取扱説明書
Contents
1.2. k
3. Garment Printer GP 1810 GP 1810 4 GP 1810
4. JIS 1
5. 15 40 65 Rh T Q
6. W
7. 1 5 12 XY 4 ENTER XY 4 ENTER XY 4 ENTER
8. 4 8 4 720dpi 50mm TT 18 70mm 1870 mm 1860 mm
9. ERROR 01 MAIN ROM ERROR 02 MAIN RAM ERROR 03 POWER 5V ERROR 03 POWER 35V POWER 5V POWER 35V ERROR 04 F ROM ERROR 06 D RAM ERROR 07 TEMP nnnn ERROR 08 LINEAR ENCODER ERROR 09 FPGA ERROR 09 HDC FPGA HDC
10. ENTER ENTER ent gt gt X 1010 Y 1860 gt P 5 11 1
11. 1000mm NORMAL SLOW 1 9 6 gt 4
12. 1 2 3 4 5 A A4 LIST 11 9927 4939 9729 221 t 4 2 2 DISPLAY 3 4 02 E 2429 429 517 System Ver1 09 1 1 40 lt 37 1 gt 54272 2 71 9 2F 3922539 924939 1 1 2 95 9 9 LAT amp 3 DFF Japanese p 21 p 52 2 2 9 0 84 26 2 2 9 0 2 1 3 1 4 1 t B 1 621 1 1 942 1 0 517 2 0 9 1 100 2 108 3 180 4 1 180 100 190 0 1 GPig
13. 1 gt gt X 1010 Y 1860 2 XY 4A 4 p x 500 y 970 vl 3 ENTER 4 ENTER ENTER END a lt gt ent 5 XY 4A 4 p
14. REMOTE 12345678ABCDFEGH
15. 2005 Rights Reserved Copyright 02005 MIMAKI ENGINEERING Co Ltd VCCI A VCCI
16. P 2 9 lt 1 gt gt X 1010 Y 1860 2 3 DATA CLEAR ss lt ENT gt 4 DATA CLEAR ENTER ENTER gt gt _ 2 1010 1860 we CYCLE
17. 947 7 1 82k 1 1 8 85 753 9 242 9 23 11 7 4 31 8 1 x 7 100 x 6G 190 9 72 14 9 9247239 1 9 05 7 9 OFF 1 9 4 8 1 H 1 19809 8 100 100 HEX 8 H lt J
18. 12345678ABCDFEGH 12345678ABCDFEGH REMOTE 1 12345678ABCDFEGH 12345678ABCDFEGH
19. T Pig 2 1 ENTER ENTER 00 gt gt X 1010 1860 3 2 10 A P 3 4 TPig TPig
20. ERROR 24 1 F INITIAL I F ERROR 30 ERROR 34 ERROR 40 X X ERROR 41 Y Y
21. 1 gt 2 2 1 2 22 3 ATUQ 3 2 71 amp 7 071 X a u uu 3 4 Z 3 7 FL 44 38 3 10 3 12 ci 3 13 3 15
22. Garment Printer GP 1810 S up maa aysa laga i ik ii
23. 1
24. gt gt gt X 800Y 1200 X 800Y 1200 FUNCTION lt ENT gt 24 71 x I 1 lt ent gt 1 QO 1 E 22212 WO 1 1 lt ent gt 1 0316 1 2 6316 4 2 4 REMOTE FUNCTION
25. B 5 EMERGENCY 2 749 IEEE1284
26. 4 SPA 0105 100 M 3 10 6 S 5 10 15 5 JL 2 75TUC 942 gt 6 x 6 M903968 LHDM 04 PED 04 Do not get caught in the machine serious injury can result M901469 CAUTION polsonous 2 according to a municlpat erdinance M901607 Do
27. 2 13 Us F 5 ENTER END 6 ENTER PE 4 1 lt lt gt gt X 1010 1860 REMOTE REMOTE gt X 1010 1860
28. 1 FUNCTION lt ENT gt FUNCTION lt ENT gt lt ent gt lt enti gt lt ent gt ON ON 1 48 1 1 FUNCTION lt ENT gt 2 XY 4 FUNCTION
