 3 1ST CORS 0 CW AU Tit l Sl CON 1 CCW CW O 1 2 0rpm 1 5
54. CAL 2 197 e r 2 CAL CAL PSET ERR 30 RES ERR 29 TOOL ERR 28 START EEPROM SV AMP ERR 27 SV ERR SV ERR 24 26 SV AMP ERR SV AMP ERRISV ERR 2 1SV ERR 1 SV ERRO 2 7 2 4 25 26 ON OFF OFF OFF ON OFF OFF ON
55. P SET 1 1 NO YES SET DATA 1 Sl 1 SET 1 YATAN 9 PARA D HO PARA D He NO YES 1 DATA MODE PARM 0 D NO 20 D NO 10 1E D NO 30 35 D NO 50 56 RUN BYPASS BYPASS RUN OF F PAGE 6 9 FO
56. WORK SELECT 4 IWORK SELECT 3 3 21 25 TIME1 REJECT 1ST 30 1ST 2 ST ANGLE 1ST TIME ON T IME2 REJECT 29 STD KIR FINAL ANGLE ST Ml 1st ANGLE FINAL TIME ON 8 PAGE 4 18 SA a 1 I ACAR BANK1 ON BANKO OFF READY 31 P L C ON READY OFF 5
57. 1 1 NODES STOP OFF MODE PAGE 6 2 fs OE FSRHA 6 1 3 MODE in A i Fr o SL 40 47 2 MRE FE enon STOP OFF MODE PAGE 6 6 PAGE 6 3 FO 1 D N0
58. 1 P 2ND MV 29 1ST CROS 3RD 24 1ST 1S T 2ND 2ND 3 RD 3 RD PAGE 1 8 D NO FER BIT JR TT 9 9 25 32 WORK SELECT 25 26 27 128 29 130 131 132 40 4 1 1ST 4 2 1 S T 4 7 4 8 5 1
59. ACCEPT OK V5 03 0 0 2009 08 18 0 0 0 0 REJECT 4 5 2 A H W NPN PLC IF PLC AFC1500 a Lr TR PS h 5 a 40mA MAX COPE LAVNI TE Ea 1 EE a i fn 42 2Ko W A i HERE Coal EEI i oe KK 1 Ne 0 ET ov h ss oa COMMON a 3 1 24V RO E e pool l i RA Er 1 1 1 l T CS i i i 7 EEEE O A NNA ee i 1 Me W 0 LA f a a a Lo a EE mm li A 24V Rs Ov El a CC a a a a a a P L C
60. Nm 0 10 x 1 1 56 rpm 1 19 PAGE 2 11 1B N 0 10 x 1 1 1C Nm 1 D Nm 10 x1 1 EFIR REJECT 1E 2ND I22 IM2 Nm 0 10 x1 0 18 CRO0S 2 2 2 8 33 2
61. 8 1 ABN ED PARM D N0 AN A 4 BYPASS RUN 17 CAL PAGE 8 1 E 3 8 2 A 1 CAL a R
62. AFC1500 M 7 BYPASS DATA 5d27 START REV CAL RESE N flr PARM A BEE t PAGE 3 1 FERB lt JLJ UL AFC1500 M amp AFC1500 M AFC1500 M i AFC1500 M 1 2 7 1 0 3 1 SW BYPASS 2 MODE PARM 00 D NO 0 3 DATA 1 27 SET SET 18 03 MOpE af StT l E T 3 SET 18 03 SET CHnG no ff CHnG YES SET DATA 1 03 4 BYPASS RUN 5 6 10 AFC1500 M 7 BYPASS
63. NR 0 3 2 31 3 0 03 O02 O 1 0 PAGE 6 11 FO 0 Nm copy lt gt lt gt oOo o V2 46 V5 09 Kem CAL 4 4 2008 709 lt SAN3 DP1 2 gt 1510 15 10 50 5 0 Kgm gt s
64. SAN3 24M 40M SAN3 120TM 120WM SAN DP1 SAN3 24M 40M MODE 1 DATA ge Sa 0 jO e t SET 9 e dano danao SAN DP3 SAN3 120TM 120WM MODE si DATA 2 e 0 e CET A s sT OJ daso vano 2 PAGE 7 2 2 7 E phizvy K RA SAN DP2 SAN DP4 RS 23 2C COM PAGE 7 3 25 7 Bj K RA PAGE 7 4 8
65. ROM PAGE 8 3 E 3 EL B A E EE D No 73 A 6 A 7 READY ON
66. a mn a fk PAGE 4 5 4 fE A HI BL R 4 3 AC 200 220V SAN3 4 4A 40M SAN3 4 4A 60HM NSF IN N 3 AC200 220V 3 AC200 220V i 1 Fe W no AN FG IN le RI a A AMP D3200S D3200M 1 178128 4 X 1 917659 5 X 1 175218 3 1 917511 3 PAGE 4 6 SA HER 1 I ACAR SAN4A
