For settings related to the USER PROGRAMMING (PGM1, PGM2) mode,
please refer to the applicable Instruction Manual provided for the ER-A520
and ER-A530 model cash registers.
Parts mark ed w ith "!" are important for maintaining the safety of the set. Be sure to replace these parts with specified
ones for maintaining the safety and performance of the set.
This document has been pub lished to be used
SHARP CORPORATION
for after sales service only.
The contents are subject to change without notice.
Page 2
CHAPTER 1. SERVICE (SRV) MODE
A SRV-key is required to perform the 2 types of RESET procedures :
MASTER RESET:
PROGRAM RESET :
There are 2 classifications of MASTER RESET operations.
MASTER RESET 1: Normal MASTER RESET
MASTER RESET 2: Enables the layout of the fixed keys in addition
Clears the entire memory and resumes initial values.
Initializes the program without clearing memory.
Clears the entire memory and resumes initial values.
to performing a MASTER RESET 1.
Fixed keys: [0] [1] [2] [3] [4] [5] [6] [7] [8] [9] [00]
[000] [.] [CL] [@/FOR] [SBTL]
[CA/AT]
1. RESET PROC EDURES
■MASTER RESET 1
Please select “Procedure A” or “Procedure B” as required.
Procedure A: 1) Set the mode switch to the (SRV’) position.
2) Plug the AC power cord into the wall outlet.
3) While holding down the JOURNAL FEED key, turn the
mode switch to (SRV) position from the (SRV’) posit ion.
Procedure B: 1) Unplug the AC power cord from the wall outlet.
2) Set the mode switch to the (SRV) position.
3) While holding down the JOURNAL FEED key, plug in
the AC cord to the wall outlet.
Note: Procedure B cannot reset the hardware.
Procedure A must be used to reset the hardware.
■MASTER RESET 2
Please select “Procedure A” or “Procedure B” as required.
Procedure A: 1) Set the mode switch to the (SRV’) position.
2) Plug in the AC power cord into the wall outlet.
3) While holding down the JOURNAL FEED key & the
RECEIPT FEED key, turn the mode switch to (SR V)
position from the (SRV’) position.
4) Program the [0] [1] [2] [3] [4] [5] [6] [7] [8] [9] [00] [000]
[.] [CL] [@/FOR] [SBTL] [CA/AT] keys by depressing
the desired keyboard locations in this order.
Note: If the [000] key is not required, depress the location
where the [.] key (next step) will be located, and
the [000] key will be inhibited.
■PROGRAM RESET
Please use “Procedure A”, “Procedure B” or “Procedure C”
Prodecure A: 1) Set the mode switch to the (SRV’) position.
2) Plug in the AC power cord into the wall outlet.
3) Without pressing any function keys, turn the mode
switch to the (SRV) position from the (SRV’) position.
Procedure B: 1) Unplug the AC power cord from the wall outlet.
2) Set the mode switch to the (SRV) position.
3) Without pressing any function keys, plug the AC power
cord into the wall outlet.
Procedure C: 1) Unplug the AC power cord from the wall outlet.
2) Set the mode switch to the PGM2 position.
3) While depressing the JOURNAL FEED key & the
RECEIPT FEED key, plug in the AC power cord to the
wall outlet.
*
“Procedure C” can be executed when SRV#926-B: PROGRAM
RESET in PGM2 = 4 (enabled).
Note: Reset messages are printed on the journal-side of the printer.
2. DISPLAY AND PRINT
■MASTER RESET 1
1) During the memory clearing and initializing, “
displayed on upper line.
2) When the MASTE R RE SET is p erfor med, the buzz er beep s 3 tim es
and the MASTER RESET
***
message is printed on the journal.
***
■MASTER RESET 2
1) The function key code and text that may be programmed is
displayed.
ex) 001 0 KEY
2) After placement of the fixed function keys, “
played on upper line during memory clearing and initializing.
3)
When the MASTER RESET is fully executed, the buzzer beeps 3
times and the MASTER RESET
nal.
