SP298 取扱説明書
Contents
1. OFF 3 ON OFF DC2. 10 6 4 1 O N RELEASE RELEASE
3. 5 3 27 lt 20mm OFF
4. E i A EAE E AA A EA E A A TAA 1 2 OBH EEN EE EE E E EE 2 2 2 2 2 kk 3 2 3 WORS TOE S 2 sua u lk 3 3 EST Sa E a ua au a a Shu aaa 4 GTN TD RN T E 5 A 2 Ek lt ll A lt 5 4 2 kk 6 US 7 5 1 kk 7 53227 SS 8 5 2 1 8 5 2 2 9 5 97 JE e E O aa A A a mu i 10 O E E AD E E 2 tu T auqa 2 u ats 11 E a E Ee 13 TEES E E A DNE y E EE E E E amaka 13 13 ls 2 13 7 2
5. A gt gt 4 2 OFF
6. DC LOW 11 Busy OUT HIGH HIGH TOF BOF TIGH 12 PError OUT TOF BOF LOW ESC POS LESO c3 13 Select OUT HIGH 14 nAutoFd IN HIGH 15 N C 16 GND 17 Flame GND 18 Logic High 39k pull up 19 30 TWISTED PAIR
7. AC 2 2 2 2 3 AC
8. SP298 1 2 3 4 ESC POS 5 1 0 90 120 270 6 2 2 2 1
9. 6P I 90075 0007 AMP 641337 B 66 4 1 RJ 13 A y pen F G J 2 T TR1 idni 1 D1 Yy au 3 3 a M GND 24V 7824 t R3 TR2 pi D2 Z 4 7kQ 1 L2 1 4W M GND 2 5V a a R1 6 1 TR3 WW a 24V MAX1 0A 1 1
10. 11 111 Hexadecimal ESC n B2Fn 0 ESC M B 4D 7 Xx 9 ESC P B 50 5 X 9 2 1 FY ESO B 3A 5 X 9 3 1 FY ESO n B20n SOY OE DC4 14 ESC W n 1B 57n ESC h n B68n ESC 1 B 2D 31 ESC 1 B2D01 CESC 0 B2D 30 ESC lt 0 B2D 00 ESC 1 B5F31 GSO 1 B5F01 CESC 0 B5F30 lt ESC lt 0 B 5F 00 ESC 2 B34 ESC 5
11. 8 2 1 1 1 7 ON 1 8 1 10 OFF DSW ON OFF FSH 1 3 8 7 1 4 1 5 16 DTR DSR X ON X OFF lt FSH 1 9 6 DSR 1 10 25 INIT DSW 1 2 1 1 1 2 1 1200BPS OFF OFF 2400BPS OFF O 4800BPS ON OFF 9600BPS ON 0 DSW 1 8 1 7 1 8 1 7 ON ON ESC POS TM 295 OFF ON ESC POS TM 290 OFF OFF ON OFF 19 8 3 1 1 1 7 ON 1 8 OFF DSW
12. 1 2 O 1 7 4 FORWARD 7 1 IREVERSEI
13. OFF a ON nla 18 ON OFF ON M OFF IIIEMLML 1 2 3 4 5 6 7 8 9 10 E E E E E E E B D A 5 6c 7 8 a
14. RELEASE AutoSide Loading PAPER OUT AutoSide Loading 3cm 3cm
15. 1 2 21 24 N C 25 INIT IN 1 1 10 OF 2 1 10 ON 1mS 9 1 2 F GND TXD RXD RTS DSR S GND DTR IBM PC D sub 25 pin 25 pin 9 pin 2 O O 2 o 3 3 oO O 3 O 2 4 o o4 o7 o5 o8 6 o o6 o6 70 o7 o5 20o o8 O 1 250 o20 O 4 INIT KEZ ey F GND TXD RXD RTS CTS DSR S GND DCD DTR 9 2 IEEE1284
16. 31 LOW 31 1 1 ON 1 2 OFF 31 36 31 36 LOW 36 nSelectIn 1284Active IEEE1284 DSW1 1 DSW1 2 OFP 20 9 9 1 9 1 1 130 O O O O O O O O O O O O1 25O O O O O O O O O O O O14 p FE OUT lo X IN OUT 1 4 D 0 DTR 4 D 1 2 ESC PO
17. E2 E AC 2 m S E R e PTAPAONRORETBLTZ
18. 4 1 5 5 1 AC AC AC DC AC AC AC AC AC 1 00V 2 P