29. 20 AG29 10 10 21 ENTER ENTER ent 22 gt gt 1010 Y 186 0 4 2 4 4 4 5 4 8
30. gt 2 13 100 100 ON OFF ENTER END 4 7 1
31. 1 X Y Z Y TEST 4 CLEANING 5 DATA CLEAR 6 FUNCTION 7 VIEW REMOTE Raster Link Pro Raster Link Pro
32. 3 6 S S S Q 2 2
33. 9 XV P 1 6 TieTi lt ENT gt 1 1 4
34. CYLCE ENTER P 2 18 1 lt gt gt X 1010 1860 Z A 1 0 2 0 mm mm 3 ENTER SS mm U 4 gt gt X 1010 Y 1860 P 2 5 T
35. 9 P 3 10 10 ENTER 11 5 10 RAMEN gt gt X 1010 1860 1 FUNCTION lt ENT gt 2 XY 4A
36. 1 A4 2 ent gt ENTER 3 ENTER ent ENTER 4 ENTER 7 XY W 1 1 7 1 7 1
37. 2 2 SN 27 4 TT qi P 3 P 5 P 6 P 8 P 10 P 13 P 16 P 1 1 J 10 BOOT BOOT
38. 1394 LED 1 1
39. gt gt 4 4 P 24 12345678ABCDEFGH 8 3 14
40. 9 snp lt gt CYCLE X 1010 1860 lt 60 ERROR CYCLE 2 19 1 Al C
41. AG9 AG9 lt 5 9 vl ENTER 3 22 ent ENTER 00 00 IN 18 ENTER ent 19 29
42. 1 2 2 2 3 2 20
43. FUNCTION 90 0 90 0 900 FUNCTION lt ENT gt FUNCTION lt ENT gt lt ent gt lt ent gt 12563478 ABEFCDGH 12563478 ABEFCDGH 12563478ABCDEFGH 1 5 00 1 8 7 8 9
44. P 2 21 TPi
45. 12345678ABCDFEGH 12345678ABCDFEGH 247 12345678ABCDFEGH C 12345678ABCDFEGH 1IC 12345678ABCDFEGH IC Z P 2 5
46. lt ent gt 9 END ED gt gt X 1 010 Y 1860 5 7 77 XY 1 A Y ent gt ENTER ENTER 3 ENTER ENTER Y ent 4
47. 0 0 9 9 4 5 5 0 3 4 6
48. SS 1 Sbi No 1 10 1 1870 mm 1050 mm 1860 mm 1010 mm 50 mm 60 kg P 2 5 30
49. P 5 6 1 3 4 2 P 3 4 P 3 3 4 PP 2 10 2 10 N 1 RIP 1 SLOW P 4 5 6 3
50. A29 SPC 0137 1 FUNCTION 1 FONCTON EUNCTION lt ENT gt XY 4 v FUNCTION C lt ENT gt ENTER ENTER 2 XY 4 5 ENTER OK ent 6 ENTER ENTER Y ent 7 8 9 AG9
51. ENTER vl 1 gt gt 1010 Y 186 0 REMOTE lt gt X 1010 Y 1860 3 ENTER 3231798745990253 ENTER mm 5 ENTER TPig 6 ENTER I V 1 MRL I x 7 ENTER lt gt CB La vr 8 ENTER v
52. gt P 2 138 CYCLE 1 REMOTE lt J F gt FUNCTION 250 ent END 3 ENTER ENTER 4 Y 100 100 100 END vl
53. _ __ ENTER 2 Hi234 XY A4A Y F L 1 4 LY YOU A 1123 a 7 52 lt ENTER 4 ENTER 5 XY 78 WPig Reac Acid gt Reac Disp Disp 6 ENTER END 7 gt gt X 1010 1860 TPig TPig
54. 5 ENTER 6 F 7 F 8 9 10 F A 11 ENTER
55. A lt 2 L 4 2 7 25 mm 8
56. I 1 gt gt 1010 1860 2 PP 2 5 s n mm 3 VIEW VIEW lt ENT gt VIEW ENTER 5 gt 1010 1860 6 I 2 6 870 x 1050 mm 2 4 4 1
57. XY ENTER 29 SPC 0137 FUNCTION 1 FUNCTION FUNCTION lt ENT gt 3 4
58. 3 13 kl 3 15 kk 4 2 SS ee 4 4 4 5 4 8 FI 5 0 lt 5 2 ee 5 3 kk 5 4 HEX kk 5 5 5 6 5 8 i 5 11 cu 5 12 5 14
