Welch Allyn SCANTEAM 2000 WEDGE User's & Technical Manual
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Welch Allyn SCANTEAM 2000 WEDGE User's & Technical Manual

Welch Allyn SCANTEAM 2000 WEDGE User's & Technical Manual

Commercial/retail wedge decoder
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Summary of Contents for Welch Allyn SCANTEAM 2000 WEDGE

  • Page 1 Commercial/Retail Wedge Decoder...
  • Page 2 Welch Allyn reserves the right to make changes in specifications and other information contained in this document without prior notice, and the reader should in all cases consult Welch Allyn to determine whether any such changes have been made. The information in this publication does not represent a commitment on the part of Welch Allyn.
  • Page 3 E 1998 Welch Allyn, Inc. All rights reserved.
  • Page 4 Caution: Any changes or modifications made to this device that are not expressly approved by Welch Allyn, Inc. may void the user’s authority to operate the equipment. Note: To maintain compliance with FCC Rules and Regulations, cables connected to this device must be shielded cables, in which the cable shield wire(s) have been grounded (tied) to the connector shell.
  • Page 5 Dallam Court Dallam Lane Warrington, Cheshire WA2 7LT England Welch Allyn shall not be liable for use of our product with equipment (i.e., power supplies, personal computers, etc.) that is not CE marked and does not comply with the Low Voltage Directive.
  • Page 6 Welch Allyn’s published specifications during a period of two (2) years from the time of shipment by Welch Allyn, Inc. to the user or the time it is purchased from any of Welch Allyn, Inc.’s Authorized Distributors.
  • Page 7 Limited Warranty...

  • Page 8: Table Of Contents

    TABLE OF CONTENTS Chapter Page STATEMENT OF AGENCY COMPLIANCE LIMITED WARRANTY INTRODUCTION xiii CHAPTER 1 – SCANTEAM 2000 DECODER DESCRIPTION 1–1 1.1 Introduction 1–1 1.2 System Hardware Overview 1–2 1.2.1 Connection Options 1–2 1.2.2 Serial Wedge Capability 1–4 1.2.3 Cloning 1–4 1.2.4 Interface Cables/Connectors 1–7...

  • Page 9: Chapter Page

    4–34 4.10.2 Data Formatter Priority/Hierarchy 4–36 4.11 Editor Command Sequences 4–36 4.11.1 Editing Command Examples 4–38 4.12 Welch Allyn – DCA Coded ASCII Protocol 4–42 4.12.1 DCA Character Representation 4–42 4.12.2 Programming Example – Retail 4–43 4.13 MSR Data 4–44 4.14 Keyboard Layouts and Delimiters...
  • Page 10 Chapter Page APPENDIX A – BAR CODE BASICS AND SCANNING TECHNIQUES A–1 A.1 A Closer Look at Bar Code Symbols A–1 A.2 Bar Code Scanning A–1 A.3 Learning How to Use a Bar Code Scanner A–3 A.3.1 Wand Type Scanner A–4 A.3.2 Laser Type Scanner A–5...
  • Page 11 viii Table of Contents...
  • Page 12 LIST OF FIGURES AND TABLES Figures Page SCANTEAM 2000 DECODER DESCRIPTION Figure 1.1 Keyboard Wedge Connection 1–2 Figure 1.2 Direct Connection 1–3 Figure 1.3 Cloning Example 1–5 Figure 1.4 Clone Cable Pin Layout 1–6 HARDWARE DESCRIPTION Figure 2.1 Front/Rear Panel Layout 2–1 Figure 2.2 Power Configuration 2–6...
  • Page 13 Figures Page APPENDIX C – CONNECTING THE 2000/R TO POS AND PC TERMINALS NCR 2151 Interface Cable Installation Figure C.1 C–1 Figure C.2 C–2 Figure C.3 C–3 Figure C.4 C–3 Figure C.5 C–4 Figure C.6 C–5 Figure C.7 C–5 NCR 2152 Interface Cable Installation Figure C.8 C–7 Figure C.9...
  • Page 14 Tables Page PROGRAMMING THE DECODER Table 4.1 Beeper Sequence and Meaning 4–1 Table 4.2 Country Codes 4–16 Table 4.3 Industrial Codes 4–18 Table 4.4 Retail Codes 4–21 Table 4.5 Retail Keyboard Wedge Terminal Types 4–33 Table 4.6 Data Formatter Priority 4–36 Table 4.7 DCA Conversion Table 4–42...
  • Page 15 List of Figures/Tables...
  • Page 16 SCANTEAM 2000 DECODER TECHNICAL MANUAL INTRODUCTION The SCANTEAM 2000 Series Decoders are used in both the retail and the commercial environments. The retail environment includes point–of–sale uses, while the commercial environments include industrial type applications (e.g., time and attendance information gathering). Both the retail and the commercial applications of the SCANTEAM 2000 Series Decoders are described in this technical manual.
  • Page 17 Appendix A is a guide to bar code basics and scanning techniques. Appendix B provides information about mechanical, electrical, and bar code label specifications. Appendix C describes how to connect the 2000/R(etail) decoder to point–of–sale and PC terminals. Appendix D lists keyboard function relationships and cable part numbers for the 2000C(ommercial) decoder.

  • Page 18: Introduction

    SCANTEAM 2000 DECODER DESCRIPTION 1.1 Introduction The SCANTEAM 2000 Series Decoder is a convenient and cost effective means of adding bar code, mag stripe, and RS–232D data entry capabilities to point–of–sale terminals, CRT terminals, and personal computers. The SCANTEAM 2000 Series decoder is a menu programmable bar code and magnetic stripe reader designed to connect to the terminals listed in Table 1.1.

  • Page 19: System Hardware Overview

    Note: These terminal interfaces reflect the current level of firmware. New interfaces may be added to those listed in Table 1. Contact Customer Service for an updated list. 1.2 System Hardware Overview (2000/R and 2000/C) The basic SCANTEAM 2000 system includes connectors that are compatible with a bar code scanner, a magnetic stripe reader, RS–232D Aux port, and terminal and PC interface cables.
  • Page 20 In this configuration the SCANTEAM 2000 provides a transparent interface between the keyboard and the keyboard input port of the terminal or PC. Output data format from the decoder unit is programmed using a bar code programming menu. When installed, bar code symbols decoded by the SCANTEAM 2000 are translated to corresponding keyboard keycodes and sent to the keyboard input port of the terminal or PC.

  • Page 21: Serial Wedge Capability

    1.2.2 Serial Wedge Capability ( 2000/ C Only) The SCANTEAM 2000/C may also be used as a serial wedge. In this configuration the SCANTEAM 2000/C is hooked to both a terminal and a host computer. The decoded information is displayed on the terminal and gathered and disseminated on the host.
  • Page 22 Terminal “Source” Wedge “Destination” Wedge Figure 1.3 Cloning Example Note: If you are using the cloning feature, make sure that the “source” wedge is at the latest firmware revision level. If you are going to use the cloning capability, make sure that the “source” wedge is at the latest revision level of firmware.
  • Page 23 After you check the parity, baud rate, and RS–232D chip compatibility, you would scan the bar code below. The “source” wedge sends a Syn Del Return message to the “destination” putting it in cloning mode. Cloning Bar Code Caution: DO NOT scan this bar code unless you are going to clone a wedge.

