Download SERVICE MANUAL

SERVICE MANUAL
ELECTRONIC CASH REGISTER
QT-6600
(EX-830)
NOV. 2008
QT-6600
INDEX
Ver. 5 : Oct. 2014
* Caution ! / Attention !
Battery
• Risk of explosion if battery is replaced by an incorrect type.
• Dispose of used batteries according to the instructions.
Batterie
• il y a danger d’explosion si la batterie est remplacée par une batterie de type incorrect.
• Mettez les batteries hors d’usage au rebut en respectant les instructions.
CONTENTS
QT-6600
PAGE
1. SPECIFICATIONS ...................................................................................1
2. MACHINE INITIALIZATION.....................................................................5
3. DISASSEMBLY .....................................................................................10
4. ASSEMBLY ...........................................................................................24
5. OPTION INSTALLATION ......................................................................36
6. INLINE / ONLINE ...................................................................................38
7. DIAGNOSTIC OPERATION ..................................................................40
8. CIRCUIT EXPLANATION ......................................................................81
9. ERROR CODE LIST ..............................................................................84
10. PCB LAYOUT ........................................................................................95
11. CIRCUIT DIAGRAM ..............................................................................99
12. PARTS LIST ........................................................................................119
To prevent malfunctions caused by the weak batteries, charge the memory
protection batteries for over 12-hours before installation or after a long-time
vacation (over 30 days).
• Before installation, initialize the terminal and leave it turn on over 12-hours.
• After a long-time vacation, initialize the terminal and restore the program
data if the terminal is in malfunction, and leave it turn on over 12-hours.
• Over 48-hours charging makes the batteries fully charged.
1. SPECIFICATIONS
1-1. Electrical Specifications
100V
• Power consumption
120V
220V
230V
240V
<AC input current at Adaptor>
In operation
Max.
1.5A
1.5A
1.5A
1.5A
Display off
Max.
0.25A
0.25A
0.25A
0.25A
<DC input current at QT-6600>
• Memory protection
In operation
Max.
1.3A
1.3A
1.3A
1.3A
Display off
Max.
0.5A
0.5A
0.5A
0.5A
Back-up battery
Battery life
Recharge time
NiMH (nickel-metal-hydride)
HHR-21HL3G1B (USA only)
HHR-21HL3G1C (Except USA)
Replace the battery every 1 year.
6 hours (full charge)
• Clock & Calendar
Accuracy
Auto calendar
Within ± 40 sec. Per month (25 °C)
Effective until 2099 A.D.
• Clock protection
Back-up battery
Battery
Recharge time
Manganese dioxide lithium
CR2032/1HF1
Replace the battery every 1 year.
1-2. Environmental specifications
• Operating temperature
0 °C ~ 40 °C
• Operating humidity
20 % ~ 85 %
• Storage temperature
-20 °C ~ 65 °C
• Storage humidity
10 % ~ 85 %
1-3. Main LSI specifications
• CPU
Name
Number of control bit
R5S77631AY266BGV
32 bits
• I/O controller
Name
Number of control bit
UPD70F3728GC-8BT-A
16 bits
• Gate array
Name
UPD65945GJP16-JEUA
• DDR SDRAM
Name
Capacity
HYB25DC256163CE-5
256 Mbits
SDRAM
Name
Capacity
MT48LC4M16A2P-75:G
64 Mbits
• Flash ROM (Back up)
Name
Capacity
S29GL256P90TFCR20
256 Mbits
• Flash ROM (Program)
Name
Capacity
S29GL256P90TFCR2A*
256 Mbits
• Display controller
Name
MB86276PB-G-ZE1
• Ethernet controller
Name
LAN9115-MT (10/100BASE)
—1—
1-4. Devices specifications
• LCD Display
Name
Screen size
Resolution
Interface
Display color
Pixel pitch
Luminance
Contrast ratio
Power supply voltage
Back light
NL10276BC30-32D
15.0 inch (38cm diagonal)
1024(H) x 768(V) pixels
LVDS (RGB 8 bits each)
16.77 M colors
0.297(H) x 0.297(V) mm
250 cd/m2
500:1
3.3 V
Top and bottom, 1 CCFL each
• Touch Panel
Name
Size
N010-0527-T841
15 inch
• Panel brightness control
1 x VR controller
• Power supply
External adaptor "SO1330A"
• Cleck key
Magnetic ibutton prove "94-J-04"
1-5. I/O Ports
The following optional peripherals can be used by plugging them into the appropriate port.
RS-232C COM 1 port
For MODEM, PC direct connection or Order man
RS-232C COM 2 port
For Hand held scanner, Slip printer or Scale
RS-232C COM 3 port
For Remote customer display or Scale
RS-232C COM 4 port
For Remote printer, Slip printer or Scale
RS-232C COM 5 port
For Remote printer or Scale
RS-232C COM 6 port
For Remote printer or Scale
Inline port.
Ethernet
Drawer port x 2
Drawer
CF card slot
CF card
(in the card slot cover)
PS-2 keyboard port
PS-2 keyboard (Microsoft Wired Keyboard 500)
Bottom side of the terminal
PS/2 Keyboard
Inline (10/100Base-T)
LAN
DISPLAY
SCANNER
COM3
COM3
PC/MODEM
COM1
COM2
COM5
COM6
Brightness
AC Adaptor
COM6
COM4
COM2
COM5
—2—
PS/2
KEYBOARD
SPK
COM1
MIC
COM4
Drawer 2
Drawer 1
Ext. microphone
Ext. speaker
1-6. Option List
CASIO sales options
DEVICE NAME
• Magnet i-Button
• Display set for customer
• Display cable for customer
(for mounting to the base)
• Display 5-meter cable for customer
• Slip printer
• Slip printer cable
• Remote printer
• Remote printer
• Printer cable
• Printer cable
• MCR
• Drawer extension cable
• PC cable
MODEL
QT-6011DLS
QT-6060D
QT-6061CB
QT-6062CB
SP-1300
PRT-CB-8C
UP-400
UP-360BB
PRT-CB-8A
PRT-CB-8B
QT-6046MCR
MDL-11
PRL-CB-2
NOTE
Connect to Com 3
Connect to Com 2
Length 1.5m
Connect to Com 4 ~ 6
Connect to Com 4 ~ 6
Length 3m
Length 5m
Com1 port only
Local purchase options
DEVICE NAME
• Remote printer
• Remote printer
• Remote printer
• Remote printer
• Remote printer
• Printer AC adaptor
• Slip printer/AC adaptor
• Power cord for power unit
• Laser scanner
• Laser scanner
• Fixation scanner
• Scanner Scale
• Modem
• Modem
• Orderman
• External speaker
• External microphone
• Conversion plug
• CF Memory card
• PS2 keyboard
• HUB
• HUB
• Ketchen alarm
• Video surveillance
MAKER
EPSON
EPSON
EPSON
EPSON
EPSON
EPSON
Citizen
MODEL
TM-T88 IV (Mark 4)
TM-U220
TM-U230
TM-J7100
TM-T88 lll
PS-180
AD31-U or E
(For SP-1300)
EPSON
AC-170
PSC
PSC QuickScan6500
Metrologic
Metrologic MS9544 Voyager
Metrologic
Metrologic MS7120 Orbit
PSC
PSC Megellan 8100
U.S.Robotics 56k V.92 (RS232C)
D-Link
DFM-560EL (RS232C)
Orderman
Orderman Don/Max2/
Access Point
ELECOM
MS-76CH
ELECOM
MS-STM55
OHM
AP-2633
ELECTRIC
Sandisk
1GB (Ultra II),
2/4/8GB (Extreme III)
Microsoft
Microsoft Wired Keyboard 500
NETGEAR
FS-108
NETGEAR
GS-108
HERALD
Kitchen Alarm System
VHC2-VIDQT6
—3—
NOTE
Connect to Com 4 ~ 6
Connect to Com 4 ~ 6
Connect to Com 4 ~ 6
Connect to Com 4 ~ 6
Connect to Com 4 ~ 6
U: 100V / E: 200V
Connect to Com 2
Connect to Com 2
Connect to Com 2
Connect to Com 2
Connect to Com 1
Connect to Com 1
1-7. Drawer
Type
M
M
M
M
L
L
Drawer Name
DL-2808
DL-2809
DL-2434
DL-2810
DL-3622
DL-3623
Specification
D-24BC-B84M-4
D-24BC-B84-SM-4
D-24BC-B55SM-4
D-24BC-A84SM-4
D-11BH-B65SS-4
D-11BH-B65-4
USA/Canada
X
X
Other Countries
X
X
X
X
1-8. Duration of Life
TFT LCD (Main)
STN LCD (Rear)
Touch Panel (number of touch times)
Battery
AC adaptor
30,000 hours
20,000 hours
one million times
1 year
5 year
■ Installing Precautions
When installing QT-6600, attach the ferrite core to the QT-6600 side. Wind the
AC adaptor cable around the ferrite core two times.
The ferrite core is packed with QT-6600.
CAUTION
RISK OF EXPLOSION IF BATTERY IS REPLACED
BY AN INCORRECT TYPE.
DISPOSE OF USED BATTERIES ACCORDING
TO THE INSTRUCTIONS
—4—
2. MACHINE INITIALIZATION
2-1. How to initialize the terminal
Preparation:
1. All peripheral devices and terminals of this cluster should be turned off.
2. Connect all of the peripheral devices (such as printer, display etc.) to terminal.
3. Connect all terminals by inline.
Operation:
4. Turn on all peripheral devices of a terminal.
5. Turn on this terminal with pressing the initialize switch and release after beep sound.
INIT
Copyright(C) 2008
CASIO COMPUTER CO.,LTD.
All rights reserved.
ROM VER.
xxxxxx xxxx
CREATE xxxx-xx-xx xx:xx
Version x.xx
QT-6600
APL VER.
xxxxxx xxxx
Init Sw
C
7
8
9
4
5
6
1
2
3
0
OK
6. After releasing the key, enter “20000” (U.S.), “10000” (other area: English), “40000” (other area:
German), “50000” (other area: French), “60000” (other area: Spanish) and press the <OK> key.
Enter terminal ID and IP address
ID & IP ADDRESS
Terminal ID
ENTER ID
IP ADDRESS
FTP Server
AUTO
Yes
OK?
Yes
——— Terminal ID: 0,1 ~ 32
——— Press <YES> to continue.
—5—
• Case 1: If your system has no LAN device = “0”
OK?
——— Press <YES> to continue.
Yes
• Case 2: Terminal ID = “1”
IP ADDRESS
DHCP
FTP Server
OK?
MANUAL
192. 168.
SERVER
Yes
Yes
0.
1
——— Enter IP address if you want to change.
——— Select “CLIENT”, if you want to use this terminal as a DHCP client.
——— Select <YES>, if you want to use this terminal as an FTP server.
——— Press <YES> to continue.
* The IP address of each terminal should be the unique number from 192.168. 0. 1 to
192.168.255.255.
• Case 3: Terminal ID = “2” ~ “32”
IP ADDRESS
OK?
AUTO
——— Select “MANUAL”, if you want to enter IP address manually.
(IP address setting line will appear on the screen.)
Yes
——— Press <YES> to continue.
Declare terminal configuration
Date
Time
ID C h a r a c t e r
Check System
Check Cluster ID
R/J/Order Printer1
R/J/Order Printer2
R/J/Order Printer3
Slip Printer
01-10-10
12:34 00
MC #01
Master
0
No
No
No
No
——— Enter date if it is wrong.
——— Enter time if it is wrong.
——— Within 12 characters
——— Master / Backup master / Satellite / Self master
——— Enter cluster No. “ 1” ~ “ 9” , if using check cluster system.
——— Select the appropriate printer.
OK?
YES
——— Press <YES> to continue.
——— Select the appropriate printer.
—6—
Program restoration
INIT
10-10-01 12:34
000001
AUTO PGM
1.No Restore / Receive
2.PGM Restore (CF Card)
3.PGM Receive (Inline)
——— Select, if no need to download any data.
——— Select to download a program data from CF card.
——— Select to download a program data from other terminal.
• Restore from CF card.
Insert the CF card into the slot and select the appropriate file and press the <YES> key.
• Program receive from other terminal.
INIT
10-10-01 12:34
Receive Data
All PGM
PGM Receive from
MC #05
OK?
000001
——— All Data (including totalizer) / All PGM (program only)
——— Select the machine to send the data.
YES
2-2. How to initialize the terminal (add / replace one terminal)
Preparation:
1.All peripheral devices and terminals of this cluster should be turned off.
2.Connect all of the peripheral devices (such as printer, display etc.) to this terminal.
3.Connect the added / replaced terminal to inline.
Operation:
Follow the steps shown on the page 5 to 7.
—7—
2-3. How to flag clear the terminal (or INIT2)
Preparation:
1. All peripheral devices and this terminal should be turned off.
2. Check the connection of all peripheral devices (such as printer, display etc.) of this terminal.
3. Check the connection of this terminal to inline.
Operation:
4. Turn on all peripheral devices of this terminal.
5. Turn on this terminal with pressing the <DISP ON/OFF> key.
6. Press <OK> key.
FC
Copyright(C) 2008
CASIO COMPUTER CO.,LTD.
All rights reserved.
ROM VER.
xxxxxx xxxx
CREATE xxxx-xx-xx xx:xx
Version x.xx
QT-6600
APL VER.
xxxxxx xxxx
OK
7. Select “1. Flag Clear” and press <YES> key to flag clear.
or select “2.Init2” and press <YES> key and enter “8888888888” and <YES> key to Init 2.
2-4. IPL (Initial Program Loading)
IPL should be made before initializing when the application software has been modified.
2-4-1. IPL
IPL via CF card or COM1 port
Initial program loading process is as follows: IPL code = 44449999
Start
ROM check
Store the receiving
data to Flash
—8—
Continue
to INIT
IPL via LAN port
Insert more than
128MB CF card
Start
IPL from
CF card
Store IPL data
to CF card
Restore
all data
Backup all data
to CF card
Clear IPL data
in the CF card
END
2-4-2. System configuration before IPL operation
Connect source terminal (cash register terminal) and target terminals or insert the IPL CF card to the
terminal.
IPL source
IPL target
CF card slot is located
on the leftside of the terminal.
CF card
IPL Data
IPL target
IPL source
IPL Data
LAN port
defined as FTP server
2-4-3. IPL operation
Insert the CF card into the slot before this step.
1. Press the <START> key to proceed, in case of downloading
via inline, automatic ID definition is made by this timing. So
press the <YES> key terminal by terminal.
xxxxxxx
xxxxxxx
xxxxxxx
xxxxxxx
xxxxxxx
2. After finishing IPL, machine initialization is necessary.
START
CANCEL
—9—
3. DISASSEMBLY
NOTE:
* Please make a back-up copy of the clients’ data before disassembling.
* When the power is turned off, the internal battery enables the hibernate function.
* There are several kinds of screws. Be sure to use the
correct type of screws when reassembling.
It is advisable to sort the screws as shown in the right
after removing them.
* When assembling/disassembling the Stand, be careful not to get the fingers caught.
* Use caution when handling the LCD unit and the inverter for the backlight as there is the risk of
high-voltage electrical shock.
* Internal battery:
• Do not disassemble or short-circuit the battery.
• Do not place the battery near a heat source or expose it to direct flame or heat.
• Place the battery with its (+) and (-) terminals in the correct orientation.
• Do not recharge the battery. (Primary battery)
* When assembling, be sure that it is free of dust and other foreign matters.
Pay special attention when replacing the touch panel and LCD
* Do not tangle the cables in principle.
— 10 —
■ Disassembling
See the flowchart below for the order of disassembling main parts.
A.Removing the Stand
B.Removing the B-case Assy Block
C.Removing the Rear Display Block
D.Disassembling the Rear Display
E.Removing the Mic PCB (E830-MIC)
F.Removing the LED PCB (E830-E6)
G.Removing the Inverter Unit
H.Removing the Touch Panel PCB (E830-TP)
I.Removing the Power Supply PCB (E830-INLET)
J.Removing the COM PCB (E830-COM)
K.Removing the Main PCB (E830-1)
L.Removing the MCR
M.Removing the LCD/Touch Panel
— 11 —
A. Disengage and remove the Main Unit from the Stand.
B. Removing the B-case Assy Block
B-1. Remove three screws.
Screws (S4)
B-2. Remove two covers.
HNG COVER
CONNECTOR COVER
— 12 —
B-3. Remove 12 screws.
B-4. Remove the B-case Assy Block.
B-5. Unplug the connector to the speaker.
Screws (S1)
Screws (S2)
Screws (S3)
Connector (Speaker)
B-CASE ASSY BLOCK
— 13 —
C. Removing the Rear Display Block
C-1. Remove eight screws.
C-2. Remove the connector to the battery.
Screws (S6)
Connector (Battery)
C-3. Remove the Rear Display Block.
C-4. Unplug the connector to the Rear Display.
Connector (REAR DISPLAY)
REAR DISPLAY BLOCK
— 14 —
D. Disassembling the Rear Display
D-1. Remove the screw and remove the Rear Display Unit.
Screws (S5)
D-2. Remove two screws and remove the LCD Frame.
Screws (S7)
D-3. Use a solder to remove six lead wires.
D-4. Release the connector lock and disconnect the FPC.
D-5. Remove the Rear LCD PCB (E830-E22).
Black
White
Green
White
Black
— 15 —
■ PCBs and the Connectors to the Main PCB
Inverter unit
Main PCB
(E830-1)
Touch panel PCB
(E830-TP)
COM PCB
(E830-COM)
Power supply PCB
(E830-INLET)
LED PCB
(E830-E6)
Mic PCB
(E830-MIC)
■ PCBs and the Connectors to the Main PCB
i-Button key
Mic PCB (E830-MIC)
MCR
COM PCB (E830-COM)
Touch panel PCB(E830-TP)
Inverter unit
Drawer 1
LED PCB (E830-E6)
Drawer 2
Power switch/code
LCD
— 16 —
E. Removing the Mic PCB (E830-MIC)
E-1. Unplug the connector.
E-2. Remove two screws and remove the Mic PCB (E830-MIC).
Screws (S7)
F. Removing the LED PCB (E830-E6)
F-1. Unplug the connector.
F-2. Remove the screw and remove the LED PCB (E830-E6).
Screws (S7)
G. Removing the Inverter Unit
G-1. Unplug three connectors.
G-2. Remove two screws and remove the Inverter Unit.