59. gt 7 2 20 6 2 1 P 2 10 2 P 5 8 3 P 2 13 4 3 P 2 13
60. FUNCTION xvi 6 1 6
61. P 2 11 FUNCTION 08 92 gt P 4 3 END 1 ox CLEANING POWER ON a FT CLEAR CLEANING P 2 1 1 Z 4 Y P 2 5 VIEW P 2 6 DATA CLEAR P 2 17 REMOTE P 1 13 ENTER 1 X
62. i 5 15 5 16 5 16 5 17 eee 6 2 EAA 6 2 Jf L u i i 6 2 J I 6 3 6 3 2 3 6 3 6 3 9 2 4 6 3 6 3 ii 6 3 6 4 6 4 6 6 i 4 5 uuu u u aa ass halys 6 ss 9
63. uu 5 11 5 12 5 14 ERA 5 15 5 16 1 gt gt 1010 1860 PuNeroN FUNCTION 2 FUNCTION 1
64. 12345678ABCDEFGH 1 9 9 17 55 12345678ABCDEFGH 00 00 00 2 MAIN Ver1 00 I F Ver 31 3g TPig Ink only lt 22 39 A lt ent gt 239 ASE gt L123 L 34 L 23 L12 L 4 L 3 L 2 L1 8 71 9 2 7 X A V OFF X A V 1 24h 1 00 577 539 07 77 71 20 2777 X A V OFF X A V 1 48h X A v Acid Reac Disp 33 FUNCTION DISPLAY DISPLAY ENT gt ENGLISH X A V JAPANESE FUNCTION X A x 5 1 34 2 AG EK C CLEANING i CYCLE START D DATA CLEAR 2 17 FUNCTION
65. 5 A 1 TPig
66. 2 3 gt P 4 6 PE 34 k
67. A29 A29 9 ENTER 30 10 ENTER ent gt X 1010 Y 1860 1 1 P 5 1 1
68. ERROR 42 X OVER CURRENT ERROR 43 Y OVER CURRENT Y ERROR 45 CAPPING ERROR 46 WIPING 6 8 EE 2 ee 4 ae 5 EC 6 GP 1810 8 2 x 4 4 x 720 360 540 720 360 x 360 2 4 8 pass 360 x 540 dpi 360 x 720 dpi 720 x 720
69. XVii Xviii U oo 1 2 055 1 3 1 4 1 9 1 11 1 12 3 4 1000 mm 1000 mm gt 1 2 1
70. FUNCTION lt ENT gt Y 3 ENTER lt ENT gt XY 4 C lt ENT gt Y 5 ENTER EN 1 2563478 A BEFCDGH 6 XY lt y lt 1256 3478 ABEE CDGH 1 563478 A BEFCDGH 00 0 7 XY 4 8 ENTER 9 4 lt ENT gt 5 11
71. 5 E F SSUYC 1 13 Jen bsa aya n panau upa 4 6 4 6 EE 5 4 TE 4 6 S uu uu uuu u uu su aus 1 13 1 13 4 GP 1810 2005 7 1333 3 389 0514 Tel 0268 64 2413 0200845 1 30 27072005 Printed Japan 0200845 ENGINEERING LTD 2005 TM
72. 2 11 4 8 gt 2 10 Z 2 2 ii 5 4 5 14 5 16 3 10 5 15 3 12 aha NIRAI NAS ki 3 15 5 4 9 2 13 2 7 1 3 1 11 1 3 J 20 SD B uu u uu usss 2 13 BU0N0GSERNRNNNNN AT ix Z 1 12 a u usa 5 14 5 14 4 7 6 4
73. Stop Stop Stop 001 002 TP ig 12345678ABCDEFGH TPig TPig 30 XY 7 tyUy P 5 8
74. ERROR 10 COMMAND 1284 ERROR 11 PARAMETER ERROR 14 COLOR COMMAND ERROR 20 1 F BOARD I F ERROR 21 NONE I F ERROR 23 HOSTI F
75. 1 P 3 4 2 P 3 4 P 3 3 4 P 3 10 5 gt 5 9 5 ENTER 6 gt gt X 1010 Y 1860 I XY W
76. 160C 60 190C 40 etc etc etc TPig TPig 1 4