67. 3 rpm MM 35 3 4_ 34 3 24 CR0S 22 2 3 2 35 3 Tes 34 3 24 CROS 22 PAGE 6 19 FO FA 19 Nm 0 10 x 1 1 1 9 Nm 26 deg SNUG Hi REJECT 1
68. 40 sec 0 999 9 50 rpm 40 0 4 1 1ST sec 0 999 9 15 1S 23 18S REJECT 0 999 9 15 1S 13 23 1S T 22 REJECT 43 1ST sec 0 999 9 15 1S 23 1S REJECT
69. 1 2 3 1P 6 6 0 K L 6 1 2 3 1 P PAGE 1 5 HER 17 24 WORK SELECT 6 9 17 18 19 2 0 2 1 2 2 2 3 2 4 1 2 CAL STD 1ST SNUG THR 1STMM 2 2 CROS GRD MM 29
70. SAN4 SAN4 SAN4A 2 SAN4 SAN3 SAN4A SAN3 SAN4 S AN3 SAN4 1 AFC1500 AFC1500 AFC1500 AFC1500 7 gt AFC1500
71. CAL ABN LED 3 P LC PAGE 5 2 fs OE FSRHA 6 1 RUN RUN BYPASS A 1 vF RUN Da BYPASS PLC I F BYPASS OFF RUN BYPASS LED 6 1 1 DATA P A RM D NO DATA 1 2
72. 1
73. 50 F 53 PRE F 14 RE F 15 1ST M2 1ST PAGE 6 17 FO 1 5 1ST Nm 0 10 x 1 0 23 1ST deg 0 9999 17 15 1S T 1 15 1S TIM 17 2 SPEED 60 7 40 51 7 JVAt F 52 XZH AL 63 54 50 WARE F 53 MARE F 15 1ST LM 1ST 16 SNUG Nm 10 x 1 0 16 SNUG
74. 1 2 1 6 DATA 2 9 9 2 3 2 1 2 3 2 DATA 2 9 9 2 9 9 02 03 3 O0 4 1 000 0 3003 000 06 5 V2 46 0 7 O V5 09 0 1
75. PAGE 3 7 55 AODA FR MRMS C15 R1 M L A RESOLVER A C PAGE 3 8 SI A EBD AF RH1 RH3 C15 F5 M J aok p IE T D 4 8 6 RESOLVER E 5 10 lt Om EF MOTOR B 5 H E 1 UNITA T00Lf SCL 1 a TWIST x a spa f2 12V 7 m TWIST j L CMD 3 I A TWIST rp TOIN 4 12V 8 f GND sl y FG 15 Ri 1 Last T R 3216 L l 5 R2 s2 2 TWsT 1 gl s2 RESOLVER S4 7 L 1 3 S4 s1 3 Amst By SU 17 S1 z sa fs ha Ni 21 Fe 9 22 FG FG D FG MOTOR WS LlW V 4 Bly U AlU TAOU
76. Z PLC READY PAGE 8 4 A 8 2 3
77. O 9 Oo gt A ol N ho ww 23 IN NC OUT NO HONDA MR 34M MR 34L PAGE 4 12 SA a R 11 BR 1 BANK1 BANKO OFF 2 BANK1 BANKO ON OFF 2 Oms OUT DATA 3 OUT DATA OUT DATAO REJEGT REJECT NG OUT DATA1 ACCEPT ACCEPT OK OUT DATA2 ABNORMAL OUT DATA3 ANG HI REJ OUT DATA4 ANG LO REJ OUT DATA5 ITQ HI REJECT
78. RR RR EE EE 1ST 23 1ST 15 1ST 2 EREM 41 1ST PAGE 2 5 2 60 40 51 F 52 40 5 2 95 CROS 2 CROS 3rpm 53 14 At MD 19 ISI0M2 54 AL 23 1ST 50 2 F 60 51 XL 40 50 AL 52 2 14 2E F 10 15 1STIM 23 1ST 53 MRE F 54 AL
79. gt e 0 C 45 C 909 6RH
80. 0 30 1 Nn deg 0 17 15 1S 2 0 0 V5 03 0 0 0 0 0 0O 15 1S 3 1 1 Nn deg 0 17 15 1S 2 0 0 0 0 REJECT 15 1S 3 2 2 Nn deg 18 CROS
81. 18 CROS 13 24 CROS 22 2 0 0 V5 03 0 0 O0 0 0 0 3 5 3 Nm deg 0 18 CROS 13 24 CROS 22 2 0 0 0 0 REJECT 0 00 0 00 NG PAGE 6 22 2 S FA
82. D NO RRE 3 3 1 09 Q R M 1 15 5 R M 2 5 2 l Ke RM3 1 7 RM 4 o 9 RM5 0 25 RH1 2 9 RH3 0 5 500V 50MQ PAGE 9 2 9 3 AFC1500 OFF 1
