Sharp ER-A57R1 User manual

SERVICE MANUAL
CODE: 00ZERA57VOSME
ER-A570 OPTION
SRN (IN-LINE) INTERFACE
MODEL ER-A6IN
RS-232 INTERFACE
MODEL ER-A5RS
CONTROL ROM
MODEL ER-A57R1
(For "V" version)
I. SRN (IN-LINE) SYSTEM FOR ER-A570 . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 1-1
II. RS-232 SYSTEM FOR ER-A570 . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 2-1
III. TEST FUNCTION FOR ER-A6IN AND ER-A5RS . . . . . . . . . . . . . . . . . . . . . . . . . . 3-1
IV. HARDWARE DESCRIPTION FOR ER-A6IN AND ER-A5RS . . . . . . . . . . . . . . . . . 4-1
PARTS GUIDE
CONTENTS
SHARP CORPORATION This document has been published to be used for
after sales service only.
The contents are subject to change without notice.
Parts marked with "!" is 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.

●Precautions
1. Downloading the data from the ER-02FD in the inline system
To download the data from the ER-02FD onto the ECR in the inline system, the following procedure
must be observed.
1) Download the data from the ER-02FD onto the ECR using the SRV #998.
2) Execute the SRV RESET operation.
3) Execute either the INLINE RAM CLEAR operation (#899) or the INLINE SET UP 1 JOB operation
(#895).
4) Check the SRV #970 to see if the ECR memory capacity exceeds the packaged RAM memory
capacity. If it does, add an optional RAM and follow the same procedure all over again from step 1).

(Danish) ADVARSEL !
Lithiumbatteri – Eksplosionsfare ved fejlagtig håndtering.
Udskiftning må kun ske med batteri
af samme fabrikat og type.
Levér det brugte batteri tilbage til leverandoren.
(English) Caution !
Danger of explosion if battery is incorrectly replaced.
Replace only with the same or equivalent type
recommended by the equipment manufacturer.
Discard used batteries according to manufacturer’s instructions.
(Finnish) VAROITUS
Paristo voi räjähtää, jos se on virheellisesti asennettu.
Vaihda paristo ainoastaan laitevalmistajan suosittelemaan
tyyppiin. Hävitä käytetty paristo valmistajan ohjeiden
mukaisesti.
(French) ATTENTION
Il y a danger d’explosion s’ il y a remplacement incorrect
de la batterie. Remplacer uniquement avec une batterie du
même type ou d’un type recommandé par le constructeur.
Mettre au rébut les batteries usagées conformément aux
instructions du fabricant.
(Swedish) VARNING
Explosionsfare vid felaktigt batteribyte.
Använd samma batterityp eller en ekvivalent
typ som rekommenderas av apparattillverkaren.
Kassera använt batteri enligt fabrikantens
instruktion.
CAUTION FOR BATTERY REPLACEMENT

I. SRN (IN-LINE) SYSTEM FOR ER-A570
ER-A6IN
MODEL ER-A57R1 (For ER-A570)
(OPTIONS FOR ER-A570)
CHAPTER 1. ER-A570 SRN (IN-LINE) SYSTEM CONFIGURATION . . . . . . . . . . 1-2
CHAPTER 2. HARDWARE REQUIREMENTS . . . . . . . . . . . . . . . . . . . . . . . . . . . . 1-2
CHAPTER 3. TRANSMISSION SYSTEM SPECIFICATIONS . . . . . . . . . . . . . . . . 1-3
CHAPTER 4. FILE/DATA ALLOCATION IN THE IN-LINE SYSTEM . . . . . . . . . . . 1-6
CHAPTER 5. PROGRAM DATA UPDATING . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 1-6
CHAPTER 6. SRV-MODE PROGRAMMING . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 1-8
CHAPTER 7. PGM2 MODE PROGRAMMING . . . . . . . . . . . . . . . . . . . . . . . . . . . 1-14
CHAPTER 8. TROUBLESHOOTING JOBS . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 1-16
CHAPTER 9. READING (X) AND RESETTING (Z) REPORTS . . . . . . . . . . . . . . 1-17
CHAPTER 10. SOFTWARE INSTALLATION PROCEDURE FOR
IN-LINE SYSTEM . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 1-19
CONTENTS
1 1