3
002 1 KEY
***
message is printed on the jour-
***
3
MRS.
■PRGRAM RESET
1)
When a PROGRAM RESET is performed, R “PROGRAM RESET
is printed (the buzzer does not beep).
...
MRS.
***
***
” is dis-
***
” is
”
Procedure B: 1) Unplug the AC power cord from the wall outlet.
2) Set the mode switch to the (SRV) position.
3) While holding down the JOURNAL FEED key & the
RECEIPT FEED key, plug the AC power cord into the
wall outlet.
4) Repeat the same sequence outlined in “Procedure A”
Note: Procedure B cannot reset the hardware.
Procedure A must be used to reset the hardware.
ER-A520U/A530U SERVICE (SRV) MODE
1 – 1
Page 3
CHAPTER 2. Reading of the SRV mode program
List of program reports
JOB#Report name
900SRV-mode program (System presets)
950Keyboard layout report (Function keys only).
951Keyboard layout report (Direct Dept. key & PLU key only)
970File allocation report
990 SSR report
Note: Program reports are printed on the RECEIPT & JOURNAL.
This following sample program readings are based on the ER-A520.
*
[JOB# 900]
Reading the contents of the SRV mode programming
Key operation
900CA/AT@/FOR
[JOB# 950]
Reading the contents of the SRV mode programming for the FREE KEY
LAYOUT setting. (Function Keys)
Key operation
950CA/AT@/FOR
<SAMPLE>
Date/Machine No.
CC-No. / Time / Server name
/ Server code
<SAMPLE>
Date/Machine No.
CC-No. / Time / Server name
Job code
Contents of system preset
General Z1 reset counter
Houlry Z1 reset counter
PLU Z1 reset counter
Cashier Z1 reset counter
GLU/PBLU Z1 reset counter
General Z2 reset counter
Daily net Z2 reset counter
GT2
GT3
Training GT
PGM2 mode secret code
Training Server No.
Training mode title
Euro symbol programming for
TM-295
Domestic currency symbol
Initial text mode
gramming
pro
/ Server code
Job code
Key No. / Key text / Location No.
[JOB# 951]
Reading the contents of the SRV mode programming for FREE KEY
LAYOUT setting. (Dept. & PLU keys)
Key operation
951CA/AT@/FOR
<SAMPLE>
Date/Machine No.
CC-No. / Time / Server name
Job code
Key No. / Key label / Location No.
/ Server code
The program readings are printed in the text mode formats previously
selected.
The contents of the programming are printed only on the journal in
*
individual formats shown above.(No header is printed.)
Note: The GT1 is obtained by the following calculation
Equation: GT1=GT2-GT3
0000000000000
13 digi
ts
CA/AT
[JOB#944] ER-A520: MRS = 0000
ER-A530: MRS = 0000
PGM2 mode secret code presetting
0
944
@/FOR
XXXX
4 digits
CA/AT
Note: When the secret code “0” is programmed, the secret code entry
is inhibited.
[JOB#948] ER-A520: MRS = 00
ER-A530: MRS = 00
PROGRAMMING OF THE TRAINING SERVER/CASHIER NO.
0
948
@/FOR
XX
CA/AT
XX: Server/Cashier No.
[JOB#949] ER-A520: MRS = “**TRAINING**”
ER-A530: MRS = “
THE TRAINING MODE’S TITLE
949
@/FOR
**TRAINING**”
e
Spac
Character Key
(12 chara.
CA/AT
)
[JOB#950] MRS = STANDARD KEY LAYOUT
Free key layout (Except for department keys and direct PLU keys.)
Initial setting
Function code is manually
entered
Function code
automatically increments
950Free keyXXX
@/FOR
Key No.
@/FOR
To inhibit
SBTL
Increment Key No.
CA/AT
XXX: 1 to 130
999 (To inhibit the key)
[JOB#951] MRS = STANDARD KEY LAYOUT
Free key layout (Direct department keys and PLU keys)
Key number is manually entered
Key number automatically
increments
951Free keyXXX
@/FOR
Key No.
