CL5000 Series
Rev. 2006. 08. 31
1. Introduction................................................................................................................................................... 4
Getting started ........................................................................................................................................... 4
1.1 Network card ....................................................................................................................................... 5
1.2. Install Network card .................................................................................................................................. 6
2. Scale and System Configuration ................................................................................................................... 8
2.1. General Terms .................................................................................................................................... 8
2.2. How to set Network method and scale ............................................................................................... 9
2.2.1. PC Control ................................................................................................................................ 9
2.2.2. Floating Clerk (Vender).......................................................................................................... 13
2.3. Wireless LAN .................................................................................................................................... 18
3. Application .................................................................................................................................................. 19
3.1. Time Synchronize ............................................................................................................................. 19
3.2. Remote Call PLU............................................................................................................................... 20
4. Protocol ...................................................................................................................................................... 21
4.1. General.............................................................................................................................................. 21
4.2. PLU (Price Look up) ......................................................................................................................... 23
4.2.1. General Structure ................................................................................................................... 23
4.2.3. Stream Protocol...................................................................................................................... 27
4.3. Table 1 .............................................................................................................................................. 29
4.3.1. Department ............................................................................................................................. 29
4.3.2. Group ...................................................................................................................................... 31
4.3.3. Label Message........................................................................................................................ 32
4.3.4. Origin ...................................................................................................................................... 33
4.3.5. PCS ......................................................................................................................................... 34
4.3.6. Tax.......................................................................................................................................... 35
4.3.7. Tare ........................................................................................................................................ 36
4.3.8. Barcode Type ......................................................................................................................... 37
4.3. Table2 ............................................................................................................................................... 39
4.3.1. Ingredient................................................................................................................................ 39
4.3.2. Nutrition Facts........................................................................................................................ 41
4.3.3. Traceability............................................................................................................................. 43
4.3.4. Country ................................................................................................................................... 44
4.3.5. Slaughter House ..................................................................................................................... 45
4.3.6. Cutting Hall ............................................................................................................................. 46
4.4. Store,Customer,Scroll Message and Clerk Table ............................................................................. 47
4.4.1. Store ....................................................................................................................................... 47
4.4.2. Customer................................................................................................................................. 48
4.4.3. Scroll Message ....................................................................................................................... 49
4.4.4. Clerk ....................................................................................................................................... 50
4.5. Discount Table .................................................................................................................................. 51
4.6. Report ............................................................................................................................................... 54
4.7. Label and Image ................................................................................................................................ 58
4.7.1. Label format............................................................................................................................ 58
4.7.2. Bitmap size (for printing size allowance)............................................................................... 58
4.7.3. Data File.................................................................................................................................. 59
4.7.4. Transfer .................................................................................................................................. 61
4.8. Keypad .............................................................................................................................................. 63
4.8.1. Speed Key Set ........................................................................................................................ 63
4.8.2. Function Key setting .............................................................................................................. 64
4.9. Other ................................................................................................................................................. 65
4.9.1. Date / Time............................................................................................................................. 65
4.9.2. System Password ................................................................................................................... 66
4.9.3. Scale Information.................................................................................................................... 66
4.9.4. Weight ..................................................................................................................................... 67
4.10. PLU Field Control ........................................................................................................................... 68
5. Internal Communication .............................................................................................................................. 69
5.1 Transaction Number .......................................................................................................................... 69
6. Example ...................................................................................................................................................... 69
6.1. PLU ................................................................................................................................................... 69
6.2. Department........................................................................................................................................ 71
6.3. Ingredient .......................................................................................................................................... 72
6.4. Barcode Format ................................................................................................................................ 72
6.5. Discount ............................................................................................................................................ 74
6.6. Report ............................................................................................................................................... 76
6.7. Label and Image ................................................................................................................................ 76
7. Reference.................................................................................................................................................... 77
Ref 1. Use of Terms................................................................................................................................. 77
You need network card for communication. We supports wire, and wireless network card.
< Ethernet LAN Card >
< Wireless LAN Card >
NOTE: Wireless care has only card module only.
You need to purchase CF wireless card in local area with certification mark
Install common CF type LAN Module. This is comparable with Intersil PRISM chip-set.
-
-
Protocol : Standard IEE 802.11b(DSSS 2.4Ghz)
Security : 64 or 128 bit WEP
Install Ethernet LAN card
1) Turn power off and remove power cord
2) Remove Ethernet card cover
3) Insert Ethernet card onto slot (use same slot for wireless module)
Ethernet card
4)
5)
Turn on power when installation is finished
Set up communication configuration (menu code:1900)
Install Wireless LAN card
1)
2)
Turn power off and remove power cord
Remove Ethernet card cover
3) Insert Wireless LAN Card. i.
Insert local wireless CF card
4)
Turn on power when installation is finished
MPORTANT
For wireless networking you need to setup wireless HUB (Access Point = AP)
(Purchase at local market)
You can understand the concept of communication system and configuration.
CL5000 supports 3 types of network communication
1. Master - Prior scale that contains all standard data
2. Slave - Sub scale for Master scale
3. Network - communicating between Server, Client scale
You can select 1 of the 3 types at network.
For maser-slave network; there is only 1 maser for all network system.
Review following steps for prior network settings.
1. Do I want to set separate IP address for each scale or not?
NOTE: For setting IP address for each scale, set IP
For DHCP server set scale DHCP (Auto IP address setting)
2. What’s the Gateway values correspond with IP address?
If you set as USE IP address must set Gateway
3. What’s the Sub net mask values correspond with IP address?
If you set as USE IP address must set Subnet-mask
4. At scale TCP/IP setting (1913), what’s the Port value? (20304 factory setting)
* Cheek list (1~4) needs to follow local TCP/IP communication regulation. You can ask local
Network webmaster.
2.2.1. PC Control
A. Feature
You can control scale with PC or any computing environment such as, data table up/down loading, deleting.
B. Pre-caution
Set each Scale ID different (for individual scale management)
Especially for report feature in CL-Works needs individual scale ID to locate report data.
C. Communication concept diagram
Following picture describes how to set-up the network between scale and PC
PC
Hub
(Figue 1. Using Hub connection)
(Figure 2. Internet communication with PC and Scale)
If you know the scales IP address and register into PC, you can access scale individually or all together to monitor report and update PLUs.
NOTE: If you have set HUB (Bridge, Repeater, etc...) use PC manager to search correspond scales
For setting figure 1, 2 network setup; you must input individual IP address for connection test.
D. Before setting the network
Figure 3 can access scale via internet; when you know the scale IP address you can access scale like any other network scale.
■
Each scale needs fixed IP address.
■
Do not use DHCP without prior notice to CAS. If so CL-Works will not able to retract the right scale because access IP address will change constantly.
■
You need to assign proper IP, Gateway, Subnet Mask address from webmaster.
NOTE: These 3 elements are basic information to operate internet / intranet.
Please get prior training on internet network; otherwise recommend get advice from network personals.
■
You can set scale up to 99 for PC control networking.
E. Scale Configuration
■
summery of scale network configuration
1) Set service type 3 at MENU 1911 and Scale ID.
2) Input IP, Gateway, Subnet mask, and PORT at MENU 1913.
1910
NETWORK SETTING
1. Service Type
2. DHCP
3. IP
STEP1. Scale Network Configuration
For Scale network setting following figure.
