Intermec ScanImage 1470 User Manual
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Intermec ScanImage 1470 User Manual

Intermec scanimage 1470: user guide
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S C A N I M A G E
User's Manual
Edition 3
from United Barcode Industries
Februry 1994

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  • Page 1 S C A N I M A G E User's Manual Edition 3 from United Barcode Industries Februry 1994...
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  • Page 3: Notice

    Notice Patent Information Scanners discussed in this manual are covered by patents issued or pending in the U.S. and other countries. Copyright Information The information contained in this manual are for information purposes only and are subjected to change without notice. The content of this manual are copyrighted.
  • Page 4 Notice The ScanImage is certified to be a CDRH Class II laser (class 3A for 97x and 99x models) product with the United States Department of Health and Human Services Center for Devices and Radiological Health, and IEC Class II. FCC Compliance Information Warning: This equipment generates, uses, and can radiate...

  • Page 5: Using This Manual

    Using this manual This User's Manual explains in detail how to set up and operate the ScanImage. Section 1 provides an overview of the ScanImage versions available. Section 2, 3 and 4 cover, respectively, programming for the following versions. 9X1 - Wand emulation 9X2 - RS-232 interface 9X7 - Wedge connection This User's Manual will help you:...

  • Page 6: Table Of Contents

    Table of contents Notice ...i Using this manual ...iii Table of contents ...iv PART I - INSTALLATION Section 1 - Description of the ScanImage and Special Features ScanImage Versions...1-1 Preparing the ScanImage for configuration ...1-2 Special Features...1-3 Section 2 - Installing the ScanImage as a Wand emulation Wand emulation...2-1 -Wand emulation Enable ...2-1...

  • Page 7: Table Of Contents

    Table of contents Section 3 - Installing the ScanImage as an RS-232 output device Single RS-232 mode ...3-1 -Single RS-232 Mode (P/N 9X2)...3-1 -ScanImage 9X2 With Single RS-232 Output ...3-2 -Pin Assignments for Single Output Cable Management Module...3-4 Dual RS-232 mode ...3-5 -Dual RS-232 Mode...3-5 -ScanImage 9X2 With DUAL RS-232 Ouput Option ...3-6 -Standard Dual RS-232 Option...
  • Page 8 Table of contents PART II - READING PARAMETERS Family A - Audio and data management Audio Managment ... A-1 -Speeker Volume... A-1 -Speeker Tones ... A-2 Data Management ... A-3 -Preambles and Postambles... A-3 -Intercharacter Delay ... A-4 -Rolling Buffer ... A-5 -Intermessage Delay ...
  • Page 9 Table of contents Family G - UPC/EAN Parameters UPC/EAN Parameters ... G-1 Family H - Code 128, PLESSEY, MSI, Code 93, Code 11, TELEPEN, MATRIX 2/5, EAN 128 Parameters Code 128, PLESSEY ...H-1 MSI, Code 93...H-2 Code 11, TELEPEN, MATRIX 2/5 ...H-3 EAN 128 ...H-4 Family I - Advanced features Laser management ...
  • Page 10 Table of contents Appendix - Full ASCII Bar Code Chart and Command Menu Full ASCII Bar Code Chart ... X-1 Command Menu... X-9 Page viii User's Manual ©1994 UBI Scanimage...

  • Page 11: Part I - Installation

    PART I INSTALLATION...
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  • Page 13: Section 1 - Description Of The Scanimage And Special Features

    S e c t i o n 1 Description of the ScanImage and Special Features...
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  • Page 15: Scanimage Versions

    SECTION 1 ScanImage Versions The ScanImage is available with six different optical configurations for the HP (High Performance), IP (Industrial Performance), and seven different interfaces. Each optical configuration is available with each interface. All part numbers start with the digit 9. The second digit indicates the optics; the third digit the interface.