CA/AT
@/FOR
To inhibit
SBTL
Increment Key No.
XXX: 1 to 142
999 (To inhibit the key)
• The Key No. is assigned to each key after depression which will
enable a direct dept. or PLU key to be assigned using PGM2 mode.
• Those keys programmed by this job No. Are reassigned if the SRV
Job#950 code is assigned after.
ER-A520U/A530U Service mode programming
3 – 9
Page 14
FUNCTION KEY LISTKEY
No. FUNCTION
1 0 KEY 0 K E Y
2 1 KEY 1 K E Y
3 2 KEY 2 K E Y
4 3 KEY 3 K E Y
5 4 KEY 4 K E Y
6 5 KEY 5 K E Y
7 6 KEY 6 K E Y
8 7 KEY 7 K E Y
9 8 KEY 8 K E Y
10 9 KEY 9 K E Y
11 00 KEY 0 0 K E Y
12 000KEY 000KEY
13 DECIMAL POINT . K E Y
14 CLEAR CLEAR
15 @/FOR @ / F O R
16 SUB TOTAL S B T L
17 CA/AT CA/AT
18 MERCHANDISE SUB-TOTAL M D S S T
19 TRAY SUB-TOTAL T R Y S T
20
21 NON ADD/TIME # / T M
22 NO SALE N S
23 PLU/SUB/UPC P L U / S B
24 REFUND TYPE OF SALES R F S A L
25 LEVEL SHIFT# L E V E L #
26 LEVEL1 L 1
27 LEVEL2 L 2
28 LEVEL3 L 3
29 LEVEL4 L 4
30 LEVEL5 L 5
31 PRICE SHIFT # P . S F T #
32 PRICE1 P 1
33 PRICE2 P 2
34 PRICE3 P 3
35 PRICE4 P 4
36 PRICE5 P 5
37 PRICE6 P 6
38 TAX1 SHIFT T A X 1 S F
39 TAX2 SHIFT T A X 2 S F
40 TAX3 SHIFT T A X 3 S F
41 TAX4 SHIFT T A X 4 S F
42 FS SHIFT F S S F T
43 VALIDATION PRINT P R I N T
44 SLIP (BILL) S L I P
45
(8 Char.)
57 (-) 4 ( - ) 4
58 (-) 5 ( - ) 5
59 TAX T A X
60 COVER COUNT C V C N T
61 AUTO A U T O
62 AUTO2 A U T O 2
63 AUTO3 A U T O 3
64 AUTO4 A U T O 4
65 AUTO5 A U T O 5
66 AUTO6 A U T O 6
67 AUTO7 A U T O 7
68 AUTO8 A U T O 8
69 AUTO9 A U T O 9
70 AUT010 A U T 0 1 0
71 CASH2 C A 2
72 CASH3 C A 3
73 CASH4 C A 4
74 CASH5 C A 5
75 CHECK C H E C K
76 CHECK2 C H E C K 2
77 CHECK3 C H E C K 3
78 CHECK4 C H E C K 4
79 CHECK5 C H E C K 5
80 CHARGE1C H 1
81 CHARGE2C H 2
82 CHARGE3C H 3
83 CHARGE4C H 4
84 CHARGE5C H 5
85 CHARGE6C H 6
86 CHARGE7C H 7
87 CHARGE8C H 8
88 CHARGE9 C H 9
89CUR RENCY CONVE RSION1CONV1
90CUR RENCY CONVE RSION2CONV2
91CUR RENCY CONVE RSION3CONV3
92CUR RENCY CONVE RSION4CONV4
93 GLU/PBLU/PB PBAL/PB
94NEW CHECK/CBN. C . / C B
95SERVICESR V C
96FINALF I N A L
97DEPOSITDE P O
98DEPOSIT REFUNDDE P . R F
99FS TENDF S T E N D
100RECEIVED ON ACCOUNTRA
101RECEIVED ON ACCOUNT2RA 2
102PAID OUTPO
103PAID OUT2P O 2
104 SERVER NUMBER S R V #
105BIRTHDAYB I RT H
106DEPT#D E PT#
107SCALESC A L E
108OPEN TAREOP N TR
109AMOUNTA M T
110REPEATR E P E A T
111INQUIREINQ
112NO DELETE (UPC)N O DE L
113 PRICE CHANGE P R C H G
114REMOTE PRINTER SENDRP S N D
ER-A520U/A530U Service mode programming
3 – 10
Page 15
No.FUNCTION
KEY TEXT
(8 Char.)