  • Page 24: Interface Cables/Connectors

    1.2.4 Interface Cables/Connectors The SCANTEAM 2000/R is configured for a particular interface by connecting the correct interface cable. The unit supports OCR interfaces with +5V only pull–ups in the host device. Higher voltage pull–ups may damage the SCANTEAM 2000 output chips. The SCANTEAM 2000/C is configured by scanning the proper terminal ID from the Programming Menu and by connecting the proper interface cable.

  • Page 25: Memory Tests

    Decoder for the beeper sequence and meaning. 1.4 Scanning Devices The SCANTEAM 2000 is compatible with all Welch Allyn contact and non–contact bar code scanners, including bar code contact wands, laser guns, CCDs, and swipe readers. In addition, the product offers a dedicated port for magnetic stripe scanning applications and supports “triple track”...

  • Page 26: Chapter 2 - System Hardware Description

    Compatible with all Welch Allyn wand, CCD, or laser scanners. MAG (Magnetic Stripe Reader) – Standard 8–pin modular connector. This is a dedicated port for use only with a Welch Allyn one–, two–, or three–track Magnetic Stripe Reader (MSR). Hardware Description...

  • Page 27: Terminal Interface Cable

    AUX (Auxiliary) – Standard 6–pin modular connector. Adds RS–232D input/output capability to the SCANTEAM 2000. INTERFACE – 40–pin high density connector. Universal port for attaching the Terminal Interface Cable. PWR (External Power Supply) – 4–pin, mini–din connector. For SCANTEAM 2000 applications which require an external +5VDC power supply.

  • Page 28: Auxiliary Port

    2.4 Auxiliary Port 2.4.1 Description The SCANTEAM 2000 Auxiliary port is a 6–pin modular connector on the rear panel of the decoder. It is only supported if the SCANTEAM 2000 is equipped with an option chip configured for Aux RS–232D. The function of this port is to transmit RS–232D data with RTS/CTS handshake and receive the same according to the protocols outlined in Chapter 4, Programming the Decoder.

  • Page 29: Transmit Operation

    2.5 Scanner Ports The SCANTEAM 2000 features two scanner ports that are compatible with all Welch Allyn industrial grade digital wand–type scanners, as well as the Welch Allyn Model 5500 Series and 3000 CCD scanners. Some non–Welch Allyn scanners may also be supported.
  • Page 30 Track 1 Record Formats Track 2 Record Formats Max. Record Length = 79 Char. Max. Record Length = 40 Char. Length Name of Field Length Name of Field Start Character (%) Start Character (;) Format Character 13 or 16 Primary Acct Number 13 or 16 Primary Acct Number Field Separator (=)

  • Page 31: Power Requirements

    2.7 Power Requirements 2.7.1 Keyboard Wedge Applications When the SCANTEAM 2000 functions as a keyboard wedge, you may choose to have the terminal supply power through the keyboard interface connector. The SCANTEAM 2000 Decoder needs +5VDC +/–10% and draws approximately 140 milli–Amps when connected to a terminal with a wand scanning device.

  • Page 32: Rs-232D Auxiliary Port

    RS–232D Auxilliary Port The SCANTEAM 2000 can supply power to or be powered by a connected device on the Aux Port with +5VDC available on pin 6. Note: In many keyboard wedge applications, the terminal is capable of supplying reasonably stable +5VDC power. The SCANTEAM 2000 has a power monitor circuit which monitors the +5VDC line and shuts down the microprocessor when voltage drops below +3.9VDC.
  • Page 33 2–8 Hardware Description...

  • Page 34: Chapter 3 - Set-Up And Installation

    SET–UP AND INSTALLATION 3.1 Preparation The SCANTEAM 2000 Decoder and its associated components, including scanning devices and interface cables, are bulk shipped in individual corrugated cartons. Upon receipt, you should open each carton and check the contents and part numbers to confirm that each item on the packing list has been supplied in the proper quantity.
  • Page 35 (2) Attach the decoder to the terminal. (a) Locate the “Y” interface cable shipped with the 2000/C and verify that it is the correct number. Cable part numbers are provided in Appendix D.16 and on the page facing the Terminal Selection instructions in the SCANTEAM 2000 Programming Menu.
  • Page 36 (d) Complete the cabling procedure by inserting the remaining long leg of the “Y” interface cable (C) into the terminal keyboard connector. (Connector from which the keyboard cable was removed.) (3) Position the 2000/C so that all cables run freely and smoothly. If desired, the decoder can be secured to the terminal cabinet or table top using the mounting strips supplied with the unit.

  • Page 37: 2000/R Set-Up

    These procedures have been developed and tested by Welch Allyn engineers. (b) When the terminal end of the interface cable has been installed, plug the 40–pin high density connector of the interface cable into the 40–pin high density connector labeled INTERFACE on...
  • Page 38 HRL 5510 Laser Interface Cable 40 Pin Connector (Magnetic Stripe Reader) 8 Pin Modular Connector Welch Allyn SCAN- TEAM 2000 Scanner Figure 3.2 SCANTEAM 2000 Connections (3) Plug the scanning device, either a CCD scanner, moving beam laser, or hand held wand into the 9–pin male squeeze D connector labeled SCAN 1 or SCAN 2.
  • Page 39 This completes set–up and installation of the SCANTEAM 2000 Decoder. You are now ready to configure the unit for your particular application. Instructions for configuring the SCANTEAM 2000 using the Programming Menu are provided in Chapter 4, Programming the Decoder. 3–6 Set–up and Installation...

  • Page 40: Chapter 4 - Programming The Decoder

    PROGRAMMING THE DECODER Before the SCANTEAM 2000 decoder can be placed in operation, it must be programmed for the particular application by scanning bar code symbols from the Programming Menu. The information and data format instructions are stored in non–volatile memory when the programming session is exited.

  • Page 41: The Programming Menu

    4.2 The Programming Menu The Programming Menu is divided into nine main sections: (1) Terminal Selection, (2) Output Parameters, (3) Industrial Codes, (4) Retail Codes, (5) Auxiliary Port, (6) Data Formatter, (7) Status Check, (8) the Bar Code Chart, and (9) Code 3 of 9 Symbols. Each section contains a menu page(s) which lists certain decoder parameters and defines the scanning sequences for selecting specific configuration options.

  • Page 42: Programming Menu Page

    4.2.1 Programming Menu Page A typical programming menu page is shown in Figure 4.1. CODE SCANTEAM 2000 Programming Menu SELECTION II (RETAIL) USE THIS PAGE To select the pre–programmed asterisked (*) values by scanning DEFAULT symbol. To enable or disable listed code selections. scan selections scan...
  • Page 43 All of the SCANTEAM 2000 programming menu pages follow a similar layout and contain the same basic programming elements. (1) A “USE THIS PAGE” statement indicates the general programming capabilities which appear on that menu page. (2) The SELECTIONS/VARIABLES table lists primary programming selections, variables which can be used to modify the basic selection, and the bar code scanning sequence that must be used to configure the decoder to these values.

  • Page 44: The Bar Code Chart

    4.2.2 The Bar Code Chart The SCANTEAM 2000 Bar Code Chart is shown below in Figure 4.2. BAR CODE CHART SCANTEAM 2000 Programming Menu USE THIS PAGE In combination with the adjoining menu pages to program the 2000. The bar codes on this page correspond to symbols in shaded areas on adjoining menu pages. SCAN these bar codes in the sequence indicated on menu page to program desired selections and variables.

