Sharp UP-600 User manual

MODEL UP-600
UP-700
(For "U" & "A" version)
CHAPTER 1. REMOVING THE REAR COVER...............................................1
CHAPTER 2. REMOVING THE TOP CABINET...............................................1
CHAPTER 3. REMOVING THE LCD UNIT......................................................3
CHAPTER 4. REMOVING THE PRINTER UNIT .............................................4
CHAPTER 5. REMOVING THE STANDARD DRAWER UNIT ........................4
CHAPTER 6. EXPANSION RAM BOARD : UP-S02MB/04MB ........................6
CHAPTER 7. MCR UNIT : UP-E13MR.............................................................6
CHAPTER 8. POLE DISPLAY UNIT : UP-P16DP............................................7
CHAPTER 9. RE-232 I/F : ER-A5RS ...............................................................8
CHAPTER 10. HAND SCANNER : ER-A6HS1................................................9
CHAPTER 11. REMOTE DRAWER : ER-03DW/04DW...................................9
CHAPTER 12. IN-LINE CABLE......................................................................10
CHAPTER 13. RS232 DEVICES....................................................................10
CONTENTS
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.
UP-600
UP-700

INTRODUCTION : CONNECTION OVERVIEW
1. OVERVIEW OF CONNECTIONS
2. OPTIONAL DEVICES THAT CAN BE CONNECTED
Standard port Option port (ER-A5RS, ER-01EF)
Port No. Port1: CH1 Port2: CH2 Port3: Port4:
Type D-SUB 9pin Modular RJ45 D-SUB 9pin D-SUB 9pin
CI/+5V selectable –––
ER-A6HS1 (+5V necessary) –––
Scanner (+5V not necessary)
Modem –
PC
Printer, Scale
POS utility, ER02FD.exe – ––
The ER-A6HS1 cannot be connected to port 2, 3 or 4 because it
requires +5V.
The modem cannot be connected to port 2 because it uses a
different signal line.
For the RJ-45 modular to D-sub 9pin conversion cable, see the
following:
UP-P16DP
UP-E13MR
In-Line cable
RS232devices
ER-A6HS1
and
RS232devices
CD CI
S404
7
4
3
1
5
2
6
8
9
/RS
/ER
SD
/CD
GND
RD
/RS
/CS
/CI
1
2
3
4
5
6
7
8
/RS
/ER
SD
GND
RD
/DR
/CS (Open)
Moduler RJ45 D-sub 9pin
VCC
(+5V)
S403
GND
SD 3 SD
RD
CTS
RD
2
6
8
3
2
6
8
55SG
RTS 7
DCD 1
DTR 4
DSR
7
1
4
CTS
SG
RTS
DCD
DTR
DSR
9PIN DSUB 9PIN DSUB
D-SUB 9pin - D-SUB 9pin
cable
>>>>> USE FONT <<<<<
Helvetica/ Helvetica-Condensed/ Century-Schoolbook/ Symbol & OriginalFonts: (RingWorld2/RingFont2/Pa
Symbol/PartsCod)

3. RS-232 connecting device cable wiring
diagram
1. [Scale: Local Purchase]
1) Data transmission format
- 7bits ASCII code
- Even parity
- One stop bit
- Rate:9600 asynchronous
Their datas are fixed by ECR.
2) Pin-outs
3) Protocol
2. [Coin dispenser: by Telequip Corporation]
1) Data transmission format
- 7bits ASCII code
- One start bit
- Even parity
- One stop bit
- Rate:9600 asynchronous
Their datas are fixed by ECR.
2) Pin-outs
3) Protocol
Dispense coins
Pin No.
: 1
: 2 RD
: 3 SD
: 4
: 5 GND
: 6 DSR
: 7 RTS
: 8 CTS
: 9
1 Ground
2 SD
3 RD
4 RS
5 CS
6 DR
(ECR)(Scale)
Pin No.
:
:
:
:
:
:
Command
Response
(ECR) (Scale)
<Command> <Response>
W
<STX>0XX.XX<CR> ;Lb
<STX>XX.XXX<CR> ;Kg
(Error)
<STX>?<status byte><CR>
b7
Parity
bit
(Even)
b6
Always
=1
b5
Net WT.
=1
b4
Center
of
zero
=1
b3
Outside
zero
capture
range
=1
b2
Under
zero
=1
b1
Out of
range
=1
b0
Motion
=1
Scale status byte format:
Pin No.
: 1
: 2 RD
: 3 SD
: 4
: 5 GND
: 6 DSR
: 7 RTS
: 8 CTS
: 9
1
2 RD
3 SD
4
5 GND
(ECR)(C/D)
Pin No.
:
:
:
:
:
<STX>XX<ETX><cc>
status
(ECR) (C/D)
EOT
"C"
ACK
status NAK
or
XX:
CC: cents
ten' s+one' s

