Sharp ER-01PU Spécifications

ER--C)1PUSHARP SERVICEMANUALCODE: OOZER01PUSM2EECR/ POSOPTIONTHERMALLINE PRINTERMODELER-01PUPRINTER : PR-58LCHAPTER 1.CHAPTER 2.CHAPTER 3.CHAPTER 4.CH

ER-OIPUCHAPTER 4. COMMAND DESCRIPTION1. Command tableNo.CommandFunctionRemarks1[LnCauses print and line feed.2 IFFlCauses page-mode print and return t

ER–OIPUNo.CommandFunctionRemarks37 [ESC] C5[n]Enables/disables panel switch.38 [ESC] d [n]Prints and feeds paper by the specified number oflines.39 [E

ER-OIPUNo. COMMANDFUNCTION CODE3RS Journal tab<1Eg>No.COMMANDFUNCTIONCODE6DC2Cancel character height reduction<12h>[Function]Cancels chara

[Function]ER-OIPUn=3; Error factor statusStandard mode)No functionPage mode)bitFunctionValue 0/1o Not usedFixed to O1 Not usedFixed to 12 RS232 Receiv

ER-OIPUI No. I COMMAND /FUNCTION I CODEII 11 I ESC!nI Setcharacter mode \ <l Bh>c21h>n I[Range]OS n S 255[Function]Selects the character mode

ER-OIPUfNo. COMMAND FUNCTION CODE14 ESC & 03 Cl C2Define<1Bh><26h><03h>(n[DATA]nx3)user-definedC2-C1character[Range]32s cl s czS

ER–OIPU1, 1,, If IIIIdl=<OOh> d4=<l 8H>...d2=<OOh>d5=<63h>...d3=<EOh>d6=<F8h>,,,,,No.COMMANDI FUNCTIONCODE15 f

ER-OIPU24-dot bit image—dl—d2—43—dl—i4—!5—16——j3—~6—~7—[MS BBit imaaeLSBdataSingle-density—Printdataa means 1 dotDoubiedensityNo. COMMAND FUNCTIONCODE

ER-OIPUNo.I COMMANDFUNCTIONCODEI18 ESC3nSet line feed amount<1Bh><33h>1No. COMMANDFUNCTION CODE20——(Reserved)[Function]Sets the distance f

ER-OIPUNo. COMMANDFUNCTIONCODE23ESC @initialize printer<1Bh><40h>No.COMMANDFUNCTIONCODE28 ESC NAK nBuzzer ON/OFF<1Bh><l 5h> n[

CHAPTER 1. SPECIFICATIONS1. Appearance/Rating1)AppearancePrintercoverbck IPrinter R “ “--. ...lecelpIPowerswitch\wInterface2) RatingPowerVAC 50/601izD

ER–OIPUExample1 dot to the left: m=255, n=2552 dots to the left:m=254, n=2553 dots to the left:m=253, n=255No.COMMANDFUNCTIONCODEi Set/cancel 90ciockw

No.COMMANDFUNCTIONCODE34ESC c OnSelect print sheet (R/J)<1Bh><63h><30h> n[Range]o~n~z[Function]Enables or disables the print sheet (

ER-OIPUNo. COMMANDFUNCTIONCODE38ESC d nPrint and feed paper “n”lines<1Bh>.c64h>n[Function]Prints the data in the print buffer and feed the pa

ER-OIPU[Default]DATA : “=”(3Dh)No. COMMANDFUNCTIONCODE44ESC t n Select character code table<1Bh><74h> n[Function]Selects the character lis

ER-OIPUi No. I COMMAND IFUNCTIONICODEISelect/cancel47ESC z n receiptijoumal same<1Bh><7Ah> ndata printingL[Range]OS n S 255[Function]Selec

Imagedatamemorystructuren2)11 dn2+1i2dn2+2Iin2 d(n2~(n2x2e +1... . ...[ML-...-...-.—.SBBitimageER-OIPU[Function]Specifies the starting o

ER-OIPU[Function]Selects the print density.n = 00: 650/’of standard density (P)n = 50: Standard density (P)n = 99: 135 ‘/. of standard density (P)[Def

ER-OIPUIf no status is selected, automatic status transmission is disabled.If at least one status is selected, automatic status transmission isenabled

ER-OIPU[Notes]When the head up(open/close) of thestatus o open/closelever of the printer unit is operated, the statushead up lever is transmitted. At