Screws (S5)
— 17 —
H. Removing the Touch Panel PCB (E830-TP)
H-1.Unplug the connector.
H-2. Release the connector lock and disconnect the FPC.
H-3. Remove two screws and remove the Touch Panel PCB (E830-TP).
Screws (S5)
Screws (S5)
I. Removing the Power Supply PCB (E830-INLET)
I-1. Unplug the connector.
I-2. Remove two screws and remove the Power Supply PCB (E830-INLET).
Screws (S5)
J. Removing COM PCB (E830-COM)
J-1. Unplug two connectors and 1 FPC.
J-2. Remove six nuts and remove the COM PCB (E830-COM).
— 18 —
K. Removing the Main PCB (E830-1)
K-1. Unplug 10 connectors and 2 FPCs.
K-2. Remove six nuts.
K-3. Remove seven screws and remove the Main PCB (E830-1).
Screws (S9)
Screws (S9)
Screws (S9)
L. Removing the MCR
L-1. Disengage and remove the MCR Unit from the Main Unit.
L-2. Remove two screws and remove the MCR Unit.
L-3. Unplug the connector.
— 19 —
M. Removing the LCD/Touch Panel
M-1. Remove two screws and remove Mic PCB (E830-MIC).
M-2. Disengage and remove the MCR unit from the Main Unit.
Screws (S7)
M-3. Remove two screws and remove the Power Supply PCB (E830-INLET).
Screws (S5)
M-4. Unplug 10 connectors and disconnect 1 FPC.
M-5. Remove seven screws.
M-6. Release the Touch Panel PCB (E830-TP) connector lock and disconnect the FPC.
Screws (S9)
Screws (S9)
Screws (S9)
— 20 —
M-7. Remove five screws and remove the COM Chassis and the Main PCB.
Screws (S5)
M-8. Remove 17 screws.
M-9. Disconnect the earth wire for the Mic.
Mic earth
— 21 —
M-10. Remove the U-Case Assy Block.
U-CASE ASSY BLOCK
M-11. Remove the Touch Panel.
Touch panel
M-12. Remove four screws.
Screws (S10)
Screws (S10)
— 22 —
M-13. Disengage and remove the LCD Unit.
LCD unit
— 23 —
4. ASSEMBLY
■ Assembling
See the flowchart below for the order of re-assembling major units.
A. Assembling the LCD/Touch Panel
B. Assembling the MCR
C. Assembling the Main PCB (E830-1)
D. Assembling the COM PCB (E830-COM)
E. Assembling the Power Supply PCB (E830-INLET)
F. Assembling the Touch Panel PCB (E830-TP)
G. Assembling the Inverter Unit
H. Assembling the LED PCB (E830-E6)
I. Assembling the Mic PCB (E830-MIC)
J. Assembling the Rear Display
K. Assembling the Rear Display Block
L. Assembling the B-case Assy Block
M. Assembling the Stand
— 24 —
A. Assembling the LCD/Touch Panel
A-1. Lay four cables in the appropriate groove.
LCD cable
Backlight cables
Earth cable
A-2. Engage the LCD Unit and secure it with four screws.
NOTE: Do not tighten the screws excessively. (Reference torque value: 0.34N•m or less)
Screws (S10)
Screws (S10)
— 25 —
A-3. Engage the Touch Panel.
NOTE: Place the Touch Panel evenly inside the guides of the U-case.
Touch panel
Guide
Guide
Guide
Guide
A-4. Engage the U-Case Assy Block.
NOTE: Before engaging the U-case Assy Block, be sure that the LCD and the Touch Panel are clean and
free of dust, dirt, or any foreign matter.
NOTE: Pull out the FPC of the Touch Panel through the opening of the chassis.
A-5. Engage the Mic Earth.
U-CASE ASSY BLOCK
Mic earth
Touch panel FPC
— 26 —
A-6. Secure it with 17 screws.
NOTE: Tighten the screws in the order of the numbers indicated in the illustration below.
11
1
3
9
15
13
8
5
6
7
14
10
4
2
12
17
16
A-7. Engage the COM Chassis and the Main PCB, and then secure them with five screws.
Screws (S5)
— 27 —
A-8. Plug 10 connectors and 1 FPC.
NOTE: Do not tangle the wires.
A-9. Secure it with seven screws.
A-10. Connect the Touch Panel PCB (E830-TP) to the FPC.
Screws (S9)
Screws (S9)
Screws (S9)
NOTE: Position it so that the earth terminal
is in the correct orientation.
Screws (S9)
A-11. Engage the Power Supply PCB (E830-INLET) and secure it with two screws.
NOTE: Two Drawer Cables are arranged under the PCB.
Drawer cables
Screws (S5)
A-12. Engage the Mic PCB (E830-MIC) and secure it with two screws.
A-13. Engage the MCR Unit.
Screws (S7)
— 28 —
B. Assembling the MCR
B-1. Connect the cables to the MCR Unit.
B-2. Engage the MCR Unit and secure it with two screws.
B-3. Engage the MCR Unit in the Main Unit.
C. Assembling the Main PCB (E830-1)
C-1. Engage the Main PCB and secure it with seven screws.
C-2. Install three COM Ports and secure them with two nuts each.
C-3. Plug 10 connectors and two FPCs.
Screws (S9)
Screws (S9)
Screws (S9)
NOTE: Position it so that the earth terminal is in the correct orientation.
— 29 —
D. Assembling COM PCB (E830-COM)
D-1. Install three COM PCBs (E830-COM) and secure them with two nuts each.
D-2. Plug two connectors and the FPC.
E. Assembling the Power Supply PCB (E830-INLET)
E-1. Engage the Power Supply PCB (E830-INLET) and secure it with two screws.
NOTE: two Drawer Cables are arranged under the PCB.
E-2. Plug the connector.
Drawer cables
Screws (S5)
F. Assembling the Touch Panel PCB (E830-TP)
F-1. Engage the Touch Panel PCB (E830-TP) and secure it with two screws.
F-2. Plug the connector and 1 FPC.
NOTE: Engage the FPC securely until it locks in.
Screws (S5)
Screws (S5)
— 30 —
G. Assembling the Inverter Unit
G-1. Engage the Inverter Unit and secure it with two screws.
G-2. Connect three connectors.
Screws (S5)
H. Assembling the LED PCB (E830-E6)
H-1. Engage the LEC PCB (E830-E6) and secure it with the screw.
H-2. Plug the connector.
Screws (S7)
I. Assembling the Mic PCB (E830-MIC)
I-1. Engage the Mic PCB (E830-MIC) and secure it with two screws.
I-2. Plug the connector.
Screws (S7)
— 31 —
J. Assembling the Rear Display
J-1. Engage the Rear LCD PCD (E830-E22).
J-2. Use solder to connect six lead wires.
J-3. Connect the FPC.
NOTE: Engage the FPC securely until it locks in.
Black
White
Green
White
Black
J-4. Engage the LCD Frame and secure it with two screws.
Screws (S7)
J-5. Engage the Rear Display Unit and secure it with the screw.
NOTE: When assembling, use caution so that the wires are not caught in chassis.
Screws (S5)
— 32 —
K. Assembling the Rear Display Block
NOTE: Check that the cables for the i-Button key receiver and the LED PCB (E830-E6) are contained in the tube.
K-1. Plug the connector to the Rear Display and engage the Rear Display Block.
Connector (REAR DISPLAY)
K-2. Secure it with eight screws.
K-3. Plug the connector to the Battery.
Screws (S6)
Connector (Battery)
— 33 —
L. Assembling the B-case Assy Block
L-1. Plug the connector to the Speaker and engage the B-case Assy Block.
NOTE: Insert the B-case in the groove of the Card Cover.
Card cover
Connector (Speaker)
L-2. Secure it with 12 screws.
Screws (S1)
Screws (S2)
Screws (S3)
— 34 —
L-3. Engage two covers.
HNG COVER
CONNECTOR COVER
L-4. Secure them with three screws.
Screws (S4)
M. Engage the Main Unit to the Stand.
— 35 —
5. OPTION INSTALLATION
5-1. To install the I-Button
210mm
Coil
Wind two turns of cable around the coil.
5-2. REMOTE PRINTER / SLIP PRINTER
Connect the following peripherals to the COM ports respectively.
REMOTE PRINTER: COM 4, 5 or 6
SLIP PRINTER: COM 2
COM3
LAN
DISPLAY
COM2
SCANNER
COM1
PC/MODEM
PS/2
KEYBOARD
COM3
COM6
COM6
— 36 —
COM2
COM1
COM5
COM4
COM5
COM4
SPK
MIC
5-3. To install the DRAWER
In case of connecting drawer, follow the procedure below.
1. Connect drawer connector (three color lead on drawer) to the terminal.
2. Connect frame drawer connector (green lead on drawer) to the terminal.
Mount the cash register.
1. Screw in 2 fixing screws bottom side of the terminal.
2. Mount the terminal on the top of the drawer, ensuring that the feet on the bottom of the terminal
go into the holes on the drawer.
— 37 —
6. IN LINE / ON LINE
6-1. Inline collection/consolidation system
• Inline collection/consolidation and auto-programming for up to 32 terminals.
PC
Via COM 1 port of the master terminal
or Inline (wire or wireless)
Maximum 32 terminals
6-2. Online collection / consolidation system
• Online collection / consolidation and auto-programming for up to 32 terminals.
PC
on-line (Public / Private Telephone line)
Maximum 32 terminals
— 38 —
6-3. Online collection / consolidation system (use FTP feature)
• Online collection / consolidation and auto-programming for up to 32 terminals.
ADSL/FTTH
MODEM
PC
Internet
VPN rooter
Maximum 32 terminals
— 39 —
ADSL/FTTH
MODEM VPN rooter
7. DIAGNOSTIC PROGRAM
7-1. Starting the Program
Init switch
(1) Check that the power is turned OFF.
(2) While holding down the INIT switch, turn on the power.
Power switch
(3) Release the switch when the screen below appears.
* If the switch is released before this screen appears, either of the following modes is launched.
• Power-failure recovery reboot
• INIT boot-up
Copyright(C)2008
CASIO COMPUTER CO.,LTD.
All rights reserved.
ROM VER.
xxxxxx xxxx
CREATE xxxx-xx-xx xx:xx
QT-6600
Version x.xx
APL VER.
xxxxxx xxxx
C
7
8
4
5
9
6
1
2
3
0
OK
(4) Enter “99990000” and press [OK].
(5) When the program is launched, the software version information is printed out as shown below.
• BOOTER
• IOC
| IOC Ver : xxxx xxxxxx
| IOC
| Boot Ver : xxxx xxxxxx
| BOOTER
(6) After the version information is displayed and printed out, a
message appears prompting for an action to take as the next
step.
MAC ADRS
XX-XX-XX-XX-XX-XX
TEMP 0 VOLTAGE 0 CHARGE-MODE 359M
DISP ON/OFF OFF
CF NON
Ioc Ver : xxxxxx xxxx
Boot Ver : xxxxxx xxxx
221
TOUCH START
Enter the Calibration mode
==>> Push Disp on/off key
Skip the Calibration mode
==>> Touch the panel
DALLAS
DRW 1CLOSE
2CLOSE
0000
To proceed with the calibration settings, press the ON/OFF
key on the display. For detailed procedures, see “[15] LCD
CALIBRATION SETTING”. If you wish to skip the calibration
settings, press anywhere on the touch panel.
— 40 —
Display on/off key
PANEL SIZE 15"
00000221
7-2. General Notes on the Diagnostic Program
• The test result is printed out through an external printer.
Baud rate :9600 bps
Connection : COM1
• A scanner must be connected to COM2.
• You may select “single test” or “repeat indefinitely” for the number of retries.To repeat the test
indefinitely, enter any number except for 0 in the command specifying the number of retries.
• When you press [ESC] while the test is repeated indefinitely, the following message is displayed
and printed out, then the test is terminated.
| ESC
|
• Cut the receipt after the test result is printed out.
[Pass(OK)/fail(NG) Determination of Test Result by Operator]
• After the message below appears, the operator may decide pass(OK) or fail(NG) of the result by
pressing 1 or 9, respectively.
| Please Hit Key OK-> 1 NG-> 9
|
[Other]
• Hibernation memory
In this program, the automatic clear of the hibernation memory is executed or stopped in the following
situations:
<Execute>
• When INIT/FC is launched
• When a power-failure recovery is detected while idling (waiting for an input of a command)
<Stop>
• When the hibernation memory test is being executed
7-3. Command Input System
Follow the code below to enter a command.
X X X X X X
n
a
g
d
XXXXXX : additional action
n : number of times
a : action
g : group
d : device number
— 41 —
7-4. Status Information
Shows a screen as shown below on the LCD (XGA).
(In this chapter, the area for entries and the area for test results are illustrated separately.)
MAC ADRS
XX-XX-XX-XX-XX-XX
TEMP 20 VOLTAGE XX CHARGE-MODE 360M
DISP ON/OFF ON
CF INSERT
Status information is displayed continuously
(in ordinary characters). However,
when performing a test, the status at
completion of a test is displayed
following completion of that test.
Diag Ver : XXXXXX XXXX
DALLAS
DRW 1CLOSE
2CLOSE
0000
PANEL SIZE 15"
1234
Counter display
[Function]
Displays the status of each device.
Device
Status information (description of messages)
DALLAS
Indicates DALLAS key No. in a hexadecimal value
DRW 1/DRW 2
Indicates open/close status of the drawer.
OPEN: Drawer is open
CLOSE: Drawer is closed
CHARGE-MODE
Indicates the remaining amount of the battery in minutes.
nM: Remaining battery (minutes) n=0 ~ 360
TEMP/VOLTAGE
TEMP/VOLTAGE Indicates the A/D value of the battery.
DISP ON/OFF: The acquisition of TEMP status is prioritized when
the switch is ON.
Be sure to turn off DISP ON/OFF switch before opening other status
information or starting the Test Mode.
PANEL SIZE
PANEL SIZE: Indicates the panel size.
15”: Enhanced model (15-inch panel)
12”: Junior model (12-inch panel)
CF
CF: Indicates whether a CF Card is inserted.
INSERT: CF Card is inserted
NON: CF Card is not yet inserted.
MAC ADRS
MAC ADRS: MAC address written on FLASH ROM is indicated in a
hexadecimal value.
To write in FLASH ROM, use the MAC Address Writing function of
this DIAG.
DISP ON/OFF
The default is set to ON.
ON/OFF may be switched in the software setting.
— 42 —
7-5. Memory Test Overview
7-5-1.Types of memory tests
RAM
FLASH ROM
(for programming)
FLASH ROM
(for hibernation)
CF
WRITE Test




READ ONLY Test




CLEAR Test




CLEAR & WRITE/READ Test




CHECK SUM Test




7-5-2. Scope of memory tests
[FROM Test]
This program does not back up programs or data. Be sure to perform IPL after performing CLEAR
and/or WRITE READ Test.
The data contained in the area used to perform CLEAR or WRITE Test is not protected.
In order to perform CLEAR or WRITE/READ Test, the program and data are copied as backup
temporarily in an available area of RAM.
Do not turn OFF the power during the test. Doing so may destroy the program and the proper
operation cannot be guaranteed. Should this occur, all operations, starting IPL, must be
performed.
FROM 32MByte (128KBytes × 256 blocks)
0x0000000
BOOTER, Protected data area
0x0100000 Program
Scope of the test in this range
• CLEAR&WRITE/READ Test
• READ ONLY Test
• WRITE/READ Test
FILE data
0x1FFFFFF
Free area
— 43 —
Scope of the test in this range
• Sum check
[RAM Test]
RAM Test uses, as the test area, all areas except for the program and system areas. USER area
is not guaranteed after performing the test.
RAM 64MByte
0x0000000
Area for BOOTER
0x0030000 Program/system area
Scope of READ ONLY Test
USER area
Scope of WRITE/READ Test
0x3FDFFEF
The sizes vary according to
the program and system capacities.
Timer
0x3FFFFFF
[FROM Test for Hibernation]
FROM test for hibernation tests all areas.
Do not turn off the power during the test. If a power fails during the test, the hibernation function is
launched and this FROM is used.
Therefore the test which was being performed may be unsuccessful.
If the power is turned off without any backup battery, the hibernation function does not operate
FROM 64MByte (128KByte × 512 blocks)
0x0000000
System area
0x0020000 Backup area
Scope of the test in this range
CLEAR Test
READ ONLY Test
WRITE/READ Test
0x3FFFFFF
— 44 —
7-6. Test Items
This program performs the following tests.
No
Device to be checked
Operation
1 Batch Test 1
1
2 Batch Test 2
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
18
19
20
21
22
23
24
25
26
27
RAM WRITE/READ Test
RAM READ ONLY Test
FLASH ROM CLEAR Test
FLASH ROM WRITE/READ Test
FLASH ROM CLEAR & WRITE/READ Test
FLASH ROM CHECK SUM Test
CF-CARD CLEAR Test
CF-CARD WRITE/READ Test
CF-CARD READ ONLY Test
CF-CARD CLEAR & WRITE/READ Test
LCD Test
LCD Backlight OFF Test
LCD Calibration Setting
VRAM CHECK Test
REAR DISPLAY Test
REAR DISPLAY Backlight Test
REAR DISPLAY Contrast Adjustment
REMOTE DISPLAY Test
External Printer Output Test
Ethernet Printer Output Test
COM(RS232C) Test
COM (RS232C) Batch Test
Printing COM (RS232C) Test Result
Ethernet Test:
Setting MAC (Media Access Control Address)
28 Date/Time Setting
29
30
31
32
33
34
35
36
37
Date/Time Display
Drawer Test
Buzzer Test
MCR Test
Sound Test
Microphone Test
Charge Mode Test
OBR Test
PS/2 Keyboard Test
n011
n111
cn212
cn012
cn312
n512
n213
n013
n113
n313
n021
121
221
n721
n322
cn122
422
bn023
x1x2x3nm3d
x100nm37
xn04d
40
47
bm0a51
x0951
hhmmss0070
yymmdd0170
070
xn091
n092
96
axn097
98
99
95
r1n094
— 45 —
Note
RAM, FROM (for programming),
FROM (for hibernation),
Date/Time, Buzzer, Drawer,
Receipt
LCD,LCD backlight, REAR
DISPLAY, REAR DISPLAY
backlight
Page
33
34
35
35
36
37
38
39
39
40
40
41
42
42
43
44
45
46
47
48
49
51
53
54
55
56
58
60
60
61
62
63
64
64
65
65
66
7-7. Test Procedures
[ 1 ] Batch Test 1
[Function]
Performs the following tests in sequence.