77. STOP 2 3 lt ENT gt 4 ENTER 1 ENTER 5 gt P 2 3 2 4 T 3 mm
78. ee 2 4 2 4 897 2 5 2 6 2 7 kk 2 8 U aaa 2 8 kk 2 9 kk 2 10 i 2 13 kk 2 15 kkk 2 16 2 16 ll 2 17 J 2 18 kk 2 20 2 21 U iil 2 21 ec 3 2 kk 3 2 ee 3 2 3 3 3 3 kk 3 4 3 7 vii viii 5 3 10 12
79. 5 15 2 ON ON 1 2 4 1 10 5 16 XY 4A ENTER XY 4 ENTER ENTER XY 4 ON ENTER XY 4 ENTER 2 2 90 0 UU 0 ENTER ENTER 00 0 0 4
80. A 2 3 A A29 SPC 0137 1 FUNCTION 1 FUNC
81. g 42 Xiii XIV 3 6
82. lt gt X Y CSTART X Y 50 ent L 3 14 2 X A V lt gt 360 360 STD 4P U V360x360 STD 4P U 50 100 X 100 100 2 2 00 00 00 01 97 11979 V360x360 7 p STD 4P U 12 5678AB EFGH lt 9471 gt V360x360 STD 4P U 1 2 1yF 12 5678AB EFGH 100 15 L 3 4 39 3199 9999999999999999 mm 0 9 16 sx FUNC Default Check NG SET LG IK MT SV 4987 17 TPig Ver1 00 MRL 1 OR Default Check OK ENTER 393 9 7
83. Je ee a ili kk ix ix te x OO Xi L ER KERA 1 1 2 373 1 3 i 1 4 BU II 1 4 1 5 1 6 ee 1 8 unun nu maiaa sz 1 9 111A1I 1 9 J J u a 1 10 kkk 1 11 ee 1 11 U 2 0 1 11 1 12 1 13 2 2 3 23
84. ent 12 gt gt X 1010 Y 1860 lt lt 1
85. G Q t C LL 2 G TO cu Cu UD cu SI t sr 00 un U u 40 t gt Q lt u O 4 00 22 00 gt lt u c gt S gt t cu GQ C lt t G gt C C O LOS En lt lt t 909 004 08 10 00 104 p 992 18 40 1 55 01 2 44 68 01 22 28 88 92 10 48 90 84 42 12 49 24 89 24 92 FE 8 44 48 88 84 49224883 Q 48 00 00 18 28 72 02 WG WL gQ ap 4 80 10 0 92 428 222 7
86. TPig P 2 15 2 2 100 100 2 1 7 1 11 FUNCTION ENTER XY A ENTER XY 4A4
87. 3 XY 4A FUNCTION lt ENT gt Y 4 ENTER 2 5 P 5 3 HEX
88. 717049 lt CNT 4 17 27 44322 1 74 39 gt OFF CNT 7 U 7 13 17 27 44325 5 4 1007 TF PUYA 7 277 910 ent 717049 ent OFF 00K 2 CNT 9 ent 9 1min X AV 1 99min 07 Z SE D 17 299319 2 27 197 7 44722 00 00 00 00 00 00 27 7 39 177772 277 39 28 8 39 ent OFF 10 133 22 47375 3 4 400 7 7 29 27 9OK 71900497 ent OFF ENTER LOC
89. CYCLE FUNCTION 2 2 as 2 3 60 2 4 l l l u u 2 5 2 6 2 8 uu 2 10 2 13 a a a 2 15 u 2 16 2 18 2 20 oii aR 2 21
90. ENTER XY 4 ENTER ENTER END 4 2 21 2 90 0 90 0 ENTER END FUNCTION FUNCTION lt ent gt lt ENT gt lt ENT gt lt ent gt MAIN 1 F Ver1 00 Ver gt gt 1010 Y 186 0 4x4 16 4 4
91. do not insert hands 7 8 sx 9 GP 1810 V Z Y Table X 7 94 0 1 Y 12 5678AB EFGH 0 11 12 5678AB EFGH 10 2 ais ABCDEFGH 92 89 XY A V Acid Reac Disp sx 717 00 00 00 11 L 1 enti XY A V lt gt JOG MODE 2 AF219 A 219 mm mm z A V JOG MODE lt ENT gt 2 7 7 xa 1 2 12 sx 977 end lt gt ent 4 X Y XY A V lt gt JOG MODE 4 X Y y Remote Cycle Start 13 0 277 12563478 ABEFCDGH X On Off Y lt gt
