DC-Q10-G/DC-Q20-G 取扱説明書
Contents
1. ORK DC Q10 G DC Q20 G 2011 11 18 5 554 8691 4 2 51 TEL 06 6465 5561 FAX 06 6465 5921 lt2. 32bit 32bit 151 YO ON
3. AL Q00JCPU QOOCPU 24 Q01CPU QO02CPU Q02HCPU QO6HCPU 64 CPU Q12HCPU Q25HCPU CPU QO2PHCPU CPU Q12PHCPU Q25PHCPU Q25PRHcPU Q04UDHCPU Gina 1 acon CPU osoo1icpU lt C er aa V HO01 scacceucy V 64 QoeccPU vB 1 CPU I O 2 I O MELSECNET H 1 0 NM CPU
4. SW GX Developer Y0 ON 40 6 2 0 6
5. 1 ae 64 J72BR15 1 1 0 2 I O AA QCPU C MELSECNET H I O 2 1 2 CPU CPU QCPU CPU PC CPU 2 2 DC QH0 G MELSEC Q AA Li Eiki hd bd ld dd ba N N Wane aa DC Q10 G DC Q20 G
6. 3 CPU Y A B ROHS 2 2 1 2 1 1 CPU CPU
7. ON 2 X6 OFF READY X0 OFF DES 15 1 ON ON 1 4 2 7 OFF READY X0 OFF 13222 X8 ON 1 RAS ON 2 QX8 OFF READY X0 OFF OES
8. 3 2 G1 GYcRS GYFRS GYSE R G2 GYcRP G3 GYHR 0 001mm Z 1ms 1000mm CK1 2ms 1000 2500mm 4ms 2500mm A B RS 422 I O 32 RAS 1 2 10 4 AWA 4 1 CPP MBA a ON V 100 O min OFF V DCS5V DC 4 75 5 25V ms 11 4 2 CPU 4 2 1 DC Q lt CPU Y I 2
9. ON 2 X16 OFF READY X0 OFF DES 19 1 ON ON 2 2 X17 OFF READY X0 OFF DES id X18 ON 1 RAS ON 2 18 OFF READY X0 OFF DES YO ON
10. YO ON CPU 6 d 16bit x 5 504 508 Un G504 Un G508 5 3 e 32bit 600 601 1600 1601 Un G600 Un G601 Un G1600 Un G1601 Y1 Y11 ON 0 2 32bit f 32bit 602 603 1602 1603 Un G602 Un G603 Un G1602 Un G1603
11. YO ON gt GY 1 X8 YO 1 ON 2 X9 OFF READY X0 OFF DEX YO ON gt GY X9 YO 1 Y10 OFF 1 ON 2 X10 OFF
12. Y14 OFF DEX ON 100ms gt GY Y14 X14 n y 77 AE 102 104 MAX Sms MIN 100ms ON 3ms 100 ms 1 ON 2 X15 OFF READY X0 OFF DES 1
13. ON 2 ON OFF X8 X9 3 1 2 4 ON 1 ON 2 ON OFF X1 1 ON 2 ON OFF X2 1 ON 2 ON OFF X3 1 ON 2 ON OFF X4 1 ON 2 ON 1 ON 2 ON OFF
14. Y4 OFF DEX ON 100ms gt GY a kT Y4 _ ey 4 4 1 2 977 2 4 MAX Sms MIN 100ms ON 3ms 100 ms 1 ON 2 X5 OFF READY X0 OFF ODES 1
15. Ymm Y x 1000 Ymm Y x 1000 1u m 26 Y2 Y12 ON IED 32bit g 32bit 606 607 1606 1607 Un G606 Un G607 Un G1606 Un G1607 Y2 Y12 ON 0 5 1 3 2 h 32bit x 2 612 615 1612 1615 Un G612 Un G615 Un G1612 Un G1615 Y2 Y12 O N i
16. READY X0 OFF DEX DC Q10H GP Y10 ON DC Q20 G 16 28H 2 1 Y11 ON OFF 2 X11 OFF READY X0 OFF DEX Y11 ON GY REDAY X0 X11 Y11 1 Y12 ON OFF 2 2 OFF READY X0 OFF Y12 ON gt GY REDAY X0
17. 32bit x 2 616 618 1616 1618 Un G616 Un G618 Un G1616 Un G1618 Y3 Y13 ON 2 32bit j 32bit 620 621 1620 1621 Un G620 Un G621 Un G1620 Un G1621 27 4 4 DC Q10 GHP 90 4 0 01mm A 0 04mm Pulse T E 0 J LIL J Ly T 28 5 1
18. ON GY 2 READY X0 OFF GY READY X0 OFF GY 1 Y1 ON OFF 2 X1 OFF ccna ted OFF Y1 ON gt GY REDAY X0 X1 Y1 1 Y2 ON OFF 2 X2 OFF READY X0 OFF Y2 ON OES gt GY REDAY X0 X2
