Wasp CCD bar code reader Programming Guide
Wasp CCD Scanner: A versatile and reliable bar code scanner for efficient data entry and automation tasks. With its advanced Charged Coupled Device (CCD) technology, it captures and digitizes bar codes, providing accurate and error-free data input. Ideal for retail, inventory management, shipping, and various other applications.
Mainos
Mainos
CCD Programming Guide
Please Read
Note:
The Wasp CCD Scanner is ready to scan the most popular bar codes out of the box. This manual should only be
used to make changes in the configuration of the
scanner for specific applications. This scanner does not require software or drivers to operate. The scanner enters data as keyboard data. Please review this manual before scanning any of the programming bar codes in this manual.
TTech Tip
If you are unsure of the scanner configuration or have scanned the incorrect codes, please scan the default bar code on page 6. This will reset the scanner to its factory settings.
© Copyright Wasp Technologies
All rights reser ved.
Rev H.
No part of this publication may be reproduced or transmitted in any form or by any means without the written permission of Wasp Bar Code
Technologies. The information contained in this document is subject to change without notice.
Wasp is a trademark of Wasp Technologies. All other trademarks or registered trademarks are the property of their respective owners.
Table of Contents
Chapter 1.
Chapter 2.
Chapter 3.
Chapter 4.
Chapter 5.
Appendix A.
Appendix B.
Appendix C.
Introduction.............................................................................. 1
Installation................................................................................2
Quick Start ..............................................................................3
Bar Code Symbologies............................................................4
CCD Setup & Configuration ..............................................5-30
1.
Set Default ..............................................................6
2.
Terminator ..............................................................7
3.
Preamble/Postamble ..............................................8
4.
CCD Hardware ..................................................9-10
5.
Keyboard Type ......................................................11
6.
Keyboard Setting ..................................................12
7.
CCD Scanning Control....................................13-15
8.
Enable Bar Code Symbologies ............................16
9.
Code Identification................................................17
10.
Code 39 ................................................................18
11.
Code 128..............................................................19
12.
MSI Plessey ..........................................................20
13.
Interleaved 2 of 5..................................................21
14.
Codabar................................................................22
15.
UPC-A ..................................................................23
16.
UPC-E ..................................................................24
17.
EAN/JAN-13..........................................................25
18.
EAN/JAN-8............................................................26
19.
Language..............................................................27
20.
Interface Options ..................................................28
21.
Serial (COM) Port Setting................................29-30
Bar Code Test Symbols....................................................31-33
Lookup Table for Bar Code Lengths ................................34-35
Preamble/Postamble Addition Table ................................36-37
Product Support ..............................................................................................38
Warranty ..............................................................................................38
Chapter 1
Introduction
Bar coding is the most common Automated Data Collection (ADC) technology providing timely, error-free information that can be used to increase productivity, accuracy, and efficiency in the workplace. Virtually every type of industry is using bar codes to replace keyboard data entry. Studies have shown that a proficient data entry operator will make one error for every 300 characters that are manually entered. The error rate using bar codes is almost negligible and can be error-free using bar code symbologies with the check digit enabled.
The Wasp Charged Coupled Device (CCD) technology is a technique whereby a bar code is photographed, digitized, and electronically sampled by built-in photodetectors. The detectors process the measurement of every bar and space using the number of adjacent photodetectors which contrast a black mark and a white space. The Wasp CCD is extremely rugged since it has no moving parts. The Wasp CCD reader supports PC AT/XT and PS/2 keyboard interfaces and easily wedges between the computer and keyboard. Bar code data is passed directly into the keyboard buffer as if it had been typed in by hand by a data entry operator.
Of all the hand held, bar code scanning devices on the market, the CCD reader is the easiest to use and most cost effective for the typical business user. The
Wasp CCD scanner is a one touch scanner allowing the user to come in direct contact with the bar code. It also supports a depth of reading of up to 1.4 inches to successfully decode a bar code symbology. Bar codes up to 3.15 inches in length can be scanned. To activate the scanner, the user simply covers the bar code with head of the scanner and pulls the trigger. The Wasp CCD supports a scan rate of 50 scans per second.