92. A P 5 11 A29 SPC 0137 1 FUNCTION FUNCTION FUNCTION lt ENT gt 2 XY A C 2 55 L Y lt ent gt ENTER 3 ENTER lt ent gt A Y 5 ENTER Y
93. ENTER XY A Y ENTER XY 4 15 0 1mm ENTER 11 END 3 FUNCTION ENTER 00 0 UU UUU ENTER UU ENTER gt gt 1010 1 1 1 Y 1860 lt ENT gt 1 lt ent gt lt ent gt Y 100 1 1 Y 100 gt gt X 1010 Y 1860
94. SQ GJ LU lt tO cu G lt cu S lt t cu Cu CJ ED D LL Cu cu u gt lt 02 TI lt amp 0 S 4000 0059 0 ILE LTES SG lt 00 lt tO cn p G Cu LD lt t Cu O C3 lt t CD LL p LL LL EZ tD 2 0 D t t t amp Q O G Q t t lt S N EN lt t lt t 00 00 p U p ca C2 0 CD E CO D r e CD CO U LL Cn cu SS G lt t SI 00 00 SI G N G tO LL t EO S O Q Uu Q O D Uu Q S 4 G NET q q OG lt G G NE xt eo G 00 G t 4 lt l
95. H EX u m R T ES V L Su S SNS 1 6 x D Y S u la Sawa a 1 6 1 7 2 Z 1 6 1 7 y gt 1 12 ix X a nasaa nanaq aha 1 3 5 6 1 4 7 6 3 rr ON 3 2 sassa 3 aaa 2 U 2 u a 2 11 20 2 99412 2 11 2 11 ua ana 2 11 2 11 Kern SJ auca asun huan 6 6 2 5 12 51
96. X 990 Y 1810 6 ENTER ares gt gt x 990 Y 1810 30 O A A4 14 1 2 3 4 5 6 7 8 1 Z A B E F G H gt
97. 2 4 27 44722 X A V 100 100 IY Y X AV 947 1 5 17 ENTER ent 2 23 FUNCTION 2771 lt ENT gt ent gt FUNCTION 24 1 lt ent gt ent ht lt ent gt 8 77 92 I gt 1 4 71 0 0 X A V 15 0 15 0 ENTER 4 1 7 25 X7 737 2 lt ent gt 2 FUNCTION 7 26 sx 7
98. 39 00 12 gt gt 1010 1860 3 O 100 M 3 1 FUNCTION FUNCTION FUNCTION oO lt ENT gt ENTER lt ENT gt Y ENTER lt ent gt 3 XY A
99. cu Li t O gt C 00 lt T 2 O cO gt 00 Cu lt T 02 2 Lu uD LD x 2 ST 00 lt T uD G gt 2 eO x lt O 00 un P 0 u U x lt 0 tO G lt lt G gt G 4 t C lt D 00 00 lt lt t UD St GO lt t G lt t lt lt lt cu cu Cy 00 lt t n t t 00 00 gt cu UL ub t en C 2 n 00 Cu E gt 2 lt t Sr lt c s lt U U 0 lt 00 t G lt G lt t 0 u Q 2 gt UL 69 O lt 0 U 6 m lt O tu cu lt ca 3 ra ca cD O ES O gt G gt CD lt z C3 2 Cu uD 00 U N S Q m m 0 N
100. A29 A29 SPC 0137 3 3
101. gt u tb Lu S G gt e gt O G gt 00 lt t ST tu G gt G 2 4 00004 4 QJ t LL LL P 05 0 O QJ lt z 00 lt r G lt t CQ LL CO lt O lt 44 lt 99 9 lt t u gt CJ LL t t LL st G lt u lt lt Q S CD tO lt CJ G gt G gt cu S 09 z G D lt 60 N C Q UJ uo 4 5 QJ Q CQ UD Q U e 00 Q G D mu N S lt cu cu lt co go t t G lt G lt E cu lt t lt cu Cu lt LL Cn cg C gt cu lt lt C lt 00 cu cJ LO Q OoOGSG OO QOSSO GL G GO