1910
MENU
9 1
1911
1. Changing Service Type
You can set Scale No. up to 1~99, which use to distinguish one another. Also you can not use same ID# at Master/Slave mode
Ex) Scale No = 1
Service Type (0-3) = 3
For factory setting scale ID as 1 and service type 3
Scale No = 1, Service Type=3
NOTE: If Service Type has changed scale will restart
NETWORK SETTING
1. Service Type
2. DHCP
3. IP
SERVICE TYPE
Scale No. : [1]
Service Type (0-3): [3] 3. Network
SERVICE TYPE
Scale No. : [1]
Service Type (0-3): [3] 3. Network
STEP2: Setting IP and Port
1913
1. 2. Set IP address and Port
Scale need to have own TCP/IP
NOTE: Recommend to get this information from authorized network personals
If scale does not connected to internet or any other
POS system, you can set initial IP address (192.168.1.1) and Gateway (192.168.1.1),
Subnet Mask (255.255.255.0)
If connecting only 2 scale just set different IP address.
Therefore set #1 for 192.168.1.1, and other 192.168.1.2
Set Gateway 192.168.1.1
Leave Port as factory setting.
If IP address changes scale will reboot
F. Confirmation
IP
Scale IP: [ 010.010.003.033]
Gateway: [ 010.010.000.001]
IP (1/2)
Scale IP: [010.010.003.033]
Gateway: [010.010.000.001]
TCP Port: [20304]
IP (2/2)
1940
Check Scale
Server: 10.10. 3. 33
TCP Port: 20304
NOTE: If this figure appear on screen is normal. During the data transitions VFD display TR mark will blink
2.2.2. Floating Clerk (Vender)
A. Feature
You can set Floating clerk set at MENU 1810, if Sale Mode is [1] REG: Ticket & Floating or [4] REG
Label & Floating for Floating Clerk Mode.
NOTE: If you operating with only 1 scale there are no need to switch master mode. If not
(operating with up to 9) you must set 1 master and others become slave scale.
B. Pre-caution
Recommend to set MENU 1920 “Allow sale in cont” Trans [Y] which allows making a sale during the data transition more effectively.
NOTE: For Master (1)/Slave (8) network up to 9
C. Communication concept diagram
Set Floating Mode at MENU 1810
Set Master or Slave at MENU 1911
Set IP address at MENU 1913
- Follow next step Slave Floating Mode.
Set Remote IP at MENU 1914
Master
Client
Slave Slave
D. Before setting the network
- Master: reference 2.2.3
- Slave: reference 2.2.3
Hub
Slave Slave
This section explains how to configure master scale and slave scale(s).
The following is an example of configuring of master and 2 slave scales.
Set Master scale as followings;
− IP: 192.168.1.1
− Gateway: 192.168.1.1
− Subnet Mask: 255.255.255.0
Set master scale number to 1 (The master scale number may be any of 1~99 and it
must be different from slave scale number).
Set 1st slave scale as followings;
− IP: 192.168.1.2
− Scale Number: 2
Set 2nd slave scale as followings;
−
−
IP: 192.168.1.3
Scale Number: 3
E.1. How to configure Master Scale
STEP1: Select one of “Floating Modes” in Sale Mode.
1810
There are two Floating clerk Modes.
Selecting [1] is to use Ticket and Floating mode.
Selecting [4] is to use Label and Floating mode.
SALE MODE
Select Sale Mode : [2]
REG: Label
SALE MODE
Select Sale Mode : [1]
REG: Ticket & Floating
STEP2: Select service type as master
1911
There are three service types;
[1] 1. Master
[2] 2. Slave
[3] 3. Network
NOTE: The scale number may be any of 1~99.
Do not set Master scale number must not mach
with slave scale number
Ex) Scale No = 1
Service Type (0-3) = 1
Select [1] 1. Master as a service type
STEP3: IP set-up
1913
Scale need to have own TCP/IP for each.
NOTE: Recommend to get this information from authorized network personals
If scale does not connected to internet or any other
POS system, you can set initial
IP address (192.168.1.1)
Gateway (192.168.1.1),
Subnet Mask (255.255.255.0)
Set Service Type as Master mode
If IP address changes scale will reboot
SERVICE TYPE
Scale No. : [ 1]
Service Type (0-3): [3] 3. Network
SERVICE TYPE
Scale No. : [ 1]
Service Type (0-3): [1] 1. Master
IP
Scale IP : [010.010.003.033]
Gateway : [010.010.000.001]
Subnet Mask : [255.255.000.000]
IP (1/2)
Scale IP: [ 010.010.003.033]
Gateway: [ 010.010.000.001]
IP (2/2)
TCP Port: [ 20304]
E.2. Setting first Slave scale
STEP1: Set Scale as Floating clerk Mode
1810
1. Set scale Floating Mode
You can select Floating Mode in 1 of 2 kinds
[1] Is allowing Ticket printing in Floating mode
[4] is allowing Label printing in Floating mode
F l l t [1] Ti k t i ti
STEP2: Setting Network Service Type
1911
2. Setting Slave Scale
You can set Scale No. up to 1~ 10 values for purpose of differentiate scale in network. Therefore do not use same number for master or slave.
NOTE: You can set Scale No up to 1~99 but in Master / slave setting mode limit available scale number up to 1~10.
Ex) Scale No = 2
Service Type (0-3) = 2
Set Service Type as Slave
SALE MODE
Select Sale Mode : [2]
REG: Label
SALE MODE
Select Sale Mode : [1]
REG: Ticket & Floating
SERVICE TYPE
Scale No. : [ 1]
Service Type (0-3): [3] 3. Server
SERVICE TYPE
Scale No. : [ 2]
Service Type (0-3): [2] 2. Slave
STEP3: Set IP address
1913
3. Set IP address and Port
You can set Scale No. up to 1~10 value for purpose of differentiate scale in network. Therefore do not use same number for master or slave.
Ex) Set IP as 192.168.1.2
Scale will restart when IP address been reset
STEP4: Set Remote IP
1914
IP
Scale IP: [ 010.010.003.033]
Gateway: [ 010.010.000.001]
IP (1/2)
Scale IP: [ 192.168.001.002]
Gateway: [ 192.168.001.001]
TCP Port: [ 20304]
IP (2/2)
REMOTE IP
Remote IP : [000.000.000.000]
TCP Port [20304]
Setting Remote IP
Remote IP is Master scale’s IP address.
NOTE: Every slave scale need to input remote IP, order to get newest information form master scale
Input Remote IP 192.168.1.1
Input TCP Port 20304
REMOTE IP
Remote IP : [192.168.001.001]
TCP Port [20304]
E.3. Setting second Slave and others
Repeat slave scale setting except, set scale number as 3 and IP address 192.168.1.3
NOTE: Get a note of scale location and IP address for A/S
CL5000 Series supports Wireless LAN
<Use of wireless network terms>
SSID (Service Set Identifier): Name of Access Point (wireless HUB)
WEP (wired equivalent privacy): You can set Password of accessing network. This password can use up to 4 passwords for different purpose. You need to set WEP Key
(password) and it can be decoded in 64 or 128bit.
