CONTENTS CHAPTER 1. REMOVING THE REAR COVER... 1 CHAPTER 2. REMOVING THE TOP CABINET... 1 CHAPTER 3. REMOVING THE LCD UNIT... 3

Transcription

1 UP-600 MODEL UP-600 UP-700 (For "U" & "A" version) UP-700 CONTENTS CHAPTER. REMOVING THE REAR COVER... CHAPTER. REMOVING THE TOP CABINET... CHAPTER. REMOVING THE LCD UNIT... CHAPTER. REMOVING THE PRINTER UNIT... CHAPTER. REMOVING THE STANDARD DRAWER UNIT... CHAPTER 6. EXPANSION RAM BOARD UP-S0MB/0MB... 6 CHAPTER 7. MCR UNIT UP-EMR... 6 CHAPTER 8. POLE DISPLAY UNIT UP-P6DP... 7 CHAPTER 9. RE- I/F ER-ARS... 8 CHAPTER 0. HAND SCANNER ER-A6HS... 9 CHAPTER. REMOTE DRAWER ER-0DW/0DW... 9 CHAPTER. IN-LINE CABLE... 0 CHAPTER. RS DEVICES... 0 Parts marked with " " are important for maintaining the safety of the set. Be sure to replace these parts with specified ones for maintaining the safety and performance of the set. SHARP CORPORATION This document has been published to be used for after sales service only. The contents are subject to change without notice.

2 Symbol/PartsCod) INTRODUCTION CONNECTION OVERVIEW. OVERVIEW OF CONNECTIONS RS devices UP-P6DP UP-EMR ER-A6HS and RS devices In-Line cable. OPTIONAL DEVICES THAT CAN BE CONNECTED Standard port Option port (ER-ARS, ER-0EF) Port No. Port CH Port CH Port Port Type D-SUB 9pin Modular RJ D-SUB 9pin D-SUB 9pin CI/+V selectable ER-A6HS (+V necessary) Scanner (+V not necessary) Modem PC Printer, Scale POS utility, ER0FD.exe The ER-A6HS cannot be connected to port, or because it requires +V. The modem cannot be connected to port because it uses a different signal line. For the RJ- modular to D-sub 9pin conversion cable, see the following 9PIN DSUB D-SUB 9pin - D-SUB 9pin cable 9PIN DSUB SD SD RD RD RTS 7 7 RTS CD CI Moduler RJ /RS D-sub 9pin 7 /RS DCD DCD GND S0 S0 VCC (+V) /ER SD GND RD /DR /CS (Open) /ER SD /CD GND RD /RS /CS /CI DTR DSR 6 6 CTS 8 8 SG DTR DSR CTS SG

3 . RS- connecting device cable wiring diagram. [Scale Local Purchase] ) Data transmission format - 7bits ASCII code - Even parity - One stop bit - Rate9600 asynchronous Their datas are fixed by ECR. ) Pin-outs (Scale) Pin No. Ground (ECR) Pin No.. [Coin dispenser by Telequip Corporation] ) Data transmission format - 7bits ASCII code - One start bit - Even parity - One stop bit - Rate9600 asynchronous Their datas are fixed by ECR. ) Pin-outs (C/D) Pin No. RD (ECR) Pin No. RD SD RD SD SD RD SD RS GND GND CS GND 6 DSR 6 DR 6 DSR 7 RTS 7 RTS 8 CTS 8 CTS 9 9 ) Protocol ) Protocol Dispense coins (ECR) (Scale) (ECR) (C/D) Command EOT "C" Response <STX>XX<ETX><cc> <Command> W <Response> <STX>0XX.XX<CR> ;Lb <STX>XX.XXX<CR> ;Kg (Error) <STX>?<status byte><cr> status or ACK Scale status byte format status NAK b7 Parity bit (Even) b6 Always = b Net WT. = b b Center of zero = Outside zero capture range = b b Under Out of zero range = = b0 Motion = XX ten' s+one' s CC cents

4 . [Coin dispenser cont.] Auxiliary command (ECR) EOT "C" <cmd><enq> (C/D) <STX> status <ETX><cc>. [Slip printer (TM-U9) by Epson] ) Data transmission - 8bits ASCII code - No start bit - Non parity - One stop bit - Rate9600 asynchronous -Communications is fixed at the ECR. ) Handshaking - DTR/DSR control ) Pin-outs ACK ( Slip printer) Connector D-SUB (ECR) or NAK Pin No. F.G Pin No. <cmd> " r "=reset Scale status byte format TXD RXD RD SD b7 b6 Always = b Change dispensed = b Low coin alarm = b Dispensing coins = b b Always Function = error = b0 Parity error = RTS 6 DSR ER GND 6 DSR. [Roll printer by Epson] ) Data transmission - 8bits ASCII code 7 S.G 7 RTS 8 CTS - No start bit - Non parity 0 DTR 9 - One stop bit - Rate9600 asynchronous -Communications is fixed at the ECR. ) Handshaking - DTR/DSR control ) Pin-outs (Roll printer) Connector D-SUB (ECR) Pin No. F.G TXD RXD RTS 6 DSR 7 S.G 0 DTR Pin No. RD SD ER GND 6 DSR 7 RTS 8 CTS 9