1
Chapter 2
Installation
Scan Feedback Indicator
Keyboard Wedge Cable
Din-6M
Keyboard
Y-Cable
Trigger
Scanning Aperture
(PC Only)
Scanning
Aperture
Din-5F
Din-5M
Side View
(PC Only)
Din-6F
Cable
Removal Hole
(Push paper clip into hole and pull cable simultaneously to remove cable)
Buzzer
Trigger
Bottom View
1.
Turn off your computer.
2.
Plug the keyboard wedge cable into the handle of the CCD reader.
3.
Unplug your PC keyboard cable and plug the male end (Din 5) of the Wasp
CCD scanner directly into your PC keyboard port. Plug your keyboard cable into the other end (female Din 5) of the the Wasp CCD scanner. If your keyboard and PC support a Din 6 connection, use the enclosed Din 5 to Din 6 converter cables.
4.
Turn your computer on.
Note: Make sure scanner is not plugged into the mouse port. Scanner will not function properly if plugged into mouse port.
2
Chapter 3
Quick Start
Your Wasp CCD Scanner is ready to go. The default settings of the Wasp CCD
Scanner have been pre-programmed for the most common bar code configurations. Use the "CCD Setup & Configuration" sections only to customize the Wasp CCD settings. Please review the 'Enable Bar Code Symbologies' configuration on page 16 to see the list of bar code symbologies which are enabled by default.
Tip: Use the pre-printed "Bar Code Test Symbols" in Appendix A on page 31 as a test chart to begin practicing scanning.
3
Chapter 4
Bar Code Symbologies
Bar codes are symbols consisting of a series of bars and spaces which can be applied to packages, cartons, bottles, and other commercial products. The bars and spaces in each symbol are grouped in such a way to represent a specific
ASCII character or function. The interpretation of these groups is based on a particular set of rules called symbologies. Various symbologies have been developed for particular applications. Some examples are shipping and receiving, manufacturing, retail, healthcare, transportation, document processing, tracking, and libraries.
The resolution of a bar code is dependent on the narrowest element of a bar code (X dimension), and can vary from high density (nominally less than 0.009
in./0.23 mm), medium density (between 0.009 in./0.23 mm and 0.020 in./0.50
mm), and low density (greater than 0.020 in./0.50 mm). Medium and low densities are the most common since these are the easiest to read (scan) with nearly all scanning devices. The Wasp CCD scanner can read bar codes with
X-dimensions as low as 5 mils (0.005 in./0.127 mm).
The Wasp CCD scanner can read the most popular bar code symbologies including Code 39, Code 128, Interleaved 2 of 5, UPC-A, UPC-E, EAN/JAN-8,
EAN/JAN-13, Codabar, MSI Plessey, and Code 93.
Please see test chart on page 31.
4
Chapter 5
CCD Setup & Configuration
In order to configure the Wasp CCD scanner, you must familiarize yourself with the setup procedures on the following pages. The default settings of the Wasp
CCD scanner are identified on each page and clearly marked with an asterisk
(*). The default settings have been preprogrammed for the most common
bar code configurations. Use the CCD Setup & Configuration only to
customize the Wasp CCD settings. If you need to configure the Wasp CCD reader, the default settings will be overwritten. All the programmed settings are stored permanently in non-volatile memory. Therefore, your configuration will be maintained even if keyboard power to the Wasp CCD scanner is removed by turning off your PC.
In order to configure the Wasp CCD, three basic steps need to be followed for each programmed setting:
(1) Scan the 'Begin' bar code with the Wasp CCD reader to select your configuration
(2) Scan the appropriate setting(s) to customize the CCD configuration
(3) Scan the corresponding 'End' bar code with the Wasp CCD reader
Three or more audible beeps will be heard after each step is completed.
