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Guida Rapida di
Programmazione
Programming
Manual
Cod. KR.L1
www.Kraun.it
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Indice
1. Descrizione
III
1.6.1 Uscita Tastiera PC
1.6.2 Uscita RS 232
1.6.3 Emulazione Uscita WAND
1.6.4 Interfaccia ADB
1.6.5 Interfaccia NEC 9801
V
VI
VI
VI
VII
1.1 Avviso
1.2 Introduzione
1.3 Lettura Codici
1.4 Installazione
1.5 Descrizione Funzioni Pin
1.6 Uscita
III
IV
IV
IV
V
V
2. Configurazione generale
VII
Programming Manual
IX
2.1 Diagramma di Flusso
2.2 Ciclo di Programmazione
2.3 Impostazioni Predefinite
VII
VII
VIII
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1. Descrizione
1.1 Avviso
Aiutaci a proteggere l’ambiente,
rispetta la normativa!
Apparecchiature Elettriche ed
Elettroniche da Dismettere
Questo prodotto non deve essere smaltito come rifiuto urbano,
ma deve essere oggetto di raccolta separata.
Tutti i prodotti oggetto di raccolta separata sono identificati con
il seguente simbolo:
Se questo prodotto non è più utilizzato e se desiderate liberarvene, potete:
• Consegnare gratuitamente questa apparecchiatura ai centri di raccolta
presso il Vs. comune di residenza.
• Consegnare gratuitamente questa apparecchiatura al Punto Vendita
presso cui è stato effettuato l’acquisto in occasione dell’acquisto di una
nuova apparecchiatura, a condizione che la stessa sia di tipo equivalente
e con funzioni analoghe.
Una modalità diversa di trattamento di questo prodotto, quando diviene
inutilizzabile, può provocare danni enormi sull’ambiente e sulla salute
umana per effetto del suo contenuto in piombo, mercurio, cadmio, cromo
esavalente, bifenili polibromurati (pbb) e etile di difenile polibromurato
(pbde).
Sanzioni
Le sanzioni sono stabilite dalla normativa nazionale; nello specifico il Decreto
Legislativo n. 22 del 5 febbraio 1997 e successive modifiche, stabilisce nell’Art
14 il “Divieto di Abbandono”.
Le sanzioni previste dall’Art 50 prevedono: “[…] chiunque […] abbandona o
deposita rifiuti ovvero li immette nelle acque superficiali o sotterranee è punito
con la sanzione amministrativa pecuniaria da lire duecentomila (Euro 103,29)
a lire unmilioneduecentomila (Euro 619,75) […].
III
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1.2 Introduzione
Il Lettore di codici è uno strumento avanzato e versatile per i
sistemi di codifica a barre. Funziona con una varietà di tipologie
di codici a barre, dispositivi di lettura e interfacce del computer.
Identifica automaticamente circa venti differenti simbologie.
Questa guida offre un modo facile di configurazione delle opzioni
di decodifica e delle selezioni di interfaccia, attraverso la scansione
dei codici a barre elencati di seguito.
1.3 Lettura Codici
Codici di lettura: UPC/EAN/JAN, Code 39, Code 39 Full ASCII, Code
128, Interleave 25, Industrial 25, Matrix 25, CODABAR/NW7, Code
11, MSI/PLESSEY, Code 93, China Postage, Code 32/Prodotti
Farmaceutici Italiani.
1.4 Installazione
Apertura della confezione:
Rimuovere il lettore dall’imballaggio e controllare che sia integro.
Se il prodotto risulta danneggiato durante il trasporto, si prega
di contattare immediatamente il punto vendita dove è stato
acquistato. In tal caso assicurarsi che nella confezione siano
presenti tutti gli accessori forniti per poter effettuare la restituzione.
Collegamento del Lettore:
- Attraverso la porta della tastiera (PS/2)
- Attraverso la porta USB
Collegare il connettore maschio RS-45 a 10 pin al lettore. Avvenuto
il collegamento, si sentirà un “click”.
Installare il lettore al sistema:
1. Spegnere il sistema
2. Effettuare il collegamento ad una specifica porta del sistema
3. Avviare il sistema
Cavo di Commutazione:
Prima di rimuovere il cavo dal lettore, si raccomanda di accertarsi
che il sistema sia spento e che non vi sia alimentazione nel
dispositivo.
1. Cercare il piccolo “foro-Pin” in fondo all’unità.
2. Usare una graffetta con curvatura regolare e inserire la punta
nel foro.
3. Si sentirà un “click”. A questo punto sfilare il cavo tirando
delicatamente la protezione di gomma.
Serie SG/LG
IV
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Serie SD
1.5 Descrizione Funzioni Pin
Ingresso per Mini Decoder
DB 9 Maschio
Pin N°
1
2
3
4
5
6
7
8
9
WAND/Slot Reader
N.C.
DATA
N.C.
N.C.
N.C.
N.C.
GND
SHIELD
+5V
CCD/Laser Scanner
S.O.S.
DATA
N.C.
N.C.
TRIGGER
P. E.
GND
SHIELD
+5V
1.6 Uscita
1.6.1 Uscita Tastiera PC
DIN 5 Maschio
Pin. N°
1
2
4
5
V
Funzione
HOST CLK
HOSTDATA
GND
Vcc(+5V)
Pin. N°
1
2
4
5
Funzione
KB CLK
KBDATA
GND
Vcc(+5V)
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MiniDIN 6 Maschio
Pin N°
1
3
4
5
Funzione
HOSTDATA
GND
Vcc
HOST CLK
MiniDIN 6 Femmina
Pin N°
1
3
4
5
Funzione
KB DATA
GND
Vcc
KB CLK
1.6.2 Uscita RS-232
DB 9 Femmina
Pin. N°
2
3
5
7
8
Alimentazione
Funzione
TXD
RXD
GND
CTS
RTS
Vcc (+5V)
1.6.3 Emulazione Uscita WAND
DB 9 Femmina
Pin. N°
2
7
9
Funzione
DATA
GND
Vcc (+5V)
1.6.4 Interfaccia ADB
MiniDIN 4 Maschio
Pin N°
1
3
4
VI
Funzione
ADB
Vcc
GND
MiniDIN 4 Femmina
Pin N°
1
3
4
Funzione
ADB
Vcc
GND
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1.6.5 Interfaccia NEC 9801
MiniDIN 8 Maschio
Pin N°
1
2
3
4
5
8
Funzione
RST
GND
HOST RDY
HOST DATA
RTY
+5V
MiniDIN 8 Femmina
Pin N°
1
2
3
4
5
8
Funzione
RST
GND
KB RDY
KB DATA
RTY
+5V
2. Configurazione generale
2.1 Diagramma di Flusso
Inizia
Configurazione
Richiama
Parametri
Impostati
Imposta tutto
Predefinito
Selezione Interfaccia
Selezione Porta Ingresso
Comunicazione
Parametri
Parametri Codici a Barre
Parametri MSR
Parametri Vari
ecc.