19. 14 Tao u 7 14 7 2 2 kk 14 T23 16 oR ER ir a Ns 15 SS 16 E EEE i e T N E EE 17 D TAL AT 2 18 8 1 kk 18 8 2 A 19 8 3 ii 20 NA ET ERNE Rh Sas 21 O ss ARTIA ZAE 21 21 9 1 2 kkk 22 9 2 23 9 2 1 ki 23 9 2 2 kk 25 IS 27 29 OS E A E E NEEE AA E EAA 29 1O 2 EI RER a maman EAA EETAS 31 KORSAD TIDY NE AE E t ak ka E AAA EE 32 KO E EA E A E 34 10 5 34 EA E y E E E E E 35 ERAZ E aR enea A EONO 6 35 11 2 ESC POS TM 295 39 11 3 ESC POS TM 290 aen 40 1 SP298 POS
20. 4 4 1 ON RELEASE RELEASE OFF OFF
21. _AC s G ES ENN TR SR m a II A O Ga mg N
22. 9 2 1 EY No 1 In nStorobe HostClk HostClk 2 In Out Data0 Data0 Data0 3 In Out Data1 Data1 Data1 4 In Out Data2 Data2 Data2 5 In Out Data3 Data3 Data3 6 In Out Data4 Data4 Data4 7 In Out Data5 Data5 Data5 8 In Out Data6 Data6 Data6 9 In Out Data7 Data7 Data7 10 Out nAck PtrClk PtrClk 11 Out Busy PtrBusy Data3 7 PtrBusy 2 Out PError IAckDataReq Data2 6 AckDataReqd 3 Out Select Xflag Data1 5 Xflag 4 In nAutoFd HostBusy HostBusy 5 N C 6 GND GND GND 7 Frame GND Frame GND Frame GND 8 Out Logic High Logic High Logic High 9 GND GND GND 20 GND GND GND 21 GND GND GND 22 GND GND GND 23 GND GND GND 24 GND GND GND 25 GND GND GND 26 GND GND GND 27 GND GND GND 28 GND GND GND 29 GND GND GND 30 GND GND GND 31 In nlnit nlnit nlnit 32 Out nFault nDataAvail Data0 4 nDataAvail 23 No 33 EXT GND 34 Out Compulsion Status 35 Out 5V 36 In nSelectln 1284Active 1284Active 1 2 3 4
23. RELEASE PAPER OUT TOF BOF 13 7 2 ON RELEASE RELEASE ON 7 2 1 RELEASE ON 1 TOF BOF 7 2 2 FORWARD IREVERSEl ON H
24. RETURN 1 1 ON 31 nlnit IN 0 5 p LOW 1 32 nFault OUT LOW 33 EXT GND 34 Compulsion status OUT 9 3 35 5V 2 2k pull up 2 s Tekem IN HICH 1 1 1 ON ON 31 LOW 2 1 1 ON 1 2 OFF 36 LOW 31 LOW 26 9 3
25. 7 7 1 FORWARD POWER RELEASE PAPER REVERSE OUT 7 1 1 FORWARD 1 AE REVERSE 1 RELEASE 7 1 2 m JJ m R POWER ON OFF TOF BOF TOF BOF PAPER OUT
26. FS W 1C 57 4 FS 1C 21 FS amp 1C 26 FS 1C2D FS 1C 2E FS 2 1C 32 FS C 1C 43 FS S 1C53 X n 60 1 144 n 60 INT 6n 5 0 5 72 TM 295 290 40 Scar T 424 0066 536 054 347 0112 2009 10 30 Printed in Japan 80870601
27. SP298 Scar A VCCI A ESC POS TM 290 TM 295 ul
28. 1 OFF OFF TOF BOF 7 2 3 16 FORWARD ON 1 16 16 1 RELEASE
29. 4 0 1 zies 7 4 1 TOF TOF TOF 2 BOF BOF BOF TOF BOF 0 2 BOF 9 38 1 mm ESC POS 27 3 mm 5 1 TOF BOF
30. AC90 246V 50 60Hz DC24V 5 2 0A 3P POWER JACK TCP8927 2 24V ASCI 0 6A uu 1 0A EE 1 9A ee 3 1A 0 24A 0 07A AC PS60A 24 SU DC24V 5 2 0A p a s j S hoo AC 10 5 ii E 16 0 0010 1 0000 2 0000 3 0000 4 0000 5 0000 34 E