NOTE: CL5000 can set 4 different WEP key
A. Setting wireless LAN
STEP 1
WLAN SETTING
SSID: [CAS_WEP ]
Use WEP (0:Dis,1:64,2:128) :[2]
1916
Set Access Point (AP)
SSID: Name of Access Point device. CL5000 can scan local AP ID and select. Press [Test] key to scan AP(s) and select number of AP
Set WEP key
0: Disable
1: 64 bit password (input 5 digit character passwords)
WLAN SETTING (1/2)
SSID: [CAS_WEP ]
Use WEP (0:Dis,1:64,2:128) :[0]
WEP Key: [1]
WLAN SETTING (1/2)
SSID: [CAS_WEP ]
Use WEP (0:Dis,1:64,2:128) :[1]
WEP Key ID: [1]
WLAN SETTING (2/2)
WEP Key: [00000]
Scanning SSID ….
0. CAS_WEP
1. CAS_RND
[TEST]=Rescan, [0-3]=Select
Step 1: Set Remote IP
Set remote IP of master scale for PLU downloading
NOTE: If you want to locate certain scale that needs downloaded input that IP address.
1914
Setting Remote IP
Remote IP: master scale’s IP address
Ex)
Set Remote IP as 192.168.1.1
Set TCP Port 20304
Step: Setting Application
REMOTE IP
Remote IP : [000.000.000.000]
TCP Port [20304]
REMOTE IP
Remote IP : [192.168.001.001]
TCP Port [20304]
1920
Set Time Sync from server [Y] and save
After setting remote IP scale will rest at automatically and new IP address will be applied.
The time will be set automatically according to the master scale.
APPLICATION (1/3)
Time sync from Server : [N]
Delete PLU Sync from Server : [N]
APPLICATION (1/3)
Time sync from Server : [Y]
Delete PLU Sync from Server : [N]
Discount Sync from Server : [N]
Step 1: Set Remote IP
Set master scale
’ s IP address for Remote call PLU
1914
Setting Remote IP
Remote IP: master scale’s IP address
Ex)
Set Remote IP as 192.168.1.1
Set TCP Port 20304
Step 2: Setting sync application
1920
1920
Set Send changed PLU as [Y]
If you want to call up Discount information from remote IP
Set Discount Sync from Server as [Y]
If you want to call up unused PLU information from remote
IP scale will know PLU is not exist and start apply onto slave scale automatically.
Set scale Delete PLU sync from Server as [Y]
NOTE: After you have set remote IP property. Just a changing master scale will affect the all the slave scales
(Report, PLU control, Scroll massage, Time, clerk management.)
REMOTE IP
Remote IP : [000.000.000.000]
TCP Port [20304]
REMOTE IP
Remote IP : [192.168.001.001]
TCP Port [20304]
APPLICATION (1/3)
Time sync from Server: [N]
Delete PLU Sync from Server: [N]
APPLICATION (2/3)
Buzzer on Network Err [N]
Allow Sale in Cont. Trans. [N]
4.1. General
CL5000 has Prefix command to calculate data. The “C” has debug command.
Network protocol has 4 types of command structure to operate.
“R” = Read, “W” =Write, “C” =Command, “I” =Information
Error command???
When Data transmitting the Checksum Error, and resending error massage to confirm;
EX) “Read” command requesting the data
R<xx>:E<error code><0x0a>
Write command:
EX) W<xx>:E<error code><0x0a>
Error code table
Read
Range Overflow
80
81
82
Access Deny
Mismach Receive Data or Invalid Value
Command
Result
84
77
45
No Command
Label Reload완료
Delete 할 PLU 없음
Write
Scale transmit data can have following “W” command
Scale ID “^=<scale id>.”
Department ID : “*=<department id>.”
Ethernet IP : “$=0.”
Ethernet IP : “&=<ipaddress>”
TCP Port : “@=4F50.”
4.2.1. General Structure
¾
Download
W02A<pluno>,<deptno>L<data blocks size>:<data blocks><bcc>
<data blocks> := <data block><data block>….
<data block> := “F=”<ptype>.<stype>,<data size>:<data>
<bcc> :== <data blocks> for all text line “xor”
Description:
“ptype" has following value;
For PLU No apply “F=02.04:<B1><B2><B3><b4>” format
EX) PLU No is 1000 <B1> Ox03 binary value
<B2> 0xE8 binary value
<B3>, <B4> = 0
<data> composed with 4byte
Name
Department
PLU No
PLU Type
Name
Name2
Name3
Group
1st Label ID
2nd Label ID ptype
1
2
4
10
30
31
9
80
81
S
W
W
W
Stype
W
L
M
S
S
40
2
2
2
Size
2
4
1
40
40
Unit Weight
Currency
5
7
B
B
1
1
Prefix
ItemCode
PCS
PCS ID
Fixed Price
Price
Tax ID
Tare
Tare ID
%Tare
Tare % limit
Barcode ID
ProducedDate
Packed Date
Packed Time
Sell By Date
Sell By Time
NutriFact ID
Reference Dept
Reference PLU
Coupled Dept
Coupled PLU
# of LinkPLU
Link Dept1
Link PLU1
Link Dept2
Link PLU2
8
13
12
24
23
85
20
18
19
16
17
3
11
14
15
26
6
2
2
2
1
4
1
2
2
1
4
1
2
1
1
4
2
4
W
W
W
B
L
B
W
W
B
L
B
S
L
W
B
B
L
70
68
60
61
65
71
69
64
62
66
2
4
2
4
2
4
1
2
2
4
W
L
W
L
W
L
W
L
B
W
stype can have ‘S’, ‘W’, ‘L’, ‘D’, ‘T’,’B’, value
‘S’ = text line
‘W’ = 2byte short Type
‘L’ = 4byte long type
‘D’ = 3byte of date
‘T’ = 3byte of time
‘B’ = 1byte char Type
Return
Error : 0x82 = pluno Mismatch
NOTE: Return 0x82 , if PLU mismatch
¾
Upload
1.
Uploading each PLU
NOTE: You need to know PLU# and department#
Each PLU Read R13F<plunumber>,<ptype><0x0a>
<plunumber> :== <2byte department number>
& <6 byte plu number>
R14F<plunumber>,<ptype><0x0a>
Scale trasmition
When PLU has been Updated
Send all Plu Field when Ptype=0
Send specific Plu Field when Ptype!=0
Return:
R14F command sends the following result
W13:051<0x0a>: PLU has been erased or not exist
W13:O52<0x0a>: PLU data is already sent
For normal data send: send “W02 and scale send back: W02:O01<0x0a>
2.
Reading PLU data start to end
NOTE: When scale information is unknown reading PLU data until request info its not exist. to end <nth> :== <2byte department number> <6 byte nth number>
¾
Delete
Thre are 3 ways to delete PLUs
1.
Delete each PLU
Send C<xx>F13,<pluno><0x0a>
<pluno> := <2byte Deparment><6byte plu number> ex) deptno = 1,pluno = 16
“01000010”
2.
Delete each Department
Receive :
C<xx>
3.
Delete all
Delete All
4.2.3. Stream Protocol
C<xx>A02<0x0a>
¾
Download
W52A<pluno>,<deptno>L<data blocks size>:<data blocks><bcc>
<bcc> :== <data blocks> for all text line “xor”
Description:
<data blocks> := 01000002001234100001000000000<40 byte chars><40 byte chars>
Data components is
Byte Items Value
2
6
6
Department
PLU #
Itemcode
00~99
000000~999999
000000~999999
6
6
40
40
1
2
PLU Type
PCS
Price
Tare
Name1
Name2
1~3
00~99
000000~999999
000000~999999
String
String
4.3.1. Department
Department is component of name (description) and speed key.