Annulla
Configurazione
Termina
Configurazione
Salva
Parametri
2.2 Ciclo di Programmazione
Lo schema di programmazione dei parametri è stato descritto al
punto 2.1.
VII
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In sintesi, l’utente deve:
1. Leggere (puntando il lettore sul codice corrispondente e
premendo il pulsante) il codice “Inizia Configurazione”.
2. Leggere tutti i codici necessari per la programmazione
personalizzata del prodotto.
3. Leggere il codice “Termina Configurazione” per terminare la
programmazione.
4. Per salvare le impostazioni programmate, basta leggere il
codice “Salva Parametri”.
5. Per tornare alle Impostazioni Iniziali (default), basta leggere
il codice “Imposta Tutto Predefinito”.
2.3 Impostazioni Predefinite
Le impostazioni predefinite sono indicate di seguito con i simboli
< > e in grassetto. Si possono cambiare le impostazioni seguendo
le procedure indicate nel manuale. Per salvare le impostazioni in
modo permanente, bisogna leggere il codice “Salva Parametri”
al paragrafo 2.4 del Programming Manual (pag. 10), altrimenti
le impostazioni andranno perdute appena spento il lettore e tutti
i parametri saranno riportati alla precedente impostazione.
Leggendo il codice “Imposta Tutto Predefinito”, le impostazioni
saranno riportate alla configurazione predefinita (default).
Per tutte le altre programmazioni consultare il Programming
Manual al paragrafo 2.4 (pag. 10).
Attenzione!! Per la programmazione dei codici per prodotti
farmaceutici italiani vedere il Programming Manual a pag. 26
Avvertenza
Qualsiasi variazione fatta dall’utilizzatore o da altri
non autorizzati può compromettere la conformità e
la sicurezza del prodotto di cui il produttore non si
ritiene responsabile.
VIII
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Programming
Manual
Cod. KR.L1
Contents
Chapter 1
1.1
1.2
1.3
1.4
1.5
Notice .......................................................
Introduction ...........................................
Codes Read ...........................................
Installation ..............................................
Pin Assignment ......................................
Chapter 2
2.1
2.2
2.3
2.4
Description
Configuration - General
Flow Chart .............................................
Loop of Programming ...........................
Factory Default Settings ........................
Main Page of Configuration ...................
Chapter 3
3
4
4
4
6
8
9
9
10
Interface and Reading Mode
Selection
3.1 Interface Selection ................................. 11
3.2 Memory Function .................................... 11
3.3 Reading Mode Selection ........................ 12
Chapter 4
4.1
4.2
4.3
4.4
4.5
Communication Parameters
RS232 Mode Parameters ......................
Keyboard Wedge Mode Parameters.....
Output Characters Parameters .............
Wand Emulation Mode Parameters......
OCIA Mode Parameters ........................
Chapter 5
13
15
17
19
20
Bar Codes & Others
5.1 Symbologies Selection .........................
5.2 UPC/EAN/JAN Parameters ...................
5.3 Code 39 Parameters .............................
5.4 Code 128 Parameters ...........................
5.5 Interleave 25 Parameters ......................
5.6 Industrial 25 Parameters .......................
5.7 Matrix 25 Parameters ............................
5.8 CODABAR/NW7 Parameters ...............
5.9 Code 93 Parameters .............................
5.10 Code 11 Parameters .............................
5.11 MSI/PLESSEY Code Parameters .........
1
21
24
26
28
30
32
34
36
38
40
42
5.12 BC412 Code Parameters ...................... 44
5.13 Code 2 of 6 Parameters ........................ 46
5.14 Telepen Parameters ............................... 48
Chapter 6
Miscellaneous Parameters
6.1 Language Selection ..............................
6.2 Bar Code ID ..........................................
6.3 Reading Level ........................................
6.4 Accuracy
...............................................
6.5 Buzzer Beep Tone .................................
6.6 Sensitivity of Continuous Reading Mode ...
6.7 Notebook Function ................................
6.8 Reverse Output Characters ..................
6.9 Set Up Deletion ......................................
6.10 Set Up Insertion .....................................
6.11 Set Up IR Sensor .....................................
50
52
55
55
55
56
56
56
57
60
63
Appendix
A.
B.
C.
Decimal Value Tables ............................ 63
ASCII Tables .......................................... 64
Function Key Tables .............................. 68
2
1.1
Notice
T he manufacturer s hall not be liable for technical or
editorial errors or omissions contained herein; nor
for incidental or cons equential damages in connection with the furnishing, performance, or use of this
publication.
F C C A pproval
T his device had been tes t in accorda nce with the
procedure s given in ANS I C 63.4 (1992) and confirmed to complies with the limits for a C LAS S B
digital pursua nt to part 15 of the F C C R ules .
C E S tandards
T he C E mark as s hown here indicate s this product
had been tested in accordance with the procedure s
given in E uropean C ouncil Directive 89/336/E E C and
confirmed to comply with the E urope an S ta ndard
E N55022:1994/ A1: 1995 C las s B , E N 55024/1998.