83. PAGE 6 5 FO FSHA D N0 1 1 1 DATA D N0 PARM DATA oo FARA 00 NR 00 T L HYF 32 32 PAGE 6 12 PAGE 6 6 fs S jF 1 E E 2h MM DATA DATA PARM D NO PARM D NO PARM D NO PARM D NO E SIEP2 E STEP3 E STEP3 D D DATA D NO PARM PARM D NO E 3 PARM
84. 29 ON ANG HI REJECT NG 28 ON ANG LO REJECT NG 27 ON TQ HI REJECT NG RE JECT 26 ON TQ LO REJECT NG RE JECT 25 ON BYPASS 24 ON PAGE 4 17 SA Ya A 14 ACAR BANK 1 OFF BANKO ON WORK SELECT 0 4 25 28 32
85. 2 4 OUT DATA7 BYPASS OUT DATA8 OUT DATA9 OUT DATA10 OUT DATA11 TRQ RCV OUT DATAO MULTI OUT DATA1 TIME 1 REJ 1 S T OUT DATA2 TIME 2 REJ OUT DATA3 WORK SELECT 0 2 7 OUT DATA4 WORK SELECT 1 J lt OUT DATA6 WORK SELECT 3 OUT DATA7 MULTI OUT DATA8 OUT DATA9 OUT DATA10 WORK SELECT 4 OUT _ DATA11 30 OUT DATA1 BUSY 1ST 28 OUT DATA3 RT1 LO REJ 1ST M OUT DATA4 RT2 HI REJ 2ND OUT DATAS RT2 LO REJ 2ND OUT DATA6 RT3 HI REJ SND OUT DATA7 RT3 LO REJ SND OUT DATA8 OUT DATA9 OUT DATA10 OUT DATA11 TD
86. ON OFF ON OFF ON OFF ON ON ON ON OFF OFF ON ON OFF ON ON ON ON OFF ON ON ON ON BAH OFF PAGE 4 20 26 4 E a I AR 4 6 SW1 4 6 1 1 SW 1 4 8 2 SW 1 2 0 7 1 1 2 3 4 OFF CON1 6 OFF 7 OFF OFF ON ON ON 8 OFF ON OFF OFF OFF 9 OFF ON OFF OF ON 10 OF ON OFF ON OFF 11 OFF ON OF ON ON wi SW1 PORER 14 OF ON ON ON oF susy IO O 15 OF ON ON ON ON 16 ON SV IO 17 ON OFF OFF OF ON BYPASS ABN 18 ON OF OF ON OFF 19 ON OFF
87. PARM D NO 2 O hi ig x st gi A x Oo mW Z O Ma orses tie o 01 32 29 x 01 32 30 18T O O 01 32 31 18T OO 10O ma BEE RRE Nm deg 01 32 3 3 2ND 01 32 34 SRD O 1O O1 lt 32 35 3RD O IO 1 01 32 40 OO 01 32 41 1 ST olol 01 32 42 01 32 43 1ST A 01 32 44 OO a 01 321 45 OIO 1 01 321 46 O 01 32 4 7 8 18 01 32 48 01 32 50 6 18 01 32 5 1 01 32 52 O 10 01 32 53 1 O 1O 1 rem 01 32 54 1 2 OO O WD 3 01 32 56 t n 01 32 6 1 01 32 62 5tvkFrvy ri o O 01 321 63
88. 1 3 1 0 5 Nm rpm NFT 101RM1 S1 01 9 NFT 201RM1 S 0 19 NFT 301RM2 S 0 29 NFT 401RM1 S 0 NFT 801RM3 S 0 NFT 132RM3 S 0 NFT 202RM3 S 0 NFT 302RM3 S 0 SAN3 40M NFT 502RM4 S 0 SAN3 120TM NFT 802RM4 S 9 5 1SAN3 120TM NFT 103RM5 S 6 O SAN3 120WM NFT 203RM5 S 6 O 1SAN3 120WM S 47 0 947 2 5 0 0 SAN3 24M 5 0 0 SAN3 24M 6 O O SAN3 24M SAN3 24M SAN3 40M SAN3 40M SAN3 40M CM IDI 100 2 2 2 CPU 32 RISC RS485 2 PAGE 2 3 2 2 3 2 3 1 1 2 3 4 5 6 AFC1500 1 1 2 3 2
89. 1E 2 ND 24 CROS 1E 2 ND 2 0 0 V5 03 0 0 0 0 0 0 3 3 2 Nm deg 0 18 CROS 1E 2 ND 24 CROS 1E 2ND 2 0 0 0 0 REJECT PAGE 6 21 FO Hf a 3 4 3 Nm deg 0