Note: If you are unsure whether or not you have programmed the scanner properly, return to page 6 and return the scanner back to the default settings.
Then begin the configuration process again.
5
CCD Setup & Configuration
—Set Default Configuration
The 'Set Default' configuration restores the factory default settings.
Tip: Use this option to restore the factory default settings if you are unsure of your CCD’s configuration. The 'Set Default' configuration is very useful when you need to reprogram your Wasp CCD reader after the defaults have been changed. By setting the default configuration, the user knows precisely the configuration for each programmed setting.
Begin
Default
6
CCD Setup & Configuration
—Terminator Configuration
The 'Te rminator' configuration is used to specify the end-of-text message. T h e t e rminator character is the last character sent to the keyboard bu f fer and comes after the Po s t a m ble characters if they are configured. It is pri m a rily used to denote the end of the bar code va l u e.
T i p : If you need another character that is not listed as one of the term i n a t o r c h a ra c t e r s, you can use the 'Po s t a m ble' Configuration to add a suffix character or s t ri n g .
Begin
None
Carriage Return
Space
Escape
*
End
*Default
7
CCD Setup & Configuration
—Preamble/Postamble Configuration
The 'Preambl e / Po s t a m ble' configuration is used to add a prefix or suffix set of c h a racters to the bar code va l u e. Up to 7 characters may be added for each option separa t e l y. P r e a m ble and postamble characters can function concurrently, but need to be configured separa t e l y.
To add preamble or postamble chara c t e r s, fo l l ow the steps below :
(1) Scan the 'Begin' bar code on this page
(2) Scan the 'Preamble' or 'Po s t a m ble' option
(3) Use Appendix C on page 36 to locate the characters you want to add as p r e a m ble or postamble chara c t e r s. Find the two character 'Code' associated with the character you want to add. Scan the two characters on page 35.
M a ke sure that you scan the two bar codes associated with each letter befo r e preceding to the next chara c t e r. This step can be repeated up to six more times - seven total. For ex a m p l e, to add the letter "A," scan the "4," and then the "1" on page 35. The letter "A" will always appear in your data as a prefix or suffix to the bar code va l u e.
(4) Scan the 'Set' option on page 35.
(5) Scan the 'End' bar code on this page.
Begin
Preamble
Note: Please use Appendix C regarding the prefix string. You may add up to 7 characters as a Preamble.
Postamble
Note: Please refer to Appendix C regarding the suffix string. You may add up to
7 characters as a Postamble.
End
8
CCD Setup & Configuration
—CCD Hardware Configuration:
The 'CCD Hardware' configuration supports the general control options for the
CCD reader. These options include the buzzer volume, buzzer duration, and intercharacter delay. The intercharacter delay should be changed only if the transfer rate cannot be maintained between the CCD reader and the keyboard buffer of the computer.
Note: The default for the intercharacter delay is set to 'Medium' and is the most common configuration; however, your PC may be different. When you scan a bar code, if some characters are missing, use the 'Fast' option to speed up the transfer rate. If some stray or scrambled characters appear at your cursor, use the 'Slow' option to slow down the transfer rate .
Begin
Buzzer Volume
End
9
* Highest
High
Medium
Low
Lowest cont. on next page
*Default
CCD Setup & Configuration
—CCD Hardware Configuration (cont.):
Begin
Buzzer Duration
Intercharacter Delay
0.3 Seconds
* 0.1 Seconds
1 Second
* Medium
Fastest
Fast
Slowest
Slow
End
10
*Default
CCD Setup & Configuration
—Keyboard Type Configuration
The 'Keyboard Type' configuration is used to program the reader for the type of computer it is attached to. This configuration is only used when the 'Interface
Options' configuration is set to 'Keyboard'.