  • Page 16: Preparing The Scanimage For Configuration

    SECTION 1 Preparing the ScanImage for configuration To prepare the ScanImage for configuration follow these steps: 1. Verify that the correct ScanImage cables and accessories, if any were ordered, have been received. 2. Turn off power to the terminal to which the ScanImage will be connected.

  • Page 17: Special Features

    SECTION 1 Special Features Resetting the scanner to factory defaults Return to Factory Defaults Printed Label Normal* Autostand Mode Autostand Enabled Marker Beam Marker Beam Enabled Master Software Version 1994 UBI ScanImage Normal or Inverted Autostand Disabled* Marker Beam Disabled*...
  • Page 18 Autostand The ScanImage may be configured for use with UBI's Autostand, which allows the scanner to work in a hands-free mode. The ScanImage will revert to its normal method of trigger activation when temporarily removed from the stand to read large or bulky items.
  • Page 19 SECTION 1 Special Features Software version By scanning this label, the Scanimage will emit a sequence of beeps to let you hear the Prom version, and then will display this version and the date of the prom. Example: sequence of beeps: 2.03 3 beeps, 1 silence, 1 beep, 1 silence, 4 beeps.
  • Page 20 SECTION 1 This page intentionally left blank Page 1-6 User's Manual 1994 UBI ScanImage...

  • Page 21: Section 2 - Installing The Scanimage As A Wand Emulation

    S e c t i o n 2 Installing the ScanImage as a Wand Emulation...
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  • Page 23: Wand Emulation

    SECTION 2 Wand Emulation Wand Emulation Mode (P/N 9X1) The 9X1 scanner can be configured by the user to connect to the wand port of a portable fixed station terminal. WAND EMULATION Wand Emulation Enable Scan Wand Emulation Enable when converting the ScanImage from a Keyboard Wedge to Wand Emulation.

  • Page 24: Transmission

    SECTION 2 Wand Emulation Transmission Same code Wand Emulation Signal State Bar = 0 Idle = 0 Speed 70 Inches/Sec 30 Inches/Sec Page 2-2 User's Manual Code 39 Wand Emulation* Bar = 1* Idle = 1* 50 Inches/Sec 20 Inches/Sec* 1994 UBI ScanImage...

  • Page 25: Delay

    SECTION 2 Wand Emulation Speed ( continued ) 15 Inches/Sec 5 Inches/Sec The ScanImage emulates a pen reading at different speeds : 5 Inches/Sec -> Slow Read 70 Inches/Sec -> Fast Read Delay 100 ms Delay* 20 ms Delay Example: INT 2 of 5 1994 UBI ScanImage 10 Inches/Sec 50 ms Delay...
  • Page 26 SECTION 2 This page intentionally left blank Page 2-4 User's Manual 1994 UBI ScanImage...

  • Page 27: Section 3 - Installing The Scanimage As An Rs-232 Output Device

    S e c t i o n 3 Installing the ScanImage as a RS-232 Output Device...
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  • Page 29: Single Rs-232 Mode

    Single RS-232 Mode RS-232 Single/Dual Mode (P/N 9X2) The 9X2 scanner is RS-232 device that can be used in a single or dual RS-232 configuration. Installing the 9X2 as single RS-232 requires connecting the unit to the proper serial port on the host.

  • Page 30: Scanimage 9X2 With Single Rs-232 Output

    SECTION 3 Single RS-232 Mode SCANIMAGE 9X2 WITH SINGLE RS-232 OUTPUT Page 3-2 User's Manual 1994 UBI ScanImage...
  • Page 31 Single RS-232 Mode B. Terminal Power Up Sequence Turn on the power to the terminal to which the 9X2 scanner is connected. The ScanImage will issue a series of five beeps which are intentional and indicate that the terminal keyboard power- on reset routines have been completed.

  • Page 32: Pin Assignments For Single Output Cable Management Module

    SECTION 3 Single RS-232 Mode Pin Assignments for Single Output Cable Management Module ASSIGNMENTS (CMM) Standard DB-25S (Female) "DTE" (P/N 704300) Frame Ground Transmit Data Receive Data Request to Send Clear to Send Signal Ground +5Volts Standard DB-25S (Female) "DCE" (P/N 704320) (P/N 704340) Frame Ground...