CHAPTER 1. ER-A570 SRN (IN-LINE) SYSTEM CONFIGURATION
The ER-A570 in-line system conforms to the SHARP Retail Network
that consists of a master and a maximum of 15 satellites (inclued the
one backup master).
Fig. 1-1
Drawer (max.3 units)
ER-A5RS
Modem/NCU
HOST
ER-A57R1
Sharp
Retail
Network
ER-A570 ER-01RA/02RA
ER-A570
ER-01RA/
ER-02RA
ER-A6IN
ER-A57R1
ER-A6IN
Master
Backup master
ER-01MB/02MB
ER-A57R1
ER-A570
ER-01RA/
ER-02RA
ER-A6IN
Satellites
ER-01MB/02MB
ER-01MB/02MB
ER-03DW
ER-03RP or
ER-04RP
Kitchin printer
NOTE:
Master : 1 unit
Satellite: Max. 15 units
ER-03RP/04RP: Max. 9 units
Satellite+ER-03RP/04RP: Max.15 units
CHAPTER 2. HARDWARE REQUIREMENTS
1.Master System
The following optional units are required to complete the master
system configuration.
The master may require additional RAM for allocating the IRC files.
1) ER-A6IN: SRN I/F control board
2) ER-01RA: Option RAM chip (32KB)
ER-02RA: Option RAM chip (128KB)
ER-01MB: Option RAM board (Max. 512K bytes)
ER-02MB: Option RAM board (1M bytes)
3) ER-A57R1: Option device control ROM (1 chip)
•The ROM chip (ER-A57R1) is installed on the main PWB of ER-
A570.
2. Satellite system (inclued the backup
master)
The following optional units are required to complete the Satellite
systems configuration.
The satellite may require additional RAM for allocating the IRC files.
1) ER-A6IN: SRN I/F control board
2) ER-01RA: Option RAM chip (32KB)
ER-02RA: Option RAM chip (128KB)
ER-01MB: Option RAM board (Max. 512K bytes)
ER-02MB: Option RAM board (1M bytes)
3) ER-A57R1: Option device control ROM (1 chip)
•The ROM chip (ER-A57R1) is installed on the main PWB of ER-
A570.
1 2

3. Components
NO MANE PARTS CODE Q’ty
1 PWB UNIT CPWBX7317RC01 1
2 PWB BRACKET LANGT7466RCZ Z 1
3 CONNECTOR BRACKET LANGT7510RCZ Z 1
4 SCREW (FOR HOLDING OF THE PWB AND PWB BRACKET) LX –BZ6665RCZZ 2
5SCREW (FOR : PWB BRACKET AND PWB BRACKET, PWB BRACKET AND MAIN CHASSIS,
GND WIRE.) LX–BZ6774R CZZ 5
6 WIRING TIE LBNDJ2004SCZ Z 1
7 SPACER PSPAN7039XCZZ 1
8 FERRITE CORE (FOR INTERNAL CABLE) RCORF6666 RCZZ 1
9 INTERNAL CABLE QCNW–6856RCZ Z 1
10 BNC-T CONNECTOR QCNC–6811RC 0C 1
CHAPTER 3. TRANSMISSION
SYSTEM SPECIFICATIONS
1. Transmission Method
1) Carrier sense multiple access with collision detect (CSMA/CD)
2) Single channel, half duplex
3) High level data link controller (HDLC)
2. Transmission Medium
1) Topology: Common Bus System
2) Coaxial cable RG-58/u
3. Transmission Speed
480KBPS/1MBPS (Selectable) ... SRV mode JOB#922.
4. Data Transfer Method
Packet-data transfer method
Data side of 1 paket is MAX. 270 Byte.
5.Maximum Length of Transmission
Cable
1000m (3281 ft) . . . trunk cables + branch cables; however, branch
cable length is 10m (5m ✕2) for each terminal.
6. Max Terminals
16 Terminals max. (15 satellites, 1 master)
7. Physical Organization
The branch cable is not included in the standard accessories of the
ER-A6IN. Please order with the following code.
PARTS CODE PRICE RANK DESCRIPTION
QCNW-6835RCZZ BM Branch cable
Fig. 3-1
Fig. 3-2 physical organization
5m (16.4ft)
QCNW-6835RCZZ
Satellite
*Master
R R
Tetminator
50
Ω
Trunk cables
Branch
cables
(5m x 2)
16.4ft.
x 2
Cable connector
JJ conector
Satellite Satellite Satellite
*NOTE: The master can be located anywhere within the SRN (IRC) network configuration.
1 3