  • Page 45: Recommended Programming Sequence

    Note: The bar codes must be scanned through the SCANTEAM 2000 Scanner Port; the decoder cannot be configured using the magnetic stripe reader or RS–232D input device. A Welch Allyn wand scanner is best for this purpose. 4.3 Recommended Programming Sequence The SCANTEAM 2000 operating parameters can be programmed in any order by moving from one menu page to another.

  • Page 46: Terminal Selection Menu Page

    4.4 Terminal Selection Menu Page The Terminal Selection page of the Programming Menu is used to configure the decoder for operation with a specific terminal device, or to instruct the decoder to output data through the RS–232D Aux port. No default parameters are included on this menu page.

  • Page 47: Output Parameters Menu Page

    4.5 Output Parameters Menu Pages The Output Parameter Menu pages of the programming menu is used to configure beeper volume and tone, enable an inhibit check function, specify that a secondary keyboard type is being used, and set intercharacter and intermessage delays. An explanation of programmable selections follows.
  • Page 48 4683 I/O Port Selection (SCANTEAM 2000/R ONLY) This menu selection permits you to specify the type of input port of an IBM 4683 POS terminal to which the SCANTEAM 2000 should respond. Unless programmed otherwise, the SCANTEAM 2000 defaults to accept signals from Port 5B.
  • Page 49 4.5.1 Output Parameters Continued Preamble Preambles are assigned to a particular symbology using the SCANTEAM 2000 Series Programming Menu. When the preamble selection is enabled, one or more characters are transmitted as a header immediately preceding scanned bar code data. Any combination of ASCII characters or function codes can be programmed.
  • Page 50 In many bar code data collection systems the Input Inhibited condition is communicated to the operator on the terminal screen. However, since the SCANTEAM 2000 can emulate the operator’s action of sending data to the host CPU which could generate an Input Inhibit condition, the Input Inhibit condition must be monitored by other than visual means if available.
  • Page 51 Function Codes When this menu selection is enabled, and function codes are contained within the scanned data, the SCANTEAM 2000 transmits the key code to the terminal which corresponds to the decoded ASCII function code. ASCII function codes are represented by the HEX values (00–1F). When the Function Codes selection is disabled, the decoder does not transmit the key codes which correspond to the HEX characters 01–1F unless they are in preambles or postambles.
  • Page 52 CASE 1 – Function Codes “Enabled” With the Scanner Port Function Codes enabled, the SCANTEAM 2000 outputs 1234HT5678 to the terminal as: 1 2 3 4 “TAB ”5 6 7 8 ENTER preamble postamble Notice that Keyboard Function Code, HT, has been translated and sent as the TAB key.
  • Page 53 (3) When Keyboard Function Records are entered, any Preambles/Postambles which may have been programmed will not be added to the output transmission. Example – Keyboard Function Records (Commercial Application) The following examples illustrate the effect of Keyboard Function Records on data transmission when used in conjunction with the Scanner Port and the Aux Port.
  • Page 54 Wand/Laser Port Modes Laser Timeout When Laser Timeout is enabled, the SCANTEAM 2000 turns off power to the laser scanner 4 seconds after the trigger has been pulled and a valid decode is not accomplished. Power to the laser is not restored until the trigger is released and pulled again.
  • Page 55 Country Code United States 00 (Default setting) Belgium Denmark/Finland/Norway/Sweden France Germany/Austria Italy Switzerland United Kingdom Denmark (WYSE 30, 60) Norway (WYSE 30, 60) Spain Table 4.2 Country Codes As a general rule, the following characters are not supported by the SCANTEAM 2000 for countries other than the United States: @ | $ # ^ ‘{ } [ ] = / \ <...
  • Page 56 The scanning sequence to program these operating parameters would be: FUNCTION SELECTION VARIABLE Enter Menu Page ENTER Set DEFAULT Values DEFAULT Set Beeper Volume/Tone To level “1010” Specify Secondary (CAPS LOCK) Keyboard Set Intercharacter Delay To 10 milliseconds Set Interfunction Delay VIII To 50 milliseconds Set Intermessage Delay...
  • Page 57 4.6 Code Selection I (Industrial) Menu Page The SCANTEAM 2000 autodiscriminates between the following Industrial symbologies: CODABAR, Code 3–of–9, Interleaved 2 of 5, 2–of–5, Matrix 2 of 5, Code 11, Code 93, Code 128, and Code 16K. All codes can be disabled or enabled via the programming menu. When a code is disabled, the unit ignores any scans of that particular code.
  • Page 58 Example: Configure the SCANTEAM 2000 to decode the following symbologies: Code 39: Maximum Length = 14 Minimum Length = 8 Start/Stop: Transmit Check Digit: Required Check Digit: Transmit Full ASCII: Yes Code 128: Maximum Length = 12 Minimum Length = 6 Refer to the Selections/Variables options on the CODE Selection I Industrial page of the Programming Menu.
  • Page 59 Set Start/Stop Characters To Transmit Set Check Char Required To Required Set Check Digit To Transmit Set Full ASCII To enabled Set Code 128 VIII To enabled Set Minimum Length To 6 Set Maximum Length To 12 Leave Menu Page EXIT –...

  • Page 60: Code Selection Ii (Retail) Menu Page

    4.7 Code Selection II (Retail) Menu Page The SCANTEAM 2000 autodiscriminates between the following Retail symbologies: UPC, EAN, MSI and Plessey and their variations. All codes can be disabled or enabled via the programming menu. When a code is disabled, the unit ignores any scans of that particular code, and no error signal (beep) is issued.
  • Page 61 For example, consider the decoded UPC–E data message 078349. The number system digit and check digit transmissions are disabled. When the “compressed” option is enabled, data will be transmitted as 078349. If the “expanded” option (Version E Expand) is enabled, the same data message will be transmitted as 0783400009.
  • Page 62 Enable UPC Version E 1 Disable Check Digit Xmit Disable # System Xmit Enable UPC–E Expanded Disable 2–digit Addenda Disable 5–digit Addenda Disable EAN Disable EAN/JAN 13 Disable EAN/JAN 8 Disable UPC & EAN Addenda Required Disable MSI Disable Plessey Leave Menu Page EXIT Note:...

  • Page 63: Auxiliary Port

    4.8 Auxiliary Port The AUXILIARY PORT menu page is used to configure the baud rate, parity, data length,and protocol for the Auxiliary RS–232D Port. Baud Rate Baud rate is a means of expressing data transmission speed. The Baud rate must match that of the device with which you are communicating. The programming selection permits the user to specify any of the eight (8) values including 300, 600, 1200, 2400, 4800, 9600, 19,200, and 38,400 baud.
  • Page 64 Start of BLOCK (SOB) (2000/C) The Start of Block Character is one of the characters 01h–7Fh that indicates the start of a block of data within a SCANTEAM 2000/C Aux Port data block. End of Block (EOB) (2000/C) The End of Block Character is one of the characters 01h–7Fh that indicates the end of a block of data within a SCANTEAM 2000/C Aux Port data block.
  • Page 65 Burst Protocol (2000/C) When programmed for Burst Protocol, the SCANTEAM 2000/C receives data from a device “in bursts” (i.e., data that is not blocked by the sending device). The maximum size of the burst is controlled by the SCANTEAM 2000/C. Unless an overflow condition exists, the maximum record size with a burst is approximately 253 characters, inclusive of preambles, postambles, record, and a one character delimiter.
  • Page 66 ACK/NAK Protocol (2000/C) The SCANTEAM 2000/C can be programmed to receive data in one of two ACK/NAK protocols –– record mode or block mode. Record Mode (2000/C) When operating in Record Mode, the SCANTEAM 2000/C receives data in single records. Each record may contain up to 253 characters including preamble, postamble, and a one character delimiter.
  • Page 67 Block Mode (2000/C) When Block Mode operation is selected, each data entry is transmitted on a per line basis until a End of Block (EOB) is received from the sending device. The SCANTEAM 2000/C strips data out of a block one record at a time and sends the data to the terminal until either of the following conditions occurs: 1) an EOB is received indicating the end of data;...
  • Page 68 AUX Port Signal Specifics Use the following information to ensure the communications and handshake lines of the interface cable are properly configured for use with the selected sending device. The SCANTEAM 2000/C is configured as a DTE (Data Terminal Equipment). Tx –...
  • Page 69 Scan Bar Code Output To Terminal Send Solicit Message To Peripheral Timeout Abort Wait (4 Seconds max) Send AUX Data To Terminal Figure 4.3 One–For–One Flow On Match When a bar code input is matched to the character string programmed using the Solicit On Match Code option, the solicit message is sent to the Aux Port.
  • Page 70 Scan Barcode Scan = Match String Send Solicit Message To Peripheral Timeout Abort Wait (4 seconds max.) Send AUX Data to Terminal Figure 4.4 On Match Flow Solicit Message The solicit message is transmitted to the RS–232D device. The solicit message may consist of any of the standard ASCII set (01–7Fh).

