Use the following procedure to initialize the cash register before using it for first time after you purchase it.
1. Install the two memory backup batteries (see page 10 of the User’s Manual).
2. Plug the cash register into a wall outlet.
• At this time, "00000000" appears on the display and the printer operates for a minite. Initialization is complete
when the Printer stops operating.
CAUTION!
Automatic initialization (which clears all sales and programming data stored in the register’s memory) is performed
whenever all power (both the backup batteries and power through power cord) is cut form the cash register
and then restored. The program data stored in the flash memory is restored.
Remember...
Main power cut by:
•
Unplugging the cash register
• Power failure
Backup power cut off by:
+
• Removing the batteries
• Dead or low batteries
Automatic initialization when
the main power is restored
+
and the mode switch is set to
any position besides OFF.
• Manual initialization
Use the following procedure to initialize the cash register and clear all transaction data and program data
from its memory.
1. Insert the mode key marked “PGM” into the mode switch.
2. Turn the mode switch to the OFF position.
3. SE-S300/SE-C300:
While holding down the
SE-S2000/SE-C2000:
While holding down the
4. SE-S300/SE-C300:
Release the
FEED
key.
SE-S2000/SE-C2000:
JOURNAL
Release the
FEED
key.
5. Enter A B 0 0 and press the
FEED
key, turn the mode switch to the PGM position.
JOURNAL
FEED
key, turn the mode switch to the PGM position.
SUB
key.
TOTAL
A. Language selection
This specification defines the
language to use for the date in
receipt/journal printing.
English
French
Spanish
German
0
1
2
4
B. Area / monetary mode
This specification defines the area
and the decimal position.
U.S.
Canada
German
Two decimal place
No decimal place
— 4 —
2
9
4
1
3
C. Department number
This specification defines the
number of deparment keys.
Always
SE-S300
SE-C300/
SE-C2000
SE-S2000
2 5
7 2
3 0
Clearing a machine lock up
If you make a mistake in operation, the cash register may lock up to avoid damage to programs and preset
data.
Should it happens, you can use the following procedure to clear the lock up without losing any data.
1. Power off the register.
2. Insert the PGM key in the mode switch.
3. SE-S300/SE-C300:
Press down and hold
SE-S2000/SE-C2000:
Press down and hold
4. SE-S300/SE-C300:
The display shows INIT (on alpha-display), then release
SE-S2000/SE-C2000:
The display shows INIT (on alpha-display), then release
SUB
5. Press
TOTAL
. A receipt is issued.
FEED
, and turn the mode switch to PGM mode.
RECEIPT
FEED
, and turn the mode switch to PGM mode.
FEED
RECEIPT
FEED
.
.
— 5 —
2. Initialization
Load IPL data
•
When you replace a main PCB with a spare parts, load the IPL data to ECR as the following steps;
1. Required materials
RS232C cross cable which is using CV10
Memory pack RAC-12B
RAC_TOOL software
IPL data file
*Please contact CASIO sales division to get the above materials.
PC with RS232C COM port
Windows 2000 / XP / Vista
2. System configuration
SE series ECR
3. Steps to load IPL data
3-1. Write the IPL data to the RAC-12B from the PC. (Make a special RAC for IPL.)
1) Remove power cord of ECR from AC outlet.
2) Connect the ECR (COM1 port) and PC with the RS232C cross cable.
3) Insert RAC-12B in to the ECR.
RS232C Cross Cable
PC with RS232C COM port
Windows 2000/XP/Vista
RAC-12B
— 6 —
4) Plug in the power cord of ECR to the AC outlet and start up the diag software. (See Page 18)
5) Make double-click RAC_TOOL.exe to run the software.
* RAC_TOOL.exe, FILE969.HAD, and LogoConv.dll (3 files) must be stored at same folder.
6) Select the appropriate COM port according to your configuration.