[Notes]Common to@ and @In each bar code system, if a code cannot be printed, the printerprints the processed data and the following data is treated as

ER-OIF’UItemDescriptionNo. of station2: Receipt and JournalValidationNoPrinting systemLine thermalNo. of dotReceipt:360 dotsJournal360 dotsDot pitchHo

ER-OIPUCharacterswhichcanbeprintedusing CODE ACharacterTransmit dataHexadecimal DecimalNUL 00 0SOH01 1STX 022ETx 033EOT044ENQ055ACK066BEL077BS08 8HT 0

ER-OIPUCharacterswhichcan be printed using CODEBCharacter3P6!sYo5()●+I{o1234567B9I<=>?@A5Transmit dataHexadecimal202122232425262728292A2B2C2D2E2

ER-OIPUCharacters which can be printed using CODECCharacterTransmit dataHexadecimal Decimal30 00 02101132 022D303 334 04405 05506 , 06607 0773808809 0

ER-OIPUNo. I COMMAND IFUNCTION CODEII63GS r n Transmit statusc1Dh><72h> n1[Range]o~-l~z49 S n S 50[Function]Selects whichsion.status is to be

ER-OIPUIw“moItmm+2nI i IIIII I II IIImmoIo5-1

ER--O1PU@Pagel ( JAPAN:Katakana)HEX89 ABc D EFHEXBIN 1000 100110101o1111001101 111011110 0000 --I-SPACE‘9...=x128144160 176192208 224 2401 0001 .-r07F

ER-oIPuBPage2IHEXI8i9IAIBicIDIEIF,HEX BIN 1000 100110101o11 1100 110111101111Io 1 0000GE6.:L50128 144160 176 192 208 22424C1 0001u ai:::::1..::.:DB*12

ER-OIPU@Page3THEX89 A Bc DEFHEXBIN 1000 100110101o11110011011110 11110 0000cE A..:.:...1-Aa=—128 144 160176192 208224 2401 0001...u A...i::::

ER-OIPU@Page4HEX 8 9ABc D EFHEXBIN10001001 10101o11 1100 11011110111100000GEIIL‘A..a=128144160 176 192 208 22424010001uE.:,::P::::::-LTB*129 145 161 1

ER-OIPU@Page5HEX8 9 A BcDE FBIN 1000 1001 10101o1111001101 1110111100000GE h::::~:L...:Aa=128 144160 176192208 224 240100010a::;;::i... L7B&129

ER-OIPUItemDescriptionPrinting format12x 24 font●1,5(12dots)+ 41.5(12dots)+II II 1 {I { I Ii1t, ,, , , , , ,I I I UNIT: mmI II2) Auto cutter sectionIt

ER-OIPU~ Page6 (GREECE)HEX89A B~cD EFHEXBIN 1000 10011010 1o11 ~ 11001101 11101111Io 0000Gi..1I128 144160I L 192T 208t 224-176I2401 0001Gi.*.1:::::.,.

ER-OIPU@Page? ( SLAV)HEX89A Bc DEFHEX BIN1000 1001 10101o111100 1101111011110 00(?()GE A.:,...L...dd—128 144 160 176192 20822424010001uL i:::::;_

ER-OIPU@Page254HEX 8 9AB cDEFHEXBIN1000 100110101o11 1100 1101111011110 0000GEAoLr+T128144160 176 192 2082242401 0001us iuLib J129 145161177 193209225

ER-OIPUPage254HEX8I9 A Bc D EFHEXBIN1000 100110101o111100 1101111011110 0000SPACE SPACE SPACESPACESPACE SPACESPACESPACE12$144160176192 20822424010001S

@ International character setHEX 23 24 405B 5C5D5E 607B 7C 7D7ECountryDEC 35366491 92 93 9496 123 125 1251260 U.S.A.#$@[\1A{II} -1 France #$a0GsAe..u

CHAPTER 6. HEXADECIMAL DUMPThis function is intended to print the data sent from the host com-puter, using hexadecimal digits and characters correspon

ER-OIPUCHAPTER 8. DISASSEMBLY&ASSEMBLYThis chapter describes mainly the disassembly procedures. For theassembly procedures, reverse the disassembl