90. Page4 PNP Page4 15 1 1 1 I CRT EE RR EE CEE 1 1 1 1 1 Bj r NS rn jar BR a A RR ia Gai 1 2 1 2 BR ar Rr 1 3 1 3 PF EERE 1 5 2 2 1 a a Sn ra NN Sa E EE EE 2 1 2 1 1 a RE RE a T EE 2 1 2 1 2 2 2 2 2 A 2 3 2 2 1 3 2 2 2 2 3 2 3 E ARN AAN ANAA TEA EN EA AES EN A E EEES 2 4 2 3 1 FR NT E A PCE HB PR LUIS 2 4 2 3 2 NR 5 3 3 1 AFC1500 3 1 3 1 1 ara atar a ar a si 3 1 3 1 2 LED ss 3 2 3 1 3
91. 100ms 300ms 100ms 700ms 100ms 700ms PAGE 3 2 35 A EBD AF 3 1 3 LED SAN3 DP1 SAN DP1 SAN DP3 REVERSE CAL START RESET PARM LED a Ol D NO LED DATA 1 DATA MODE SET 2 PAMS DATA LED 4 RS 485 485 2 P ARM LED 2 U D NO LED 2 DATA 01 3 1 START
92. 3 1P 6 6 0 K L 6 1 6 2 2 3 1 P 7 0 PAGE 1 3 HER IFK 09 16 WORK SELECT 47 9 09 10 11 12 13 14 15 16 1 2 CAL STD 1ST SNUG THR 1STMM 2 2 CROS GRD MM 29 1 P
93. 2 J ol of 3 01 32 64 1 P a olol 0 1Sec 01 32 68 SS 01 32 69 01 32 70 e 01 32 7 1 01 32 72 O 01 32 73 PAGE 6 13 FO 00 0O XA O Nm H O 1 NR DATA 2 2 FARA LSE FARA L MG _ DATA 2 9 9 2 1 6
94. CAL 2 30 OUT DATA1 PSET ERR OUT DATA2 RES ERR OUT DATA3 TOOL ERR OUT DATA4 SV AMP ERR SV ER 0 2 LA SV AMP ERR OUT DATA6 SV ERR 1 z OUT DATA7 Sv ERR 3 OUT DATA8 OUT DATA9 OUT DATA10 OUT DATA11 PAGE 4 13 14 fE A HI BL R REJECT NG ACCEPT OK V2 42 ACCEPT OK REJECT NG REJECT NG lt ACCEPT OK lt lt REJECT NG V2 42 V2 42 2 0 0
95. DATA nd03 PAGE 3 2 CEPIN DDK TIE 509 0238 690 1 TEL 0574 62 5865 FAX 0574 62 3523 U RL http www daiichi dentsu co jp i E mail sales daiichi dentsu co jp FEC TEL FAX TEL FAX TEL FAX TEL FAX TEL FAX 0574 62 5865 0574 62 3523 0574 62 5865 0574 62 3523 0424
96. R YF LED sr 3 3 3 2 rrrsrssrrsrrsrrrsrrnnnnsnnnnnnnnnnnnununnnnennnn 3 5 3 3 A NG he AE i aE 3 6 4 4 1 Ea aN a a Ga 4 1 4 2 ti 4 2 4 3 TU SSR RN N 4 6 4 4 FR A EO 4 8 4 5 Be SS E a 4 10 4 5 1 PLC IF PH EL EL EDT LE aa ant TDA 4 10 4 5 2 H W Ra 4 13 4 5 3 NR EZ5CYEBEGCEEEESSEUS EE 4 15 4 6 SW 1 aa ana ra ninna a a aaa a 4 20 4 6 1 4 20 4 6 2 a tr a aa 4 20 4 7 ANN imea ag 4 21 4 8 RS 485 SR Pe 4 23 5 5 1 aa RS RI EC RT RE gaaacar2an 5 1 5 2 a Gu ER a aa na aaa a A 5 1 5 3 WR RS E PTP AE E A PT 5 2 5 4 BE a NRC 5 2 6 6 1 R UN ED ES AATE SEE DSa SC a RE 6 1 6 1 1 A NN 6
97. SAN3 4 4A 120WM 3 6 kg 265 255 75 kaj ME LIL OE 720 L B T PAGE 4 4 SAR EA 14 ACAR SAN3 4 4A 24M 24HM 33 1W 31 SW SAN3 4 4A 40M 3 9W 18W SAN3 4 4A 60HM 34 5W 31 SW SAN3 4 4A 120TM 37 4W 31 SW SAN3 4 4A 12 0OWM 109W 31 SW NN SS
98. 3 2 RS 4 85 3 1 PLC x TOOL I D
99. PAGE 4 1 14 fE A HI BL R 4 2 1 M4 ER 2 M4 SAN3 4 4A 24M 1 4 kg SAN3 4 4A 24HM 1 4 kg SAN3 4 4A 40M 1 8 kg SAN3 4 4A 60HM 1 9 kg 2 TT o 3 wo w i E E Daron DENTSU f EA ET ES 475 160 t2 r iiai hal 40 ol L 235 El SAN3 4 4 A 4 0M 60HM SAN3 4 4A 24M 24 HM 6 0mm PAGE 4 2 SA a R 11 BR SAN3 4 4A 120TM SAN3 4 4A 120THM 2 M4 2 M4
