Casio EX-830, QT-6600 Service Manual

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Page 1

SERVICE MANUAL

ELECTRONIC CASH REGISTER

QT-6600

(EX-830)

NOV. 2008

QT-6600

Page 2

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.

•

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1. SPECIFICATIONS

1-1. Electrical Speciﬁcations

• Power consumption <AC input current at Adaptor>

100V 120V 220V 230V 240V

In operation Max. 1.5A 1.5A 1.5A 1.5A

Display off Max. 0.25A 0.25A 0.25A 0.25A

In operation Max. 1.3A 1.3A 1.3A 1.3A

Display off Max. 0.5A 0.5A 0.5A 0.5A

• Memory protection Back-up battery

Battery life Recharge time

• Clock & Calendar Accuracy Auto calendar

• Clock protection Back-up battery Battery Recharge time

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

NiMH (nickel-metal-hydride)

HHR-21HL3G1B (USA only)

HHR-21HL3G1C (Except USA) Replace the battery every 1 year. 6 hours (full charge)

Within ± 40 sec. Per month (25 °C) Effective until 2099 A.D.

Manganese dioxide lithium CR2032/1HF1 Replace the battery every 1 year.

R5S77631AY266BGV 32 bits

• I/O controller Name

• Gate array Name UPD65945GJP16-JEUA

• DDR SDRAM Name

SDRAM Name

• Flash ROM (Back up) Name

• Flash ROM (Program) Name

• Display controller Name MB86276PB-G-ZE1

• Ethernet controller Name LAN9115-MT (10/100BASE)

Number of control bit

Capacity

— 1 —

UPD70F3728GC-8BT-A 16 bits

HYB25DC256163CE-5 256 Mbits

MT48LC4M16A2P-75:G 64 Mbits

S29GL256P90TFCR20 256 Mbits

S29GL256P90TFCR2A* 256 Mbits

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1-4. Devices speciﬁcations

DISPLAY

SCANNER

PC/MODEM

COM3

COM6

COM2

COM5

COM1

COM4

SPK

PS/2

KEYBOARD

MIC

LAN

Brightness

COM3 COM6

COM2

COM5

COM1 COM4

Inline (10/100Base-T)

PS/2 Keyboard

AC Adaptor

Drawer 2

Drawer 1

Ext. microphone Ext. speaker

Bottom side of the terminal

• LCD Display Name Screen size Resolution Interface Display color Pixel pitch Luminance Contrast ratio Power supply voltage Back light

• Touch Panel Name Size

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/m

500:1

3.3 V Top and bottom, 1 CCFL each

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 (in the card slot cover) PS-2 keyboard port PS-2 keyboard (Microsoft Wired Keyboard 500)

CF card

— 2 —

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1-6. Option List

CASIO sales options

DEVICE NAME MODEL NOTE

• Magnet i-Button QT-6011DLS

• Display set for customer QT-6060D Connect to Com 3

• Display cable for customer

(for mounting to the base)

• Display 5-meter cable for customer QT-6062CB

• Slip printer SP-1300 Connect to Com 2

• Slip printer cable PRT-CB-8C Length 1.5m

• Remote printer UP-400 Connect to Com 4 ~ 6

• Remote printer UP-360BB Connect to Com 4 ~ 6

• Printer cable PRT-CB-8A Length 3m

• Printer cable PRT-CB-8B Length 5m

• MCR QT-6046MCR

• Drawer extension cable MDL-11

• PC cable PRL-CB-2 Com1 port only

Local purchase options

DEVICE NAME MAKER MODEL NOTE

• Remote printer EPSON TM-T88 IV (Mark 4) Connect to Com 4 ~ 6

• Remote printer EPSON TM-U220 Connect to Com 4 ~ 6

• Remote printer EPSON TM-U230 Connect to Com 4 ~ 6

• Remote printer EPSON TM-J7100 Connect to Com 4 ~ 6

• Remote printer EPSON TM-T88 lll Connect to Com 4 ~ 6

• Printer AC adaptor EPSON PS-180

• Slip printer/AC adaptor Citizen AD31-U or E

• Power cord for power unit EPSON AC-170

• Laser scanner PSC PSC QuickScan6500 Connect to Com 2

• Laser scanner Metrologic Metrologic MS9544 Voyager Connect to Com 2

• Fixation scanner Metrologic Metrologic MS7120 Orbit Connect to Com 2

• Scanner Scale PSC PSC Megellan 8100 Connect to Com 2

• Modem U.S.Robotics 56k V.92 (RS232C) Connect to Com 1

• Modem D-Link DFM-560EL (RS232C) Connect to Com 1

• Orderman Orderman Orderman Don/Max2/

• External speaker ELECOM MS-76CH

• External microphone ELECOM MS-STM55

• Conversion plug OHM

• CF Memory card Sandisk 1GB (Ultra II),

• PS2 keyboard Microsoft Microsoft Wired Keyboard 500

• HUB NETGEAR FS-108

• HUB NETGEAR GS-108

• Ketchen alarm HERALD Kitchen Alarm System

• Video surveillance VHC2-VIDQT6

QT-6061CB

U: 100V / E: 200V

(For SP-1300)

Access Point

AP-2633

ELECTRIC

2/4/8GB (Extreme III)

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1-7. Drawer

Type Drawer Name Speciﬁcation USA/Canada Other Countries

M DL-2808 D-24BC-B84M-4 X M DL-2809 D-24BC-B84-SM-4 X M DL-2434 D-24BC-B55SM-4 X M DL-2810 D-24BC-A84SM-4 X

L DL-3622 D-11BH-B65SS-4 X L DL-3623 D-11BH-B65-4 X

1-8. Duration of Life

TFT LCD (Main) 30,000 hours STN LCD (Rear) 20,000 hours Touch Panel (number of touch times) one million times Battery 1 year AC adaptor 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.

RISK OF EXPLOSION IF BATTERY IS REPLACED

DISPOSE OF USED BATTERIES ACCORDING

CAUTION

BY AN INCORRECT TYPE.

TO THE INSTRUCTIONS

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CREATE xxxx-xx-xx xx:xx QT-6600 x.xx APL VER. xxxxxx xxxx

Version

INIT

7 8 9

4 5 6

1 2 3

2. MACHINE INITIALIZATION

Init Sw

ID & IP ADDRESS

Terminal ID

ENTER ID

IP ADDRESS

AUTO

FTP Server

OK?

———

Terminal ID: 0,1 ~ 32

———

Press <YES> to continue.

Yes

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.

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

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• Case 1: If your system has no LAN device = “0”

OK?

———

Press <YES> to continue.

Yes

——— Press <YES> to continue.

———

Select <YES>, if you want to use this terminal as an FTP server.

———

Select “CLIENT”, if you want to use this terminal as a DHCP client.

——— Enter IP address if you want to change.

IP AD D R E S S

FTP S e r v e r

DHCP SE R V E R

192. 1 6 8 . 0 .