You can set up to 5 departments.
¾
Download
W20F01,<id>L<data block size>:<data block>
<data block> :==<description><speedkey><error>
<description> :== D=<data size>.<data>
<speedkey> :== K=<data>.
<error> :== B=<0|1>[.]
Description
Error Code “B=1.” (Do not save when this massage is send)
<speedkey> is between 1…5 value of speed key set number
Return:
For normal operation:
W20:O00001<0x0a>
For other error
W20:O<return code><0x0a>
0x99 : id,part value out of range
0x97 : wrong data
0x96 : error address calculation
or
W20F01,<id>L<data block size>:< data block >
In case of Datablock may be B=1.
¾
Upload
Send
R20F01,<id><0x0a>
Sequencial Command
R21F01,<id><0x0a>
<id> :== <hexadecimal value>
R21F01 … command is when requested <id>=“1” and data is not exist.
This is useful for continues uploading to find request <id> and return
When Read Error
R<20|21>:E<error code><0x0a>
When Sequencial Command reaches the end, return R21:E99<0x0a> data
Receive
Transmit same data as write data
¾
Delete
Delete ID
Delete All
C<xx>F21,01<4 byte department id><0x0a>
C<xx>F20,001<0x0a>
Description
Department #1 is not allow to delete
You can only change data for minimize operation load
,and Its for protecting other PLU and Table data.
Return
C01:O 21 <0x0a>
Error :
W21:E<error code><0x0a>
0x86 : When you tiring to delete Department #1
(for #1 can be changed not delete)
0x82 : Error
4.3.2. Group
Benifit: Grouped PLUs are useful to make a selective report information.
Group is smallist report segment.
¾
Download
W20F02,<id>L<data block size>:<data block>
<data block> :==<description><error>
<description> :== D=<data size>.<data>
<error> :== B=<0|1>[.]
Return
Reference Department
¾
Upload
Send
R20F02,<id><0x0a>
R21F02,<id><0x0a>
Receive
Same as Write data
¾
Delete
Delete ID
Delete All
C<xx>F21,02<4 byte group id><0x0a>
C<xx>F20,002<0x0a>
Description
Return
C01:O 21 <0x0a>
Error :
W21:E<error code><0x0a>
0x82 : out of range
4.3.3. Label Message
¾
Download
W20F03,<id>L<data block size>:<data block>
<data block> :==<description><error>
<description> :== D=<data size>.<data>
<error> :== B=<0|1>[.]
¾
Upload
Send
R20F03,<id><0x0a>
R21F03,<id><0x0a>
Receive
Same as Write data
¾
Delete
Delete ID
Delete All
C<xx>F21,03<4 byte LABEL id><0x0a>
C<xx>F20,03<0x0a>
4.3.4. Origin
Downloading Origin country
¾
Download
W20F04,<id>L<data block size>:<data block>
<data block> :==<description><error>
<description> :== D=<data size>.<data>
<error> :== B=<0|1>[.]
¾
Upload
Send
R20F04,<id><0x0a>
R21F04,<id><0x0a>
Receive
Same as Write data
¾
Delete
Delete ID
Delete All
C<xx>F21,04<4 byte ORIGIN id><0x0a>
C<xx>F20,04<0x0a>
4.3.5. PCS
¾
Download
W20F05,<id>L<data block size>:<data block>
<data block> :==<description><error>
<description> :== D=<data size>.<data>
<error> :== B=<0|1>[.]
¾
Upload
Send
R20F05,<id><0x0a>
R21F05,<id><0x0a>
Receive
Same as Write data
¾
Delete
Delete ID
Delete All
C<xx>F21,05<4 byte PCS id><0x0a>
C<xx>F20,05<0x0a>
4.3.6. Tax
¾
Download
W20F06,<id>L<data block size>:<data block>
<data block> :== <tax type><tax value><error>
<tax type> :== T=<data>.
<tax value> :== V=<data>.
<error> :== B=<0|1>[.]
¾
Upload
Send
R20F06,<id><0x0a>
R21F06,<id><0x0a>
Receive
Same as Write data
¾
Delete
Delete ID
Delete All
C<xx>F21,06<4 byte TAX id><0x0a>
C<xx>F20,06<0x0a>
4.3.7. Tare
¾
Download
W20F07,<id>L<data block size>:<data block>
<data block> :== <description><tare type><tare value><error>
<description> :== D=<data size>.<data>
<tare type> :== T=<data>.
<tare value> :== V=<data>.
<error> :== B=<0|1>[.]
¾
Upload
Send
R20F07,<id><0x0a>
R21F07,<id><0x0a>
Receive
Same as Write data
¾
Delete
Delete ID
Delete All
C<xx>F21,07<4 byte group id><0x0a>
C<xx>F20,07<0x0a>
4.3.8. Barcode Type
You can set Barcode type for each PLUs.
Also you need to select barcode type. (Register barcode type 1~99)
¾
Download
W20F08,<id>L<data block size>:<data block>
<data block> :== <description><barcode type><barcode formnumber >
<barcode format><error>
<description> :== D=<data size>.<data>
<barcode type> :== T=<data>.
<barcode formnumber > :== N=<data>.
<barcode format> := F=<data size>.<data>
<error> :== B=<0|1>[.]
Description
When N=0 is F(there are meaning)
When N=0 is must download format otherwise in real usage may cause problem.
When N ≠ 0 is Barcode Format must input within 30 text letters
Return
Reference
¾
Upload
Send
R20F08,<id><0x0a>
R21F08,<id><0x0a>
Receive
Same as Write data
¾
Delete
Delete ID
Delete All
C<xx>F21,08<4 byte group id><0x0a>
C<xx>F20,08<0x0a>
4.3. Table2
4.3.1. Ingredient
Each PLU has individual ingredient factors in table format. This table links with ingredient number.
¾
Download
W30F01,<id>L<data block size>:<data block>
<data block> :== <block number><text block>
<text block> :== D=<text data size>.<text data>
<block number> :== X=<nth block>.
<nth block> :== 0 : Start
1 block size = 512
Sending data: text data must send at last
<error> :== B=<0|1>[.]
Description
<id> can have value 1~9999
<text data> data size can not be bigger then 512Byte per 1 transition
<block number> is for sending Text data which is greater then 512
1 Block (512 Byte) is Block number
Sending smaller then 512 Byte, you don’t need to send <block number>
Return
0x82 <id> is invalid
0x99 <data> sending error, Format (byte)size not allow to decode
0x99 <id> exceed max ingredient number
0x83 no format exists
0x90 <nth block> exceed max block number
0x01 Write OK.
¾
Upload
Send
R30F01,<id><0x0a>
R31F01,<id><0x0a>
: If <id> don’t exist, return <error code>
: If <id> don’t exist, return next <id>’s data
<id> :== more then 4Byte text lines
000100 is first 4letter=(“0001”) indicates Ingredient
의
ID
Next 2 text (“00”) indicates Data Block number
Receive
W30F01,<id>L<data block size>:<data block>
<data block>
<text block>
:== <block number><text block>
:== D=<text data size>.<text data>
<block number> :== X=<nth block>.