3. REMOVE THE CONTROL PWB ANDER-OIPU[PARTS LISTlPANEL PWB[DISASSEMBLY METHOD]1)2)3)4)Remove the FLAT CABLE @ of the PRINTER UNIT@ from theCONTROL PWB

ER+lPu5. REMOVE THE N/F PS PWB UNIT[DISASSEMBLY METHOD]1) Remove the SCREW @ and remove the N/F PS PWB UNIT @from the BO~OM [email protected]) Remove the SCREW

CHAPTER 9. INSTALLATION OFSERVICE OPTIONS1.Paper near end sensor: DUNT-5800BHZZ[PARTS LISTlINo. I Parts name IParts codeIQ’WIpricel Note 1I1 Paper nea

ER-OIPU7. Printer interface1) Interface specificationsI InterfaceI RS232ISynchronizing modeAsynchronousHandshake● DTR/DSR signal control or XON/XOFFco

ER-OIPU2. Drawer connector: QCNCIV15278NCZZ[PARTS LIST’JNo. Parts name Parts codeQ’tyPrice Note1 DrawerQCNCM52 78 NCZZ1ACconnector[DISASSEMBLY METHOD]

CHAPTER 10. DIAGNOSTICSFUNCTION1. GeneralThis chapter describes the diagnostic program installed to the ER-01PU and its operations.The purpose of this

ER-OIPU2-2. Connection test (procedures when the ROM tocheck the ER-OIPU in is used in the ER-OIPU)(1) Connect the ER-OIPU’S RS232 connector to the RS

4. Test items4-1A. Key/Lamp/Buzzer test(1)(2)(3)(4)OperationX Stand-alone test:* Connection test:ContentNone (Included in the auto test)Test item sele

ER-OIPU4-4. Drawer open & sense test(1)OperationX Stand-alone test: SW1-40r –5+ON-LINE key ONNote: SW1-4 = Drawer 1 or SW1-5 = Drawer 2* Connectio

ER-OIPU(3)(4)Check contentCheck with the following prints:TESTO08: RAM1 OKRAM2 OK(Normal print)Note:,-.CheckCheck the print and visually check.Cancel(

ER-OIPU4-11. A/D conversion test(1)(2)(3)(4)Operation* Connection test:Selection of test item+ ENTER key ONContentThe digital conversion values of sig

ER-QIPUCHAPTER 11. IPL (Initial ProgramLoading) MODEThere are two methods to write software into the flash memory on thecontrol PWB by using the IPL m

ER-OIPUProcedure)NoContentsPrinter Status, Install ‘I PL.EXE” on yourPersonal Computer.~ IPL mode is selected onSet to “ON’ on Bitl of DipERO1PU.Switc

ER-OIPUTx>II.Tmxwu)n5A<u1IIl–IICnu)<mII2Cn(nsNm<1-<01-iI II------q—I.+rN“‘um12-1

ER-OIPU8.IPL interface1)Interface specificationsAsynchronous mode1 STOP bitHandshakePoling (simplified procedure) fixedBit length8 bits fixedParity ch

ER-OIPU2. Description of main LSI’S2-1. CPU (HD6413003)1) Pin configuration!Vcc 1TP8 2TP9 3TP1O 4TP1l 5TP12 6TP13 7TP14 8TP15 963IMD282MD181 MDOw LWR7

ER-OIPU2) BlockdiagramII1Al 9Al 8Al 7Al 6Al 5Al 4Al 3IIInterruptioncontrollerc-+/—DMA—controllerRAM512bytesP62P61WAITnRefleshncontrollernaIA7A6A5A4A3A

ER-OIPU3)Pin descriptionPin PinSi9nal,n,ou~No. nameFunctionname1 VccVcc In+5V2TP8JASout Janal side paper feed pulse motordrive signal: Phase A3TP9 JBS

ER-OIPU3. Memory mapOOOOOOHO07FFFH200000H400000H600000H800000HAOOOOOHCOOOOOHEOOOOOHFF8000HFFFD1OHFFFFOOHFFFF1OHFFFFICHFFFFFFHBector.. ... .. ... ..

