Worth Data Scanner P11 12 User Manual

Worth Data

WDP Keyboard

Wedge Reader

Users Manual

For Model P11/12

For Models purchased prior to 8/00

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Introduction

Worth Data' WDP Readers are versatile bar code readers that attach to the IBM

PC, XT and AT; all IBM PS/2 Models; any PC keyboard-compatible or bus-

compatible unit; and all Macintosh ADB models. The WDP provides bar code

input data to any host computer program exactly as if the data had been typed at

the keyboard, including function and control key support. WDP Reader features

include:

• Bar codes

The WDP Reader automatically reads and discriminates between Code 39,

Full ASCII Code 39, Interleaved 2 of 5, Codabar, Code 128, EAN-13, EAN-

8, UPC-E, UPC-A (with or without supplements), MSI, LabelCode4,

LabelCode5, Code 93, and Plessey.

• PC or Macintosh Interface

The WDP Reader is presently the only reader capable of internal or external

installation on PCs (External-only on Microchannel PS/2's and the

Macintosh.) For external mounting, its lightweight, unobtrusive case can be

attached to the side of the computer, monitor or desk with Velcro. For internal

mounting, the board is easily removed from the case and inserted into a PC's

ISA slot. If your MAC or PC has only a USB port for keyboard attachment,

the USB Wedge Saver bridges the WDP to a USB port.

• Scanner options

The WDP Reader comes with a high quality USA-made stainless steel wand

scanner. Additional scanner options include moving-beam laser scanners,

CCD scanners, MagStripe scanners for reading credit card magnetic strips,

and bar code slot scanners for badges and other thin, flat surfaces.

• Integrated Laser & Integrated CCD Wedge Reader

The Integrated Laser Readers and the Integrated CCD Readers are complete

WDP Readers with the decoder built into the scanner handle. Just plug the

unit in between your computer and keyboard and you're ready to go. They

work with any PC keyboard-compatible computer, all Macintosh ADB

models and USB computers (using the Wedge Saver).

• Configuration is easy

The WDP Reader is easily configured for your system by scanning a bar coded

Setup Menu. There are no dip switches to set. On the separate decoder

models, opening of the reader's case is required only for internal bus

installation, Track 1&2 Magstripe, and for setting the decode light on a laser

or CCD Scanner. The PC/PS2 Y cable can be switched from 5 pin to 6 pin

and vice versa.

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Chapter 1

Installation

Components of WDP Reader

In the event the shipping box shows damage on arrival, please note the damage on

the carrier's receipt log. Open the box and inspect the contents for damage. If

there is visible damage, or if the unit fails to work, contact us with the details of the

trouble; we will be happy to send you a replacement.

The contents of your WDP Reader shipment should include the following:

1. A WDP Reader in a lightweight box, or an Integrated Laser Reader or an

Integrated CCD Wedge Reader.

2. Velcro strips which can be used to conveniently attach the reader to the

side of your computer, monitor or desk.

3. A "Y" cable for attaching the WDP Reader between your computer and

keyboard to a 5 pin din or 6 pin minidin keyboard connector; or if you

have a USB only computer, a straight cable with the USB Wedge Saver

for attachment to the USB port of your computer.

4. A rugged stainless-steel bar code wand (unless you have an Integrated

Laser or Integrated CCD Wedge Reader, or ordered a different input

device such as a laser scanner or slot scanner).

5. A plastic wand or laser-scanner holder.

6. A laminated Reader Setup Menu sheet (or slot-scanner card deck).

You probably didn't receive a power supply with your WDP - even though

your external WDP decoder box has a Power jack. Power supplies are rarely

needed. Using a power suppply other than a Worthington Data Power Supply,

(i.e. our part number F10 for 110v), will probably burn out the WDP circuit

board. Damage caused by non-Worthington power supply which is not

covered by warranty. DON'T PLUG OTHER POWER SUPPLIES INTO

THE WDP -- even if the connector does fit, you will fry the WDP board.

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Installation

The several methods of WDP attachment are:

• External Wedge

The Reader is placed near the computer, and is connected between the

computer and keyboard. Velcro is included for convenient attachment to

your computer, monitor, desk, etc. Bar code data is received via the

computer's keyboard port.

• Internal Installation on PC (P11/12)

The WDP Reader Models P11/12/P01 have a printed circuit board

which can be removed from the case and mounted in any unused PC's

ISA slot.

Internal Wedge mounting uses the slot for physical mounting only -- it

doesn't communicate with the bus. Cables connect the board level reader

between the computer and keyboard; bar code data is received by the

keyboard port. DOS users can also install the WDP P11/12 so that it

communicates with the bus instead of the keyboard interface. If you

prefer Internal Installation, see Appendix B for details.

The Lasers and CCD are available in the decoder built into the scanner

housing, thereby eliminating the separate decoder. These models of the

WDP are:

• Integrated Laser WDP Readers

These readers have to be attached externally. The LZ100-WDP and

LZ200-WDP Readers are laser scanners with the decoder built into the

scanner housing. They are connected between the computer and

keyboard using a Y cable or the USB Wedge Saver. Decoded bar code data

is transmitted as though it has been keyed. These readers do not require

a separate decoder box; however there is no power supply option for low

powered PCs, and there is no second scanner attachment possible.

99.99% of PCs have sufficient power.

• Integrated CCD Wedge Reader

This reader has to be attached externally. The Integrated CCD Reader has

the decoder built into the scanner case. Connected between your

computer and keyboard, or to the USB Wedge Saver, it transmits decoded

bar code data to the computer's keyboard port. These readers do not

require a separate decoder box; however there is no power supply option

for low powered PCs, and there is no second scanner attachment possible.

99.99% of PCs have sufficient power.

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External Wedge Installation on PC or Mac

1. Unplug the keyboard cable from where it plugs into the back of the

computer, and note its location. (Note: the PC's F30/1 Y cable is

convertible from a 5 pin cable to a 6 pin minidin by simply switching

the adapter from one side of the Y cable to another, so match your

keyboard requirement. Be sure not to plug into the mouse port by

mistake.

2. Plug the keyboard cable into the "Y" cable's round female DIN

connector.

3. With the power OFF on the computer, Plug the "Y" cable's male

DIN connector into the back of the PC where the keyboard

previously plugged into. For the Mac, plug into any ADB port; but,

preferably on the host.

4. Plug the modular telephone style jack at the Y end of the "Y" cable

into the WDP Reader's "Y" cable port. If you have an Integrated

Laser or Integrated CCD, the RJ45 telephone connector end of the

"Y" cable will plug into the Integrated Laser or Integrated CCD's

small black "coupling connector" instead.

5. If you have a decoder box, plug the wand, laser scanner, CCD touch

scanner or bar code slot scanner into the WDP Reader's Wand port.

(If you have a MagStripe slot scanner, see page 21 for its installation

instructions.)

6 Your computer, keyboard and reader

should now be cabled as shown here:

Notice how the WDP

Reader and wand

holder are shown

mounted on the side

of the monitor for

convenient

access

without clutter.

Laser and CCD scanners can also be mounted on the side of your

monitor, computer or other surface using the laser scanner holder. Slot

scanners can be permanently mounted to a desk, wall or other surface by

using the threaded holes on the bottom. If have a Laser or CCD Scanner

attached to a decoder box, you may want to change the decode light

jumper. See page 37.

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USB Installation on a PC or Mac

If you are attaching a WDP to a computer which doesn't have a traditional

keyboard port, (5 or 6 pin din on PC or ADB on Mac), and only has a USB port

for attaching a keyboard, you must use the Wedge Saver to bridge the WDP to the

USB port.

When you plug the Wedge Saver into the USB port, Windows-98 or the Mac will

sense the new device and proceed to install the necessary software. You don't need

any additional drivers other than what is already on Windows or Mac OS. After the

software installation completes, follow these instructions:

1. Plug the Wedge Saver into a USB port on the host computer, keyboard,

or a USB hub.

2. You can then plug the C20 cable, (a cable with an RJ45 telephone connector

on one side and a 6 pin minidin connector on the other), between the WDP

and the Wedge Saver.

• If you have a WDP with an external decoder box, plug the RJ45 end into

the WDP's "Y" Cable Port.

• If you have an Integrated CCD (WDP-P16) or Integrated Laser Reader

(LZ100-WDP or LZ200-WDP), plug the RJ45 end of the "Y" cable into

the black RJ45 Connector Block on the end of the Integrated Reader's

cable.

3. If you have an Integrated CCD or Integrated Laser Reader, you can begin

scanning immediately.

• If you have a WDP with an external decoder box, you may now plug your

scanner into the Wand Port of the WDP. If you also have a MagStripe

Scanner, plug it into the MagStripe Port, (if you have a dual track or triple

track scanner, you will need to change a jumper -- see page 21). If you are

using a "Y" Cable, you can plug you legacy keyboard into the other end of

the Y Cable, but to get the lights properly working on the legacy keyboard,

plug in the keyboard first and then plug in the USB Wedge Saver.

C21 Cable

WDP

Wedge Saver

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Chapter 2

WDP Reader Setup

Configuring the WDP Reader for your computer

and application...

Turn on your computer: You should hear three beeps -- an

WDP Reader Setup Menu

indication the WDP Reader is functioning correctly.

Find the laminated Reader Setup Menu sheet and look it

over. (For bar code slot scanners, the Reader Setup Menu

is a deck of bar coded cards.) This simple menu lets you

easily configure the WDP Reader to work with almost any

computer system, and tailor its bar code reading and data

format characteristics precisely to your needs. To scan

Reader Setup Menu bar codes and configure your reader,

you must know the right way to scan bar codes. If you are new to scanning, be sure

to read Appendix K - Scanning Instruction.

These are the WDP Reader's default settings. The WDP Reader is shipped

configured to these settings, and can be reset to them at any time by reading the

Start Setup and Reset bar codes on the Reader Setup Menu. If you need to change

any settings, or want to learn more about the WDP Reader options, the next pages

explain, step by step, how to set them and what they do.

Parameter

Code 39

Default Setting

Code 39 enabled

Check Digit disabled

Start/Stop characters not transmitted

Accumulate Mode enabled

Caps Lock OFF

Parameter

MSI/Plessey

Default Setting

MSI/Plessey disabled

Check Digits not transmitted

Label Code 4/5 disabled

2 of 5

I 2of 5 disabled

6 digit code length

Check digit disabled

UPC/EAN enabled

Code 128

Code 93

Code 128 disabled

UCC-128/EAN disabled

UPC/EAN

Code 93 disabled

UPC Supplements disabled

UPC-E compressed, NSC of 0

Transmit UPC-A in UPC-A format

ISBN conversion disabled

Full ASCII estension disabled

UPC-A NSC and EAN-13 first two characters and check digits transmitted

UPC-E NSC and EAN-8 first two characters and check digits not transmitted

General

Configuration

Settings

AT with USA keyboard

Data Transmission timing NONE

NO preamble or postamble set

CR as Terminator Character

Medium pitch beep tone

No MagStripe slot scanner attached

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Using the WDP Reader Setup Menu

If you have never scanned before, refer to Appendix K for Scanning

Instructions. To configure your reader using the Reader Setup Menu, you

must first scan the Start Setup code at the top left corner. Do this now.