7) Select “Send RAC File” and choose the IPL file. The file name should be XXX.rac. (Do not send now)
8) Make sure the ECR is in the diag mode, then enter 914 and press "Sub Total" key.
9) The ECR will display “CLEARING RAC” and number will be counted up until 63.
10) The display will be changed to “WAITING RAC”.
When the display is changed to “WAITING RAC”, start sending the file on PC within 30 second.
11) The ECR will display “WRITING RAC” and counter will be displayed every 64Kbytes data are received.
— 7 —
12) The following transmission progress will be shown on the PC.
R A C9 1 4
R A CI P LO K
E N D9 1 4
13) The following receipt will be issued when all the data has been received.
(ECR will be terminated automatically if data is not receiving 5 second or more)
This process will take approximately 20 minutes to send IPL data to the RAC-12B.
* Please keep the special RAC memory pack for IPL, otherwise you need to do the above process again.
3-2. Send the IPL data from RAC to ECR.
1) Pull out AC cord from wall outlet.
2) Insert the RAC-12B which has the IPL data to the ECR.
3) Press and hold “Journal” feed key and plug in AC cord to the wall outlet.
4) Wait few second and release Journal feed key.
“BT-INIT” should be displayed on the ECR.
5) Enter 44449999 and press "Sub Total" key, then enter 30 and press "Sub Total" key.
6) Back light will be turned off and start loading IPL data from RAC.
7) When the loading is completed, "INIT 0000000000" will be displayed.
8) Enter 99990000 and press "Sub Total" key, then "DIAG 1" will be displayed.
9) Enter your locale code and press "Sub Total" key, then locale code will be printed.
* Locale code is as follows;
Europe: No need to enter the locale code. Skip 8) - 11), go to 12).
U.S.A. and Canada: 200016
Others: 600016
10) Turn the MODE KEY is “OFF”. Then while holding down the “JFEED” button, turn MODE KEY to “PGM”.
11) Release “JFEED” button, then "INIT 0000000000" will be displayed.
12) Enter your INIT code and press "Sub Total" key, then the information will be printed.
B o o t V e r : 4 4 9 9 A
A p l iV e r : 4 5 0 1 AC
AGQA
BAFQA
RPT
AMOUNT
T1 T2T3 T4
TOTAL CHANGE
DIAG
E S C
5-1. To start the diagnostic program
1. First, be sure that MODE KEY is “OFF”. While holding down the “JFEED” button, turn MODE KEY to “PGM”.
When the “JFEED” button is released, the main display indicates as illustrated below.
2. Enter “99990000” and then press the “SUB TOTAL” button.
3. After DIAG version is printed out, DIAG mode starts.
5-2. Notes for the DIAG
• To perform the continuous check, follow the direction for each test, and input numbers except 0. Input
numbers 1-9 as the command how many times to perform the test for the operation in each page to
perform continuous check. Note that you can only choose one time check or continuous check.
[Others]
• ESC value is printed as follows if the test ended by force. Press the “C” key or turn off the power to end
the test while performing continuous check. The result of ending by force is not printed in each test.
RAM READ/WRITE test,
Watch, buzzer test and drawer
open test are performed
continuously.
Display test and LCD
backlight test are performed
continuously.
n312 24
n32127
42128
62129
acn03d30
P1P1P1P2P2P2n13d
pn33d 32
hhmmss0070
yymmdd0170
170
21
21
31
35
35
— 20 —
5-5. Operation of each test
B A T C H1
R A M W RO
K
B B B B B B B B B B B B B B B B
D A T E0 5
T I M E2 3
D R WO
K
E N D1
03-95:
13/21/
BBBBBBBB
B A T C H2
D I S PO K
D I S P M A I NO K
D I S P 7 S E GO K
B A C K L I G H T
O K
E N D2
[ 1 ] BATCH TEST 1
[Function]
RAM READ/WRITE test, Watch, buzzer test and drawer open test are performed continuously.