MANUA L

OK?

Yes Yes

——— Press <YES> to continue.

———

Select “MANUAL”, if you want to enter IP address manually. (IP address setting line will appear on the screen.)

IP AD D R E S S AUTO

OK? Y e s

——— Enter cluster No. “1” ~ “ 9” , if using check cluster system. ——— Select the appropriate printer.

——— Select the appropriate printer.

——— Press <YES> to continue.

———

Master / Backup master / Satellite / Self master

———

Enter time if it is wrong.

———

Within 12 characters

——— Enter date if it is wrong.

OK?

Slip P r i n t e r

R/J/O r d e r P r i n t e r 3

R/J/O r d e r P r i n t e r 2

R/J/O r d e r P r i n t e r 1

Check C l u s t e r I D

Check S y s t e m

Maste r

ID C h a r a c t e r

MC #0 1

Time

12:34 0 0

Date

01-10 - 1 0

YES

• Case 2: Terminal ID = “1”

* 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”

Declare terminal conﬁguration

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Program restoration

INIT 1 0 - 1 0 - 0 1 12:34 0 0 00 01

AUTO PG

1.No R e s t o r e / Receive

2.PGM R e s t o r e ( CF Card)

3.PGM R e c e i v e ( 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.

INIT 1 0 - 1 0 - 0 1 12:34 0 0 0 0 0 1

Receive Data PGM Receive from

All PG

MC #05

YES

——— All Data (including totalizer) / All PGM (program only) ——— Select the machine to send the data.

• 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.

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.

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2-3. How to ﬂag clear the terminal (or INIT2)

CREATE xxxx-xx-xx xx:xx QT-6600 x.xx APL VER. xxxxxx xxxx

Version

Start

Continue

to INIT

ROM check

Store the receiving

data to Flash

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.

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

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.

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IPL via LAN port

Start

END

Restore all data

IPL from CF card

Store IPL data

to CF card

Backup all data

to CF card

Clear IPL data

in the CF card

Insert more than 128MB CF card

CF card

IPL source

IPL target

IPL Data

CF card slot is located on the leftside of the terminal.

IPL source

LAN port

defined as FTP server

IPL target

IPL Data

xxxxxxx xxxxxxx xxxxxxx xxxxxxx xxxxxxx

CANCEL

START

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.

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.

2. After ﬁnishing IPL, machine initialization is necessary.

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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.

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Disassembling

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)

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

■

See the ﬂowchart below for the order of disassembling main parts.

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A. Disengage and remove the Main Unit from the Stand.

B. Removing the B-case Assy Block

B-1. Remove three screws.

B-2. Remove two covers.

Screws (S4)

HNG COVER

CONNECTOR COVER

— 12 —

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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

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C. Removing the Rear Display Block

C-1. Remove eight screws.

C-2. Remove the connector to the battery.

Screws (S6)

C-3. Remove the Rear Display Block.

C-4. Unplug the connector to the Rear Display.

Connector (Battery)

Connector (REAR DISPLAY)

REAR DISPLAY BLOCK

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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

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Mic PCB (E830-MIC)

COM PCB (E830-COM)

LED PCB (E830-E6)

LCD

i-Button key

MCR

Touch panel PCB(E830-TP)

Inverter unit

Power switch/code

Drawer 2

Drawer 1

PCBs and the Connectors to the Main PCB

LED PCB (E830-E6)

Power supply PCB (E830-INLET)

Inverter unit

Touch panel PCB (E830-TP)

Main PCB

(E830-1)

COM PCB

(E830-COM)

Mic PCB

(E830-MIC)

■

PCBs and the Connectors to the Main PCB

■

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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)

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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)

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).

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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)

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.

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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)

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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

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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)

— 22 —

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M-13. Disengage and remove the LCD Unit.

LCD unit

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4. ASSEMBLY

M. Assembling the Stand

L. Assembling the B-case Assy Block

K. Assembling the Rear Display Block

I. Assembling the Mic PCB (E830-MIC)

H. Assembling the LED PCB (E830-E6)

G. Assembling the Inverter Unit

F. Assembling the Touch Panel PCB (E830-TP)

E. Assembling the Power Supply PCB (E830-INLET)

D. Assembling the COM PCB (E830-COM)

C. Assembling the Main PCB (E830-1)

B. Assembling the MCR

A. Assembling the LCD/Touch Panel

J. Assembling the Rear Display

Assembling

■

See the ﬂowchart below for the order of re-assembling major units.

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A. Assembling the LCD/Touch Panel

A-1. Lay four cables in the appropriate groove.

Backlight cables

LCD cable

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)

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A-3. Engage the Touch Panel.

Guide Guide

NOTE: Place the Touch Panel evenly inside the guides of the U-case.

Touch panel

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 —

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A-6. Secure it with 17 screws.

11 1 3 9

10 4

NOTE: Tighten the screws in the order of the numbers indicated in the illustration below.

A-7. Engage the COM Chassis and the Main PCB, and then secure them with ﬁve screws.

Screws (S5)

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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)

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)

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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)

NOTE: Position it so that the earth terminal is in the correct orientation.

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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)

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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)

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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)

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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)

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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)

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L-3. Engage two covers.

CONNECTOR COVER

HNG COVER

L-4. Secure them with three screws.

Screws (S4)

M. Engage the Main Unit to the Stand.

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5. OPTION INSTALLATION

210mm

Coil

Wind two turns of cable around the coil.

DISPLAY

SCANNER

PC/MODEM

COM3

COM6

COM2

COM5

COM1

COM4

SPK

PS/2

KEYBOARD

LAN

COM6

COM3 COM2 COM1

COM5 COM4

5-1. To install the I-Button

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

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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.

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6. IN LINE / ON LINE

Via COM 1 port of the master terminal or Inline (wire or wireless)

Maximum 32 terminals

on-line (Public / Private Telephone line)

Maximum 32 terminals

6-1. Inline collection/consolidation system

• Inline collection/consolidation and auto-programming for up to 32 terminals.

6-2. Online collection / consolidation system

• Online collection / consolidation and auto-programming for up to 32 terminals.

— 38 —

Page 41

6-3. Online collection / consolidation system (use FTP feature)

Maximum 32 terminals

ADSL/FTTH

MODEM

ADSL/FTTH

MODEM

VPN roote

VPN rooter

Internet

• Online collection / consolidation and auto-programming for up to 32 terminals.

— 39 —

Page 42

7. DIAGNOSTIC PROGRAM

DALLAS DRW 1CLOSE 2CLOSE

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 TOUCH START

221 Enter the Calibration mode ==>> Push Disp on/off ke

y Skip the Calibration mode ==>> Touch the pane

0000 00000221

PANEL SIZE 15"

CREATE

xxxx-xx-xx xx:xx QT-6600 Version x.xx APL VER. xxxxxx xxxx

Display on/off key

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

(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.