T his ma rking s hown on the produc t or its lite ra ture ,
indic a te s tha t it s hould not be dis pos e d with othe r
hous e holds wa s te s a t the e nd of its working life . To
pre ve nt pos s ible ha rm to the e nvironme nt or huma n
he a lthy from unc ontrolle d wa s te dis pos a l , ple a s e
s epa ra te this from other types of wa s tes a nd recycle
it re s pons ibly to promote the s us ta ina ble re us e of
ma teria l res ources .
H ous e hold us e rs s hould c onta c t e ithe r the re ta ile r
whe re the y purc ha s e d this produc t, or the ir loc a l
gove rnme nt offic e , for de ta ils of whe r a nd how the y
can take this item fore environm entally s afe recycling.
B us ines s us ers s hould contact their s upplier and check
the terms a nd conditions of the purcha s e
3
1.2
Introduction
The Decoder is an advanced and versatile
decoding facility for barcoding systems .It works
with variety of bar code types, reading devices,
and computer interfaces. It discriminates about
twenty different symbologies automatically.
This menu provide an easy way to config the
decoding options and interface selections by
scanning bar codes listed in the menu.
1.3 Codes Read
Codes Read
ALL UPC/EAN/JAN , Code 39, Code 39 Full ASCII,
Code 128, Interleave 25, Industrial 25, Matrix 25,
CODABAR/NW7, Code 11, MSI/PLESSEY, Code
93, China Postage, Code32/Italian Pharmacy
Others available upon request.
1.4 Installation
Unpacking –
Remove the scanner from its packing and check it
for damage. If the scanner was defected in transit,
please contact your vendor immediately. Be sure
that you keep the packing with all accessories
contains in the package for your returning of
service.
Connecting the scanner –
Keyboard wedge/RS-232C/USB:
Connect the 10-pins RS-45 male connector into
the bottom of the scanner and you will hear a
“click” when the connection is made.
4
Power supply for RS-232C scanner–
There are 3 ways to supplying the power, use external +5V power supply, use optional power cable
(KBDC) which taking the power from KB wedge or
if the host supports +5V power from pin 9.
Installing the scanner to the Host System –
1. Turn off the host system.
2. Connect the power if needed.
3. Connect to the proper port on the host system.
4. Turn on the host system.
Switching cable –
Before removing the cable from the scanner, it is
recommended that the power on the host system
is off and the power supply has been disconnected
from unit.
1. Find the small “Pin-hole” on the bottom of the
unit.
2. Use a bended regular paperclip and insert the
tip into the hole.
3. You will head a “click”, then gentle on the strainrelief of the cable and it will slide out of the
scanner.
SG/LG Series
SD Series
5
1.5 Pin Assignment
A> Input Port for Mini Decoder
DB 9 Male
Pin No.
Wand /
CCD /
Slot Reader
Laser Scanner
1
N.C.
S.O.S.
2
DATA
DATA
3
N.C.
N.C.
4
N.C.
N.C.
5
N.C.
TRIGGER
6
N.C.
P. E.
7
GND
GND
8
SHIELD
SHIELD
9
+5V
+5V
1
5
6
9
B> Output Port
1. PC Keyboard Output
DIN 5 MALE
DIN 5 FEMALE
Pin No. Function
Pin No. Function
1
HOST CLK
1
KB CLK
2
HOSTDATA
2
KBDATA
4
GND
4
GND
5
Vcc(+5V)
5
Vcc(+5V)
1
3
1
3
5
4
5
2
4
2
MiniDIN 6 MALE
Pin No. Function
1
HOSTDATA
3
GND
4
Vcc
5
HOST CLK
MiniDIN 6 FEMALE
Pin No. Function
1
KBDATA
3
GND
4
Vcc
5
KB CLK
5
3
6
4
6
4
5
3
1
2
2
1
6
2.
RS-232 Output
DB 9 Female
Pin No.
Function
5
2
TXD
3
RXD
5
GND
9
7
CTS
8
RTS
Power Lead
Vcc (+5V)
3.
WAND Emulation Output
DB 9 Female
Pin No.
Function
2
DATA
7
GND
9
Vcc (+5V)
4. ADB Interface
MiniDIN 4 MALE
Pin No. Function
1
ADB
3
Vcc
4
GND
1
6
5
1
9
6
MiniDIN 4 FEMALE
Pin No. Function
1
ADB
3
Vcc
4
GND
3
4
4
3
1
2
2
1
5. NEC 9801 Interface
MiniDIN 8 MALE
Pin No. Function
1
RST
2
GND
3
HOST RDY
4
HOST DATA
5
RTY
8
+5V
6
3
1
7
4
MiniDIN 8 FEMALE
Pin No. Function
1
RST
2
GND
3
KB RDY
4
KB DATA
5
RTY
8
+5V
8
5
2
8
5
2
7
7
4
6
3
1
Chapter 2 Configuration - General
2.1 Flow Chart
Start
Configuration
Recall
Parameter
Interface Selection
Input Port Selection
Communication
Parameters
Bar Codes Parameters
MSR Parameters
Misc .Parameters
etc.
Abort
Configuration
End
Configuration
Save
Parameters
8
Set All
Defaults
2.2 Loop of Programming
The philosophy of programming parameters has been
shown on the flow chart of 2.1. Basically user should
1. Scan Start of Configuration.
2. Scan all necessary labels for parameters that meet
applications.
3. Scan End of Configuration to end the
programming.
4. To permanently save the settings you
programmed, just scan label for Save Parameters.
5. To go back to the Default Settings, just scan label
for Set All Defaults.
2.3 Factory Default Settings
The factory default settings are shown with < > and
bold in the following sections. You can make your
own settings by following the procedures in this
manual. If you want to save the settings permanently,
you should scan the label of "Save Parameters" in
chapter 2.4, otherwise the settings will not be saved
after the decoder power is off, and all settings will go
back to previous settings.
By scanning "Set All Default" label, the settings will
go back to the factory default settings.