<nth block> :== 0 : Start, 0xFF : End
1 block size = 512
R30:E<error code><0x0a> or R31:E<error code><0x0a>
<error code> :== 0x99 : <id> exceed max. ingredient number
0x95 : <nth> exceed valid block number
0x82 : <id> is 0 or <id> don’t exist
Description
“R31F01,..” recall request Ingredient ID, if not search next ID and return
If there are no other value receive Wxx:E99
¾
Delete
Delete ID
Delete All
C<xx>F31,01<4 byte INGREDIENT id><0x0a>
C<xx>F30,01<0x0a>
Description
Return
After Delete All command Return time may take a while to receive return massage
OK: “C001:O0030”
4.3.2. Nutrition Facts
USA FDA(Food and Drug Administration) regulates certain products must print following factors.
Download
W30F02,<id>L<data block size>:<data block>
<data block> :== D=<data size>.<data>
:== T=<nutri-fact Type>. (0=SHORT,1=LONG
:== S=<data size>.<data> / Serving Size
:== P=<data size>.<data> / Serving Per
:== Z=<nutrifact-id>:<4 byte value>.
Description
<nutrifact-id> table
00 calories
01 Calories fat
04 Cholesterol
05 Sodium
Fibers
08 Sugers
09 Protein
0B Cacium
0D Iron
0E Etc
¾
Read
Send
R30F02,<id><0x0a>
R31F02,<id><0x0a>
Receive
Same as Write data.
¾
Delete
Delete ID
Delete All
C<xx>F31,02<4 byte nutrition id><0x0a>
C<xx>F30,02<0x0a>
Return
OK : “C001:O0030”
4.3.3. Traceability
This is Meet, Fish, other related product history coding.
This code contains; Cutting hall, Slaughter house, bred country, born country)
You must input all the information of Traceability factor; (4-4,4-5,4-6) code must be register.
*Born, Bred, is follows each country standard.
¾
Download
W30F03,<id>L<data block size>:<data block>
<data block> :== D=<data size>.<data>
:== Z=<id>:<4 byte value>.
<id> : 0 <born in country no>
: 1 <bred in country no>
: 2 <Slaughter house no>
: 3 <Cutting Hall No>
¾
Upload
Send
R30F03,<id><0x0a>
R31F03,<id><0x0a>
Receive
Same as Write data
¾
Delete
Delete ID
Delete All
C<xx>F31,03<4 byte traceability id><0x0a>
C<xx>F30,03<0x0a>
Return
OK : “C001:O0030”
4.3.4. Country
For traceability code you must insert country.
You can set country code freely. Therefore need to maintain each country code update manually.
¾
Download
W30F04,<id>L<data block size>:<data block>
<data block> :== D=<data size>.<data>
¾
Upload
Send
R30F04,<id><0x0a>
R31F04,<id><0x0a>
Receive
Same as Write data
¾
Delete
Delete ID
Delete All
C<xx>F31,04<4 byte country id><0x0a>
C<xx>F30,04<0x0a>
Return
OK : “C001:O0030”
4.3.5. Slaughter House
Traceability code element (you need to set country)
¾
Download
W30F05,<id>L<data block size>:<data block>
<data block> :== <description><country>
<description> :== D=<data size>.<data>
<country> :== C=<country number>.
¾
Upload
Send
R30F05,<id><0x0a>
R31F05,<id><0x0a>
Receive
Same as Write data
¾
Delete
Delete ID
Delete All
C<xx>F31,05<4 byte slaughter id><0x0a>
C<xx>F30,05<0x0a>
OK : “C001:O0030”
4.3.6. Cutting Hall
Traceability code element (need to set country)
¾
Download
W30F06,<id>L<data block size>:<data block>
<data block> :== <description><country>
<description> :== D=<data size>.<data>
<country> :== C=<country number>.
¾
Upload
Send
R30F06,<id><0x0a>
R31F06,<id><0x0a>
Receive
Same as Write data
¾
Delete
Individual deleting command
Delete ID C<xx>F31,06<4 byte cuttinghall id><0x0a>
Delete all command
Delete All
Return
C<xx>F30,06<0x0a>
OK : “C001:O0030”
4.4. Store,Customer,Scroll Message and Clerk Table
4.4.1. Store
Inset store data or delet
¾
Download
W32F01,<id>L<data block size>:<data block>
<data block> :=
¾
Upload
Send
R32F01,<id><0x0a>
R33F01,<sequential no.><0x0a>
Receive
Same as Write data
¾
Delete
Individual deleting command
Delete ID C<xx>F32,01<id><0x0a>
Delete all command
Delete All
Return
C<xx>F33,01<0x0a>
OK : “C001:O0030”
4.4.2. Customer
Inset Customer information or delete
Download
W32F02,<id>L<data block size>:<data block>
<data block> :=
¾
Upload
Send
R32F02,<id><0x0a>
R33F02,<sequential no.><0x0a>
Receive
Same as Write data
¾
Delete
Individual deleting command
Delete ID C<xx>F32,02<id><0x0a>
Clerk 1 impossible to delete
Delete all command
Delete All
Return
C<xx>F33,02<0x0a>
OK : “C001:O0030”
4.4.3. Scroll Message
Insert Clerk information and delete
¾
Download
W32F04,<id>L<data block size>:<data block>
<data block> :=
¾
Upload
Send
R32F03,<id><0x0a>
R33F03,<sequential no.><0x0a>
Receive
Same as Write data
¾
Delete
Individual deleting command
Delete ID C<xx>F32,03<id><0x0a>
Clerk is impossible to delete
Delete all command
Delete All
Return
C<xx>F33,03<0x0a>
OK : “C001:O0030”
4.4.4. Clerk
Insert Clerk information and delete
¾
Download
W32F04,<id>L<data block size>:<data block>
<data block> :=
¾
Upload
Send
R32F04,<id><0x0a>
R33F04,<sequential no.><0x0a>
Receive
Same as Write data
¾
Delete
¾
Individual deleting command
Delete ID C<xx>F32,04<id><0x0a>
Clerk 1 is impossible to delete
Delete all command
Delete All
Return
C<xx>F33,04<0x0a>
OK : “C001:O0030”
Error:
W32:E<code><0x0a>
<code> : 0x86 : When delete Clerk 1
Setting PLU Discount value
¾
Download
W09F<dcno>,<mode>L<data block size>:<data block>
<data block> :== <detail data>
<detail data> :== <data index>=<value>.
Description
Send Discount Table
<data index> must following table and write in hexadecimal
<mode> can have 0|1|2 value, for this case use “0”
1,2 use for scale to scale transition
<dcno> use temperate value and reserved
<data index> sign Description h Start i l
Start Time <HH><MM><SS>
Week ( b0=Sun Day b1=Mon Day…)
Example a=01. b=01. c=1. d= h=040717. i=080000.
J=040830. k=000000.
<data index>
에서
Discount type
은
Discount Code
가 다음과 같이 정의 된다
.
Return
0x99 : error value
0x98 : no room for record
0x97 : Download error
¾
Upload
R09F<pluno>,Kdeptno><0x0a>
R10F<xx>,<dc_no><0x0a>
Description
Upload method of <department number>;
You can enter start number to search the most closet list of discount plu
Receive
Same as Write data
Reading R10F if there no more of data sends Error 0x95
Error
R10:E<code>
¾
Delete
Delete ID
Delete All
C<action>F09,<value><0x0a>
<value> :== <2byte department id><6byte pluid>
C<action><A|F>10<0x0a>
Return
OK: “C001:O0010<0x0a>”
ERROR:
¾
Upload
R43F<period and part>,<6byte id><0x0a>
<period and part>:== <period><part>
<period> :== < 2byte data>
<part> :== <2byte part (Scale,PLU,MISC,Group,Department,Hourly,Clerk) >
<6byte id> :== 0.. max
Description
Report contains Part, Period. You can upload each of it
For this purpose Part indicates report part, and Period indicates periodic time
.
