ER--C)1PU SHARP SERVICEMANUAL CODE: OOZER01PUSM2E ECR/ POS OPTION THERMALLINE PRINTER MODEL ER-01PU PRINTER : PR-58L CHAPTER 1. SPECIFICATIONS. . . . . . . . . . . . . . . . . . . . . . . . . . . . . 1-1 CHAPTER 2. OPTIONS. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 1-7 CHAPTER 3. INITIAL PROCESSING . . . . . . . . . . . . . . . . . . . . . . . . . 3-1 CHAPTER 4. COMMAND DESCRIPTION . . . . . . . . . . . . . . . . . . . . . 4-I CHAPTER 5. CHARACTER DESCRIPTION. . . . . . . .
) Rating CHAPTER 1. SPECIFICATIONS VAC 50/601iz Power Stand-by: 9W Printing: 89W Demand 1. Appearance/Rating 178 (W) X 340 (D) X 153 (H) Outside dimension 1) Appearance Printercover bck I O-40”C 1O-9OYO Ambient temperature/humidity 4.2kg Weight Printer RlecelpI ““ --. .. . 2. Journal lock ( Printer cover lock) ● Method of locking Locking: Rotating clockwise 90” Unlocking: Rotating counterclockwise 90” Key No.: SK224 panel Powerswitch \w 3.
ER-OIF’U Item Description No. of station 2: Receipt and Journal Validation No Printing system Line thermal No. of dot Dot pitch Font Receipt: 360 dots Journal 360 dots Horizontal: 0.125 mm Vertical: 0.125 mm Font A: 12 dot (W) X 24 dot (H) 9 dot (W) X 24 dot (H) Font B: Printing capacity Character size Print pitch Font A: 30 digits/line Font B: 40 digits/line Font A: 1.5 mm x 3 mm Font B: 1.13 mm x 3 mm Column distance: 1.5 mm Row distance: 3.
ER-OIPU Item Description Printing format 12x 24 font 1,5(12dots) ● I I t , , , , I I Item Description Cut method ● Full cut (Cut except 1 point) Cuttable paper thickness Partial cut (Cut except 3 points) Heat sensitive paper: 60-80 pmm Cut’table paper width 57.5 H.5 mm Reliability MCBF 300,000 cut ● I 1-3 1 { I { + I 1 i 2) Auto cutter section I I 1.
ER-OIPU 3) Example of interface connection 7. Printer interface 1) Interface specifications I Interface Synchronizing mode Asynchronous Handshake DTR/DSR signal control or XON/XOFF control ● Baud rate ● 2400/4800/9600/1 9200/38400 Bit length 7 bits/8 bits ● Parity check * ● Printer Host computer I I RS232 Even number/Odd number/No Stop bit 1 stop bit Connector D-SUB 9 pin connector Handshake, Baud rate, Bit length and Parity check are set with the dip switch.
ER-OIPU 3) DATA FORMAT: 8. IPL interface 1)Interface specifications 1. ENQ : 05h 2. ACK : 06h 3. NAK : 15h 4. EOT : 04h 5. PROGRAM DATA Asynchronous mode 1 STOP bit Handshake Poling (simplified procedure) fixed Bit length 8 bits fixed Parity check Perfoned/Not performed (selected with DIP SW) Parity selection Even number/Odd number/No (selected with DIP SW) Baud rate selection 2400/4800/9600/19200/38400 (selected with DIP SW) A PROGRAMDATA(binary) (256 bytes) i SequenceNo.
ER-oIPU Pin arrangement (Modular jack type connector x 1) 4) Table 4. Print density selection Print I density I Switch No. I 4 ON ON ON ON OFF ON OFF ON OFF OFF OFF ON OFF OFF OFF ON ON OFF Dark I I OFF Frame GND 2 Drawer drive si~nal 1 I 3 I Drawer open/close signal I 4 I +24V I 5 I Drawer drive signal 2 6 I Signal GND I I Direction — Signal name 1 OFF ON OFF Pin No. 6 ON Light I 5 I output Input I output — I I l–l I Connector model No.
ER-oIPu Cautions 12. Near-end sensor X When the power supply becomes ON after a long time (6 hours or more) has passed, the system should be booted by means of master reset of ER-01PU. This is necessary because the memory maintaining time is exceeded. By transferring the initial data from the host computer to ER-01PU by means of master reset, it becomes possible to perform operation even if memory maintaining is impossible. The optional near-end sensors for journal and receipt are available.
ER-OIPU 3. RESUMPTION mode CHAPTER 3. INITIAL PROCESSING following five modes are available The Print: when turning ON the power (performing initial processing). Key sequence Mode Operation The printer clears the preset data/receive buffer and starts ooeratina. MASTER RESET mode Turn ON the power while pressing the FUJ key. IPL mode For details, see the CHAPTER 11, IPL FUNCTION. RESUMPTION mode Turn ON the power.