Begin
Keyboard Type
*PC AT, PS/2 50 60 70 80
PC XT
PS/2 25 30
Macintosh
End
*Default
11
CCD Setup & Configuration
—Keyboard Setting Configuration
The 'Keyboard Setting' configuration provides specific options on how to pass your data to the keyboard buffer. 'Lower Case' is the default and toggles upper to lower case letters. For example, "A" is modified to "a". 'Upper Case' toggles lower to upper case letters. Either 'Lower Case' or 'Upper Case' can be enabled, but not both simultaneously. When 'Alphanumeric' is enabled all characters are passed unmodified. When 'Number Lock' is enabled, numbers that are in your bar coded values will be passed to the keyboard buffer if the
"Num Lock" key is enabled on your keyboard. If the "Num Lock" key is disabled, numbers that are in your bar coded values will not be passed to the keyboard buffer of your computer.
Begin
Upper/Lower Case
Alphanumeric
Alphanumeric/Number Lock
*Lower Case
Upper Case
*Alphanumeric
Number Lock
End
*Default
12
CCD Setup & Configuration
—CCD Scanning Control Configuration
The 'CCD Scanning Control' configuration allows the user to customize how the t rigger is to opera t e, the length of time in which the LEDs (i.e. the CCD photodetectors) are on, and activates auto scanning. The Wasp CCD has seve n
(7) options to control this configura t i o n . Only one option can be enabled at a time.
Note: When the LEDs are visible, the CCD scanner can read the bar code symbologies that are enabled. See 'Enable Bar Code Symbologies' for further information.
Begin
Trigger Pressed
When this option is selected, the LEDs become visible when the trigger is pressed, and the
LEDs will immediately go off when the trigger is released.
Trigger pressed
* Trigger with 3 Sec. Delay
This is the default option for the Wasp CCD scanner. When this option is selected, the
LEDs become visible when the trigger is pressed, and will remain on for three (3) seconds or until a bar code is scanned.
* Trigger with Delay
Tip: The delay option is a useful feature if you are scanning multiple bar codes back-to-back. 'Trigger with 3 Sec.Delay' is the default because it is the optimal configuration when you are setting up the Wasp CCD reader. Three bar codes are generally scanned for each step: 'Begin', an option, and 'End'. When this option is enabled, the trigger is typically only pressed one time to scan all three steps.
End
13
cont. on next page
*Default
CCD Setup & Configuration
—CCD Scanning Control Configuration (cont.)
Begin
On/Off Trigger with 3 Second Delay
When this option is selected, the LEDs become visible when the trigger is pressed, and will remain on for 3 seconds. The LEDs will turn off automatically after 3 seconds whether a bar code is successfully scanned or not or if the trigger is pressed again.
On/Off Trigger—
3 Second Delay
On/Off Trigger with 30 Second Delay
When this option is selected, the LEDs become visible when the trigger is pressed, and will remain on for 30 seconds. The LEDs will turn off automatically after 30 seconds whether a bar code is successfully scanned or not or if the trigger is pressed again.
On/Off Trigger—
30 Second Delay
On/Off Trigger with 120 Second Delay
When this option is selected, the LEDs become visible when the trigger is pressed, and will remain on for 120 seconds. The LEDs will turn off automatically after 120 seconds whether a bar code is successfully scanned or not or if the trigger is pressed again.
On/Off Trigger—
120 Second Delay
End
14
cont. on next page
*Default
CCD Setup & Configuration
—CCD Scanning Control Configuration (cont.)
Begin
Auto Scan
When this option is enabled, the LEDs are always visible and the CCD reader will operate continuously without the need of using the trigger. In this mode, the CCD reader will not read identical bar code values back-to-back (i.e.
one right after another).
Auto Scan
Continuous Scan
When this option is enabled, the LEDs are always visible and the CCD reader will operate continuously without the need of using the trigger. This mode is very similar to the 'Auto
Scan' mode with the exception that the CCD reader will read identical bar code values backto-back.