115 CHARGE TIP C H T I P
116CASH TIPC A T I P
117TIP PAIDT I P P D
118GRATUITY EXEMPTGR T E X
119EDIT TIPE D T I P
120BILL TRANSFERB. T .
121BILL SEPARATEB . S.
122TRANS OUTT R O U T
123TRANS INTR I N
124GLU RECALLGLU R C
125WASTE MODEW A S T E
126EAT IN1E A T I N 1
127EAT IN2E A T I N 2
128EAT IN3E A T I N 3
129CONDIMENT NEXTC. N E XT
130CONDIMENT CANCELC. CANCEL
999INHIBITIN H I B I T
38BS/BT BUFF ER0
39TERM DEPT0
40TERM PLU/UPC0
41TERM TRANCESACTION0
42TERM SERVER0
43TERM DYNAMIC UPC0
44ALL OF TERM FILE0
TYPE 0 = Create/Erase only
TYPE 1 = Create/Erase and Increase/Decrease the number of records.
TYPE 2 = Cr eate /Eras e and Inc rease /Dec reas e the numbe r of re cord s
for label and data invidually.
Note: All memories are shared in the fixed RAM area.
ER-A520U/A530U Service mode programming
3 – 11
Page 16
[JOB#996, 998] RAM DATA BACKUP function
0
(ECR
• Sending ECR RAM data
996
• Receiving ECR RAM data
998
@/FOR
@/FOR
ECR: 01FD/02FD.exe Protocol)
ALL DATA
CA/AT
0
SSR data only
CA/AT
Display during transmission
996
998
SRV
TEXT, MODE
JOB#, PACKET NO.
SRV
TEXT, MODE
JOB#, PACKET NO.
The Baud-rate is determined by SRV#903-A. The auto baud-rate
*
function is not available in this model.
[Signal connection chart]
25P IN D - S
SD
RD
RTS
DCD
DTR
DSR
CTS
SG
FG
9PIN D-SUB
SD
UB9PIN D-SUB
2
3
4
8
20
6
5
75
1
3
FRAME GROUND is connected to
the shield of the cable.
ECR
3
SD
2
RD
7
RTS
1
DCD
DTR
4
6
DSR
8
CTS
SG
ECR
9PIN D-SUB
3
SD
At the end of the job, one of the following messages is printed.
• Normal termination of a send operation
#996 SEND OKJOB #, ERR OR MESSAGE
• Communication Error in a send operation
#996 COM. ERROR01 JOB#, ERROR, MESSAGE,
ERROR CODE
• Time-out in a send operation
#996 TIME OUTJOB#, ERROR MESSAGE
• Normal termination of a receive operation
#998 RECEIVE OKJOB#, ERR OR ME SS AG E
• Communication Error in a receive operation
#998 COM. ERROR01 JOB#, ERR OR ME SS AG E ,
ERROR CODE
• Data format Error in a receive operation
#998 DATA ERROR15 JOB#, ERROR MESSAGE,
ERROR CODE
• Time-out in a receive operation
#998 TIME OUTJOB#, ERROR MESSAGE
RD
RTS
DCD
DTR
DSR
CTS
SG
SD:
SEND DATA
RD:
RECEIVE DATA
DTR:
DATA TERMINAL READY
DSR:
DATA SET READY
RTS:
REQUEST TO SEND
DCD:
DATA CARRIER DETECTOR
CTS:
CLEAR TO SEND
FG:
FRAME GROUND
2
7
1
4
2
RD
7
RTS
1
DCD
4
DTR
All error messages are fixed.