  • Page 71: Data Formatting

    Solicit Match String The solicit match string may consist of any of the standard ASCII set (01–7Fh). The match string is compared to the incoming bar code data to identify a “Solicit Aux Data” requirement. CTS Check (Transmit) (2000/R) This menu selection will enable the 2000/R to look at the CTS (Clear to Send) line or disable the 2000/R from looking at the CTS line during data transmission through the aux port only.

  • Page 72: Data Formatter Editor Selections

    4.10 Data Formatter Editor Selections Terminal Type Selections Data Formatting applies to all SCANTEAM 2000 interfaces that require data editing. Terminals are identified and programmed by a two–digit terminal identifier. The identifiers for the SCANTEAM 2000 are found on the Terminal Selection page (page 3) of the SCANTEAM 2000 Series Programming Menu.

  • Page 73: Programming Example

    Retail Point of Sale Terminal Programming (“Plug and Play”) *(2000/R Special Note)* To program the 2000/R for IBM 4683, OCIA and OCR “Plug and Play” operation, scan the default bar code on the DATA FORMATTER page in the 2000 Programming Menu. Upon defaulting the DATA FORMATTER page, the decoder firmware will check the programming pins and/or the terminal I.D., plus any other specific options to determine the desired interface, and then set up the Data Formatter, preambles and postambles for...
  • Page 74 Example: Alternate Format To provide a means of scanning an altered price tag, you must program an Alternate Format selection. The original selling price has been encoded into the barcode label and the floor markdown was identified by crossing out the human readable price on the label and handwriting the new price below it.

  • Page 75: Data Formatter Priority/Hierarchy

    4.10.2 Data Formatter Priority/Hierarchy After you have entered all of the data formatting information (i.e., terminal type selection, code identification, length, etc.), and you scan a bar code symbol, internal processing takes place to determine if the code can be read.
  • Page 76 COMMAND ACTION Send all characters followed by “XX” key or function code, starting from current cursor position. ** Syntax = F1XX XX = HEX ASCII character or function code 00–FE HEX Send “NN” characters followed by “XX” key or function code, starting from current cursor position.

  • Page 77: Editing Command Examples

    4.11.1 Editing Command Examples Commercial Application Scenario: You have a requirement to read two sequential bar codes of fixed length (12 characters) which will be printed in Code 39. The first scanned code must have the characters “0” and “6” in the first and second positions respectively.
  • Page 78 Scan XX and Yes. Scanning XX and Yes clears previous formats as a precautionary measure. Scan II. 03 for terminal type (PC) 62 for Symbology Code ID (Code 39 primary from Symbology Chart on page 4 of the Programming Menu.) 99 for length (variable) FE 30 FE 36 F7 F1 0D F4 0D O1 FF (Format for 1st label.
  • Page 79 Second Format On the Data Formatter page of the Programming Menu: Scan II to enter the data format. Scan 03 for the terminal type (PC). Scan 62 for Symbology (Primary symbology identification from the Symbology Chart on page 4 of the Programming Menu. Scan 99 for variable length.
  • Page 80 Retail Application On the Data Formatter page of the Programming Menu: Scan II to enter the data format. Scan 07 for terminal type (IBM 3683). Scan 6A for Symbology (Primary Symbology identification from the Symbology Chart on page 4 of the SCANTEAM 2000 Programming Menu.) Scan 19 for fixed length.

  • Page 81: Dca Character Representation

    (2) keyboard digit keys. When a Track option is enabled (YES), each MSR data character will be transmitted to a keyboard wedge/OCR interface as two (2) numeric keystrokes/characters as defined by the Welch Allyn DCA protocol. 4–42 Programming the 2000 Decoder...

  • Page 82: Programming Example - Retail

    4.12.2 Programming Example – Retail The following example is an application for a point–of–sale IBM 3683, 35–key terminal. Track 1 data represented in DCA format is card holder’s name only. On the Data Formatter page of the Programming Menu: Scan II to enter the data format. Scan 07 for terminal type (IBM 3683).

  • Page 83: Msr Data

    4.13 MSR Data MSR Start/Stop Character XMIT This selection allows the user to enable (Yes) or disable (No) the transmission of the MSR Start/Stop character. Record Format Tables for Track 1, Track 2, and Track 3 are shown in Table 4.8. Track 1 Record Formats Track 2 Record Formats Max.
  • Page 84 MSR LRC Character XMIT This selection allows the user to enable (Yes) or disable (No) the transmission of the MSR LCR character. Refer to Table 4.8. MSR Track Selection The Track 1, 2, and 3 Enable Selections allow you to enable or disable any or all of the tracks.

  • Page 85: Keyboard Layouts And Delimiters

    4.14 Keyboard Layouts & Delimiters A delimiter is the unique keycode generated by a particular terminal key whenever it is depressed. Every key on the keyboard is assigned its own code. The terminal uses these codes to identify the key that was depressed, and the function that key represents.

  • Page 86: Chapter 5 - Service/Technical Assistance

    Welch Allyn provides service for its decoder products through a service center located at its manufacturing facilities in Skaneateles, New York. To obtain warranty or non–warranty service you should return the decoder to Welch Allyn, Inc., postage paid. A copy of the dated purchase record must be attached. 5.1.1 Service Under Warranty The SCANTEAM 2000 decoder carries a 2–year warranty (from the date...
  • Page 87 “not to exceed” price for repair. However, customers will be billed only for the actual service costs. In the United States, please contact Welch Allyn, Inc. at the address or telephone number listed below to obtain a return material authorization number (RMA number): Welch Allyn, Inc.
  • Page 88 For service in Asia, please contact your Welch Allyn representative (at address below) or your local distributor. Welch Allyn, Hong Kong Office 10/F Tung Sun Commercial Centre 194–200 Lockhart Road Wanchai, Hong Kong Telephone: Int+852–2511–3050 or 2511–3132 Fax: Int+852–2511–3557 Technical Support...
  • Page 89 Service/Technical Assistance 5–4...