  • Page 33: Dual Rs-232 Mode

    3-6. 4. Turn off power to the terminal to which the ScanImage 9X2 scanner will be connected and disconnect the host cable from the terminal. Plug the Dual Output option labeled "To Terminal" into the serial port on the terminal, and plug the "To Host"...

  • Page 34: Scanimage 9X2 With Dual Rs-232 Ouput Option

    SECTION 3 Dual RS-232 Mode SCANIMAGE 9X2 WITH DUAL RS-232 OUTPUT OPTION Host Computer Dual RS-232 Option Terminal Display Universal Power Supply ScanImage universal cable ScanImage Page 3-6 User's Manual 1994 UBI ScanImage...
  • Page 35 Dual RS-232 Mode B. Terminal Power Up Sequence Turn on the power to the terminal to which the 9X2 scanner is connected. The ScanImage will issue a series of five beeps which are intentional and indicate that the terminal keyboard power- on reset routines have been completed.

  • Page 36: Standard Dual Rs-232 Option (P/N 901196 Or 700352)

    SECTION 3 Dual RS-232 Mode STANDARD DUAL RS-232 OPTION (P/N 901196 or 700352) J1 25 Pins Female (Host) To Reader <2 >3 <4 >5 Full duplex to Full duplex to Host (J1) only Terminal (J2) only default setting Page 3-8 User's Manual External Power J2 25 Pins Male...

  • Page 37: Rs-232 Interface Parameters

    SECTION 3 RS-232 Interface Parameters RS-232 Mode (P/N 9X2) The 9X2 scanner can be configured by the user to connect to the proper serial port on the host. RS-232 Enable Scan RS-232 Enable when converting the ScanImage from a keyboard wedge to RS-232 mode.

  • Page 38: Baud Rate

    SECTION 3 RS-232 Interface Parameters Baud Rate 1200 4800 19200 Page 3-10 User's Manual 2400 9600* 38400 1994 UBI ScanImage...
  • Page 39 SECTION 3 RS-232 Interface Parameters Data Bits Seven* Stop Bits One* Parity Parity On* Parity Setting Even* 1994 UBI ScanImage Eight Parity Off User's Manual Page 3-11...

  • Page 40: End Of Message Control Codes

    SECTION 3 RS-232 Interface Parameters Parity Setting ( continued ) Mark End of message Control Codes None LF (Hex 0A) Tab (Hex 09) EOT (Hex 04) Page 3-12 User's Manual Space CR (Hex 0D) CR, LF (Hex 0D, 0A)* ETX (Hex 03) User defined - Scan Control code from Appendix...

  • Page 41: Protocols For Contolling Data Transmission

    SECTION 3 RS-232 Interface Parameters Protocols for Controlling Data Transmission Request For Data Character ENQ (HEX 05) Other Character--Scan character from Appendix. Acknowledge ACK (HEX 06) Other Character--Scan character from Appendix. Negative Acknowledge NAK ( HEX 15) Other Character--Scan character from Appendix.
  • Page 42 SECTION 3 RS-232 Interface Parameters X/ON X/OFF Active CTS RTS Active Low RTS idle* Active Page 3-14 User's Manual Not Active* Not Active* High RTS idle Not Active* 1994 UBI ScanImage...
  • Page 43 SECTION 3 RS-232 Interface Parameters Request for Data Character/Acknowledge/Negative Acknowledge Polling Device (If OK) (If not OK) (If OK) Note that ENQ/ACK/NAK can be replaced by user defined characters. X/ON X/OFF Protocol This protocol allows the host to control the flow of data from the ScanImage to interrupt reception of data the host or the ScanImage transmits the X/OFF character (ASCII DC3);...
  • Page 44 SECTION 3 RS-232 Interface Parameters RTS, CTS not active Low RTS idle : The ScanImage maintains the low level on RTS pin. High RTS idle : The ScanImage maintains the high level on RTS pin. RTS, CTS active Low RTS idle : The ScanImage works in normal RTS/CTS protocol.