31. LESC 1 B2431 JIS ESC 1 B2401 ESC 0 B2430 JIS ESO lt 0 B2400 ESC s nl n2 B 73 n1 n2 ESC t nl n2 B74n1 n2 LESC u 1 B7531 8 x 16 ESC u lt 1 B7501 ESC u 0 B7530 16 x 16 ESO u lt 0 B 75 00 CESC x 1 B7831 ESO x lt 1 B7801 ESC x 0 B 78 30 4 CESC x lt 0 B 78 00 CESC w 1 B7731 8 X 16 Fy REFRE ESO w lt 1 B7701 ESC w 0 B 77 30 4 16 x 16 ESO w lt 0 1B 77 00 ESC r ala2 1B 72a1 a2 37 Seeema ENO 05 ENQ 1 EOT 04 EOT 1 ESC RS gt a n 1B1E61n ESO lt ACK lt SOH 1
32. OFF 16 15 7 3 1 Z saan 2 PR 1 4 POWER RELEASE PAPER OUT F 2 013 05 W RELEASE 2 2 N e ES 2 POWER RELEASE PAPER OUT RAM R W CPU sx i PEE TIA 2 x HS l i 3 2 ESC POS 4 0 0 2
33. 1 8 nStrobe nAck Busy TTL 2 nAck 99 u eoo l nStrobe l l l T 0 5 u Busy 25 No 1 nStrobe IN HIGH LOW 1 8 2 9 Data0 7 IN 1 HIGH AM O LOW 9 10 nAck OUT
34. 2 20 2 ESC POS lt ENQ gt ENQ No 6 HIGH ON 7 1 lt DLE gt lt EOT gt n lt ESC gt u n 34 ON 34 LOW 3 L1 L2 24 Q L 4 D1 D2 Ta 25
35. PAPER OUT 3cm RELEASE 1 2 3 4
36. 5 1mm 62 7mm 3 2 TOF BOF mm I 32 9 8 mm SS SS J 1 6 n 144 ESC POS n 60 3 5 4 5 93 10 4 1 AC PS60A 24
37. 0 7 ESC POS 1 TOF BOF 5 0 PAPER OUT 8 8 1
38. 28mm OFF 5 2 2
39. ESC e 1B 65 n ESC f 1B 66 ESO p 1B 70 ESC q 1B71 ESO t 1B 74 ESCO u 1B 75 IF ESCO v 1B 76 I F ESCO 1B7B GS 1D 49 ID IF GS a 1D61 IF GS 1D 72 F FS 1C 21 FS amp 1C 26 FS 1C 2D FS 1C 2E 39 Hexadecimal FS 2 1C 32 FS C 1C43 FS S 1C53 FS W 1C57 4 11 3 ESC POS TM 290
40. 1998 2009 lt amp SA A E S e z Www E
41. Heaqecma HT 09 LFY OA FF 0C ESC SP gt 1B 20 ESCO 1B 21 ESC 1B 23 ESO 1B 2A ESC 2 1B 32 1 6 ESCO 3 1B 33 n 60 X ESO 1B 40 ESO D 1B 44 ESO M 1B 4D 7 x 9 ESC P 1B 50 5 X 9 ESC R 1B 52 ESO c3 1B 63 33 ESC c4 1B6334 ESC c5 1B 63 35 ESC d 1B 64 n ESO h 1B 68 ESC j 1B 6A ESO q 1B71 ESC t 1B 74 ESC vn 1B76n IF ESC 1B 7B FS J 1C 4A FS K 1C 4B
42. nm Low 1 Signal GND nlnit 31 1 1 ON ON 31 nlInit 31 nlnit 1 2 OFF 36 nSelectIn 1284Active Low 31 nlInit Low IEEE1284 DD ID 1 6 OFF Valid Amphenol 57 30360 24 9 2 2
43. pigan SA 3 P 3P 2P ON OFF 3 P MA 2P CA OFF 3P 2P Si lt we 5 2 5 2 1
44. ON OFF 1 1 _ 1 2 IEEE1284 1 3 ID 1 4 15 ON 1 6 1 lt DSW 1 1 1 2 1 1 12 2 a a s ON ON 31 nInit LOW ON OFF 31 nmib LOW 36 nSelectIn 1284Active LOW OFF ON OFF OFF 31 nInit LOW 3 DSW 1 7 1 8 1 7 1 8 ON ON ESC POS TM 295 ON OFF ESC POS TM 290 OFF OFF OFF ON 1 2 3 ESC POS lt GS gt a2 1 1 ON 1 2 ON
45. 1A 60Hz 1 1r 40A 5 TR1 TR2 Ta 25 lc 2A Pc 1 2W 28 10 10 1 3 Fv KEI 6 7 8 9 10 11 12 13 14 9 3 1 fT 42 0 30mm 0 35mm 80mm 182mm TOF BOF ESC POS TM 295 290 RS 232C 1K 35 ESC POS 512 35 5 40 C 40 10 80 RH 20 60 40 5 90 RH EEL MREZE Fall MCBF 250 7000 66 15