8. Packet Format
F
8 Bits 1Opening flag (8 Bits) (01111110) (7E)
DA
8 Bits 2Destination address (00-FEH) (SRN Terminal Number)
SA
8 Bits 3Source address (00-FEH)
TYPE
8 Bits 4Packet type (DATA/ACK/RACK/NRDY)
CH NO
8 Bits 5Channel No. (01H = CH1; 02H = CH2)
DLS
8 Bits 6Circuit status: Buffer full, RE-transmit, Unable
7Dummy
BCL
8 Bits 8Number of bytes at the data unit
BCH
8 Bits
DATA
max.
270
bytes.
9DATA
Number of data bytes (270 Bytes)
CRC
8 Bits ΦCRC check code
CRC
8 Bits
F
8 Bits ΓClosing flag (8 Bits) (01111110) (7E)
Fig. 3-3 Packet format
1Opening flag (7E)
The open flag (7E) is sent at the beginning of each packet. As the
SRN control circuit (receiving side) receives the flag, it will start
the receiving operation.
NOTE: The packet begins with the open flag (8 Bits) and ends
with a closing flag (8 Bits).
2Destination address (00H – FEH)
The destination address indicates where the packet is addressed
(receiving unit) too. The terminal number of each unit is converted
into a hexadecimal number to be used for the destination address.
3Source Address (00H – FEH)
The source address indicates the sending unit (transmit unit). The
terminal number of each unit is converted into a hexadecimal
number to be used for the source address.
4Types of packets
There are four types of packets each are used to indicate the type
of packet to be transferred.
00: DATA packet
(summary and preset data)
01: ACK packet
The acknowledging packet that is sent to the transmitting
side from the receiving side to indicate that the packet was
received properly.
02: RACK packet
The acknowledging packet that will be sent to the receiving
side to indicate that the ACK packet has been properly
received by the sending side.
03: NRDY packet
The acknowledge packet that is sent to the sending side to
indicate that it is not ready to receive data.
5Channel No.
Indicates that channel of the packet. (Channel 1 or Channel 2)
6Circuit status
In the case of the NRDY packet, it indicates why the NRDY packet
was issued.
1) Unable to handle received data because the receiving side is
in the BUSY state.
2) Unable to handle received data because the receiving buffer is
full.
7Number of data bytes
Indicates the number of bytes of data, which is a data, packet
status that will be converted into hexadecimal numbers before
transmission. Maximum number of bytes is 270.
8Data
Transfer data is contained in this field. Size of data is limited to a
maximum of 270 bytes. It can only exist in the data packet.
9CRC check code
This check code is used to detect any errors in the transmit data.
A CRC code is generated from the sending side to be sent to the
receiving side.
At the receiving side, the CRC check code is generated on the
basis of the same formula as the sending side to verify it against
the CRC check code receive.
ΦClosing flag (7E)
The closing flag is sent at the end of the packet. When the IRC
control circuit at the receiving side receives the flag, it terminates
the operation.
9. Type of packet
Two types of packet formats are available for the SHARP RETAIL
NETWORK. One is the data packet (the content of data is judged by
the host level). The other is the control packet which is responded to
by the controller level and has three types of packets: ACK packet,
RACK packet and NRDY (NOT READY) packet.
(1) DATA packet: is used for sending and receiving data. Its con-
tents are judged at the host level.
(2) ACK packet: is a response sent from the sink station to the
source station by the link level (of DATA packet) when the DATA
packet is properly received.
(3) NRDY (NOT READY) packet is a response packet of the link
level. It is used in case it is unable to receive in the host level or
no space is available in its receive buffer despite the the error
check CRC of the DATA packet is normal.





















1 4

Fig. 3-4 Types of packets
10. Transmission Procedure
1Normal sequence
2Abnormal sequence-1
(when there is a single data error)
3Abnormal sequence-2
(when there are six successive data errors)
Communication is disabled due to full retry counts . . . "PW-OFF"
(power off) will be printed on the master unit.
4Abnormal sequence-3 (when ACK is in error)
5Abnormal sequence-4 (when RACK is in error)
Full ACK retry counts. If RACK were not detected after five retries
to send ACK, it assumes RACK to be in error, and so the receiving
operation terminates normally.
6Abnormal sequence-5
(receiving side not enabled to receive data)
11. Terminal Number Assignment
when the IRC option is installed, an IRC terminal number must also
be supplied. This number is in the range of 1 to 254. The number is
specified in the PGM 2 mode at installation time. It is necessary to
specify an number for each device connected to the IRC including the
master. It should be noted that the IRC terminal number and the
register number are not related. Section 10 of this manual indicates
how this number is specified.
•IRC terminal number (3 digits max.): *000 ∼254
*000: OFF line machine
•Register number (4 digits max.): *0 ∼9999
*0: can not be used in the IRC operation.
F
DATA
packet
DA
SA
0
CH NO
DLS
BCL
BCH
DATA
CRC
CRC
F
F
ACK
packet
DA
SA
1
CH NO
DLS
0
0
CRC
CRC
F
PACK
packet NRDY (Not ready)
packet
F
DA
SA
1
CH NO
DLS
0
0
CRC
CRC
F
F
DA
SA
1
CH NO
DLS
0
0
CRC
CRC
F
Control packet
Data
ACK
RACK
[Sequence] [Receiving side]
Data X
Data
ACK
RACK
(Retry)
NOTE: X Indicates an error.
15ms (No ACK)
Data X
Data
(Retry-1)
15ms (No ACK)
X
Data X
15ms (No ACK)(Retry-5)
(No ACK)
ACKX
6ms (No ACK)
ACK
Data
RACK
ACK-1
6ms
ACK-2
Data
RACK X
ACK-5
Data
NRDY
1 5