  • Page 45: Section 4 - Installing The Scanimage As A Keyboard Wedge

    S e c t i o n 4 Installing the ScanImage as a Keyboard Wedge Device...
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  • Page 47: Keyboard Wedge Mode

    CMM required are shown in Configuration List. 2. Turn off power to the terminal to which the ScanImage 9X7 scanner will be connected. 3. To install the wedge cables, disconnect the keyboard from the terminal. Plug the keyboard cable into the wedge cable labeled "J2 to Keyboard".

  • Page 48: Scanimage 9X7 Wedge Connection With Cable Management Module

    SECTION 4 Keyboard Wedge Mode SCANIMAGE 9X7 Wedge Connection with Cable Management Module. ScanImage universal cable CMM Wedge Page 4-2 User's Manual ScanImage Cable serie C-xx 1994 UBI ScanImage...
  • Page 49 Important If this is a first-time installation, it is NECESSARY to enable the 9X7 scanner as a wedge device on page 4-4 and program the unit for the correct terminal type. See Configuration List for the correct terminal type.

  • Page 50: Compose Terminal Type

    SECTION 4 Keyboard Wedge Mode Compose Terminal Type To program a terminal type, scan Compose Terminal Type, then scan the three digit terminal type from Configuration List that corresponds to your terminal or PC. Page 4-4 User's Manual 1994 UBI ScanImage...

  • Page 51: End Of Message Control Codes

    SECTION 4 Keyboard Wedge Mode End of message Control Codes None Return Field Advance 1994 UBI ScanImage Enter* Down Arrow Field Exit User defined - Scan Control Code from the ASCII chart in Appendix. User's Manual Page 4-5...

  • Page 52: Upper Lower Case Options

    SECTION 4 Keyboard Wedge Mode Upper Lower Case Options Lower Case* Alt Mode Alt Mode Active Compose Terminal Type The ScanImage can be set to emulate a large number of terminals, as listed in Configuration List. To configurate the ScanImage for a specific terminal, the terminal identification number must be composed in page 4-4.
  • Page 53 SECTION 4 Keyboard Wedge Mode Alt Mode On some microcomputers working under MSDOS operating system, all the Full ASCII character set and many graphic characters can be generated depressing the "ALT" key, and keying a numeric from 0 to 255. The ScanImage can also work in this mode allowing the user not to pay attention to the keyboard type (French, Us, German, etc...) on which the ScanImage is connected, neither to the...
  • Page 54 SECTION 4 This page intentionally left blank Page 4-8 User's Manual 1994 UBI ScanImage...
  • Page 55 PART II READING PARAMETERS...
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  • Page 57 Family A Audio and Data Management...
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  • Page 59: Audio Managment

    FAMILY A Audio Management Speaker Volume A total of 4 different levels are available; the default level is 3. By scanning one of the 4 levels the volume will be increased or decreased. By scanning "No Beep" the beeper will be turned off. Level 4 - Loudest Level 2 No Beep...
  • Page 60 To assign a beeper tone to the reader, scan the bar code label corresponding to the desired beeping tone that you want the scanner to emit when reading a bar code label. 1 Beep - High* 2 Beeps - High-Low...

  • Page 61: Data Management

    FAMILY A Data Management Preamble and Postambles Character strings can be transmitted by the reader before each message as a preamble, or after each message as a postamble. Preambles and Postambles can be used as control codes. A total of 10 characters may be entered for each preambles and/or postambles.

  • Page 62: Intercharacter Delay

    FAMILY A Data Management Intercharacter Delay In some terminals or RS-232 systems, the maximum rate at which data can be transmitted by the reader is affected by the response of the system. By the insertion of an intercharacter delay, the reader can avoid dropping characters, if it is transmitting decoded data too rapidly.