9
2.4 Main Page of Configuration
Save Parameters
%$ + / 0
Recall Stored
Parameters
%$ + / 1
Set All Defaults
%$ + / 2
Start Configuration
%$ + / 3
End Configuration
%$ + / 4
Abort Configuration
%$ + / 6
Version Information
%$ + / 5
Save Parameters The parameter settings will be saved permanently.
Recall Stored Parameters Replace the current parameters by the parameters
you saved last time.
Set All Defaults Set all the parameters to the factory default settings.
Abort Configuration Terminate current programming status.
Version Information Display the decoder version information and date
code.
10
Chapter 3 Interface and
Reading Mode Selection
3.1 Interface Selection
<Keyboard Mode>
%0 0 U0
RS232 Mode
%0 0 U8
WAND Emulation
%0 0 M2
OCIA Mode
%0 0 M4
USB Mode
%0 XO8
3.2 Memory Function
<Enable>
%0 XI 2
Disable
%0 XI 0
11
3.3
Reading Mode Selection
<Good Read OFF>
%0 2 7 1
Trigger ON/OFF
%0 2 7 0
Continuous/Trigger OFF
%0 2 7 2
Testing
%0 2 7 5
Continuous/Auto Power On
%0 2 7 3
Flash
%0 2 7 4
Flash/Auto Power On
%0 2 7 6
Reserved1
%0 2 7 7
Reserved2
%0 9 F8
Reserved3
%0 9 F9
Reserved4
%0 9 FA
Reserved5
%0 9 FB
12
Ch.4 Communication Parameters
4.1 RS232 Mode Parameters
A> Set Up BAUD Rate
600
1200
%0 Y7 0
2400
%0 Y7 1
4800
%0 Y7 2
<9600>
%0 Y7 3
19200
%0 Y7 7
38400
%0 Y7 4
%0 Y7 5
B> Set Up Data Bits
7 Data Bits
<8 Data Bits>
%0 Y8 0
%0 Y8 8
C> Set Up Stop Bits
<1 Bit>
2 Bits
%0 YO8
%0 YO0
13
D> Set Up Parity
<None>
Even
%0 YN7
Odd
%0 YN2
Mark
%0 YN3
Space
%0 YN1
%0 YN0
E> Handshaking
RTS/CTS Enable
<RTS/CTS Disable>
%0 1 8 8
ACK/NAK Enable
%0 1 8 0
<ACK/NAK Disable>
%0 1 4 4
XON/XOFF Enable
%0 1 4 0
<XON/XOFF Disable>
%0 3 K4
%0 3 K0
14
4.2 Keyboard Wedge Mode Parameters
A> Terminal Type
<IBM PC/AT, PS/2>
IBM PC/XT
%0 ZF0
IBM PS/2 25, 30
%0 ZF1
NEC 9800
%0 ZF2
Apple Desktop Bus(ADB)
%0 ZF3
IBM 5550
%0 ZF4
IBM 122 Key (1)
%0 ZF5
IBM 102 Key
%0 ZF6
IBM 122 Key (2)
%0 ZF7
Reserved 1
%0 ZF8
Reserved 2
%0 ZF9
Reserved 3
%0 ZFA
Reserved 4
%0 ZFB
Reserved 5
%0 ZFC
%0 ZFD
15
B> Upper/Lower Case
<No Change>
%0 3 3 0
Upper Case
%0 3 3 1
Lower Case
%0 3 3 2
C> Send Character by ALT Method
Enable
%0 3 O8
<Disable>
%0 3 O0
D> Select Numerical Pad
ON
%0 1 K4
<OFF>
%0 1 K0
16
4.3 Output Characters Parameters
A> Select Terminator
<CR+LF>
%7 S2 +
None
%7 S7 +
CR
%7 S0 +
LF
%7 S1 +
Space
%7 S4 +
HT(TAB)
%7 S3 +
STX-ETX
%7 S5 +
17
B> Time-out Between Characters
<0 ms>
%0 0 7 0
5 ms
%0 0 7 1
10 ms
%0 0 7 2
25 ms
%0 0 7 3
50 ms
%0 0 7 4
100 ms
%0 0 7 5
200 ms
%0 0 7 6
300 ms
%0 0 7 7
18
4.4 Wand Emulation Mode Parameters
A> TTL Level Representation
<Bar Equals High>
%0 2 K4
Bar Equals Low
%0 2 K0
B> Scan Speed Selection
<Fast>
%0 2 8 8
Slow
%0 2 8 0
C> Output Format Selection
<Output as Code 39>
%0 2 O8
Output as Code 39
Full ASCII
%0 2 O0
Output as Original
Code Format
%0 XK4
19
4.5 OCIA Mode Parameters
<NCR 8 Bit Format>
%0 2 J 0
NCR 9 Bit Format
%0 2 J 1
Spectra-Physics
%0 2 J 2
Nixdorf
%0 2 J 3
20
Ch.5 Bar Codes & Others
5.1 Symbologies Selection
UPC-A <ON>
OFF
%0 A4 4
UPC-E <ON>
%0 A4 0
OFF
%0 BO8
EAN-13/JAN-13 <ON>
%0 BO0
OFF
%0 A2 2
EAN-8/JAN-8 <ON>
%0 A2 0
OFF
%0 A1 1
CODE 39 <ON>
%0 A1 0
OFF
%0 EO8
CODE 128 <ON>
%0 EO0
OFF
%0 FO8
CODABAR/NW7 <ON>
%0 FO0
OFF
%0 J O8
%0 J O0
21
Interleave 25 <ON>
OFF
%0 GO8
Industrial 25 ON
%0 GO0
<OFF>
%0 HO8
Matrix 25 ON
%0 HO0
<OFF>
%0 I O8
CODE 93 ON
%0 I O0
<OFF>
%0 KO8
CODE 11 ON
%0 KO0
<OFF>
%0 L O8
China Postage ON
%0 L O0
<OFF>
%0 MO8
MSI/PLESSEY ON
%0 MO0
<OFF>
%0 NO8
%0 NO0
22
BC412 ON
<OFF>
%0 OO8
Code 2 of 6 ON
%0 OO0
<OFF>
%0 PO8
Telepen ON
%0 PO0
<OFF>
%0 TO8
Reserved4 ON
%0 TO0
<OFF>
%0 QO8
Reserved5 ON
%0 QO0
<OFF>
%0 RO8
%0 RO0
Reserved6 ON
<OFF>
%0 SO8
%0 SO0
Select All Bar Codes
%1 A/ +
23
5.2 UPC/EAN/JAN Parameters
A> Reading Type
UPCA=EAN13 ON
UPCA=EAN13<OFF>
%0 AK4
ISBN Enable