[Operation]
Operation : 1 SUB TOTAL
The following tests are performed automatically.
(1) RAM test: WRITE/READ area test.
(2) Test print
(3) Time setting: Set the following data.
Arranged data: 2005 December 31,23:59'30
(4) Buzzer: Ring once the one shot buzzer.
No print or display in this test.
(5) Drawer open: Drawer 1 opens only.
(6) Receipt issuance
[Print]
*Test print is also done on the journal side.
*If no journal printers are available, “BBBBBBBBBBBBBBBBBBBBBBBB” is printed out on the receipt.
[ 2 ] BATCH TEST 2
[Function]
Display test and LCD backlight test are performed continuously.
[Operation]
Operation : 2 SUB TOTAL
The following tests are performed automatically.
(1) Display test: Press any key to go to the next screen.
(2) LCD pattern test
(3) 7 segment test
(4) LCD backlight test Press any key to switch ON/OFF.
[Print]
— 21 —
[ 3 ] RAM WRITE/READ TEST
R A M1 1
R A M W RO
K
E N D1
1
R A M1 1 1
R A M R DO
K
E N D1 1 1
[Function]
Data on the RAM is written, and tests are performed to check if the data has been written properly.
The data to be written should be a one-byte data, which is the sum of the fourth, the third, and the
second digits from the last of the address. After writing is completed, the data is read and checked
whether it is identical to the original. The test will not be performed, however, in the area where
performing this test affects the operation. Memory used in HANDLER (static area). Memory used in
DIAG (stack, static areas). Code, however, will be performed from FLASH ROM.
[Operation]
Operation : n 0 1 1 SUB TOTAL
n: 0 = One time check (can be omitted)
not 0 = Continuous check (To stop the test, press “C” key)
[Display]
A counter is displayed in the 7 segments to indicate that RAM check is in progress.
[Print]
The following is printed when all areas for RAM are tested.
[ 4 ] RAM READ ONLY TEST
[Function]
Read only test for RAM (read, write, verify) is performed.
Note that write test (n011) must be performed right before this test.
[Operation]
Operation : n 1 1 1 SUB TOTAL
n: 0 = One time check (can be omitted)
not 0 = Continuous check (To stop the test, press “C” key)
[Display]
A counter is displayed in the 7 segments to indicate that RAM check is in progress.
[Print]
The following is printed when all areas for RAM are tested.
— 22 —
[ 5 ] FLASH ROM CLEAR TEST
R O M2 1 2
F L A S
H C L RO K
E N D2 1 2
R O M1 2
F L A S H W RO
K
E N D1
2
[Function]
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 and the program
is damaged, proper operation cannot be guaranteed. Please perform IPL again.
[Operation]
Operation : n 2 1 2 SUB TOTAL
n: 0 = One time check (can be omitted)
not 0 = Continuous check (To stop the test, press “C” key)
[Display]
A counter is displayed in the 7 segments to indicate that RAM check is in progress.
[Print]
The following is printed when all areas for RAM are tested.
[ 6 ] FLASH ROM WRITE/READ TEST
[Function]
[5] FLASH ROM CEAR test must have been performed immediately before this test. The test is
performed in the user area.
[Operation]
Operation : n 0 1 2 SUB TOTAL
n: 0 = One time check (can be omitted)
not 0 = Continuous check (To stop the test, press “C” key)
[Display]
A counter is displayed in the 7 segments to indicate that RAM check is in progress.
[Print]
The following is printed when all areas for RAM are tested.
— 23 —
[ 7 ] FLASH ROM CLEAR & WRITE/READ TEST
R O M3 1 2
F L A S HO
K
E N D3 1 2
L O C A L E2 1 6
L O C A L E C L RO
K
E N D2 1 6
[Function]
After CLEAR function clears the memory, WRITE test is performed.