  • Page 63: Rolling Buffer

    FAMILY A Data Management Rolling Buffer and Intermessage Delay When codes are scanned faster than the host system can accept data, messages are spooled in the reader's "Rolling Buffer" on a first in first out basis. The intermessage delay is used to slow the rate at which successive records are transmitted to the host.
  • Page 64 FAMILY A Data Management (If Rolling Buffer Active) Intermessage Delay No delay 500 ms* 2 sec Page A-6 User's Manual 100 ms 1 sec 5 sec 1994 UBI ScanImage...

  • Page 65: Bar Code Formats

    Family B Activation/Deactivation of Bar Code Formats...
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  • Page 67: Bar Code Formats

    FAMILY B Bar Code Formats Deactivate all bar code formats Read the bar code(s) corresponding to the code formats to be activated. Code 39 Active* Interleaved 2 of 5 Active Standard 2 of 5 Active 1994 UBI ScanImage Not Active Not Active* Not Active* User's Manual...
  • Page 68 FAMILY B Bar Code Formats Codabar Active* Ames Active UPC/EAN Active* Active Page B-2 User's Manual Not Active Not Active* Not Active Not Active* 1994 UBI ScanImage...
  • Page 69 FAMILY B Bar Code Formats Code 128 Active* Code 49 Active Plessey Active Code 93 Active 1994 UBI ScanImage Not Active Not Active* Not Active* Not Active* User's Manual Page B-3...
  • Page 70 FAMILY B Bar Code Formats Matrix 2 of 5 Active Telepen Active Code 16K Active Code 11 Active Page B-4 User's Manual Not Active* Not Active* Not Active* Not Active* 1994 UBI ScanImage...
  • Page 71 FAMILY B Bar Code Formats Code EAN128 Active Not Active* 1994 UBI ScanImage User's Manual Page B-5...
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  • Page 73: Code 39 Parameters

    Family C Code 39 Parameters...
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  • Page 75 FAMILY C Code 39 Parameters Code 39 Standard 43 Characters Start/Stop Transmit Start/Stop Character Active */* only* Active $/$ only 1994 UBI ScanImage Full ASCII* Not Transmit* Active $/$ + */* only User's Manual Page C-1...
  • Page 76 FAMILY C Code 39 Parameters Check Digit Not Used* Mod 43 Transmitted CIP Transmitted Italian Transmitted if Check Digit Italian, auto-discrination mode Active Page C-2 User's Manual Mod 43 Not Transmitted CIP Not Transmittted Italian Not Transmitted Not Active* 1994 UBI ScanImage...
  • Page 77 FAMILY C Code 39 Parameters Multi Read Not Active* Activated by user selected character - Scan a character from the full ASCII chart located in Appendix. Full ASCII Control Codes Not Active* Active in separate label, and embedded in a code if preceded by a hyphen(-).
  • Page 78 FAMILY C Code 39 Parameters Modulo 43 Check Digit The modulo 43 check digit is a character added to the end of the Code 39 bar code label which allows an extra validation of the data. It is calculated as follows: 1.
  • Page 79 FAMILY C Code 39 Parameters Code 39 Character values for calculating Modulo 43 Check Digit Character 0 - 9 A - Z space CIP Check Digit The CIP check digit is utilized in the French pharmaceutical industry. It is only used for codes with seven characters. Italian Check Digit The Italian check digit is used in the Italian pharmaceutical industry.
  • Page 80 FAMILY C Code 39 Parameters Full ASCII Control Codes This allows the emulation of control keys such as special function keys, tab or back space, by reading bar code labels consisting of specially defined dual character combinations. For example the characters .B can represent an Enter. These control codes can be activated either when in a separate label or when embedded in a label, usually as the last two characters.