You'll hear two beeps. During Setup, nothing will be transmitted to your

omputer; the Reader Setup Menu codes are strictly for configuring the reader.

If you did not hear two beeps, try scanning the code again, until you hear the

two beeps.

Next, choose the topic you want to change an option for, and scan its

code. Let's use Beep Tone, at the lower left corner of the menu, as an

2_{example. Scan the Beep Tone code now. You'll hear two beeps.}

Then, choose the option you want to change, from the list next to the

topic bar code you just scanned. For Beep Tone, the options range from

3_{0 for the lowest pitch to 4 for the highest pitch. Using the "Barpad}

Table" on the right side of the Reader Setup Menu, scan the number or letter

associated with the option you have selected. Let's change the beep pitch to

Highest. Now scan the 4 on the "Barpad Table". You will again hear two

beeps.

Now scan End Setup (at the top-right corner of the Reader Setup Menu

to complete the setup exercise. You'll hear three beeps. If you followed

the instructions correctly and successfully changed beep tone to

"highest", the three beeps will be higher in pitch than the other beeps had

been. If they aren't higher in pitch, repeat the steps on this page until you are

successful at changing the beep tone.

Now that your beep tone is at the "highest" pitch, you may want to change it

back to "medium" or a different setting. Repeat the steps above, selecting the

option you prefer to "highest" in step 3.

When you've successfully changed the beep pitch, and are ready to configure

the reader for your specific application, scan Start Setup again. Continue

scanning topics and options until you've made all the changes you desire, and

then scan End Setup to complete setup.

The next chapter will take you step by step through configuring each WDP

Reader option. Default settings are shown in bold in this manual and marked

with an * on the Reader Setup Menu.

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WDP Setup Parameters

Beep Tone

Lowest

Low

Medium

High

Highest

Turn Beeper OFF

The WDP Reader gives you a choice of five different beep pitches. (Beep volume

is also adjustable -- see page 32 for the details.)

Code 39

Enable Code 39

Disable Code 39

Enable Full ASCII Code 39

Disable Full ASCII Code 39

Enable Code 39 Accumulate Mode

Disable Code 39 Accumulate Mode

Enable Start/stop character transmission

Disable Start/Stop character transmission

Enable Mod 43 Check Digit

Disable Mod 43 Check Digit

Enable Check Digit Transmission

Disable Check Digit Transmission

Caps Lock ON

Caps Lock OFF

For information about Code 39, Full ASCII Code 39 and Accumulate Mode, see

Appendix D.

Enabling Start/Stop character transmission means that the WDP Reader will

transmit the * Start/Stop characters to your computer along with the data. For

example, data of 1234 would be transmitted as *1234*. Most people don't need

this option, but it is useful if you want your software to be able to differentiate

between keyboard and bar code data.

Enabling the Mod 43 Check Digit requires the units position of your data to

match the calculation for the check digit explained in Appendix D. If you've

enabled the check digit, enabling Check Digit transmission causes the reader to

transmit the check digit to your computer along with the bar code data.

"Caps Lock ON" means that lower case letters read as data will be transmitted as

upper case, and upper case as lower. Numbers, punctuation and control characters

are not affected. "Caps Lock OFF" means that letters will be transmitted exactly as

read.

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UPC/EAN

Enable UPC/EAN

Disable UPC/EAN

Enable UPC/EAN Supplements

Disable UPC/EAN Supplements

Enable transmission of UPC-A NSC and EAN-13 first two digits

Disable transmission of UPC-A NSC and EAN-13 first two digits

Enable transmission of UPC-A/EAN-13 Check Digit

Disable transmission of UPC-A/EAN-13 Check Digit

Enable transmission of UPC-E NSC and EAN-8 first digit

Disable transmission of UPC-E NSC and EAN-8 first digit

Enable transmission of UPC-E/EAN-8 Check Digit

Disable transmission of UPC-E/EAN-8 Check Digit

UPC-E Compressed

UPC-E Expanded

EAN-8 observes 9 and A above

EAN-8 if forced to transmit 8 digits

UPC-A transmitted in UPC-A format

UPC-A transmitted in EAN-13 format

ISBN conversion disabled

(see below)

ISBN conversion enabled

For general information about UPC and EAN, see Appendix G.

Enabling supplements allows you to read 2 and 5-digit supplemental codes used

with magazines and books. This disallows right-to-left reading of UPC/EAN

codes, to assure that the supplement doesn't get skipped.

Enabling transmission of UPC or EAN NSC's (leading digits, 1 for UPC;2 for

EAN-13) or Check Digits means that these digits will be transmitted to your

computer along with the rest of the UPC or EAN data.

UPC-E Compressed Format transmits UPC-E codes as is; Expanded Format adds

zeros to make them the same length as UPC-A.

UPC-E can be used in either normal UPC-E format (implicit NSC of 0) or UPC-

E1 format (NSC of 1). UPC-E1 is enabled by wanding 2 of 5 Code and 8 (9

disables UPC-E1). It is very easy to read an EAN-13 bar code partially as UPC-E1,

so don't enable UPC-E1 when reading EAN-13.

If you wish the UPC-A data to be transmitted in EAN-13 format, (with an

additional leading 0 for the USA's country code), you should scan Terminator

Character and F. Scanning E, the default, sets UPC back to no country code

transmitted.

ISBN bar codes are EAN-13 bar codes where the first three digits are the

"Bookland" country code of 978 for books and 977 for periodicals, and the

following nine are the first nine digits of the ISBN. To enable transmission of ISBN

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bar codes in ISBN format (the nine ISBN digits plus a new calculated mod-11

check digit), scan Terminator Character and 11D. Scanning C, the default,

disables conversion to ISBN format.

Code 93

Enable

Disable

Enable Full ASCII

Disable Full ASCII

For more information about Code 93, See Appendix J

2 of 5 Code

Enable Interleaved 2 of 5

Disable Interleaved 2 of 5

Enable Interleaved 2 of 5 check digit

Disable Interleaved 2 of 5 check digit

Enable check digit transmission

Disable check digit transmission

Enable Standard 2 of 5

Disable Standard 2 of 5

For information about Interleaved 2 of 5, see Appendix F.

Enabling the check digit requires that the data’s units position (last character) match the

calculation for the check digit explained in Appendix F. If you have enabled the check digit

and want to transmit the check digit to the computer along with the rest of the bar code

data, choose “Enable check digit transmission”.

2 of 5 Data Length

Default Length

2 of 5 Code is so susceptible to interpreting partial scans as valid reads that the

WDP Reader uses fixed-length data as a safeguard. To choose a data length, scan

it as a two-digit number using the Barpad Table. For example, to select 8-digit data

length, you would scan a 0 and then a 8. Because Interleaved 2 of 5 is required to

be an even number of digits in length, you must use an even number. If you're

unsure of your bar code length, temporarily set length to 00, read a bar code, and

count its digits. Variable-length 2 of 5 codes are not recommended.

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Codabar

Enable Codabar

Disable Codabar

Enable CLSI Codabar

Disable CLSI Codabar

Disable Start/Stop character transmission

Enable Start/Stop character transmission

For information about Codabar, see Appendix E.

CLSI format is a form of Codabar often used by libraries

Enabling Start/Stop character transmission means that the WDP will transmit the Start

and Stop characters to your computer along with the bar code data. Enable transmission if

you are varying the Start and Stop characters according to label type in order to differentiate

between bar code data and data from the keyboard. Most people do not need to transmit

the Start/Stop characters.

Code 128

Disable Code 128

Enable Code 128

Disable UCC-128/EAN-128

Enable UCC-128/EAN-128

Enable Storage Tek Tape Label Code

Disable Storage Tek Tape Label Code

Bar Code ID’s transmitted

Bar Code ID’s not transmitted

Bar Code ID’s are characters assigned to each bar code type to identify that

particular type of code. These Bar Code ID’s can be used to identify what type of

bar code you are using when you are not sure or you want your application to

differentiate between the different types. The Bar Code ID’s are assigned as follows:

Bar Code

Codabar

UPC-A

I 2 of 5

Code 128

MSI

UPC-E(0)

EAN-8

Code 39

EAN-13

2 of 5 (standard)

Code 93

magstripe data

UPC-E1 (1)

Storage Tek

LabelCode 4

Plessey

LabelCode 5

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MSI and Plessey

Disable MSI and Plessey

Enable MSI with 1 Mod 10 check digit

Enable MSI with 2 Mod 10 check digits

Enable MSI with 1 Mod 11 and 1 Mod 10 check digit

Transmit no check digits

Transmit 1 Check digit

Transmit 2 Check digits

Enable Plessey Code

Enable LabelCode5

Enable LabelCode4

Plessey has two check digits which are not transmitted. MSI, Plessey, LabelCode4,

and LabelCode5 are mutually exclusive. For information about MSI codes, see

Appendix H.

If you've enabled the Mod 10 or Mod 11 check digit(s), enabling transmission of

one or two check digits causes the WDP Reader to transmit it/them to your

computer along with the bar code data.

Enabling check digit transmission (if check digit(s) are enabled) causes the WDP

to transmit it/them to your computer along with bar code data.

Computer Interface

AT and IBM Compatibles

PS/2 Models

AT "learned timing"

PS/2 "learned timing"

Macintosh SE,II and Portable

Same as 1 But for Non-Dedicated Servers & Certain Clones

The WDP automatically senses if you have an AT. It cannot sense a PS/2 or a

Macintosh; if you have either, you will have to change the setting. Scan the number

on the Barpad Table corresponding to the type of system you're using. If you are

connecting to the USB Wedge Saver, you must use the AT Setting 1 even if you are

attaching to a Mac's USB port. Learned timing does not apply to a USB

connection of any kind.

If you have any doubt as to which category to use, and you get "garbage" reads, try

switching types. Test the keyboard first -- if it gets messed up by the wrong

keycodes, you'll need to reboot your PC before continuing.

The AT and PS/2 "learned timing" can learn your keyboard timing and save it.

Scan Start Setup, Computer Interface, 3 for AT or 4 for PS/2 and then press a

key on the computer keyboard (the WDP beeps once). Now scan End Setup and

the timing is captured by the WDP. Learning does not apply to USB attachment.

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Preamble

A "Preamble" is a user-specified data string transmitted at the beginning of each bar

code. For example, if you specify the preamble @@ and read data of 123456,

"@@123456" would be transmitted to your computer.