19. 20 22 ON OFF Sei Tosa Peel POPPA AAT PE Pf TET rspE 20 lt Cen rez In2 ii lt ee ae TOTS SvISHIDTIAS lias eee ae L261 2D 10172946 2 hSEBB O0 PK 2 61 4D BMB1624 _ nie avs DC Q20 2 10 1600 2 4 3 2 5 5 DC Q20 G 55 1 e Fe 5 5 2 DC Q20 G 0 01mm 1000mm BCD
20. GY 2 X18 YO 1 ON 2 X19 OFF READY X0 OFF DES YO ON GY 2 X19 YO 20 4 2 3 1 1 1 2 2 2 2 2 2 2 2 1 RAS
21. X12 Y12 17 1 Y13 ON OFF 2 3 OFF READY X0 OFF DES Y13 ON GY 2 REDAY X0 X13 Y13 18 2 28H 28H 1 Y14 ON OFF ON 2 X4 OFF READY X0 OFF DES
22. oben PIAA dal ON OFF ON OFF TA TE JH7 SVITTSAS Sei Tito mm 10 602 1 700mm 0 1mm 7 000 2 1400mm 0 005mm 280 000 obeys PAL jp Cem ON eal OFF ON OFF SE TERIA BOR PU AOD pay rs G2 5 602 7 ihe se ai 14000 10 Sor MREeR lt svesianrsse Se Tis 2 9 PSEBE20 PPV AST AD 10172946 20 614 D 64961624 30 MS 1 FLx 20 1 Gxt FLAT Fem 16k BREE BIB 1 Nr 600 10i8 C bohes 3ob y MBE et 1638 188 BU ee C Sen ee Reise WEE aSCIGse a a Oa OT TCG OO OOOO OOOO OOOO Sve ee TT a De TT TT 249 52 E PALS DC Q Y2
23. DC Q10 G P RUN RDY1 ERR1 ALM1 RDY2 ERR2 LED DC Q1OHEG1H RUN fm IN RDYl OA B ERR1 oc DC Q20H EET RUN cM IN RDY c MROY2 ERR1 CMERR2 ALMl cALM2 DC Q20 G GY 5V 1 GY 1 1 1 GY 1 Bh 1 1 ON OFF 2 GY 2 2 2
24. X11 1 ON 2 ON OFF X12 1 ON 2 ON OFF X13 1 ON 2 ON OFF X14 21 4 3 431 7 10 i a 1 1 L H 1 2 L a 22 H 1 eee ut 500 _501 Reserved RR 502 ESR 503 SER 504 0 0 505 0 0 506 507 508 1 2 3 4 5 ri 04 05 06 07 08
25. GY 2 2 2 29 5 2 5 2 1 DC QH0 G1 P DC QH0 G2 P 2 START START 1START STOP STOP 1STOP 5V 2V1 IN M3 1 0 36 lt 0 48N m M3 0 42 0 58N m M3 5 0 66 lt 0 89N m 1 2 GYSE R 4 30 5 2 2 DC QHI0 G3
26. DC Q CPU X 12 vt lt o lt lt lt lt x 7 Iw m o gt ely 1 Ast F CO gt Y1B Y1C Y1D Y1E Y1F L gt pa NX lt Pil d J ll NY DC Q10 G P 2 DC Q20 G 2 1 4 2 2 READY 1 1 CPU au GY
27. 6 Reserved 1 L 50mm H 1 L 350mm H 616 1 L 0 1 L H 1 L H DC Q20 G _ 10 i 10 R 2 1 L H 2 2 L H 2 3 L R H a _1500 Reserved RR _1501 Reserved RR 2 0 _1503 28H RR a 300000 Reserved 2 L 50mm H 2 e 2 L 350mm H 2 L H lsu 2 2 L H 23 10 i 10 8 L H L H or Reserved 1 L
28. AG 141 142 X5 6 X15 16 41 42 MEMO 43 1
29. Y2 13 14 1 1 Y3 ON OFF 2 X3 OFF READY X0 OFF Y3 ON OES gt GY REDAY X0 X3 Y3 1 1 1 1 Y4 ON OFF ON 2 4 OFF READY X0 OFF
30. Reserved ee ae L H 0 10kHz 1 5kHz 2 2kHz 3 1kHz 4 500Hz 5 250Hz 6 125Hz 24 432 32bit x 3 0 5 1000 1005 Un G0 Un G5 Un G1000 Un G1005 2 32bit xX Xt WotR frrrrrfrrrt lt rte Yz Y Yz R Yz Al fe Xz Xf Yz R Y R Xf Xz X X Xz Xp Yz Y X Xz 612 613 1612 1613 Xf 614 615 1614 1615 Yz 600 601 1600 1601 R
31. 602 603 1602 1603 Xp 620 621 1620 1621 Xz 50mm Xf 1050mm b 16bit 25 500 Un Gn500 b15 b8 b b0 PR 1 ON 0 OFF 0 c 16bit x 2 502 503 1502 1503 Un G502 Un G503 Un G1502 Un G1503 RAS