  • Page 90: Appendix A - Bar Code Basics And Scanning Techniques

    BAR CODE BASICS AND SCANNING TECHNIQUES A.1 A Closer Look At Bar Code Symbols The illustration at the right shows a typical bar code symbol. If you look at it closely, you’ll see it is composed of a series of dark lines (bars) and white areas (spaces) of various widths.
  • Page 91 Wand Scanner Magnetic Stripe Reader CCD Scanner Bar Code Badge Reader Laser Scanner Figure A.1 Common Scanner Types All scanners use optical systems which are protected by “windows” at the scanning end to read the bar code symbol. On wand scanners, the window is located in the tip.

  • Page 92: Learning How To Use A Bar Code Scanner

    A.3 Learning How To Use A Bar Code Scanner Before using any scanner, make sure the symbol is of good quality and that the optic area of your scanner is clean. Any dirt or specks in the bar code symbol or on the scanner optics may prevent it from reading accurately. Even a symbol that is smudged during printing, or gets wrinkled when it is applied to an object can cause a reading problem.

  • Page 93: Wand Type Scanner

    A.3.1 Wand Type Scanner When you are using a wand–type scanner, you can scan by moving the wand in either direction, left–to–right or right–to–left, but the tip of the wand must always remain in contact with the symbol surface. (1) Begin by holding the wand in your hand at a comfortable tilt angle, (from 10 to 30 degrees), just like you were...

  • Page 94: Laser Type Scanner

    A.3.2 Laser Type Scanner Laser scanners are referred to as “non–contact” because they do not have to touch the symbol surface in order to read the bar code. The operation of most laser–type scanners is controlled by a “trigger.” When the trigger is pulled, a visible red beam appears to help you aim the scanner.

  • Page 95: Ccd Type Scanner

    A.3.3 CCD Type Scanner The CCD laser scanner is called a “near contact” scanner since it scans automatically when it comes in near contact with the bar code symbol. It permits efficient reading of bar code symbols that are attached to irregular surfaces such as bottles, fabrics, and flexible cellophane packaging.

  • Page 96: Magnetic Stripe Reader

    A.3.4 Magnetic Stripe Reader Another type of scanning device is a magnetic stripe reader, or MSR. The most common use of a mag stripe reader is reading the account number stored on the magnetic stripe on the back of most credit cards. When using a MSR you won’t have to read the number off the card and key it in the terminal.

  • Page 97: Bar Code Badge Reader

    A.3.5 Bar Code Badge Reader Another type of scanning device is a bar code badge reader, or BCR. The BCR is different than most other optical scanners in that you can’t easily see the “read window.” It is housed in the wide side of the unit, facing toward the slot.

  • Page 98: Caring For Your Scanner

    A.4 Caring for Your Scanner Your scanner is designed to provide reliable and efficient operation with a minimum of care. Although specific maintenance is not required, the following periodic checks will contribute significantly to dependable scanner operation. Cleaning The lens or scanning window on the front of the scanner must be kept clean to assure high “first pass”...
  • Page 99 A–10 Bar Code Basics and Scanning Techniques...

  • Page 100: Appendix B - Technical Specifications

    TECHNICAL SPECIFICATIONS B.1 General Operating Specifications Temperature Operating 32 to 104 F 0 to 40 C –26 to 140 F Shipping/Storage –32 to 60 C Humidity Operating 0%–95% (Non–condensing) Shipping/Storage 0%–95% (Non–condensing) Connectors SCAN 1 or SCAN 2 9 pin D, Male MAG Stripe 8 pin modular AUX RS–232D...

  • Page 101: Electrical Specifications

    B.2 Electrical Specifications Power Supply Options +5V supplied with terminal +5V supplied with terminal External power may be required in External power may be required in or optional power supply. or optional power supply. some cases. some cases. Output +5 Volts Current Draw 2000/R 150mA typical;...
  • Page 102 MAG (Magnetic Stripe) Port – 8–pin modular Pin # Function Magnetic Clock 1 Magnetic Data 1 Magnetic Clock 2 Magnetic Data 2 Magnetic Clock 3 Magnetic Data 3 Ground AUX (RS232D) Port – 6–pin modular Pin # Function Ground AUX Tx, (Data from 2000) AUX Rx, (Data to 2000) AUX RTS, (Data from 2000) AUX CTS, (Data to 2000)

  • Page 103: Bar Code Label Specifications

    Because of variations in RS–232 cable configurations used by computer and terminal manufacturers, verify the compatibility of the Welch Allyn RS–232 cables and connector relationships with those provided in the system manual for your PC and/or host device before purchasing RS–232 cables manufactured by Welch Allyn.
  • Page 104 A good way to check bar code labels for adherence to specifications is to use a bar code verifier such as the Quick Check series of portable verifiers available from Welch Allyn. Technical Specifications B–5...
  • Page 105 Technical Specifications B–6...

  • Page 106: Appendix C - Connecting The 2000/R To Pos And Pc Terminals

    CONNECTING THE SCANTEAM 2000/R TO POS AND PC TERMINALS This Appendix explains how to connect the SCANTEAM 2000/R decoder to point–of–sale and PC terminals. C.1 NCR 2151 Interface Cable Installation Warning: When installing or removing the bar code decoder, turn off or remove power from both the SCANTEAM 2000/R decoder and the terminal it is connected to before connecting or disconnecting the cable interface assembly.
  • Page 107 2) Remove AC power from the 2151 terminal. 3) Disconnect the keyboard ribbon cable connector from the 2151 terminal display (Figure C.2). Figure C.2 4) Remove the black plastic printer access cover (U–shaped) by turning the two (2) slotted screws 1/4 turn in a counterclockwise direction.
  • Page 108 Figure C.3 7) Remove the Welch Allyn SCANTEAM 2000/R Interface Cable from the shipping bag. Do not discard the tie wrap used to hold the cable in place. Viewing the SCANTEAM 2000/R from the rear, route the 12–pin female connector end of the SCANTEAM 2000/R Interface Cable up through the AC cord access hole (Figure C.4).
  • Page 109 8) Route the cable across the back of the 2151 and across the top panel of the 2151 to the Keyboard ribbon cable connector, located on the keyboard assembly (Figure C.5). Figure C.5 9) The red and green wires with the push–in connectors on the 2151 Interface Cable are the power connections.
  • Page 110 Figure C.6 13) Plug the NCR 26–pin female ribbon cable onto the 26–pin male connector on the Welch Allyn printed circuit board. The odd colored trace of the ribbon cable should be towards the back of the 2151 (Figure C.7).
  • Page 111 14) Plug the Welch Allyn printed circuit board into the 26–pin male connector of the 2151 keyboard assembly (Figure C.7). 15) Connect the Welch Allyn Interface Cable 12–pin female connector to the 12–pin male connector on the Welch Allyn printed circuit board (Figure C.7).

  • Page 112: Ncr 2152 Interface Cable Installation

    C.2 NCR 2152 Interface Cable Installation Warning: When installing or removing the bar code decoder, turn off or remove power from both the SCANTEAM 2000/R decoder and the terminal it is connected to before connecting or disconnecting the cable interface assembly. Failure to disconnect the power source will void your warranty and may cause damage to the SCANTEAM 2000/R, your terminal and associated equipment.
  • Page 113 J12 on the processor board (Figure C.9). 5) Plug the NCR 16 pin female keyboard ribbon cable connector into the 16 pin male connector that is on the Welch Allyn printed circuit interface board (Figure C.9). C–8...
  • Page 114 2000/R cable to the metal frame of the 2152 (Figure C.9). 8) Replace and secure the top cover of the 2152. This completes installation of the Welch Allyn keyboard cable in the NCR 2152 terminal. Return to Step 5 of Section 3 for the remaining SCANTEAM 2000/R set–up procedures.