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 —

Page 43

7-2. General Notes on the Diagnostic Program

X X X X X X n a g d

XXXXXX : additional action

n : number of times

a : action

g : group

d : device number

• 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:

• 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.

— 41 —

Page 44

7-4. Status Information

DALLAS DRW 1CLOSE 2CLOSE PANEL SIZE 15

MAC ADRS XX-XX-XX-XX-XX-XX TEMP 20 VOLTAGE XX CHARGE-MODE 360M DISP ON/OFF ON CF INSERT

Diag Ver : XXXXXX XXXX

0000 1234

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.

Counter display

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.)

[Function] Displays the status of each device.

DALLAS Indicates DALLAS key No. in a hexadecimal value

DRW 1/DRW 2 Indicates open/close status of the drawer.

CHARGE-MODE Indicates the remaining amount of the battery in minutes.

TEMP/VOLTAGE TEMP/VOLTAGE Indicates the A/D value of the battery.

PANEL SIZE PANEL SIZE: Indicates the panel size.

CF CF: Indicates whether a CF Card is inserted.

MAC ADRS MAC ADRS: MAC address written on FLASH ROM is indicated in a

DISP ON/OFF The default is set to ON.

Device Status information (description of messages)

OPEN: Drawer is open CLOSE: Drawer is closed

nM: Remaining battery (minutes) n=0 ~ 360

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.

15”: Enhanced model (15-inch panel) 12”: Junior model (12-inch panel)

INSERT: CF Card is inserted NON: CF Card is not yet inserted.

hexadecimal value. To write in FLASH ROM, use the MAC Address Writing function of this DIAG.

ON/OFF may be switched in the software setting.

— 42 —

Page 45

7-5. Memory Test Overview

Scope of the test in this range

• Sum check

BOOTER, Protected data area

0x0100000

0x1FFFFFF

0x0000000

FROM 32MByte (128KBytes × 256 blocks)

Program

FILE data

Free area

Scope of the test in this range

• CLEAR&WRITE/READ Test

• READ ONLY Test

• WRITE/READ Test

7-5-1.Types of memory tests

FLASH ROM

(for programming)

WRITE Test

READ ONLY Test

CLEAR Test

CLEAR & WRITE/READ Test

CHECK SUM Test

RAM

   

   

   

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.

FLASH ROM

(for hibernation)

— 43 —

Page 46

[RAM Test]

The sizes vary according to the program and system capacities.

Area for BOOTER

0x0030000

0x3FFFFFF

0x3FDFFEF

0x0000000

RAM 64MByte

Program/system area

USER area

Timer

Scope of READ ONLY Test

Scope of WRITE/READ Test

Scope of the test in this rang

e CLEAR Test READ ONLY Test WRITE/READ Test

System area

0x0020000

0x3FFFFFF

0x0000000

FROM 64MByte (128KByte × 512 blocks)

Backup area

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.

[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

— 44 —

Page 47

7-6. Test Items

This program performs the following tests.

No Device to be checked Operation Note Page

RAM, FROM (for programming),

1 Batch Test 1 1

2 Batch Test 2 2

3 RAM WRITE/READ Test n011 35 4 RAM READ ONLY Test n111 35 5 FLASH ROM CLEAR Test cn212 36 6 FLASH ROM WRITE/READ Test cn012 37 7 FLASH ROM CLEAR & WRITE/READ Test cn312 38 8 FLASH ROM CHECK SUM Test n512 39

9 CF-CARD CLEAR Test n213 39 10 CF-CARD WRITE/READ Test n013 40 11 CF-CARD READ ONLY Test n113 40 12 CF-CARD CLEAR & WRITE/READ Test n313 41 13 LCD Test n021 42 14 LCD Backlight OFF Test 121 42 15 LCD Calibration Setting 221 43 16 VRAM CHECK Test n721 44 17 REAR DISPLAY Test n322 45 18 REAR DISPLAY Backlight Test cn122 46 19 REAR DISPLAY Contrast Adjustment 422 47 20 REMOTE DISPLAY Test bn023 48 21 External Printer Output Test x1x2x3nm3d 49 22 Ethernet Printer Output Test x100nm37 51 23 COM(RS232C) Test xn04d 53 24 COM (RS232C) Batch Test 40 54 25 Printing COM (RS232C) Test Result 47 55 26 Ethernet Test: bm0a51 56 27 Setting MAC (Media Access Control Address) x0951 58

28 Date/Time Setting

hhmmss0070

yymmdd0170 29 Date/Time Display 070 60 30 Drawer Test xn091 61 31 Buzzer Test n092 62 32 MCR Test 96 63 33 Sound Test axn097 64 34 Microphone Test 98 64 35 Charge Mode Test 99 65 36 OBR Test 95 65 37 PS/2 Keyboard Test r1n094 66

FROM (for hibernation), Date/Time, Buzzer, Drawer, Receipt

LCD,LCD backlight, REAR DISPLAY, REAR DISPLAY backlight

— 45 —

Page 48

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] [PRINT]

BATCH 1 RAM WR OK FLASH CHK SUM OK FLASH hib SUM XX DATE 01/12/31 TIME 23:59-30 Please Hit Key OK−>1 NG−>9 FLASH CHK SUM OK

BATCH 1 RAM WR OK FLASH CHK SUM OK FLASH hib SUM XX DATE 01/12/31 TIME 23:59-30 DRW OK

END 1 FLASH hib SUM XX DATE 01/12/31 TIME 23:59-30 Please Hit Key OK−>1 NG−>9 DRW ALL OK END 1

— 46 —

Page 49

[ 2 ] Batch Test 2

Green Blue

Reverse

check

RedWhiteBlack

Check (black and white)

ABCDEFGHIJKLMNOPQRST

UVWXYZabcdefghijklm

ABCDEFGHIJKLMNOPQRST

UVWXYZabcdefghijklm

Back light

OFF

Back light OFF

White

Green

Emerald green

[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.

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.

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.

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.

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] [PRINT]

BATCH 2 Please Hit Key OK−>1 NG−>9 LCD OK Please Hit Key OK−>1 NG−>9 LCD BACKLIGHT OK Please Hit Key OK−>1 NG−>9

BATCH 2

LCD OK

LCD BACKLIGHT OK

REAR DISP OK

REAR BACKLIGHT OK

END 2 REAR DISP OK Please Hit Key OK−>1 NG−>9 REAR BACK LIGHT OK END 2

— 47 —

Page 50

[ 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 11 RAM WR OK END 11

RAM 11

RAM WR OK

END 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] [PRINT]

RAM 111 RAM RD OK END 111

RAM 111

RAM RD OK

END 111

* If the test ends with errors, the line number

and the address are printed instead of OK message.

— 48 —

Page 51

[ 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] [PRINT] FLASH ROM (for programming)

FLASH 0n212 FLASH CLR OK END 0n212

FLASH 0n212

FLASH CLR OK

END 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 1n212 FLASH hib CLR OK END 1n212

FLASH hib 1n212

FLASH hib CLR OK

END 1n212

* If the test ends with errors, the line number

and the address are printed instead of OK message.