CHAPTER 4. FILE/DATA ALLOCATION IN THE IN-LINE SYSTEM
(in the ER-A570, the shaded section ( ) is not used.)
Fig. 4-1
∗1 ; In case of system report job disable on back-up master,
consolidation and receive files need not be created in back-up
master.
∗2 ; The clerk totalizer file only need to have one blocks.
∗3 ; The clerk consolidation/receive/save files need not be created
in case of floating clerk system.
∗4 ; The sign on/off clerk file need not be created in case of
individual clerk system.
CHAPTER 5. PROGRAM DATA
UPDATING
1. General
There are two ways of updating the preset data for the ER-A570
in-line system.
1) To download the reset file of the master to a satellite after clearing
preset file of the slave.
This mode can be used at the time the machine is installation.
Fig. 5-1
2) To download the preset file of the master to the preset file of a
slave without clearing the slave"s preset file. (Downloading file
with a job number in 5000)
This mode can be used at the time of correcting preset data.
Data process on the satellite to which the master preset file is
downloaded
(a) When a preset file whose job number is 4000s is
downloaded, the contents of the corresponding file in the
satellite is zero cleared before saving the data received from
the master.
(b) When a preset file whose job number is 5000s is
downloaded, the contents of the corresponding file in the
satellite is replaced by the preset file sent from the master.
Preset data
Preset data
Master Satellite
SRN
DEPT
Preset
totalizer
consolidation
receive
save
TRAN
SACTION
Preset
totalizer
consolidation
receive
save
PLU
Preset
totalizer
consolidation
receive
save
SET
PLU
Preset
CLERK
Preset
totalizer
consolidation
receive
save
HOURLY
Totalizer
consolidation
receive
save
DAILY
NET
EAN/
UPC
Preset
totalizer
DYNAMIC
EAN/UPC
T.LOG Logging data
CUSTOMER Totalizer
CASHIER
Preset
totalizer
consolidation
receive
save
SIGN ON/OFF
CLERK
RCV BUFFER
Preset
edit buffer
RCV.
GLU
BUFFER
GLU
FILE
B.T.
BUFFER
RESET
CLERK
Totalizer
receive
consolidation
RESET
CASHIER
LINK
PLU
Totalizer
consolidation
receive
save
Preset
totalizer
KITCHEN
PRINTER
GLU
BUFFER
Totalizer
receive
consolidation
DEPT
Preset
totalizer
save
TRAN
SACTION
PLU
SET
PLU
Preset
CLERK
HOURLY Totalizer save
DAILY
NET
EAN/
UPC Preset
DYNAMIC
EAN/UPC
T.LOG Logging data
CASHIER
Preset
totalizer
save
B.T.
BUFFER
RESET
CLERK Totalizer
RESET
CASHIER
LINK
PLU
Totalizer
Preset
GLU
BUFFER
Totalizer
Preset
totalizer
save
Preset
totalizer
save
Preset
totalizer
save
Preset
edit buffer
KITCHEN
PRINTER
1 6

2. Down-Loading Job List
List of Down load jobs
Mode Job Item Note
SRV 800 SRV parameter Including the machine
parameter relating to
inline operations.
("#902, #920 d" is not
downloaded.)
PGM2 secret code
preset
845 Training text CLK No.
850 Free Key layout
PGM 4100 Dept preset with clearing function
4119 Direct Dept/PLU key
4200 PLU/LINK/SET preset with clearing function
4300 Transaction preset with clearing function
4220 LINK PLU preset with clearing function
4221 SET PLU preset with clearing function
4400 Clerk preset
4600 Other preset
4610 Date, time
4614 Logo text
4644 Message text
4654 Guidance text
4700 TAX preset
4800 ONLINE preset
4950 IRC KP preset
4900 PGM preset relating to
inline operations
4999 All PGM preset
5100 Dept preset without clearing function
5200 PLU/LINK/SET preset without clearing function
5220 LINK PLU preset without clearing function
5221 SET PLU preset without clearing function
5300 Transaction preset without clearing function
without clearing function
without clearing function
#4200 and #5200 don’t include stock data.
#4600 Other preset : Optional feature preset, VP preset, Hourly
report, Stack report, Secret code PGM1,
X1/Z1, X2/Z2, Auto key, PLU Level range.
#4400 exists in only clerk individual system.
#4200 include link PLU and set PLU presets.
3. Key operation
1) Down-loading of PGM-mode program data on
DEPT/PLU
(a) Down-loading to all the satellites in the system
NK2: Register No.
(b) Down-loading to the satellite specified
NK1: Register No.
NK2: Start code
NK3: End code
2) Down-loading of other program data
(a) Down-loading to all the satellites in the system
(b) Down-loading to the satellite specified
NK1: Register No.
4. Others
1) If a transmission error occurs, the machine number of a satellite in
which the error has occured is printed In that case, the manager
retry function becomes available.
2) After transmission termination, the master prints the receipt/jour-
nal to that effect.
3) Broadcast communication
SRV mode down load job and PGM mode #4XXX (with clear job)
job is used by broadcast communication.
Broadcast communication method:
The master is communicated to all satellites at a time.
The download of broardcast communication is as follows
a) Master downloads to all satellites.
(Broadcast communication)
<DISPLAY: SENDING>
b) All satellites receives the data.
c) Master checks communication error to each satellite.
(Normal cumminocation)
<DISPLAY : each register number>
NOTE: Setting of SRV mode programming JOB #920-C
"BROADCAST COMMUNICATION"
•When the ER-03RP/04RP is in the inline system, set up in
the following two methods*
1) Set JOB #920-C "BROADCAST COMMUNICATION" to
"NOTHING."
2) When performing broadcast downloading (#4XXX), turn
off the power of the ER-03RP/04RP, or turn off/on the
power of the ER-03RP/04RP after execution of
downloading.
(JOB#) NK2 NK3
1 item
TL
ALL
X X
(JOB#)
TL
NK1 ST NK2
1 item
NK3
X X
(JOB#) TL
X
(JOB#) TL
NK1
ST
X
1 7