[Operation]
Operation : n 3 1 2 SUB TOTAL
n: 0 = One time check (can be omitted)
not 0 = Continuous check (To stop the test, press “C” key)
[Display]
A counter is displayed in the 7 segments to indicate that RAM check is in progress.
[Print]
The following is printed when all areas for RAM are tested.
[ 8 ] FLASH ROM PROTECT AREA CLEAR
[Function]
The area with LOCAL/CONTRAST setting is cleared.
[Operation]
Operation : 0 2 1 6 SUB TOTAL
[Print]
— 24 —
[ 9 ] DISPLAY TEST
Command inputPattern 1Pattern 2END
Press Any keyPress Any key
RPT
AMOUNT
T1 T2 T3 T4
TOTAL CHANGE
RPT
AMOUNT
T1 T2 T3 T4
TOTAL CHANGE
Pattern 1Pattern 2
ABCDEFGHIJKLMOP
QRSTUVWXYZabcdef
D I S P2 1
D I S PO K
N D2 1
[Function]
The test of LCD/7 segment display and transaction display is performed as shown below.
[Operation]
Operation : n 2 1 SUB TOTAL
n: 0 = One time check (can be omitted)
not 0 = Continuous check (To stop the test, press “C” key)
[Print]
— 25 —
[ 10 ] DISPLAY TEST (REPEAT)
RPT
AMOUNT
T1 T2 T3 T4
TOTALCHANGE
Pattern 1
RPT
AMOUNT
T1 T2 T3 T4
TOTALCHANGE
RPT
AMOUNT
T1 T2 T3 T4
TOTALCHANGE
Pattern 2Pattern 3
D I S P5 2 1
D I S PO K
N D5 2
1
RPT
AMOUNT
T1 T2 T3 T4
TOTALCHANGE
D I S P2 2 1
D I S P 7 S E GO K
N D2 2
1
[Function]
The test of LCD/7 segment display and transaction display is performed as shown below.
[Operation]
Operation : 5 2 1 SUB TOTAL
To stop the test, press “C” key
[Print]
[ 11 ] 7 SEGMENT DISPLAY TEST
[Function]
The test of 7 segment display is performed as shown below.
[Operation]
Operation : 2 2 1 SUB TOTAL
To stop the test, press “C” key
[Print]
— 26 —
[ 12 ] LCD BACKLIGHT TEST
D I S P1 2 1
D I S P L I G H TO
K
N D1 2
1
Command input
Pattern 1Pattern 4
END
Press Any keyPress Any key
RPT
AMOUNT
T1 T2 T3 T4
TOTALCHANGE
Pattern 3
RPT
AMOUNT
T1 T2 T3 T4
TOTALCHANGE
Pattern 1
ABCDEFGHIJKLMOP
QRSTUVWXYZabcdef
RPT
AMOUNT
T1 T2 T3 T4
TOTALCHANGE
Pattern 2
ABCDEFGHIJKLMOP
QRSTUVWXYZabcdef
RPT
AMOUNT
T1 T2 T3 T4
TOTALCHANGE
Pattern 4
D I S P3 2 1
D I S P M A I NO K
N D3 2
1
[Function]
LCD Backlight is turned ON/OFF.
[Operation]
Operation : c 0 1 2 1 SUB TOTAL
c: 0 = Press any button to turn “OFF” -> “ON”
1 = Backlight OFF
2 = Backlight ON
[Print]
[ 13 ] DISPLAY PATTERN TEST
[Function]
Performs an LCD display pattern test.
The test displays the 4 patterns shown below.
In run-once mode, press any key to end the test. In unlimited-run mode, set the mode to OFF to end
the test.
[Operation]
Operation : n 3 2 1 SUB TOTAL
n: 0 = One time check (can be omitted)
not 0 = Continuous check (To stop the test, press “C” key)
[Print]
— 27 —
[ 14 ] LCD CONTRAST ADJUSTMENT TEST
RPT
AMOUNT
T1 T2 T3 T4
TOTALCHANGE
ABCDEFGHIJKLMOP
QRSTUVWXYZabcdef
D I S P4 2 1
L C D C O N T R A S T E S C
E N D4 2 1
L C D C O N T R A S TN G
L C D C O N T R A S T O V R
L C D C O N T R A S T E S C
[Function]
Adjusts the LCD contrast and writes the adjustment to the FLASH ROM.