ER-OIPU CHAPTER 4. COMMAND DESCRIPTION 1. Command table [Ln IFFl 3 [RS] 4 [CAN] Cancels print data. In the standard mode, one line of data in the receive buffer is cleared. In the page mode, all the print data is canceled. 5 6 7 [s1] [DC2] [DLE] IEO~ [n] Selects character height reduction. Cancel character height reduction Transmits status in real time. 8 [DLE] [ENQ] [n] Requests the printer in real time. 9 [ESC] IFFl 10 [ESC] [SP] [n] Causes page-mode data print.
ER–OIPU No. 37 38 Command [ESC] C5[n] [ESC] d [n] 39 40 41 42 43 44 45 46 47 [ESC]i [ESC] m Function Enables/disables panel switch. Prints and feeds paper by the specified number of lines. Causes full cutting Causes partial cutting Prints stamp.
ER-OIPU No. COMMAND 3 RS FUNCTION Journal tab CODE No. COMMAND FUNCTION <1Eg> 6 DC2 Cancel character height reduction CODE <12h> [Function] [Function] Moves the print position to the beginning of journal paper. Cancels character height reduction. [Notes] [Notes] This command is valid only when receip~ournal same data printing is canceled. This command is valid only when set at the beginning of a line.
ER-OIPU [Function] n=3; Error factor status Standard mode) Value 0/1 Function bit o Not used Fixed to O 1 Not used Fixed to 1 2 RS232 Receive Error No error caused/Error caused 3 Auto cutter error No error caused/Error caused 4 Not used No function Page mode) Prints all the print data in one page. Then remains in the page mode. The print data is all erased after printing.
ER-OIPU [Function] FUNCTION I No. I COMMAND / I 11 I ESC!n I I Setcharacter mode CODE \ c21h>n Based on the beginning of the line, sets the print starting position through calculation using the basic calculation pitch. I I The distance between the print starting position and the beginning of the line is as follows. [Range] (m+ n x 256)x (basic calculation pitch) O S n S 255 -[Notes] [Function] Any specification that exceeds the end of the line is ignored. Selects the character mode.
ER-OIPU No. 14 COMMAND ESC & 03 Cl C2 (n[DATA]nx3) C2-C1 [Range] 32s cl s cz S 1~6: FUNCTION Define user-defined character CODE <1Bh><26h><03h> f User-defined character range (cl to C2) DATAn S 255: Print bit data O S DATA1 ~~~ O ~ n 59: 9 x 24 font selected O S n S 12: 12x 24 font selected [Function] ● Sets user-defined characters. ● 03h indicates the number of bytes in the vertical direction.
ER–OIPU The image modes selectable by “m” are as follows. ● . m Number of dots in vertical direction Mode Maximum number of dots in horizontal direction o 8-dot single-density 8 192 1 8-dot double-density 8 360 32 24-dot single-density 24 192 33 24-dot double-density 24 360 [Notes] ● ● The set user-defined character data is not cleared until the MASTER RESET and ESC @ commands are received. If the above-mentioned data is out of the range, the setting is disabled.
ER-OIPU 24-dot bit image — — — dl i4 MS B j3 No. COMMAND 16 ESC - n FUNCTION Select/cancel underline CODE <1Bh><2Dh> n Bit imaae data [Function] — d2 — !5 [ — LSB Selects or cancels the underline. ~6 ● When n=Oor 48, the underline is canceled. ● When n=l or 49, the 2-dot-wide underline is selected. ● When n=2 or 50, the 3-dot-wide underline is selected. [Notes] — — — No underline is provided in the following cases.
ER-OIPU FUNCTION CODE No. Set line feed amount <1Bh><33h> 20 No. I COMMAND I 18 ESC3n 1 21 Sets the distance for one iinefeed inch. to[nx(basic ESC = n CODE (Reserved) FUNCTION CODE Set peripheral device <1Bh><3Dh> n COMMAND No. [Function] FUNCTION — COMMAND — calculation pitch)l Caution [Function] ffthefine spacingislessthan 6ctots, printing maybe disturbed when printingis started from the printer stop state.
ER-OIPU No. COMMAND ESC @ 23 FUNCTION initialize printer No. CODE 28 <1Bh><40h> FUNCTION COMMAND ESC NAK n Buzzer ON/OFF [Function] [Range] Initializes the printer setting data. O S n S 255 [Notes] [Function] me following data are not initialized. Makes the buzzer ON/OFF for a certain time. CODE <1Bh> n (n x1Omsec) Macro setting data Receive buffer data Stamp data Y No. COMMAND t No.