(1) RAM Test:
RAM WRITE/READ Test
(2) FROM (for program) Test
Check Sum test for the program code area.
(3) FROM (for hibernation) Test
Displays/prints out the sum of the FLASH headers for hibernation.
Calculates the sum of each byte and displays/prints out the lowest 8 bits.
(4) Date/Time Setting:
Sets the preset test data.
Test data: 01 year/ 12 month/ 31 day/ 23 hours/ 59 minutes /30 Seconds
(5) Buzzer Test:
Sounds single one-shot buzzer. There is no display/print-out for this test.
Select the test result "1" (OK) or "9" (NG) by touching the panel.
(6) Drawer Test:
Opens all drawers.
(7) Receipt Test:
Issues a receipt.
[Operation]
Operation : 1
ST
[LCD]
BATCH
RAM WR
FLASH CHK SUM
FLASH hib SUM
DATE
TIME
Please Hit Key
FLASH CHK SUM
FLASH hib SUM
DATE
TIME
Please Hit Key
DRW ALL
END
[PRINT]
1
OK
OK
XX
01/12/31
23:59-30
OK−>1 NG−>9
OK
XX
01/12/31
23:59-30
OK−>1 NG−>9
OK
1
— 46 —
BATCH
RAM WR
FLASH CHK SUM
FLASH hib SUM
DATE
TIME
DRW
END
1
OK
OK
XX
01/12/31
23:59-30
OK
1
[ 2 ] Batch Test 2
[Function]
Performs the following tests in sequence.
(1) LCD Test: Performs the LCD Display Test.
To change the screen, touch any part of the panel.
Black
White
Red
Green
Blue
Check (black
and white)
Reverse
check
Select the test result "1" (OK) or "9" (NG) by touching the panel.
(2) LCD Backlight Test: Performs the OFF test of the LCD Backlight.
To change the screen, touch any part of the panel.
Back light
OFF
Select the test result "1" (OK) or "9" (NG) by touching the panel.
(3) REAR DISPLAY Test: Performs the REAR DISPLAY Test.
To change the screen, touch any part of the panel.
ABCDEFGHIJKLMNOPQRST
UVWXYZabcdefghijklmn
ABCDEFGHIJKLMNOPQRST
UVWXYZabcdefghijklmn
Select the test result "1" (OK) or "9" (NG) by touching the panel.
(4) REAR DISPLAY Backlight Test: Performs the OFF test of the Rear LCD Backlight.
Back light OFF
Green
White
Emerald green
To change the screen, touch any part of the panel.
Select the test result "1" (OK) or "9" (NG) by touching the panel.
[Operation]
Operation : 2
ST
[LCD]
BATCH
Please Hit Key
LCD
Please Hit Key
LCD BACKLIGHT
Please Hit Key
REAR DISP
Please Hit Key
REAR BACK LIGHT
END
[PRINT]
2
OK−>1
OK
OK−>1
OK
OK−>1
OK
OK−>1
OK
2
NG−>9
NG−>9
NG−>9
NG−>9
— 47 —
BATCH
LCD
LCD BACKLIGHT
REAR DISP
REAR BACKLIGHT
END
2
OK
OK
OK
OK
2
[ 3 ] RAM WRITE/READ Test
[Function]
Tests whether writing in/reading RAM is correctly performed.
Test data is written on the RAM, and tests are performed to check if the data has been written
properly.
The areas where performing this test affects the operation are excluded from the test.
[Operation]
Operation : n
0
1
1
ST
n: Number of times
0 or no value
To perform a single test
A value other than 0 (1 ~ 9) Tests repeat infinitely (press ESC to terminate)
[LCD]
[PRINT]
RAM
RAM WR
END
11
OK
11
RAM
RAM WR
END
11
OK
11
* If the test ends with errors, the line number
and the address are printed instead of OK
message.
[ 4 ] RAM READ ONLY Test
[Function]
Tests whether reading on RAM is correctly performed.
Be sure to perform “[3] RAM WRITE/READ Test” before this test.
[Operation]
Operation : n
1
1
1
ST
n: Number of times
0 or no value
To perform a single test
A value other than 0 (1 ~ 9) Tests repeat infinitely (press ESC to terminate)
[LCD]
RAM
RAM RD
END
[PRINT]
111
OK
111
RAM
RAM RD
END
111
OK
111
* If the test ends with errors, the line number
and the address are printed instead of OK
message.
— 48 —
[ 5 ] FLASH ROM CLEAR Test
[Function]
Tests whether FLASH ROM Clear erases the memory correctly.
After this test, be sure to perform “[6] FLASH ROM WRITE/READ Test” before conducting other
tests. If other tests are performed without having conducted FLASH ROM WRITE/READ Test, the
program may be damaged and may not operate properly. Should this occur, perform all operations
starting from IPL.
[Operation]
Operation : c
n
2
1
2
ST
c: Specifying FLASH ROM
0
FLASH ROM (for programming)
1
FLASH ROM (for hibernation)
n: Number of times
0 or no value
To perform a single test
A value other than 0 (1 ~ 9) Tests repeat infinitely (press ESC to terminate)
[LCD]
FLASH ROM (for programming)
FLASH
FLASH CLR
END
[PRINT]
0n212
OK
0n212
FLASH
FLASH CLR
END
0n212
OK
0n212
* If the test ends with errors, the line number
and the address are printed instead of OK
message.
FLASH ROM (for hibernation)
FLASH hib
FLASH hib CLR
END
1n212
OK
1n212
FLASH hib
FLASH hib CLR
END
1n212
OK
1n212
* If the test ends with errors, the line number
and the address are printed instead of OK
message.
— 49 —
[ 6 ] FLASH ROM WRITE/READ Test
[Function]
Tests whether writing/reading to FLASH ROM is correctly performed.
This test targets all areas except for the data protection areas.
Be sure to perform “[5] FLASH ROM CLEAR Test” before this test. If other tests are performed
without having conducted FLASH ROM CLEAR test, this program may be damaged and may not
operate properly. Should this occur, perform all operations starting from IPL.
[Operation]
Operation : c
n
0
1
2
ST
c: Specifying FLASH ROM
0
FLASH ROM (for programming)
1
FLASH ROM (for hibernation)
n: Number of times
0 or no value
To perform a single test
A value other than 0 (1 ~ 9) Tests repeat infinitely (press ESC to terminate)
[LCD]
FLASH ROM (for programming)
FLASH
FLASH WR
END
[PRINT]
0n012
OK
0n012
FLASH
FLASH WR
END
0n012
OK
0n012
* If the test ends with errors, the line number
and the address are printed instead of OK
message.
FLASH ROM (for hibernation)
FLASH hib
FLASH hib WR
END
1n012
OK
1n012
FLASH hib
FLASH hib WR
END
1n012
OK
1n012
* If the test ends with errors, the line number
and the address are printed instead of OK
message.
— 50 —
[ 7 ] FLASH ROM CLEAR & WRITE/READ Test
[Function]
Clears FLASH ROM memory and tests whether writing/reading is correctly performed.
[Operation]
Operation : c
n
3
1
2
ST
c: Specifying FLASH ROM
0
FLASH ROM (for programming)
1
FLASH ROM (for hibernation)
n: Number of times
0 or no value
To perform a single test
A value other than 0 (1 ~ 9) Tests repeat infinitely (press ESC to terminate)
[LCD]
FLASH ROM (for programming)
FLASH
FLASH CLR&WR
END
[PRINT]
0n312
OK
0n312
FLASH
FLASH CLR&WR
END
0n312
OK
0n312
* If the test ends with errors, the line number
and the address are printed instead of OK
message.
FLASH ROM (for hibernation)
FLASH hib
FLASH hib CLR&WR
END
1n312
OK
1n312
FLASH hib
FLASH hib CLR&WR
END
1n312
OK
1n312
* If the test ends with errors, the line number
and the address are printed instead of OK
message.
— 51 —
[ 8 ] FLASH ROM CHECK SUM Test
[Function]
Performs CHECK SUM of FLASH ROM.
This test is exclusively for FLASH ROM for programming.
[Operation]
Operation : n
5
1
2
ST
n: Number of times
0 or no value
To perform a single test
A value other than 0 (1 ~ 9) Tests repeat infinitely (press ESC to terminate)
[LCD]
[PRINT]
FLASH
FLASH CHK SUM
END
n512
OK
n512
FLASH
FLASH CHK SUM
END
n512
OK
n512
* If the test ends with errors, the line number
and the address are printed instead of OK
message.
[ 9 ] CF-CARD CLEAR Test
[Function]
Tests whether CF card is clears properly.
The data contained and the operation of the CF card used for this test cannot be guaranteed.
[Operation]
Operation : n
2
1
3
ST
n: Number of times
0 or no value
To perform a single test
A value other than 0 (1 ~ 9) Tests repeat infinitely (press ESC to terminate)
[LCD]
CF-CARD
CF CLR
END
[PRINT]
n213
OK
n213
CF-CARD
CF CLR
END
n213
OK
n213
* If the test ends with errors, the line number
and the address are printed instead of OK
message.
— 52 —
[ 10 ] CF-CARD WRITE/READ Test
[Function]
Tests whether writing in /reading CF Card is correctly performed.
Be sure to perform “[9] CF-CARD CLEAR Test” before this test.
After a CF Card is used for this test, the data contained in it and its operation cannot be
guaranteed.
[Operation]
Operation : n
0
1
3
ST
n: Number of times
0 or no value
To perform a single test
A value other than 0 (1 ~ 9) Tests repeat infinitely (press ESC to terminate)
[LCD]
[PRINT]
CF-CARD
CF WR
END
n013
OK
n013
CF-CARD
CF WR
END
n013
OK
n013
* If the test ends with errors, the line number
and the address are printed instead of OK
message.
[ 11 ] CF-CARD READ ONLY Test
[Function]
Tests whether reading on CF Card is correctly performed.
Be sure to perform “[10] CF-CARD WRITE/READ Test” before this test.
After a CF Card is used for this test, the data contained in it and its operation cannot be
guaranteed.
[Operation]
Operation : n
1
1
3
ST
n: Number of times
0 or no value
To perform a single test
A value other than 0 (1 ~ 9) Tests repeat infinitely (press ESC to terminate)
[LCD]
CF-CARD
CF RD
END
[PRINT]
113
OK
113
CF-CARD
CF RD
END
113
OK
113
* If the test ends with errors, the line number
and the address are printed instead of OK
message.
— 53 —
[ 12 ] CF-CARD CLEAR&WRITE/READ Test
[Function]
Clears CF Card memory and tests whether writing/reading is correctly performed.
After a CF Card is used for this test, the data contained in it and its operation cannot be
guaranteed.
[Operation]
Operation : n
3
1
3
ST
n: Number of times
0 or no value
To perform a single test
A value other than 0 (1 ~ 9) Tests repeat infinitely (press ESC to terminate)
[LCD]
CF-CARD
CF CLR&WR
END
[PRINT]
n313
OK
n313
CF-CARD
CF CLR&WR
END
n313
OK
n313
* If the test ends with errors, the line number
and the address are printed instead of OK
message.
— 54 —
[ 13 ] LCD Test
[Function]
Tests whether LCD operates correctly.
When performing a single test:
To change the screen, touch any part of the panel.
In order to complete the test, the operator must determine pass(OK)/fail(NG) of the result.
When performing test infinitely:
The screens change automatically.
Press ESC to end the test.
Black
White
Red
Green
Blue
Reverse
check
Check (black
and white)
[Operation]
Operation : n
0
2
1
ST
n: Number of times
0 or no value
To perform a single test
A value other than 0 (1 ~ 9) Tests repeat infinitely (press ESC to terminate)
[LCD]
[PRINT]
LCD
Please Hit Key
LCD
END
n021
OK−>1 NG−>9
OK
n021
LCD
LCD
END
n021
OK
n021
[ 14 ] LCD Backlight OFF Test
[Function]
Tests whether LCD Backlight turns OFF properly.
In order to complete the test, the operator must determine pass(OK)/fail(NG) of the result.
The backlight is set to OFF after the test. Touch any part of the Touch Panel and determine
pass(OK)/fail(NG) of the result.
(1) LCD Backlight turns OFF
(2) Touch any part of the panel
(3) LCD Backlight turns ON
(4) The operator determines pass(OK)/fail(NG) of the test result
[Operation]
Operation : 1
2
1
ST
[LCD]
LCD BACK LIGHT
Please Hit Key
LCD BACK LIGHT
END
[PRINT]
121
OK−>1 NG−>9
OK
121
— 55 —
LCD BACK LIGHT
LCD BACK LIGHT
END
121
OK
121
[ 15 ] LCD Calibration Setting
[Function]
Configures the calibration settings of the LCD (Touch Panel).
When touching the cross marks on the LCD, 10 coordinates shown below are indicated in
sequence.
(X,Y) =
 (25,19)
 (999,19)
 (487,19)
 (25,749)
 (999,749)
 (487,19)
 (25,365)
 (999,365)
 (487,749)
➉ (487,365)
[Operation]
Operation : 2
2
1
ST
<To skip the calibration setting]>
The screen below appears after entering a command and before the cross marks appear on
the screen.
You may skip the calibration mode by following the instruction on the screen.
Enter the Caribration mode
==>> Push Disp on/off key
Skip the Caribration mode
==>> Touch the panel
Enter the Calibration mode: Press DISP ON/
OFF switch
Skip: Touch any part of the panel
Display on/off key
<To enter the Calibration Mode>
Once the Calibration Mode is launched, cross marks appear on the LCD one by one.
When you touch the cross marks appear in sequence, the data of 9 coordinates on the LCD panel
and Touch Panel are obtained and any discrepancies are calculated. After the position of the 10th
coordinate is calculated and displayed, the offset value is to be confirmed. If the position of the
10th coordinate you touched differ that of the displayed coordinate only within a margin of errors,
it is determined as OK. If not, it is determined as NG. The offset values are written on EEPROM of
the panel controller when the operator touches the 9th coordinate.
<Calibration Test Results>
If the position data of the 10th coordinate falls within the values shown below after the
calibration offset, the precision is determined to be acceptable and OK is displayed and
printed out before ending the test. If the values exceed the range below, the result fails and
the test ends.
• X10: within 487±12
• Y10: within 365±12
— 56 —
[LCD]
TOUCH START
221
Enter the Caribration mode
==>> Push Disp on/off key
Skip the Caribration mode
==>> Touch the panel
(X1,Y1) : (XXX,XXX)
(X2,Y2) : (XXX,XXX)
:
(X9,Y9) : (XXX,XXX)
(X10,Y10) : (XXX,XXX)
TOUCH
OK
END
221
LCD display only
Displays data 1 for calibration
Displays data 2 for calibration
:
Displays data 9 for calibration (Performs offset)
Displays the position of the 10th coordinate (performs
calibration) (Checks offset errors)
Result of the offset value check
[PRINT]
TOUCH START
(X1,Y1) : (XXX,XXX)
(X2,Y2) : (XXX,XXX)
:
(X9,Y9) : (XXX,XXX)
(X10,Y10) : (XXX,XXX)
TOUCH
END
221
OK
221
— 57 —
[ 16 ] VRAM CHECK Test
[Function]
Checks VRAM of the LCD.
All areas except for the GDC system area are subjected to this test.
VRAM is not backed up by the battery. A power failure during the test results in an error.
This test uses the same test data as RAM Test to write on VRAM.
[Operation Overview]
(1) Write the test data from the beginning to the end of VRAM Test area.
(2) Verifies the written data from the beginning to the end of VRAM Test area.
(3) Displays and prints out the test result.
* If an error occurs, the test is immediately terminated and the result is displayed and printed out.
If the test is set to repeat indefinitely, the operation returns to Step (1) and continues the test.
* When the test is set to repeat indefinitely, Steps (1) through (3) repeat as a set until [ESC] is
pressed.
[Test area]
This test targets the free areas of VRAM (TestArea).
00000000h
VRAM
16MB
Display Area
(3Mbyte)
00300000h
TestArea
00FFFFFFh
01FC0000h
01FFFFFFh
00FFFFFFh
LIME
Register Area
* LIME : Internal Memory Area
[Operation]
Operation : n
7
2
1
ST
n: Number of times
0 or no value
To perform a single test
A value other than 0 (1 ~ 9) Tests repeat infinitely (press ESC to terminate)
[LCD]
LCD VRAM
LCD VRAM
LCD VRAM
END
[PRINT]
721
OK
NG address
721
LCD VRAM
LCD VRAM
LCD VRAM
END
* If an NG occurs, the address of the error is displayed /printed out.
* The counter is displayed on the LCD during the test.
— 58 —
721
OK
NG address
721
[ 17 ] REAR DISPLAY Test
[Function]
Tests whether REAR DISPLAY operates correctly.
The backlight turns emerald green (white and green) during the test and turns off when the test
ends.
When performing a single test:
To change the screen, touch any part of the panel.
In order to complete the test, the operator must determine pass(OK)/fail(NG) of the result.
When performing test infinitely:
The screens change automatically.
Press ESC to end the test.
Command
input
Pattern 1
Pattern 2
ABCDEFGHIJKLMNOPQRST
UVWXYZabcdefghijklmn
ABCDEFGHIJKLMNOPQRST
UVWXYZabcdefghijklmn
Pattern 4
Pattern 3
END
[Operation]
Operation : n
3
2
2
ST
n: Number of times
0 or no value
To perform a single test
A value other than 0 (1 ~ 9) Tests repeat infinitely (press ESC to terminate)
[LCD]
REAR DISP
Please Hit Key
REAR DISP
END
[PRINT]
n322
OK−>1 NG−>9
OK
n322
— 59 —
REAR DISP
REAR DISP
END
n322
OK
n322
[ 18 ] REAR DISPLAY Backlight Test
[Function]
Tests whether REAR DISPLAY backlight operates correctly.
In order to complete the test, the operator must determine Pass(OK)/fail(NG) of the result. (When
performing a single test)
The specified backlight turns on while performing the test and turns off when the test ends.
[Operation]
Operation : c
n
1
2
2
ST
c: Specifying the backlight color
0
Batch test (batch-test the specified colors 1 through 4)
1
OFF (green OFF/white OFF)
2
White (green OFF/white ON)
3
Green (green ON/white OFF)
4
Emerald green (green ON/ white OFF)
n: Number of times
0 or no value
To perform a single test
A value other than 0 (1 ~ 9) Tests repeat infinitely (press ESC to terminate)
[Batch Test]
Touching any part of the panel changes the color in the following sequence.