  • Page 81: Interleaved 2 Of 5 Parameters

    Family D Interleaved 2 of 5 Parameters...
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  • Page 83 FAMILY D Interleaved 2 of 5 Parameters I 2 of 5 Number of Characters Even Number* Odd Number Suppressed First character Check Digit Calculated and Transmitted Not Calculated* 1994 UBI ScanImage Odd Number Last character* Calculated but not transmitted User's Manual Page D-1...
  • Page 84 FAMILY D Interleaved 2 of 5 Parameters Code Lengths Variable length Fixed for 2 lengths, first 2 different lengths read fixes lengths. By secting one of the last three choices for code length, you can compose the bar code length.Scan Length 1, 2 or 3, use the numeric bar codes located in the full ASCII chart to compose the length, and finally scan End Selection.
  • Page 85 Consecutive Same Read Code Validation features in Family I be activated if a laser or CCD scanner is used. By activating Consecutive Same Read Code Validation, the reader is forced to obtain the same read result on 2 or more successive scans in order to validate the read.
  • Page 86 FAMILY D Interleaved 2 of 5 Parameters Check Digit ( Continued ) 2. Multiply the sum by 3. 3. Add to that product all the numbers in the even place values. 4. The check digit is the complement to this number required to bring the sum to the higher multiple of 10.

  • Page 87: Of 5 Standard Parameters

    Family E 2 of 5 Standard Parameters...
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  • Page 89 FAMILY E 2 of 5 Standard Parameters Start/Stop Bars 4 Bars* Check Digit Calculated and transmitted Not Calculated* 1994 UBI ScanImage 6 Bars Calculated but not transmitted User's Manual Page E-1...
  • Page 90 FAMILY E 2 of 5 Standard Parameters Code Lengths Variable length Fixed for 2 lengths, first 2 different legths read fixes lengths. By secting one of the last three choices for code length, you can compose the bar code length.Scan Length 1, 2 or 3, use the numeric bar codes located in the full ASCII chart to compose the length, and finally scan End Selection.

  • Page 91: Codabar Parameters

    Family F Codabar Parameters...
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  • Page 93: Codabar Parameters

    FAMILY F Codabar Parameters Start/Stop Bars Not Transmitted* A, B, C, D DC1, DC2, DC3, DC4 CLSI Library System Active 1994 UBI ScanImage a, b, c, d a, b, c, d/t, n, *, e Not Active* User's Manual Page F-1...

  • Page 94: User's Manual

    FAMILY F Codabar Parameters Concatenation All adjacent codes* A B C (If active) Coexistence of Concatenated and Single Labels : Both Single (unconcatenated) and concatenated labels read are transmitted.* Page F-2 User's Manual All adjacent codes with same stop of first & start of second. Not Active Only concatenated labels read are transmitted.
  • Page 95 FAMILY F Codabar Parameters CLSI Library System Libraries in the CLSI system used in the United States, require insertions of spaces within the 14 character label. For Example, the label "399900019214" is transmitted : "3 999 0001 9214" The start/stop code can be transmitted or not transmitted according to the menu selection.
  • Page 96 FAMILY F This page intentionally left blank Page F-4 User's Manual 1994 UBI ScanImage...

  • Page 97: Upc/Ean Parameters

    Family G UPC/EAN Parameters...
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  • Page 99 FAMILY G UPC/EAN Parameters Format Selection All Formats* Scan All Formats, then scan the bar code(s) corresponding to each format to be deactivated. If changes are needed, all formats must be scanned again and the appropriate bar code(s) deactivated. Deactivation of Bar Code Fomats UPC A EAN 8 Add-On Digits...
  • Page 100 FAMILY G UPC/EAN Parameters Leading Digit UPCA Transmitted* Check Digit UPC A Transmitted* Leading Digit UPC E Transmitted* Check Digit UPC E Transmitted Page G-2 User's Manual Not Transmitted Not Transmitted Not Transmitted Not Transmitted* 1994 UBI ScanImage...
  • Page 101 FAMILY G UPC/EAN Parameters Transmission of UPC/EAN bar code format UPC E = UPC A UPC A = EAN 13* 1994 UBI ScanImage UPC E = UPC E* UPC A = UPC A User's Manual Page G-3...
  • Page 102 FAMILY G UPC/EAN Parameters UPC E = UPC A This option allows a 6 digit UPC E code to be expanded to 10 digit UPC A (plus the leading and/or check digit if called for in your set up). The expansion follows these rules: Step1 : Substitute alpha characters for the 6 numeric characters in the zero suppressed code i.e., ABCDEF.
  • Page 103 Family H Code 128, PLESSEY, MSI, Code 93, Code 11, TELEPEN, MATRIX 2/5, EAN 128 Parameters...
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  • Page 105: Code 128, Plessey