ER–OIPU Example No. FUNCTION COMMAND 31 ESC V n i Set/cancel 90ciockwise rotated character printing <1Bh>e56h> n [Range] m=254, n=255 3 dots to the left: m=253, n=255 The distance between the print starting position and the beginning of the line is as foiiows. Sets or cancels 90” cw (clockwise) rotated character printing according to the value of “n”.
ER-OIPU ESC c On 34 Select print sheet (R/J) No. CODE FUNCTION COMMAND No. <1Bh><63h><30h> n 36 ESC c 4 n * [Range] o~n~z CODE FUNCTION COMMAND Select paper-end detector to stop printing <1Bh>c63h>c34h> n [Range] O S n S 255 [Function] Enables or disables the print sheet (FVJ). [Function] The meaning of each bit of “n” is as follows. Selects which paper-end detector causes the printer to stop printing.
ER-OIPU [Reference] No. ESC d n 38 Print and feed paper “n” lines A distance of 16.8 mm is provided between the cutter position and thermal head c1 position. In printing the stamp between them, vertical size of 15.8 mm can be used. CODE FUNCTION COMMAND <1Bh>.c64h> n .- --- ~ 7 1 .-..-J........;.-. ....... 16.8mm I ‘P 15.8mm I + ------ [Function] Prints the data in the print buffer and feed the paper for “n” lines.
ER-OIPU [Default] [Notes] DATA : “=” (3Dh) If nothing is connected to the connector, bit Ois always equal to O. No. FUNCTION CODE Select character code table <1Bh><74h> n COMMAND ESC t n 44 When DTWDSR control is selected, the status is transmitted after the printer confirms that the host computer is ready to receive data (DSR signal is ON). If the host computer is not ready to receive data (DSR signal is OFF), the printer waits until the computer is ready.
ER-OIPU [Function] i No. I COMMAND I ESC z n 47 L FUNCTION CODE I Select/cancel receiptijoumal same data printing Selects the character size of Normal/Double/Quadruple (Height and Width). I <1Bh><7Ah> n o [Range] O S n S 255 Select or cancel printing the same data on the receip~ournal. When the value of bit Oof “n” is equal to O,same data printing is canceled.
ER-OIPU Imagedatamemorystructure . .......... . .... M I SB 52 GS: Set starting/ending position of macro definition <1Dh><3Ah> I Bit image 11 dn2 +1 [Function] ~(n2 e +1 Specifies the starting or ending position of the macro definition. If this command is received while defining the macro, it ends the definition. L SB [ -......-....-.—. [Notes] Themacro range can be setup to 2048 bytes. i2 dn2 +2 Even if ESC @ is executed, the macro definition is not cleared.
ER-OIPU [Function] bit Description Selects the print density. o Ready for kanji character I n = 00: 650/’of standard density (P) n = 50: Standard density (P) n = 99: 135 ‘/. of standard density (P) [Default] n = 50 Yes/No 1/0 1 I Not defined 2 Not defined 3 Not defined 4 Fixed to O 5 Not defined \ 1 ~ 6 I Fixed to O I I I 7 Fixed to O [Notes] No.
ER-OIPU If no status is selected, automatic status transmission is disabled. I No. I COMMAND/ 1) GS V m 2) GS V m n 58 FUNCTION I CODE Cut paper I <1Dh><56h> If at least one status is selected, automatic status transmission is enabled and 4-byte data is transmitted each time the selected status changes. I The data to be transmitted are listed on the next page. [Range] [Notes] The status is transmitted without checking the DSR signal.
ER-OIPU [Notes] [Range] When the head up lever of the printer unit is operated, the status (open/close) of the head up lever is transmitted. At that time, the status o open/close may be repeatedly transmitted by chattering and bounce of the head up lever switch. The status of the head up lev~r is stabilized in max. 40 msec. Therefore, this change in status must be taken into consideration in process designing in the host side.
ER-OIPU CODE128barcode [Notes] CODE128, which is made by encoding full ASCII 128 characters, represents different things by using three start codes which are functions. Common to@ and @ In each bar code system, if a code cannot be printed, the printer prints the processed data and the following data is treated as normal data. Bar code printing is inhibited during printing. CODE A: Able to represent ASCII characters OOHthrough 5FH. CODE B: Able to represent ASCII characters 20H through 7FH.