100. gt 0 2 gt 03 04 o0 2e V2 46 0 7 V5 11 1 0 lt gt 1 1 CAL kgm lt gt 1 2 CAL V lt gt 1 3 V lt gt 20 PAGE 1 1 HER 01 08 WORK SELECT 2 9 01 02 03 04 05 06 07 08 1 2 CAL STD 1ST SNUG THR 1STMM 22 CROS GRD M 29 1P
101. 1E 2ND TO 16 SNUG TQ 17 10 41 1ST 42 2ND 13 2STEP 2 1S 24 CROS gt 22 22 23 1ST gt 22 gt A 18 CROS TQ 1E 2ND 10 15 1ST TQ 16 SNUG TQ 17 aT0 41 1ST 42 2ND PAGE 2 9 2 2 EAR 14 3STEP 1 1ST CROS 22 18 CROS W 10 7 2 kD 15 1ST M2 10 IWR 23 STARE 1E 2ND 10 gt 16 SNUG TQ OO 17 abyyaTQ 41 1ST 42 2ND 15 3STEP 2 1ST CROS 24 CROS gt 22 23 1ST gt 2 18 CROS TQ 1E 2ND TQ 15 1ST TQ 16 SNUG TQ 17 10 41 1ST 42 2ND 16 3STEP 3 1S CROS 18 CROS N2 10 2 22 23 1ST gt 2 m gt L 24 CROS i A 1 i 1E 2ND
102. 1 P 2ND MV 29 1ST CROS 3RD 24 1ST 1S T 2ND 2ND 3 RD 3 RD PAGE 1 6 D NO FER BIT JR TT 779 17 24 WORK SELECT is iea islo laI lea laaa 40 4 1 1ST 4 2 1 S T 4 7 4 8 50 5 1
103. 10Nm 22 90 EESTI E 16 SNUG 10Nm 90 2 16 SNUG ML2 PAGE 6 18 SO 17 N 10 x 1 0 17 15 1S TM 2 2 1 A 15 1ST EPEE ENE EEEE ESEE tHE ETAETA E NEEE A TAAA iit EERIE ATE AEEA E EEA IATA AEEA 31 1 ER gt es 17 10 1 8 CROS Nm 0 10 x 1 0 24 CROS deg 0 9999 18 CROS 13 2 3 9 59
104. C15 02 M SS A EBD A F RS 485 C15 A1 M RJ 45 2 RJ 45 2 RS485 ch2 TRx RS485 ch2 TRx RS485 ch1 TRx RS485 ch1 TRx RS485 ch1 TRx RS485 chi TRx 6 GND GND 8 AFC1500 RJ 4 5 USB RS406 lISB WIKI F AFCI500Z0SP1500 USB 4A5 NRJ45 DSqP hsub9PIn 29 RJ45 PAGE 3 10 SA HER 1 I ACAR 4 1 AFC1500 1 17 0 o o e wa Ala sa le
105. amp 1 Oo 3 PLC P L C LOKA ONTBF BD LEIR RA LTR L 5 2 ER 1 DLL 5 PARM D NA BYPASS bn gt OFF 1 ON
106. 4 4 2ND sec 0 999 9 15 1S 13 23 1S T 22 REJECT ka ht 4 5 sec 0 5 0 4 6 sec 0 5 0 4 7 sec 0 5 0 4 8 sec 0 5 0 0 51 rpn
107. 6 2 3 eo SET DATA MODE 1 PARM 1 0 32 DATA DATA 2 D NO 1 1 DATA DATA TD NO 1 1 DATA DATA FARM D No x 13 2 4 CROS PAGE 6 10 25 S FA 6 2 4 00
108. L OW PAGE 4 22 SA HER 1 I BR CAL TORQUE 0UT 2 5 V DATA 0 V O N OUTPUT 1 OmA Max UPC812 NEC 5V OUTPUT 74LS06 PAGE 4 23 42 HEATH RR 4 8 RS 485 2 8
109. 01 32 01 32 1 0000 0200 01 32 2 O O 01 32 CAL 01 32 01 32 01 32 Diega 01 32 1 ST ginga SNUG O O Ea E otse 17 1STU 2 ER EI CROS le 18 3 RD lt 01 32 19 NT O 1P O A 01 32 1B 01 32 1C O1 32 1D O a 01 32 1E 2ND O 01 32 1 20 O 01 32 1 21 O 01 32 22 HESE 01 32 23 1ST O CROS 01 32 24 3RD m 01 32 25 f FE 01 32 26 01 32 27 PAGE 6 12 25 S FA H