NOTE: for PC control select Z1 or Z2
Part
Part #
1 Report from each scale
2
3
PLU and Non PLU Report
Period
Period
3 All X1,X2 (Only for Clear)
Return
W43F<period and part>,<6byte id>L<data block size>:<data block>
<period and part>:== <period><part>
<period> :== < 2byte data>
<part> :== <2byte part (Scale,PLU,MISC,Group,Department,Hourly,Clerk) >
<data block> :== <part value>
<part value> :== “N”<report local id>=<transaction number>”,”<volume>”.”
<part value> contains; <report local id> can have 00~0F value and each Part has different value.
<id> : Scale ID (1..31)
<data block> := <part value>
<part value> := “N”<report local id>=<transaction number>”,”<volume>”.”
[K=<cash>.][y=yymmdd].[h=hhmmss.]
“S”<pay id>=<pay number>”,”<volume>”.”
“Y”<tax id>=<tax type 1byte><tax rate 4byte>”,”<volume>”.”
<report local id> in Scale Report
08 reserved
09 Change
<pay id> in Scale Report
01 Cash
02 Pin/Chip
03 Check
06 Coupon
09 Change
PLU report
<id> : <plu save #>
<data block> := <item value>
<item value> : = <identities>=<hex value>.
<identities> table
E =0. normal/ =1. no data(end)
V1
W1
Q1
V2
Total sales price
Total sales weight
Total sales count.
Total Label sales
C2
V3
Total Label print-outs
Total Pre-pack sales
Period
Period
W3
X
Total Pre-pack sales weight
Total Tax price
Group report
<id> : Group Number
<data block> := “M=”<transaction number>,<volume>.
Department report
<id> : Department Number
<data block> := “M=”<transaction number>,<volume>.
Period
Period
Period
Period
Period
Period
Hourly report
<id> : 1..24 (HR)
<data block> := “M=”<transaction number>,<volume>.
Clerk report
<id> : 1..99
<data block> :== <part value>
<part value> :== “N”<report local id>=<transaction number>”,”<volume>”.”
“C=”<cashdraw summary>.
<report local id> in Scale Report
08 reserved
09 Change
0A unused
¾
Clear and Reset
Clear by Period and Items C<action>F43,<value><0x0a>
<value> :== <2byte period>< 2 byte id>
Clear All C<action>F42<0x0a>
Clear All command is same as C01F43,09<0x0a>
Return
O K: C001:O0043
ERR:
4.7.1. Label format
The maximum save Label format is 20. You can set Label ID, but Label ID 1~30 is already been set in scale system.
<Memory map>
Label Area
Size
(byte)
Type Qty Subtotal Pos Define Value
0 Label ID
Width
Height
Label Name
Label Image size
2
2
2
16
2 word word word byte word
20 480
LABEL_INFO_POINT
0
Label Image 4096 byte 20 81920 480LABEL_IMAGE
4.7.2. Bitmap size (for printing size allowance)
When printing bitmap image on label; you need to save image in differently.
The max saving space is up to 14 images.
Also each image can set ID number 1~50.
<Memory map of Bitmap>
480
Label Area
Size
(byte)
Type Qty Subtotal Position Define Value
Bitmap ID
Bitmap Width
2
2 word word
14 84
0
BITMAP_INFO_POINT 0
Bitmap Height
Bitmap Image
2
8192 word byte 14 114688 84 BITMAP_IMAGE 84
Matching the Label format ID and bitmap ID will print image on the Label.
NOTE: In case of printing multiple images on one label bitmap ID must be different.
4.7.3. Data File
In CL5000 has Label data which contains; LFM and bitmap image
A. LFM Data Structure
LFM format contains Label Format.
This information must be decoded order to be download
Label Format File (LFM) structure
Bitmap Header 5 Label Header
4096 Byte Label Format (MAX 4096 byte)
Bitmap Header size and location
Bitmap Data
LABEL HEADER
NAME
Format
Version
Company
Model
Usage id width height name size_label
CMPHEADER
Type char char char char char ushort 2 ushort 2 ushort 2 char 16 ulong struct
Bytes
6
2
10
4
4
4
14*5
Description
Label format
Label make Version
Label maker information
Label ID (1~999)
Label width
Label height
Label name
Label Format size
Bitmap Structure
Label
Information
Label Format can have 5 Bitmap-information in one label
This information can have different locations, saved address, size.
NAME Type Bytes Description addr size long long
4
4
Data address(location)
Data Size id width height ushort 2 ushort 2 ushort 2
Bitmap ID
Printable width
Printable height
Bitmap
Information
B. Bitmap image
Download structure
NAME
Format
Version
Company
Model
Usage id width height
Type char char char char char ushort 2 ushort 2 ushort 2
Bytes
6
2
10
4
4
Description
Label format
Label Version
Label Company
Label ID (1~999)
Label width
Label height
Label
Information
4.7.4. Transfer
¾
Download
W06F<bin id>,<mode>L<data block size>:<data block>
<bin id> := <4byte id>
<mode> := <2byte form><2byte set>
<2byte form> := 1 : Label
2 : Bitmap
<2byte set> := 1 : Header
= 2: Data
<data block> :== <detail data>
<detail data>
= “N=”<nblock>.
= “Z=”<name>.
= “S=<total image size>.
= “W=”<width>.
= “H=”<height>.
= “D=”<size>:<binary data>
Description
<nblock> is 1~99
Return
R06:E99 // data error
R06:E98 // no room for save
R06:O043 // Label Header save success
R06:O044 // Bitmap Header save success
Check and Apply
This present setting label format not applied onto scale yet. This following command will switch to new set data.
Check And Apply C<action>A05<0x0a> ex)
C01A05<0x0a>
Return
C<action>:O07<0x0a>
¾
Delete
Clear Label
Clear All
C<action>F07,<value><0x0a>
<value> :== <2byte type>< 4byte value>
C<action>F06,<mode><0x0a>
<2byte type> = 1: Label
2: Bitmap
<4byte value> = <label or bitmap id>
<mode> = 1: Label , 2: Bitmap
4.8.1. Speed Key Set
¾
Upload
R04F21,<key no><0x0a> Speed Key set #1 Upload
R04F22,<key no><0x0a> Speed Key set #2 Upload
R04F23,<key no><0x0a> Speed Key set #3 Upload
R04F24,<key no><0x0a> Speed Key set #4 Upload
R04F25,<key no><0x0a> Speed Key set #5 Upload
<key no> := 00
If “00” not, allow 0x01 ~ 0xA0 value. Each set value need to Return
¾
Download
W04F21,<key no>L<data size>:<data block><bcc>
W04F22,<key no>L<data size>:<data block><bcc>
W04F23,<key no>L<data size>:<data block><bcc>
W04F24,<key no>L<data size>:<data block><bcc>
W04F25,<key no>L<data size>:<data block><bcc>
<data block> MAX 160 x 4 = 640 Byte able to send
(1 data if organized with 4byte)
Send data and download data has following structure.