ER-OIPU Characterswhichcan be printedusing CODE A Character Transmit data Hexadecimal Transmit data Character Decimal Character Decimal Hexadecimal Transmit data Hexadecimal Decimal NUL 00 0 k 23 35 F 46 70 SOH 01 1 $ 24 36 G 47 71 STX 02 2 ‘/0 25 37 H 48 72 ETx 03 3 & 26 38 I 49 73 EOT 04 4 27 39 J 4A 74 ENQ 28 40 K 4B 75 L 4C 76 05 5 ( ACK 06 6 ) 29 41 BEL 07 7 b 2A 42 M 40 77 BS 08 8 + 2B 43 N 4E 78 HT 09 9 1 2C
ER-OIPU Characterswhich can be printed using CODEB Transmit data Character Decimal Hexadecimal 3P Character Transmit data Hexadecimal Character Decimal 20 32 c 43 67 Transmit data Hexadecimal Decimal 1 66 102 21 33 D 44 68 ~ 67 103 6 22 34 E 45 69 h 68 104 ! 23 35 F 46 70 I 59 105 s 24 36 G 47 71 5A 106 48 72 3B 107 SC 108 Yo 25 37 H 5 26 38 I 49 73 27 39 J 4A 74 ‘n SD 109 ( 28 40 K 4B 75 n 6E 110 ) K 29 41 L 4C 76 o
ER-OIPU Characters which can be printed using CODEC Character Transmit data Hexadecimal 30 00 21 32 Decimal Character Transmit data Hexadecimal Character Decimal Transmit data Hexadecimal 46 Decimal 0 35 23 35 70 01 1 36 24 36 71 47 71 02 2 37 25 37 72 48 72 70 D3 03 3 38 26 38 73 49 73 34 04 4 39 27 39 74 4A 74 05 05 5 40 28 40 75 4B 75 76 77 06 , 06 6 41 29 41 76 4C 07 07 7 42 2A 42 77 4D 38 08 8 43 2B 43 78 4E 78 09 0
ER-OIPU FUNCTION CODE Transmit status c1 Dh><72h> n No. I COMMAND I I GS r n 63 I 1 No COMMAND FUNCTION CODE 64 GS w n Select horizontal size <1Dh><77h> [Range] o~-l~z 49 S n S 50 [Function] Selects the horizontal size (magnification) of the bar code.”n” specifies the number of dots in one module. [Function] Selects which status is to be covered by automatic status transmission. [Default] The meaning of each bit of “n” is as follows.
ER-OIPU I w m o Itm n m “ +2 m m o I o 5-1 I i I I I I I I I I I I I
ER--O1PU @ Pagel ( JAPAN:Katakana ) HEX 0 HEX 8 9 A B c D E F BIN 1000 1001 1010 1o11 1100 1111 SPACE 1101 .. . 1110 -I- = x 0000 - 128 1 0001 -r . 129 2 0010 0011 0100 — 132 5 0101 ■ 133 6 0110 149 134 7 0111 1000 I 1001 I A 1010 1011 154 139 c 1100 1 1101 I E 1110 1 157 1111 + 143 173 158 159 189 174 190 175 5-2 191 222 207 237 253 .::::: .:.:, 238 254 \ 223 252 A / 0 T Y 236 221 206 251 H 0 .
ER-oIPu B Page2 I HEX HEX I , 8 i I 9 I A c i B I I D I E BIN 1000 1001 1010 1o11 1100 1101 1110 0000 G E 6 .: L 5 0 F 1111 I 1 o 128 0001 1 u 144 160 i a 129 176 ::::: ..:: .
ER-OIPU @ Page3 T HEX 0 HEX 8 9 A B c D E F BIN 1000 1001 1010 1o11 1100 1101 1110 1111 A ..: ...:. . 1- A a = — 0000 E c 128 1 0001 u 144 2 0010 0011 a 4 0100 147 132 5 0101 a 6 0110 A 149 0111 135 8 1000 9 1001 E A 1010 1o11 iJ e i $ 1100 0 1101 1 1110 156 u A 1111 A 158 174 > o 143 J 159 175 5-4 191 207 < 252 2 237 222 253 m 238 254 SPACE n 223 251 n G ■ 250 236 221 206 .
ER-OIPU @ Page4 HEX 0 HEX 8 9 A B c D E F BIN 1000 1001 1010 1o11 1100 1101 1110 1111 G E I I a = 0000 128 1 0001 u 144 0010 6 145 E 130 3 0011 a 4 0100 147 132 5 0101 a 0110 0111 135 8 1000 136 9 1001 e A 1010 1011 1100 D 1101 1110 A 142 F 1111 3? 0 > f s 143 174 159 190 175 5-5 191 .
ER-OIPU @ Page5 0 HEX 8 9 A B c D E F BIN 1000 1001 1010 1o11 1100 1101 1110 1111 0000 E G 128 1 0001 0010 E 6 0011 131 4 0100 a 0101 133 6 0110 A 7 0111 150 1000 e 9 1001 137 A 1010 e 1011 i c 1100 T D 1101 1 1110 0 A 1111 A < 158 159 189 174 190 175 5-6 191 237 222 253 m 238 n 223 252 2 G 207 236 221 206 251 n 4 I * 1 235 220 205 250 T m I JL lr 234 219 204 249 .