3. [Coin dispenser: cont.]
Auxiliary command
4. [Roll printer: by Epson]
1) Data transmission
- 8bits ASCII code
- No start bit
- Non parity
- One stop bit
- Rate:9600 asynchronous
-Communications is fixed at the ECR.
2) Handshaking
- DTR/DSR control
3) Pin-outs
5. [Slip printer (TM-U295): by Epson]
1) Data transmission
- 8bits ASCII code
- No start bit
- Non parity
- One stop bit
- Rate:9600 asynchronous
-Communications is fixed at the ECR.
2) Handshaking
- DTR/DSR control
3) Pin-outs
<cmd><ENQ>
(ECR) (C/D)
EOT
"C"
<STX> status <ETX><cc>
ACK
NAK
or
<cmd>: " r "=reset
b7 b6
Always
=1
b5
Change
dis-
pensed
=1
b4
Low
coin
alarm
=1
b3
Dis-
pensing
coins
=1
b2
Always
=1
b1
Func-
tion
error
=1
b0
Parity
error
=1
Scale status byte format:
Pin No.
: 1
: 2 RD
: 3 SD
: 4 ER
: 5 GND
: 6 DSR
: 7 RTS
: 8 CTS
: 9
1 F.G
2 TXD
3 RXD
4 RTS
5
6 DSR
7 S.G
20 DTR
(ECR)
Pin No. :
:
:
:
:
:
(Roll printer)
Connector: D-SUB25
:
:
Pin No.
: 1
: 2 RD
: 3 SD
: 4 ER
: 5 GND
: 6 DSR
: 7 RTS
: 8 CTS
: 9
1 F.G
2 TXD
3 RXD
4 RTS
5
6 DSR
7 S.G
20 DTR
(ECR)
Pin No. :
:
:
:
:
:
(printer)
Connector: D-SUB25
:
:
Slip

4. LAN
BASIC SPECIFICATIONS
Transmission system: 10 Base-T
Transmission speed: 10Mbits/sec
Transmission distance: Segment length max. 100m
Transmission cable: Twisted pair cable (Category 5)
No. of connectable
machines: Master: 1
Satellites: max. 63
Note: 1
The example of composition of LAN (10 Base-T)
Note: 2
For connecting LANs, use UTP Category-5 cables.
UTP (Unshielded Twisted Pair) cables consist of four pairs of un-
shielded 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 circum-
stances. Cat-5 (Category-5) cables are a popular type of LAN cable
that is used for connecting network equipment and can be used at
speeds up to 100 Mbps. UTP cables are widely used for both
10BASE-T and 100BASE-TX interface standards.
Cat-5 cable connectors are 8-pin (RJ45) modular jacks that meet
category standards. This type of modular jack meets transmission
performance standards including EIAS/TIA/TBS40 and allows a high-
speed communication of up to 100 Mbps.
The maximum length of Cat-5 cables connecting network equipment
is set to 100m depending upon attenuation of waveforms and delay
times.
HUB
HUB HUB
HUB
MAX 100m MAX 100m
MAX 100m
MAX 100m
POS POS
POS PC
MAX 500m (HUB MAX 4)
MAX 100m