102. IEEE1394 400 Mbps IEEE1394 AC gt P 1 6 4 Z22772 21 2 2 2 2 GT gt 2419 1 gt P 1 10 X Y A v 4 gt PP 1 7 CYCLE START TEST
103. TPig Acid Reac Disp XY 4A ENTER ENTER U 1256347 8ABCDEFGH x 2 5 00 9 12563478ABCDEFGH 2 75 00 12345678 247 TPig Acid 00 gt gt X 1010 Y 1860 5 13 1 5 14 XY 4 4
104. V vl 2 050 10 11 ENTER ENTER ent 12 A29 13 ENTER A w 1 898 1 1 ENTER Y
105. 4 XY 4A ENTER XY 4 ENTER END 4 3 4 1 gt gt X 1010 Y 1860 FUNCTION FUNCTION FUNC
106. OK 3 7 86 3 8 AG9 A29 ENTER AG9 ENTER AN 9 ent ent 10 XY 4A 1 99 2 1 1min ENTER 5 00 3
107. im Garment 0200845
108. lt ENT gt Y 3 ENTER lt ent gt XY 4 ent gt 5 ENTER 6 ENTER 7 XY 4 ON Y 8 ENTER 1h 9 XY 4 CO 2h Y 10 ENTER lt eni gt 5 17 5 18 6 6 2 0 6 3 kk 6
109. 2 XY 4 ENTER XY 4A 4 ENTER 5 ENTER 6 A29 AB9 Z 3 5 3 6
110. V b 40 M 29 Z 1J 3 lt lt D Gu lt z 20 gt O gt LD gt LL G t n t lt gt u gt gt GJ O gt po Lu S G HT lt 4 lt O lt lt 4 D 60 D G gt u lt TT G G x U CO lt uD cJ G Qu lt G lt t GJ 2 SI Cu ES C lt Cu G lt sz S S S Cu T L C cD lt CD t Gb C cu G cu gt lt cu c gt c gt cb eo co u Q G G lt t lt 5 G G L LL G G lt UG UJ 00 22 G gt QQ lt 62 lt lt z cu eo co Lu G2 LD O 0 GJ 2 00 rx GD amp ST lt T L CO Lu Cy
111. 1 0 4 4 0 15 15 x 6 ENTER ENTER 2 7 5 6 7 3 4 5 6 7 7 ENTER ent END
112. lt 0 00 lt po lt r e gt un 00 0 lt w G 00 00 C3 00 6 CO xe 00 lt CD CO LL LL LLJ LL CD C 22 C cu xe 00 9 00 o gt O lt G Q cu lt m m 2 0 b t O t tO S Lu lt O ty D tu lt t tu G gt N cu G ub cu 0 cQ lt 0 4 n LL O C lt t NTE O 00 lt CQ G G uD lt t U EL LL O L 9 lt UL D lt D lt lt lt aD LD F lt t DLT cu lt v cu cu 00 ST CD CD t ED C LL Cu lt 01 lt Li t lt 2 LD z LL V eO cu ez cu 0 0 9 4 lt 205240 lt lt amp 4 GE 00
113. lt t lt lt t Q t LU 40 0 lt t O Ln O D o cD Gu lt lt z C 00 D CD CD Li CO Cu cu Cd Go Cu lt T t CD t cu 04 C SSC 4 4 amp amp co 9 2 lt 2 lt t lt t lt 3 97 O Cu lt C LD t gt D LL C ez lt On O lt r 9 amp EOS lt lt lt O t G gt G lt t D LL lt lt 1 lt G 0 0069 ST CJ CO U 0 en C
114. ray 15 6997 V V X V r 17 FUNCTION 774 947 97 39 lt ENT gt lt ent gt 9 lt ent gt x A 3 7 39 18 8 7 ENTER ta97 17 7 929 2 NORMAL X V X V X SLOW 517 2845 X 11 9 0 0s X AV 0 0 9 95 517 9 0 947 X A V X 1 7 CENTER 7 2 X 19 947 X v 7 20 sx 7 LA X AV 0 3 2 X A V 47 21 2 kt 7 2 7 lt ent gt FUNCTION X V FUNCTION 117 lt ent gt