ER-OIPU ~ Page6 (GREECE) HEX o HEX 8 9 A B BIN 1000 1001 1010 1o11 0000 128 0001 1 129 2 0010 e 3 0011 A 0100 a 5 0101 h 133, 6 0110 A 0111 150 135 8 1000 151 Q “ 136 9 1001 152 137 A 1010 153 I I 138 B 1o11 154 la ‘ 170 155 I , ii ‘/2 139 I* 186 ~ 171 187 1100 140 D 1101 E 156 i 141 E 1110 – F 1111 173 215 232 158 174 > 159 190, 233 x 218 5-7 191 207 w D 235 220 251 .
ER-OIPU @ Page? ( SLAV) HEX 0 HEX 8 9 A B c D E F BIN 1000 1001 1010 1o11 1100 1101 1110 1111 L d d — 00(?() E G 128 1 0001 u 2 0010 L e 0011 0100 i a 132 5 0101 0 L 6 0110 134 7 0111 135 8 1000 i 1001 s G 1010 1011 u 6 1100 i 140 D 1101 E 1110 F 1111 c 173 158 189 174 M 1 175 5-8 191 207 R + F 253 m 1 238 ‘ 223 252 237 222 9 251 236 221 206 (f Y fi lr 250 235 220 205 190 u T JL 234 219 204 249 .
ER-OIPU @Page254 HEX 0 HEX 8 9 A B c D E F BIN 1000 1001 1010 1o11 1100 1101 1110 1111 G E A o L r + T 0000 128 1 0001 144 s u 129 2 0010 0011 0100 147 6 a 132 5 0101 0110 149 o a 0111 135 8 1000 1001 P 152 137 A 1010 153 138 B 1011 c 1100 1 1101 1110 157 142 F 1111 143 173 158 189 174 190 !! 175 5-9 237 222 253 c 238 , 223 252 c @ v 207 236 221 206 251 0 0 L 5 191 T ❑ i 250 . 235 220 205 .
ER-OIPU Page254 I 9 A B c D E F 1000 1001 1010 1o11 1100 1101 1110 1111 SPACE SPACE SPACE SPACE SPACE SPACE SPACE SPACE HEX 8 HEX BIN 0 0000 12$ 1 0001 SPACE 129 2 0010 SPACE 130 3 0011 SPACE 131 4 0100 SPACE 132 5 0101 SPACE 133, 6 0110 SPACE 134 7 0111 SPACE 135 8 1000 SPACE 136 9 1001 SPACE 137 A 1010 SPACE 138 B 1o11 SPACE 139 c 1100 SPACE 140 D 1101 SPACE 141 E 1110 SPACE 142 F 1111 SPACE 143 144 SPACE 145 SPACE 146 SPACE 147 S
@ International character set HEX 23 24 40 5B 5C 5D 5E 60 7B 7C 7D 7E DEC 35 36 64 91 92 93 94 96 123 125 125 126 0 U.S.A. # $ @ [ { I I } 1 France 2 Genany # $ a 0 .. e u e # $ 5 a 6 u 3 U.K. f $ @ { I I } - 4 DenmakI # $ @ e 0 4 u Country 1 \ A A G s A o u A [ 1 A E \ a A A .
ER-OIPU 2. Motor Lock CHAPTER 6. HEXADECIMAL DUMP If the motor lock is caused, the following operations are performed. This function is intended to print the data sent from the host computer, using hexadecimal digits and characters corresponding to them. 1) The error lamp goes on, the online lamp goes off and the buzzer sounds intermittently. 2) In case of automatic status transmission, the status is transmitted to the host computer via RS232.
ER-OIPU 2. REMOVE THE TOP CABINET CHAPTER 8. DISASSEMBLY& ASSEMBLY This chapter describes mainly the disassembly procedures. For the assembly procedures, reverse the disassembly procedures. -b 2 1. REMOVE THE PR COVER UNIT [DISASSEMBLY METHOD] 1)Remove the PR COVER UNIT (l). There are holding notches at the rear of the both sides of PR COVER UNIT ~. [DISASSEMBLY METHOD] 1)Remove the two SCREWS ~. Hold the notches and lift the unit. 2) Remove the SCREW @. There are two pawls in the front section.