110. 1 6 1 2 lt rrrrrrrrrsrrrrrrreruennerenrerrrsrrennerens 6 2 6 1 3 a Ra aa ac Sn a a a a a 6 3 6 2 YPASS EE a E ERNE MAA Ea Era a E OE PE 6 8 6 2 1 SC Rm 6 8 6 2 2 Ra OE O E RE CE NDE ZEEE 6 9 6 2 3 Rm 6 10 6 2 4 a a Jara a EL EC CC aa jaar 6 1 1 7 7 1 AR PEPS BA 7 1 8 8 1 ER EA I 8 1 8 2 EE 8 2 9 9 1 A a E E aTa a a E EE BA A an SE 9 1 9 2 Sm j na a rn arfa a 9 2 9 3 FR RN 4 9 3 1 2 3 AFC1500 2 1 HERA 1 1 AFC1500 AXIS SAN4
111. 10 STR 16SNU61O 17 yaT0 41 1ST 42 2ND PAGE 2 10 2 2 HAR 17 1STEP 61 19 syHTOT 13 10 18 CROS TQ 15 1ST TQ 16 SNUG TQ 17 a T0 142 2ND 41 1ST 18 1STEP SNUG 10 C CW 22 17 abyyaTQ i 17 2 10 27 24 CROS gt 22 23 1ST gt 22 16 SNUG TQ 15 41 1ST 42 2ND 52 53 19
112. 4A 2 4M SAN3 4 4A 24HM R THET 0 HG SAN3 4 4 A 40OM RTHB 5010 SAN3 4 4 A 6OHM SAN3 4 4A 120TM RTHB 5020 SAN3 4 4A 120WM PAGE 4 7 SAR Ha R 4 CAR SAN3 4 4A 24M x BN SAN3 4 4A 24HM SAN3 4 4 A 40M SAN3 4 4 A 6OHM SAN3 4 4A 1201M SAN3 4 4A 120WM 0 75mm SAN3 4 4A 24M 2 5m 0 75mm 50m SAN3 4 4 A 4 OM 2 5m 0 75mm 50m SAN3 4 4A 120TM 1 25mm 50m SAN3 4 4A 12 0WM 1 25mm 50m D SAN3 44 A 25m PAGE 4 8 SA a 1 I ACAR 4 4
113. BYPASS RS 485 RS PAGE 4 23 PAGE 4 8 PAGE 4 21 di ojojo KA B PAGE 4 8 mE AC 200 220V O o A C 9 ii a PAGE 4 10 PLC O O O O SAN3 O 24M O CR DAI ICHIDENTSU C f 1 PAGE 3 1 SS ARA R 3 1 2 LED BYPASS LED POWER LED BUSY LED fb ON SV LED ABN LED ACC LED REJ LED REJECT REJECT REJECT REJECT 100ms 300ms
114. 1 1 PARM D NO DATA MODE PARM D NO D NO0 PARM DATA L T A DATA SET PAGE 6 8 fs S FSRHA 6 2 2 DATA 1 1 MODE DATA MI gt FDATA IDATA I IDATA SET
115. 1B REJECT 5 5 sg 1 0 99 9 AART EEDE 64 3 1B REJECT 60 rev 0 99 9 51 52 6 1 rev 0 99 9 19 1 S 62 rev 0 99 9 61 56 1A
116. m 4y E RTh D NO PARM REVERSE STOP OFF E E STOP OFF DATA DATA FaRM PAGE 6 7 0 FA 6 2 BYPASS RUN BYPASS A BYPASS BYPAS PLC I F BYPASS TONAJ RUN BYPASS LED 6 2 1 BYPASS DATA FARM D No MODE PARM
117. 101RM1 S 9 81 1100 000 SAN3 24M NFT 101RM1 S1 9 81 500 000 SAN3 24M NFT 201RM1 S 19 61 500 000 SAN3 24M NFT 201RM2 S 19 61 600 000 SAN3 24M NFT 201RM3 S 19 61 790 000 SAN3 40M NFT 301RM2 S 29 42 600 000 SAN3 24M NFT 401RM1 S 39 2 250 000 SAN3 24M NFT 401RM2 S 39 2 300 000 SAN3 24M NFT 401RM3 S 39 2 790 000 SAN3 40M NFT 401RM3 S1 39 2 500 000 SAN3 40M NFT 601RM3 S 58 8 790 000 SAN3 40M NFT 801RM3 S 78 5 500 50 00 SAN3 40M NFT 102RM3 S 98 1 395 50 00 SAN3 40M NFT 132RM3 S 127 5 395 50 00 SAN3 40M NFT 152RM3 S 147 1 315 50 00 SAN3 40M NFT 202RM3 S 196 1 220 50 00 SAN3 40M NFT 302RM3 S 294 2 150 50 00 SAN3 40M NFT 402RM4 S 392 0 180 50 00 SAN3 120TM NFT 502RM4 S 490 3 150 50 00 SAN3 120TM NFT 802RM4 S 784 5 95 500 0 SAN3 120TM NFT 103RM4 S 981 85 500 0 SAN3 120TM NFT 103RM5 S 981 60 500 0 SAN3 120WWM NFT 113RM4HS 1079 95 500 0 SAN3 120WM NFT 153RM4HS 1471 70 500 0 SAN3 120WM NFT 153RM5 S 1471 60 500 0 SAN3 120WWM NFT 203RM5 S 1961 60 500 0 SAN3 120WWM o1 PAGE 2 1 1TER 2 Y IL HZ E NFT 201 RM