CHAPTER 1.
REMOVING THE REAR COVER
CAUTION: Before installation, be sure to turn off the power.
1. REMOVING THE REAR COVER
1) Remove the two screws .
2) Remove the rear cover .
2. REPLACING THE REAR COVER
Install the rear cover in the reverse order of disassembly.
CHAPTER 2.
REMOVING THE TOP CABINET
CAUTION: Before installation, be sure to turn off the power.
1. REMOVING THE TOP CABINET
<UP-600>
1) Open the printer cover .
2) Remove the ribbon cover .
3) Lift the pop-up display unit .
4) Remove the three screws .
<UP-700>
1) Open the printer cover .
2) Lift the pop-up display unit .
3) Remove the three screws .
1
21
1
4
2
3
4
12
3
3

4) 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 re-
moved.
<UP-600>
<UP-700>
5) Remove the following cable between the top cabinet and the
main PWB.
Cable between the MAIN PWB and the CKDC PWB.
2. REPLACING THE TOP CABINET
Install the top cabinet in the reverse order of disassembly.
4
4
4
4
5

CHAPTER 3.
REMOVING THE LCD UNIT
1. REMOVING THE LCD UNIT
1) Remove the top cabinet from the bottom cabinet.
2) Remove the LCD flat cable and the earth wire from the
CKDC PWB .
3) Remove the screw and the plate .
4) Remove the two screws from the LCD HINGE .
4) Remove the LCD unit from the top cabinet.
Insert a flat-bladed screwdriver into the right and left mounting
areas and remove.
5) With a flat-bladed screwdriver, remove the two latches of each
of the LCD rear cabinet and the LCD filer .
Turn of A and B when you remove it.
2. REPLACING THE LCD UNIT
Install the LCD unit in the reverse order of disassembly.
3
1
2
5
6
4
4
6
7
A
B
LCD volume PWB
LCD HS unit
LCD back light

CHAPTER 4.
REMOVING THE PRINTER UNIT
1. REMOVING THE PRINTER UNIT
<UP-600>
1) Remove the top cabinet.
2) Remove the two screws fixed on the printer unit.
3) Remove the two screws fixed on the two earth wires .
4) Remove the printer cable from the MAIN PWB (CN9).
<UP-700>
1) Remove the top cabinet.
2) Remove the two screws fixed on the printer unit.
3) Remove the screw fixed on the earth wire .
4) Remove the printer cable from the MAIN PWB (CN9).
2. REPLACING THE PRINTER UNIT
Install the printer unit in the reverse order of disassembly
CHAPTER 5.
REMOVING THE STANDARD DRAWER
1. REMOVING THE STANDARD DRAWER
1) Open the printer cover .
2) Remove the screw fixed on the drawer unit.
3) Stand the cabinet sideways as illustrated below, and remove
the drawer connector from the MAIN PWB (CN:5).
1
23
4
3
2
4
11
2
3
A
B
2
2
1
DRCN2
CN4CN5

2. 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-S02MB/04MB
CAUTION: Before installation, be sure to turn off the power.
1) Open the ROM/RAM case .
2) Install the two spacers on the ROM/RAM PWB unit .
3) Connect the UP-S02MB/04MB to the ROM/RAM PWB unit
(CN:303)
NOTE: The UP-S02MB/S04MB has an electronic double layer ca-
pacitor (C21). When removing either memory board after
the machine was plugged in, use caution not to bring it
close to any conductor.
: Standard position
: Rear position
1
2
3
4

CHAPTER 7. MCR UNIT : UP-E13MR
1) Align the MCR sheet with the positioning line of the top
cabinet .
2) Mark 3 points of the asterisk mark on the MCR sheet .
3) Aligning with the markings, secure the MCR angle 1 to the
top cabinet with 3 screws .
4) Install the MCR unit to the MCR angle 1 and secure with
2 screws .
5) 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.
NOTE: Install the ferrite core in a position less than 50mm from the
cabinet.
2 2
1
34
4
6
5
7
8
910
11
12
Earth wire
Cabinet
MCR cable Wire bandWire band
Core
Within 50mm