ER-OIPU [PARTS LISTl 3. REMOVE THE CONTROL PWB AND PANEL PWB i No. I PARTS NAME I Q’TY Q PR CABLE (1OP) 1 Q PR CABLE (12P) 1 @ PRINTER UNIT: PR-58L @ CONTROL PWB 1 @ PANEL CABLE (7P) 1 6 1 a PANEL PWB 1 @ SCREW (M3 X 8) 2 @ @ I ) TOP CABINET 1 SCREW (M3 X 6) 2 4. REMOVE THE PRINTER UNIT [DISASSEMBLY METHOD] 1) Remove the FLAT CABLE @ of the PRINTER UNIT@ from the CONTROL PWB @. 2) Remove the PR CABLE@ and @ of the PRINTER UNIT@ from the CONTROL PWB @.
ER+lPu [CAUTIONS TO BE TAKEN WHEN REINSTALLING] 5. REMOVE THE N/F PS PWB UNIT When installing POWER TRANSFORMER @, fit with the positioning boss of BO~OM PLATE @, and tighten the screw. ,......, . .,,,, .. 0 [DISASSEMBLY METHOD] 1) Remove the SCREW @ and remove the N/F PS PWB UNIT @ from the BO~OM PLATE@. 2) Remove the SCREW@ and @ and remove the AC CORD UNIT @ from the BOITOM PLATE @. 3) Remove the two connector cables of the POWER TRANSFORMER @ from the N/F PS PWB UNIT@.
ER-OIPU 6) Remove the PRINTER UNIT. 7) Install the NEAR END SENSOR UNIT @ to the TOP CABINET CHAPTER 9. INSTALLATION OF SERVICE OPTIONS @. X Adjust the height of the NEAR END SENSOR UNIT, and fix it with the fixing screw. 1. Paper near end sensor: DUNT-5800BHZZ 8) Install the PRINTER UNIT. 9)Attach the earth wire from the NEAR END SENSOR UNIT @ to [PARTS LISTl INo.
ER-OIPU 2. Drawer connector: QCNCIV15278NCZZ [PARTS LIST’J No. 1 Parts name Drawer connector Parts code QCNCM52 78 NCZZ Q’ty Price 1 Note AC [DISASSEMBLY METHOD] 1) Remove the PR COVER UNIT. 2) Remove the TOP CABINET. 3) Remove the CONTROL PWB. 4) Solder the accessory connector to the CONTROL PWB. 5) Install the CONTROL PWB.
ER-OIPU Note: CHAPTER 10. DIAGNOSTICS FUNCTION When the power is turned on, the connection of printer cables 1/2 (RMTEST/JMTEST signal) and of the thermal head cable (RHEAD signal) is tested with the diagnostics program. X If there is no connection, the buzzer sounds continuously and the test is terminated. 1. General By master reset, certain data are written into memory and the power is turned off. When the power is turned on afterward, the memory contents are tested.
ER-OIPU 3. Program code list 2-2. Connection test (procedures when the ROM to check the ER-OIPU in is used in the ER-OIPU) (1) (1) Connect the ER-OIPU’S RS232 connector to the RS232 connector on the COM 1 side of the PC with the RS232 cable. X After turning on the DIP switch, press the “ON-LINE” key to start the test. nn I COM1 ER-OIPU stand-alone test (2) Connection test with the host X Select the test item on the menu screen of the host with the + key, and press the ENTER key to start the test.
ER-OIPU 4-2. FUJprinter test 4. Test items (1) 4-1A. Key/Lamp/Buzzer test (1)Operation Operation X Stand-alone test: SW1-2 + ON-LINE key ON * Connection test: Selection of test item+ ENTER key ON X Stand-alone test: None (Included in the auto test) * Connection test: Test item selection + Press the ENTER key. A receipt and a journal are printed in 5 lines of special characters and the receipt is issued.
ER-OIPU (4) 4-4. Drawer open & sense test (1)Operation X Stand-alone test: SW1-40r –5+ON-LINE key ON 4-6. Flash ROM & CG ROM sum test Note: SW1-4 = Drawer 1 or SW1-5 = Drawer 2 Selection of test item+ * Connection test: (1) ENTER key ON Note: Test item = Drawer 1 open sense test or Drawer 2 open sense test (2) (2) Content (3) Result 1 Result O X Visually check that the drawer is opened.
ER-OIPU (3) ,-. (3) Check content Check the print and visually check. Check with the following prints: TESTO08: RAM1 OK RAM2 OK (Normal print) Check (4) TESTO08: RAM1 OK RAM2 ERR (Error print) Cancel After completion of the test, the end print is made and the test is terminated. Note: TESTO09:END (End print) RAMl=Odd address (Control PWB IC17) 4-9. Aging test (1)Operation RAM2=Even address (Control PWB IC18) (4) Cancel The above print is made and the testis terminated. 4-8.
ER-OIPU 4-11. A/D conversion test (1)Operation * Connection test: (2) Selection of test item+ ENTER key ON Content The digital conversion values of signals inputted to the A/D convertor in the CPU are displayed sequentially. By timer control, the display channel is revised every 1 sec and display is repeated. DisDlav X Thermistor input (ANO) + X +24V input (AN1) X VPRF input (AN4) := ND converted IObit data are displayed in Note: “XXX*”: decimal number.