  • Page 115: Ncr 2950 Interface Cable Installation

    1) Power down the 2950 and remove the power plug from the AC source. Lift and secure the top cover. Disconnect large batteries in rear of 2950 (Figure C.10). Figure C.10 2) Remove the Welch Allyn Interface Cable from the shipping bag. C–10 Connecting the 2000/R to POS and PC Terminals...
  • Page 116 They bend easily, and can be damaged if care is not taken. Disconnect the keyboard cable from the CPU–board. 7) Connect the keyboard ribbon cable to the Welch Allyn Interface Printed Circuit Board (Figure C.11). Connecting the 2000/R to POS and PC Terminals...
  • Page 117 12) Carefully reinstall the shield so as not to stress the cable. 13) Reconnect the batteries. 14) Close the top cover. This completes installation of the Welch Allyn keyboard cable in the NCR 2950 terminal. Return to Step 5 of Section 3 for the remaining SCANTEAM 2000/R set–up procedures.

  • Page 118: Ibm 3653 Interface Cable Installation

    C.4 IBM 3653 Interface Cable Installation Warning: When installing or removing the bar code decoder, turn off or remove power from both the SCANTEAM 2000/R decoder and the terminal it is connected to before connecting or disconnecting the cable interface assembly. Failure to disconnect the power source will void your warranty and may cause damage to the SCANTEAM 2000/R, your terminal, and associated equipment.
  • Page 119 6) Elevate the right side of the terminal to a height of approximately 5” and block it in place. 7) Starting at the underside of the right rear corner of the 3653 slide the Welch Allyn interface cable up through the bottom access opening, alongside the existing cable (Figure C.13). C–14...
  • Page 120 You are now ready to make the keyboard cable connections. 10) Insert the Welch Allyn female connector (A1) into the IBM male connector (A2). Refer to Figure C.14. Orient the Welch Allyn connector so the red lead on the cable is positioned up and to the left as it is inserted into the IBM male connector.
  • Page 121 11) Insert the Welch Allyn male connector (B1) into the IBM female connector (B2). Refer to Figure C.14. The male connector on the Welch Allyn cable must be positioned such that the red cable lead is up and to the right and will mate with the orange lead on the IBM cable.
  • Page 122 16) Replace the right side terminal cover. Tighten the two mounting screws. 17) Lower the ribbon cover and journal cover. This completes installation of the Welch Allyn keyboard cable in the IBM 3653 terminal. Return to Step 5 of Section 3 for the remainder of the SCANTEAM 2000/R set–up procedure.

  • Page 123: Ibm 3683 Interface Cable Installation

    Figure C.17 2) Unlock and swing up the logic gate on its hinges (Figure C.18). 3) Route the 40–pin “D” shell connector of the Welch Allyn “Y” cable out the rear panel of the 3683 being careful not to interfere with the closing of the logic gate.
  • Page 124 Logic Gate Locking Tabs Figure C.18 4) Locate logic gate backplane position number H3 (Figure C.19). Unplug the H3 connector by squeezing the two latch releases and pulling out the H3 connector/cable. Front of Machine Keying Slot Logic Gate Latch Release Logic Board Connector Base Plate Hold Down Screw...
  • Page 125 6) Plug the male end of the Welch Allyn “Y” cable into the female H3 connector of the disconnected 3683 cable (Figure C.20).
  • Page 126 9) Re–install the cable access cover. Re–install the air flow plenum. Re–install the top cover of the 3683. 10) Connect the 40–pin “D” shell connector to the Welch Allyn POS Decoder. Attach the decoder in an appropriate position on the cabinet of the IBM 3683 using the Velcro tabs supplied with the installation kit.
  • Page 127 3683 back into the store loop. Complete the installation by performing a functionality test. This completes installation of the Welch Allyn keyboard cable in the IBM 3683 terminal. Return to Step 5 of Section 3 for the remainder of the SCANTEAM 2000/R set–up procedure.
  • Page 128 5) Attach the SCANTEAM 2000/R to the side or rear of the terminal using the velcro mounting pads. This completes installation of the Welch Allyn Port 5B/17 Interface Cable to the IBM 4683 Terminal. Return to step 5 of Section 3 for the remaining SCANTEAM 2000/R set–up procedures.

  • Page 129: Ncr 7052 Ocia Port Interface Cable Installation

    6) Power up the NCR 7052. This completes installation of the Welch Allyn OCIA Port Interface Cable to the NCR 7052 Terminal. Return to step 5 of Section 3 for the remaining Decoder set–up procedures.

  • Page 130: Ncr 7052 Keyboard Wedge Interface Cable Installation

    6) Attach the SCANTEAM 2000/R to the side or rear of the terminal using the velcro mounting pads. This completes installation of the Welch Allyn Keyboard Wedge Interface Cable to the NCR 7052 terminal. Return to step 5 of section 3 for the remaining set–up procedure.

  • Page 131: Fujitsu 7990 Ocr Interface Cable Installation

    C.9 FUJITSU 7990 OCR Interface Cable Installation 1) Turn off the power switch of the 7990 terminal. 2) Locate the WAND connector on the rear panel of the 7990. The WAND or “B” connector is the 28–pin Honda female connector. 3) Plug the 28–pin male connector of the POS Decoder OCR cable into the WAND connector.

  • Page 132: Pc/Xt, Pc/At, Ps/2 And Data Terminal Keyboard Wedge Interface Cable Installation

    4) Plug the PC/Terminal keyboard cable into the mating end of the Welch Allyn “Y” cable. 5) Plug the remaining end of the Welch Allyn “Y” cable into the PC/Terminal where the keyboard was connected. 6) Connect the 40–pin D type connector into the Welch Allyn SCANTEAM 2000/R decoder.
  • Page 133 C–28 Connecting the 2000/R to POS and PC Terminals...

  • Page 134: Appendix D - Keyboard Function Relationships

    KEYBOARD FUNCTION RELATIONSHIPS D.1 Keyboard Function Relationships The following Keyboard Function Code, HEX/ASCII Value, and Full ASCII “CTRL” + relationships apply to all terminals that can be used with the SCANTEAM 2000/C. Function HEX/ASCII Full ASCII Code Value “CTRL” + –...
  • Page 135 The last five characters in the Full ASCII “CTRL”+ column Note: ( [ \ ] 6 – ) apply to US only. The following chart indicates the equivalents of these five characters for different countries. Country Codes United States Belgium <...