%0 AK0
ISBN <Disable>
%0 B8 8
ISSN Enable
%0 B8 0
ISSN <Disable>
%0 B4 4
Decode with Supplement
%0 B4 0
<Autodiscriminate
Supplement>
%0 1 O0
%0 1 O8
B> Supplementals Set Up
<Not Transmit>
Transmit 2 Code
%0 B3 3
Transmit 5 Code
%0 B3 1
Transmit 2&5 Code
%0 B3 2
%0 B3 0
24
C> Check Digit Transmission
UPC-A Check Digit
Transmission <ON>
OFF
%0 AI 2
UPC-E Check Digit
Transmission <ON>
%0 AI 0
OFF
%0 BI 2
EAN-8 Check Digit
Transmission <ON>
%0 BI 0
OFF
%0 A8 8
EAN-13 Check Digit
Transmission <ON>
%0 A8 0
OFF
%0 AH1
ISSN Check Digit
Transmission <ON>
%0 AH0
OFF
%0 BK4
%0 BK0
25
5.3 Code 39 Parameters
A> Type of Code
<Standard>
Full ASCII
%0 EH1
%0 EH0
Italian Pharmacy/Code 32
<OFF>
Italian Pharmacy/
Code 32 ON
%0 E8 0
%0 E8 8
B> Check Digit Transmission
<Do Not Calculate
Check Digit>
Calculate Check Digit
& Transmit
%0 EM2
Calculate Check Digit
& Not Transmit
%0 EM6
%0 EM4
C> Output Start/Stop Character
Enable
<Disable>
%0 E4 4
%0 E4 0
26
D> Decode Asterisk
Enable
<Disable>
%0 E2 2
%0 E2 0
E> Set Up Code Length
To set the fixed length:
1. Scan the "Begin" label of the desired set.
2. Go to the Decimal Value Tables in Appendix A,
scan label(s) that represents the length to be
read.
3. Scan the "Complete" label of the desired set.
Repeat the steps 1 - 3 to set additional lengths.
<Variable>
%4 E1 +
Fix Length (2 Sets Available)
1. 1st Set Begin
2. Decimal Value
(Appendix A)
3. 1st Set Complete
%4 E0 0
%4 E0 1
1. 2nd Set Begin
2. Decimal Value
(Appendix A)
%4 E0 0
3. 2nd Set Complete
%4 E0 2
Minimum Length
1. Begin
2. Decimal Value
(Appendix A)
3. Complete
%2 + - /
%2 C0 +
27
5.4 Code 128 Parameters
A> Check Digit Transmission
Do Not Calculate
Check Digit
%0 FN1
Calculate Check
Digit & Transmit
%0 FN7
<Calculate Check Digit
& Not Transmit>
%0 FN5
B> Append FNC2
ON
%0 F8 8
<OFF>
%0 F8 0
C> Set Up Code Length
To set the fixed length:
1. Scan the "Begin" label of the desired set.
2. Go to the Decimal Value Tables in Appendix A,
scan label(s) that represents the length to be
read.
3. Scan the "Complete" label of the desired set.
Repeat the steps 1 - 3 to set additional lengths.
28
<Variable>
%4 F1 +
Fix Length (2 Sets Available)
1. 1st Set Begin
2. Decimal Value
(Appendix A)
%4 F0 0
3. 1st Set Complete
%4 F0 1
1. 2nd Set Begin
2. Decimal Value
(Appendix A)
%4 F0 0
3. 2nd Set Complete
%4 F0 2
Minimum Length
1. Begin
2. Decimal Value
(Appendix A)
%2 + - /
3. Complete
%2 C1 +
29
5.5 Interleave 25 Parameters
A> Check Digit Transmission
<Do Not Calculate
Check Digit>
%0 GN3
Calculate Check Digit
& Transmit
%0 GN7
Calculate Check Digit
& Not Transmit
%0 GN5
B> Set Up Number of Character
<Even>
%0 G8 8
Odd
%0 G8 0
C> Brazilian Banking Code
<Disable>
%0 G4 0
Enable
%0 G4 4
30
D> Set Up Code Length
To set the fixed length:
1. Scan the "Begin" label of the desired set.
2. Go to the Decimal Value Tables in Appendix A,
scan label(s) that represents the length to be
read.
3. Scan the "Complete" label of the desired set.
Repeat the steps 1 - 3 to set additional lengths.
<Variable>
%4 G1 +
Fix Length (2 Sets Available)
1. 1st Set Begin
2. Decimal Value
(Appendix A)
%4 G0 0
3. 1st Set Complete
%4 G0 1
1. 2nd Set Begin
2. Decimal Value
(Appendix A)
%4 G0 0
3. 2nd Set Complete
%4 G0 2
Minimum Length
1. Begin
2. Decimal Value
(Appendix A)
%2 + - /
3. Complete
%2 C2 +
31
5.6 Industrial 25 Parameters
A> Check Digit Transmission
<Do Not Calculate
Check Digit>
%0 HN3
Calculate Check Digit
& Transmit
%0 HN7
Calculate Check Digit
& Not Transmit
%0 HN5
B> Set Up Code Length
To set the fixed length:
1. Scan the "Begin" label of the desired set.
2. Go to the Decimal Value Tables in Appendix A,
scan label(s) that represents the length to be
read.
3. Scan the "Complete" label of the desired set.
Repeat the steps 1 - 3 to set additional lengths.