5 . LAN BASIC SPECIFICATIONS Transmission system Transmission speed 0 Base-T 0Mbits/sec Transmission distance Segment length max. 00m Transmission cable Twisted pair cable (Category ) No. of connectable machines Master Satellites max. 6 Note The example of composition of LAN (0 Base-T) MAX 00m HUB MAX 00m HUB MAX 00m HUB MAX 00m HUB MAX 00m POS POS POS PC MAX 00m (HUB MAX ) Note For connecting LANs, use UTP Category- cables. UTP (Unshielded Twisted Pair) cables consist of four pairs of unshielded copper wires twisted around each other and, bundled with resin and coated into a single line. UTP cabling prevents the entrance or discharge of electromagnetic noise from or into peripheral circumstances. Cat- (Category-) cables are a popular type of LAN cable that is used for connecting network equipment and can be used at speeds up to 00 Mbps. UTP cables are widely used for both 0BASE-T and 00BASE-TX interface standards. Cat- cable connectors are 8-pin (RJ) modular jacks that meet category standards. This type of modular jack meets transmission performance standards including EIAS/TIA/TBS0 and allows a highspeed communication of up to 00 Mbps. The maximum length of Cat- cables connecting network equipment is set to 00m depending upon attenuation of waveforms and delay times.

6 CHAPTER. REMOVING THE REAR COVER CHAPTER. REMOVING THE TOP CABINET CAUTION Before installation, be sure to turn off the power. CAUTION Before installation, be sure to turn off the power.. REMOVING THE REAR COVER ) Remove the two screws. ) Remove the rear cover.. REMOVING THE TOP CABINET <UP-600> ) Open the printer cover. ) Remove the ribbon cover. ) Lift the pop-up display unit. ) Remove the three screws.. REPLACING THE REAR COVER Install the rear cover in the reverse order of disassembly. <UP-700> ) Open the printer cover. ) Lift the pop-up display unit. ) Remove the three screws.

7 ) Slightly lift and slide the top cabinet, and remove the grounding wire. Note Do not pull up the top cabinet unit the grounding wire and connector cables from the top Cabinet are removed. <UP-600> ) Remove the following cable between the top cabinet and the main PWB. Cable between the MAIN PWB and the CKDC PWB.. REPLACING THE TOP CABINET Install the top cabinet in the reverse order of disassembly. <UP-700>

8 CHAPTER. REMOVING THE LCD UNIT. REMOVING THE LCD UNIT ) With a flat-bladed screwdriver, remove the two latches of each of the LCD rear cabinet and the LCD filer. 6 ) Remove the top cabinet from the bottom cabinet. ) Remove the LCD flat cable and the earth wire from the CKDC PWB. ) Remove the screw and the plate. ) Remove the two screws from the LCD HINGE. A 7 B Turn of A and B when you remove it. 6 LCD HS unit LCD volume PWB ) Remove the LCD unit from the top cabinet. LCD back light. REPLACING THE LCD UNIT Install the LCD unit in the reverse order of disassembly. Insert a flat-bladed screwdriver into the right and left mounting areas and remove.

9 CHAPTER. REMOVING THE PRINTER UNIT CHAPTER. REMOVING THE STANDARD DRAWER. REMOVING THE PRINTER UNIT <UP-600> ) Remove the top cabinet. ) Remove the two screws fixed on the printer unit. ) Remove the two screws fixed on the two earth wires.. REMOVING THE STANDARD DRAWER ) Open the printer cover. ) Remove the screw fixed on the drawer unit. ) Remove the printer cable from the MAIN PWB (CN9). B A <UP-700> ) Remove the top cabinet. ) Remove the two screws fixed on the printer unit. ) Remove the screw fixed on the earth wire. ) Stand the cabinet sideways as illustrated below, and remove the drawer connector from the MAIN PWB (CN). ) Remove the printer cable from the MAIN PWB (CN9). DRCN CN CN. REPLACING THE PRINTER UNIT Install the printer unit in the reverse order of disassembly

10 . REPLACING THE STANDARD DRAWER UNIT Install the standard drawer unit in the reverse order of removal. The drawer top has the following holes with which the drawer position can be changed. CHAPTER 6. EXPANSION RAM BOARD UP-S0MB/0MB CAUTION Before installation, be sure to turn off the power. ) Open the ROM/RAM case. ) Install the two spacers on the ROM/RAM PWB unit. ) Connect the UP-S0MB/0MB to the ROM/RAM PWB unit (CN0) Standard position Rear position NOTE The UP-S0MB/S0MB has an electronic double layer capacitor (C). When removing either memory board after the machine was plugged in, use caution not to bring it close to any conductor.