46. LESC z 0 B 7A30 1 12 ESC z lt 0 B 7A00 LESC z 1 B 7A 31 1 6 ESC z lt 1 B7A01 ESC J n B4An n 72 1 ESO J n B6An n 72 1 CESC 3 n B33n n 216 ESC y n B 79n n 144 HT 09 ESC D 1B 44 n1n2 O gt nl n2 00 ESC I n B6Cn ESC Q n B51n ESC lt GS a O 1B 1D 61 30 ESC lt GS a lt 0 B 1D 61 00 ESC GS a 1 1B 1D 6131 ESC lt GS a 12 B1D6101 ESC lt GS a 727 1B1D6132 ESC lt GS a lt 2 1B 1D61 02 ESC lt n ml 8 1B4Bn00m1 ESC U n1n2m1 1B4Cn1n2m1 8 ESC A no n1n2 1B 5En0n1n2 9 d1 dk d1
47. dk ESC amp lt 0 1B 26 00 n1 n2 n1 n2 CESC 1 1B 25 31 ESC 12 1B2501 ESC 0 1B 25 30 ESC 0 1B 25 00 36 Hexadecimal p RC ESC BEL n1n2 1B07n1n2 BELY 07 1 A FS 1C 1 B SUB 1A 2 B EM 19 2 B ESC D n 1BOFn ESC FF n 1B OC n ESC VD mn 1BOBmn ESO EM nm D NUD 1B 19n m 0A 00 ESC p B70 JIS ESC q B71 JIS
48. 2mm X 2 42mm W x H 5 x 9 2P 1 5 x 9 3P 1 1 2 2 1 5mm X 2 42mm W X H lmm x 2 42mm W x H 55mm X 2 95mm W x H 35mm X 2 95mm W x H 10 3 jak gt CO MN 5 6 7 80mm 182mm 80mm 257mm 2P 1 0 09mm 0 2mm 0 12mm 2 0 25mm lt Max0 2mm gt 1 5mm 15 RELL ELL 1 1 EERE 28 6mm 1 1 TOP 26 0mm 26 5mm TOF 20mm 9 BOF 38 1mm ESC POS 27 3mm BOF 14 0mm
49. 0 29 15 180 W x 190 D x 138 H 2 1kg 180mm e 0 O 0 30 138mm 10 2 1 2 4 63mm ASCII IBM IBM 852 858 860 861 863 865 866 1 2 7 Xx 9 42 5x9 35 16 x 16 23 96 64 64 64 64 50 11 ESC POS 0 PC 437 1 2 PC 858 1 2 ESC POS 7 x9 42 5x9 35 16 x 16 23 IBM 12 7 xX 9 1
50. 5 ESO amp 1B 26 ESC 1B 2A ESCO 2 1B 32 1 6 ESC 3 1B 33 n 60 ESO 1B 3D ESO 1B 40 ESCO C 1B 43 ESO D 1B 44 ESCO F 1B 46 ESC J 1B 4A n 60 ESCO K 1B 4B n 60 ESC 1B 4C ESC R 1B 52 ESC T 1B 54 ESC U 1B 55 ESCO V 1B 56 90 ESO W 1B 57 ESC a 1B 61 ESO c3 1B 63 33 ESC c4 1B 63 34 ESC c5 1B 63 35 ESC d 1B 64 n
51. B 35 SI gt OF DC2 12 ESC RS i 0 1B1E9630 ESC RS i lt 0 1B 1E 96 00 ESC RS 1 1B1E9631 270 ESO lt RS i lt 1 1B 1E96 01 ESC lt RS i 2 1B1E9632 90 ESO RS i lt 2 1B1E9602 ESC gt n B 6E ESO B21 ESC x B 2A ESC T n B 54n FF 0C 3 Hexadecimal LF 0A CR oD ESC a n 1B 61n n ESC A n B 41n n 72 ESC 2 B32 CESC A ESC 0 B 30 1 8 LESC 1 B 31 7 72
52. B0601 1 ETB 17H lt RS 1E CAN 18 DC3 13 DCT 11 ESC U n 1B55n ESC 1B 40 ESO AP NUD 1B 3F 0A 00 ESC IN nln2n3n4 LF NUU 1823N2Cn1n2n3m40A00 38 11 2 ESC POS TM 295 s B HT 09 LF 0A FF 0C DLE EOTy 10 04 I F CAN 18 ESC SP 1B 20 ESO 1B 21 ESC 1B 23 ESO 1B 2
53. S DTR N C DSR IN 1 1 9 OFF ESC POS DTR DSR 4 5 0 4 5 1 X ON X OFF 2 1 9 ON 1mS SG 8 19 N C 21 20 DTR OUT 1 DTR DSR 2 X ON X OEF
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