— 49 —

Page 52

[ 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] [PRINT] FLASH ROM (for programming)

FLASH 0n012 FLASH WR OK END 0n012

FLASH ROM (for hibernation)

FLASH hib 1n012 FLASH hib WR OK END 1n012

FLASH 0n012

FLASH WR OK

END 0n012

* If the test ends with errors, the line number

and the address are printed instead of OK message.

FLASH hib 1n012

FLASH hib WR OK

END 1n012

* If the test ends with errors, the line number

and the address are printed instead of OK message.

— 50 —

Page 53

[ 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] [PRINT] FLASH ROM (for programming)

FLASH 0n312 FLASH CLR&WR OK END 0n312

FLASH ROM (for hibernation)

FLASH hib 1n312 FLASH hib CLR&WR OK END 1n312

FLASH 0n312

FLASH CLR&WR OK

END 0n312

* If the test ends with errors, the line number

and the address are printed instead of OK message.

FLASH hib 1n312

FLASH hib CLR&WR OK

END 1n312

* If the test ends with errors, the line number

and the address are printed instead of OK message.

— 51 —

Page 54

[ 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 n512 FLASH CHK SUM OK END n512

FLASH n512

FLASH CHK SUM OK

END 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] [PRINT]

CF-CARD n213 CF CLR OK END n213

CF-CARD n213

CF CLR OK

END n213

* If the test ends with errors, the line number

and the address are printed instead of OK message.

— 52 —

Page 55

[ 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 n013 CF WR OK END n013

CF-CARD n013

CF WR OK

END 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] [PRINT]

CF-CARD 113 CF RD OK END 113

CF-CARD 113

CF RD OK

END 113

* If the test ends with errors, the line number

and the address are printed instead of OK message.

— 53 —

Page 56

[ 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] [PRINT]

CF-CARD n313 CF CLR&WR OK END n313

CF-CARD n313

CF CLR&WR OK

END n313

* If the test ends with errors, the line number

and the address are printed instead of OK message.

— 54 —

Page 57

[ 13 ] LCD Test

Green Blue

Reverse

check

RedWhiteBlack

Check (black and white)

[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.

[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 n021 Please Hit Key OK−>1 NG−>9 LCD OK

LCD n021

LCD OK

END n021 END 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] [PRINT]

LCD BACK LIGHT 121 Please Hit Key OK−>1 NG−>9 LCD BACK LIGHT OK END 121

— 55 —

LCD BACK LIGHT 121

LCD BACK LIGHT OK

END 121

Page 58

[ 15 ] LCD Calibration Setting

Display on/off key

[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) =

[Operation]

Operation : 2 2 1 ST

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

(25,19)



(999,19)



(487,19)



(25,749)



(999,749)



 





➉

(487,19) (25,365) (999,365) (487,749) (487,365)

Enter the Calibration mode: Press DISP ON/ OFF switch Skip: Touch any part of the panel

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.

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 —

Page 59

[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

[PRINT]

TOUCH START 221 (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

— 57 —

Page 60

[ 16 ] VRAM CHECK Test

VRAM 16MB

Display Area (3Mbyte)

stArea

LIME Register Area * LIME : Internal Memory Area

00FFFFFFh

00300000h

00FFFFFFh

01FC0000h

01FFFFFFh

00000000h

[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).

[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] [PRINT]

LCD VRAM 721 LCD VRAM OK LCD VRAM NG address END 721

* If an NG occurs, the address of the error is displayed /printed out. * The counter is displayed on the LCD during the test.

— 58 —

LCD VRAM 721

LCD VRAM OK

LCD VRAM NG address

END 721

Page 61

[ 17 ] REAR DISPLAY Test

ABCDEFGHIJKLMNOPQRST

UVWXYZabcdefghijklmn

Pattern 1

ABCDEFGHIJKLMNOPQRST

UVWXYZabcdefghijklmn

Pattern

Pattern 3Pattern 4

Command

input

END

[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.

[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] [PRINT]

REAR DISP n322 Please Hit Key OK−>1 NG−>9 REAR DISP OK

REAR DISP n322 REAR DISP OK END n322

END n322

— 59 —

Page 62

[ 18 ] REAR DISPLAY Backlight Test

Back light OFF

White

Green

Emerald green

[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.

[LCD] [PRINT]

REAR DISP 122 Please Hit Key OK−>1 NG−>9 REAR BACK LIGHT OK

REAR DISP 122 REAR BACK LIGHT OK END 122

END 122

— 60 —

Page 63

[ 19 ] REAR DISPLAY Contrast Adjustment

ABCDEFGHIJKLMNOP

QRSTUVWXYZabcdef

[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]

[LCD]

REAR DISP 422 CONTRAST XXX

LED display only. XXX indicates the contrast value. REAR CONTRAST Set value REAR CONTRAST NG REAR CONTRAST OVER REAR CONTRAST ESC REAR CONTRAST ERASE

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 END 422

[PRINT]

REAR DISP 422 REAR CONTRAST Set value REAR CONTRAST NG REAR CONTRAST OVER REAR CONTRAST ESC REAR CONTRAST ERASE END 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 —

Page 64

[ 20 ] REMOTE DISPLAY Test:

ABCDEFGHIJKLMNOP

QRSTUVWXYZabcdef

0,1,2,3,4,5,6,7,8,9,

[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 bn023 Please Hit Key OK−>1 NG−>9 REMOTE DISP OK END bn023

[PRINT] [REMOTE DISPLAY]

REMOTE DISP bn023 REMOTE DISP OK END bn023

— 62 —

Page 65

[ 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 —

Page 66

d: Specifying a printer

1 External printer RJ

2 External printer SLIP

[LCD] RJ is connected Error display (when a printer is disconnected)

PRT xxxn03d

NON PRINTER ERR

END xxxn03d

[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

BBBBBBBBBBBBBBBBBBBBBBBB *8,888,88

— 64 —

Page 67

[ 22 ] Ethernet Printer Output Test

HUB

PRINTER

UP-400

QT-6600

[Function] Tests whether the Ethernet printer operates and prints out properly. The illustration below shows how QT-6600 and the printer are connected.

< 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]

x1: Printout format

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

Operation : x1 0 0 n m 3 7 ST

0 Pattern A

1 Pattern B

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 —

Page 68

[LCD]

PRT xxxn03d EtherPrt OK EtherPrt NG

When it is NG (communication error, etc.)