*
ERROR CODE:
*
01 = ID No. error (ID No. in the ID-ENQ is not correct.)
02 = Parity error
03 = Check sum error
04 = Data size error
6
8
6
DSR
8
CTS
05 = Hardware error
06 = Power off error
07 = Time out error
55
SG
08 = DSR off error
11 = Transmit data size error
12 = Blo ck sequence error (Irregular sequence No . has been
13 = NAK code error (NAK code has been received.)
15 = ECR TYPE error (The Model of the ECR is different)
ER-A520U/A530U Service mode programming
3 – 12
received.)
Page 17
[JOB#985]
Euro symbol programming for the TM-295 SLIP printer.
0
985
X: 0 = Space
1 = Euro symbol
MRS = 0 (Space)
@/FOR
A
CA/AT
[JOB#986] ER-A520: MRS = “ $”
ER-A530: MRS = “ $”
Domestic currency symbol programming
e
Spac
986
Characters can be entered by using the character keys or numeric code
keys.
This symbol is printed with (+) amount of domestic currency. The programmed characters is printed at the left side of amount.
Ex) Case of “US$”:
DEPT.01 US$
@/FOR
1.00
Character Key
(4 chara.
CA/AT
)
Programmed symbol
If some space characters are programmed at the left side of symbol
(ex. “
rency symbol.
”), they are not counted as the number of character of the cur-
$
Ex) In the case of “ US$”: (The currency symbol means “US$”)
DEPARTMENT01 US$
Programmed symbol
10.00
[JOB#987] ER-A520: MRS = 0
ER-A530: MRS = 0
Text Mode Changing (To Default text)
0
987
X: 0 = English text
2 = French text
3 = Spanish text
When this job is executed, the following data is affected.
(a) Function text
(b) Server/Cashier text
(c) Each message text (LOGO, etc..)
@/FOR
X
CA/AT
[JOB#989]
Resetting of all counters and totalizers
989
All counters, totalizers, and Z counters are initialized.
*
The GT1-GT3 memories are initialized.
The following message print occurs on the journal.
*
#989
@/FOR
CA/AT
ER-A520U/A530U Service mode programming
3 – 13
Page 18
CHAPTER 4. REPORT MODES (OP X/Z, X1/Z1 and X2/Z2)
In general, the following sales reports are available:
1) OP X/Z reports (individual server/cashier reports)
2) X1/Z1 reports (Daily sales total X and Z reports)
3) X2/Z2 reports (Periodic total X and Z reports)
4) Flash-read reports (Display sales amount)
In addition to the above reports that are to be used, reports for checking
the program are also available.
[Operation]
In the table below; those reports marked with a circle "o" can be executed.
PRINTING REPORT
MODE
REPORT NAMEJ OB#
XZX1Z1X2Z2
GENERALx00
DEPT (ALL GROUP)x10
DEPT (INDIVIDUAL GROUP)x12
DEPT GROUP TOTALx13
PLU/UPC SALESx20
PLU/UPC SALES (PICK UP)x09
PLU/UPC SALES (DEPT)x21
PLU/UPC (INDIVIDUAL GR OUP)x22
PLU GROUP TOTALx23
PLU/UPC STOCKx24
PLU/UPC STOCK (PICK UP)x04
PLU/UPC ZERO SALESx27
PLU/UPC ZERO SALES (DEPT)x27
PLU/UPC PRICE CATEGORYx29
DYNAMIC UPCx69
DYNAMIC UPC (PICK UP)x65
DYNAMIC UPC (DEPT)x66
DYNAMIC UPC CLEARx68
DYNAMIC UPC CLEAR (PIC K UP)
DYNAMIC UPC CLEAR (DEPT)x67
TRANSACTIONx30
CIDx31
COMMISSIONx32
TAXx33
SERVER (ALL)x40
SERVER (INDIVIDUAL)x41
HOURLY (ALL)x60
HOURLY (RANGE)x60
DAILY NETx70
x64
x41
oo
oooo
oo
oo*
oo*
oooo
oooo
oooo
oo*
oo*
o
o
oo*
oo
oo
oo
oo
oo
oo
oo
oo
oo*
oo*
oo*
oo*
oooo
oooo
oo*
o
[Purpose]
The below reports are each used to check sales data. The intended
method of taking these reports are as follows:
OP X/Z reports: These reports are taken by ope rators in order to report
their own sales data.