32
<Variable>
%4 H1 +
Fix Length (2 Sets Available)
1. 1st Set Begin
2. Decimal Value
(Appendix A)
%4 H0 0
3. 1st Set Complete
%4 H0 1
1. 2nd Set Begin
2. Decimal Value
(Appendix A)
%4 H0 0
3. 2nd Set Complete
%4 H0 2
Minimum Length
1. Begin
2. Decimal Value
(Appendix A)
%2 + - /
3. Complete
%2 C3 +
33
5.7 Matrix 25 Parameters
A> Check Digit Transmission
<Do Not Calculate
Check Digit>
%0 I N3
Calculate Check Digit
& Transmit
%0 I N7
Calculate Check Digit
& Not Transmit
%0 I N5
B> Set Up Code Length
To set the fixed length:
1. Scan the "Begin" label of the desired set.
2. Go to the Decimal Value Tables in Appendix A,
scan label(s) that represents the length to be
read.
3. Scan the "Complete" label of the desired set.
Repeat the steps 1 - 3 to set additional lengths.
34
<Variable>
%4 I 1 +
Fix Length (2 Sets Available)
1. 1st Set Begin
2. Decimal Value
(Appendix A)
%4 I 0 0
3. 1st Set Complete
%4 I 0 1
1. 2nd Set Begin
2. Decimal Value
(Appendix A)
%4 I 0 0
3. 2nd Set Complete
%4 I 0 2
Minimum Length
1. Begin
2. Decimal Value
(Appendix A)
%2 + - /
3. Complete
%2 C4 +
35
5.8 CODABAR/NW7 Parameters
A> Set Up Start/Stop Characters Upon
Transmission
ON
<OFF>
%0 J H1
%0 J H0
B> Transmission Type of Start/Stop
<A/B/C/D> <Start>
<A/B/C/D> <Stop>
%0 4 VF
A Start
%0 4 FF
A Stop
%0 4 V1
B Start
%0 4 F1
B Stop
%0 4 V2
C Start
%0 4 F2
C Stop
%0 4 V4
D Start
%0 4 F4
D Stop
%0 4 V8
%0 4 F8
36
C> Set Up Code Length
To set the fixed length:
1. Scan the "Begin" label of the desired set.
2. Go to the Decimal Value Tables in Appendix A,
scan label(s) that represents the length to be
read.
3. Scan the "Complete" label of the desired set.
Repeat the steps 1 - 3 to set additional lengths.
<Variable>
%4 J 1 +
Fix Length (2 Sets Available)
1. 1st Set Begin
2. Decimal Value
(Appendix A)
%4 J 0 0
3. 1st Set Complete
%4 J 0 1
1. 2nd Set Begin
2. Decimal Value
(Appendix A)
%4 J 0 0
3. 2nd Set Complete
%4 J 0 2
Minimum Length
1. Begin
2. Decimal Value
(Appendix A)
%2 + - /
3. Complete
%2 C5 +
37
5.9 Code 93 Parameters
A> Check Digit Transmission
<Calculate Check 2 Digits
& Not Transmit>
%0 KN4
Do Not Calculate
Check Digit
%0 KN3
B> Set Up Code Length
To set the fixed length:
1. Scan the "Begin" label of the desired set.
2. Go to the Decimal Value Tables in Appendix A,
scan label(s) that represents the length to be
read.
3. Scan the "Complete" label of the desired set.
Repeat the steps 1 - 3 to set additional lengths.
38
<Variable>
%4 K1 +
Fix Length (2 Sets Available)
1. 1st Set Begin
2. Decimal Value
(Appendix A)
%4 K0 0
3. 1st Set Complete
%4 K0 1
1. 2nd Set Begin
2. Decimal Value
(Appendix A)
%4 K0 0
3. 2nd Set Complete
%4 K0 2
Minimum Length
1. Begin
2. Decimal Value
(Appendix A)
%2 + - /
3. Complete
%2 C6 +
39
5.10 Code 11 Parameters
A> Check Digit Transmission
<Do Not Calculate
Check Digit>
Calculate Check 1
Digit & Transmit
%0 L N3
%0 L N7
Calculate Check 1 Digit
& Not Transmit
Calculate Check 2
Digits & Transmit
%0 L N5
%0 L N6
Calculate Check 2 Digits
& Not Transmit
%0 L N4
B> Set Up Code Length
To set the fixed length:
1. Scan the "Begin" label of the desired set.
2. Go to the Decimal Value Tables in Appendix A,
scan label(s) that represents the length to be
read.
3. Scan the "Complete" label of the desired set.
Repeat the steps 1 - 3 to set additional lengths.
40
<Variable>
%4 L 1 +
Fix Length (2 Sets Available)
1. 1st Set Begin
2. Decimal Value
(Appendix A)
%4 L 0 0
3. 1st Set Complete
%4 L 0 1
1. 2nd Set Begin
2. Decimal Value
(Appendix A)
%4 L 0 0
3. 2nd Set Complete
%4 L 0 2
Minimum Length
1. Begin
2. Decimal Value
(Appendix A)
%2 + - /
3. Complete
%2 C7 +
41
5.11 MSI/PLESSEY Code Parameters
A> Check Digit Transmission
<Do Not Calculate
Check Digit>
Calculate Check Digit
& Transmit
%0 NN3
%0 NN7
Calculate Check Digit
& Not Transmit
%0 NN5
B> Set Up Code Length
To set the fixed length:
1. Scan the "Begin" label of the desired set.
2. Go to the Decimal Value Tables in Appendix A,
scan label(s) that represents the length to be
read.
3. Scan the "Complete" label of the desired set.
Repeat the steps 1 - 3 to set additional lengths.
42
<Variable>
%4 N1 +
Fix Length (2 Sets Available)
1. 1st Set Begin
2. Decimal Value
(Appendix A)
%4 N0 0
3. 1st Set Complete
%4 N0 1
1. 2nd Set Begin
2. Decimal Value
(Appendix A)
%4 N0 0
3. 2nd Set Complete
%4 N0 2
Minimum Length
1. Begin
2. Decimal Value
(Appendix A)
%2 + - /
3. Complete
%2 C9 +
43
5.12 BC 412 Code Parameters
A> Check Digit Transmission
Do Not Calculate
Check Digit
<Calculate Check
Digit & Transmit>
%0 ON3
%0 ON7
Calculate Check Digit
& Not Transmit
%0 ON5
B> Set Up Code Length
To set the fixed length:
1. Scan the "Begin" label of the desired set.
2. Go to the Decimal Value Tables in Appendix A,
scan label(s) that represents the length to be
read.