ER-OIPU<MOTOR DRIVE SIGNAL HOLD CONTRObAUTO CUITER DRIVE STATESTOPISTARTIDRIVE li3RmKlsToPMOTOR DRIVE STATEflu%IHOLDCONTROLIEXCITEMENTOFFRCSJCS~BSJ

ER--O1PU4) Thermal head controlIC14CPUVHThermal headdrive circuit1DATA OUT[/HEADTMTM1Thermal headtemperatureTM2detectingcircuit-RDIC22HC244/EXS1IC23AI

ER-OIPU5) Head up sensor circuit1I-Omti------/EXS1IC22A I-CPUH-d mnkC14~=74nm 74HC22Ulllng jlnllp!m015IC192?-nczume state is detected by the microswit

8. RS-232 controlER-OIPU10. Power supply circuitIC14CPUTXD1btRxDlI/DSKIC4MA)(2111CAISD●34RD25.RSF7ER●44Cs84DR6I 4PSCND-SUB 9pinOne channel of the RS-2

ER-OIPUI. ... .uu.,.*NO<>-mLI..L1.inLt..<z.<z.<z.uz-<20>Cuu..II1111II~1:1IInC9F.KUIio0.. .,.“1Y13-1

ER-OIPUxC!YLLLlln.umaII\\\uza---. . ... -nI---E---1-2013-2

ER-oIPU4) Table 4. Print density selectionPin arrangement(Modular jack type connector x 1)PrintISwitch No.Pin No. Signal nameDirection1 Frame GND—2 Dr

ER-OIPU...).ItIrT 1IaLunoma)))) .) I I I I I II II %1 11111111111111AccI

ER-OIPU—.x.aLw.n.uma0a?---l ILIs.J))1..

ER-OIPUIuUJc1mam>Ytll IIIII ?~ tllLL.0u13-5

ER+lPU1. Control PWB@A-sideIu u u u u u UI‘111.I13-6

ER-OIPULuI— .-—..-L..------J1 UJIt.&t--Lu13-7

ER-OIPU13-8

ER-OIPU2. Panel PWB3. N/F PS PWB13-9

ER-01PUKASHARP PARTS GUIDE❑ Exterirs❑ Packing material&AccessoriesH Control PWB unit❑ N.F/PS PWB unitMODEL ER-01PU(for KA)PRINTER: PR-58L❑ Panel P

ER-01PUKA❑ ExteriorsRCPO0269❑ Packing tnaterial&AccessoriesRCPO0270-l–

ER-01PUKA~] Exteriors~NO. PARTS CODE$PRICENEW PARTIRANK MARK RANK\DESCRIPTION1 P F i Lw6959BHZ zALcJournalspring2, GCOV A 7iZZ I AY DPrintercover6BHZ

ER-oIPuCautions12. Near-end sensorX When the power supply becomes ON after a long time (6 hours ormore) has passed, the system should be booted by mea

ER-01PUKA~Control PWB unitNO.PARTS CODEPRICE NEW PART, RANK MARK RANKDESCRIPTIONII QCNCM1 060 AC03 1 ABcConnector (Short Pln3P)ISwl ]2iQCNCM2551RC0G ~

ER-01PUKA❑ Control PWB unitNO.PARTS CODEPRICE NEW PART ‘RANK MARK RANKDESCRIPTION!!t80VRS - TS2AD1 02JAAcResistor (1/10W 1.O~ t570)[R37,109,125,136,13

ER-01PUKAr.,-, .----, . --- .- —d—–NO.I PARTS CODEPRICENEWPARTRAN’”’, . . -,. m. .,,.11 DUN T–5800QU 77A7I2 Q C N C M 5278 N C Z Z-AC11 VH i 27040 RAY

PARTS CODENO. ;;:; ;:#K;;;:QFS-C 13 22QCZZ4- 6AE AQFS-C25 21 TAZZ4- 7AE AQFSHD21 o9AFZZ4- 25ACcQSOCZ2O42 SC323- 9AE cQSW-C92 12QCZZ1- 31AH NBQSW-M6887

ER-OIPUKAPARTS CODENO.PRICE NEW‘ PARTRANK MARKRANKVi-i i 641 3003T I 63- 57BCB——58AF BVH I 74 F 02 SJ/– 1 3-VHPSB25MG//- 15- 4AF!BIInnI IbI. .{VRS-TS2

ER-OIPUSHARPCOPYRIGHT ~ 1997 BY SHARP CORPORATIONAll rights reserved.Printedin Japan.No part of this publication may be reproduced,storedin a retrieva

CHAPTER 3. INITIAL PROCESSINGThefollowing five modes are available when turning ON the power(performing initial processing).ModeKey sequenceOperationI