118. 24M SAN3 40M SAN3 120TM SAN3 120WM SAN4 24M SAN4 40M SAN4 120TM SAN4 120WM SAN4A 24MISAN4A 40MISAN4A 120TMISAN4A 120WM 3 AC200 220V 10 50 60HZ sann t a ET re 2a SAN3 24HM SAN3 60HM SAN3 120THM SAN4 24HM SAN4 60HM SAN4 120THM SAN4A 24HMI SAN4A 60HM SAN4A 120THM 3 AC200 220V 10 50 60HZ ON OFF 1 ON OFF 5 OFF PAGE 2 2 S 2 HAR 2 2 2 2 1 1 2 307 X 3 9 1 4 1 2 3 4 96
119. 302RM3 A375 372 6 99 1 50 00 SAN3 40M NF 392RM3 A475 4458 70 4 50 00 SAN3 40M NFT 302RM3 A550 457 0 96 1 50 00 SAN3 40M PAGE 2 2 1 2 Rr NFT 211 RM O S SU U A RM1 RM2 RMS RM4 RM5 RH1 RHS 2010 02 09 Te Fn ER a Nm rpm rpm Nm deg SE 19 NFT 081RH1 S 7 84 3000 30 5 000 SAN3 24HM 80 NFT 211RH1 S 20 60 1220 10 5 000 SAN3 24HM 108 NFT 211RH1 A55 31 38 785 6 5 000 SAN3 24HM 81 NFT 311RH1 S 30 41 855 7 5 000 SAN3 24HM 109 NFT 311RH1 A55 46 09 550 5 5 000 SAN3 24HM 82 NFT 411RH1 S 40 2 635 5 5 000 SAN3 24HM 110 INFT 411RH1 A55 55 9 408 3 5 000 SAN3 24HM 83 NFT 401RH3 S 39 2 1984 1 5 000 SAN3 60HM 84 NFT 801RH3 S 78 4 1000 1 50 00 SAN3 60HM 115 NFT 801RH3 A130 121 6 640 1 50 00 SAN3 60HM 86 NFT 132RH3 S 127 5 582 1 50 00 SAN3 60HM 114
120. 4 32 2 24 CROS 2 2 3 33 2 JA NN 32 2 1E 2ND 24 CROS PAGE 6 20 SO jE 20 deg 2 1 deg 0 9999 REJECT 22 deg 0 9999 00 90 16 SNUG 0 90 deg 25 deg 0 99
121. OF ON ON acc O 20 ON OF ON OF OF RUN 2 1 ON OFF ON OFF ON REJ O 2 2 ON OFF ON ON OF 23 ON OFF ON ON ON 2 4 ON ON OFF OFF OFF 2 5 ON ON OFF OFF ON 2 6 ON ON OFF ON OFF 2 7 ON ON OFF ON ON 2 8 ON ON ON OFF OFF 2 9 ON ON ON OFF ON 3 0 ON OFF 4 6 2 SW 1 RY 9 ON OF ON 2 OFF OFF 3 OFF ON ON ON PAGE 4 21 14 fE A HI BL R 4 7 5 a HA son SE a E 1 5557 0O6R Eaj rt el PAGE 3 9 5556 MON IN OUT 1 TORQUE OU
122. r R rss i seson CHi a i COMRS22C wa mi 4 KK i em PLC 7 1D COM3 RS232C CCUNKDUO No 1 No 31 K OTJUFVAT LOL Y k UFR ERU 9 PAGE 1 2 2 1 HERRA 1 2 AFC1500 x 6 Omm SAN3 24M 3 2 ROM 5 00
123. 0UT DATA PAGE 4 14 HAR HERA II ERR 4 5 2B W PNP PNP PLC I F PLC SG ERU r a 24V COMMON 3 3KG 1 1 am tk 1 1 1 1 HIH Wik 40mA MAX 3 3KQ z 1 A i 1 1 1 GSK BSk ov A r x s ER 1 1 1 7 1 e 1 1 l 1 1 1 1 Bi 1 1 i A 1 1 1 7 OV COMMON 1 W L_ T 1 a a Ge a Si i i P L C OUT DATA PAGE 4 15 Z 4 a A 1 FAR 4 5 3 LOW 0 V ON BYPASS ON BYPASS S TART
124. 1 PAGE 6 23 0 FSHA 5 2 rpm 1 15 1ST 23 1ST 24 CROS 53 53 rpm 1 IST 1ST 54 1 2 rpm 1 63 2 rev 0 99 9 63 2