Back light OFF
White
[LCD]
REAR DISP
Please Hit Key
REAR BACK LIGHT
END
Green
Emerald green
[PRINT]
122
OK−>1 NG−>9
OK
122
— 60 —
REAR DISP
REAR BACK LIGHT
END
122
OK
122
[ 19 ] REAR DISPLAY Contrast Adjustment
[Function]
Adjusts the contrast of REAR DISPLAY and writes the adjustment values on FLASH.
FLASH may be written up to 16 times. Writing more than 16 times results in an error. When such
an error occurs, you may follow the procedure “Clearing the contrast area” to re-initialize FLASH.
The contrast setting at the restart is the value written in the previous adjustment (“128” when
no value has been written). You may write the adjustment values by entering [ST] after an
adjustment. The contrast may be set at 256 increments within the range of 0 – 255.
[Operation]
Operation : 4
2
2
ST
When you launch the mode by using the above command, use the following keys to operate.
• Numeric key [1]: DARK key Current contract +1
• Numeric key [9]: LIGHT key Current contract -1
• ST:
Finalize the entry (writes on FLASH and complete the sequence)
• ESC:
Cancel adjustment (ends the mode)
[REAR DISPLAY]
ABCDEFGHIJKLMNOP
QRSTUVWXYZabcdef
[LCD]
REAR DISP
CONTRAST
REAR CONTRAST
REAR CONTRAST
REAR CONTRAST
REAR CONTRAST
REAR CONTRAST
END
422
XXX
Set value
NG
OVER
ESC
ERASE
422
LED display only. XXX indicates the contrast value.
An error is printed
The maximum times of writing is exceeded
When leaving the sequence without setting the contrast
When the contrast area is cleared
[PRINT]
REAR DISP
REAR CONTRAST
REAR CONTRAST
REAR CONTRAST
REAR CONTRAST
REAR CONTRAST
END
422
Set value
NG
OVER
ESC
ERASE
422
[Clearing the Contrast Area]
FLASH may be written up to 16 times. If you wish to write more than 16 times, execute the
following command to clear the area and initialize FLASH.
1
0
4
2
2
ST
— 61 —
[ 20 ] REMOTE DISPLAY Test:
[Function]
Tests whether the data is correctly displayed on REMOTE DISPLAY.
Be sure to connect REMOTE DISPLAY to COM3. When changing the baud rate, be sure to also
change the settings on REMOTE DISPLAY. The backlight turns on in pastel green (green + white)
when performing the test and turns off when the test ends.
When performing a single test:
In order to complete the test, the operator must determine pass(OK)/fail(NG) of the result.
After the operator determines pass(OK)/fail(NG), the display and the backlight turn off.
When repeating the test infinitely:
Repeats transmitting the same test text at a set interval.
Press [ESC] to terminate the test, clear the display, and turn off the backlight.
[Operation]
Operation : b
n
0
2
3
ST
b:Specifying the baud rate
0
19.2 Kbps
1
9600 bps
n: Number of times
0 or no value
To perform a single test
A value other than 0 (1 ~ 9) Tests repeat infinitely (press ESC to terminate)
[LCD]
REMOTE DISP
Please Hit Key
REMOTE DISP
END
bn023
OK−>1 NG−>9
OK
bn023
[PRINT]
REMOTE DISP
REMOTE DISP
END
[REMOTE DISPLAY]
ABCDEFGHIJKLMNOP
QRSTUVWXYZabcdef
bn023
OK
bn023
0,1,2,3,4,5,6,7,8,9,
— 62 —
[ 21 ] External Printer Output Test
[Function]
Connects a printer with a RS232C interface and tests whether the printer operates and prints
properly. The external printer must be connected to COM.
[Operation]
Operation : x1 x2 x3
n
m
3
d
ST
x1: Printout format
0
Pattern A
1
Pattern B
x2: Specify COM port
1
COM1
2
COM2
3
COM3
4
COM4
5
COM5
6
COM6
x3: Specify the baud rate
1
4800 bps
2
9600 bps
3
19.2 kbps
< Printer baud rate table >
When changing the baud rate, be sure to also change the baud rate of the printer.
19.2 kbps
9600 bps
4800 bps




SLIP
SP1300

RJ
UP360/UP400

n: Number of times
0 or no value
To perform a single test
A value other than 0 (1 ~ 9) Tests repeat infinitely (press ESC to terminate)
m: Operation pattern
1
Print one line
2
Feed 5 lines + full cut
3
Print 10 lines + feed 5 lines + full cut
4
Feed 5 lines + partial cut
5
Print 10 lines + Insert 5 lines + partial cut
— 63 —
d: Specifying a printer
1
External printer RJ
2
External printer SLIP
[LCD]
RJ is connected
PRT
END
Error display (when a printer is disconnected)
xxxn03d
xxxn03d
NON PRINTER ERR
[PRINT]
There are two formats to print out to the external printer.
RJ is set at 40 lines and SLIP at 35 lines.
Pattern A
Pattern B
BBBBBBBBBBBBBBBBBBBBBBBBBBBBBBBBBBBBBBBB
— 64 —
BBBBBBBBBBBBBBBBBBBBBBBB
*8,888,88
[ 22 ] Ethernet Printer Output Test
[Function]
Tests whether the Ethernet printer operates and prints out properly.
The illustration below shows how QT-6600 and the printer are connected.
PRINTER
UP-400
HUB
QT-6600
< Printer settings >
The printer settings are fixed. Please configure the printer to be used before the test.
IP address:
192.168.0.100
Subnet mask:
255.255.255.0
Default gateway:
192.168.0.200
TCP port number:
9100
Baud rate:
AutoNegotiation
QT-6600 operates with IP address 192.168.0.1 at the fixed baud rate of 100M.
* Ethernet does not operate without setting a MAC address. Be sure to set a unique MAC address
before use.
* If Ethernet has already been tested, run all operations starting from INIT boot-up.
[Operation]
Operation : x1
0
0
n
m
3
7
ST
x1: Printout format
0
Pattern A
1
Pattern B
n: Number of times
0 or no value
To perform a single test
A value other than 0 (1 ~ 9) Tests repeat infinitely (press ESC to terminate)
m: Operation pattern
1
Print one line
2
Feed 5 lines + full cut
3
Print 10 lines + feed 5 lines + full cut
4
Feed 5 lines + partial cut
5
Print 10 lines + Insert 5 lines + partial cut
— 65 —
[LCD]
PRT
EtherPrt
EtherPrt
END
xxxn03d
OK
NG
xxxn03d
When it is NG (communication error, etc.)
[PRINT]
There are two formats to print out to the external printer.
Pattern A
Pattern B
BBBBBBBBBBBBBBBBBBBBBBBBBBBBBBBBBBBBBBBB
— 66 —
BBBBBBBBBBBBBBBBBBBBBBBB
*8,888,88
[ 23 ] COM (RS232C) Test
[Function]
Performs a loop back test on RS232C port.
This test does not generate a printout of the result.
To generate a printout, see “[25] Printing COM(RS232C) Test Result.”
Please refer to the illustration in "[24] COM(RS232C) Batch Test” for wiring.
[Operation]
Operation : x
n
0
4
d
ST
x: Specify the baud rate
0
2400 bps
1
4800 bps
2
9600 bps
3
19200 bps
4
38400 bps
5
57600 bps
6
115200 bps
n: Number of times
0 or no value
To perform a single test
A value other than 0 (1 ~ 9) Tests repeat infinitely (press ESC to terminate)
d: Specify COM port
0
Batch
1
COM1
2
COM2
3
COM3
4
COM4
5
COM5
6
COM6
[LCD]
COM1
RTSx=1 → CTSx=1
DTRx=1 → DSRx=1
DTRx=1 → CDx=1
DTRx=1 → CIx=1
RTSx=0 → CTSx=0
DTRx=0 → DSRx=0
DTRx=0 → CDx=0
DTRx=0 → CIx=0
TxD
→ RxD
END
xn04d
OK
OK
OK
OK
OK
OK
OK
OK
OK
xn04d
Displays only COM1
Displays only COM1
Displays only COM1
Displays only COM1
x: COM number
— 67 —
[ 24 ] COM (RS232C) Batch Test
[Function]
Performs a loop back batch test on RS232C port.
When performing this test, attach the loop back connecters to all COM ports.
Please see below for how to wire.
[Operation]
Operation : 4
0
ST
Baud rate: COM1: 115 kbps, COM2-6: 19.2 kbps
Number of test: once (fixed)
[LCD]
COM BATCH
.
.
.
END
40
Refer to the previous paragraph "COM Test."
40
Figure : RS232C port connection
COM1
COM2~COM6
TxD
TxD
RxD
RxD
CTS
RTS
∗
CTS
RTS
DTR
DTR
DSR
DSR
C D
C I
∗
∗
∗
∗ : output “1” � “0” from the output terminal and checks the input terminal.
— 68 —
[ 25 ] Printing COM (RS232C) Test Result
[Function]
Prints out COM (RS232C) test results.
The printer must be connected to COM1 port at 9600 bps.
[Operation]
Operation : 4
7
ST
[PRINT]
COM1
RTSx=1 → CTSx=1
DTRx=1 → DSRx=1
DTRx=1 → CDx=1
DTRx=1 → CIx=1
RTSx=0 → CTSx=0
DTRx=0 → DSRx=0
DTRx=0 → CDx=0
DTRx=0 → CIx=0
TxD
→ RxD
END
47
OK
OK
OK
OK
OK
OK
OK
OK
OK
47
Prints only COM1
Prints only COM1
Prints only COM1
Prints only COM1
x: COM number
When no test has been performed after IPL or INIT
COM*
NO TEST
* In case of "NO TEST", the printout shows TxD RxD as failed (NG) and the rest as successful (OK).
— 69 —
[ 26 ] Ethernet Test
[Function]
Tests the Ethernet counter communication.
QT-6600 in the reception mode becomes on standby and, then, QT-6600 in the transmitting mode
sends data.
Once the communication opens properly, the number of successful/failed communication to LCD
is displayed on the counter, which will be printed out when the test ends.
* Ethernet does not operate without setting a MAC address. Be sure to set a unique MAC address
before use.
* When testing the Ethernet counter communication without a HUB, the AutoNagotiation function
is disabled. Set the baud rate at 100base to run a test.
* If an Ethernet printer test has been performed beforehand, run all operations stating from INIT
boot-up.
< Transmitting/receiving data >
CNT(2BYTE)
Lowest 8 bits of
the test counter
DATA 00h~FFh,00h~FFh,00h~FFh,...(1444BYTE)
Highest 8 bits of
the test counter
Test counter: counts up from 1 through INT Max. and returns to 1.
The test data length (CNT + DATA) is 1446 bytes in total, excluding the Ethernet header, the IP
header, the TP header, etc.
<TCP Mode>
A counter communication test by TCP protocol with an error control.
When the receiving end (command below a=2) receives the data properly, the data is checked
and returned (FBh – 01h, 00h, FFh-00h) to the transmitting end, which checks the data returned
(repeats the operations).
[Operation]
When an ID is set, perform the test with that ID. When you change the ID, run all operations
starting from INIT boot-up. The same applies to the baud rate.
Operation : b
m
0
a
5
1
ST
b: Baud rate
0
Any number except for 1 (or not specified) → AutoNegotiation
1
100BASE
m: ID
<ID>
1 through 9 are valid numbers for the ID. If an invalid value is assigned, number 1 is automatically
set and IDs are converted as shown in the example below.
The upper values of the IP address are fixed at 192.168.0 and the lowest number corresponds to
the ID.
e.g. ID=1 → IP address = 192.168.0.1, ID=9 →IP address = 192.168.0.9
Note that the address is 192.168.0.10 in the receiving mode regardless of the ID. In the
transmitting mode, the data is sent to a fixed address of 192.168.0.10.
— 70 —
a: Transmitting/receiving mode
0
TCP transmitting mode
1
TCP receiving mode
5
Ping transmission
Transmitting and receiving continue unless an error occurs.
Press ESC to terminate the test. (To terminate the test, operate at the transmitting end.)
<Ping transmission>
Ping is sent to 192.168.0.10. When a ping is transmitted, the counter adds a value. After
terminating it with ESC key, the number of successful/failed communication is displayed.
[LCD]
ETHERNET
TCP MODE
OK xxxx NG xxxx
END
bm0a51
bm0a51
[PRINT]
ETHERNET
TCP MODE
OK xxxx NG xxxx
END
bm0a51
Prints the number of successful and failed communicationupon the end of the test
bm0a51
— 71 —
[ 27 ] Setting MAC (Media Access Control Address
[Function]
Configures MAC address
[Operation]
When an ID is set, perform the test with that ID. When you change the ID, run all operations
starting from INIT boot-up.
Operation : x
0
9
5
1
ST
x: Specifying how to write the address
0
Writes a continual address based on MAC address on CF Card.
<e.g.>
When ASCII data “080074FF0300” is on MACADR.TXT file in a CF Card,
080074FF0301, the value to which 1 is added to the aforementioned address, is to
be written on MAC address area. Then the same value is written in the CF Card.
1
Writes MAC address manually.
In the manual mode, MAC address will be on standby.
An address may be entered by 8 bits. Enter 3 decimal values + press [ST] to confirm
8 bits.
By repeating this step 6 times (48 bits), a 48-bit address is entered and, upon pressing [ST] for the 6th time, written. Each time an 8-bit value is entered, the address
entered is displayed in hexadecimal value.
Performing CLEAR resets the address. Or pressing ESC terminates the step without
writing an address.
<e.g.>
To write a MAC address 080074FF0300
After entering the manual writing mode, entering a numeric value 008 + [ST] → 000 + [ST]
→ 116 + [ST] → 255 + [ST] → 003 + [ST] → 000 + [ST] writes the address.
[LCD]
When configuring using a CF Card
MAC ADDRESS
Write EEPROM :
END
x0951
******
x0951
Written MAC address (in hexadecimal)
When configuring manually
MAC ADDRESS
1 : 008
2 : 000
3 : 116
4 : 255
5 : 003
6 : 000
Write EEPROM :
END
x0951
In the above example
******
x0951
Written MAC address (in hexadecimal)
— 72 —
[PRINT]
When configuring using a CF Card
MAC ADDRESS
Write EEPROM :
END
x0951
******
x0951
When configuring manually
MAC ADDRESS
1 : 008
2 : 000
3 : 116
4 : 255
5 : 003
6 : 000
Write EEPROM :
END
x0951
******
x0951
— 73 —
[ 28 ] Date/Time Setting [ 29 ] Date/Time Display
[Function]
Configures or displays the date and time.
If [ST] is pressed without an entry while Date/Time Setting, the Date/Time is displayed.
[Operation]
Date/Time Setting
Operation : h
h
m
m
s
s
0
0
7
0
ST
d
0
1
7
0
ST
hh: Hour, mm: minute, ss: second
Operation : y
y
m
m
d
yy: Year, mm: month, dd: day
Date/Time Display
Operation : 0
7
0
ST
Press ESC to terminate the mode.
[LCD]
When setting the date/time
DATE/TIME
DATE/TIME
END
When displaying the date/time
YYMMDD****
YY/MM/DD
YYMMDD****
DATE/TIME
DATE/TIME
END
70
YY/MM/DDHH:MM-SS
70
****: Command
[PRINT]
When setting the date/time
DATE/TIME
DATE/TIME
END
YYMMDD****
YY/MM/DD
YYMMDD****
Each data will be printed only when setting the
date and time.
When displaying the date/time
DATE/TIME
DATE/TIME
END
70
YY/MM/DDHH:MM-SS
70
— 74 —
This line is not printed out
[ 30 ] Drawer Test
[Function]
Tests whether drawers operate properly.
In order to complete the test, the operator must determine pass(OK)/fail(NG) of the result.
[Operation]
Operation : x
n
0
9
1
ST
x: Drawer No.
0
Opens all drawers.
1
Opens Drawer 1
2
Opens Drawer 2
n: Number of times
0 or no value
To perform a single test
A value other than 0 (1 ~ 9) Tests repeat infinitely (press ESC to terminate)
[LCD]
When all drawers are open
DRW
DRW ALL
END
When Drawer No. is specified
0n091
OK
0n091
DRW
DRW n
END
xn091
OK
xn091
n: Drawer number
[PRINT]
When all drawers are open
DRW
DRW ALL
END
When Drawer No. is specified
0n091
OK
0n091
DRW
DRW n
END
— 75 —
xn091
OK
xn091
[ 31 ] Buzzer Test
[Function]
Tests whether the buzzer operates properly.
When performing a single test, one-shot buzzer sounds once.
When repeating a test infinitely, the buzzer sounds intermittently for 500 msec.
Press ESC key to terminate the buzzer.
[Operation]
Operation : n
0
9
2
ST
n: Number of times
0 or no value
To perform a single test
A value other than 0 (1 ~ 9) Tests repeat infinitely (press ESC to terminate)
[LCD]
BUZZ
END
[PRINT]
n092
n092
BUZZ
END
— 76 —
n092
n092
[ 32 ] MCR Test
[Function]
Tests whether the card reader (MCR) operates properly.
The data read out is compared against the preset data to determine pass(OK)/fail(NG).
Track 1:
1234567890123456789012345678901234567890123456789012345678901234567890123456
Track 2:
1234567890123456789012345678901234567
[Operation]
Operation : 9
6
ST
[LCD]
MCR
96
MCR1
OK
MCR2
OK
MCR1
******************
**************************************
MCR2
OK
MCR1
OK
MCR2
******************
********************
END
96
[PRINT]
MCR
96
MCR1
OK
MCR2
OK
MCR1
******************
**************************************
MCR2
OK
MCR1
OK
MCR2
******************
********************
END
96
— 77 —
When it is operating properly
When MCR1 data does not match the test data
When MCR2 data does not match the test data
[ 33 ] Sound Test
[Function]
Tests whether sound is replayed properly through the internal or external speaker.