The default is no preamble. To select a preamble, scan up to 15 characters from

the "FULL ASCII MENU" on the back of the Reader Setup Menu, and then scan

SET when you're done. To return to the no preamble setting, scan CLEAR here

instead of scanning SET or any characters from the FULL ASCII MENU.

You can trim 1-15 leading characters from bar code codes by scanning a ~ (tilde --

ASCII 126) followed by a single digit, 1 through F (A through F are for 10 to 15),

as part of the Preamble. (Bar codes which are shorter than the amount-to-trim are

transmitted with no trimming.) Consider the examples in the following table to

understand how trimming works:

Bar Code Data

Preamble

Data Transmitted

123

XYZ

~3XYZ

XYZ123

XYZ45678

12345678

~A12345

12345678

12345

123456

You can also trim selectively by bar code type. For example, you can trim 2

characters from Code 39 and a different amount from other bar code outputs. This

is done by using the bar code ID character in conjunction with the tilde. A

preamble of ~b2~c1 says trim 2 characters from the front of Code 39 output and

trim 1 character from the front of UPC-A. Refer to the Code 128 parameter's

previous discussion for a list of the ID character associated with each bar code type.

For advanced PC users: Emulating special keys in the preamble:

Programmers and other advanced PC users can also embed keyboard hex scan codes

in the preamble, for emulation of key presses specific to their computers, such as the

left shift key or F12 key. This is done by specifying the make and break hex scan

codes for one or more keys enclosed in "left" and "right" apostrophes (` and ').

Make and break codes are hardware-specific -- see the keyboard section of your

computer's manual or tech references for descriptions of its make and break codes.

Break codes follow one of two conventions depending on which "keycode set" a

keyboard uses. Keycode set 1 (usually on XT-style systems) uses a two-digit break

code formed by adding hex 80 to the make code. Keycode set 2 (usually on AT-

style systems) uses two digit break codes: the first is F0 and the second is identical

to the make code.

For example, let's say you want to emulate the left shift key. First, using the FULL

ASCII MENU, you'd scan a left apostrophe, to identify subsequent characters as

keyboard scan codes. Next, the two-digit hex make code -- let's say it's 12. First

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you'd scan a 1 and then a 2. Next, the break code. Let's say your computer uses

keycode 2 break codes of F0 followed by the make code. Finally, a right apostrophe

to mark the end of the scan codes. ` 1 2 F 0 1 2 ' (scanned from the Full ASCII

Menu) The preamble is limited to 15 characters. As the single scan code example

above uses eight characters, you can see that you can't put very many keyboard

scan codes in the preamble.

A final use of the Preamble/Postamble is to enter a minimum/maximum length

check for bar code data read. Use the Preamble or Postamble by entering |nnmm

where "|" is ASCII 124, "nn" is the two digit minimum to be read and "mm" is

the two digit maximum to be read.

Postamble

"Postamble" refers to a user-specified data string transmitted at the end of each bar

code. For instance, if you specify the postamble @@ and read data of 123456,

"123456@@" would be transmitted to your computer.

To select a postamble, scan up to 15 characters from the "FULL ASCII MENU" on

the back of the Reader Setup Menu, scanning SET when done. To return to no

postamble (the default setting), scan CLEAR here instead of scanning SET or any

characters from the FULL ASCII MENU.

You can trim 1-15 trailing characters from bar code codes by scanning a ~ (tilde -

- ASCII 126) followed by a single digit, 1 through F (A through F are for 10 to

15). (Bar codes which are shorter than the amount-to-trim are transmitted without

trimming.) Consider the examples in the following table to understand the

options of the Postamble:

Bar Code Data

Postamble

Data Transmitted

123

XYZ

~3XYZ

123XYZ

12345XYZ

12345678

12345~A

12345678

12345

123456

Bar codes which are shorter than the sum of the Postamble trimming and Preamble

trimming will be transmitted without trimming.

You can also trim selectively by bar code type. For example, you can trim 2

characters from Code 39 and a different amount from other bar code outputs. This

is done by using the bar code ID character in conjunction with the tilde. A

postamble of ~b2~c1 says trim 2 rightmost characters from Code 39 output and

trim 1 rightmost character from the UPC-A. (Use m for trimming Magstripe).

Refer to the Code 128 parameter's previous discussion for a list of the ID character

associated with each bar code type.

For advanced PC users: Emulating special keys in the postamble

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See the previous page's "emulating special keys in the preamble" section.

A final use of the Preamble/Postamble is to enter a minimum/maximum length

check for bar code data read. Use the Preamble or Postamble by entering |nnmm

where "|" is ASCII 124, "nn" is the two digit minimum to be read and "mm" is

the two digit maximum to be read.

Data Transmission Timing

None

Short

Short Medium

Medium

Long

Timing does not apply to Mac ADB or any USB attachment.

Before trying this, try the "learned timing" discussed on page 12.

For Computer Interfaces 0,1,and 2, the WDP Reader can transmit bar code data at

five different rates. Most computers work at the fastest speed ("None"), but some

systems require slower rates. Try the "None" setting, and (when you're done

configuring it) try reading some codes. If you get partial or garbled reads, try other

timing settings to solve the problem. (The Mac needs no timing adjustments.) Try

each timing rate (fast to slow); don't assume that if the slowest and fastest don't

work, the intermediate settings won't either. After each failing attempt at timing

setting, type "12" in the upper keyboard row to be sure the keyboard has not been

locked or confused; if the "12" doesn't type correctly, reboot before trying a new

timing setting.

Reset

Don't scan Reset unless you're sure you want to restore the WDP Reader to its

default settings (as described on page 7), erasing all changes you've made, because

that's exactly what Reset will do.

MagStripe

None (or triggered Integrated CCD)

Track 1 (or triggerless Integrated CCD)

Track 2

Track 3

Dual Track Scanner,Output both only

Dual Track Scanner,Output both or 2 only

Track 1 or 3 Only on Dual Track Scanner

Track 2 only output on Dual Track Scanner

Track 1&2&3 Scanner, all 3 or 1&2 only

Track 1&2&3 Scanner, all 3 or 1 only

Caps Lock Off (just for MagStripe)

Caps Lock On (upper case alpha for mag)

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Use None (the default), if you don't have a MagStripe scanner. If you have a single-

track scanner, use 1, 2 or 3 to match its track. If you have a dual-track scanner and

want to read both tracks, use 4 for tracks 1 and 2, or 5 for 2 and 3.

Use 6, 7 or 8 if you have a dual-track scanner but want to read only track 1, 2 or

3 respectively.

For all Driver's licenses,(including California) use 8 or 9. See page 21 for more

information on the MagStripe scanner.

Characters

This setup option allows you to output ASCII characters different from the ones

scanned. (Don't use this option to configure the WDP Reader for your non-US

keyboard -- instead, use the Keyboard Country option described below.)

For example: Suppose you want the WDP Reader to output a hex 92 character

every time you scan a 1 (hex 31); you want to remap hex 31 to hex 92, (If you're

using 8 data bits, output of 80-F8 codes is possible.) Your Full ASCII Menu has

ASCII and hex values for the 128 characters.

1) Scan the Start Setup Bar Code

2) Scan the Characters Bar Code on the Setup Sheet.

3) Scan 3 1 and 9 2 to output hex 92 when reading a "1".

4) Scan up to 7 other pairs of character reassignments.

5) Scan Set when complete.

6) Scan End Setup to exit setup mode.

You can also eliminate characters by reassigning hex codes to FF. For example, to

strip all $ (dollar sign) characters from transmission, you would follow the above

instructions and scan 2 4 F F in step 3.

Magstripe output is frequently required to be changed to conform to some specific

software package's requirement. For example, you might want to change the = and

^ separator characters to spaces or CRs. Between trimming and replacement, you

should be able to reformat the Magstripe output to conform to most requirements.

Keyboard Country

This option configures the WDP Reader for your choice of 15 keyboard country

settings, such as USA (the default), UK, French, German, etc.

Scan the keyboard country bar code and then the two-digit code for your keyboard

country (listed on the Reader Setup Menu), such as 14 for UK.

USA

00 French

02 German

05 Dutch

09 Portuguese

13 U.K.

02 Belgian

06 Italian

10 Spanish

Fr. Canadian 04 Danish

Latin America 08 Norwegian

Swedish

12 Swiss

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Terminator Characters

Enter (carriage return)

None

Tab

Depending on your application, you may wish the WDP Reader to transmit bar

code data to your computer with an Enter (carriage return), a Tab at the end, or

with no extra terminating character at all.

If you need a terminator character other than CR or HT (such as LF for UNIX),

you can get it by specifying None here and then selecting your desired terminator

character(s) through the Postamble specification.

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Testing the WDP reader with your computer

Windows and Mac users should use the Notepad or a text editor so that the scanned test

data will be "typed" on the screen where you can see it. Similarly, DOS users should scan

at the DOS prompt or while in a text editor.

Bar-code wands, laser scanners and CCD touch scanners:

If you are new to scanning, read Appendix K -- Scanning instructions, and then

scan the Test Label at the bottom of the page.

Bar Code and MagStripe Slot Scanners:

For a bar-code slot scanner, take the Reader Setup Menu

"A" card and turn it so the A bar code is pointing down

and facing the lighted side of the scanner. Make a

continuous swipe motion through the slot in either

direction.

For a MagStripe slot scanner, take a magnetic-strip card of

the type you will be using, and turn it upside down so the

stripe is pointing down. Move the card through the

scanner in a continuous swipe in the direction of the arrow.

You should hear a beep, and see Test Label displayed on your

screen. (Or an A, if you're using a bar-code slot scanner, or your magnetic-

strip-card data, if you're using a MagStripe slot scanner.)You should also be able to

type on your keyboard and have the computer respond normally.

If you are unable to read the "TEST LABEL":

•

Re-check all your connections.

Unless you ordered a high-resolution, infrared-light wand, you should see a red

light coming out of the tip of the wand. If you don't see a red light, make sure

the wand's cable is firmly plugged into the WDP Reader.

•

Try scanning at several different speeds. The most common mistake is scanning

too slowly; be sure you are "drawing a line" quickly through the code.

• Work through the troubleshooting section beginning on page 30.

TEST LABEL

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Chapter 4

Scanners and Scanning Technique

Wands

Matching your wand to your bar code type

The WDP Reader comes with a low, medium or high-resolution bar code wand, or

a medium-resolution wand specially designed to read through plastic or glass,

depending on your application. The number and letters on your wand's cable

identify its resolution and the type of light it uses -- visible red or infrared (invisible):

10 MILRED Low-resolution visible-light

8 MILRED Medium-resolution visible-light

6 MILRED High-resolution visible-light

•

6 MILIR

High-resolution infrared-light

These are the five types of wands and their associated characteristics:

Low-resolution visible-light wand

This is a low-resolution visible-red LED wand designed specifically for dot-matrix

printed bar codes. It reads any low or medium-resolution bar code printed by any

technology, but can't easily read high density codes.