ER-QIPU CHAPTER 11. IPL (Initial Program Loading) MODE MasterROM There are two methods to write software into the flash memory on the control PWB by using the IPL mode. ● Writing by the master ROM ● Writing by PC IR’m CONTROL PWB 1. Writing IPL software by the master ROM The contents of the master ROM are loaded into the flash ROM. In this method, all the programs including the application programs and the IPL software are loaded into the flash memory.
ER-OIPU Procedure) Printer Status Contents No , Install ‘I PL.EXE” on your Personal Computer. ~ IPL mode is selected on ERO1PU. Set to “ON’ on Bitl of Dip Switch 2 to IPL Mode. ~ Turn ON the power while pressing the FUJkey. ERROR Lamp and On-line Lamp is blinking. 4 IPL mode is entered when the ERROR Lamp is blinking and R key is set to ON. (The On-line Lamp is turn off. printer clears the application program area of the flash ROM.) ~ Wait the application program data. ! ~Execute ‘I PL.
ER-OIPU T x > I I . T u) n 5 A < u m x w I l– I II 1 I I 2 Cn (n Cn u) < m < 1< 0 s 1- i I I ------q I N m — I .
ER-OIPU 2. Description of main LSI’S 2-1.
ER-OIPU 2) Blockdiagram II 1 Al 9 Al 8 Al 7 Al 6 II Interruption controller Al 5 c+ Al 4 — — Al 3 DMA controller RAM 512bytes P62 P61 n Reflesh controller WAIT Cso IRQ3 16bit integrated timer unit (ITU) CS2 CS3 IRQO > u m I I A6 n g CS5 o A5 I a A4 Watch dog timer (WDT) A3 A2 u Seriai communication interface (SCI) X 2ch ~—~ / AO \ IRQ5 — \ SCKO PC5 PC4 I A7 n Al II I PC7 PC6 / m r z A/d converter timming patarn n CS4 Pco ‘i 12-3 RXD1 TXD1 r! ; Pcl R
ER-OIPU 2in Pin Signal Function In/Out name No.
ER-OIPU 4. Printer control 3. Memory map 1)Paper feed control Bector OOOOOOH. . . . . . . . . . . . . . . . . O07FFFH .................. ................... +24V FLASHROM AreaO 200000H .................. .. . . . . . . . . . . . . . . . . . 400000H Area1 ................... Area2 600000H .................. .................. RDS (CG ROM) RCS RAM RBS ............ ....... Externaladdress DIPSWITCH Area3 area l/O SELECT 800000H .. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .
ER-OIPU 3) Paper end sensor circuit
ER--O1PU 4) Thermal head control VH Thermal head drive circuit 1 DATA OUT Thermal head temperature detecting circuit TM1 /HEADTM [ IC14 CPU TM2 /EXS1 IC23A 74HC32 /EXS IC23C 74HC32 IC22 HC244
ER-OIPU There are following three kinds of LED’s. The states are shown in the table. 5) Head up sensor circuit 1 I -Omti -----/EXS1 C14 ~= IC22A 74nm H-d I74HC22 LED No. NAME FUNCTION LEDI POWER Lights up when the power is turned ON. LED3 ONLINE Light up when in ON-LINE. Goes off when in OFF-LINE. LED2 ERR mnk Ulllng jlnllp! CPU m Lights up when an error occurs. Goes off when an error is canceled. 015 IC19 2?- There are following three kinds of switches.
ER-OIPU 10. Power supply circuit 8. RS-232 control F1 TXD1 t 3 SD b RxDl ● RD 4 F2 - T2.5ALJ TIALI POWER SWITCH ~ 250v NOISE FILTER CIRCUIT POWER TRANSFORMER 250V 2 5 . RS IC14 CPU SWITCHING F 7 REGURATOR STR2124 ER I 8 DR MA)(2111 CAI 4 I 4 +24V: PRINTER UNIT, DRAWER DRIVE CIRCUIT IC4 /DSK 6 + 5V: Ic 4 PSCN D-SUB 9pin One channel of the RS-232 connector is provided as a standard part for communication with the host.
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ER+lPU 1. Control PWB @ A-side I u u u u u u UI‘ 1 1 1.
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ER-OIPU 2. Panel PWB 3.
ER-01PUKA PARTS GUIDE SHARP MODEL ER-01PU (for KA) PRINTER: PR-58L ❑ Exterirs ❑ Panel PWB unit ❑ Packing material&Accessories ❑ Aticles for consumption H Control PWB unit ❑ Sefvice ❑ N.F/PS ■ PWB unit route options Index Because parts marked with A is indispensable for the machine safety maintenanceand operation,it must be replacedwiththe partsspecificto the productspecification. Table of destinations SELECTION CODE u A TS U.S.A.