3. Scan the "Complete" label of the desired set.
Repeat the steps 1 - 3 to set additional lengths.
44
<Variable>
%4 O1 +
Fix Length (2 Sets Available)
1. 1st Set Begin
2. Decimal Value
(Appendix A)
%4 O0 0
3. 1st Set Complete
%4 O0 1
1. 2nd Set Begin
2. Decimal Value
(Appendix A)
%4 O0 0
3. 2nd Set Complete
%4 O0 2
Minimum Length
1. Begin
2. Decimal Value
(Appendix A)
%2 + - /
3. Complete
%2 CA+
45
5.13 Code 2 of 6 Parameters
A> Check Digit Transmission
Do Not Calculate
Check Digit
<Calculate Check
Digit & Transmit>
%0 PN3
%0 PN7
Calculate Check Digit
& Not Transmit
%0 PN5
B> Set Up Code Length
To set the fixed length:
1. Scan the "Begin" label of the desired set.
2. Go to the Decimal Value Tables in Appendix A,
scan label(s) that represents the length to be
read.
3. Scan the "Complete" label of the desired set.
Repeat the steps 1 - 3 to set additional lengths.
46
<Variable>
%4 P1 +
Fix Length (2 Sets Available)
1. 1st Set Begin
2. Decimal Value
(Appendix A)
%4 P0 0
3. 1st Set Complete
%4 P0 1
1. 2nd Set Begin
2. Decimal Value
(Appendix A)
%4 P0 0
3. 2nd Set Complete
%4 P0 2
Minimum Length
1. Begin
2. Decimal Value
(Appendix A)
%2 +- /
3. Complete
%2 CB+
47
5.14 Telepen Parameters
A> Type of Code
<Telepen ASCII>
Telepen Numeric
%0 T8 0
%0 T8 8
B> Check Digit Transmission
Do Not Calculate
Check Digit
Calculate Check
Digit & Transmit
%0 TN3
<Calculate Check Digit
& Not Transmit>
%0 TN7
%0 TN5
C> Set Up Code Length
To set the fixed length:
1. Scan the "Begin" label of the desired set.
2. Go to the Decimal Value Tables in Appendix A,
scan label(s) that represents the length to be
read.
3. Scan the "Complete" label of the desired set.
Repeat the steps 1 - 3 to set additional lengths.
48
<Variable>
%4 T1 +
Fix Length (2 Sets Available)
1. 1st Set Begin
2. Decimal Value
(Appendix A)
%4 T0 0
3. 1st Set Complete
%4 T0 1
1. 2nd Set Begin
2. Decimal Value
(Appendix A)
%4 T0 0
3. 2nd Set Complete
%4 T0 2
Minimum Length
1. Begin
2. Decimal Value
(Appendix A)
%2 +- /
3. Complete
%2 CF+
49
Ch.6 Miscellaneous Parameters
6.1 Language Selection
<US English>
%0 ZV0
UK English
%0 ZV1
Italian
%0 ZV2
Spanish
%0 ZV3
French
%0 ZV4
German
%0 ZV5
Swedish
%0 ZV6
Switzerland
%0 ZV7
Hungarian
%0 ZV8
Japanese
%0 ZV9
50
Belgium
%0 ZVA
Portuguese
%0 ZVB
Denmark
%0 ZVC
Netherlands
%0 ZVD
Turkey
%0 ZVE
Reserved1
%0 ZVF
51
6.2 Bar Code ID
ON
<OFF>
%0 0 H1
%0 0 H0
Default
%9 1 3 +
With this function ON, a leading character will be
added to the output string while scanning code, user
may refer to the following table to know what kind of
bar code is being scanned.
Please refer to the table below for matching code ID
of codes read in.
Code Type
UPC-A
EAN-8
CODE 39
Interleave 25
Matrix 25
CODE 93
China Postage
BC412
Telepen
ID
A
C
E
G
I
K
M
O
T
Code Type
UPC-E
EAN-13
CODE 128
Industrial 25
Codabar/NW7
CODE 11
MSI/PLESSEY
Code 2 of 6
ID
B
D
F
H
J
L
N
P
User Define Code ID
To set the code ID:
1. Scan the symbologies label.
2. Go to the ASCII Tables in Appendix B, scan label
that represents the desired code ID.
Note:
User define code ID will override default value.
Program will not check the conflict. It is possible
to have more than two symbologies which have
same code ID.
52
UPC-A
UPC-E
%9 1 A+
EAN-13/JAN-13
%9 1 B+
EAN-8/JAN-8
%9 1 Y+
CODE 39
%9 1 Z+
CODE 128
%9 1 E+
CODABAR/NW7
%9 1 F+
Interleave 25
%9 1 J +
Industrial 25
%9 1 G+
Matrix 25
%9 1 H+
CODE 93
%9 1 I +
CODE 11
%9 1 K+
China Postage
%9 1 L +
MSI/PLESSEY
%9 1 M+
BC412
%9 1 N+
%9 1 O+
53
Code 2 of 6
%9 1 P+
Telepen
%9 1 T+
Reserved4
%9 1 Q+
Reserved5
%9 1 R+
Reserved6
%9 1 S+
54
6.3 Reading Level
Bar Equals High
<Bar Equals Low>
%0 3 I 2
%0 3 I 0
6.4 Accuracy
<1 Time>
2 Times
%0 1 3 0
3 Times
%0 1 3 1
4 Times
%0 1 3 2
%0 1 3 3
6.5 Buzzer Beep Tone
<High>
Medium
%0 1 J 3
Low
%0 1 J 2
Off
%0 1 J 1
%0 1 J 0
55
6.6 Sensitivity of Continuous Reading
Mode
<Fast>
%0 3 8 8
Slow
%0 3 8 0
6.7 Notebook Function
Enable
%0 3 4 4
<Disable>
%0 3 4 0
6.8 Reverse Output Characters
<Disable>
%0 3 H0
Enable
%0 3 H1
56
6.9 Setup Deletion
To setup the deletion of output characters:
1. Scan the label of the desired set below.
2. Scan the label of the desired symbology.
3. Go to theDecimal Value Tables inAppendixA, scan
label(s) that represents the desired position to be
deleted.