<key no> = Set 0 to PLU #1
<key no> = Set 1 to PLU #2
4byte long
식
값
1
형
4byte long
식
값
2
형
NOTE: DATA is following the “Intel save real number” format
4.8.2. Function Key setting
¾
Download
W04F<keyhwid>,<key hwno>L<data size>:<data block><bcc>
<keyhwid> := 01 -> Sale Key Normal Mode set
02 -> Sale Key Shift Mode set
03
04
-> Program Key Normal Mode set
-> Program Key Normal Mode set
05
06
07
11
-> Second Program Key Normal Mode set
-> Second Program Key Normal Mode set
-> Customer Key set (spare)
-> Sale Key Normal + Shift
12
13
31
32
-> Program Key Normal + Shift
-> Second Program Key Normal + Shift
-> Clerk Set
-> Department Set
33
34
-> Tare Set
-> Currency Set
<key hwno> = 0 sending all block data
<key hwno> <> 0 modify call ID
1 data structured with 2byte
¾
Upload
R04F<keyhwid>,<key hwno><0x0a>
You can read scale’s date/time/current weight value
Indicial setting – you can cheek firmware Version, History...., etc.
4.9.1. Date / Time
¾
Date/Time Setting
W45F01,00L<data block size>:<data block>
<data block> := <date time><error>
<date time>
Y=<year>.
M=<month>.
D=<day>. h=<hour>. m=<minute>. s=<second>.
Description
Year = 00 ~ 99 value ex) 2004yr = return“04”.
month = 1~ 12 value
Day = 1~31 value
h = 0 ~ 23
m = 0 ~ 59
s = 0 ~ 59 set value.
Ex) 47min; return m=2f. value
¾
Read
Send
R45F01,00<0x0a>
Receive
Same as Write data
4.9.2. System Password
¾
System Password Change
W45F02,00L<data block size>:<data block>
<data block> := “P=”<string length>.<string>
¾
Upload
Send
R45F02,<id><0x0a>
Receive
Same as Write data
4.9.3. Scale Information
Scale Information contains following information
F/W Version, Data Structure Version
Weight Digit, Price Digit
KGLB Mode
Capa
¾
Read
Send
R45F03,<id><0x0a>
Receive
W45F03,00L<data block size>:<data block><bcc>
<data block>
F=<version><reversion>.
V=<version><reversion>.
w=<digit>.
p=<digit>.
K=<digit>. // 0: Kg, 1: LB
C = <digit>. // 0: 6, 1:15, 2: 30, 3: 60
4.9.4. Weight
Return current weight information
¾
Upload
Send
R45F04,00<0x0a>
Receive
W45F03,00L<data size>:<data><bcc>
<data> := “W=”<weight>.”P=”<digit>.
4.9.5. History
¾
Upload
Send
R45F05,<history id><0x0a>
Receive
W45F03,00L<data size>:<data><bcc>
<history id> = “0” newly updated set time and info.
<history id> = “1” just before set time and info. You can have 0~4 values
Set allowance or not allow PLU Field.
Before using CL5000 set PLU item field.
¾
Download (setting)
Send
Setting
W36F01,<id>L<data size>:<data><bcc>
<data> := “P=”<ptype number>.“S=”<ptype number>.
Receive
Apply C<xx>F36,01<0x0a>
¾
Upload (status)
Send
R36A<ptype number><0x0a> or
R36F<ptype number>,00<0x0a>
Read
R37A<series number><0x0a>
Continue reading
Receive
W36F01,01L<data size>:<data><bcc>
Call up new Ticket Number from Remote Server i00F026,01
Return
I00F036,L<length>:<data><bcc>
<data>:=”T=<counter>.”
Ex1) Upload PLU
Uploading Department ID 1#, PLU #5.
Send : “R13F01000005,00<0x0a>”
Receive: No data
“W02A00000,00L0027:^=03.*=01.$=0.&[email protected]=4F50.N=0000.=”
N=0000. Searching existence of information
If data exist;
“W02A00005,00L0198:^=03.*=01.$=0.&[email protected]=4F50.N=0002.”
“F=02.4C,0004: F=04.4D,0001: F=0A.53,0006:BANANA
“F=1E.53,0000:F=1F.53,0000:F=09.57,0002:
“F=50.57,0002: F=37.57,0002: F=05.42,0001:
“F=64.4C,0004: F=0B.4C,0004:d F=0E.57,0002: F=06.4C,0004:?
“F=08.42,0001: F=0D.4C,0004: F=18.57,0002: F=17.57,0002:
“F=55.57,0002: F=10.4C,0004: F=11.42,0001: F=19.57,0002:
“F=5A.42,0001: F=47.57,0002: F=45.4C,0004: “
“F=” following each space data(binary, total length is 0x198)
Each data are displayed “F=02.4C,0004:...” means,
PLU Item <02>
= means PLU Number and this data is return as binary(Intel) format.
Ex2) Upload PLU by Sequential
Searching unknown PLUs information;
Send : “R02F01000005,00<0x0a>”
Receiving 5 th
PLU information more information is following Ex1)
Ex3) Delete PLU
Department ID : 1
PLU NO: delete 5
Send: “C43F13,01000005”
All PLU delete
Send: “C43A02<0x0a>”
Receive : “C003:O02”
Est. 1min. to delete all PLU(3000 PLUs)
Ex1) Upload #8 Department
Send : “R20F01,008<0x0a>”
Receive: “W20F08,000L0024:^=03.*=01.$=0.&[email protected]=4F50.B=1” discription : Scale ID = 3
Department = 1
IP = 10.10.3.33
Port = 20304.
NO data
Upload #1 Department
Send : “R20F01,008<0x0a>”
Receive: “W20F01,001L00031:^=03.*=01.
$=0.&[email protected]=4F50.D=07.DefaultK=01.”
Description = “Default”
Speed Key ID = 1
Ex2) Department #2 delete
Send:
C01F 21 ,010001<0x0a>
Return
C01:O00 21 <0x0a>
Error
W01:O00 21,R01 <0x0a>
Ex1) Upload #1 Ingredient
Send : “R20F01,008<0x0a>”
Receive: “W20F08,000L0024:^=03.*=01.$=0.&[email protected]=4F50.B=1”
Ex2) Download #1 Ingredient
discription : Ingredient Text
Send : “W30F01,0001L014:D=0F.Ingredient Text ”
Receive: “W30:O0001”
Description part must not above 512Byte.
If so, cut a part 512Byte each to send following example.
Send : “W30F01,0001L014:X=000.D=200.<512 byte first Block>”
Send : “W30F01,0001L014:X=001.D=200.<512 byte second Block>”
When Ingredient is downloading (ID registering X=000) (Data saving X=001)
Ex3) Delete #1 Ingredient
Send : “C41F31,010001<0x0a>”
Receive: “C001:O31<0x0a>”
Ex1) Upload #1 Barcode
Send : “R20F0008,0001”
Receive : If there are no Data
“W20F08,000L0024:^=03.*=01.$=0.&[email protected]=4F50.B=1”
Data is exist:
“W20F08,001L004C:^=03.*=01.$=0.&[email protected]=4F50.
D=0A.BARCODE/01F=0D.DDIIIIIVPPPPCN=001.T=01.c”
Description = “BARCODE/01”
Format =”DDIIIIIVPPPPC”
Barcode Format Number = 1
Type = 1 (UPC)
Ex2) Download #1 Barcode
Description : DownloadBar
Format Userdefine
Type = 2
Send : “W20F08,0001L02E:T=02.N=0000.”