115. t LD 60 N t LU Q O u lt Q 4 lt N u uJ GQ G gt O O t t 0 G 0 O 0 00 G G q N q G S lt 00 GO CM D t GO CD C3 2 lt LD 00 A CM lt t SI lt 3 r GO 00 lt GD C o O cu lt t lt lt 00 lt lt Q CO N tu N t t t Lu Q t G Q G 4 G Q up Q S O Qu 4 O N ub q G TLE S lt 0 9 G GJ UL UL D O u G QJ lt Q GM GJ UD lt t QU G lt lt C Lu lt t CN CO lt lt cO en 00 cO 0 ON 4 LN 4 lt gt s O gt st Q u LU 0 G LU Ex Q O G 4 4 0 t O gt
116. 3 51 3 mm 5 5 1 284 IEEE1394 MRL IIC lt ESC PLAMGA gt 55 dB FAST A 1 m 70 dB 70 dB 2 VCCI A FCC A CB CE EMC ETL cETL DM2 1810 AC100 240 V 10 50 60 Hz 1 Hz 100 V 500 VA 500 VA 15 30 C 40 65 Rh amp 18 25 C 650 kg 3070 W x 2560 D x 1350 H mm JIS IEC 1 3 0mW 650nm 3 SPC 0
117. FUNCTION XY 4 ENTER 5 XY A YW 6 ENTER 4 8 FUNCTION U ENTER 20 ENTER gt 1010 FUNCTION DISPLAY DISPLAY JAPANESE DISPLAY ENGLISH Y 1860 lt ENT gt lt ENT gt lt ent gt lt ent gt lt lt LOCAL gt gt 1010 1860 5 2 5 4 1 d 2 F7 2477 a a 5 5 Ft4 5 6 5 8 5 9
118. dpi 3 6 12 pass 4 8 16 pass 4 8 16 pass 1 4 220 cc 10 x 4 1 200 cc PET 1860 x 1010 mm 1870 x 1050 mm 50 mm 60 kg 0 3 mm 0 1596 0 2 mm 0 059 0 5 mm 1000 mm 1
119. gt 1 X 1 01 0 Y 1 860 TEST ENTER ENTER lt gt gt X 1010 1860 4 5 CLEANING CLEANING 6 XY 4 p lt 12563478 ABEFCDGH P 1 10 1256ABEF 3478CDGH 7 XY A C 1256 On Off ENTER 8 ENTER 9 XY A
120. not open this cover Diese Abdeckung wahrend Ne pas ouvrir ce couvercle gt during printing des Druckens nicht ffnen pendant impression BF terre carriage will stop Der Wagen halt sonst wodureh der Druck ruiniert Le chariot peut s arr ter ruin the print wird abimant I impression M901549 AcauroN A ACHTUNG MOVING CARRIAGE Beweglicher Wagen CHARIOT MOBILE Do not put fingers Finger nicht in diesen Ne pas mettre de dolgts ua inside this area Bereich bringen dans cette zone 903226 M904325 LHCM 02 PEC 02 CAUTION RISK GETTING TRAPPED
121. t gt UN oe lt 9 4 1 G S Z lt lt gt 00 00 p e CO G gt lt NLD c sr cu G G t GQ O gt G gt t S O G m lt G tn t Q S lt G u Q O s lt ci lt t u t J Q J UD lt S Q U U UJ O C m G G t lt lt lt t Q U G u Gu co u G Ga cu Cu 00 LD U 00 2 LL ub E t LU Lu t G gt Ex 02 UD cu 22 ED Q lt Q O lt S 09 Q 09 SI O lt 00 09 ID U u U C3 gt cu 1 lt lt C 0 lt t 2 00 cu Cu O gt 0 00 gt N co 00 0 60 4 LD Es t t lt