Continuous Scan
End
*Default
15
CCD Setup & Configuration
—Enable Bar Code Symbologies Configuration
The 'Enable Bar Code Symbologies' configuration is used to enable or disable the various codes that the reader is able to decode. Multiple bar code symbologies can be enabled simultaneously.
Begin
Code 39
Interleaved 2 of 5
Codabar
UPC-A
EAN/JAN-13
EAN-8
UPC-E
EAN/UPC Add-on 2/5
Code 128
MSI/Plessey
Code 93
ON
*
*
*
*
*
*
OFF
*
*
*
*
End
*Default
16
CCD Setup & Configuration
—Code Identification Configuration
The 'Code Identification' configuration provides the option to precede each bar code symbology read with a character that identifies the type of symbology read. Only one code identifier is allowed for each specific type of bar code.
These can be found in Appendix C on page 36. For example, to set the code identifier for Code 39 to be "A":
(1) Scan the 'Begin' bar code on this page
(2) Scan the 'Code 39' option
(3) Turn to page 35 and scan the two bar codes associated with letter "A"
(4) Scan the 'Set' option in Appendix C.
(5) Scan the 'End' bar code on this page.
In this example, each and every time a Code 39 bar code symbology is scanned, the letter "A" will precede the bar code value.
Begin
Code 39
Interleaved 2 of 5
Codabar
EAN-13/UPC-A
EAN-8
UPC-E
MSI/Plessey
Code 128
End
*Default
17
CCD Setup & Configuration
—Code 39 Configuration
Code 39 is va ri a ble length and is the most frequently used symbology in industri a l bar code systems today and is ex t e n s i vely used within the Department of Defe n s e
( D O D ) . The principal feature is to encode messages using the full alphanu m e ri c c h a racter set. The Code 39 bar code uses four special characters "$", "/", "+". " % " which can be paired with alphanu m e ric characters to extend to the full ASCII c h a racter set. Standard Code 39 contains only 43 characters (0-9, A-Z, $, /, %, +,
-, ., SPACE) and can be extended to a 128 character symbology (full ASCII) by combining one of the special characters ($, /, %, +) with a letter (A-Z) to fo rm the c h a racters that are not present in the standard Code 39 symbology.
Begin
On/Off
Type
Transmit Start/Stop
Character
Verify Checksum
Transmit Check
Character
No
Yes
No
Yes
Off
On
Standard Type
Full ASCII
No
Yes
*
*
*
*
*
End
*Default
18
CCD Setup & Configuration
—Code 128 Configuration
Code 128 is the most easily read bar code with the highest message integrity due to seve ral separate message check routines. Of all the common linear s y m b o l o g i e s, Code 128 is the most flex i bl e. It supports both alpha and nu m e ri c c h a ra c t e r s, has the highest number of characters per inch, and is va ri a ble length.
Code 128 is usually the best choice when implementing a new symbology. U n i t e d
Parcel Service (UPS) ex t e n s i vely uses this symbology.
Begin
On/Off
Off
On
*
End
*Default
19
CCD Setup & Configuration
—MSI Plessey Configuration
MSI Plessey is a va ri a ble length nu m e ric symbology pri m a rily used in mark i n g retail shelve s. Each character consists of four bars with intervening spaces fo r each encoded digit, one or two symbol check digits, and a reverse start code.
Begin
On/Off
Off
On
*
End
*Default
20
CCD Setup & Configuration
—Interleaved 2 of 5 Configuration
I n t e rl e aved 2 of 5 is a va ri a ble length, nu m e ric bar code with an even number of d i g i t s. It is typically used in industrial and master carton labeling and also in the a u t o m o t i ve industry. The symbology uses bars to represent the first character and the interl e aved (white) spaces to represent the second chara c t e r.