“D=0B.DownloadBarF=0D.DDIIIIIVPPPPC%”
Receive: “W30:O0001”
Description part must not reach 512Byte.
512Byte so, cut a part 512Byte each to send following example.
Send : “W30F01,0001L014:X=000.D=200.<512 byte
의 첫번째
Block>”
Send : “W30F01,0001L014:X=001.D=200.<512 byte
의 두번째
Block>”
When Ingredient is downloading (ID registering X=000) (Data saving X=001)
Ex3) Delete #1 Barcode
Send : “C41F21,080001<0x0a>”
Receive: “C001:O21<0x0a>”
For Error massage
Receive : “W21:E99<0x0a>”
Ex1) Upload PLU 1, Dept 1 of Discount information
Send: “R09F0001,0001”
Receive : No data
“R09:E98<0x0a>”
Receive : Discount Setting value exist
“W09A0001,00L0072:^=03.*=01.$=0.&[email protected]=4F50.”
“a=01.b=1.c=1C97.d=64.e=C8.f=64.g=C8.h=000000.i=000000.”
“j=000000.k=000000.l=FE.S=00.c”
Ex2) Upload First Discount Information
Send: “R10F0001,00”
Receive : No data
“R10:E95<0x0a>”
Receive : Discount set value exist
“W09A0001,00L0072:^=03.*=01.$=0.&[email protected]=4F50.”
“a=01.b=1.c=1C97.d=64.e=C8.f=64.g=C8.h=000000.i=000000.”
“j=000000.k=000000.l=FE.S=00.c”
Ex3) Delete Private Discount
Dept #2 PLU Number #1 Discount info delete
Send : “C41F09,02000001”
Return : “ C001:O09”
Ex4) Delete All Discount
Send : “C01A10<0x0a>”
Receive : delete all
“C001:O10<0x0a>
Ex5) Download Discount
data : deptno =1
pluno =2
Discount Type = 0x1c2b
First Target = 100
First Discount Value = 1000
Second Target = 200
Second Discount Value = 2000
Send : “W09F01,0000L028:a=01.b=2.c=1C2B.d=064.f=3E8.e=0C8.g=7D0.6”
Receive : register normally
“W09:O01”
Ex1 ) Upload Department 1, PLU 1
Send:
“R09F0001,0001<0x0a>”
Receive :
“W09A0001,00L0072:^=03.*=01.$=0.&[email protected]=4F50.”
“a=01.b=1.c=1C97.d=64.e=C8.f=64.g=C8.h=000000.i=000000.”
“j=000000.k=000000.l=FE.S=00.c”
Ex2) Delete
firstsend()
{
LABELHEADER int p,p_start;
/*
filename <- GetFilename();
*/ fp=fopen(filename,”rb”); fread(&lh,1,sizeof(lh),fp); fclose(fp);
p=18;
p_start=p;
// "\0" include text
sprintf(&msg[p],"S=%04X.",lh.size_label);
p+=strlen(&msg[p]);
sprintf(&msg[p],"W=%04X.",lh.width);
p+=strlen(&msg[p]);
sprintf(&msg[p],"H=%04X.",lh.height);
p+=strlen(&msg[p]);
sprintf(&msg[p],"Z=%s.",lh.name);
p+=strlen(&msg[p]);
data_size=strlen(&msg[p_start]); bcc = get_bcc(&msg[p_start],data_size);
msg[p++]=bcc;
msg[p]=0; data_send_leng = p;
sprintf(msg,"W06F%04X,%02X%02XL%03X",lh.id,m_labelform,1,data_size);
msg[p_start-1]=':';
SendData(msg,data_send_leng);
}
// Return : Rxx:O043
sendlabel()
{
}
Ref 1. Use of Terms
Speed Key Set Number
You can set 5 types of Speed key, this we call “SET NUMBER.” You can set for each department
Bridge
Transparent bridge: a packet-forwarding device that gets it forwarding instructions from the Destination Address
Field in the MAC header. Transparent bridges learn about the location of nodes on a network by examining the
Source Address Field of packets sent on the network. Transparent bridges are currently used in both the Token-
Ring and Ethernet environments. End nodes need not be aware that transparent bridges exist on the network.
Router
A system responsible for making decisions about which of several paths network traffic will take, and for keeping track of routing information which is being passed along a network be one of several different possible protocols.
To do this a router uses a routing protocol to gain information about the network and uses algorithms to choose the best router based on several criteria known as route metrics. In OSI terminology, a router is a Network Layer intermediate system.
Hub
The center of a star topology network or cabling system. The term Ethernet hub typically refers to a shared-media hub. Supports shared Ethernet in a "star" topology over Category 5 twisted-pair wire terminated by RJ-45 data jacks.
Repeater
A repeater connects two segments of your network cable. It retimes and regenerates the signals to proper amplitudes and sends them to the other segments. When talking about, Ethernet topology, you are probably talking about using a hub as a repeater. Repeaters require a small amount of time to regenerate the signal. This can cause a propagation delay which can affect network communication when there are several repeaters in a row.
Many network architectures limit the number of repeaters that can be used in a row. Repeaters work only at the physical layer of the OSI network model.
Gateway
A gateway can translate information between different network data formats or network architectures. It can translate TCP/IP to AppleTalk so computers supporting TCP/IP can communicate with Apple brand computers.
Most gateways operate at the application layer, but can operate at the network or session layer of the OSI model.
Gateways will start at the lower level and strip information until it gets to the required level and repackage the information and work its way back toward the hardware layer of the OSI model.
TCP/IP
The part of the network that does the job of transporting and managing the data across the network is called
TCP/IP which stands for Transmission Control Protocol (TCP) and Internet Protocol (IP). There are other alternative mechanisms for managing network traffic, but most, such as IPX/SPX for Netware, will not be described here in much detail. The IP layer requires a 4 (IPv4) or 6 (IPv6) byte address to be assigned to each network interface card on each computer. This can be done automatically using network software such as dynamic host configuration protocol (DHCP) or by manually entering static addresses into the computer.
UDP
User Datagram Protocol (UDP) supports the network at the transport layer. User Datagram Protocol (UDP) is an unreliable connection-less protocol and is defined by RFC 768 and 1122. It is a datagram service. There is no guarantee that the data will reach its destination. UDP is meant to provide service with very little transmission overhead. It adds very little to IP data packets except for some error checking and port direction (Remember, UDP encapsulates IP packets).
DHCP
This protocol is used to assign IP addresses to hosts or workstations on the network. Usually a DHCP server on the network performs this function. Basically it "leases" out address for specific times to the various hosts. If a host does not use a given address for some period of time, that IP address can then be assigned to another machine by the DHCP server. When assignments are made or changed, the DHCP server must update the information in the
DNS server.
Access Point
Wireless access points (APs or WAPs) are specially configured nodes on wireless local area networks (WLANs).
Access points act as a central transmitter and receiver of WLAN radio signals.
Access points used in home or small business networks are generally small, dedicated hardware devices featuring a built-in network adapter, antenna, and radio transmitter. Access points support Wi-Fi wireless communication standards.
Revision
No. Date
2006.08.31
Chapter
4.3.1 Ingredient download
Insert error code “0x90”
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