32. 2 100 000 2 2 1 O 2 0 1 DO 2 D2 1 1 2 2 X22 X8 169 SET YO _ X9 X18 X19 YO X8 x9 X18 Xi9 to ppp pps 39 6 GY 6 1 Reserved be ee 15 GX Developer
33. CPU A 3 3 1 3 1 2 0 55 C 25 75 C 5 95 RH 5 95 RH JIS B 3502 PP 8 ote 5 9Hz 175mm JIS B 3502 IEC 61131 2 147m s2 XYZ 3 2000 m I 2 Class I 1 I 300V 2500V 2 2 3 0m
34. 1 0 01mm 2 0 01mm 1 2 0 1 Y1 2 YO BCD2 BCD3 HT 2 Y30 Y43 Y50 Y63 1 DO D1 32 2 D2 D3 32 mi mn dh lt wh 0 O7 553 X2 K561 76081 DMOV K56176081 SET 12 X12 6 RST YI XI 70 DMOV KO 88 RST XII 91 DMOV KO 109 RST x0 7 UO XO X7 UO 112 DMOV GO X17 UO DNOV G1000 SM400 UO 136 BCD G502 UO BCD G503 UO BCD G1502 UO BCD G1503 38 DMOV K100000 DMOV K4761326 DMOV K4761326 UO G602 UO G612 UO G614 Y2 Y2 UO G1602 UO G1612 UO G1614 Y12 Y12 UO G600 YI YI UO G1600 Y11 Y11 DO D2 K2 30 K3Y38 K2Y40 K3Y48 1 100 000 1 1
35. L ZERO 101 72 33 3 10 600 MS 1 34 PE LR FEDC BAS8 7654 3210 7 e OOOO COOO 6000 OOOO OeOO SOC GO05 bx 20 1 fixe E FE dem 16k Meee BIB 1 NRE 600 1058 Sores fe Bob MEET 16 18 C O Ses Seal See See EE Gecuerss ENGL Fano o1e0490 19995910 s0000 10 612 10 32 ZERO EyI WT PAA r nel CN OFF ONZOFF EAE a a PLE mrTU Qo bSERB 16 9 10s 1m 72946 10 SIby MEE qe 2 4 AD a VaR 10 614 10 32 FULL
36. MELSEC Q DC Q10 G DC Q20 G JCC 201023216 A 2010 11 25 2 5 3 5 4 5 5 2011 1 30 3 3 2 8h 5 4 5 2 1 GYSE R 6 1 5 20 6 2 1 6 2 1 1 6 2 1 2 CPU 7 2 2 8 5S eC oe aC AC eRe Ee Ce eR eee eR 9 3 1 eee 9 3 2 Re 10 A 11 4 1 CSsSs DGG A 0 11 4 2 CPU LU 4 E 12 4 2 1 Pr asec le tA ec ttle tl 12 42 2 ee ee eee ae ee TE eee it Te ern Te ee OTE eee ey eT a 13 42 3 Res 21 4 3 22 4 3 1 Fe be ea hess haces ah hha ahead a 22 4 3 2 ee 25 4 4 FS OA FI iscesrsassicccesensedsrecstcnzscsnesitoasstctcsencedesecspinssssng
37. P se jowe asm leemw ssw stew Fe lo CE ECT EC CC CC M3 1 0 36 lt 0 48N m M3 0 42 0 58N m M3 5 0 66 lt 0 89N m 1 S1 5 3 1 1 b3 b2 bl SWO 0 1 SW1 0 FORWARD 1 REVERSE 3 SW2 0 1 SW3 0 1 MG0 MG1 0 1 1 2 2 3 1 2 2 b3 b2 bl SWO 0 1 SW1 0 FORWARD 1 RE
38. VERSE SW2 0 1 SW3 0 1 MGO0O MGI1 0 1 1 2 2 3 3 0 1 500kHz 2 250kHz 3 125kHz 4 62 5kHz 1 DC Q20H G 2 DC Q10H GDOIP FORWARD 3 FORWARD REVERSE ais 32 5 4 1 I O i Sie Sha She SUM Shy OG Sy FE OO RT lac C Ayotyaleh see es ee ee EE eee eee ie AT GE acetts Dp acebp ce acoteiecp ere Paz DC Q20H G1 20 2 ZERO FUL
39. sthcastascoen cedusecsbieesssngelteasbesscouseabanecyiemssonestteasbesncoen sada 28 kk 29 5 1 Re 29 5 2 30 5 2 1 DG OlI0 G1 P DC OCGA co 30 5 2 2 ECO ORG SPY secre cee ele eee acts 31 5 3 es 32 54 ae 33 5 5 37 5 5 1 37 5 5 2 37 5 5 3 0 lt 38 CCC 40 6 1 LL 40 1 MELSEC Q GY 2 CPU PLC MELSEC Q I O Q GYcRS GYFRS GYcRP GYHR GYSE R AEE 1u m
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