In order to complete the test, the operator must determine pass(OK)/fail(NG) of the result. (when
performing a single test)
[Operation]
Operation : a
x
n
0
9
7
ST
a: Volume
0
Max. volume
The volume may be set at 7 increments (including 0)
1~7
When 8 or 9 is entered, the volume is set at level 7
The larger the value, the lower the volume.
x: Selecting sound data
0
Replay the data recorded in Command 98
1~9
Replay specific sound data
n: Number of times
0 or no value
To perform a single test
A value other than 0 (1 ~ 9) Tests repeat infinitely (press ESC to terminate)
[LCD]
[PRINT]
SOUND
SOUND
SOUND
axn097
OK
axn097
SOUND
SOUND
SOUND
axn097
OK
axn097
[ 34 ] Microphone Test
[Function]
Tests whether sound is replayed properly through the internal or external microphone.
Sound is recorded for 3 seconds and, then, replayed at the maximum volume.
In order to complete the test, the operator must determine pass(OK)/fail(NG) of the result.
[Operation]
Operation : 9
8
ST
[LCD]
MIKE
Please Hit Key
MIKE
END
[PRINT]
98
OK−>1 NG−>9
OK
98
— 78 —
MIKE
MIKE
END
98
OK
98
[ 35 ] Charge Mode Test
[Function]
Turns OFF the Charge Mode
[Operation]
Operation : 9
9
ST
[LCD]
[PRINT]
CAHRGE OFF
END
99
99
CAHRGE OFF
END
99
99
[ 36 ] OBR Test:
[Function]
Tests whether the scanner connected operates correctly.
The data read out is compared against the preset data to determine pass(OK)/fail(NG).
Be sure to connect OBR to COM2.
< Preset bar code >
[Operation]
Operation : 9
5
ST
[LCD]
OBR
OBR
OBR ERR
END
95
OK
xxxxxxxxx
95
Display/printout when it is properly operating
Display/printout when there is an error
[PRINT]
OBR
OBR
OBR ERR
END
95
OK
xxxxxxxxx
95
— 79 —
[ 37 ] PS/2 Keyboard Test
[Function]
Tests whether the interface operates correctly.
An echo command is transmitted to PS/2 interface keyboard to see if there is a correct echo
response.
It must be a command-response communication, and one transmission is performed per test.
If there is an error in data reception or a transmission time-out, the test is repeated the specified
number of times. The results are displayed at each retry and, then, printed out when the test ends.
When retry is set to repeat indefinitely, the test is repeated indefinitely.
Executing the test turns on the power to PS/2 and ending the test turns the power OFF.
[Operation]
Operation : r
1
n
0
9
4
ST
r: Number of retries
0
3 times
1
5 times
2
7 times
3
10 times
n: Number of times
0 or no value
To perform a single test
A value other than 0 (1 ~ 9) Tests repeat infinitely (press ESC to terminate)
[LCD]
PS/2 KB
OK **** NG ****
END
r1n094
r1n094
[PRINT]
PS/2 KB
OK **** NG ****
END
r1n094
The number of successful/failed communication is
printed out as a result when the test ends.
r1n094
[Power Recovery Error]
An error occurs during the power recovery (because the system deletes the power recovery
process during this time).
— 80 —
8. CIRCUIT EXPLANATION
8-1. HARDWARE DIAGRAM
1024 x 768 dot color LCD
Slip
printer
SP-1300
Power
supply
Remote
printer
Power
supply
Note: Shadowed device and dot line indicate option devices.
— 81 —
Remote
display
QT-6060D
Ext. speaker
PRT-CB-8A/-8B
PRT-CB-8A/-8B
Scanner
(HHS-15)
QT-6061CB or QT-6062CB
Other terminals
PC or LAN printer
PRT-CB-8A/-8B
MODEM
or
PC
HUB
UP-400
Ext. microphone
64MB
RS-232C COM6
64MB
RS-232C COM5
32MB
RS-232C COM4
NOR
FROM
RS-232C COM1
RAM
PRT-CB-8C
AC Adptor
CAT5 UTP cable
Drawer
Drawer
Flash
Memory
PRL-CB-2
MCR
QT-6046MCR
Inline
Microphone
Drawer 2 i/f
QT-6011DLST
(except for
QT-6600-DLS)
CPU
RS-232C COM3
i-Button
key i/f
RS-232C COM2
Speaker
Drawer 1 i/f
Max. 126 key touch screen
CF card
Power switch cover
Remote
printer
Remote
printer
UP-400
UP-400
Power
supply
Power
supply
Remote
printer
UP-360
Power
supply
— 82 —
A1501 2pin
A2001
2pin
Speaker
Brightness
volume
COM6
COM5
COM4
Ext MIC
Ext SPK
PWB E830-COM
MIC
PWB E830-MIC
Power
LED
Disp
SW
PWB E830-E6
A1501
4pin
INIT
SW
A1501 4pin
FFC 30pin
1mm pitch
RJ45
COM3
COM2
COM1
PS/2 6pin
5pin
A2001
D/A Invertor
CCFL
IOC
CPU
DDR
256Mb
DDR
256Mb
20pin
A1255
15inch-LCD
Rear LCD
160x32Full dots
G.A.
A1501
2pin
Sound
Dallas Key
LAN
9pin
A2001
PWB E830-E22
CF card
socket
SDRAM
64Mb
FROM SDRAM
256Mb 64Mb
FROM Graphic
256Mb control
LVDS
Control
LSI
PWB E830-1
FROM
256Mb
5pin
A1501
PWB E830-TP
15inch Touch Panel
Optional
MCR
A1251
8pin
A2507
A2507
A1251
A2001
A3963
3pin
3pin
2pin
2pin
4pin
Drawer
Drawer
Li Battery
NiMH Battery
DC SW
DC+24V
PWB
E830-INLET
Optional
Optional
AC Adaptor
AC100V
~240V
8-2. BLOCK DIAGRAM
8-3. LSI BLOCK DIAGRAM
LCD BACKLIGHT
INVERTOR
UNIT
PORT
LCD BACKLIGHT
EXTERNAL RTC
LVDS
LCD CONTROLLER
(GC)
CPU
REAR LCD
DISPLAY
160x32dot
CLOCK SYNCHRONOUS
SERIAL
LCD BACKLIGHT
(GREEN&WHITE)
POWER LED
LVDS
Conversion IC
PORT x2
SDRAM I/F
32bit 100MHz
PORT
SDRAM
16MB
INTERNAL: 266MHz
BUS: 66MHz
NOR FLASH ROM
DDR SDRAM BACKUP
32MB x2
INTERNAL RTC
(NOT BACKUP)
SH BUS 32/16bit
(32bit/66MHz: LIME,
FROM (Backup only)
PROGRAM
NOR FLASH ROM
32MB
ASYNCHRONOUS
SERIAL
COM1
XGA
1024×768
RGB 24bit
Digital
FUJITSU LIME
(MB86276)
Renesas Technology Corp.
SH7763
LCD
GA
COM2 to 6
RS232C
BUFFER
EtherNet IC
INT
LAN9115
PORT
PANEL TYPE (ENH/Jr.Judgment)
PWD
IOC CTS
EtherNet
LIME
GA
OUND
BUFFER
CF-CARD
MIC (INTERNAL)
MIC (EXTERNAL)
SOUND IC
Power supply Control (Backup)
AMPLIFIER
PWD HALT
POWER SUPPLY/
PWD CIRCUIT
DDR DRAM I/F
32bit
133MHz
RESET
DDR SDRAM
64MB
UART
INT×2
OUTPUT×1
TxD/RxD
RESET
FLMD0
TouchPanel
TouchPanel
Controller
UART
TxD/RxD
EEPROM
SQUARE WAVE OUTPUT (BEEP)
IOC
NEC Electronics Corp.
V850 KF2
KI × 2
SWITCH
×2
DISP ON/OFF SWITCH
INIT SWITCH
20MHz
PS/2
KEY BOARD
CHARGING ON/OFF
INT×1/DK OUTPUT×1
INT×2/INPUT×4
Dallas KEY
×1
MCR
OUTPUT×1
BACKUP POWER
SUPPLY
CONTROL UNIT
OUTPUT×2/INPUT×2
TEMP/VOLTAGE
A/D×2
— 83 —
DRAWER
×2
NTT+ABA
IATA+ABA
SPEAKER (INTERNAL)
SPEAKER (EXTERNAL)
9. ERROR CODE LIST
9-1. Error message
This section describes what to do when you have problems with operation.
When an error occurs
Errors are indicated by an error codes. When this happens, you can usually find out what the problem
is as illustrated below.
Press C and check the appropriate section of this manual for the operation you want to perform.
Prompt message
Operator mistake.
E001 Wrong mode.
E003 Wrong operator.
E005
E011
E012
E014
E015
E016
E017
E018
E019
E020
E021
E023
E024
E025
E028
E029
E031
E033
E035
E036
E037
E038
E040
E041
E044
E045
E046
E047
Meaning
Operation error
Check tracking (Open mode error)
Error clerk/Error clerk in check tracking
Action
Perform proper operation.
Return the mode to its original setting.
Input correct check number or assign the
proper clerk.
Insufficient memory.
Memory allocation over
Reallocate memory.
Close the drawer.
Drawer compulsory
Close cash drawer.
Journal paper end.
Journal paper end
Replace journal paper.
Receipt paper end.
Receipt paper end
Replace receipt paper.
Check R/J printer.
Internal R/J printer error
Check the internal R/J printer.
Change back to REG
Prohibit plural operation in REF/REG–
Switch to another mode and then back to
mode.
mode
the REF/REG– mode again.
Enter Check/TBL number. Check number compulsory
Input a check number.
Enter Table number.
Table number compulsory
Input a table number.
Enter Number of covers. Cover compulsory
Enter the number of customers.
Enter Seat number.
Seat number compulsory
Input a seat number.
No dept link.
Scanning PLU item w/o department link is Link the item to a department.
registered.
Stock running short.
Alarm when any item drops below its
Perform stock maintenance.
programmed minimum stock quantity
during registration.
No stock is available.
Error when actual stock value for a
Perform stock maintenance.
registration items is a negative value.
Scale Read Error
Scale read error
Retry weighing the item.
Not found PLU or C/D is Scanning PLU is not found or OBR code Re-enter the PLU code.
mismatch.
is mismatched.
No registration is possible Attempted registration whilst partial tender Finalize the transaction.
while you are in the tender operation is being done.
operation.
Press ST key before
ST compulsory
Press ST key.
Finalization.
Enter tendered amount. Amount tender compulsory
Enter tendered amount.
Change amount exceeds Change amount exceeds the limit.
Enter amount tendered again.
the limit.
Remove money from the Contents of the drawer exceed the
Perform pickup operation.
drawer.
programmed limit — Sentinel function.
Digit or Amount Limitation H.D.L., H.A.L., L.D.L. error
Enter correct unit price/amount.
Over.
Perform Money
Money declaration compulsory
Perform money declaration.
Declaration
Issue Guest Receipt.
Guest receipt compulsory
Issue a guest receipt.
Print Validation.
Validation compulsory
Perform validation operation.
Print Cheque.
Check print compulsory
Perform check print operation.
Print Check-Endorsement. Check endorsement compulsory
Perform check endorsement operation.
REG Buffer Full. Please Registration buffer full
Finalize the transaction.Allocate sufficient
Finalize or NB.
buffer.
Print bill.
Slip compulsory
Perform slip printing operation.
— 84 —
Prompt message
E048 Insert Slip Paper and
retry.
E049 CHECK memory full.
Meaning
Alarm when no paper is inserted in the
Slip.
Check tracking index full/near end
Action
Insert new slip paper.
Finalize and close the check number
currently used.
E050 Detail memory full.
Check tracking memory full/near end
Finalize and close the check number
currently used.
E051 CHK/TBL No. is occupied. Attempt is made to use the <NEW
Finalize and close the check that is
CHECK> key to open a new check using a currently under the number that you want
number that is already used for an existing to use or use a different check number.
check tracking memory.
E052 CHK/TBL No. is Busy.
Attempt to use the same check number
Use another check number or close the
whilst the specified number is being used check at that terminal.
in the other terminal.
E053 CHK/TBL No. is not
Check number not found
Use the correct check number (if you want
opened.
to reopen a check that already exists in
the check tracking memory) or use <NEW
CHECK> to open a new check.
E054 Out of CHK/TBL No.
Check number range over
Enter correct number.
Range.
E056 Store range full.
All check number are occupied in range. Recall the stored data.
E057 No item exists in detail.
Round repeat cannot be found in detail.
E058 Enter post entry item.
Post entry item has not been registered
Enter Post entry item.
yet.
E059 Press Eat-in or Take-out Press eat-in or take-out key.
Press Eat-in or Takeout key.
key.
**********
Printer offline.
E060 Printer offline.
“****” means ECR logical ID and printer
number.
**********
Printer downed.
The contents are printed on the backup
E061 Printer error.
“****” means ECR logical ID and printer
printer.
number.
**********
Printer downed.
Follow the prompt message.
E061 Printer error.
“****” means ECR logical ID and printer
YES : Retry to print.
number.
NO : Show on the screen.
ESC : Discard data.
**********
Paper near-end/end “****” means ECR
Set new paper.
E062 Printer paper end.
logical ID and printer number.
The contents are printed on the backup
printer.
**********
Paper near-end/end “****” means ECR
Follow the prompt message.
E062 Printer paper end.
logical ID and printer number.
YES : Retry to print.
NO : Show on the screen.
ESC : Discard data.
E064 Printer buffer full.
Print buffer full at sender side
Follow the prompt message.
YES : Retry to print.
NO : Show on the screen.
ESC : Discard data.
**********
Down at target ECR which has printer
E070 Terminal out of action.
“****” means ECR logical ID and printer
Cannot print.
number.
**********
Printer buffer full at target ECR which has Follow the prompt message.
E071 Target terminal printer BF printer
full.
“****” means ECR logical ID and printer
YES : Retry to print.
number.
NO : Show on the screen.
ESC : Discard data.
— 85 —
Prompt message
**********
E072 Target printer terminal is
busy.
**********
E073 Your receipt/order may
not be issued.
YES : Retry to print.
NO : Show on the screen.
ESC : Discard data.
E075 Negative Balance, cannot
be finalized.
E080 Electronic Journal Full
Please clear E-Journal.
E082 ***** Illegal Data *****
E083 Cannot create E-Journal.
Check Flash memory.
**********
E105 Check/TBL tracking
Master down. Please call
Manager!!
YES : Retry for connection.
NO : Remove it from system.
**********
E106 Check/TBL tracking
Backup master down.
Please call Manager!!
YES : Retry for connection.
NO : Remove it from system.
**********
E107 Both Master&Backup
master down. CHK/TBL
tracking or Clerk interrupt
is not available.
**********
E108 CHK/TBL Master is
removed from system.
**********
E109 CHK/TBL Backup master
is removed from system.
E110 CHK data mismatch
between Master and
Backup master.
E130 Middle of Pick up or Loan
Press Cancel Key.
E131 Middle of <Bill Copy>
Press Cancel Key.
E133 Middle of <Media
Change> Press Cancel
Key.
E134 Middle of Clerk Transfer
Press ESC Key.
E136 Middle of Separate Check
Press ESC key.
E139 Not allowed to be negative
by Minus/Coupon key.
E140 Wrong menu.
E141 Press <TRAY TTL> twice
before finalization.
E145 Arrangement syntax error.
Meaning
Busy at target ECR which has printer
“****” means ECR logical ID and printer
number.
Time out at ECR which has printer
“****” means ECR logical ID and printer
number.
Action
Follow the prompt message.
Attempted finalization when balance is
less than zero.
Electronic journal full
Register item(s) until the balance becomes
positive amount.
Reset the electronic journal memory.
Illegal Electronic journal data
Electronic journal file cannot be created.
Check flash memory.
CHK master down
“****” means ECR logical ID.
Follow the prompt message.
CHK BM down
“****” means ECR logical ID.
Follow the prompt message.
CHK M/BM down
“****” means ECR logical ID.
Master down then take it off from system
“****” means ECR logical ID.
Backup master down then take it off from
system
“****” means ECR logical ID.
Data mismatch has occurred.
During picking up
Follow the prompt message.
During bill copy
Follow the prompt message.
During media change
Follow the prompt message.
During clerk transfer
Follow the prompt message.
During separate check
Follow the prompt message.
Credit balance error
Enter proper minus/coupon amount.
This sheet holder is prohibited by program. Set correct sheet holder.
<TRAY TOTAL> key is not pressed twice Follow the prompt message.
before finalization.
Arrangement syntax error
Program the arrangement again.
— 86 —
Prompt message
E150 Incorrect value entry.
E151 Incorrect Key Pressed.
E152 PGM File or Memory
number does not Exist.
E164 Employee No. is not
Found in the Employee
File.
E165 Employee No. is not
Clocking-in.
E166 Employee No. is
Occupied.
E167 Incorrect Job code.
E168 Your Operation is out of
Schedule. Please Call
Manager.
E169 Work Hours Exceeded.
Please Call Manager.
E170 No Shift Remains in the
Schedule. You cannot
Clock-in.
E171 Please Break-out and
Retry.
E172 Break Hours Exceeded.
Please Call Manager.
E173 This employee is at work
now.
E174 This employee is taking a
break now.
E175 Please Clock-in/Breakout before you sign on. or
Please Call Manager.
E176 You cannot Clock-in.
Please reset Employee
Report.
E177 Time&Attendance Data
Communication Error.
Please Call Manager.
E180 IDC FILE (1) memory full.
Please clear IDC data.
E181 IDC FILE (2) memory full.
Please clear IDC data.
E182 IDC FILE (3) memory full.
Please clear IDC data.
E184 OPEN CHK/TBL data
exist.
E185 Item is not active.
E200 Insert CF Card.
E201 Format error.
E203 Insufficient memory.
Meaning
Incorrect entry for PGM
Linking is incorrect.
No such file, no such record
Action
Enter proper value again.
Enter proper key again.
Enter file/record number again.
Employee No. is not set in the Employee
File.
Enter employee number again.
Employee has not done CLOCK-IN
operation yet.
Employee who has done CLOCK-IN
operation attempts to operate CLOCK-IN
again.
Employee attempts to operate CLOCK-IN
with incorrect JOB code.
Employees operate CLOCK-IN/OUT in not
allowance time.
Perform CLOCK-IN operation.
Overtime work.
Follow the prompt message.
Enter the proper employee number again.
Enter proper job code.
Follow the prompt message.
There is no available shift left.
Employee attempts to operate CLOCKOUT whilst he/she is in a break time.
Break hours are exceeded.
Follow the prompt message.
Follow the prompt message.
Employee is at work without break.
Employee who has not done BREAK-OUT
operation attempts to operate BREAK-IN.
Sign on after you clock-in or break out.
Follow the prompt message.