Medium-resolution visible-light wand

A versatile, general-purpose medium-resolution visible-red LED wand which reads

well-printed dot-matrix bar codes and high-density codes up to 10 cpi for Code 39.

It reads well-printed dot-matrix codes with the same high read rate as the low-

resolution wand. With poorly-printed codes, however, the low-resolution wand

significantly outperforms it.

Refocused medium-resolution infrared-light wand

This is a medium-resolution infrared (invisible) light wand designed to read through

plastic or glass 1/100" (.025 mm) to 1/4" (6.35 mm) thick. This is especially useful

for applications such as reading compact disks with the bar codes under the cases. Bar

codes must be printed with infrared-quality ink. Bar codes printed on thermal

printers (not thermal-transfer printers) are often unreadable to infrared light wands.

There is an additional charge of $60 for this wand.

High-resolution visible-light wand

This is a high-resolution visible red light wand designed to read high-density bar

codes up to 13 cpi for Code 39. It can also read any well-printed dot-matrix or other

lower-density codes, providing there are no voids (white spots in the bars) in the

codes.

High-resolution infrared-light wand

This high-resolution infrared-light wand is designed to read high-density bar codes up to

13 cpi for Code 39. It also reads well-printed dot-matrix or other lower-density codes,

providing they're printed with infrared-quality ink (bar codes printed on thermal printers

are often unreadable to infrared scanners) and don't have any voids (white spots in the bars).

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Wand Scanning Technique

Using the illustration as a guide, follow these tips for proper scanning with a wand:

Hold the "wand" as you would a pencil,

lightly placing your fingers around the wand.

If you do not see a red light at the tip of the

wand, check to make sure that you are using a

VISIBLE light wand, not an INFRARED light

wand. Infrared wands show no light at the tip of

the wand.

Your scanning should start in the white

space about ¼" to the left or right of the bar

code. This area is called the "quiet zone". If

you are reading a UPC code with a supplement,

you MUST scan from left to right; otherwise, you

can scan from either direction.

You should be holding the wand as if it were

a pencil, approximately 30 degrees from perpendicular. Some bar codes,

especially those that are high density, may require that you adjust the angle of

the wand to be almost perpendicular to the bar code. Starting in the "quiet zone",

quickly and lightly draw an imaginary line through the entire bar code, ending within

the ¼" "quiet zone" at the other end of the bar code. DO NOT scan slowly or press

down hard with the wand - neither one will make it easier to read your bar code.

Never stop in the middle of the bar code. Pass the wand smoothly across

the bar code, stopping only when you have reached the "quiet zone" at the

other end.

Do not move the wand tip above or below the lines of the bar code. Keep the

wand tip within the confines of the bar code during the entire scan; the whole

point is to draw as straight a line as possible through the middle of the bar code.

To practice scanning, go to the DOS prompt or open up Notepad or a similar

program in Windows or on the Macintosh. Use the Test Label on the next page and

the technique illustration above to practice scanning with your wand. You should

hear an audible beep and see TEST LABEL displayed on computer screen after

every scan. If you do not see TEST LABEL, check your technique, especially the

angle and speed of the scan.

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Using the Bar Code Slot Scanner

Depending on your application, you may wish to use a slot scanner as your bar

code input device instead of or in addition to a wand. Worth Data makes a bar

code slot scanner that plugs into the WDP Reader's Wand port, and is designed for

reading bar codes printed on badges or ID cards. It can also be used for reading

bar codes on file folders, envelopes and any other thin, flat surfaces with bar codes

printed along an edge. There are two types of bar code slot scanners:

• The standard bar code slot scanner is a medium-resolution scanner using

visible-red light. It also reads high-density bar codes.

•

Optionally, you can specify a medium-resolution infrared-light scanner.

To read a card or other object with the

bar code slot scanner, orient the card so

that its bar code faces the lighted side of

the scanner. Now make a continuous

wipe motion through the slot.

WDP

.5"

For optimum use with the slot scanner,

bar codes should be printed or applied so

that the center of the bar code is .5"

from the edge of the card.

The Slot Scanner can be permanently

mounted to a desk or wall through the

threaded mounting holes. If you have ordered only a slot scanner (you don't have

a wand), you will need the WDP Card Setup Deck in addition to the Reader

Setup Menu.

Providing you have Jumper 9 set to wand (the factory shipped default), you can

plug a wand or a slot badge scanner into the Magstripe connector. If you wish to

check the setting of the jumper, refer to page 37 for Jumper Settings.

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Using the MagStripe Slot Scanner

The MagStripe Slot Scanner options (track 1, track 2, track 3, or track 1 and 2 or

2 and 3 or Track 1/2/3) enable the WDP Reader to read credit and other magnetic-

strip cards without disconnecting or disabling the bar code wand. It's a stationary

scanner which reads tracks 1 and 2 of magnetically-encoded cards meeting the

standards defined by ANSI x 4.13, ANSI x 4.16 1983, ISO 3554 and ISO 2894.

There are three requirements for using a MagStripe Slot Scanner:

The MagStripe Slot Scanner must be plugged into your WDP Reader's

MagStripe port (next to the Wand port).

•

If using a dual or tipple track reader, Jumper 9 must be set to M (for

MagStripe) for dual or triple track scanner instead of W (for Wand or bar code

slot scanner). Single Track Magstripe reading is will work with either the W

or M setting. See Appendix A, Opening the WDP Reader's Case, and

Appendix B, Jumper Settings, for instructions on how to do this. You must

enable the proper track using the WDP Setup Menu as described on page 15.

The MagStripe scanner can be permanently mounted to a surface using the

threaded holes on the bottom. To use the MagStripe Slot Scanner, turn the

card upside-down so the stripe can be read. Move the card through the

scanner in a continuous swipe in the direction of the arrow.

•

When the reader makes a good read, it

will beep once and transmit the data

to the computer. Plug the MagStripe

Slot Scanner into the WDP Reader

as shown below, and use the

MagStripe section of the Reader

Setup Menu to configure your

reader for your MagStripe

WDP

P11/12

Pwr

Y-Cable

Magstripe

Wand

scanner track setting, as described on page 15.

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Laser and CCD Scanners

Wand scanners can satisfy most bar code reading needs. However, we also offer

Integrated Laser Wedge Readers and the Integrated CCD Wedge Reader (complete

WDP Readers built into a laser scanner and CCD scanner) as well as laser and

CCD scanners that plug directly into WDP Reader wand ports. Laser scanners add

these abilities to the WDP Reader:

•

Fast reading of difficult bar codes.

Reading bar codes from a distance: 1 to 21 inches with Worth Data' model

LZ200, up to 35 feet with the Symbol 3200ER, and typically 3 to 14 inches

with other laser scanners.

•

Reading moving objects, such as on an assembly line.

No-hands operation. Some scanners can be mounted to turn on automatically

when an object passes under them.

•

Reading through thick (up to five inches) glass or plastic laminates.

Reading curved surfaces, such as plastic bags of items.

Warning: These laser scanners use low-power, visible-light laser diodes. Although

momentary exposure to the beam is not known to be harmful, the user should avoid

staring directly into the beam, or shining the beam into people's eyes.

These laser scanners are triggered, 5-volt, visible-light, moving-beam scanners

which attempt to read 36 times per second. If the code misreads ten times, you

don't even know it. Non-triggered hand laser scanners are awkward at best. These

laser scanners are the world's best:

Worth Data LZx00 series

These scanners are manufactured by Worthington using the Symbol 1200 Scan

Engine family. They are very lightweight, easy to handle, rugged, and aggressive

scanners on all types of codes and densities. The scan element has a lifetime

warranty. They are tested with repeated drops at 10 ft. to concrete. The cord has a

1,000,000 bend lifetime.

The LZ200 reads at twice the distance most other lasers read -- 1 to 21" with a 4.2

cpi Code 39 bar code or about 15 inches on a 100% UPC Code. The decode is

very quick. The price is $695. The LZ200-WDP is the same laser with the

decoder built into the scanner, thus eliminating the decoder box. The lower cost

LZ100 reads from 1-14" on the same Code 39 code as above and about 10" from

a UPC code. It has a less powerful laser but it is just as reliable and decodes very

quickly like the more powerful LZ200.

These laser scanners use a low-power, visible laser diode. Although momentary

exposure to a CDRH II laser scanner is not known to be harmful, avoid staring

directly into the beam or shining the beam into other people's eyes. The required

safety label to advise the user of the laser cautions appears on these lasers as shown:

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Remember, even though momentary exposure to these low-power, visible-light

lasers is not known to be harmful, youmust never stare into the beam or aim it into

anyone's eyes. See the following pages for tips on solving problems with laser and

CCD scanners and difficult codes.

AVOID EXPOSURE

LASER LIGHT

IS EMITTED FROM THIS APERTURE

CAUTION

ACHTUNG LASERSTRAHL, LASERCLASSE 2,

NICHT IN DEN STRAHL BLICKEN.

LUMIERE LASER – NE PAS REGARDER

DANS LE FAISCEAU APPAREIL A LASER DE CLASSE 2.

CAUTION – LASER LIGHT WHEN OPEN,

DO NOT STARE INTO BEAM.

LASER LIGHT - DO NOT STARE INTO BEAM

680 nm LASER • 1.0 MILLIWATT MAX OUTPUT

CLASS II LASER PRODUCT

product complies with 21 cfr chapter 1, subchapter j.

no user servicable parts.opening voids warranty

DANGER Ð LASER LIGHT WHEN OPEN. AVOID DIRECT EYE EXPOSURE

IEC CLASS 2 LASER PRODUCT.

SEE MANUAL FOR ADDITIONAL PATENT LISTINGS

680 nM, 1 mW LASER. IEC 825-1:1933/EN60825-1:1994

Worthington Data Solutions ¥ Santa Cruz, CA 95060

The LZ100,LZ200,LZ100-WDP, and LZ200-WDP are covered by one or more of the following U.S. patents:

Patent#:4,360,798; 4,387,297; 4,460,120; 4,496,831; 4,593,186; 4,603,262; 4,607,156; 4,652,750; 4,673,805; 4,736,095; 4,816,660;

4,845,350; 4,896,026; 4,897,532; 4,923,281; 4,933,538; 4,992,717; 5,015,833; 5,017,765; 5,021,641; 5,029,183; 5,047,617;

5,103,461; 5,113,445; 5,140,144; 5,142,550; 5,149,950; 5,157,687; 5,168,148; 5,168,149; 5,180,904; 5,229,591; 5,230,088;

5,235,167; 5,243,655; 5,247,162; 5,250,791; 5,250,792; 5,262,627; 5,280,163; 5,280,164; 5,280,498; 5,304,786; 5,304,788;

5,321,246; 5,377,361; 5,367,151; 5,373,148; 5,378,882; 5,396,053; 5,396,055; 5,399,846; 5,404,081; 5,410,139; 5,410,140;

5,142,198; 5,418,812; 5,420,411; 5,436,440; 5,444,231; 5,449,891; 5,449,893; 5,468,949; 5,479,000; 5,479,002; 5,479,441;

5,504,322; 5,528,621; 5,532,469; 5,543,610; 5,545,889; 5,552,592; 5,578,810; 5,589,680; 5,612,531

A stand is available for all of the Worthington lasers which allows hands free

reading of bar codes. Just before placing the scanner in the stand, scan the bar code

on the stand to set the laser into a automatic reading mode. When a bar code is

presented the narrow searching beam is turned on fully to read the bar code

presented. The stand is available in a mountable goose neck (S10) or in a free

standing version (S20). The stand can also be used with the F86 CCD Scanner

and WDP-P16 Integrated CCD Reader. Below is a drawing showing how the Lx00

Laser Scanner or the Lx00 WDP mounts into the stand with the weighted base.