X1/Z1 reports: These reports are taken by the supe rvisor or manager
in order to check and report daily sales totals at that
point.
X2/Z2 reports: These reports are taken by the owner or manager in
order to check a nd report periodic (week ly or monthly)
totals.
Flash-read:These reports are taken by the owner or manager in
order to check and display sales totals for spontaneous
checking.
1
*
DATA FOR READINGOPX/ZX1/Z1X2/Z2
DEPT CODE
GROUP No.
PLU/UPC (EAN) CODE
PICK UP
DEPT CODE
PLU/UPC (EAN) CODE
PICK UP
DEPT CODE
PRICE
UPC (EAN) CODE
PICK UP
DEPT CODE
UPC (EAN) CODE
PICK UP
DEPT CODE
CCD ENTRY
CCD ENTRY
SERVER CODE, CCD ENTRY*6, *7
TIME
oo*
*2
4
*
3
2
10
*
11
*
3
*
3
2
10
*
11
*
2
3
*
4
*
10
*
11
*
3
*
10
*
11
*
3
*
2
2
2
2
2, *7
*
2, *5, *7
*
2
4
*
2
ER-A520/ER-A530 REPORT MODES (OP X/Z, X1/Z1 and X2/Z2)
4 – 1
Page 19
1
g
*
MODE
REPORT NAMEJ OB#
XZX1Z1X2Z2
GLU/PBLU (SERVER)x81
CLOSE GLU/PBLUx82
CLOSE GLU/PBLU (SERVER)x83
STACK REPORTx90
NON ACCESSED UPCx05
NON ACCESSED
x05
UPC DELETE (ALL)
NON ACCESSED
x05
UPC DELETE (PICK UP)
oo
oo
oo
oooo*
o*
o
o
JOB# : ‘x’ is 1 for X1/Z1 mode, 2 for X2/Z2 mode, and 0 or nothing for OPX/Z mode.
1 MODE: X: Daily operator X reportZ: Daily operator Z report
*
X1: Daily X reportZ1: Daily Z report
X2: Periodic X reportZ 2: Periodic Z report
(X report) : The corresponding data is held in the ECR.
(Z report) : The corresponding data is cleared in the ECR.
2 T o read respective reports, it is necessary to follow the procedure
*
below.
Reading
(X report)
JOB#
@/FOR
CA/AT
Resetting
(Z report)
3 T o read respective reports, it is necessary to follow the procedure
*
below.
Reading
(X report)
JOB#
@/FOR
DATA
CA/AT
Resetting
(Z report)
(DATA): GROUP No. (2 digit)
DEPT CODE (2 digit)
4 The Report range can be specified by entering the starting and ending
*
numeric entries according to the following procedure.
Reading
JOB#
Resetting
@/FOR
All
Start = End
START NO.END NO.
@/FOR
CA/AT
(START NO.) and (END NO.): PLU CODE (6 digit)
PRICE (6 digit)
TIME (2digit) (24-hour entry in spite
of TIME SYSTEM)
PBLU CODE (4 digit)
5 Individual server/cashier report BILL NO. (4 digit) the assigned
*
server/cashier.
6 When the server/cashier code is not entered, the report is issued
*
only when there is an assigned server. Otherwise a server code
must be entered to issue the report.
Reading
JOB#
Assigned server/cashier
@/FOR
SERVER CODE
CA/AT
4 digitResettin
ER-A520/ER-A530 REPORT MODES (OP X/Z, X1/Z1 and X2/Z2)
4 – 2
Page 20
7 In case of CCD COMPULSORY for ALL SERVER:
*
Until DAILY ALL SERVER RESETTING is done, any other daily
reports that reports the CID can not be executed.