Employee Report has not been reset.
Follow the prompt message.
Time & Attendance Data communication
error.
Follow the prompt message.
IDC FILE (1) memory is full of items.
Follow the prompt message.
IDC FILE (2) memory is full of items.
Follow the prompt message.
IDC FILE (3) memory is full of items.
Follow the prompt message.
Open check/ table data exist while
resetting fixed total.
Registrer non active item.
CF card is not inserted to the slot.
CF card data or formats illegal.
Insufficient memory is remained in CF
card.
E205 The file already exists. Do File name duplication error
you replace?
YES : Replace the file.
NO : Input new name.
E210 Mag Card Reader Error. Magnetic card read error.
E211 Wrong Card Prefix Code. Card prefix code error
— 87 —
Close the opend check/ table data first.
Register active item.
Insert CF card.
Check the CF card.
Format or use a new CF card.
Follow the prompt message.
Swipe the card again.
This card cannot be used.
E212
E213
E215
E240
Prompt message
Card Expired.
Card Validation Failed.
Card Format Error.
Customer No. is occupied.
E241 Customer memory full.
E242 Customer not found.
E243 Illegal Site ID.
E244 Credit limit over.
E251 Magnetic card error.
E252 Enter customer name.
E253 Enter address.
E254 Enter phone number.
MC#nn
E259 Terminal out of order
YES : Retry
NO : Skip
Meaning
Card is expired.
Card validation is failed.
Card format error
Attempt is made to set a customer that
already exists in the customer file.
Customer file becomes full.
This customer does not exist.
The site No. of the file does not coincide
with the No. of the card.
Attempt to transfer when the balance is
over than the credit limit
This card cannot be read.
This card format is illegal.
Comminication error to the machine #nn
during
auto updating scanning PLU.
— 88 —
Action
This card cannot be used.
This card cannot be used.
This card cannot be used.
Enter proper customer No.
Delete unnecessary customer No.
Enter proper customer No.
Swipe the proper magnetic card.
Release credit limit by OPEN2
Make minus, void, or refund operation to
decrease the balance under the credit
limit. Perform finalization or cancellation.
Swipe the magnetic card again.
Swipe the proper magnetic card.
Follow the prompt message.
Follow the prompt message.
Follow the prompt message.
Follow the prompt message.
9-2. Operation prompt
All prompt messages, together with descriptors and symbol characters for displaying / printing are
contained in the list below. These messages cannot be added, modified or deleted.
Prompt message
Data cannot be printed out.
Backup to R/J printer?
Do you want to clear data?
Cancel OK?
Please wait.
Item Consolidation Mode
Non Consolidation Mode
REG Mode
REFUND Mode
REG- Mode
Training
REG2 Mode
Please Sign on.
Enter Check/Table Number.
Enter Table Number.
Enter Number of covers.
Enter Seat Number.
Perform Slip Printing.
Issue Guest Receipt.
Perform Validation Printing.
Perform Check Printing.
Perform Check Endorsement.
Operation Code?
Re_configuration...
Re_configuration end
Clock-in OK?
Clock-out OK?
Break-in OK?
Break-out OK?
Enter cash tip amount and press
<YES> key.
Communication Error
This procedure stops system maximum 60 sec.
OK ?
Enter #
Enter Alphacode!
Items not found!
— 89 —
Meaning
Request to check the X / Z report data which
cannot be printed out.
Confirmation to reset displayed report.
Confirmation of all void operation.
Please wait. ECR now processing.
In the item consolidation mode.
Not in the item consolidation mode.
Mode change : REG mode
Mode change : REF mode
Mode change : REG–mode
Signing on a training operator
Mode change : REG2 mode
The terminal is in signed off.
CHK# compulsory
TBL# compulsory
Covers compulsory
Seat# compulsory
Slip compulsory
GUEST RCT compulsory
VLD compulsory
CHK-PRT compulsory
CHK-END compulsory
Enter secret number for REG 2 mode.
During system reconfiguration
System reconfugiration ends
Time and attendance clock-in operation
Time and attendance clock-out operation
Time and attendance break-in operation
Time and attendance break-out operation
Time and attendance tip declaration compulsory
Communication error during clock-in
Alert before flash memory clear.
Registering Non-add after RC / PD.
To search the appropriate item, enter goods name.
Items cannot be found by item searching.
9-3. System error code
All error codes are contained in the list below. These error codes are displayed or printed on error log report.
Error code
0010
0011
0012
0013
0014
0015
0016
0017
0018
0019
0020
0021
0022
0023
0024
0025
0026
0040
0041
0042
0044
0045
0046
0047
0048
0049
0050
0051
0052
0053
0054
0055
0056
0057
0058
0059
0060
0061
0064
0065
0066
0067
0068
0069
0070
0071
0072
0073
0074
0075
0076
0077
0078
Meaning
Handler access error (software)
Cannot execute handler (system configuration)
Break by PC
Break by ECR
DSR off before receiving command packet
Receive illegal command number of command packet
Receive illegal character
Send error (hardware)
Receive error (hardware)
Receive illegal data packet
No response error
Receive illegal command phase
Received illegal packet
CNET receive error
Illegal termination by sender
Received illegal packet during receiving data packets
Not enough data packets received
No “H”information
No “I”information
No “F”information
Illegal packet format
No file exists
Illegal block
Illegal command packet
Illegal command No. (Not CMD)
Illegal command No. (Not DATA)
Sequence error
Turn off DSR signal
Received cancellation
Retry over while waiting command
Retry over while waiting EOT
Retry over while waiting data
Received EOT
Retry over while waiting ACK
Retry over while sending data
Retry over while waiting “C”
Retry over while sending response
Retry over while excluding
Break end
Error during printing report header
Error during printing report data
Error during printing report data in work file
Error during printing report data in consolidation file
Work file clear error
Consolidation file clear error
Z lock error
Z clear error
Z lock release error
Error during accumulating to consolidation file
Error during copying report data from terminal memory to work
Error during copying stock data to terminal memory
Z lock error on satellite terminal
No appropriate file is exist on satellite terminal during collection/consolidation
— 90 —
Error code
0079
0081
0082
0128
0130
0134
0138
0140
0141
0144
0145
0146
0147
0152
0153
0155
0156
0158
0160
0161
0162
0163
0164
0165
0166
0167
0168
0170
0171
0172
0173
0174
0175
0176
0177
0178
0179
0180
0190
0192
0194
0197
0198
0202
0204
0205
0209
0210
0232
0233
0235
0247
0248
0249
0250
0251
Meaning
Z lock release error on satellite terminal
Check tracking master is removed from system.
Check tracking backup master is removed from system.
Parameter error / Maximum length of send error
Error drive
Network parameter error
Detect error in core system
Parameter error (record length exceeds work buffer)
EOF over
Calculation overflow
Undefined value of n_open () mode
Mismatch of type when closing network
Parameter error
Defined NCB is not network resource
Retry over by the target busy
Sequence error
No port exists
Target port in use
Error while getting priority
Fail to change temporary priority
Error semaphore operation to keep resource
Fail to get new sled
Error while getting semaphore
Error to operate semaphore
Error during delay
Error during termination
Error when resource return
Error during getting task ID
No code is found while search/pick up
Cannot get work buffer
File opened/fail to activate task
No file exists
ITRON service error
Cannot create file
Record number error
Detect error while memory area opening
Detect error while returning mail box / double create error
Detect error while handling memory
RCB is not mail box resource
Error send message ID
Send message length over
Ending response
Time out while waiting for ending response / no receive message
No free FCB
Memory capacity shortage
Fail to create mail box
Cannot find the coincide PCB resource
Cannot find the coincide RCB resource
ID collision when network starts
Cannot find the target ID
Protocol error
Stop token
FTP client can’t open data connection.
FTP client requested file action not taken.
FTP client local error in processing
FTP client syntax error
— 91 —
9-4. CPU Exceptional Error
The functions of the CPU (SH series) include exception handling. If an exception other than reset and
general interrupt (hereafter called “general exception”) occurs, the OS displays a message as shown
below and stops the operation of ECR, because the operation after that cannot be guaranteed.
The example shown below indicates the screen displayed when “reservation instruction code
exception” occurs.
The values of error no., error point and access adrs vary according to errors.
CPU Exceptional Error !!
error no.
180
error point
ffffd47e
access adrs
0
 error no.:
Indicates the exception code of the general exception.
From this code, the operation that causes the general exception is known.
 error point:
Indicates the point on the memory where the operation instruction that causes the above general
exception is located (program counter).
However, an illegal address may be displayed depending on the exception code.
 access adrs:
Indicates the address that is accessed according to the operation instruction that causes the above
general exception.
However, the address is 0 (zero) and has no meaning if the access is not the cause.
 Error Code Correspondence Table
error no. error point
40
Location where error occurs
60
80
A0
Location where error occurs
Location where error occurs
Location where error occurs
C0
Location where error occurs
E0
100
180
Location where error occurs
Location where error occurs
Location where error occurs
1A0
Location where error occurs
access adrs
Description of error
Logical address of comparison source TLB address comparison
results in address mismatch
Logical address of error source
TLB entry is invalid
Logical address of error source
Initial page write exception
Logical address of error source
TLB protection exception
(read)
Logical address of error source
TLB protection exception
(write)
Address of read destination
CPU address error (read)
Address of write destination
CPU address error (write)
0
Reservation instruction code
exception
0
Slot illegal instruction
exception
— 92 —
 Causes of error occurrence
(1) error no. 40: TLB address comparison results in address mismatch
(2) error no. 60: TLB entry is invalid
Description of phenomenon:
The CPU performs a conversion from logical address to physical address when
accessing the external memory.
TLB is what caches that information.
If an error occurs in the process of the caching, a general exception of the CPU occurs.
Possible causes:
A malfunction of the CPU, because this is an internal operation of the CPU.
(3) error no. 80: Initial page write exception
Description of phenomenon:
This exception occurs if the address conversion table of the above TLB is illegally
written.
Possible causes:
A malfunction of the CPU, because this is an internal operation of the CPU.
(4) error no. A0: TLB protection exception (read)
(5) error no. C0: TLB protection exception (write)
Description of phenomenon:
TLB is protected by setting access right. An access that violates the access right causes
one of these exceptions to occur.
Possible causes:
A malfunction of the CPU, because this is an internal operation of the CPU.
(6) error no. E0: CPU address error (read)
(7) error no. 100: CPU address error (write)
Description of phenomenon:
This exception occurs if an illegal address is accessed (read or written).
Possible causes:
• An illegal address is accessed by software (a software bug).
• The address to be accessed has changed due to insufficient charge of the backup
battery for RAM.
(8) error no. 180: Reservation instruction code exception
(9) error no. 1A0: Slot illegal instruction exception
Description of phenomenon:
These exceptions occur when an illegal instruction is performed.
Possible causes:
It is hard to think that this phenomenon is caused by software, because these errors
occur due to an internal operation of the CPU.
This phenomenon is apt to occur when backup of RAM is not performed normally and
the memory has been changed.
It is possible that the data in RAM has become illegal data.
— 93 —
9-5. Booster Error
ERR for XXX nn
XXX:
nn:
INIT…INIT error
IPL…IPL error
Refer to the Error Code Correspondence Table below
Error Code Correspondence Table
Error No.
1
2
3
4
5
6
9
10
99
CF card is not inserted.
CF card is not formatted correctly
FROM erase error
FROM write error
RAM write error
RAM read error
Mismatching MAGIC code
Checksum error
Other
Description of error
A mismatching MAGIC code error may occur;
(1) when BOOTER IPL is complete (ROM data)
(2) after APLI IPL IP data is downloaded to RAM (RAM data)
(3) after writing to APLI IPL FROM is complete (ROM data)
(4) during ROM-to-RAM copying at the time of boot-up (ROM data)
A Check Sum error may occur;
(1) when BOOTER IPL is complete (ROM data)
(2) when APLI IPL is complete (ROM data)
(3) during ROM-to-RAM copying at the time of boot-up (ROM data)
Notes:
Hibernation-realated errors are not displayed. When a Back-up error occurs, perform an INIT-boot up
to launch the APLI.
— 94 —
10. PCB LAYOUT
MAIN PCB (E830-1 PCB)
(TOP VIEW)
— 95 —
MAIN PCB (E830-1 PCB)
(BOTTOM VIEW)
— 96 —
REAR LCD PCB (E830-E22 PCB)
(TOP VIEW)
(BOTTOM VIEW)
TOUCH PANEL PCB (E830-TP PCB)
(TOP VIEW)
(BOTTOM VIEW)
INTERFACE PCB (E830-COM PCB)
— 97 —
LED PCB (E830-E6 PCB)
(TOP VIEW)
INLET PCB (E830-INLET PCB)
(BOTTOM VIEW)
MIC PCB (E830-MIC PCB)
— 98 —
11. CIRCUIT DIAGRAM
MODEL : QT-6600
(EX-830)
CONTENTS
1. MAIN PCB CIRCUIT
2-1.MAIN PCB CIRCUIT (1/13) CPU BLOCK ..................................................................100
2-2.MAIN PCB CIRCUIT (2/13) GRAPHIC CONTROL BLOCK ......................................101
2-3.MAIN PCB CIRCUIT (3/13) LCD I/f BLOCK ..............................................................102
2-4.MAIN PCB CIRCUIT (4/13) VRAM BLOCK ...............................................................103
2-5.MAIN PCB CIRCUIT (5/13) MAIN MEMORY BLOCK ...............................................104
2-6.MAIN PCB CIRCUIT (6/13) FROM & BUFFER BLOCK ............................................105
2-7.MAIN PCB CIRCUIT (7/13) GATE ARRAY BLOCK ...................................................106
2-8.MAIN PCB CIRCUIT (8/13) LAN & SOUND BLOCK .................................................107
2-9.MAIN PCB CIRCUIT (9/13) CF-CARD I/F BLOCK ....................................................108
2-10.MAIN PCB CIRCUIT (10/13) RS232C I/F BLOCK ..................................................109
2-11.MAIN PCB CIRCUIT (11/13) I/O CONTROL BLOCK............................................... 110
2-12.MAIN PCB CIRCUIT (11/13) POWER SOURCE BLOCK........................................ 111
2-13.MAIN PCB CIRCUIT (11/13) PWD/RESET & BATTERY BLOCK............................ 112
2. REAR LCD PCB CIRCUIT ....................................................................................................... 113
3. TOUCH PANEL PCB CIRCUIT ................................................................................................ 114
4. INTERFACE PCB CIRCUIT ..................................................................................................... 115
5. LED PCB CIRCUIT .................................................................................................................. 116
6. INLET PCB CIRCUIT ............................................................................................................... 117
7. MIC PCB CIRCUIT................................................................................................................... 118
— 99 —
External RTC
CASIO COMPUTER CO.,LTD.
— 100 —
Model
QT-6600
(EX-830)
PWB No.
E830-1
PWB Name
MAIN BOARD (1/13)
Name
CPU BLOCK
CASIO COMPUTER CO.,LTD.
— 101 —
Model
QT-6600
(EX-830)
PWB No.
E830-1
PWB Name
MAIN BOARD (2/13)
Name
GRAPHIC CONTROL BLOCK
CASIO COMPUTER CO.,LTD.
— 102 —
Model
QT-6600
(EX-830)
PWB No.
E830-1
PWB Name
MAIN BOARD (3/13)
Name
LCD I/F BLOCK
CASIO COMPUTER CO.,LTD.
— 103 —
Model
QT-6600
(EX-830)
PWB No.
E830-1
PWB Name
MAIN BOARD (4/13)
Name
VRAM BLOCK
CASIO COMPUTER CO.,LTD.
— 104 —
Model
QT-6600
(EX-830)
PWB No.
E830-1
PWB Name
MAIN BOARD (5/13)
Name
MAIN MEMORY BLOCK
CASIO COMPUTER CO.,LTD.
— 105 —
Model
QT-6600
(EX-830)
PWB No.
E830-1
PWB Name
MAIN BOARD (6/13)
Name
FROM & BUFFER BLOCK
CASIO COMPUTER CO.,LTD.
— 106 —
Model
QT-6600
(EX-830)
PWB No.
E830-1
PWB Name
MAIN BOARD (7/13)
Name
GATE ARRAY BLOCK
CASIO COMPUTER CO.,LTD.
— 107 —
Model
QT-6600
(EX-830)
PWB No.
E830-1
PWB Name
MAIN BOARD (8/13)
Name
LAN & SOUND BLOCK
CASIO COMPUTER CO.,LTD.
— 108 —
Model
QT-6600
(EX-830)
PWB No.
E830-1
PWB Name
MAIN BOARD (9/13)
Name
CF-CARD I/F BLOCK
CASIO COMPUTER CO.,LTD.
— 109 —
Model
QT-6600
(EX-830)
PWB No.
E830-1
PWB Name
MAIN BOARD (10/13)
Name
RS232C I/F BLOCK
CASIO COMPUTER CO.,LTD.
— 110 —
Model
QT-6600
(EX-830)
PWB No.
E830-1
PWB Name
MAIN BOARD (11/13)
Name
I/O CONTROL BLOCK
CASIO COMPUTER CO.,LTD.
— 111 —
Model
QT-6600
(EX-830)
PWB No.
E830-1
PWB Name
MAIN BOARD (12/13)
Name
POWER SOURCE BLOCK
CASIO COMPUTER CO.,LTD.
— 112 —
Model
QT-6600
(EX-830)
PWB No.
E830-1
PWB Name
MAIN BOARD (13/13)
Name
PWD/RESET & BATTERY BLOCK
CASIO COMPUTER CO.,LTD.
— 113 —
Model
QT-6600
(EX-830)
PWB No.
E830-E22
PWB Name
REAR LCD PCB
Name
CUSTOMER DISPLAY BORAD
CASIO COMPUTER CO.,LTD.
— 114 —
Model
QT-6600
(EX-830)
PWB No.
E830-TP
PWB Name
TOUCH PANEL PCB
Name
TOUCH PANEL I/F BORAD
CASIO COMPUTER CO.,LTD.
Model
PWB No. PWB Name
QT-6600 (EX-830) E830-COM
INTERFACE
— 115 —
PCB
Name
COM BORAD
CASIO COMPUTER CO.,LTD.
Model
PWB No.
QT-6600 (EX-830) E830-E6
PWB Name
— 116 —
LED PCB
Name
LED/SW BORAD
CASIO COMPUTER CO.,LTD.