END xxxn03d

[PRINT] There are two formats to print out to the external printer. Pattern A Pattern B

BBBBBBBBBBBBBBBBBBBBBBBBBBBBBBBBBBBBBBBB

BBBBBBBBBBBBBBBBBBBBBBBB *8,888,88

— 66 —

Page 69

[ 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 xn04d RTSx=1 → CTSx=1 OK DTRx=1 → DSRx=1 OK DTRx=1 → CDx=1 OK DTRx=1 → CIx=1 OK RTSx=0 → CTSx=0 OK DTRx=0 → DSRx=0 OK DTRx=0 → CDx=0 OK DTRx=0 → CIx=0 OK TxD → RxD OK END xn04d

Displays only COM1 Displays only COM1

x: COM number

— 67 —

Page 70

[ 24 ] COM (RS232C) Batch Test

T x D

R x D

C T S

R T

D T R

DS R

C D

C I

T x D

R x D

C T

R T

D T R

DS R

COM1 COM2~COM6

∗ ∗

∗

: output “1” � “0” from the output terminal and checks the input terminal.

∗

Figure : RS232C port connection

[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 40 . . . END 40

Refer to the previous paragraph "COM Test."

— 68 —

Page 71

[ 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 47 RTSx=1 → CTSx=1 OK DTRx=1 → DSRx=1 OK DTRx=1 → CDx=1 OK DTRx=1 → CIx=1 OK RTSx=0 → CTSx=0 OK DTRx=0 → DSRx=0 OK DTRx=0 → CDx=0 OK DTRx=0 → CIx=0 OK TxD → RxD OK END 47

x: COM number

Prints only COM1 Prints only COM1

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 —

Page 72

[ 26 ] Ethernet Test

CNT(2BYTE) DATA 00h~FFh,00h~FFh,00h~FFh,...(1444BYTE)

Lowest 8 bits of the test counter

Highest 8 bits of the test counter

[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 >

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 —

Page 73

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 bm0a51 TCP MODE OK xxxx NG xxxx END bm0a51

[PRINT]

ETHERNET bm0a51 TCP MODE OK xxxx NG xxxx END bm0a51

Prints the number of successful and failed communicationupon the end of the test

— 71 —

Page 74

[ 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

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.

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 x0951 Write EEPROM : ****** END x0951

When conﬁguring manually

MAC ADDRESS x0951 1 : 008 2 : 000 3 : 116 4 : 255 5 : 003 6 : 000 Write EEPROM : ****** END x0951

Written MAC address (in hexadecimal)

In the above example

Written MAC address (in hexadecimal)

— 72 —

Page 75

[PRINT] When conﬁguring using a CF Card

MAC ADDRESS x0951 Write EEPROM : ****** END x0951

When conﬁguring manually

MAC ADDRESS x0951 1 : 008 2 : 000 3 : 116 4 : 255 5 : 003 6 : 000 Write EEPROM : ****** END x0951

— 73 —

Page 76

[ 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

hh: Hour, mm: minute, ss: second

Operation : y y m m d d 0 1 7 0 ST

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 When displaying the date/time

DATE/TIME YYMMDD**** DATE/TIME YY/MM/DD END YYMMDD****

****: Command

[PRINT] When setting the date/time

DATE/TIME YYMMDD**** DATE/TIME YY/MM/DD END YYMMDD****

When displaying the date/time

DATE/TIME 70 DATE/TIME YY/MM/DDHH:MM-SS END 70

Each data will be printed only when setting the date and time.

This line is not printed out

— 74 —

Page 77

[ 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 When Drawer No. is speciﬁed

DRW 0n091 DRW ALL OK END 0n091

DRW xn091 DRW n OK END xn091

n: Drawer number

[PRINT] When all drawers are open When Drawer No. is speciﬁed

DRW 0n091 DRW ALL OK END 0n091

DRW xn091 DRW n OK END xn091

— 75 —

Page 78

[ 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] [PRINT]

BUZZ n092 END n092

— 76 —

Page 79

[ 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

When it is operating properly

When MCR1 data does not match the test data

When MCR2 data does not match the test data

[PRINT]

MCR 96 MCR1 OK MCR2 OK MCR1 ****************** ************************************** MCR2 OK MCR1 OK MCR2 ****************** ******************** END 96

— 77 —

Page 80

[ 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 axn097 SOUND OK SOUND 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] [PRINT]

MIKE 98 Please Hit Key OK−>1 NG−>9 MIKE OK END 98

MIKE 98 MIKE OK END 98

— 78 —

Page 81

[ 35 ] Charge Mode Test

[Function] Turns OFF the Charge Mode

[Operation]

Operation : 9 9 ST

[LCD] [PRINT]

CAHRGE OFF 99 END 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 95 OBR OK OBR ERR xxxxxxxxx END 95

[PRINT]

OBR 95 OBR OK OBR ERR xxxxxxxxx END 95

Display/printout when it is properly operating Display/printout when there is an error

— 79 —

Page 82

[ 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 r1n094 OK **** NG **** END r1n094

[PRINT]

PS/2 KB r1n094 OK **** NG **** END r1n094

The number of successful/failed communication is printed out as a result when the test ends.

[Power Recovery Error] An error occurs during the power recovery (because the system deletes the power recovery

process during this time).

— 80 —

Page 83

8. CIRCUIT EXPLANATION

Scanner

(HHS-15)

Drawer

Remote display

QT-6060D

Slip printer

SP-1300

MODEM

CPU

RAMFlash

Memory

32MB 64MB

NOR FROM

64MB

Note: Shadowed device and dot line indicate option devices.

QT-6061CB or QT-6062CB

PRT-CB-8A/-8B

PRT-CB-8C

PRL-CB-2

CAT5 UTP cable

Remote

printer

UP-400

Remote

printer

UP-400

Power suppl

PRT-CB-8A/-8B

Power

suppl

PRT-CB-8A/-8B

Power suppl

Remote

printer

UP-360

Microphone

Speaker

i-Button

key i/f

CF card

Power switch cover

1024 x 768 dot co

lor LCD

Max. 126 key touch

screen

HUB

Other terminals PC or LAN printer

MCR QT-6046MCR

AC Adptor

Drawer 2 i/f

Drawer 1 i/f

Inline

RS-232C COM1

RS-232C COM2

RS-232C COM3

RS-232C COM4

RS-232C COM5

RS-232C COM6

Ext. microphone

Ext. speaker

QT-6011DLST (except for QT-6600-DLS)

Remote

printer

UP-400

Power suppl

8-1. HARDWARE DIAGRAM

— 81 —

Page 84

8-2. BLOCK DIAGRAM

15inch-LCD

CCFL

CPU

IOC

PWB E830-1

CF card

socket

A1501

2pin

A1251

8pin

A2507

3pin

Drawer

Optional

A2001

A1251

2pin

A3963 4pin

DC SW

NiMH Battery

Li Battery

DC+24V

PWB

E830-INLET

AC Adaptor

AC100V

~240V

2pin

Dallas Key

MCR

Optional

D/A Invertor

15inch Touch Panel

Rear LCD

160x32Full dots

PWB E830-E22

PWB E830-TP

PWB E830-MIC

A1501 2pin

PWB E830-COM

Ext SPK

Ext MIC

COM5

COM4

COM6

A2001

2pin

A1501

A1501 4pin

FFC 30pin

1mm pitch

INIT

4pin

Brightness

volume

Speaker

PWB E830-E6

Power

LED

Disp

MIC

Control

LSI

DDR

256Mb

DDR

256Mb

FROM

256Mb

FROM

256Mb

FROM

256Mb

SDRAM

64Mb

SDRAM

64Mb

LVDS

Graphic

control

LAN Sound

9pin

A2001

5pin

A1501

5pin

A2001

20pin

A1255

G.A.