Up to 16 adjustments can be written to the FLASH ROM. If more than 16 adjustments are written, an
error occurs.
The contrast value when adjustment begins is the value written during the previous adjustment ("22" if
no data has been written). After the adjustment, pressing the “#1” key updates the stored adjustment
value.
[Operation]
Operation : 4 2 1 SUB TOTAL
“RECEIPT ON/OFF” button: Current contrast + 1 (dark)
“PRICE” button: Current contrast - 1 (light)
“#1” button: Confirm contrast (writes the value to FLASH ROM). Exits the adjustment sequence.
To stop the test, press “C” key.
[DISPLAY]
[Print]
XX is the adjustment value.
Printed when an error occurs.
Printed if more than 16 adjustments have been written.
Printed if you exited the sequence without setting an adjustment value.
[Operation]
Up to 16 adjustments can be written to the FLASH. If more than 16 adjustments are written, an error
occurs. In such cases, perform the following command to clear the area.
Operation : 1 0 4 2 1 SUB TOTAL
— 28 —
[ 15 ] LCD BIT MAP TEST
Command inputPattern 1Pattern 4END
Press Any keyPress Any key
RPT
AMOUNT
T1 T2 T3 T4
TOTALCHANGE
Pattern 3
RPT
AMOUNT
T1 T2 T3 T4
TOTALCHANGE
Pattern 1
RPT
AMOUNT
T1 T2 T3 T4
TOTALCHANGE
Pattern 2
RPT
AMOUNT
T1 T2 T3 T4
TOTALCHANGE
Pattern 4
D I S P6 2 1
L C D B I T M A PO
K
N D6 2
1
[Function]
Performs an LCD display pattern test.
[Operation]
Operation : 6 2 1 SUB TOTAL
To stop the test, press “C” key.
[Print]
— 29 —
[ 16 ] INTERNAL PRINTER CHARACTER PRINT TEST
B B B B B B B B B B B B B B B B
[FUNCTION]
This test will check the characters in the receipt/journal of the internal printer.
[Operation]
Operation : a c n 0 3 d SUB TOTAL
a: 0 = normal print out
1 = reduced size print out
c : 0 = prints character’ B’
1 = prints all characters
n : 0 = One time check
not 0 = Continuous check (To stop the test, press “C” key)
d : 3 = Recipet
4 = Journal
5 = Recipet and Journal
[Print]
1. Prints character’ B’
2. Prints all characters
Refer to the figure in the next page for the characters to be printed.
The printing order is in the order of the character code. The characters from 0x20(SP) to 0xFD(•) are
printed.
A space is printed for a code without the printing character.
A character which cannot be printed is a character within the range of the code 0x00 to 0x1F and
0xFB to 0xFF.
— 30 —
[ 17 ] INTERNAL PRINTER GRAPHIC PATTERN PRINT TEST
Print pattern image
Print pattern image
Print pattern image
[FUNCTION]
This test will check the graphic patterns in the receipt/journal of the internal printer.