ER-01PUKA ❑ Exteriors RCPO0269 ❑ Packing tnaterial&Accessories RCPO0270 -l–
ER-01PUKA ~] ~ Exteriors NO. PARTS CODE 1 P F i Lw6959BHZ z iZZ 2, GCOV A 7 6BHZ z 7355 BHZZ 7232 BHZZ 91 NR~LP6656BHZZ .--— .— I 6RCZZ Qnu77 793 BH; ; 488 BH01 OP 08000 23 GCo VH7121BHZZ “W,,”* + 24 CPWB X74 8 ~nun — —— 26 QCNW-7791BHZZ 27 LHLDW6821BHZZ 28 )(BPSD40P08KS0 29 RTRNP6887BHZZ 122BHZZ 311QSW-C9212QCZZ 421BHZZ 32] QACCL7 33 XBPBZ40P06KO0 34 RC~RF6703BHZZ 7 Sczz 35 LHLDWOOO ----36 CPWBF7481BHOI 38 LPLTM6701BHZA 39 LANGH7601BHZZ 40 XHPSD30P06KO0 .
ER-01PUKA Control PWB unit ~ II QCNCM1 060 AC03 2iQCNCM2551RC0G PRICE NEW PART , RANK MARK RANK c Connector (Short Pln 3P) 1 AB c ‘ Connector(5pin) ~ AE 31 QCNCM2 551 4 I QC N CM 2551 5 ‘QC NCM7 1 25 61 QCNCW1 O 57 71 QCNCW7 1 95 8 !Q C N W – 7790 ~ AE \ AF ~ AN AB AN AP NO. !“ PARTS CODE , , . - - - . - - . RC1 B RC 1 J BH O I ACZ Z RC 2 F BH2 Z . . . - . .
ER-01PUKA ❑ Control PWB unit PARTS CODE NO. ! ! 80 81 82 83 84 85 86 87 88 89 90 91 92 93 94 95 901 ❑ VRS - TS2AD1 02J VRS-TS2AD1 03 J VR S – T S2 AD 1 22 J VRS– TS 2 AD I 63F 8 3G VR S - T S2 AD1 VRS - TS2AD 203 J VRS - TS 2AD 241 J VRS - TS 2AD 272G VRS– TS 2AD 272 J VRS– TS 2AD 332 J VRS - TS 2AD 362F VRS– TS 2AD 470 J VRS– TS 2AD 47 2J VRS - TS2AD 562J VR S - TS2AD5 63 J QC NCM 2423 R C OH (Unit) CPWBX 748 6BH O 1 PARTS CODE 1 PRDA F6 664 BHZA a - ., -.. Z l~b 3 4 5 6 7 8 9 ..
ER-01PUKA r .,-, .----, —– NO. I I PARTS CODE 1 DUN T–5800QU 77 2 Q C N C M 5278 N C Z Z11 VH i 27040 RAY1 B BH Z Z 101 L A NGK 7599 102 ML EV F 671 4BHZ Z 103 QSW– M6 88 7BHZ Z Iti I X B P S D 20 P O 8000 105 IM S P R C 6753 BHZ Z . --- PRICE NEW , . . -,. RAN’”’ 1 A7 I AC BB AN AL AV I AA I AD ] .- a s s c c B c N Nl[ — d PART DESCRIPTION m. .,, . ! .
PARTS CODE IGJ ------- -------- LrwB1-/4u/BHul f! . I .- BR BR BA BA CG CG E E E E E E 1- 501 71 A’f AZ E s 17 12 1- 23 1- 30 7- 110 BB A’f AS AT AK D D D D D ! 1I A- Vb Ml 5- gol !f -A ,, I d- ml . rnl LUA DUNT-1817BHZZ DUNT-5800BHZZ rGl .—. GCABB7232BHZZ GC~VA7120BHZZ GCdVH7121BHZZ GC~VH7122BHZZ GFTAT6923BHZZ ru! inl J rvl \ 1- kLJ t LANGH7601BHZZ LANGK7599BHZZ LANGT7608BHZZ LANGT7609BHZZ LBNDJ2003SCZZ-—— LHLDWOO07SCZZ LHLDW6821BHZZ LKGiM735~RUzz 1 ..
ER-OIPUKA Vi-i i — 641—3003T I 6 VH I 74 F 02 SJ/– 1 VHPSB25MG//- 1 VRS-TS2AD 102 J If VRS-TS2AD 10 3F VRS– TS 2 AD 10 3G VRS–TS2ADI03J 