122. 0 uuu usu 1 13 AU 6 Li i 2 16 2 17 2 9 6 3 4 5 4 5 4 5 4 5 22222222 LL i 6 3 2 4 5 9 5 1 1 3 7 Mui 3 3 A293 7 3 10 3 13 3 15 3 4 1 4 1 6 ZJ uyu i nis 12 2 7 4 4 2 3 7 2 10 3 2 JN gt kik
123. 3 lt U E F gt 1 gt X 1010 1860 Y mm X mm gt V360x360 STD 4P U 360x360 360x540 360x720 720x720 DPI Mode 1 2 N Normal 1 2 Head mm U B U B 2P 3P 4P 6P 8P 12P 16P 2H 6H 8H 12H 16H P HH gt STD FINE FAST HOST 4 gt gt X 1010 1860 KX
124. 350 K M C Y SPC 0355 K M C Y SPC 0356 K M C Y SPC 0357 210 220 6 30 40C 40C 1 30 60 60C 120 40C 1 G5C 3 63 4C A 409 4
125. 4
126. 4 lt lt 00 72 4 6 00 02 4 lt C lt lt r lt G lt t O c lt lt t lt m Q lt lt sz G lt st D st D wt J st t sz LD ADE Lu t G Gn S G 0 z S cu lt 000 5 cu N t Q U u 64 lt lt lt r lt lt lt lt 00 GO Ll t iL t 09 G lt ro tD lt G gt Cu st sr Cu cu Lu t CJ gt st TT st G gt lt t cb G gt lt D S G gt t z G gt cu lt 9 o lt s Q G 4 G 00 p U G3 2 G O G SI co SI G gt Q G lt 1 G gt GO G O GO G t 0 GS CO G gt 0 OJ G Q lt 4 O G gt G lt cd E gt t LU S
127. ENTER XY 4A ENTER ent gt Y ENTER Y ENTER ent 7 8 PP 3 4
128. K 3913 7 091 ent 9 1min X AV 1 99 00 277 319 00 00 00 13 719 607 39 7 00 00 00 CNT 7 29 A 717049 OFF 108811090 t 39 9 19 97 37475 1 29 1 112563478 400 199 X Ay On Off Y lt gt x A 1977 12563478 3937 lt ent gt 97 ABEFCDGH X A V Ay Y lt gt 19 25 00 00 00 17 4 5 00 00 00 3939 30 8 3977 17 17 00 00 00 77 39 19 1 5 00 00 00 12345678ABCDEFGH ty 12345678ABCDEFGH 6 7 3 5 997 00 00 00 12345678ABCDEFGH
129. TION lt ENT gt 3 ENTER 1 4 XY A Y 257 1 4 1 v 5 ENTER e 2421 em gt gt 4 5 P 4 7 1 4 1 1 5 END 4 4 14 2 3
130. TION FUNCTION lt ENT gt 2 XY wv C FUNCTION lt ENT gt 3 ENTERH ENTER lt ent gt 4 ENTER A 5 XY 4A 6 ENTER ENTER Y ent 10 10 7 8 AS9
131. Y XY 1 1 Z YY P2 5 18 1
132. t lt t CJ lt t CM CJ GO P C 4 6 lt t lt eO co GD 2 lt 0 4 0 N 2 0 2 2 lt QN m m lt lt t gt SZ lt eO u Q en m Q GJ 260 tO 40 ULSD lt TT 0 005 0 amp lt LO 0 0 QG lt S t U t Z S 9 S G Q Q t Q c U lt lt O O SseoosasascsucmaouueSesoses lt SsSs4oseo lt sSsSossSusuossccossSsesssS soaqusSeosSuosoos sss or amp u Lu lt m lt 00 gt Z D uj n u U 6 0 0 4 Q m 0 G gt EG CU lt T 0044 LL p Li p p 2 cu lt S lt
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