  • Page 136: Index For Terminal Types

    D.2 Index for Terminal Types Locate your terminal type on the list below to direct you to the appropriate Keyboard Function Codes section on the following pages. Terminal Type Section ADDS 4000/160, 4000/260 D.2.1 ADI 1496 D.2.2 AMPEX 220 D.2.28 BDS–7 (HDS-7) D.2.10 BULL QUESTAR 310 (2101 keyboard)
  • Page 137 D.2 Index for Terminal Types, continued Terminal Type Section IO (102 key) D.2.14 IO (122 key keyboard) D.2.23 LEE DATA IIS D.2.2 LINK MC–5 D.2.5 LINK 125 D.2.18 MAC EXTENDED KEYBOARD II (ADB) D.2.25 MEMOREX TELEX (ALL) D.2.14 MEMOREX TELEX (88 Key) D.2.7 NCR CIT 324, 326 D.2.16...
  • Page 138 D.2.1 Keyboard Function Codes The following are the Keyboard Function Codes for ADDS 4000/160, 4000/260; ESPRIT 200, 400; HP Vectra Din and Mini Din; IBM PC, PC/XT, PC/AT and Compatibles; IBM PS/2 (Model 25, 30, 50, 55SX, 60, 70, 80, 30–286); OLIVETTI M19, M24, M28, M200, M240, M250, M290. M380, P500;...
  • Page 139 D.2.2 Keyboard Function Codes The following are the Keyboard Function Codes for ADI 1496; DDC 3596/97; DDC 3776/77; DDC IS 386; HARRIS H180, H191; IBM 3179–1, 3180, 3191/92/94, 3196/97, 3471/72/76/77/82,/86/87/88/97, 3476/77/97, 3597, 3776/77 (122 key keyboard); IDEAS; LEE DATA IIS; and TELEX 78/79/80/180/196/1191/1192/1471/1472/1476 (122 key keyboard) terminals.
  • Page 140 D.2.3 Keyboard Function Codes The following are the Keyboard Function Codes for DEC VT220/320/330/340/420; HDS 3200; QUME ANSI; WYSE WY–75; WYSE WY–85; and WY–185 terminals. Keyboard Function Codes Key Function Reserved ENTER NEW LINE TAB FORWARD REMOVE NEW LINE INSERT HERE CURSOR UP CURSOR LEFT CURSOR DOWN...
  • Page 141 D.2.4 Keyboard Function Codes The following are the Keyboard Function Codes for DEC VT-510/520/525 LK 411 Style Keyboard terminals. Keyboard Function Codes Key Function Reserved ENTER ENTER REMOVE ENTER INSERT HERE CURSOR UP CURSOR LEFT CURSOR DOWN CURSOR RIGHT RESERVED RESERVED HELP Note:...
  • Page 142 D.2.5 Keyboard Function Codes The following are the Keyboard Function Codes for LINK MC–5; STRATUS V103; Unisys TO–300, 120; and WYSE WY– 60, WY–120, WY–150, WY–160, WY–325, WY–379, WY–99GT (ASCII/ANSI keyboards) terminals. Keyboard Function Codes Key Function Reserved NEW LINE INSERT/PF1 DELETE/PF2 CLEAR/PF3...
  • Page 143 D.2.6 Keyboard Function Codes The following are the Keyboard Function Codes for the WYSE WY–30 terminal. Keyboard Function Codes Key Function Reserved ENTER RETURN LINE FEED RETURN CURSOR UP CURSOR LEFT CURSOR DOWN CURSOR RIGHT BACK SPACE F5 (CTRL F1) F6 (CTRL F2) F7 (CTRL F3) F8 (CTRL F4)
  • Page 144 D.2.7 Keyboard Function Codes The following are the Keyboard Function Codes for COMTERM 6178; IBM 3178/3278; and MEMOREX TELEX 88 Key terminals. Keyboard Function Codes Key Function Reserved ENTER PF10 PF11 PF12 NEW LINE FIELD FORWARD FIELD FORWARD FIELD FORWARD DELETE NEW LINE INSERT...
  • Page 145 D.2.8 Keyboard Function Codes The following are the Keyboard Function Codes for HP 700/44 terminals. Keyboard Function Codes Key Function ENTER CAPS ENTER BACK SPACE DELETE ENTER INSERT HOME ESCAPE D–12 Keyboard Function Relationships...
  • Page 146 D.2.9 Keyboard Function Codes The following are the Keyboard Function Codes for HP 700/92, 700/94, 700/96, 700/98 terminals. Keyboard Function Codes Key Function Reserved ENTER CAPS BACK SPACE RETURN HOME CLEAR SCREEN ESCAPE Note: The Keyboard Function Codes above apply to SCANTEAM 2000/C Software.
  • Page 147 D.2.10 Keyboard Function Codes The following are the Keyboard Function Codes for BDS–7 (HDS–7) terminals. Keyboard Function Codes Key Function Reserved TRANSMIT BACK TAB CARRIAGE RETURN BACK SPACE DELETE CHARACTER CARRIAGE RETURN INSERT CLEAR ERROR RESET HOME DELETE LINE ERASE EOP ERASE EOF INSERT LINE Note:...
  • Page 148 D.2.11 Keyboard Function Codes The following are the Keyboard Function Codes for the SIEMENS 9758 German Keyboard (Tastatu und Deutch) terminal. Keyboard Function Codes Key Function Reserved ENTER NEW LINE ( ) TAB ( TAB LEFT ( DEL CHARACTER (AUSFGEN EINES ZEICHEN) NEW LINE INSERT CHARACTER (EINFGEN EINES ZEICHEN)
  • Page 149 D.2.11 Keyboard Function Codes, continued Keyboard Function Codes Key Function Ö Ü Ä ö ü ä ß Note: The Keyboard Function Codes above apply to SCANTEAM 2000/C Software. D–16 Keyboard Function Relationships...
  • Page 150 D.2.12 Keyboard Function Codes The following are the Keyboard Function Codes for the HDS 2000 terminal. Keyboard Function Codes Key Function Reserved ENTER F13 (PF1) F14 (PF2) F15 (PF3) NEW LINE F16 (PF4) REMOVE (DELETE) NEW LINE INSERT BACK SPACE BACK TAB Note: The Keyboard Function Codes above apply to SCANTEAM 2000/C...
  • Page 151 D.2.13 Keyboard Function Codes The following are the Keyboard Function Codes for the IBM 5291–2 terminal. Keyboard Function Codes Key Function Reserved ENTER NEW LINE FIELD EXIT FIELD + FIELD – DELETE FIELD EXIT INSERT ERASE EOF ERROR RESET HOME PRINT BACK SPACE BACK TAB...
  • Page 152 D.2.14 Keyboard Function Codes The following are the Keyboard Function Codes for DDC 3496/97 (102 key keyboard); IBM 319X, 3151, 3161, 3162, 3163, 347X/348X (102 key keyboard); IO (102 key); and MEMOREX TELEX (ALL) terminals. Keyboard Function Codes Key Function Reserved ENTER NEW LINE...
  • Page 153 D.2.15 Keyboard Function Codes The following are the Keyboard Function Codes for NOKIA KB100 and QANTEL VT6 terminals. Keyboard Function Codes Key Function Reserved NEW LINE (ENTER) NEW LINE (ENTER) DELETE NEW LINE (ENTER) INSERT HOME BACK SPACE Note: The Keyboard Function Codes above apply to SCANTEAM 2000/C Software.
  • Page 154 D.2.16 Keyboard Function Codes The following are the Keyboard Function Codes for NCR CIT 324 and 326 terminals. Keyboard Function Codes Key Function Reserved ENTER RETURN RETURN BACK SPACE INSERT HERE UP ARROW LEFT ARROW DOWN ARROW RIGHT ARROW BACK SPACE PRINT SCREEN HOLD SCREEN PRINT SCREEN...
  • Page 155 D.2.17 Keyboard Function Codes The following are the Keyboard Function Codes for the ESPRIT III terminal. Keyboard Function Codes Key Function Reserved ENTER DOWN ARROW UP ARROW LEFT ARROW RIGHT ARROW BACKUP LINE FEED BREAK RETURN PAGE SEND BACK SPACE HOME MENU CHAR DEL LINE...