The 'Interl e aved 2 of 5' configuration provides the option to define up to three (3) f i xed bar code lengths (i.e. number of chara c t e r s ) . For ex a m p l e, to define the length of the bar code symbology, you must refer to Appendix B on page 34 and fo l l ow the steps below :
( 1 ) Scan the 'Begin' bar code on this page
(2) Scan the 'Define Length' option
(3) Use the lookup table (Appendix B) to find the value (0 - 255) and to define the bar code length. I f, for ex a m p l e, the length is to be "10", the lookup value is "0A". S c a n
"0" first and then scan "A". This step can be repeated one to three times.
(4) Scan the 'Set' option in Appendix B.
(5) Scan 'End'.
Begin
On/Off
Transmit Check Digit
Verify Check Digit
Off
On
No
Yes
No
Yes
Define Length
End
21
*Default
*
*
*
CCD Setup & Configuration
—Codabar Configuration
Codabar is a va ri a ble length symbology capable of encoding up to 16 chara c t e r s.
Codabar can encode six special alphanu m e ric chara c t e r s, capital letters A through D, T, N, *, E, and all nu m e ric digits. Codabar is one of the oldest bar code symbologies and is still used in some libra ry applications. Codabar symbology is not recommended for any new applications.
Begin
On/Off
Off
On
Transmit Start/End
No
Yes
ABCD/ABCD
Start/End Transmit Type
ABCD/TN*E abcd/abcd abcd/tn*e
End
22
*Default
*
*
*
CCD Setup & Configuration
—UPC-A Configuration
UPC-A (Universal Product Code-A) is a fixed length symbology and is the most common bar code used for retail product labeling. It is seen in most gr o c e ry stores across the United States. The symbology encodes a 12-digit, nu m e ri c - o n l y nu m b e r. The first six digits are assigned by the Unifo rm Code Council (UCC) in
D ayton, Ohio. The next five digits are assigned by the manu fa c t u r e r, and the final digit is a modulo 10 check digit. The nominal height for the UPC-A bar code is one inch. The reduced size is 80% of the nominal size.
Begin
On/Off
Truncate Leading Digit
No
Yes
Truncate Leading 0
No
Yes
Transmit Check Digit
No
Yes
Off
On
*
*
*
*
End
*Default
23
CCD Setup & Configuration
—UPC-E Configuration
UPC-E (Universal Product Code-E) is also a fixed length symbology and is a compressed six digit code used for marking small packages including magazines and paperback books. UPC-E symbols are UPC-A symbols that have been ze r o suppressed (i.e. c o n s e c u t i ve zeros are not included in the symbol). The pri n t e d value of the UPC-E code is a twe l ve digit code. The nominal height for the UPC-E bar code is one inch. The reduced size is 80% of the nominal size.
Begin
On/Off
Off
On
*
*
Truncate Leading Digit
No
Yes
Transmit Check Digit
No
Yes
*
End
24
*Default
CCD Setup & Configuration
—EAN/JAN-13 Configuration
E A N / JAN-13 (European Article Number/Japanese Article Number) is a fixe d length symbology and is similar to the UPC-A symbology, but encodes a 13th d i g i t . The nominal height for the EAN/JAN-13 bar code is one inch. The reduced s i ze is 80% of the nominal size.
Begin
On/Off
Truncate Leading Digit
No
Yes
Truncate Leading 0
No
Yes
Transmit Check Digit
No
Yes
Off
On
*
*
*
*
End
*Default
25
CCD Setup & Configuration
—EAN/JAN-8 Configuration
The EAN/JAN-8 is a fixed length symbology and is similar to the UPC-E code, bu t includes two more digits for the country code. The nominal height for the
E A N / JAN-8 bar code is one inch. The reduced size is 80% of the nominal size.
Begin
On/Off
Off
On
*
Truncate Leading Digit
No
Yes
*
Transmit Check Digit
No
Yes
End
26
*Default
*
CCD Setup & Configuration
—Language Configuration
The 'Language' configuration is used to setup the appropriate keyboard tra n s l a t i o n for a particular country. Only one language can be selected at a time.