    FAMILY H Code 128, PLESSEY Code 128 Append Function (FNC2) Active Full ASCII Control Codes Active in Separate Label of 2 Characters Only Plessey Transmission of Check Digit Active 1994 UBI ScanImage Not Active* Not Active* Not Active* User's Manual Page H-1...

  • Page 106: Msi, Code 93

    FAMILY H MSI, Code 93 Check Digit Active Modulo 10* Check Digit Transmitted* CODE 93 Multi Read Not Active* Activated by user selected character: Scan this bar code and then scan a character from the full ASCII chart located in the Appendix. Page H-2 User's Manual Active Double Modulo 10...

  • Page 107: Code 11, Telepen, Matrix 2/5

    FAMILY H Code 11, TELEPEN, MATRIX 2/5 CODE 11 Number of Check Digits One* Transmission of Check Digit Transmitted* TELEPEN Numeric MATRIX 2/5 Check Digit Calculated* 1994 UBI ScanImage Not Transmitted ASCII* Not Calculated User's Manual Page H-3...
  • Page 108 FAMILY H EAN 128 EAN 128 Start Character FNC1 No Traduction* Code 128 - Append Function This function allows labels with the special FNC2 character encoded in any position to be buffered in the reader's memory rather than immediately transmitted. Labels containing the FNC2 character are buffered on a first in, first out basis and are transmitted preceding the first read of a standard, non-buffered label, that does not contain the FNC2 character.
  • Page 109 Family I Advanced Features...
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  • Page 111: Family I - Advanced Features

    FAMILY I Advanced Features Laser Management RS-232 Trigger Not Active* CTS Trigger Not Active* Low Level Active 1994 UBI ScanImage Active Scan any single character from the ASCII Chart, this will become the trigger. High Level Active User's Manual Page I-1...

  • Page 112: Laser Time-Out Variable

    FAMILY I Advanced Features Laser Time-out Variable : Scan Time-out Level 1 - 7 Page I-2 User's Manual 1994 UBI ScanImage...

  • Page 113: Consecutive Same Read Code Validation

    FAMILY I Advanced Features Consecutive Same Read Code Validation The feature optimizes data security for codes read by the laser . It requires that a code be scanned and decoded identically in succession based on number of consecutive reads selected below. This feature significantly enhances the reliability of transmitted data when a code is printed poorly, or is used when a code is printed without a check digit, especially when exceptional data...

  • Page 114: No Read Message

    FAMILY I Advanced Features No Read Message Not Active* Repetitions Scan a single digit from the the full ASCII chart in Appendix to repeat No Read Message. Page I-4 User's Manual Active Scan any character from the ASCII Chart located in the Appendix.

  • Page 115: Character Masking And Reordering

    FAMILY I Advanced Features Character Masking and Reordering Any Code Format Active* Code Limitation Scan a single specified code format below. Bar Codes not meeting the limitation of the code, as defined, will be transmitted normally, without masking and reordering. Code 39 UPC/EAN Codabar...