  • Page 156 D.2.18 Keyboard Function Codes The following are the Keyboard Function Codes for LINK 125; QUME ASCII; and WYSE WY–60, WY–150 (ACSII/ANSI keyboards) terminals. Keyboard Function Codes Key Function 00 00 Reserved 01 0D NEW LINE 02 9F INSERT/PF1 03 A2 DELETE/PF2 04 B0 CLEAR/PF3...
  • Page 157 D.2.19 Keyboard Function Codes The following are the Keyboard Function Codes for the QUME PC Enhanced terminal. Keyboard Function Codes Key Function Reserved ENTER RETURN DELETE RETURN INSERT HOME PRINT BACK SPACE BACK TAB Note: The Keyboard Function Codes above apply to SCANTEAM 2000/C Software.
  • Page 158 D.2.20 Keyboard Function Codes The following are the Keyboard Function Codes for DATA POINT 8220, 8242 terminals. Keyboard Function Codes Key Function Reserved RETURN RETURN BACK SPACE RETURN Note: The Keyboard Function Codes above apply to SCANTEAM 2000/C Software. Keyboard Function Relationships D–25...
  • Page 159 D.2.21 Keyboard Function Codes The following are the Keyboard Function Codes for the FALCO 5220 terminal. Keyboard Function Codes Key Function Reserved ENTER NEW LINE/RETURN REMOVE NEW LINE/RETURN INSERT CURSOR UP CURSOR LEFT CURSOR DOWN CURSOR RIGHT BACK SPACE PRINT Note: The Keyboard Function Codes above apply to SCANTEAM 2000/C Software.
  • Page 160 D.2.22 Keyboard Function Codes The following are the Keyboard Function Codes for TELEVIDEO 955/965 terminals. Keyboard Function Codes Key Function Reserved ENTER INSERT DELETE CLEAR ENTER RETURN INSERT CURSOR UP CURSOR LEFT CURSOR DOWN CURSOR RIGHT BACK SPACE PRINT Note: The Keyboard Function Codes above apply to SCANTEAM 2000/C Software.
  • Page 161 D.2.23 Keyboard Function Codes The following are the Keyboard Function Codes for DDC 3496/97 (122 key keyboard) and IO (122 key keyboard) terminals. Keyboard Function Codes Key Function Reserved ENTER NEW LINE FIELD FORWARD DELETE FIELD EXIT/NEW LINE INSERT ERROR RESET BACK SPACE BACK FIELD Note:...
  • Page 162 D.2.24 Keyboard Function Codes The following are the Keyboard Function Codes for the BURROUGHS B25 terminal. Keyboard Function Codes Key Function Reserved RETURN Ö Ä ü Å å ä BACK SPACE ö RETURN RETURN CURSOR UP CURSOR LEFT CURSOR DOWN CURSOR RIGHT NEXT FIELD Note:...
  • Page 163 D.2.25 D.2.24 Keyboard Function Codes The following are the Keyboard Function Codes for the Mac Extended Keyboard II (ADB) terminal. Keyboard Function Codes Key Function Reserved ENTER APPLE CAPS LOCK RETURN DELETE (BACK SPACE) RETURN CTRL OPTION/ALT D–30 Keyboard Function Relationships...
  • Page 164 D.2.26 Keyboard Function Codes, German (Deutch), continued Keyboard Function Codes Key Function (ASCII (Character Output) § ß Ä ä Ü ü Ö ö Note: The Keyboard Function Codes above apply to SCANTEAM 2000/C Software. Keyboard Function Relationships D–31...
  • Page 165 D.2.26 Keyboard Function Codes The following are the Keyboard Function Codes for the BULL QUESTAR 310 (2101 keyboard) terminal. Keyboard Function Codes Key Function Reserved HOME ENTER BACK SPACE CARRIAGE RETURN ESCAPE Note: The Keyboard Function Codes above apply to SCANTEAM 2000/C Software.
  • Page 166 D.2.27 Keyboard Function Codes The following are the Keyboard Function Codes for the BULL QUESTAR 310 (3105 keyboard) terminal. Keyboard Function Codes Key Function Reserved ENTER HOME ENTER BACK SPACE LINE FEED RETURN ESCAPE Note: The Keyboard Function Codes above apply to SCANTEAM 2000/C Software.
  • Page 167 D.2.28 Keyboard Function Codes The following are the Keyboard Function Codes for the AMPEX 220 terminal. Keyboard Function Codes Key Function Reserved ENTER RETURN REMOVE RETURN INSERT HERE UP ARROW LEFT ARROW DOWN ARROW RIGHT ARROW DELETE HELP HOLD SCREEN SETUP Note: The Keyboard Function Codes above apply to SCANTEAM 2000/C...
  • Page 168 D.2.29 Keyboard Function Codes The following are the Keyboard Function Codes for the DDC 3761/3791 terminal. Keyboard Function Codes Key Function Reserved ENTER FIELD EXIT FIELD + FIELD – DELETE ENTER INSERT ERASE INPUT ERROR RESET HOME PRINT BACK SPACE BACK TAB Note: The Keyboard Function Codes above apply to SCANTEAM 2000/C...
  • Page 169 D.2.30 Keyboard Function Codes The following are the Keyboard Function Codes for the UNISYS 1120 terminal. Keyboard Function Codes Key Function Reserved DELETE ENTER RETURN INSERT UP ARROW LEFT ARROW DOWN ARROW RIGHT ARROW BACK SPACE HOME Note: The Keyboard Function Codes above apply to SCANTEAM 2000/C Software.
  • Page 170 INDEX Symbols Bar Code Basics and Scanning Y" Cable Interface, 3-2 Techniques, A-1 Bar Code Label Specifications, Numbers Background Substrate, B-4 Contrast, B-5 Definition, B-5 2000/R Set-up, 3-4 Ink Color and Type, B-4 Tolerance, B-5 Voids and Specks, B-4 Bar Code Symbols, A-1 Bar Code Scanning, A-1 Beeper Sequence and Meaning, Auxiliary Port, 2-2, 2-3, 2-7,...
  • Page 171 Data Formatting, 4-32 IBM 3683 Interface Cable Installation, C-18 Data Formatter, 4-32 Format Required, 4-32 IBM 4683 Port 5B/17 Interface Cable Installation, C-23 Decimal Coded ASCII Protocol, 4-42 Industrial Codes, 4-6, 4-18 DCA Character Representation, Inspection, A-9 4-42 Cords and Cables, A-9 FD - DCA Output, 4-42 Scanner Case, A-9 Decoder Unit, 2-1...
  • Page 172 Plug and Play, 4-34 Power Requirements, 2-6 NCR 2151 Interface Cable Installation, C-1 Programming Menu, 4-2 Programming Menu Page, 4-3 NCR 2152 Interface Cable Bar Code Chart, 4-5 Installation, C-7 NCR 2950 Interface Cable Programming Sequence, 4-6 Installation, C-10 Programming, Decoder, 4-1 NCR 7052 Keyboard Wedge Interface Cable Installation, C-25...
  • Page 173 Service, 5-1 Terminal Interface Cable, 2-2 Set-Up and Installation, 3-1 Terminal Interfaces, 1-1 Software Overview, 1-7 Terminal Selection, 4-6, 4-7 Transmit Operation, 2-4 Technical Assistance, 5-1 Technical Specifications, B-1 Wand/Laser Port Modes, 4-15 Connector Specifications, B-2 Dual Wand, 4-15 Electrical Specifications, B-2 Laser Redundancy, 4-15 General Operating Specifications, B-1...
  • Page 175 4619 Jordan Road P. O. Box 187 2000/TM Rev G Skaneateles Falls, New York 13153–0187...

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