125. 1ST TQ 16 SNUG TQ 17 110 8 2STEP 13 TQ 18 CROS TQ 1E 2ND TQ 15 1ST TQ 16 SNUG TQ 17 10 41 1ST 42 2ND 1 ST 9 3STEP 1 S CROS 41 1ST 42 2 13 TQ 18 CROS TQ 1E 2ND TQ 15 1ST TQ 16 SNUG TQ 17 10 41 1ST 42 2 PAGE 2 8 10 1STEP 1 22 18 CROS hA 10 27 2 15 1ST kb 10 IWR 24 CROS 23 1ST pe i EE Ns Wai ei 1E 2ND TQ 16 SNUG TQ 17 10 41 1ST 42 2ND 11 1STEP 2 24 CROS gt 22 23 1ST gt 22 22 18 CROS TQ a IES rE 1E 2ND 10 aa BIT 16 SNUG TQ 17 V NA 41 1ST 42 2ND 12 2STEP 1 1ST 18 CROS N2 10 727 2 15 1ST h 10 mon 22 24 CROS
126. 40 1465 0424 40 1436 0574 62 5865 0574 62 3523 0424 40 1465 0424 40 1436 DDK 509 0238 690 1 TEL 0574 62 5865 FAX 0574 62 3523 URL http www daiichi dentsu co jp E mail sales daiichi dentsu co jp 182 0034 1 54 1 TEL 0424 40 1465 FAX 0424 40 1436
127. A R SANS DP2 SAN DP2 SAN DP4 PAGE 3 4 S 35 A ABA R 3 2 PAGE 3 5 5 AODA FR 3 3 SAN3 4 4A 24M 40M 120TM C15 D1 M O H 5 EA C15 P1 M 35 A EBD AF ERM1 RM2 RM3 amp C15 F1 M RESOLVER MTOR RESQLVEE MRM4 amp C15 F3 M RESOLVER MOTOR TST TMST K RESOLVER 4 1 6 2 7 1 3 TWIST S3 8 q 9 1 3 4 Ji Bu T FG MOTOR W V U 5 610 N CJK
128. NFT 162RH3 S 156 9 790 1 50 00 SAN3 120THM 87 NFT 202RH3 S 196 2 408 1 50 00 SAN3 60HM 107 NFT 202RH3 A375 304 0 262 1 50 00 SAN3 60HM 113 NFT 332RH3 S 323 6 385 1 50 00 SAN3 120THM PAGE 2 3 fk 2 E PAGE 2 4 IILI 3 AFC1500 M amp AFC1500 M AFC1500 M gt AFC1500 M 1 0 3 1 2 7 1 SW BYPASS 2 MODE PARM 00 D NO 0 3 DATA 1 03 SET 18 27 SET 3 SET 1 8 27 SET CHnG no 1 CHnG YES SET DATA 1 27 4 BYPASS RUN 5 LET 6 10
129. O REJECT 2ND NG 26 2ND MM2 CROS MM7 2nd ON RT3 HI REJECT 3RD NG 25 CROS a STD kp 3r d ON RT3 LO REJECT 3RD NG 2 4 CROS M STD I 2 3rd ON PAGE 4 19 42 HEATH RR BANK1 ON BANKO ON ZERO ERR T D CAL 31
130. S0140114D J AC AFC1500 M AXIS S w Advanced a S Computer Controlled Nutrunner 5 Ef 500 15 J es 5 hR 2011 5 690 1 0574 62 5865 TEL 0574 62 3523 FAX http www daiichi dentsu coJjp URL sales daiichi dentsu coJp E mail Copyright C 2005 2009 DAI ICHI DENTSU LTD All Rights Reserved AC AFC1500 AFC1500
131. T 2 ANGLE PULSE OUT 5V TTL 3 ANGLE CW CCOW OUT 5V TTL 4 0UT 10V lt 1OV 10 SAN24M 24A SANAOM 40A SAN120M 120A 5 6 GND _ TORQUE OUT 2 5V 0 V 2 V 2V O0 5V 2 OVERY 2 5V NFTT xxxRH 1 S 43 7 5V n ANGLE PULSE 5V TTL 1 1 1 358 362 ANGLE CWCCW 5V TTL H I
132. c 0 9 99 1P 21 1 P PAGE 6 25 2 S 1FEH RAA PAGE 6 26 S phizvy K RA 7 1 SAN SAN3 2008 4 SAN3 120TM SAN3 12 0WM START REV CAL RESET d 8 SET SAN3 DP1 SAN3 DP2 NS COM PAGE 7 1 S fs 7 I K RA
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