CHAPTER 6. SRV-MODE PROGRAMMING
M: Master
S: Satellite
(JOB#)
TL
ABCD
X
0
No. Job# M/S Item Key sequence
1#902 MRS = 0000 M/S 902-A: 1. Choice of inline
2#918 MRS = 0000 M/S 918-A: 1. Printing of text of a tied PLU in set
PLU
2. Direct non tendering finalization after
previous tender entry
3. Output of set PLU to KP
M/S 918-B: 1. Red color printing on KP when PLU’s
unit price is zero
M/S 918-C: 1. Printing of Z counter on Z1/Z2 report
2. Comulating orders in KP
3. Printing the DEPT./PLU text on KP in
double size character
M/S 918-D: 1. Tip paid includes cash tip
2. Clearing of tip totalizer at clerk Z1
report
3. Printing of tip totalizer on the clerk
report
1. Inline 902-A
No 0
Yes 1
1. Printing of
text of a
tied PLU in
set PLU
2. Direct non
tendering
finalization
after
previous
tender
entry
3. Output of
set PLU to
KP 918-A
Yes Disable By tied PLU 0
Set PLU’s KP 1
Enable By tied PLU 2
Set PLU’s KP 3
No Disable By tied PLU 4
Set PLU’s KP 5
Enable By tied PLU 6
Set PLU’s KP 7
1. Red color printing on KP when
PLU’s unit price is zero 918-B
No 0
Yes 2
1. Printing of
Z counter
on Z1/Z2
report
2. Comulating
orders in KP 3. Printing the
DEPT./PLU
text on KP
in double
size
character
918-C
Yes Yes No 0
Yes 1
No No 2
Yes 3
No Yes No 4
Yes 5
No No 6
Yes 7
1. Tip paid
includes
cash tip
2. Clearing
of tip
totalizer
at clerk
Z1 report
3. Printing
of tip
totalizer
on the
clerk
report
918-D
Yes No No 0
Yes 1
Yes No 2
Yes 3
No No No 4
Yes 5
Yes No 6
Yes 7
1 8

No. Job# M/S Item Key sequence
3#920 MRS = 0000 S 920-A: 1. Buck up master functionS
M/S 920-B: 1. System report and down load job is
executed in the buck up master
2. The GLU finalization is executed in
the setellite
3. The clerk system
S922-C: 1. Broad cast communication
2. PGM-mode programming at the
satellite
M/S 920-D: 1. Machine assignment
4#922 MRS = 0008 M/S 922-A, B Not used. (Fixed at "00".)
922-C, D: 1. SRN transmission speed and
carrier-off waiting time
5#923 MRS = 0000 M/S 923-A, B, C, D: Not used. (Fixed at "0000")
6#924 MRS = 0000 M/S 924-A: 1. Report printing when consolidation
daily and periodic cashier reading or
resetting
2. PLU save file
1. Buck up master function 920-A
Not 0
Exit 1
1. System
report and
down load
job is
excuted in
the back
up master
2. The GLU
finalization
is
executed
in the
satellite
3. The clerk
system
920B
Disable Enable Centralized 0
Individual 1
Disable Centralized 2
Individual 3
Enable Enable Centralized 4
Individual 5
Disable Centralized 6
Individual 7
1. Broadcast
communication 2. PGM mode programming at the
satellite 920-C
Exist Disable 0
Enable 1
Nothing Disable 4
Enable 5
1.Machine assignment 920-D
Standalone 0
Satellite 1
Master 2
Backup master 3
1. Transmission
speed 2. Carrier-off waiting time 922-C,D
480K BPS
12.8 msec 00
3.2 msec 01
6.4 msec 02
9.6 msec 04
1M BPS
6.4 msec 08
1.6 msec 09
3.2 msec 10
4.8 msec 12
1. Report printing when
consolidation daily and
periodic cashier
reading or resetting is
taken.
2. PLU
save file 924-A
Printing of report on
individual register Not 0
Exist 1
Printing of both i.e.
reports on individual
machines and
consolidation report on
the entire system
Not 4
Exist 5
1 9