PS/2 6pin

COM1

COM2

COM3

RJ45

— 82 —

Page 85

8-3. LSI BLOCK DIAGRAM

PWD HALT

RESET

INT PWD

IOC CTS

EtherNet

LIME

OUND

EXTERNAL RTC

REAR LCD

DISPLAY

160x32dot

LCD BACKLIGHT (GREEN&WHITE)

POWER LED

PORT

PORT x2

CPU

Renesas Technology Corp.

SH7763

COM1

PANEL TYPE (ENH/Jr.Judgment)

PORT

Power supply Control (Backup)

POWER SUPPLY/

PWD CIRCUIT

TouchPanel

Controller

UART TxD/RxD

KEY BOARD

EEPROM

PS/2

IOC

NEC Electronics Corp.

V850 KF2

20MHz

BACKUP POWER

SUPPLY

CONTROL UNI

CHARGING ON/OFF

OUTPUT×1

TEMP/VOLTAGE

A/D×2

INT×1/DK OUTPUT×1

INT×2/INPUT×4

OUTPUT

2/INPUT×2

UART INT×2 OUTPUT×1 TxD/RxD RESET FLMD0

SQUARE WAVE OUTPUT (BEEP)

DDR DRAM I/F

32bit

133MHz

DDR SDRA

64MB

SWITCH

Dallas KEY

DRAWER

NTT+ABA IATA+ABA

DISP ON/OFF SWITCH INIT SWITC

SOUND IC

BUFFE

BUFFER

CF-CAR

AMPLIFIER

SPEAKER (EXTERNAL)

SPEAKER (INTERNAL)

MIC (EXTERNAL)

MIC (INTERNAL)

EtherNet IC

LAN9115

RS232C

COM2 to 6

NOR FLASH RO

32MB

NOR FLASH RO

32MB x2

SH BUS 32/16bit

(32bit/66MHz: LIME,

FROM (Backup only

)

LCD CONTROLLE

(GC)

FUJITSU LIM

(MB86276)

RGB 24bit Digital

LVDS

Conversion IC

LCD

1024×768

SDRAM

16MB

SDRAM I/F

32bit 100MHz

INVERTO

UNIT

LCD BACKLIGH

PORT

LVDS

DDR SDRAM BACKUP

PROGRAM

CLOCK SYNCHRONOUS SERIAL

ASYNCHRONOUS SERIAL

INTERNAL: 266MHz BUS: 66MHz

INTERNAL RTC (NOT BACKUP)

— 83 —

Page 86

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 Meaning Action

Operator mistake. Operation error Perform proper operation. E001 Wrong mode. Check tracking (Open mode error) Return the mode to its original setting. E003 Wrong operator. Error clerk/Error clerk in check tracking Input correct check number or assign the

proper clerk. E005 Insufﬁcient memory. Memory allocation over Reallocate memory. E011 Close the drawer. Drawer compulsory Close cash drawer. E012 Journal paper end. Journal paper end Replace journal paper. E014 Receipt paper end. Receipt paper end Replace receipt paper. E015 Check R/J printer. Internal R/J printer error Check the internal R/J printer. E016 Change back to REG

mode. E017 Enter Check/TBL number. Check number compulsory Input a check number. E018 Enter Table number. Table number compulsory Input a table number. E019 Enter Number of covers. Cover compulsory Enter the number of customers. E020 Enter Seat number. Seat number compulsory Input a seat number. E021 No dept link. Scanning PLU item w/o department link is

E023 Stock running short. Alarm when any item drops below its

E024 No stock is available. Error when actual stock value for a

E025 Scale Read Error Scale read error Retry weighing the item. E028 Not found PLU or C/D is

mismatch. E029 No registration is possible

while you are in the tender

operation. E031 Press ST key before

Finalization. E033 Enter tendered amount. Amount tender compulsory Enter tendered amount. E035 Change amount exceeds

the limit. E036 Remove money from the

drawer. E037 Digit or Amount Limitation

Over. E038 Perform Money

Declaration E040 Issue Guest Receipt. Guest receipt compulsory Issue a guest receipt. E041 Print Validation. Validation compulsory Perform validation operation. E044 Print Cheque. Check print compulsory Perform check print operation. E045 Print Check-Endorsement. Check endorsement compulsory Perform check endorsement operation. E046 REG Buffer Full. Please

Finalize or NB. E047 Print bill. Slip compulsory Perform slip printing operation.

Prohibit plural operation in REF/REG– mode

registered.

programmed minimum stock quantity during registration.

registration items is a negative value.

Scanning PLU is not found or OBR code is mismatched.

Attempted registration whilst partial tender operation is being done.

ST compulsory Press ST key.

Change amount exceeds the limit. Enter amount tendered again.

Contents of the drawer exceed the programmed limit — Sentinel function.

H.D.L., H.A.L., L.D.L. error Enter correct unit price/amount.

Money declaration compulsory Perform money declaration.

Registration buffer full Finalize the transaction.Allocate sufﬁcient

Switch to another mode and then back to the REF/REG– mode again.

Link the item to a department.

Perform stock maintenance.

Re-enter the PLU code.

Finalize the transaction.

Perform pickup operation.

buffer.

— 84 —

Page 87

Prompt message Meaning Action

E048 Insert Slip Paper and

retry.

Alarm when no paper is inserted in the Slip.

Insert new slip paper.

E049 CHECK memory full. Check tracking index full/near end 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

CHECK> key to open a new check using a number that is already used for an existing

Finalize and close the check that is currently under the number that you want to use or use a different check number.

check tracking memory.

E052 CHK/TBL No. is Busy. Attempt to use the same check number

whilst the speciﬁed number is being used

Use another check number or close the check at that terminal.

in the other terminal.

E053 CHK/TBL No. is not

opened.

Check number not found Use the correct check number (if you want

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. **********

E060 Printer ofﬂine.

Printer ofﬂine. “****” means ECR logical ID and printer number.

********** E061 Printer error.

Printer downed. “****” means ECR logical ID and printer

The contents are printed on the backup printer.

number.

********** E061 Printer error. YES : Retry to print.

Printer downed. “****” means ECR logical ID and printer number.

Follow the prompt message.

NO : Show on the screen. ESC : Discard data.

********** E062 Printer paper end.

Paper near-end/end “****” means ECR logical ID and printer number.

Set new paper. The contents are printed on the backup printer.

********** E062 Printer paper end.

Paper near-end/end “****” means ECR logical ID and printer number.

Follow the prompt message.

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.

********** E070 Terminal out of action.

Cannot print.