The graphic patterns and the print images are as follows;
Graphic pattern 1
Graphic pattern 2
Graphic pattern 1
Graphic pattern 2
:
: repeat (for 28 Dot line )
[Operation]
Operation : P1 P1 P1 P2 P2 P2 n 1 3 d SUB TOTAL
P1: 0 = Graphic patter 1 (change 8 bit into a decimal number and input it)
P2: 0 = Graphic patter 2 (change 8 bit into a decimal number and input it)
n: 0 = One time check
not 0 = Continuous check (To stop the test, press “C” key)
d : 3 = Recipet
4 = Journal
5 = Recipet and Journal
* Print patterns and commands
(1) Receipt, 25% pattern, continuous
Operation : 0 8 5 0 0 0 1 1 3 3 SUB TOTAL
The display unit of the print pattern image in the right is as follows;
Horizontal: dot
Vertical: do line
(2) Receipt, 50% pattern, continuous
Operation : 0 8 5 1 7 0 1 1 3 3 SUB TOTAL
The display unit of the print pattern image in the right is as follows;
Horizontal: dot
Vertical: do line
(3) Receipt, 100% pattern, continuous
Operation : 2 5 5 2 5 5 1 1 3 3 SUB TOTAL
The display unit of the print pattern image in the right is as follows;
Horizontal : dot
Vertical : do line
— 31 —
[ 18 ] INTERNAL PRINTER DOT RATE TEST
(1) 3 dot lines
The first 3 dot lines in the 1/2 line ( 14 dot lines) out of one line are printed in all dots.
3 dot lines (printed in all dots)
11
dot lines (no printing)
3 dot lines (printed in all dots)
11
dot lines (no printing)
(2) 5 dot lines
The first 5 dot lines in the 1/2 line ( 14 dot lines) out of one line are printed in all dots.
5 dot lines (printed in all dots)
9 dot lines (no printing)
5 dot lines (printed in all dots)
9 dot lines (no printing)
(3) 7 dot lines
The first 7 dot lines in the 1/2 line ( 14 dot lines) out of one line are printed in all dots.
7 dot lines (printed in all dots)
7 dot lines (no printing)
7 dot lines (printed in all dots)
7 dot lines (no printing)
Printing image of 1/2 line
(14 dot lines)
Printing image of 1/2 line
(14 dot lines)
printing image of 1 line
(28 dot lines)
Printing image of 1/2 line
(14 dot lines)
Printing image of 1/2 line
(14 dot lines)
printing image of 1 line
(28 dot lines)
Printing image of 1/2 line
(14 dot lines)
Printing image of 1/2 line
(14 dot lines)
printing image of 1 line
(28 dot lines)
[FUNCTION]
This test will check the printing of the receipt/journal according to the following specifications.
The printing specification is reflected in 1/2 line and the only specified number of dot lines are printed
in all dots from the 1 dot line.
Note that 1/2 line is printed two times because the printing unit is one line.
[Operation]
Operation : p n 3 3 d SUB TOTAL
p: 0= 3 dot line
1 = 5 dot line
2 = 7 dot line
n: 0 = One time check
not 0 = Continuous check (To stop the test, press “C” key)
d : 3 = Recipet
4 = Journal
5 = Recipet and Journal
[Print]
— 32 —
[ 19 ] INTERNAL PRINTER PRINT TEST
P R T4 3 5
N D4 3
5
COM1 30041
RTS1=1 --> CTS1=1 OK
DTR1=1 --> DSR1=1 OK
RTS1=0 --> CTS1=0 OK
DTR1=0 --> DSR1=0 OK
TxD --> RxD OK
END 30041
[FUNCTION]
Print out is performed on the internal printer receipt/journal in the following format. This test is
performed once. The number of the tests to be performed cannot be changed.
[Operation]
Operation : 4 3 5 SUB TOTAL
[Print]
Prints 3 lines from character code 0X30 to 0X8.
[ 20 ] RS232C PORT TEST
[FUNCTION]
This is the RS232C test.
The loop back test for RS232C port is performed by making the connection shown in the figure.
Refer to [ 22 ] RS232C PORT BATCH TEST the figure for RS232C port connection.
kbps
n: 0 = One time check (can be omitted)
not 0 = Continuous check (To stop the test, press “C” key)
d: 1 = COM1 (UART1)
2 = COM2 (UART0)
[Print]
— 33 —
[ 21 ] RS232C PORT BATCH TEST
COM BATCH
Figure : RS232C port connection
outputs "1" R "0" from the output terminal and checks the input terminal.