4. Scan the "Complete" label of "Character Position
to be Deleted".
5. Go to theDecimal Value Tables inAppendixA, scan
label(s) that represents the number of characters
to be deleted.
6. Scan the "Complete" label of "Number of
Characters to be Deleted".
Repeat the steps 1 - 6 to set additional deletion.
A> Select Deletion Set Number
1. 1st Set
2. 2nd Set
%8 0 0 +
3. 3rd Set
%8 0 1 +
4. 4th Set
%8 0 2 +
5. 5th Set
%8 0 3 +
6. 6th Set
%8 0 4 +
%8 0 5 +
57
B> Symbologies Selection
UPC-A
UPC-E
%8 1 A+
EAN-13/JAN-13
%8 1 B+
EAN-8/JAN-8
%8 1 Y+
CODE 39
%8 1 Z+
CODE 128
%8 1 E+
CODABAR/NW7
%8 1 F+
Interleave 25
%8 1 J +
Industrial 25
%8 1 G+
Matrix 25
%8 1 H+
CODE 93
%8 1 I +
CODE 11
%8 1 K+
China Postage
%8 1 L +
MSI/PLESSEY
%8 1 M+
%8 1 N+
58
BC412
Code 2 of 6
%8 1 O+
Telepen
%8 1 P+
Resvered4
%8 1 T+
Resvered5
%8 1 Q+
%8 1 R+
All Codes
%8 1 S+
None
%8 1 4 +
C> Character Position to be Deleted
1. Decimal Value
(AppendixA)
2. Complete
%8 2 0 +
D> Number of Characters to be Deleted
1. Decimal Value
(AppendixA)
2. Complete
%8 3 0 +
59
6.10 Setup Insertion
To setup the insertion of output characters:
1. Scan the label of the desired set.
2. Scan the label of the desired symbology.
3. Go to theDecimal Value Tables inAppendix A, scan
label(s) that represents the desired position to be
inserted.
4. Scan the "Complete" label of "Character Position
to be Inserted".
5. Go to the ASCII Tables in Appendix B or Function
Key Tables in Appendix C, scan label(s) that
represents the desired characters to be inserted.
6. Scan the "Complete" label of "Characters to be
Inserted".
Repeat the steps 1 - 6 to set additional insertion.
A> Select Insertion Set Number
1. 1st Set
2. 2nd Set
%5 0 0 +
3. 3rd Set
%5 0 1 +
4. 4th Set
%5 0 2 +
5. 5th Set
%5 0 3 +
6. 6th Set
%5 0 4 +
%5 0 5 +
60
B> Symbologies Selection
UPC-A
UPC-E
%5 1 A+
EAN-13/JAN-13
%5 1 B+
EAN-8/JAN-8
%5 1 Y+
CODE 39
%5 1 Z+
CODE 128
%5 1 E+
CODABAR/NW7
%5 1 F+
Interleave 25
%5 1 J +
Industrial 25
%5 1 G+
Matrix 25
%5 1 H+
CODE 93
%5 1 I +
CODE 11
%5 1 K+
China Postage
%5 1 L +
MSI/PLESSEY
%5 1 M+
%5 1 N+
61
BC412
Code 2 of 6
%5 1 O+
Telepen
%5 1 P+
Resvered4
%5 1 T+
Resvered5
%5 1 Q+
%5 1 R+
All Codes
%5 1 S+
None
%5 1 4 +
C> Character Position to be Inserted
1. Decimal Value
(AppendixA)
2. Complete
%5 2 0 +
D> Characters to be Inserted
1. ASCII Table
(Appendix B)
2. Complete
%5 3 0 +
62
6.11 Setup IR Sensor
<Disable>
%0 XH0
Enable
%0 XH1
63
Appendix A Decimal Value Table
0
1
2
3
4
5
6
7
8
9
64
Appendix B ASCII Table
NULL
00
SOH
STX
ETX
01
02
03
ENQ
ACK
04
05
06
07
08
0A
0B
0D
0E
10
11
13
14
16
17
19
1A
RS
EM
SUB
ESC
1B
SYN
ETB
CAN
18
DC3
DC4
NAK
15
DLE
DC1
DC2
12
CR
SO
SI
0F
LF
VT
FF
0C
BEL
BS
HT
09
EOT
FS
GS
1C
1D
1E
US
1F
65
SPACE
20
!
"
21
22
23
%
24
25
26
(
27
28
29
+
2A
2B
2C
.
2D
2E
2F
1
30
31
32
4
33
34
35
7
36
37
38
:
39
3A
3B
=
3C
3D
3E
3F
66
40
B
41
42
43
E
44
45
46
H
47
48
49
K
4A
4B
4C
N
4D
4E
4F
Q
50
51
52
T
53
54
55
W
56
57
58
Z
59
5A
5B
]
5C
5D
5E
5F
67
60
b
61
62
63
e
64
65
66
h
67
68
69
k
6A
6B
6C
n
6D
6E
6F
q
70
71
72
t
73
74
75
w
76
77
78
z
79
7A
7B
}
7C
7D
7E
DEL
7F
68
Appendix C Function Key Table
F1
F2
C0
C1
F3
C2
F4
F5
C3
C4
F6
C5
F7
F8
C6
C7
F9
C8
F10
F11
C9
CA
F12
CB
Insert
Delete
CC
CD
Home
CE
Page Up
Page Down
CF
D0
End
D1
Left
Right
D2
D3
Up
D4
Down
D5
69