11 CHAPTER 7. MCR UNIT UP-EMR ) Align the MCR sheet with the positioning line of the top cabinet. ) Mark points of the asterisk mark on the MCR sheet. ) Remove the rear cover. 6) Connect the MCR cable to the MCR connector. 7) Fix the earth wire to the main chassis with a screw. 8) Install the core to the MCR cable and earth wire with two wire bands ) Aligning with the markings, secure the MCR angle to the top cabinet with screws. ) Install the MCR unit to the MCR angle and secure with screws. NOTE Install the ferrite core in a position less than 0mm from the cabinet. MCR cable Wire band Wire band Core Cabinet Earth wire Within 0mm 6

12 CHAPTER 8. POLE DISPLAY UNIT UP-P6DP ) Remove the rear cover. ) Connect the display cable to the POLE connector. ) Fix the earth wire to the main chassis with a screw. ) Install the core to the display cable and earth wire. Secure the core with two wire bands. CHAPTER 9. RS- I/F ER-ARS. ER-ARS CHANNEL SETTING The ER-ARS ports can be set to channel -7 and invalid (inhibit) with SW on the PWB. OPTCN () (0) SW RSCN RSCN SW setting contents SW ~ are used for channel setting of RS- connector (RSCN). SW ~6 are used for channel setting of RS- connector (RSCN). 6 NOTE Install the ferrite core in a position less than 0mm from the cabinet. MCR cable Wire band Earth wire Core Wire band Within 0mm Cabinet SW RSCN SW RSCN setting 6 setting RS- invalid RS- invalid 0 0 Channel 0 0 Channel 0 0 Channel 0 0 Channel 0 Channel 0 Channel 0 0 Channel 0 0 Channel 0 Channel 0 Channel 0 Channel 6 0 Channel 6 Channel 7 Channel 7 Note ) If RSCN port and RSCN port of the ER-ARS are set to the same channel, RSCN port becomes invalid and only RSCN is valid. ) If RSCN of the ER-AIN and the ER-ARS connector are set to the same channel, the buses compete and the operation cannot be assured. In addition, it may break the hardware. Never set the two to the same channel. Be sure to set them to different channels or to set invalid. CN CN 6 O F F 0 6

13 ) Connect the external cables to the I/F board. <ER-ARS> ) Remove the rear cover. ) Insert the I/F PWB to the connector of the MAIN PWB ) Fix the I/F angle to the main chassis with two screws. Install the core (RC0RF6700BHZZ) to the cable with a band. NOTE Install the ferrite core in a position less than 0mm from the D-sub connector. D-sub connector Within 0mm Core Wire band Cable

14 CHAPTER 0. HAND SCANNER ER-A6HS CAUTION Before installation, be sure to turn off the power. ) Remove the rear cover. ) Connect the scanner cable to the RS CH connector. ) Change the slide switch to the +V side of the RS Relay PWB unit. CHAPTER. REMOTE DRAWER ER-0DW/0DW ) Remove the bottom cabinet from the standard drawer unit. ) Connect to the remote drawer cable to the drawer connector of the MAIN PWB (CN or CN). ) Fix the earth wire with a screw. +V CI S0 DRCN CN CN

15 CHAPTER. IN-LINE CABLE CHAPTER. RS DEVICES ) Remove the rear cover. ) Connect the LAN cable to the LAN connector. ) Install the core to the LAN cable. Moduler RJ connector D-SUB connector NOTE Install the ferrite core in a position less than 0mm from the RS connector. RS connector NOTE Install the ferrite core in a position less than 0mm from the cabinet. Within 0mm Core Cabinet Core IN-LINE cable Within 0mm Wire band Cable For the RS Relay PWB, the signals can be switched over according to the device to be connected. a) D-SUB connector With the switch S0, the signal to Pin 9 can be switched over between + and CI. +V CI S0 b) Modular RJ connector With the switches S0/S0, the signal to Pin can be switched over between CD, CI, VCC (+V) and GND. S0 VSC GND CI CD S0 Do not change the default positions unless instructed to.

16 COPYRIGHT 00 BY SHARP CORPORATION All rights reserved. Printed in Japan. No part of this publication may be reproduced, stored in a retrieval system, or transmitted. In any form or by any means, electronic, mechanical, photocopying, recording, or otherwise, without prior written permission of the publisher. SHARP CORPORATION Digital Document Systems Group Quality & Reliability Control Center Yamatokoriyama, Nara 69-86, Japan 00 July Printed in Japan