No. Job# M/S Item Key sequence
6#924 MRS = 0000 M/S 924-B: 1. Save file except for PLU
2. Programming whether or not to lock
REG mode entries after individual
daily total resetting
1Locking after clerk resetting
2Locking after term clerk resetting
924-C: 1. Programming whether or not to lock
REG mode entries after individual
daily total resetting. When the system
has no save file
1Locking after hourly resetting
2Locking after general resetting
924-D: 1. Programming whether or not to lock
REG mode entries after individual
periodic total resetting. When the
system has no save file
1Locking after daily net resetting
2Locking after general resetting
7#925 MRS = 0000 M/S 925-A: 1. Selection of the method of daily total
general consolidation resetting at the
master
Method-1: Those data that has individually
been reset and the current sales
data are reset together
Method-2: Only those data that has individu-
ally been reset is reset
2. Clearing of the individual resetting
memory at the time of consolidation
daily total general resetting
Individual resetting memory=IRM
3. Execution of Job #199 when
consolidation daily total general
resetting has not been taken.
925-B: 1. Any entry operation is inhibited until
Job #199 is executed after consolida-
tion daily total general resetting has
been taken.
2. Various individal resetting.
925-C: 1. Report printing when consolidation
daily and periodic total general
reading or resetting is taken.
1. Save file
except for
PLU
2. Locking
after clerk
resetting
3. Locking
after term
clerk
resetting
924-B
Not Yes Yes 0
No 1
No Yes 2
No 3
Exit Yes Yes 4
No 5
No Yes 6
No 7
1. Locking after hourly
resetting 2. Locking after general resetting 924-C
Yes Yes 0
No 1
No Yes 2
No 3
1. Locking after hourly
resetting 2. Locking after general resetting 924-D
Yes Yes 0
No 1
No Yes 2
No 3
1. Selection of
the method
of the daily
total general
consolidation
resetting at
the master
2. Clearing of
the IRM 3. Execution of Job#199
925-A
Method-1 Yes Disable 0
Enable 1
No Disable 2
Enable 3
Method-2 Yes Disable 4
Enable 5
No Disable 6
Enable 7
1. Any entry
operation is
inhibited until
job#199
2. Various
individual
resetting 925-B
Yes Disable 0
Enable 1
No Disable 2
Enable 3
1. Report printing 925-C
Both i. e. report on individual
machines and Consolidation report
on the entire system. 0
Consolidation report on the entire
system 1
Report on individual register 2
1 10

No. Job# M/S Item Key sequence
7#925 MRS = 0000 M/S 925-D: 1. PLU stock control system
2. Resetting in the open store state.
<<Detailed descriptions of the parameter for Job #925>>
925-A 1Method of daily general resetting of the entire system at the master:
It is specified whether only those data that has individually been reset or that data and the
current sales data should be reset when resetting of the entire system is take.
Note here that if the machine is programmed to disable individual resetting (by B of
SRV-mode programming Job #925), not only individual resetting but also resetting of the
entire system cannot be achieved unless "Those data that has individually been reset and
the current sales data are reset together" has been selected.
2Automatic clearing of the individual resetting memory at the time of consolidation daily
total general resetting No/Yes
The machine can be programmed to clear the individual resetting memory when general
Z1 resetting of the entire system is taken. If the memory is not cleared data is
accumulated each time individual resetting is taken until job #99 is executed.
3Execution of Job #99 when consolidation daily total general resetting has not been taken
Enable/Disable:
Job #99 can be executed even if general Z1 resetting of the entire system is not taken.
925-B 4Any entry operation is inhibited until Job #99 is executed after consolidation or individual
daily total general resetting has been taken No/Yes:
This parameter enables the master to restrict the resetting job at satellites.
5Individual resetting Enable/Disable:
The master alone can be made capable of resetting by selecting "Disable".
When selecting "Enable", or "Disable", however, the selection of the resetting method
mentioned
1above should well be noted.
925-C 6Type of printing of daily total and periodic total general X/Z reports:
The following three types are available:
a) Printing of only X/Z reports on individual machines
b) Printing of a consolidation X/Z report only
c) Printing of X/Z reports on individual machines, followed by the printing of a
consolidation X/Z report
Note: This programming 1- 4is valid for the system that has the save file.
Reading of SRV-mode program data
925-D 7PLU stock control in the inline system
a) Stock control in inline system is available in two types: individual and centralized
systems.
b) Centralized stock control system
Program data only stock is only stored in the master.
Stock data in each satellite must be zero before a stock entry is made.
When a consolidaton report is taken, stock data in respective satellites are
consolidated and is add to stock data in the master.
Then the sum is printed.
Stock data in each satellite is reset to zero at this time.
Notice) In this system, stock counter in each satellite is always negative.
So, Entry which makes the PLU stock counter negative must be Allowed
unconditionally. (SRV. JOB#906-A)
c) Individual control system
Program data on stock is stored in the master and stellites, respectively.
When a consolidation report is taken, stock data in the master and satellites is
consolidated and printed.
The consolidation does not affect the stock data in the master.
1. PLU stock
control
system
2. Resetting in
the open
store state 925-D
Centralized Disable 0
Enable 1
Individual Disable 2
Enable 3
1 11