********** E071 Target terminal printer BF

full.

YES : Retry to print.

Down at target ECR which has printer

“****” means ECR logical ID and printer

number.

Printer buffer full at target ECR which has

printer

“****” means ECR logical ID and printer

number.

Follow the prompt message.

NO : Show on the screen. ESC : Discard data.

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Prompt message Meaning Action

********** E072 Target printer terminal is

busy.

********** E073 Your receipt/order may

not be issued.

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.

Follow the prompt message.

YES : Retry to print. NO : Show on the screen. ESC : Discard data.

E075 Negative Balance, cannot

be ﬁnalized.

E080 Electronic Journal Full

Attempted ﬁnalization when balance is

less than zero.

Electronic journal full Reset the electronic journal memory.

Please clear E-Journal. E082 ***** Illegal Data ***** Illegal Electronic journal data E083 Cannot create E-Journal.

Electronic journal ﬁle cannot be created. Check ﬂash memory.

Check Flash memory. **********

E105 Check/TBL tracking

CHK master down “****” means ECR logical ID.

Follow the prompt message.

Master down. Please call

Manager!! YES : Retry for connection. NO : Remove it from system.

********** E106 Check/TBL tracking

CHK BM down “****” means ECR logical ID.

Follow the prompt message.

Backup master down.

Please call Manager!! YES : Retry for connection. NO : Remove it from system.

********** E107 Both Master&Backup

CHK M/BM down

“****” means ECR logical ID. master down. CHK/TBL tracking or Clerk interrupt is not available.

********** E108 CHK/TBL Master is

Master down then take it off from system

“****” means ECR logical ID. removed from system.

********** E109 CHK/TBL Backup master

is removed from system.

E110 CHK data mismatch

Backup master down then take it off from

system

“****” means ECR logical ID.

Data mismatch has occurred. between Master and Backup master.

E130 Middle of Pick up or Loan

During picking up Follow the prompt message. Press Cancel Key.

E131 Middle of <Bill Copy>

During bill copy Follow the prompt message. Press Cancel Key.

E133 Middle of <Media

During media change Follow the prompt message. Change> Press Cancel Key.

E134 Middle of Clerk Transfer

During clerk transfer Follow the prompt message. Press ESC Key.

E136 Middle of Separate Check

During separate check Follow the prompt message. Press ESC key.

E139 Not allowed to be negative

Credit balance error Enter proper minus/coupon amount. by Minus/Coupon key.

E140 Wrong menu. This sheet holder is prohibited by program. Set correct sheet holder. E141 Press <TRAY TTL> twice

before ﬁnalization.

<TRAY TOTAL> key is not pressed twice

before ﬁnalization.

Follow the prompt message.

E145 Arrangement syntax error. Arrangement syntax error Program the arrangement again.

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Prompt message Meaning Action

E150 Incorrect value entry. Incorrect entry for PGM Enter proper value again. E151 Incorrect Key Pressed. Linking is incorrect. Enter proper key again. E152 PGM File or Memory

No such ﬁle, no such record Enter ﬁle/record number again. number does not Exist.

E164 Employee No. is not

Found in the Employee

Employee No. is not set in the Employee

File.

Enter employee number again.

File.

E165 Employee No. is not

Clocking-in.

E166 Employee No. is

Occupied.

Employee has not done CLOCK-IN

operation yet.

Employee who has done CLOCK-IN

operation attempts to operate CLOCK-IN

Perform CLOCK-IN operation.

Enter the proper employee number again.

again.

E167 Incorrect Job code. Employee attempts to operate CLOCK-IN

Enter proper job code.

with incorrect JOB code.

E168 Your Operation is out of

Schedule. Please Call

Employees operate CLOCK-IN/OUT in not

allowance time.

Follow the prompt message.

Manager.

E169 Work Hours Exceeded.

Overtime work. Follow the prompt message. Please Call Manager.

E170 No Shift Remains in the

There is no available shift left. Schedule. You cannot Clock-in.

E171 Please Break-out and

Retry.

E172 Break Hours Exceeded.

Employee attempts to operate CLOCK-

Follow the prompt message.

OUT whilst he/she is in a break time.

Break hours are exceeded. Follow the prompt message. Please Call Manager.

E173 This employee is at work

Employee is at work without break. now.

E174 This employee is taking a

break now.

E175 Please Clock-in/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. out before you sign on. or Please Call Manager.

E176 You cannot Clock-in.

Employee Report has not been reset. Follow the prompt message. Please reset Employee Report.

E177 Time&Attendance Data

Communication Error.

Time & Attendance Data communication

error.

Follow the prompt message.

Please Call Manager.

E180 IDC FILE (1) memory full.

IDC FILE (1) memory is full of items. Follow the prompt message. Please clear IDC data.

E181 IDC FILE (2) memory full.

IDC FILE (2) memory is full of items. Follow the prompt message. Please clear IDC data.

E182 IDC FILE (3) memory full.

IDC FILE (3) memory is full of items. Follow the prompt message. Please clear IDC data.

E184 OPEN CHK/TBL data

exist.

Open check/ table data exist while

resetting ﬁxed total.

Close the opend check/ table data ﬁrst.

E185 Item is not active. Registrer non active item. Register active item. E200 Insert CF Card. CF card is not inserted to the slot. Insert CF card. E201 Format error. CF card data or formats illegal. Check the CF card. E203 Insufﬁcient memory. Insufﬁcient memory is remained in CF

Format or use a new CF card.

card.

E205 The ﬁle already exists. Do

File name duplication error Follow the prompt message. you replace?

YES : Replace the ﬁle. NO : Input new name.

E210 Mag Card Reader Error. Magnetic card read error. Swipe the card again. E211 Wrong Card Preﬁx Code. Card preﬁx code error This card cannot be used.

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Prompt message Meaning Action

E212 Card Expired. Card is expired. This card cannot be used. E213 Card Validation Failed. Card validation is failed. This card cannot be used. E215 Card Format Error. Card format error This card cannot be used. E240 Customer No. is occupied. Attempt is made to set a customer that

Enter proper customer No.

already exists in the customer ﬁle. E241 Customer memory full. Customer ﬁle becomes full. Delete unnecessary customer No. E242 Customer not found. This customer does not exist. Enter proper customer No. E243 Illegal Site ID. The site No. of the ﬁle does not coincide

Swipe the proper magnetic card.

with the No. of the card. E244 Credit limit over. Attempt to transfer when the balance is

over than the credit limit

Release credit limit by OPEN2 Make minus, void, or refund operation to decrease the balance under the credit limit. Perform ﬁnalization or cancellation.

E251 Magnetic card error. This card cannot be read.

This card format is illegal.

Swipe the magnetic card again.

Swipe the proper magnetic card. E252 Enter customer name. Follow the prompt message. E253 Enter address. Follow the prompt message. E254 Enter phone number. Follow the prompt message. MC#nn

E259 Terminal out of order YES : Retry

Comminication error to the machine #nn during auto updating scanning PLU.