CHAPTER 8.
POLE DISPLAY UNIT : UP-P16DP
1) Remove the rear cover.
2) Connect the display cable to the POLE connector .
3) Fix the earth wire to the main chassis with a screw .
4) Install the core to the display cable and earth wire .
Secure the core with two wire bands.
NOTE: Install the ferrite core in a position less than 50mm from the
cabinet.
CHAPTER 9. RS-232 I/F :ER-A5RS
1. ER-A5RS CHANNEL SETTING
The ER-A5RS ports can be set to channel 1-7 and invalid (inhibit)
with SW1 on the PWB.
SW1 setting contents
SW1 1~3 are used for channel setting of RS-232 connector 1
(RSCN1).
SW1 4~6 are used for channel setting of RS-232 connector 2
(RSCN2).
SW1 RSCN1
setting SW1 RSCN2 setting
321 654
0 0 0 RS-232 invalid 0 0 0 RS-232 invalid
0 0 1 Channel 1 0 0 1 Channel 1
0 1 0 Channel 2 0 1 0 Channel 2
0 1 1 Channel 3 0 1 1 Channel 3
1 0 0 Channel 4 1 0 0 Channel 4
1 0 1 Channel 5 1 0 1 Channel 5
1 1 0 Channel 6 1 1 0 Channel 6
1 1 1 Channel 7 1 1 1 Channel 7
Note
1) If RSCN1 port and RSCN2 port of the ER-A5RS are set to the
same channel, RSCN2 port becomes invalid and only RSCN1 is
valid.
2) If RSCN of the ER-A5IN and the ER-A5RS 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.
2
1
3
5
4
6
Earth wire
Cabinet
MCR cable Wire bandWire band
Core
Within 50mm
OPTCN1 RSCN1
RSCN2
(1)
(0)
SW1
6 5 4 3 2 1
654321
CN2 CN1
1
0
O F F

1) Connect the external cables to the I/F board.
<ER-A5RS>
•Install the core (RC0RF6700BHZZ) to the cable with a band.
NOTE: Install the ferrite core in a position less than 10mm from the
D-sub connector.
2) Remove the rear cover.
3) Insert the I/F PWB to the connector of the MAIN PWB
4) Fix the I/F angle to the main chassis with two screws .
Cable
Core
Wire band
D-sub connector
Within 10mm
1
24
3

CHAPTER 10.
HAND SCANNER : ER-A6HS1
CAUTION: Before installation, be sure to turn off the power.
1) Remove the rear cover.
2) Connect the scanner cable to the RS232 CH1 connector.
3) Change the slide switch to the +5V side of the RS232 Relay
PWB unit.
CHAPTER 11.
REMOTE DRAWER : ER-03DW/04DW
1) Remove the bottom cabinet from the standard drawer unit.
2) Connect to the remote drawer cable to the drawer connec-
tor of the MAIN PWB (CN:4 or CN5).
3) Fix the earth wire with a screw .
+5V CI
S401
1
2
1
3
DRCN2
CN4CN5

CHAPTER 12. IN-LINE CABLE
1) Remove the rear cover.
2) Connect the LAN cable to the LAN connector .
3) Install the core to the LAN cable .
NOTE: Install the ferrite core in a position less than 50mm from the
cabinet.
CHAPTER 13. RS232 DEVICES
NOTE: Install the ferrite core in a position less than 10mm from the
RS232 connector.
For the RS232 Relay PWB, the signals can be switched over
according to the device to be connected.
a) D-SUB connector
With the switch: S401, the signal to Pin 9 can be switched over
between +5 and CI.
b) Modular RJ45 connector
With the switches: S403/S404, the signal to Pin 4 can be
switched over between CD, CI, VCC (+5V) and GND.
Do not change the default positions unless instructed to.
1
2
3
IN-LINE cable
Cabinet
Within 50mm
Core
Moduler RJ45 connector
D-SUB connector
Cable
Core
Wire band
RS232 connector
Within 10mm
CI
S401
+5V
S403 S404
CI CD
VSC GND

COPYRIGHT2001BYSHARPCORPORATION
Allrightsreserved.
PrintedinJapan.
Nopartofthispublicationmaybereproduced,
storedinaretrievalsystem,ortransmitted.
Inanyformorbyanymeans,
electronic,mechanical,photocopying,recording,orotherwise,
withoutpriorwrittenpermissionofthepublisher.
SHARP CORPORATION
Digital Document Systems Group
Quality & Reliability Control Center
Yamatokoriyama, Nara 639-1186, Japan
2001 July Printed in Japan