931
937
TL XXXX
X
No. Job# M/S Item Key sequence
8#926 MRS=0004 M/S 926-A: 1. Sending "last void data" on KP
2. Sending "past void data" on KP
M/S 926-B: 1. Program reset in PGM2 mode
2. Sending "refund data" on KP
M/S 926-C: Not used (Fixed at "0")
926-D: 1. Dept./PLU text printing
2. Check VP
9#931 MRS=0000
#937 MRS=0000 M/S 931: CONSOLIDATION Z1 COUNTER 937: CONSOLIDATION Z2 COUNTER
XXXX: Inital value for the counter.
10 #897 M/S Inline system in which kitchen printers alone are
connected.
•Function
a) In this inline system any inline job (consoli-
dation, down-loading, UP-loading, etc) is in-
hibited.
b) SRV parameter JOB#922 is set to "0008" pro-
gramming of the terminal number of the master.
K.P. preset file and K.P. edit buffer is created.
The above jobs, etc are performed.
c) The above system requires the following se-
lection in programming JOB#920-D. Register
is standalone. =0
11 #898 M/S Inline resetting
•Function
This operation clears only the work memory
for inline operations.
The program memory for inline operations
re-mained uncharged even after the resetting
here is performed.
Inline communications can also be achieved.
897
X
TL
898
X
TL
1. Sending "last
void data" on
KP
2. Sending "past
void data" on
KP 926-A
Yes Yes 0
No 1
No Yes 2
No 3
1. Program
reset in
PGM2
mode
2. Sending
"refund
data" on KP 926-B
Disable Yes 0
No 1
Enable Yes 2
No 3
1. Dept./PLU
text printing 2. Check VP format 926-D
Normal
Normal 0
Euro check 1
French check 2
German check 3
Double
Normal 4
Euro check 5
French check 6
German check 7
1 12

No. Job# M/S Item Key sequence
12 #899 M/S Clearing the memories for inline operations.
•Function
This operation clears all the inline program
data memory and work memory.
After carrying out this clearing operation, any
inline communication is inhibited until the
necessary data for inline operations are
re-programmed.
This function automatically create the inline
files by following SRV preset.
MASTER MACHINE : (SRV #920 D=2)
Consolidation file and the receive file is
created.
When clerk file is centraized, SIGN ON/OFF
CLERK file is created.
BACKUP MASTER MACHINE : (SRV #920
D=3)
RECEIVE GLU BUFFER is created.
When clerk file is centraized, SIGN ON/OFF
CLERK file is created.
When system report/downloading job is
possible on backup master, consolidation file
and the receive file is created.
All machine :
When the system has the save file, the save
file is created.
File area is shifted to secure the work memory
for inline operation.
The "in use" flag of the clerk program data file
is cleared. (at the master)
All records in the clerk program data file are
erased.
(at the satellite)
13 #895 M/S Set ip 1 job operation Refer to CHAPTER 10.
899
X
TL
1 13

CHAPTER 7. PGM2 MODE PROGRAMMING
No. Job# M/S Item Key sequence
1. #3610 M/S •Terminal number
NK: Terminal No. = 0 ~ 254
2. #3611 M •Master list (Generation)
NK1: Terminal No. = 1 ~ 254
NK2: Register No. = 1 ~ 999999
3. #3612 M •Master list (Delection)
NK: Register No. = 1 ~ 999999
4. #3616 M •Terminal number of the quest
check file buck-up master.
NK: Machine No. = 1 ~ 999999
NK = 0: When the back up master does not exist in the inline system.
MRS = 0
5. #3631 M •Decide whether to enable or
disable the manager retry
function when a transmission
error occurs
NK:0 = Manager retry function ENABLE
1 = Manager retry function DISABLE MRS = 0
6. #3650 M/S •Terminal number of K.P.
K.P.=Kitchine printer
NK1: K.P. No. = 1 ~ 9
NK2: Terminal No. = 0 ~ 254
∗NK2 = 0: When the K.P. deletion
7. #3651 M/S •Data transmission of K.P.
NK1: K.P. No. = 1~9
NK2:
8. #3653 M/S •Second K.P. No.
NK1: K.P. No. = 1 ~ 9
NK2: Second K.P. No. = 1 ~ 9
∗NK2 = 0: When the non second K.P.
3610 TL
NK
X
0
3611 ST NK1
X
NK2
X
TL
3612 STNK
X
TL
3616 TL
NK
X
0
3631 TL
NK
X
0
3650 ST NK1
X
NK2
X
TL
3651 ST NK1
X
NK2
X
TL
3653 ST NK1
X
NK2
X
TL
Data transmission NK2
Enable 0
Disable 1
1 14