Begin
Swiss
UK
US
French
German
Spanish
*
End
27
*Default
CCD Setup & Configuration
—Interface Options:
The Wasp CCD 'Interface Options' configuration supports a keyboard wedge and RS232 (serial) interface. Only one interface option can be enabled at a time. Note: The RS232 interface is a special option. Please see the 'Product
Support' section to contact us for this option.
Begin
*Keyboard
RS-232
End
28
*Default
CCD Setup & Configuration
—Serial (COM) Port Setting Configuration
Note: The RS232 interface is a special option. Please see the 'Product
Support' section to contact us for this option.
The WASP CCD supports an RS232 serial configuration for baud rate, data bits, parity, and hand shaking. The 'Serial (COM) Port Setting' configuration must correspond to your manufacturer's requirement for serial communication.
Please consult your manufacturer's documentation for your serial (COM) card.
Begin
Baud Rate
End
Reserved
29
*9600
19200 cont. on next page
*Default
150
300
600
1200
2400
4800
CCD Setup & Configuration
—Serial (COM) Port Setting Configuration (cont.)
Begin
Data Bits
7 Bits
* 8 Bits
Parity
Flow Control
* None
Even
Odd
* None
Xon/Xoff
Hardware (RTS/CTS)
End
30
*Default
CCD Setup & Configuration
—Bar Code Test Symbols—Appendix A
Note: Make sure that the appropriate bar code symbology is configured properly and enabled before trying to scan. Use the 'Enable Bar Code
Symbologies' configuration on page 16 to enable specific symbologies.
Code 39
(Default: Enabled)
Interleaved 2 of 5
(Default: Disabled)
Codabar
(Default: Enabled)
Code 128
(Default: Enabled)
MSI/Plessey
(Default: Disabled)
31
CCD Setup & Configuration
—Bar Code Test Symbols—Appendix A (cont.)
UPC-A
(Default: Enabled)
UPC-A
5 digit supplement
(Default: Disabled)
UPC-A
2 digit supplement
(Default: Disabled)
UPC-E
(Default: Enabled)
UPC-E
5 digit supplement
(Default: Disabled)
UPC-E
2 digit supplement
(Default: Disabled)
32
CCD Setup & Configuration
—Bar Code Test Symbols—Appendix A (cont.)
EAN/JAN 13
(Default: Enabled)
EAN/JAN 13
5 digit supplement
(Default: Disabled)
EAN/JAN 13
2 digit supplement
(Default: Disabled)
EAN/JAN 8
(Default: Enabled)
EAN/JAN 8
5 digit supplement
(Default: Disabled)
EAN/JAN 8
2 digit supplement
(Default: Disabled)
33
CCD Setup & Configuration
—Lookup Table for Bar Code Lengths—Appendix B
Use this Lookup Table to specify the lengths (i.e. the number of bar code characters) when scanning. Note: Please refer to the configuration topic of your specific bar code symbology to see if this option is relevant and how many values can be entered. Use the lookup values on page 35 to enter the values between 0 and 255.The 'Set' bar code option must be scanned after the final value has been read in order to successfully set the bar code length.
34
cont. on next page
CCD Setup & Configuration
—Lookup Table —Appendix B (cont.)
4
5
2
3
6
7
0
1
D
E
F
A
B
8
9
C
SET
35
CCD Setup & Configuration
—Preamble/Postamble Addition Table—Appendix C
Use this table to add preamble and postamble characters to your bar code value. Make sure that you scan the two bar codes associated with each ASCII character on page 35 before preceding to the next character. Up to seven ASCII characters can be added. Scan the 'Set' option when you are finished.