The key sequence for DAILY ALL SERVER RESETTING.
In case of CCD COMPULSORY for the INDIVIDUAL SERVER:
Until ALL SERVER RESETTING is done, any other reports that
reports the CID totals can not be executed.
The key sequence for the INDIVIDUAL server/cashier resetting is
unique and is outlined below.
<CCD ENTRY>
JOB#
Q'tyAmount
@/FOR
Amount
: The Non-Add [#] function key is used for CASH and CHECK amount
*
@/FOR
Repeat
#
CONV1
CONV2
CONV3
*
SBTL
CA/AT
CONV1
CONV2
CONV3
#
VOID
CA/AT
entry.
:The total CASH and CHECK amount entered by [#] can be displayed
**
by depressing the [SBTL].
8 T he stacked report function enables different reports to be printed
*
successively with a single reporting operation.
The programming for the stacked reports can be accomplished in
the PGM2 mode.
Stacked reports can be printed by performing the following key
operation in the X1/Z1 and X2/Z2 modes.
Reading
x90
@/FOR
CA/AT
Resetting
If the job code of a report within the stacked report preset is programmed, it is ignored (that report is not printed).
Also, if stacked reports include any other reports for which a Z reports
can not be taken, the reports are ignored and are not printed.
A maximum of 15 different reports can be printed successively with
a single reporting operation.
Those 15 reports can include those reports that are identical in
code number. In this case, however, if any data changes due to the
printing of the previous report, the changed data is printed on the
following report.
For example:
Consecutive number: The counter is incremented by one.
Z report:Data is reset to zero.
9 Reading display only.
*
The displayed amount can be cleared by depressing the [CL] key.
KEY
(Display amount)(Display initialize)
CL
*10
*11
[Action]
Individual counters for the following Z reports are incremented when
those reports are printed.
1) General daily total report (Z1)
2) General periodic total report (Z2)
3) Hourly report (Z1)
4) Daily net total report (Z2)
5) PLU/UPC report (Z1/Z2)
6) Individual server and All server report (Z1/Z2)
[Additional function]
(1) Secret code entry
When printing reports in the X1/Z1 mode and X2/Z2 mode, if a
secret code has been preset, the code must be entered prior to performing the key operation to take reports.
The secret code can be entered following the procedure shown
below.
XXX
Secret code
(2) Overflow mark
If the amount or quantity in any totalizer other than the GT to be
printed on an X or Z reports exceeds a programmed limit, the indication mark (overflow mark) is printed for the totalizer concerned.
The overflow mark may be printed even if a totalizer does not reach
the maximum amount. This occurs, for exam ple, when the amount
or quantity in the totalizer gets smaller than the maximum amount
due to the entry of a negative amount after the overflowing of the
totalizer. This means that when the totalizer overflows once, the
overflow mark (for example, “!!”) is printed.
(3) MODE TITLE
Each report prints a MODE TITLE at a header of report.
The Report Titles are as follows.
All report printing can be stopped.
Printing can be cancelled by turning the mode switch to MGR position while the data is printing. (In this case, the contents of memory
are not cleared.)
<Print sample of Report cancel>
:
:
*****
123456789012345678901234
CA/ATCA/AT
OP
X
*
*
Z
*
*
*
*
*
1 the report cancel symbol
ER-A520/ER-A530 REPORT MODES (OP X/Z, X1/Z1 and X2/Z2)
4 – 3
Page 21
q
COPYRIGHT2004 BY SHARP CORPO RATION
All rights reserved.
Printed in Japan.
No part of this publication may be reproduced,
stored in a retrieval system, or transmitted.
In any form or by any means,
electronic, mechanical, photocopying, recording, or otherwise,
without prior written permission of the publisher.
SHARP CORPORATION
Digital Document Systems Group
Products Quality Assurance Department
Yamatokoriyama, Nara 639-1186, Japan
2004 July Printed in Japan
t
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