No. Job# M/S Item Key sequence
9. #3654 M/S •K.P. name
NK 1: K.P. No. = 1~9
TEXT: Max. 12character
10. #3655 M/S •Print format for K.P.
11. #3610 M/S •Inline preset reading
12. #3650 M/S •Kitchen printer preset reading
3654 ST NK1
X
TEXT
X
TL
Space
3655 ABC
X
TL
0000
3610
X
TL
3650
X
TL
A: PLU/DEPT code AC: Amount C
Print 0 Print 0
Skip 1Skip 1
B: Unit price B
Print 0
Skip 1
1 15

CHAPTER 8. TROUBLE SHOOTING JOBS
M : Master
S : Satellite
BM : Backup master
No. JOB# ITEM MODE S/M KEY SEQUENCE
1 #5810 Master declaration PGM2 BM/M
2 #5820 Recover declaration PGM2 BM/M
3 #5940 Clerk preset file in use flag foreed to clear PGM2 M
4 #5990 All item sales data memory manual clear PGM2 M/S
5 #5994 Clerk sales data memory manual clear PGM2 M/S
NK : Clerk No.
6 #5996 Hourly sales data memory manual clear PGM2 M/S
7 #5997 Daily net sales data memory manual clear PGM2 M/S
8 #5700 Sign on clerk report PGM2 M/S
5810
X
TL
5820
X
TL
5940
X
TL
5990
X
TL
5994
X
TL NK
5996
X
TL
5997
X
TL
5700
X
TL
1 16

CHAPTER 9. READING (X) AND
RESETTING (Z) REPORTS
(1) Job #Ynm: Y = 1 when the master is in the X1/Z1 mode.
Y = 2 when the master is in the X2/Z2 mode.
(2) Master consolidation report command entry sequence
(a) To specify a range
NK1 : Machine number
NK2 : START number
NK3 : END number
(b) To specify a department or group
NK1 : Machine number
NK2 : DEPT number
(c) To specify nothing
NK1 : Machine number
(3) Individual report command entry sequence
The same key operation as the standalone is required for entry
of an individual report JOB#.
(4) Syetem sales report for master/backup master
MODE ∗1
OP X/Z X1/Z1 X2/Z2 ∗3 DATA FOR
REPORT NAME X Z X1 Z1 X2 Z2 JOB# READING NOTE
GENERAL ΦΦΦΦ1 x 00 —
DEPT/GROUP ΦΦ1 x 10 —
IND. GROUP ΦΦ1 x 12 GROUP No
GROUP TOTAL ΦΦ1 x 13 —
PLU BY RANGE ΦΦΦΦ 1 x 20 PLU CODE ∗2
PLU BY DEPT ΦΦΦΦ1 x 21 DPT CODE
PLU IND. GR. ΦΦ1 x 22 GROUP No
PLU GR. TL ΦΦ1 x 23 —
PLU STOCK Φ1 x 24 PLU CODE ∗2
PLU ZERO SALES ΦΦ1 x 27 ALL
PLU ZERO SALES
BY DEPT ΦΦ1 x 27 DPT CODE
PLU MINIMUM
STOCK Φ1 x 28 ALL
TRANSACTION ΦΦ1 x 30 —
TL-ID Φ1 x 31 —
COMMISSION
SALES ΦΦ1 x 32 —
TAX ΦΦ1 x 32 —
CHIFF Φ1 x 34 —
ALL CLERK ΦΦΦΦ1 x 40 —
IND. CLERK ΦΦΦΦΦΦ1 x 41 ∗4
HOURLY (ALL) ΦΦ 1 x 60
HOURLY (RANGE) Φ1 x 60 ∗2
DAILY NET ΦΦ1 x 70
GLU ΦΦ 1 x 80 ∗2
GLU BY CLERK ΦΦ 1 x 81
BALANCE ΦΦ1 x 82
STACKED REP ΦΦΦΦ1 x 90 –
1 x 91
Reset clear ΦΦ1 x 99
∗1 X1 : Daily X report Z1 : Daily Z report
X2 : Preriodic X report Z2 : Periodic Z report
∗2 The time interval range, or PLU code range can be specified by
entering the start and end numbers according to the following
procedure. When specifying a single time interval, PLU code,
the start number has only to be entered.
Stop of printing reports: These system reports do not execute this
specification.
∗3 When 1 is entered in the forth digit of a job code, Inline system
reports are printed.
Example: System daily general report; job code 1100
System periodic general report; job code 1200
∗4 In case of floating clerk system, this daily report can be printed
at any satellite.
(The periodic report can not be printed at any satellite.)
XXXX XXXX
Start No. End No.
X
Ynm
X
NK1
ST
NK2
NK3 TL
Enter system
Machine number
Only 1 item
X
X
Ynm NK1 ST NK2 TL
Entire system
Machine number
X
ZX
Ynm
NK1
ST TL
Entire system
Machine number
X
ZX
1  17