Model
PWB No. PWB Name
QT-6600 (EX-830) E830-INLET
INLET
— 117 —
PCB
Name
INLET BOARD (DC IN)
CASIO COMPUTER CO.,LTD.
Model
PWB No. PWB Name
QT-6600 (EX-830) E830-MIC
MIC
— 118 —
PCB
Name
MICROPHONE BOARD
12. PARTS LIST
MODEL : QT-6600
(EX-830)
CONTENTS
QT-6600
EXPLODED VIEW ................................................................................................................120
1. MAIN PCB BLOCK................................................................................................................121
2. FINAL ASSY BLOCK.............................................................................................................125
3. U-CASE ASSY BLOCK .........................................................................................................125
4. REAR DISPLAY BLOCK .......................................................................................................125
5. LCD CHASSIS BLOCK .........................................................................................................125
6. B-CASE ASSY BLOCK .........................................................................................................126
7. OTHER..................................................................................................................................126
DRAWER
8. DRAWER M type (DL-2434/DL-2808/DL-2809/DL-2810) ....................................................127
9. DRAWER L type (DL-3622) .................................................................................................129
10. DRAWER L type (DL-3623) .................................................................................................131
NOTES :
1. Price and specifications are subject to change without prior notice.
2. As for spare parts order and supply, refer to the “GUIDEBOOK for Spare Parts Supply”, published
separately.
3. The numbers in item column corespond to the same numbers in drawing.
4. CASIO does not supply the spare parts without parts code.
5. Remarks
Q'ty : Quantity used per unit
RANK: A = Essential
B = Stock recommended
C = Less recommended
X = No stock recommended
— 119 —
EXPLODED VIEW (QT-6600)
11
20
12
10
29
28
9
S6
21
30 29
S7
2 turn
30
27
26
S5
18
16
17
7
13
S7
14
S8
58
S7
55
22
22-1
23-1
23-1
S2
S4
6
22-1
52
S12
S12
5
33
61
S4
34
32
3
S10
31
43
35
54
52
52
4
S3
33
34
S1
S7
8
S4
S9
53
59
60
23
23
2
57
Screw(S11)
56
22
S11
WASHER
15
S7
S6
S6
19
S7
S10
39
42
48
X16
47
S10
24
62
S9
S5
49
25
40
1
38
41
36
44
46 37
51
45
S5
Cable tie
150mm
— 120 —
50
1 QT-6600C
2 QT-6600B
3 QT-6600BD
N
Item
1. MAIN PCB BLOCK
1
IC1
IC2
IC3
IC4
IC5
IC6,IC7
IC8,IC9
IC10
IC11,IC45
IC12
IC13,IC14
IC15
IC16
IC17
IC18
IC19
IC20,IC21
IC22,IC23
IC24-IC29
IC30
IC31
IC32
IC33
IC34
IC36
IC37
IC38,39
IC42
IC43
IC44
IC40,IC41,46
R1,R12,R314,R363,R428
R2-R6,R8,R14,R28,R31,
R37,R284-R287,
R289-R291,R313,R320,
R321,R329,R339,R346,
R348,R355,R356,R358,
R360,R365,R366,R368,
R372,R373,R377,R378,
R394,R397,R433,R434,
R441,R448,R452
R7,R11,R13,R15,R18,
R20,R21,R33,R38,R40,
R56,R65,R80,R81,R167,
R169,R171-R174,R194,
R207,R208,R227-R229,
R241,R243,R257-R261,
R274-R277,R293-R295,
R328,R364,R367,R370,
R371,R374-R376,R385,
R386,R432,R437,R449,
R450,R453-R459
R9,R34,R57,R340,R342,
R383,R384,R436,R446
1
Q'ty
2
3
RJE502811*001V01
BA33DD0WHFP-TR
RV5C348A-E2-FB
R5S77631AY266BGV
MB86276PB-G-ZE1
SN75LVDS83DGGR
MT48LC4M16A2P-75:G
HYB25DC256163CE-5
BD3533HFN-TR
S29GL256P90TFCR20
S29GL256P90TFCR2AA
SN74ALVCH16245DGGR
UPD65945GJP16-JEUA
LAN9115-MT
MSM9841G3-2K
SN74LVC1G97DCK3
BD7830NUV-TR
SN74LVC245APWR
SN74LV244APWR
MAX3243ECPWR
SN74AHCT08PWR
UPD70F3728GC-8BT-A
PQ025ENAHZPH
PQ018ENA1ZPH
BD9130NV-E2
XC6215B332MR
SN74AHCT1G08DCKR
LM2676SX-ADJ/NOPB
SN74ALVC08PWR
SN74LV14APWR
SN74LV10APWR
XC6108N33AMR
WR06X000PTL
1
1
1
1
1
1
2
2
1
2
1
2
1
1
1
1
1
2
2
6
1
1
1
1
1
1
1
2
1
1
1
2
5
1
1
1
1
1
1
2
2
1
2
1
2
1
1
1
1
1
2
2
6
1
1
1
1
1
1
1
2
1
1
1
2
5
1
1
1
1
1
1
2
2
1
2
1
2
1
1
1
1
1
2
2
6
1
1
1
1
1
1
1
2
1
1
1
2
5
RESISTOR/CHIP
WR06X103JTL
42
42
42
RESISTOR/CHIP
WR04X563JTL
63
63
63
RESISTOR/CHIP
WR06X102JTL
9
9
9
Code No.
Parts Name
10322428
10261121
10275575
10315229
10315230
10316453
10272416
10315231
PCB ASSY/E830-1
IC
IC
LSI
LSI
IC
SDRAM
SGRAM
IC
FLASH MEMORY
FLASH MEMORY
IC/CMOS
LSI
LSI
LSI
IC
IC
IC/CMOS
IC/CMOS
IC
IC/CMOS
LSI
IC
IC
LSI
IC
IC
IC
IC/CMOS
IC/CMOS
IC/CMOS
IC
RESISTOR/CHIP
10315232
10319163
10166803
10205905
10272413
10213989
10147316
10316452
10105408
10005721
10295605
10105416
10315233
10316455
10319145
10316450
10275573
10116986
10166805
21056580
10007179
10316456
— 121 —
Specification
Price
Rank
Code
EU
AH
AC
DD
CJ
BO
BR
BB
A
C
C
C
C
C
C
C
CH
CL
BF
BU
BN
BG
AB
AP
AA
AF
AW
AC
BJ
AP
AL
AZ
AE
AA
C
C
C
C
C
C
C
C
C
C
C
C
C
C
C
C
C
C
AH
AC
AC
AD
C
C
C
C
1 QT-6600C
2 QT-6600B
3 QT-6600BD
N
Item
R10,R22,R166,R168,
R170,R205,R282,
R417-R420,R423
R16,R17,R19,R25,R26,
R300
R23,R24,R410,R415
R27,R302,R303
R35,R47-R49,R186,R312
R36,R39,R43,R44,R50,
R317,R347,R349-354,
R357,R361,R362,R369,
R379,R380,R388,R391,
R392,R395,R398,R438,
R442
R41,R318,R338,R381,
R382,R396,R431
R42
R45,R429
R46,R407
R206
R288,R344
R296-R299,R301,
R304-R307
R315,R327,R330,R337,
R345
R316,R430
R319
R322-R325
R326
R331,R332,R336
R333
R334
R335,R341,R343
R359,R445
R387,R389,R390,R393,
R400
R408
R412
R416
R435
R443
R447
R399,R403
RM1-,RM4,RM8-RM15,
RM65-RM69,RM82,
RM88-RM95,RM97,RM98
RM5-RM7,RM96,
RM99-RM103
RM16-RM27,RM32,
RM37-RM44,
RM72,RM127-RM132,
RM163-RM168
RM28-RM31,RM33-RM36,
RM53,RM62,
RM104-RM126,
RM141-RM158
Code No.
Parts Name
Specification
1
Q'ty
2
3
RESISTOR/CHIP
WR06X100JTL
9
9
9
RESISTOR/CHIP
WR06X220JTL
6
6
6
RESISTOR/CHIP
RESISTOR/CHIP
RESISTOR/CHIP
WR06X1001FTL
WR06X201JTL
WR06X430JTL
4
3
6
4
3
6
4
3
6
RESISTOR/CHIP
WR06X101JTL
26
26
26
RESISTOR/CHIP
WR06X104JTL
7
7
7
RESISTOR/CHIP
RESISTOR/CHIP
RESISTOR/CHIP
RESISTOR/CHIP
RESISTOR/CHIP
WR06X221JTL
WR06X5602FTL
WR06X1502FTL
WR04X101JTL
WR06X222JTL
1
2
2
1
2
1
2
2
1
2
1
2
2
1
2
RESISTOR/CHIP
WR06X510JTL
9
9
9
RESISTOR/CHIP
WR06X105JTL
5
5
5
RESISTOR/CHIP
RESISTOR/CHIP
RESISTOR/CHIP
RESISTOR/CHIP
RESISTOR/CHIP
RESISTOR/CHIP
RESISTOR/CHIP
RESISTOR/CHIP
RESISTOR/CHIP
WR06X1202FTL
WR06X1242FTL
WR06X49R9FTL
WR06X10R0FTL
WR06X203JTL
WR06X333JTL
WR06X223JTL
WR06X473JTL
WR06X472JTL
2
1
4
1
3
1
1
3
2
2
1
4
1
3
1
1
3
2
2
1
4
1
3
1
1
3
2
RESISTOR/CHIP
WR06X123JTL
5
5
5
RESISTOR/CHIP
RESISTOR/CHIP
RESISTOR/CHIP
RESISTOR/CHIP
RESISTOR/CHIP
RESISTOR/CHIP
RESISTOR/CHIP
WR06X2702FTL
WR06X3481FTL
WR06X1801FTL
WR06X474JTL
WR25X2R2JTL
WR06X6203FTL
ERX2SJ4R7P
1
1
1
1
1
1
2
1
1
1
1
1
1
2
1
1
1
1
1
1
2
MODULE-R
WA06X103JTL
28
28
28
MODULE-R
WA06X563JTL
9
9
9
REGISTOR ARRAY
WA04X510JTL
34
34
34
REGISTOR ARRAY
WA04X220JTL
50
50
50
— 122 —
Price
Rank
Code
1 QT-6600C
2 QT-6600B
3 QT-6600BD
N
Item
RM45-RM52,RM55,RM58,
RM61,RM64,RM133,
RM160-RM162
RM54,RM57,RM60,RM63,
RM159
RM56,RM59,RM70,RM71,
RM73,RM74,RM78-RM81,
RM84-RM87,
RM134-RM140
C1-C3,C5-C10,C13-C22,
C24-C35,C40,C41,
C44-C48,C50,C52-C55,
C57-C59,C61,C63,
C65-C75,C81-C83,
C88-C96,C98-C104,
C106-C113,C115-C124,
C129-C144,C148,
C150-C155,C157,C158,
C163,C166,C168-C170,
C172-C179,C188-C190,
C199,C201-C204,C206,
C207,C215-C217,C224,
C
C4,C49,C51,C56,C60,
C62,C64,C76,C87,C186,
C206,C274,C282,C307
C11,C12
C23,C86,C146,C161,
C164,C177,C181,C275,
C279,C281,C287,C303
C36,C37,C42,C43,
C77-C80,C97,C105,
C114,C123,C145,C162,
C165,C171,C194,C208,
C263,C264,C271,C272,
C278,C297
C38,C39,C127,C128,
C159,C160
C84,C149,C156,C180,
C183,C187,C198,C205,
C246,C258,C283,C324,
C327-C331
C85
C125,C192,C200,C261,
C266,C268,C315
C126,C191,C193,
C195-C197,C209-C214,
C218-C223,C225-C230,
C234-C239,C248,
C295,C296,C299
C167,C244,C251-C257,
C270,C285,C301,C302,
C312,C318-323
C182,C276
C184,C185
C262,C269,C273,C277,
C289,C293
C265
Code No.
Parts Name
Specification
1
Q'ty
2
3
REGISTOR ARRAY
WA06X000PTL
16
16
16
REGISTOR ARRAY
WA06X510JTL
5
5
5
REGISTOR ARRAY
WA06X330JTL
21
21
21
CAPACITOR/CHIP
0402F104Z160CT
162 162 162
CAPACITOR/CHIP
0603B102K500CT
14
14
14
CAPACITOR/CHIP
0603N1R0J500LT
2
2
2
CAPACITOR/CHIP
0603B103K500CT
12
12
12
CAPACITOR/CHIP
1206X106K100CT
24
24
24
CAPACITOR/CHIP
0603N180J500LT
6
6
6
CAPACITOR/CHIP
RE3-16V101ME3#
17
17
17
CAPACITOR/CHIP
RE3-50V330ME3#
1
1
1
CAPACITOR/CHIP
0805B105K160CT
8
8
8
CAPACITOR/CHIP
0603B104K250CT
34
34
34
CAPACITOR/CHIP
0603N101J500LT
19
19
19
CAPACITOR/CHIP
CAPACITOR/CHIP
0603B223K250CT
0603B682J500CT
2
2
2
2
2
2
CAPACITOR/CHIP
1206X226K6R3CT
6
6
6
CAPACITOR/CHIP
— 123 —
0603N561J500LT
1
1
1
Price
Rank
Code
1 QT-6600C
2 QT-6600B
3 QT-6600BD
N
Item
C284,C286
C267,C288
C290-C292
C305
C332
D5,D6
D3,D4,D11-D15,D18
D9
D10
D20
D16,D19,D21
D1,D2,D17
Q1,Q6,Q21
Q2
Q4,Q5
Q7,Q8,Q11
Q9,Q10
Q12
Q15
Q22
L1-L5
L10
L11
L12
X1,X3
X2
X4,X5
X6
X7
X8
X9
CN1
CN2
CN3
CN4
CN5
CN6
CN7
CN8-C10
CN11
CN12
CN13
CN14
CN15,CN16
CN17
CN18
CN20
CN21
CN601
SW1
FU1
TH1
Code No.
23902058
10009218
23902436
10157825
23903042
25902697
10275630
22501601
10241779
10222619
10074503
10316487
10316493
10275638
10274190
10316492
10120086
10295617
10316460
10316486
10316490
10275821
10316491
10275640
10316461
10316459
10275637
10275635
10074494
10316496
10225980
Parts Name
CAPACITOR/CHIP
CAPACITOR/CHIP
CAPACITOR/CHIP
CAPACITOR/CHIP
CAPACITOR/CHIP
DIODE
DIODE
DIODE/CHIP
DIODE/CHIP
DIODE
DIODE
DIODE/CHIP
TRANSISTOR/CHIP
TRANSISTOR/CHIP
TRANSISTOR/CHIP
TRANSISTOR/CHIP
TRANSISTOR/CHIP
TRANSISTOR/CHIP
COIL
COIL
COIL
COIL
C-002RX-8.3/10-LF
RESONATOR
RESONATOR
RESONATOR
MA-406-25M-10/50
RESONATOR
RESONATOR
CONNECTOR
CONNECTOR
CONNECTOR
CONNECTOR
CONNECTOR
CONNECTOR
CONNECTOR
CONNECTOR
CONNECTOR
CONNECTOR
CONNECTOR
CONNECTOR
CONNECTOR
CONNECTOR
CONNECTOR
CONNECTOR
CONNECTOR
CONNECTOR
SWITCH
FUSE
THERMISTOR
— 124 —
Specification
0603B104K500CT
GRM31CB31H475KA12L
RJ3-16V471MH3#
RE3-16V220ME3#
RJ4-50V102MI6#
1SR154-400TE25
1SS400TE61
RB050L-40TE25
RB095B-40TL
RB160M-40TR
RB520G-30T2R
RB521S-30TE61
DTC114EETL
2SA2094TLQ
RTL020P02TR
RTF010P02TL
RTR020N05TL
DTA124EETL
2SC4617TLQ
RSS090P03TB
DLP31SN551ML2L
CDRH4D28CNP-3R2N
CDRH127/LDNP-680MC
CDRH127/LDNP-270MC
C-002RX-8.3/10-LF
80AC243ET33.33330
80AC243ET14.31818
CSTCE8M00G55-R0
MA-406-25M-10/50
CSTCR5M64G53-R0
CSTCR5M00G55-R0
DF14A20P1.25H(26)
A2001WV2-5P
A2001WV2-9P
08B1-1X1T-06-F
A1501WV0-4P
FCN-568H050-G/A3
HLW30S-2C7LF
ID9P33E4GX28LF
A1251WV0-8P
A1501WV0-2P
A1501WV0-5P
A1501WV0-3P
A2507WV2-3P
LNB0508BC-6
A3963WV2-4P
A2001WV2-2P
A1251WV0-2P
FCN-560HAC
DTSA-65R-V
230.600MXP
NCP18WM154J03RB
1
2
2
3
1
1
2
8
1
1
1
3
3
3
2
2
3
2
1
1
1
5
1
1
1
2
1
2
1
1
1
1
1
1
1
1
1
1
1
3
1
1
1
1
2
1
1
1
1
1
1
1
1
Q'ty
2
2
2
3
1
1
2
8
1
1
1
3
3
3
2
2
3
2
1
1
1
5
1
1
1
2
1
2
1
1
1
1
1
1
1
1
1
1
1
3
1
1
1
1
2
1
1
1
1
1
1
1
1
3
2
2
3
1
1
2
8
1
1
1
3
3
3
2
2
3
2
1
1
1
5
1
1
1
2
1
2
1
1
1
1
1
1
1
1
1
1
1
3
1
1
1
1
2
1
1
1
1
1
1
1
1
Price
Rank
Code
AA
AA
AC
C
C
C
AA
AA
AA
C
C
C
AD
C
AA
AO
C
C
AD
C
AB
C
AP
AA
AA
AT
AA
BN
AE
AP
AE
AA
AA
AA
AA
AM
AA
AA
AA
AP
AB
AH
C
C
C
C
C
C
C
C
C
C
C
C
C
C
C
C
C
C
B
B
1 QT-6600C
2 QT-6600B
3 QT-6600BD
N
Item
Code No.