(The WDP P11/12 must have JP8 set to L for the stand mode to work correctly.

See Appendix B.)

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S T

A N D O N / O F F

CCD Scanners

The F86 CCD Scanner or the WDP P16 Integrated CCD Reader can also mount

in the stand, but the bar code must be presented within 0-4" of the scanner. These

quick, durable units(F86 CCD Scanner) work like a laser, but with more limited

range. Just aim the scanner at the bar code and by aligning the top of the rather

wide beam so that it is within the bar code, pull the trigger and a read occurs

instantly. There are 50 scan attempts per second made. This CCD scanner can also

be programmed for triggerless scanning on the WDP by scanning the bar code

below:

STAND ON/OFF

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The Integrated CCD Wedge Reader is a complete WDP Reader built into the F86

CCD Scanner. Just plug it in between your computer and keyboard and you're

ready to go. It works with any PC keyboard-compatible computer and all

Macintosh models.

Tips for using CCD’s and Lasers:

The CCD scanner works best when positioned about 3" from the bar code. The

operating range is about 0-4" for most codes. It can read curved and uneven

surfaces well. Both the CCD and laser scanners are simply aimed straight at the

bar code so that the scanner's beam must cross every bar and space on the bar code,

Right

Wrong

without touching any other bar codes, as shown in the first example below.

To read large bar codes with laser scanners, you'll need to hold the scanner further

away to produce a wider beam, and for bar codes with bars very close together,

you'll need to hold the laser scanner closer.

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Laser scanner options:

"Double-scan checking": To minimize the possibility of misreads with very

poorly printed bar codes or when reading through windshields, you have the

option of forcing the WDP to keep reading until it gets two results that are exactly

the same. This "double scan checking" takes a little longer, but it will eliminate

misreads. To activate double scan checking:

Scan Start Setup

Scan Code 39

Scan E to enable double scan checking.

Scan End Setup

To disable double scan checking, scan F instead of E.

4-second beam: Another option with problem reading conditions is to increase

the length of the time the scanner attempts to read, from the default 2-second beam

to a 4-second beam. This would be very helpful using long range scanners which

needs additional aiming or scanning time. To select the 4-second beam:

Scan Start Setup

Scan 2 of 5

Scan F to select the 4-second beam

Scan End Setup

To return to the default 2-second beam, scan E instead of F.

Continuous Scanning Option for the CCD scanner: Sometimes it is desirable to

read sheets or lists of bar codes without having to activate the trigger before each

read. To activate the CCD continuous scanning:

Scan Start Setup

Scan Computer Interface

Scan B to select continuous scanning

Scan End Setup

To disable continuous scanning, repeat the above, substituting C for B.

To use continuous scanning with a laser scanner, scan D; however, you will have to

hold down the trigger while scanning. In either case, if you want to read the same

bar code twice in succession, you will need to release the trigger and pull it again.

Small quiet zones: Although we recommend quiet zones (white space on either

side of a bar code) of at least 0.25", this option lets the laser and CCD scanners

read bar codes with less than 0.2" quiet zones, the only drawback being an

extremely small increase in the possibility of substitution errors.

Scan Start Setup

Scan Computer Interface

Scan F to select small quiet zones

Scan End Setup

To return to normal quiet zones, repeat the above, substituting E for F.

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Chapter 4

Special Features

Function and Control Key Support

The WDP Reader can also transmit key sequences for function, control, alt

(command and option keys on Macs), cursor and shift keys, for ease of use with the

many software packages using these keys for menus or commands.

FA or

C128

Code

IBM

Key

Mac

Key

FA or

C128

Code

IBM

Key

Mac

Key

SOH

STX

ETX

EOT

ENQ

ACK

BEL

DLE

DC1

DC2

DC3

DC4

NAK

SYN

Lft Arrow Lft Arrow

Rt Arrow Rt Arrow

Dn Arrow Dn Arrow

Up Arrow Up Arrow

Pg Up

Pg Down

Home

Pg Down

Home

ETB

CAN

SUB

End

Numpad 5 Enter

Enter

F10

Del

Shift ON

Shift OFF

Shift ON

Shift OFF

Return

Cmnd On

Del

Control On Control On

Control Off Control Off

Alt On

Alt Off

Option On

Option Off

Insert

Cmnd Off

When the WDP reader reads a Code 128 or Full-ASCII Code 39 (or the equivalent

two-character Code 39 sequences) bar code containing one of the control

characters in the table above, it transmits the appropriate key code(s) for the IBM

or Mac computer interface.

Function keys F1 through F10, and numeric-pad keys

Function keys F1 through F10, and numeric-pad keys (such as Left Arrow and

Del), are encoded by a single control character (or the equivalent two-character

Code 39 sequences) as shown in the table above.

For example, if the WDP Reader reads bar code data of SOH (ASCII 001 -- a

control-A), it will transmit an F1 key sequence to your computer.

Function keys F11 and F12

Function keys F11 and F12 require two characters to be paired to make these

functions keys. The F11 key is created by combining the Null Character (%U in

Code 39) and SOH ($A in Code 39). The F12 key is created by combining the

Null Character (%U in Code 39) and the STX ($B in Code 39).

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Shift, Ctrl and Alt keys

Shift, Ctrl and Alt keys require three sequences

1) The ON code generated when the Shift, Ctrl or Alt key is pressed.

2) The other key to be used in conjunction with the Shift, Ctrl or Alt key.

3) The OFF code generated when the Shift, Ctrl or Alt key is released.

For example, to properly encode a bar code sequence for Ctrl-C, you would create

a bar code of Ctrl ON, C, and Ctrl OFF (control character FS, C and control

character GS).

Windows Key

The Windows key on a Windows keyboard is transmitted by scanning bar codes

%UC for Windows On (pressing down) and %UD for Windows Off (releasing the

key).

Macintosh Command and Option Keys on USB

When you have a WDP Reader attached to a Macintosh Computer's USB port, to

emulate the Command key, you use the Windows key On/Off bar codes (%UC -

Command On and %UD - for Command Off) the Alt Key On/Off (%D for

Option On and %E for Option Off).

If you have an older WDS Reader (before 6/99), you can also imitate the

Command Key by keycodes in the Preamble/Postable. To transmit

Command N would be:`E01F'N`E0F01F'

Transmitting any ASCII character using its 3-digit ASCII code

You can also transmit any ASCII character from 000 to 255 by emulating the IBM

technique of typing a character's ASCII number on the numeric pad while holding

down the Alt key.

For example, to transmit ASCII 250, you would create a bar code of Alt On, Down

Arrow (2 on the numeric pad), Numpad 5, Insert (0 on the numeric pad) and Alt

OFF (control character RS, control character NAK, control character LF, control

character DC2 and control character US).

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Accumulate Mode

Accumulate Mode is an option (which can be enabled or disabled using the Reader

Setup Menu's Code 39 section) allowing the reader to accumulate multiple bar

codes in its buffer, then transmit them to the computer as if they had been a single

bar code. This is useful for entering quantities and other variable data.

It works with Code 39 only, and can't be used with a check digit. When the reader

reads a bar code with a leading space, it beeps and buffers the data without

transmission. It continues to read and buffer bar codes (up to 40 characters) until

it reads a bar code without a leading space. Then the entire buffer (including that

last code) is transmitted as one long bar code. A bar code of a double minus (--)

sign clears the buffer. Scanning a backspace code ($H) backspaces in Full ASCII

mode. A handy code for Enter (as seen on the "Barpad" below) is a Start/Stop only.

(No data.)

This numeric "Barpad" illustrates Accumulate Mode. Scan 5, 3, 8, and Enter.

The reader transmits a single message of 538.

Clear

Backspace

Enter

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Chapter 5

Troubleshooting

A reader installed in Wedge mode (external or internal) doesn't beep three

times when you power up your system, or the keyboard locks up, or you

get a "keyboard error" or "301" message.

•

Check the cable connections to make sure everything is plugged in securely.

With a PC, make sure the keyboard cable is plugged into the keyboard port

rather than the mouse port. If on a Mac ADB, be sure the tagged end of the

Y cable goes to the ADB port.

•

If, after checking the connections, you still have a problem, your computer

and keyboard combination probably doesn't have enough left-over power to

drive the bar code reader also. Disconnect the scanner from the WDP Reader

and reboot your system. If the system boots correctly when the scanner is not

attached, you solve the problem by ordering a 5-volt external power supply

(feature code F10).

•

If the system still doesn't boot correctly with the scanner disconnected, a

Worth Data regulated power supply (don't use someone else's power supply or

you will damage the reader)- will probably still correct the problem. If you are

using a USB reader and there many devices, you may need either a power

supply on the WDP, or you may need a powered USB hub device.

The reader won't beep when reading bar codes

Recheck all the connections using the installation section as a guide. Try

•

reading a known good bar code - the test label on page 18, following the steps

for scanning in Appendix K. If you're trying to read Code 39 bar codes with

leading spaces (such as the Barpad on page 27) and have enabled Accumulate

Mode, those bar codes will not be transmitted to your computer until you read

a bar code without a leading space. Try reading the Test Label on page 18 as

an example of a known good label.

Reread the configuration section and make your bar code type is enabled.

Switch a wand to the Magstripe Port and try again. If it works in the

Magstripe port, the wand port is probably jumpered for laser.

•

If the read failure is on Interleaved 2 of 5 codes, make sure the data length is

the same that you selected on the Reader Setup Menu. Be sure you don't have

the check digit enabled for Code 39 or Interleaved 2 of 5 if you're trying to

read data without check digits.

5-1

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Extra characters at the beginning or end of your bar code data

• Clear the Preamble and Postamble.

• Make sure you haven't enabled transmission of any start/stop characters,

checksums, leading digits or terminator characters that you don't want

transmitted. For UPC-E, select Compressed transmission if you don't want it

padded with extra zeros.