For example, to add a Right Brace and a Tab as a postamble:
• Scan 'Begin' and 'Preamble' on page 8
• Scan '7' and 'D' on page 35 for the right brace
• Scan '8' and '9' on page 35 for the Tab
• Scan 'Set' on page 35 to terminate the addition of preamble characters
• Scan 'End' on page 8 to complete the preamble addition
Code ASCII
Preamble/Postamble Addition Table
Code ASCII Code ASCII Code ASCII
00 NULL
01 SOH
02 STX
03 ETX
04 EOT
05 ENQ
06 ACK
07 BEL
08 BS
09 HT
0A LF
0B VT
0C FF
0D CR
0E SO
0F SI
10 DLE
11 DC1
12 DC2
13 DC3
14 DC4
15 NAK
16 SYN
17 ETB
18 CAN
19 EM
1A SUB
1B ESC
1C FS
1D GS
1E RS
24
25
26
27
1F US
20 Space
21
22
23
!
#
"
28
29
$
%
'
&
(
)
39
3A
3B
3C
34
35
36
37
38
3D
3E
2F
30
31
32
33
2A
2B
2C
2D
2E
;
<
:
9
=
>
6
7
4
5
8
1
2
0
/
3
-
,
.
*
+
4E
4F
50
51
49
4A
4B
4C
4D
52
53
44
45
46
47
48
3F
40
41
42
43
P
Q
N
O
R
S
K
L
J
I
M
F
G
D
E
H
?
@
A
B
C cont. on next page
36
CCD Setup & Configuration
—Preamble/Postamble Addition—Appendix C (cont.)
Preamble/Postamble Addition Table (cont.)
Code ASCII Code ASCII Code ASCII Code ASCII
5F
60
61
62
63
5A
5B
5C
5D
5E
64
65
66
57
58
59
54
55
56 a b
`
_ c
]
\
[
Z
^ f d e
W
X
Y
T
U
V
77
78
79
72
73
74
75
76
6D
6E
6F
70
71
67
68
69
6A
6B
6C u t s r v o p m n q w x y k j l g i h
7D
7E
7F
7A
7B
7C
~
}
|
{ z
80
81 Home
82 End
83 Page Up
84 Page Down
85 Insert
86 Delete
87 Num Lock
88 Break
89 Tab
8A Enter
8B Left Arrow
8C Right Arrow
90
91
93
8D Enter (kpd)
8E Up Arrow
8F Down Arrow
F1
F2
F4
94
95
96
97
98
99 F10
9A F11
9B ESC
9C F12
9D Shift
9E
9F
F5
F6
F7
F8
F9
Ctrl
Alt
37
Product Support
If you experience any problems with Wasp CCD that you are unable to resolve, call for technical assistance at (214) 547-4100, Monday through Friday,
8:00 AM - 5:00 PM U.S. Central Standard Time. Also, please consult our FAQ
(Frequently Asked Questions) section on our web site at
www.waspbarcode.com
You may also contact us in writing at:
Wasp Technologies
1400 10th Street
Plano, TX 75074
(214) 547-4100
(214) 547-4101 Fax
Warranty Information
Wasp Technologies products are warranted against defects in workmanship and materials for a period of one year from the date of shipment, provided that the product remains unmodified and is operated under normal and proper conditions.
This warranty is limited to repair or replacement at Wasp Technologies option, with reasonable promptness after being notified. These provisions do not extend the original warranty term for any product which has been repaired or replaced by Wasp Technologies.
This warranty applies to the original owner and does not extend to any product which has been subject to misuse, neglect, accidental damage, unauthorized repair, or tampering.
No other express warranty is given.The replacement or repair of a product is your exclusive remedy. Any other implied warranty of merchantability or fitness is limited to the duration of this written warranty. Some states, provinces, and countries do not allow limitations on the duration of an implied warranty, so the above limitation may not apply to you.
In no event shall Wasp Technologies be liable for consequential damages. S o m e s t a t e s, prov i n c e s, and countries do not allow the exclusion or limitation of incidental or consequential damages, so the above limitations may not apply to yo u .
38
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