2. FINAL ASSY BLOCK
2
3
10315558
4
10315559
5
10315560
6
S1
S2
S3
S4
3. U-CASE ASSY BLOCK
10315480
7
10244159
8
10313710
9
10315482
10
10315483
11
10315484
12
10315485
13
10315486
14
10322431
15
10315493
16
10322433
17
10315540
18
10172645
19
10172644
19
10322440
20
10073671
21
10324072
22
10324073
23
10344325
22-1
10344298
23-1
10320791
24
10320744
25
S5
S6
S7
S8
4. REAR DISPLAY BLOCK
10320304
26
10322438
27
10315545
28
10315518
29
10315519
30
S7
10322439
5. LCD CHASSIS BLOCK
10315500
31
10315228
32
10315501
33
10315502
34
10315529
35
10322430
36
10322432
37
10315533
38
10322429
39
10315503
40
10315504
41
Parts Name
Specification
1
Q'ty
2
3
Price
Code
Rank
AL
AT
AN
C
C
C
CA
DR
AL
AV
AD
AK
AK
AL
AN
AM
CZ
CR
CS
CS
DN
AD
AF
AD
C
A
C
C
C
C
C
C
A
C
A
X
A
A
C
X
C
C
C
C
C
C
BASE/CF
COVER/CF
COVER/CF
COVER/HNG
COVER/CONNECTOR
SCREW
SCREW
SCREW
SCREW
RJE502783-001V01
RJE502784-001V01
RJE502802-001V01
RJE502771-001V01
RJE502770-001V01
S-BDMA-3X10B3
S-BDMA-3X22B3
S-BDPT-3X20NI
S-BDMA-3X8B3
1
1
1
1
1
9
1
2
4
1
1
1
1
1
9
1
2
4
1
1
1
1
1
9
1
2
4
CASE/UPPER
TOUCH-PANEL
PLATE/CASIO
RUBBER/MCR
LENS/LED
COVER/DALLAS
BUTTON/DP
HOLDER/DP SW
PCB ASSY/E830-E6
EARTH/MIC
PCB ASSY/E830-MIC
CHASSIS/T E830
BATTERY/NIH
BATTERY/NIH
ASSY/DALLAS
FERRITE CORE
CUSHION/TP/S
CUSHION/TP/L
SPACER/TP/S
SPACER/TP/L
SUB ASSY/E6 CABLE
SUB ASSY/MIC CABLE
SCREW
SCREW
SCREW
BIND-SCREW
RJE502768-001V01
N010-0527-T841
RJE501249-002V01
RJE502782-001V01
RJE502785-001V01
RJE502788-001V01
RJE502786-001V01
RJE502787-001V01
RJE502823*001V01
RJE502793-001V01
RJE502825*001V01
RJE502776-001V01
HHR-21HL3G1C
HHR-21HL3G1B
RJE502827*001V01
TR-20-10-10
RJE502978-1
RJE502978-2
RJE503285-002V01
RJE503285-001V01
RJE502855*001V02
RJE502848*001V02
S-BDMA-3X5Z3
RJE502796-001V01
S-BDPT-3X8Z3
S-BDMA-3X6Z3
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
2
2
2
2
1
1
1
8
21
1
2
2
2
2
1
1
1
8
21
1
1
1
2
2
2
2
1
1
1
8
21
1
LCD-UNIT
PCB ASSY/E830-E22
EARTH/R-DP P
CUSHION/R-DP
CUSHION/R-DP
SCREW
ASSY/CONNECTOR
JIC-MSGF11421-02
RJE502819*001V01
RJE502778-001V01
RJE502795-001V01
RJE502795-002V01
S-BDPT-3X8Z3
RJE500744*002V02
1
1
1
2
2
2
1
1
1
1
2
2
2
1
1
1
1
2
2
2
1
DG
BK
AL
AB
AA
A
A
C
C
C
AH
C
SUB ASSY/CHASSIS/L-P
LCD-UNIT
CUSHION/LCD
CUSHION/LCD
CHASSIS/CON
PCB ASSY/E830-COM
PCB ASSY/E830-INLET
INV-UNIT
PCB ASSY/E830-TP
INSULATOR/INV
INSULATOR/LAN
RJE502780*001V01
NL10276BC30-32D
RJE502794-001V01
RJE502794-002V01
RJE502779-001V01
RJE502822*001V01
RJE502824*001V01
QF133V2.00S
RJE502821*001V01
RJE502792-001V01
RJE502797-001V01
1
1
2
2
1
1
1
1
1
1
1
1
1
2
2
1
1
1
1
1
1
1
1
1
2
2
1
1
1
1
1
1
1
DJ
EJ
AH
AG
AT
BV
AU
DB
CQ
AC
AA
X
A
C
C
X
A
A
A
A
C
C
— 125 —
1
1 QT-6600C
2 QT-6600B
3 QT-6600BD
N
Item
42
43
44
45
46
47
48
49
50
51
52
62
S5
S9
S10
6. B-CASE ASSY BLOCK
53
54
55
56,57
58
59
60
S7
S9
S11
S12
7. OTHER
61
Code No.
Parts Name
10315505
10323591
10315507
10315536
10078854
10320743
10320742
10319153
10320792
10315488
Specification
1
Q'ty
2
3
Price
Code
Rank
C
A
C
C
C
C
C
C
C
C
CABLE SUB ASSY/LVDS
POWER-SW-ASSY
HOLDER/BAT
CABLE SUB ASSY/DRW
JOINER/FFC A-E27
CABLE SUB ASSY/TP
CABLE SUB ASSY/INV1
CABLE SUB ASSY/SOUND
CABLE SUB ASSY/FG
CABLE SUB ASSY/MCR
TAPE/DOUBLE
10322434 BATTERY ASSY
SCREW
SCREW
SCREW
55600368 TIE/CABLE
RJE502817*001V01
RJE502826*001V01
RJE502789-001V01
RJE502844*001V01
E441341-1
RJE502847*001V02
RJE502846*001V02
RJE502880*001V01
RJE502700*001V02
RJE502849*001V01
RJE503028-1
TK-RJE502843*001
S-BDMA-3X5Z3
S-BDMA-3X8Z3
S-PASWMA-3X5Z3
T-18S
1
1
1
2
1
1
1
1
1
1
4
1
12
7
4
2
1
1
1
2
1
1
1
1
1
1
4
1
12
7
4
2
1
1
1
2
1
1
1
1
1
1
4
1
12
7
4
2
BN
BH
AK
AV
AE
AI
AI
AG
AH
AQ
AA
X
10315511
10315512
10315513
10322435
10315515
10315517
10316800
RJE502769-001V01
RJE502775-001V01
RJE502790-001V01
RJE502842*001
RJE502806-001V01
RJE502777-001V01
RJE502798-001V01
S-BDPT-3X8Z3
S-BDMA-3X8Z3
S-WBPT-3X6Z3
S-BDPT-4X10Z3
W-6X11.5X0.8Z3
1
1
1
1
3
1
1
1
2
3
4
3
1
1
1
1
3
1
1
1
2
3
4
3
1
1
1
1
3
1
1
1
2
3
4
3
CJ
DE
AH
AU
AA
BU
AC
C
X
C
C
C
C
C
RJE502722*002V01
SO1330A
1
1
1
1
1
1
DH
DG
C
A
CASE/REAR
CHASSIS/HNG
COVER/MCR E830
SPEAKER ASSY
CUSHION/SP
PLATE/R-DP
TAPE/HIMELON
SCREW
SCREW
SCREW
SCREW
WASHER
10322436 STAND ASSY
10315551 ADAPTOR/AC
— 126 —
A
8. DRAWER M type (DL-2434/DL-2808/DL-2809/DL-2810)
S5
S5
3
S6
5
22
6
21
23
S1
5
1
5
7
S4
8
4
2
S1
23
9
10
DL-2808/DL-2809
S3
DL-2434
S3
S2
S3
S2
13
S2
S2
11
S2
12
S2
12
11
14
14
20
18
13
S2
11
16
S2
13
S2
12
DL-2810
20
17
19
— 127 —
20
15
1
2
3
4
DL-2434
DL-2808
DL-2809
DL-2810
N
Item
Code No.
1
2
3
4
5
6
7
8
9
10
10
10
11
12
13
14
15
16
17
18
19
20
21
22
22
23
10203171
10167366
10223071
55000619
52000106
10201065
10203374
10292500
10308830
10296572
10296610
10230104
10276626
10194233
10298565
10298566
10298559
10298560
10298554
10298556
10298555
10203587
10120524
10120525
10317100
10230100
54400399
10079066
S1
S2
S3
S4
S5
S6
10203582
10079065
10316728
10316729
10120526
Parts Name
Specification
1
4
4
1
1
4
1
1
1
1
1
Q'ty
2 3
4 4
4 4
1 1
1 1
4 4
1 1
1 1
1 1
1 1
4
4
4
1
1
4
1
1
1
1
CASE/FOOT RUBBER
RUBBER/FOOT
SUB ASSY/BOX
SUB ASSY/DRAWER
ROLLER/DELRIN
RIVET
SPRING/EARTH
LOCK/CYLINDER
PANEL/FRONT
ASSY/BILL COIN CASE
ASSY/BILL COIN CASE
ASSY/BILL COIN CASE
SUB ASSY/BILL HOLDER
SPRING/BILL HOLDER
PLATE/BILL HOLDER
CASE/BILL
CASE/BILL COIN
CASE/COIN
CASE/COIN
SEPARATER/COIN
SEPARATER/COIN
SEPARATER/BILL
CHASSIS/BOTTOM
LOCK ASSY
LOCK ASSY
RUBBER/DUMPER
SUB ASSY/FG LEAD
WASHER
WASHER
NUT
RJE500667-001V02
RJE501204-001V01
RJE502877*001V01
E341274*002V04
DR-19B1
5x30
E412092-001
CL-23
RJE501385-002V01
RJE501368*007V01
RJE501368*004V01
RJE501368*006V01
E341290*002V04
E441357-001V03
E240845-001V02
E140505-002V03
RJE500367-002V02
RJE500217-002V02
RJE500284-002V02
RJE500216-002V02
RJE500285-002V02
RJE500219-002V02
RJE501384-001V01
RJE500567*001V01
RJE500567*002V01
RJE502883-001V01
RJE500104*001V03
W-ET4Z3
6x13x1.0 ZMC-3
6 ZMC-3
1
4
1
1
4
2
SCREW
SCREW
SCREW
SCREW
SCREW
SCREW
3x6 Ni
3x8 ZMC-3
3x5 Ni
S-WBST-4x8Z3
S-WBST-3x6Z3
4x5 ZMC-3
2 2 2 2
3 3 3 3
5 4 4 4
4 4 4 4
11 11 11 11
3 3 3 3
— 128 —
5
5
1
1
1
4
4
1
1
1
4
4
1
1
4
4
1
1
1
1
6
6
3
1
1
3
1
3
1
1
4
1
1
4
2
1
4
1
1
4
2
4
1
1
4
2
1
4
4
1
1
Price
R
code
AD C
AD C
BQ
AF
AA
AC
AZ
BD
CE
BW
CH
AC
AA
AK
BK
BQ
AY
AV
AA
AB
AB
BM
BV
CD
AA
AC
C
B
X
X
C
X
B
B
B
B
B
B
C
C
C
C
B
B
B
X
C
C
C
X
AA
AA
X
X
X
AA
X
X
X
X
9. DRAWER L type (DL-3622)
4
21 22 23 24 25 26 27
5
28 29 30 31
31
6
40
39
7
8
10
1
9
37
2
15
16
10
3
13
12
14
11
34
33
20
35
19
41
32
38
18
17
36
36
35
34
— 129 —
DL-3622 (L type)
N Item
N
N
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
18
19
20
21
22
23
24
25
26
27
28
29
30
31
32
33
34
35
36
37
38
39
40
41
Code No.
1907 7272
1906 0672
9487 0383
1907 9613
1907 0223
1902 7112
1902 7076
1902 6829
1907 0234
1902 6842
1906 0679
1902 6992
1907 7930
1906 0680
1906 4150
5580 1452
1032 6937
1906 0684
1902 7027
1907 7928
1906 0685
1907 7926
1907 7925
1907 7924
1907 7923
1902 6991
9487 0385
6221 4902
6221 4904
1902 6987
1902 7093
1907 7922
1906 0689
1902 7046
1907 0234
1906 0691
1907 7920
1902 6214
1907 7943
1907 7942
1907 9615
Parts Name
LOCK ASSY
NUT
LABEL
WIRE/FG
CONNECTOR
GROMET
SPRING
RUBBER/DAMPER
SCREW/TAPPING
ROLLER/DERLIN
DRAWER SUB ASSY
LEVER/OPEN
SPRING/OPEN LEVER
SCREW/TAPPING
RIVET
RING/CS
PANEL/FRONT
SCREW/TAPPING
KEY/CYLINDER
CLIP
CASE/BILL
CASE/COIN
PLATE/BILL PARTITION
PLATE/COIN PARTITION
HOLDER/PARTITION PLATE
PLATE/BILL HOLDER FIXING
STOPPER/BILL HOLDER
HOLDER/BILL
SPRING/BILL HOLDER
SCREW/TAPPING
SCREW/TAPPING
PLATE/BOTTOM
RUBBER/DAMPER
FOOT/RUBBER
SCREW/TAPPING
SCREW/TAPPING
CUSHION
KEY
LEVER/SWITCH
SWITCH/MICRO
EARTH/SPRING
Specification
ZD00290-0
M4XP0.7
DL-3616
ZD31670
1625-03PI
B-1
ZD01370B
K2320
M4X16
DR-19B
ZD58120
ZD00250
ZD00254
M3X4
x5X30
CSTW-5
V094E00066K1
M3.5X8
ZD00226
ZD00226-2
ZD04851
ZD04843PS
ZD04842
ZD04844
ZD04845
ZD00245
ZV27041-1
ZD18931
ZD18932
M3X8
M3X6
ZD18031
ZD02032
K3215
M4X16
M3X5
ZD05422
ZD00226-1
ZD00283
SS-01GL-ET
ZD02162C
— 130 —
Qt'y
1
2
1
1
1
1
1
1
1
4
1
1
1
2
1
1
1
2
1
1
1
1
4
5
5
1
5
5
5
5
6
1
2
4
4
5
1
1
1
1
1
Price
code
BZ
AA
AL
AI
AL
AB
AC
AC
AA
AH
CF
AN
AB
AA
AA
AA
BH
AA
BB
AJ
BO
BN
AH
AD
AC
AK
AE
AC
AB
AA
AA
CB
AE
AJ
AA
AA
AE
AU
AL
BF
AE
Rank
B
X
X
X
X
X
C
X
X
B
X
X
C
X
X
X
X
X
C
X
C
C
C
C
X
X
X
B
B
X
X
X
X
X
X
X
X
C
C
B
C
10. DRAWER L type (DL-3623)
4
21 22 23 24 25 26 27
5
28 29 30 31
31
6
7
8
10
1
9
37
2
15
16
10
3
13
12
14
11
34
33
20
35
19
39
32
38
18
17
36
36
35
34
— 131 —
DL-3623 (L type)
N Item
N
N
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
18
19
20
21
22
23
24
25
26
27
28
29
30
31
32
33
34
35
36
37
38
39
Code No.
1907 7935
1906 0672
9487 0384
1907 9613
1907 0223
1902 7112
1902 7076
1902 6829
1907 0234
1902 6842
1906 0679
1902 6992
1907 7930
1906 0680
1906 4150
5580 1452
1032 6937
1906 0684
1902 7027
1907 7928
1906 0685
1907 7926
1907 7925
1907 7924
1907 7923
1902 6991
9487 0385
6221 4902
6221 4904
1902 6987
1902 7093
1907 7922
1906 0689
1902 7046
1907 0234
1906 0691
1907 7920
1902 6214
1907 9615
Parts Name
LOCK ASSY
NUT
LABEL
WIRE/FG
CONNECTOR
GROMET
SPRING
RUBBER/DAMPER
SCREW/TAPPING
ROLLER/DERLIN
DRAWER SUB ASSY
LEVER/OPEN
SPRING/OPEN LEVER
SCREW/TAPPING
RIVET
RING/CS
PANEL/FRONT
SCREW/TAPPING
KEY/CYLINDER
CLIP
CASE/BILL
CASE/COIN
PLATE/BILL PARTITION
PLATE/COIN PARTITION
HOLDER/PARTITION PLATE
PLATE/BILL HOLDER FIXING
STOPPER/BILL HOLDER
HOLDER/BILL
SPRING/BILL HOLDER
SCREW/TAPPING
SCREW/TAPPING
PLATE/BOTTOM
RUBBER/DAMPER
FOOT/RUBBER
SCREW/TAPPING
SCREW/TAPPING
CUSHION
KEY
EARTH/SPRING
Specification
ZD00280-0
M4XP0.7
DL-3617
ZD31670
1625-03PI
B-1
ZD01370B
K2320
M4X16
DR-19B
ZD58120
ZD00250
ZD00254
M3X4
x5X30
CSTW-5
V094E00066K1
M3.5X8
ZD00226
ZD00226-2
ZD04851
ZD04843PS
ZD04842
ZD04844
ZD04845
ZD00245
ZV27041-1
ZD18931
ZD18932
M3X8
M3X6
ZD18031
ZD02032
K3215
M4X16
M3X5
ZD05422
ZD00226-1
ZD02162C
— 132 —
Qt'y
1
2
1
1
1
1
1
1
1
4
1
1
1
2
1
1
1
2
1
1
1
1
4
5
5
1
5
5
5
5
6
1
2
4
4
5
1
1
1
Price
code
BT
AA
AL
AI
AL
AB
AC
AC
AA
AH
CF
AN
AB
AA
AA
AA
BH
AA
BB
AJ
BO
BN
AH
AD
AC
AK
AE
AC
AB
AA
AA
CB
AE
AJ
AA
AA
AE
AU
AE
Rank
B
X
X
X
X
X
C
X
X
B
X
X
C
X
X
X
X
X
C
X
C
C
C
C
X
X
X
B
B
X
X
X
X
X
X
X
X
C
C
Ver. 1 : Apr. 2010
• Correction of the 2. MACHINE INITIALIZATION (P7)
Ver. 2 : Jun. 2010
• Correction of the EXPLODED VIEW (QT-6600) (P120)
• Correction of the PARTS LIST (QT-6600) (P126)
Ver. 3 : Jul. 2013
• Correction of the PARTS LIST (QT-6600) (P125)
Ver. 4 : Jan. 2014
• Correction of the EXPLODED VIEW (QT-6600) (P120)
• Correction of the PARTS LIST (QT-6600) (P125)
Ver. 5 : Oct. 2014
• Correction of the PARTS LIST (QT-6600) (P126)
CASIO COMPUTER CO.,LTD.
Overseas Service Division
6-2, Hon-machi 1-Chome
Shibuya-ku, Tokyo 151-8543, Japan