The reader transmits incorrect data to the screen

•

Reread page 12 and make sure you chose the proper Computer Interface.

If part of the data is correct and part missing, you need to tell the WDP Reader

to transmit data at a different rate. First try Learned Timing on page 12, and

if that doesn't work, resort to changing Data Transmission Timing on page 15.

•

If the reader is transmitting punctuation characters (!@#$%^&*) when

reading numeric bar codes, or transmitting letters in the wrong (upper/lower)

case, you may have a Num Lock, Caps Lock, shift or timing problem. Check

your keyboard to see if the Num Lock or Caps Lock keys have been activated.

Finally, try "learned timing" (See Page 12) or changing your Data

Transmission Timing (See page 15).

If you're using Code 39, read page 16 to see if you've set Caps Lock properly

for your application. If your Code 39 bar codes include punctuation

characters %, $, / or +, the reader is seeing them as part of Full-ASCII Code

39 sequences. Using the Reader Setup Menu, disable Full ASCII Code 39.

Poor read rate

•

Try reading the test label on page 18 (following the scanning instructions in

Appendix K) as an example of a known good bar code. Examine your bar

codes to make sure they have dark bars, clearly defined bars and white spaces,

and a "quiet zone" of at least 1/4 inch to the left and right. If the bars are grey,

or so dark that they "bleed" into the white spaces, the person or organization

printing them will need to adjust the printer or get a new ribbon or toner

cartridge for it.

•

Carefully follow the scanning instructions Appendix K when reading any and

all bar codes. As straightforward as scanning may seem, many people who call

Worth Data with a complaint about poor read rate are simply not doing it

correctly.

•

If you're using an infrared bar code wand, be sure the bar codes you're trying

to read were printed with infrared-quality ink. Make sure you're using the

right type of wand (see page 19) for the type of bar codes you're trying to read.

Pry the wand tip off; clean the inside with a soft, lint-free cloth. Carefully blow

off any debris from the red plastic lens.

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•

Erratic or low read rates can also result with systems that supply unusually low

current or voltage to the keyboard. To test for this, turn your system off,

disconnect the keyboard from the "Y" cable, and turn it back on. Then try

reading the same bar codes. The system will probably be in a keyboard error

state and not display the bar code data on the screen, but all you're interested

in is listening for the beeps that signify good reads. If the WDP Reader has a

much higher read rate without the keyboard attached, you can probably solve

the problem by using a Worth Data regulated 5-volt external power supply

(F10).

Changing the volume of the WDP Reader's beeper:

• First, you need to get to the WDP Reader's circuitboard. If you're using the

Reader in External Wedge mode, you'll need to remove the case, using the

illustration on the next page as a guide. If it's mounted internally, you'll need

to remove the cover to your computer's slot cabinet. Locate the volume-

control potentiometer using the illustration below. Insert a small screwdriver

into the slot and gently turn it clockwise, to decrease the volume, or

counterclockwise, to increase it. A tiny fraction of a turn makes a big

difference in volume.

5-volt power adapters for external wedge installation:

•

The 5-volt adapter (F10 for 110V, F11 for 220V, F14 for UK 220V, and F13

for Australia 240V) is used to power the WDPs with separate decoder box

configurations where the computer supplies unusually-low voltage or current

to the keyboard. Do not plug in this adapter to a WDP Readers installed in

bus mode. Connect the power adapter to the reader as shown below.

Don't use anything but a Worthington Data Solution's power supply or you

will probably damage the reader. The Worthington Data Solution's power

supply is regulated and has a specific polarity. Almost all other power supplies

are unregulated and will damage the WDP is used. Just because the connector

fits, don't use it.

•

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Appendix A

Opening the WDP Case

Use the illustrations below as a guide while removing the WDP Reader's

circuitboard from its case.

Turn your WDP Reader upside-down, and unscrew its single phillips screw. Insert

unscrew

tilt screw and pull up to open lid

a fingernail, credit card edge or small screwdriver blade into the gap between the

base and side of the case, and gently use it as a lever to lift up the edge of the base.

Then grasp the edge of the base and open it outward like a door.

Grasp the circuitboard by the edge pointed to below, and gently pull up to lift it

out of its case.

If you will be returning the reader to its case (as opposed to plugging it into an

expansion slot), after beeper-volume adjustment or jumper change, do so by

reversing the steps described and pictured on this page.

A-1

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Appendix B

ISA Internal Board Installation

Slot Installation with Keyboard Cabling

The WDP Reader can be kept out of the way by removing it from its case and

mounting it in a PC's ISA slot. It can use the slot for physical mounting only, and

doesn't communicate with the bus. Cables connect it between the computer and

keyboard, and bar code data is received via the computer's keyboard port.

Carefully follow these steps to convert the WDP Reader to Internal Wedge

mounting:

CAUTION: Your computer's power must be off and its power cord

unplugged before you install the WDP Reader. Attempting to install it with

the power on may give you a severe shock or damage your computer.

Remove the reader's case according to the instructions in Appendix A.

Using the illustration on the following page for a guide, place the special order

silver mounting bracket onto the end of the board, and use the included screws

to securely attach it to the board.

Remove the cover to your computer's slot cabinet according to the procedures

in the owner's manuals.

Insert the reader into any unused ISA slot. Be sure it is firmly seated in the

slot. Anchor the board to the computer's case with a screw at the top of the

metal bracket on the card.

Replace your computer's slot-cabinet cover according to the procedures in the

owner's manuals.

Using the illustration on the following page for a guide, plug the wand, laser

scanner, touch scanner or bar code slot scanner into the WDP Reader's Wand

port. (If you have a MagStripe slot scanner, see page 21.)

Using the illustration on the following page for a guide, connect the "Y"

cable's telephone-style jack to the WDP Reader's "Y" Cable port.

Unplug the keyboard cable from the back of the computer. Note its location

so you don't accidentally plug into the mouse or cassette port when installing

the "Y" cable.

Using the illustration on the following page for a guide, plug the end of the

keyboard cable into the "Y" cable's round female DIN connector.

Using the illustration on the following page for a guide, plug the "Y" cable's

male DIN connector into the back of the computer where the keyboard

previously plugged into.

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The connections for Internal Wedge installation on a PC should be as shown

below.

If you have a laser scanner, CCD scanner or bar code slot scanner, it will plug into

the wand port instead of the wand. (If you have a MagStripe slot scanner, see page

21 for its installation instructions.) Be sure to store the WDP Reader's case in a safe

place: If you need the slot in the future, or upgrade to a system without PC-style

expansion slots, you can easily replace the reader in its case for external mounting.

Now turn to page 7 to configure the WDP Reader.

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Slot Installation with Bus Communication

For computers running DOS, the internal WDP Reader can be mounted in any

unused ISA slot and jumpered to communicate with the bus directly. Internal Bus

installation is normally a factory-special order (WDP Model P31/32) which

includes BusKey software but no reader case or Velcro for mounting the case.

Because the WDP Reader is not physically connected to the keyboard, it requires

the program BusKey to read bar code data from the bus and place it into the

keyboard buffer.

See Appendix C for the jumper settings (JP4,JP5, and JP7) necessary to convert the

WDP reader board to communicate directly with the bus.

The DOS program BusKey is used only when the WDP Reader is installed in

Internal Bus mode. BusKey is a memory-resident program (TSR) that works in the

background to read bar code data from the bus and place it into the keyboard

buffer, making it look to your computer and software as if the data had been typed

at the keyboard. Most people will want to put BusKey in their AUTOEXEC.BAT

file for automatic loading at boot time.

Installing BusKey

To copy BusKey onto your system, simply use the DOS COPY command. For

instance, to copy BusKey onto hard disk C:, place the BusKey distribution diskette

into drive A, log into the hard disk directory you want to install BusKey in, and at

the C> prompt type:

Copy A:BusKey.Com /v

BusKey Parameters

When you run BusKey, you need to give it parameters specifying the interrupt and

port address you've set the WDP Reader to. If you're not sure of these, go to

Appendix C and read about setting the interrupt number and port address. The

syntax is:

BusKey P=ppp I=i

where ppp equals the port address in hex, and i equals the interrupt number. For

example, if you've set the WDP Reader to port 240 and interrupt 5, you'd start

BusKey like this:

BusKey P=240 I=5

If you run BusKey with no parameters, it will use the default settings of p o r t

220 and interrupt 3, the equivalent of BusKey P=220 I=3 typed at the DOS

prompt.

See Appendix C for the jumper settings (JP4,JP5, and JP7) necessary to convert the

WDP reader board to communicate directly with the bus.

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Appendix C

Jumper Settings

Your WDP Reader is shipped with its jumpers set to match the configuration

(scanner type, interface method, etc.) you ordered. Why might you need/want to

check or change jumper settings?

If you change your scanner type, or install a second scanning device, you may

need to change some jumper settings.

•

If you're going to install the WDP Reader in Bus Interface mode, you may

need to change the Interrupt Number and Port Address jumpers.

•

If your WDP Reader or scanner doesn't power up correctly, you should make

sure the WDP has the correct jumper settings for your configuration.

•

Open the WDP Reader's case using the instructions in Appendix A.

Interrupt Number jumper JP4, the Interrupt Number jumper:

The WDP Reader in Bus Interface mode can use any one of interrupts 2 though 6.

The default is interrupt 3. Go through the list below to determine which interrupts

are not already in use in your system, and choose one of those. If all interrupts are

already in use, you'll either have to free one up (by disabling COM2 or LPT2 on

your computer, for example) or use the WDP Reader in wedge mode rather than

bus mode.

If your system has any real-time clocks, network boards, bus mice, tape controllers

or other add-on devices installed, they may be using some of these interrupts. If

you have any of these in your system, compare their switch settings to your manuals

to see what interrupts they're using.

Interrupt 2: Don't use this interrupt if you have an AT, 386 or 486 system,

an EGA, or an IBM network adapter.

Interrupt 3: This interrupt is usually used by COM2, the second serial port.

If you don't have a COM2, or an internal modem or other

device set to COM2, you should be able to use it.

Interrupt 4: This interrupt is usually used by COM1, the first serial port. If

you don't have a COM1, or an internal modem or other device

set to COM1, you should be able to use it.

Interrupt 5: This interrupt is used by the hard disk on a PC or XT system, and

LPT2, the second parallel port, on an AT system. You can use it if

you have a floppy-only PC or XT system, or an AT system with only

one parallel port.

Interrupt 6: This interrupt is used by the floppy diskette drive controller.

C-1

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JP4 - Interrupt

IRQ 2

IRQ 3

IRQ 6

IRQ 4

IRQ 5

JP5, the Port Address jumper:

The WDP Reader in Bus Interface mode can use any of four different port

addresses: hex 220, 240, 2C0 and 2E0. The default setting is 220, which most

people will be able to use with no problem.