TxD
RxD
RTS
CTS
DTR
DSR
COM1/2
COM BATCH 40
RTS1=1 --> CTS1=1 OK
DTR1=1 --> DSR1=1 OK
RTS1=0 --> CTS1=0 OK
DTR1=0 --> DSR1=0 OK
TxD --> RxD OK
RTS2=1 --> CTS2=1 OK
RTS2=0 --> CTS2=0 OK
DTR2=0 --> DSR2=0 OK
TxD --> RxD OK
END 40
COM1
COM2
[Function]
This is the RS232C port batch test.
When performing this test, fix loop back connectors to all COM ports.
By the setting below, the loop back batch test is performed once from COM1 through COM2.
[Operation]
Operation : 4 0 SUB TOTAL
Baud rate: COM1: 19.2 kbps, COM 2: 9600 bps
Check time: one time
[Print]
— 34 —
[ 22 ] TIME SETTING
RPT
AMOUNT
T1 T2 T3 T4
TOTAL CHANGE
06/01/01
05-49 ss
[ 23 ] TIME DISPLAY
[Function]
This sets the time and date.
When setting the time, the time and date will be displayed without inputting the fixed value.
[Operation]
(1) Date and time setting
Operation : h h m m s s 0 0 7 0 SUB TOTAL
hh: hour
mm: minutes
ss: second
Operation : y y m m d d 0 1 7 0 SUB TOTAL
yy: year
mm: month
dd: day
(2) Date and time display
Operation (time): 0 7 0 SUB TOTAL
Operation (date): 1 7 0 SUB TOTAL
Pressing
“C” key
displays the date and time in order. Pressing
the test.
[LCD]
“C” key
while the time is displayed ends
— 35 —
[ 24 ] DRAWER OPEN TEST
D R W9 1
D R WO
K
E N D9
1
B U Z Z9 2
E N D9
2
[Function]
This test checks whether the drawer opens or not..
[Operation]
Operation : n 0 9 1 SUB TOTAL
n: 0 = One time check
not 0 = Continuous check (To stop the test, press “C” key)
[Print]
[ 25 ] BUZZER TEST
[FUNCTION]
This test checks whether the buzzer sounds or not.
One time check causes one shot buzzer to sound once, while infinite time check causes the buzzer to
sound for 500 msec. When the infinite time check is performed, press “C” key to stop the intermittent
buzzer.
[Operation]
Operation : n 0 9 2 SUB TOTAL
n: 0 = One time check
not 0 = Continuous check (To stop the test, press “C” key)
[Print]
— 36 —
[ 26 ] KEY DISPLAY TEST
089 082
087
088 081
086
085 078
084
C
079
076 073 070
075 072 069
007 008 009
004 005 006
001 002 003
000 011 012
067 060 053
066 059 052
065 058 051
064 057 050
063 056 049
062 055
024 018
023 015
046 039 032
025
045 038
044 037
043 036
042 035
041 034048
014
013
089 082
087
088 081
086
085 078
084
C
079
076 073 070
075 072 069
007 008 009
004 005 006
001 002 003
000 011 012
067 060 053
066 059 052
065 058 051
064 057 050
063 056 049
062 055
024 018
023 015
046 039 032
025
045 038
044 037
043 036
042 035
041 034
031
030
029
028
027048
014
013
C037 034
007 008 009
004 005 006
001 002 003
000 011 012
031 024 019
030 023 018
041 039 036
040 038 035
033 026 021
049
032 025 020
029 022 015
028 014=017
027013
113
11
2
057
048 056
065 073
064 072
081 089
080 088
097 105
096 104
047111
11
0
055
046 054
063 071
062 070
079 087
078 086
095 103
094 102
045109
108
053
044 052
061 069
060 068
077 085
076 084
093 101
092 100
043107
106
051
042 050
059 067
058 066
075 083
074 082
091 099
090 098
RPT
AMOUNT
T1 T2 T3 T4
TOTALCHANGE
11:STROKE KEY
10:COMBI KEY
KEY CODE
[FUNCTION]
The hard key code of a key is displayed every time any key except “C” key is pressed.