Follow the prompt message.

NO : Skip

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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 Meaning

Data cannot be printed out. Backup to R/J printer?

Do you want to clear data? Conﬁrmation to reset displayed report. Cancel OK? Conﬁrmation of all void operation. Please wait. Please wait. ECR now processing. Item Consolidation Mode In the item consolidation mode. Non Consolidation Mode Not in the item consolidation mode. REG Mode Mode change : REG mode REFUND Mode Mode change : REF mode REG- Mode Mode change : REG–mode Training Signing on a training operator REG2 Mode Mode change : REG2 mode Please Sign on. The terminal is in signed off. Enter Check/Table Number. CHK# compulsory Enter Table Number. TBL# compulsory Enter Number of covers. Covers compulsory Enter Seat Number. Seat# compulsory Perform Slip Printing. Slip compulsory Issue Guest Receipt. GUEST RCT compulsory Perform Validation Printing. VLD compulsory Perform Check Printing. CHK-PRT compulsory Perform Check Endorsement. CHK-END compulsory Operation Code? Enter secret number for REG 2 mode. Re_conﬁguration... During system reconﬁguration Re_conﬁguration end System reconfugiration ends Clock-in OK? Time and attendance clock-in operation Clock-out OK? Time and attendance clock-out operation Break-in OK? Time and attendance break-in operation Break-out OK? Time and attendance break-out operation Enter cash tip amount and press

<YES> key. Communication Error Communication error during clock-in This procedure stops system maximum 60 sec.

OK ? Enter # Registering Non-add after RC / PD. Enter Alphacode! To search the appropriate item, enter goods name. Items not found! Items cannot be found by item searching.

Request to check the X / Z report data which cannot be printed out.

Time and attendance tip declaration compulsory

Alert before ﬂash memory clear.

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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 Meaning

0010 Handler access error (software) 0011 Cannot execute handler (system conﬁguration) 0012 Break by PC 0013 Break by ECR 0014 DSR off before receiving command packet 0015 Receive illegal command number of command packet 0016 Receive illegal character 0017 Send error (hardware) 0018 Receive error (hardware) 0019 Receive illegal data packet 0020 No response error 0021 Receive illegal command phase 0022 Received illegal packet 0023 CNET receive error 0024 Illegal termination by sender 0025 Received illegal packet during receiving data packets 0026 Not enough data packets received 0040 No “H”information 0041 No “I”information 0042 No “F”information 0044 Illegal packet format 0045 No ﬁle exists 0046 Illegal block 0047 Illegal command packet 0048 Illegal command No. (Not CMD) 0049 Illegal command No. (Not DATA) 0050 Sequence error 0051 Turn off DSR signal 0052 Received cancellation 0053 Retry over while waiting command 0054 Retry over while waiting EOT 0055 Retry over while waiting data 0056 Received EOT 0057 Retry over while waiting ACK 0058 Retry over while sending data 0059 Retry over while waiting “C” 0060 Retry over while sending response 0061 Retry over while excluding 0064 Break end 0065 Error during printing report header 0066 Error during printing report data 0067 Error during printing report data in work ﬁle 0068 Error during printing report data in consolidation ﬁle 0069 Work ﬁle clear error 0070 Consolidation ﬁle clear error 0071 Z lock error 0072 Z clear error 0073 Z lock release error 0074 Error during accumulating to consolidation ﬁle 0075 Error during copying report data from terminal memory to work 0076 Error during copying stock data to terminal memory 0077 Z lock error on satellite terminal 0078 No appropriate ﬁle is exist on satellite terminal during collection/consolidation

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Error code Meaning

0079 Z lock release error on satellite terminal 0081 Check tracking master is removed from system. 0082 Check tracking backup master is removed from system. 0128 Parameter error / Maximum length of send error 0130 Error drive 0134 Network parameter error 0138 Detect error in core system 0140 Parameter error (record length exceeds work buffer) 0141 EOF over 0144 Calculation overﬂow 0145 Undeﬁned value of n_open () mode 0146 Mismatch of type when closing network 0147 Parameter error 0152 Deﬁned NCB is not network resource 0153 Retry over by the target busy 0155 Sequence error 0156 No port exists 0158 Target port in use 0160 Error while getting priority 0161 Fail to change temporary priority 0162 Error semaphore operation to keep resource 0163 Fail to get new sled 0164 Error while getting semaphore 0165 Error to operate semaphore 0166 Error during delay 0167 Error during termination 0168 Error when resource return 0170 Error during getting task ID 0171 No code is found while search/pick up 0172 Cannot get work buffer 0173 File opened/fail to activate task 0174 No ﬁle exists 0175 ITRON service error 0176 Cannot create ﬁle 0177 Record number error 0178 Detect error while memory area opening 0179 Detect error while returning mail box / double create error 0180 Detect error while handling memory 0190 RCB is not mail box resource 0192 Error send message ID 0194 Send message length over 0197 Ending response 0198 Time out while waiting for ending response / no receive message 0202 No free FCB 0204 Memory capacity shortage 0205 Fail to create mail box 0209 Cannot ﬁnd the coincide PCB resource 0210 Cannot ﬁnd the coincide RCB resource 0232 ID collision when network starts 0233 Cannot ﬁnd the target ID 0235 Protocol error 0247 Stop token 0248 FTP client can’t open data connection. 0249 FTP client requested ﬁle action not taken. 0250 FTP client local error in processing 0251 FTP client syntax error

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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 access adrs Description of error

40 Location where error occurs Logical address of comparison source TLB address comparison

results in address mismatch 60 Location where error occurs Logical address of error source TLB entry is invalid 80 Location where error occurs Logical address of error source Initial page write exception

A0 Location where error occurs Logical address of error source TLB protection exception

(read)

C0 Location where error occurs Logical address of error source TLB protection exception

(write)

E0 Location where error occurs Address of read destination CPU address error (read) 100 Location where error occurs Address of write destination CPU address error (write) 180 Location where error occurs 0 Reservation instruction code

exception

1A0 Location where error occurs 0 Slot illegal instruction

exception

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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.

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9-5. Booster Error

ERR for XXX nn

XXX: INIT…INIT error IPL…IPL error nn: Refer to the Error Code Correspondence Table below

Error Code Correspondence Table

Error No. Description of error

1 CF card is not inserted. 2 CF card is not formatted correctly 3 FROM erase error 4 FROM write error 5 RAM write error 6 RAM read error

9 Mismatching MAGIC code 10 Checksum error 99 Other

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.

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10. PCB LAYOUT

MAIN PCB (E830-1 PCB)

(TOP VIEW)

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MAIN PCB (E830-1 PCB)

(BOTTOM VIEW)

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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)

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LED PCB (E830-E6 PCB)

(TOP VIEW) (BOTTOM VIEW)

INLET PCB (E830-INLET PCB) MIC PCB (E830-MIC PCB)

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