Occasionally a tape controller, bus mouse, network board, real-time clock or other

add-on may be using address 220 (compare add-on board switch settings with the

manuals) and you'll need to choose another.

JP5 - Port Address

220

240

2E0

JP7, the Interface Method jumper:

JP7 is the jumper used to select wedge or bus installation. Use the Wedge Interface

setting if you are installing the WDP Reader in external or internal wedge mode.

Use the Bus Interface setting if you're installing it as an internal bus reader.

JP7 - Interface

JP7

Bus Interface

JP7

Wedge Interface

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JP8, the Laser (Decode Light)/Wand jumper:

Use the W jumper setting if you have a wand, touch scanner or bar-code slot

scanner connected to the Wand port, or if you'll be using a wand and laser

scanner interchangeably with the Wand port. This is the default setting

shipped on the WDP P11/12.

Using a laser scanner with the W setting causes the scanner's decode light to

be on all the time. This means that your laser scanner won't give a visual

indication (flashing decode light) of successfully-read bar codes, but as most

people just listen for the WDP's beep anyway instead of staring at the scanner,

this is unlikely to affect anyone.

Use the L jumper setting if you'll be using only a laser scanner with the Wand

port. (As shipped, the decode light is always on. If you change the setting to

L, a wand will no longer work but the laser scanner's decode light will flash as

a bar code is successfully read.

Wand

Scanner

JP8

Laser

Scanner

Decode

Light

JP9, the Wand/Magstripe jumper:

The WDP Reader has a port labeled "MagStripe", for adding a bar-code slot

scanner, MagStripe reader or wand scanner as a second scanning device. However,

the MagStripe port can not be used with laser scanners. If you want to have both a

laser scanner and another scanner (such as a wand) hooked up at the same time,

you must plug the laser scanner into the Wand post and the other scanner into the

MagStripe port.

Set JP9 to M to use a 2 or 3 track Magstripe reader with the MagStripe port, or W

to use a single track magstripe scanner, wand, touch scanner or slot-badge reader

with the MagStripe port.

JP9

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Appendix D

Specifications for Code 39

Code 39 (or Code 3 of 9) is the de facto standard of

non-retail American industry. It is widely used in the

automotive industry (AIAG specifications) as well as in

government and military applications (LOGMARS

specifications). Code 39 is flexible, features a large

123ABC

character set, variable data length and density, and bi-directional readability. Code

39 is extremely accurate; substitution errors are almost nonexistent. Its character

set consists of numbers 0 through 9, upper case A-Z, and characters Space, $, %. /

+ and -.

The name "Code 39" comes from both the fact that its character set originally

contained 39 characters (it now has 43) and from its structure. Each character is

formed of three wide and six narrow elements, made up of five bars and four spaces.

Code 39's density can vary from a low of .75 characters per inch (cpi) to a high of

9.4 cpi. There should be a ¼" "quiet zone" (white space) to the left and right of

the bar code. Code 39 uses an asterisk (*) as a start and stop character. This

character must precede and follow the data in the bar code. The WDP gives you

the option of transmitting or not transmitting these characters when the bar code

is read.

Exact specifications for Code 39 and other bar code symbologies can be obtained

from ANSI at the address below:

American National Standards Institute

Customer Service

11 West 42nd St.

New York, NY 10036

http://web.ansi.org

document ANSI/AIM BC1-1995

The cost is $36.

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Mod 43 Check Character

Standard Code 39 can be printed with a "Mod 43 Check Character". This Mod 43

check character cannot be used with Full Ascii Code 39. The check character is

derived by assigning a value to each character in the data to be bar coded from the

table as follows:

Char

Value

Char

Value

Char

Value

Char

Value

Space

Here is an example to illustrate how the check character is calculated for bar code

data of 123XYZ:

1. Take the sum of the values assigned to each character:

1 + 2 + 3 + 33 + 34 + 35 = 108

2 Divide the sum by 43: (thus the name modulus 43)

108/43 = 2 with a Remainder of 22

3. Find the character corresponding with the remainder.

M (value 22) is the CHECK CHARACTER

The data becomes 123XYZM, with M added as the Mod-43 check character.

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Full ASCII Extension to Code 39

"Full-ASCII Code 39" expands the Code 39 character set to include all 128 ASCII

characters. Symbols 0-9, A-Z and punctuation characters . and - are identical to

their Code 39 representations. Lower-case letters, additional punctuation

characters and control characters are represented by sequences of two Code 39

characters.

This table depicts the Full ASCII character set as a function of Code 39 characters:

ASCII

C39

ASCII

C39

ASCII

C39

ASCII

C39

NUL

SOH

STX

ETX

EOT

ENQ

ACK

BEL

Space

‘

“

‘

(

)

[

DLE

DC1

DC2

DC3

DC4

NAK

SYN

ETB

CAN

SUB

ESC

}

{

;

%T,%X

]

DEL

See page 28 for instructions on encoding Function, Control, Alt and Shift

keys with Full-ASCII Code 39 bar code characters.

D-3

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Appendix E

Codabar

Codabar is widely used in libraries, blood banks, the

cotton industry and transportation industries. Its'

character set consists of numbers 0 through 9, and

punctuation characters + . - / : and $. Symbols a, b, c,

d, t, n, * and e are used as start and stop characters.

Characters are constructed of four bars and three spaces.

a29934567a

Codabar is a numeric-only code, but different combinations of start and stop

characters can be used to identify different types of labels. Codabar's variable data

length and extremely low error rate make for a versatile bar code.

Codabar start/stop transmission

The Codabar section on the WDP Setup Menu lets you determine whether

Codabar start/stop characters are transmitted or not. If you are varying start/stop

characters with different types of labels, you'll want to "Enable Stop/Start character

Transmission". Start/stop character transmission can also be helpful if you want

your program to differentiate between data coming from the WDP reader and data

coming from the keyboard. If neither of these situations apply, you'll probably

want to disable it.

E-1

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Appendix F

Code 128 Specifications

Code 128 is a very powerful bar code, combining an

extensive character set and variable length with

compactness and error checking. The character set contains

all 128 ASCII characters with each character made up of

three bars and three spaces. Each element (bar or space)

varies from one to four units in width, totaling 11 units of

AB123456

width per character. Code 128 contains two levels of error checking:

Each character is checked for internal parity, and

The last character is a checksum.

Code 128 has three subsets, A, B and C. Subset A contains alphanumeric characters

and unprintable control characters, subset B contains alphanumeric characters plus

printable control characters and subset C contains only numeric characters and uses

a 2-character encoding scheme to create a more compact bar code. Code 128 uses

an internal Mod 103 check character that is not displayed by the bar code reader.

Code 128 bar codes can be made up of only one subset or may be a combination

of several.

The Code 39 features of Accumulate Mode, Caps Lock ON and Caps lock OFF also

apply to Code 128.

UCC-128/ EAN-128

UCC-128/EAN-128 Code is a subset of Code 128 adopted by the UCC and EAN

council's for use as a shipping label symbology. UCC/EAN-128 bar codes always

start with a Function Code 1 character. In addition, all variable length fields are

terminated by a Function Code 1 character unless they are the last field in the bar

code.

The WDP outputs the following for the special function codes and start sequences:

]C1

Start C/Function Code 1

(GS) Function Code 1 as a variable string terminator

If MOD 10 UCC 128 is enabled, theWDP expects only 20 digit, numeric-only

128 codes starting with a Function 1 character and terminating with a MOD 10

Check Digit. This is to comply with the Uniform Code Council's Serial Shipping

Container Code specification. The Mod 10 Check digit is calculated the same as

the Interleaved 2 of 5 example in Appendix D. It is the MOD 10 check digit that

distinguishes the Serial Shipping Container Code from other UCC /EAN 128 bar

codes.

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MOD 10 UCC 128 is enabled by scanning the appropriate bar codes on the

TriCoder Setup Menu or by keypad in the PROGRAMMING MODE "Change

Setup" option. If MOD 10 UCC 128 is enabled, you will NOT be able to read a

standard Code 128 bar code that does not have the Function 1 character and the

Mod 10 check character.

UCC/EAN Code 128 Serial Shipping Container Code

The UCC 128 specification is used extensively by the retail industry. If you have a

requirement for a UCC 128 Serial Shipping Container bar code, be sure to follow

the specification as closely as possible as many vendors will impose fines for non-

conformance. For more information on UCC 128, contact the Uniform Code

Council at:

Uniform Product Code Council, Inc.

8163 Old Yankee Road, Suite J

Dayton, Ohio 45458

(513) 435-3870

Many of the specifications are available online at:

http://www.uc-council.org

F-2

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Appendix G

Interleaved 2 of 5 Code

Interleaved 2 of 5 Code is a numeric-only, even-number-of-

digits bar code. It is widely used in warehouse and industrial

applications. A combination of five elements, two wide and

three narrow represent each character. Odd-number

position digits are encoded in the bars, even-number

123456

positions in the spaces.

Interleaved 2 of 5 Code is so susceptible to partial scans being interpreted as valid

reads that we recommend at least one of the following safeguards:

Use one length of I 2 of 5 code. Using one length of data allows you to tell the

TriCoder to look for one length of I 2 of 5 code only. By default, the TriCoder

is set to look for a 6 digit I 2 of 5 code but you can set the length to something

different using the TriCoder Setup Menu. Setting the length to 00 digits

allows variable length bar codes scanning. If you must use the 00 setting, we

recommend that you then use the "Minimum/Maximum" data length field

when creating a program in the TriCoder to check each field for the proper

length.

Use a check digit. Worth Data's LabelRIGHT printing program automatically

calculates and prints a check digit upon request using the method below:

Interleaved 2 of 5 Mod 10 check digit calculation

1. Assume that the bar code data is 1987.

2. Starting with the least significant digit (in this case, a 7), label the digits

alternatively even and odd.

7 - even

8 - odd

9 - even

1 - odd

3. Take the sum of the odd digits:

8 + 1 = 9

4. Multiply the sum of the even digits by 3:

(7 + 9) x 3 = 48

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5. Add the results of steps 3 and 4:

9 + 48 = 57

6. Subtract the result of step 5 from the next highest multiple of 10:

60 - 57 = 3

7. The checksum becomes the low-order digit:

19873

8. Because the data now has an odd length, a leading zero is added, for the final

result of:

019873

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Appendix H

UPC Specifications

UPC symbols are found on almost all grocery products

and many other retail items. The UPC code most people

are familiar with (UPC-A) is a fixed-length (12 digits)

numeric only code, with the first digit controlled by UPC

coding assignments and the last digit a checksum. UPC-

E and UPC-E1 are variations of the standard UPC-A

t56789rDEFG>W

code. Each digit is constructed of two bars and two spaces. UPC has very precise

standards of code size, structure, and numbers to be used.