The hard key code is arranged as follows.
[Operation] [LCD]
Operation : 9 4 SUB TOTAL
To stop the test, press “C” ke
[Location of the key code]
STROKE KEY (SE-S300/SE-S2000)
STROKE KEY (SE-S300/SE-S2000)
COMBI KEY (SC-S300/SE-C2000)
— 37 —
[ 27 ] OBR TEST
O B R9 5
O B RO
K
O
E N D9 5
B R E R R * * * * * * * *
[Function]
This is a scanner test. The test enters the wait mode for the scanner input, and waits only for scanner.
The test determines the result between OK and NG by comparing the fixed data and the read data.
* The fixed barcode is as follows.
Contents of the drawer exceed
programmed limit.
High amount lock out/low digit lock out
error
Read/reset operation without declaring
cash in drawer.
This error appears only when this
function is activated.
Return the mode switch to its original
setting and finalize the operation.
Input correct check number or assign
the proper clerk number.
Complete operation.
Enter a clerk number.
Close the drawer.
Shut the cash drawer.
Switch to another mode and then
back to the RF mode for the next
transaction.
Input a check number.
Input a table number.
Enter the number of customer.
Correct the program.
Register condiment/preparation PLU.
Finalize the transaction.
Press <SUBTOTAL>.
Enter the amount tendered.
Perform paidout operation.
Enter correct amount.
Perform money declaration.
— 39 —
Error
code
E040 Issue guest receipt Attempt to register a new transaction
Message MeaningAction
Issue a guest receipt.
without issuing a guest receipt.
E046 REG buffer full Registration buffer full. Finalize the transaction.
E049 CHECK memory full Check tracking index memory full. Finalize and close the check number
currently used.
E050 DETAIL memory full Check tracking detail memory full. Finalize and close the check number
currently used.
E051 CHK/TBL No. is occu-
pied
E053 CHK/TBL No. is not
opened
Attempt to made use <New Check>
to open a new check using a number
that is already used for an existing
check in check tracking memory.
Attempt made to use <Old Check>
reopen a new check using a number
that is not used for an existing check
in check tracking memory.
Finalize and close the check that is
currently under the number that you
want to use or use a different check
number.
Use the correct check number (if you
want to reopen a check that already
exists in check tracking memory) or
use <New Check> to open a new
check.
E075 Negative balance
cannot be finalized
E101 PLU maintenance file
full. Press <#2> to exit
E103 PLU Code is not exist.
Attempt to finalize a transaction when
balance is less than or equal to zero.
Scanning PLU direct maintenance/
Register item(s) until the balance
becomes positive amount.
Terminate the maintenance.
batch maintenance file becomes full.
PLU code is not existed in the file. Enter proper PLU code.
Input the PLU Code
E105 PLU file full Scanning PLU file full Modify the designated item.
E106 Item exists in the PLU
FILE
E112 Close the journal
The designated item has already
existed in the scanning PLU file.
The journal platen arm is opened. Close the journal platen arm.
platen arm
E114 Close the receipt
The receipt platen arm is opened. Close the receipt platen arm.
platen arm
E139 Negative balance is
not allowed
Attempt to register <–> or <CPN>
when the balance becomes negative.
Enter proper minus/coupon amount.
E146 Arrangement file full Arrangement file is full. Set the arrangement properly.
E200 Insert RAC RAC is set. Set RAC.
E201 Illegal Format Illegally formatted RAC Format the RAC.
E202 File not found The designated file is not found in the
Enter proper file name.
RAC.
E205 File already exist. Can not write, because designated file
Check the operation and retry.
has already been in the RAC.