EAN is an international superset of UPC. EAN-13

has 13 digits, with the first two digits representing a

country code. The final digit is, as with UPC, a check

digit. EAN-8 is a shorter version on the EAN-13 code

containing seven data digits and ending again with a

checksum.

+67L9NOrFG?@A?u

The exact UPC/EAN symbol specifications are

available from:

Uniform Product Code Council, Inc.

8163 Old Yankee Road, Suite J

Dayton, Ohio 45458

(513) 435-3870

Specifications are also available via the internet at:

http://www.uc-council.org

Keep the following guidelines in mind when printing UPC bar codes:

If you plan to use a "supermarket-type" in-counter scanner to read the codes,

specify a bar code height of at least .9" for an optimal first read rate.

Make it an early practice to observe the numbering conventions of the UPC

Council. Do not label unmarked merchandise with a bar code whose numbers

may conflict with those already assigned. If products with these numbers are

not in your store now, they are likely to be in the future, causing conflicts in

your inventory system.

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The leading Number System Character, (the first number of the 11 digits to be

entered) should conform to these UPC assignments:

0,6,7 Regular UPC 12 digit codes with numbers assigned by the UPC

Council. (Do not use 0 as the leading number for in-store marking).

Store-marked random weight items of meat and produce.

Reserved for National Drug Code and Health Related Items.

Use this leading digit for in-store marking of non-food items.

Reserved for coupons. Do not use this today, or you will not be able

to process coupons through your system tomorrow.

UPC 2 and 5-character supplemental codes

The UPC standards include the addition of a 2 or

5-character supplemental code used with

magazines and paperback books. To read the

supplements, you must first enable them using the

TriCoder Setup Menu.

NOTE: Enabling the supplements disallows the reading of UPC codes from right to

left to assure that the supplement does not get missed.

ISBN Specifications

ISBN (International Standard Book Numbering) bar codes are essentially EAN-13

with a 5 digit supplement, where the first 3 digits are the Bookland country codes

of 978 for books and 977 for periodicals. Although the bar code contains 18

characters, the ISBN format uses only 9 of them, along with a newly calculated

Mod-11 check digit. For example, a bar code containing the numbers

978055337062153495 would transmit as 0553370626 in the ISBN format. The

TriCoder has the option of transmitting in the ISBN format.

ISBN 0-553-37062

H-2

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ISBN specifications are available from:

American National Standards Institute

Customer Service

11 West 42nd St.

New York, NY 10036

http://web.ansi.org

document ISO 2108:1992 $26.00

The UPC/EAN checksum character

The last character in a UPC-A, UPC-E, UPC-E1, EAN-13 or EAN-8 bar code is

the checksum. For reference, these are the methods of calculation:

Checksum calculation for UPC-A, EAN-13 and EAN-8

Use Worth Data’s phone number (it's not a real UPC-A code) as sample data:

18314589938

Assign even and odd positions, starting at the right and moving left:

odd even odd even odd even odd even odd even odd

1. Starting with the leading digit, 8, take the sum of all the characters in the

odd positions.

8 + 9 +8 + 4 + 3 + 1 = 33

2. Multiply the result of step 1 by 3.

33 x 3 = 99

3. Now take the sum of all the even-position characters.

3 + 9 + 5 + 1 + 8 = 26

4. Add the result in Step 2 to the result in Step 3.

99 + 26 = 125

5. Subtract the result from the next higher multiple of 10.

Next higher multiple of 10 over 125 = 130

130 - 125 = 5

5 is the Modulo-10 check character. The data to be printed becomes:

183145899385

This same formula is used for EAN-13 (using the 1-12 digits) and EAN-8 (using

the 1-7 digits).

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UPC-E Checksum Calculation

Use the sample data of 123456 to demonstrate the UPC-E checksum calculation:

1. The 6 digit UPC-E code is converted to a 10-digit code, using an expansion

scheme based on the sixth digit:

If the code

ends in:

UPC-E data

Insertion digits

Insertion 10 digit code

Position

abcde0

abcde1

abcde2

abcde3

abcde4

abcde5

abcde6

abcde7

abcde8

abcde9

0 0 0 0 0

1 0 0 0 0

2 0 0 0 0

0 0 0 0 0

0 0 0 0

ab 0 0 0 0 0 cde

ab1 0 0 0 0 cde

ab2 0 0 0 0 cde

abc0 0 0 0 0 de

abcd 0 0 0 0 0 e

abcde 0 0 0 0 5

abcde 0 0 0 0 6

abcde 0 0 0 0 7

abcde 0 0 0 0 8

abcde 0 0 0 0 9

Because the sample UPC-E code ends in a 6, the insertion digits 0000 are inserted

at the sixth digit (insertion position 6):

1234500006

2. Add the Number System Character of 0 to the sample data:

01234500006

3. Use the UPC-A check digit calculation described in the previous section to

produce a check digit as if it were a UPC-A code. The check digit for the

sample data is:

4. The complete 8 digit code consists of the Number System Character, the

original 6 digit code and the check digit:

01234565

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Appendix I

MSI/Plessey Specifications

Plessey is a variable length numeric only bar code. MSI Bar Code is a variable

length, numeric-only code with an automatically appended Modulus 10 check

digit. MSI is sometimes called Modified Plessey Code. If the user specifies an

additional check digit, the MSI code can be 14 digits long, otherwise it has a

maximum length of 13 characters. This is how the MSI check digit(s) are

calculated:

The MSI Mod 10 check digit is calculated as follows:

The example bar code data is:

82345

1. Form a number from the odd positions, starting in the units position.

835

2. Multiply the new number by 2

(835) x 2 = 1670

3. Add the digits of product

1 + 6 + 7 + 0 = 14

4. Add the even digits of the original number to the result in 3

2 + 4 + 14 = 20

5. Subtract the result from the next highest multiple of 10

20 - 20 = 0

6. New Check Digit

7. Data with check digit is:

823450

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The MSI Mod 11 check digit is calculated as follows:

The example bar code data is:

943457842

1. Assign a checking factor to each number, starting with the units position of

the number (in this example, the 2) up to the highest order position (the 9).

Use checking factors of:

2,3,4,5,6,7,2,3,4,5,6,7...

2. Multiply the checking factor with its assigned number and add the products:

4 + 12 + 32 + 35 + 30 + 28 + 6 + 12 + 36 = 195

3. Divide the sum by 11

195/11 = 17 remainder 8

4. Subtract remainder from 11

11 - 8 = 3

5. New Check Digit

(If the remainder is 10, no check digit is added.)

6. Data with check digit is:

943457823

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Appendix J

Code 93 Specifications

Code 93 is variable length, continuous, bi-directional, compact code. Code 93 is

an alphanumeric bar code which consists of 43 data characters (0-9,A-Z,$/+%.-

and Space), 4 control characters, and a unique start/stop character. The entire set

of 128 ASCII characters is represented in Code 93 using combinations of control

characters and data characters.

The control characters are

and

. Full ASCII 93 is created

by pairing these control characters with normal data characters. It is almost

identical to the pairings for Code 39; Code 39 uses

Carriage Return (ASCII 13) character -- Code 93 uses

Carriage Return.

$M to produce

M to produce the

Code 93's two built-in check digits greatly minimize the possibility of reader

substitution errors. These check digits are never transmitted by the bar code reader.

Code 93's Start and Stop characters are also never transmitted.

If you have not decided which bar code type to use for your application and are

considering using Code 93, while we agree that Code 93 is an excellent code, we

believe that Code 128 is generally preferable because:

1. Code 93 does not have the numeric compression capability that 128 does,

and

2. Code 93 requires pairings to make all Full ASCII characters while 128 does not.

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Appendix K

ASCII Code Equivalent Table

The 128 ASCII codes and their 3 digit decimal equivalents are detailed in the

table below.

Char hex ASCII

SP 20

Char hex ASCII

NUL 00

SOH 01

STX 02

ETX 03

EOT 04

ENQ 05

ACK 06

BEL 07

BS 08

HT 09

000

001

002

003

004

005

006

007

008

009

010

011

012

013

014

015

016

017

018

019

020

021

022

023

024

025

026

027

028

029

030

031

032

033

034

035

036

037

038

039

040

041

042

043

044

045

046

047

048

049

050

051

052

053

054

055

056

057

058

059

060

061

062

063

064

065

066

067

068

069

070

071

072

073

074

075

076

077

078

079

080

081

082

083

084

085

086

087

088

089

090

091

092

093

094

095

‘

096

097

098

099

100

101

102

103

104

105

106

107

108

109

110

111

112

113

114

115

116

117

118

119

120

121

122

123

124

125

126

127

“

‘

(

)

CR 0D

SO 0E

[

DLE 10

DC1 11

DC2 12

DC3 13

DC4 14

NAK 15

SYN 16

ETB 17

CAN 18

EM 19

SUB 1A

ESC 1B

}

;

]

GS 1D

RS 1E

US 1F

DEL 7F

K-1

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Appendix L

Firmware Upgrades

This section applies only to the WDP P11/12 and the WDP P01, the separate external

box decoder models. It does not apply to the Integrated WDP Models.

Occasionally it will be necessary to get firmware fixes for problems discovered with

the external WDP Reader, especially in the early stages of each advance in

development. This is accomplished replacing the EPROM, a chip which is to

replace the similar chip on the board of the WDP's decoder box. The EPROM

chip on the board is labeled with a white paper label to indicate the firmware

version and to communicate the "Copyright Notice".

To replace the EPROM, remove the cover to the WDP decoder box according to

instructions in Appendix A (see the diagram below).

unscrew

tilt screw and pull up to open lid

If you have a Integrated models of the WDP, you will have to send the unit back

for a firmware change at the factory.

Remove the EPROM by gently prying with a small flat head screw driver --

alternate ends to keep from bending the metal legs.

Worthington Data Solutions

Eprom

79 WDP 5207

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Before inserting the new EPROM, notice that the EPROM has a small groove in

one end; the end with the groove in it must match the groove in the socket which

it is to be inserted into. Don't insert the chip backwards -- line up the groove in

the chip to be on the same side as the socket's groove.

You may need to slightly bend into the center the legs of the EPROM so that they

can be inserted into the socket. Place the chip into the socket and begin to lightly

push the chip into the socket. Unless you check, you may bend one of the leads

not in a hole underneath the chip -- making your Reader disfunctional. Once you

are sure all legs are positioned into the holes correctly, you can push hard until the

chip is firmly positioned into the socket.

After turning the re-powering the WDP by plugging back in the "Y-Cable", you

should hear 3 beeps. This indicates that the EPROM has been successfully

installed. If it doesn't beep three times, immediately unplug the "Y-Cable" and

remove the EPROM and check for bent legs. Also be certain you have not placed

it in upside down, (not matching the notches). If you have placed it upside down

and were a little slow in removing power, you probably have burnt out the EPROM

and will have to replace it before proceeding.

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