  • Page 116: Advanced Features

    FAMILY I Advanced Features Code Limitation ( Continued ) Code MSI Code 11 Code Ames Code Telepen Page I-6 User's Manual Code Plessey Code 16K Code Matrix 2 of 5 Code EAN 128 1994 UBI ScanImage...
  • Page 117 FAMILY I Advanced Features Select Number of Characters in Original Label Using the numeric part of the full ASCII bar code chart located in the Appendix, compose the number of characters in the original label to be scanned, scan End Selection, then scan Begin Masking and Reordering.
  • Page 118 FAMILY I Advanced Features Delay Character (W) Using the numeric part of the full ASCII bar code chart located in the Appendix, compose the number of 50 msec increments of delay from 1 to 79 (composing 20 designates a delay of 1 sec). User Defined Characters Activated For each selection scan a character supported by the terminal to which the reader is connected from Appendix.
  • Page 119 FAMILY I Advanced Features Single Code Type Identifier Not Active* Code Limitation Scan one of the bar code formats below to which you want to attach a single specified code identifier. Scan a single character from the full ASCII chart in Appendix. Repeat this sequence for each code to be assigned an identifier.
  • Page 120 FAMILY I Advanced Features Single Code Type Identifier ( continued ) Code 93 Code MSI Code 11 Code Ames Page I-10 User's Manual Code 49 Code Plessey Code 16K Code Matrix 2 of 5 1994 UBI ScanImage...

  • Page 121: Single Code Type Identifier

    FAMILY I Advanced Features Single Code Type Identifier ( continued ) Code Telepen For UPC/EAN: Selection of @ -> EAN8 = FF EAN13 = F UPC A = A UPC E = E For EAN 128: Selection of @ -> For Interleaved 2 of 5: Selection of @ ->...

  • Page 122: Delay Character

    FAMILY I Advanced Features Delay Character The reader can recognize a selected full ASCII character, appearing in a bar code or in the data stream from an RS-232 device as requiring the insertion of a delay in the transmission of data to the host system. This may be useful following transmission of a control code to the host, requiring a response from the host before transmission of the next character.

  • Page 123: Character Substitution/Deletion

    FAMILY I Advanced Features Delay Character ( continued ) 10 Sec Duration Character Substitution/Deletion For each selection, scan a character from the full ASCII chart located in the Appendix, then scan the character to be systematically transmitted in its place. To delete the character whenever it appears, scan (Hex 7F) located in the Full ASCII chart.
  • Page 124 FAMILY I Advanced Features RS-232 Trigger The reader can be triggered when it receives a designated RS- 232 character from the host. By scanning an ASCII character you define the reader as a RS-232 trigger, when the character is received from the host the reader will turn on. CTS Trigger By scanning Low Level Active or High Level Active, you define the CTS trigger.
  • Page 125 FAMILY I Advanced Features Character Masking and Reordering This facility allows the user to reformat data scanned by the reader before it is transmitted to the host. It can be used to delete characters in certain positions in the label, add user defined characters, and to reorder the data.
  • Page 126 FAMILY I This page intentionally left blank Page I-16 User's Manual 1994 UBI ScanImage...

  • Page 127: Full Ascii Bar Code Chart

    Appendix Full ASCII Bar Code Chart and Command Menu...
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  • Page 129: Full Ascii Bar Code Chart

    Appendix Full ASCII Bar Code Chart NULL 1994 UBI ScanImage User's Manual Page X-1...
  • Page 130 Appendix Full ASCII Bar Code Chart " 1994 UBI ScanImage User's Manual Page X-2...
  • Page 131 Appendix Full ASCII Bar Code Chart 1994 UBI ScanImage & User's Manual Page X-3...
  • Page 132 Appendix Full ASCII Bar Code Chart < 1994 UBI ScanImage > User's Manual Page X-4...
  • Page 133 Appendix Full ASCII Bar Code Chart 1994 UBI ScanImage User's Manual Page X-5...
  • Page 134 Appendix Full ASCII Bar Code Chart 1994 UBI ScanImage User's Manual Page X-6...
  • Page 135 Appendix Full ASCII Bar Code Chart 1994 UBI ScanImage User's Manual Page X-7...
  • Page 136 Appendix Full ASCII Bar Code Chart End Selection 1994 UBI ScanImage User's Manual Page X-8...

  • Page 137: Command Menu

    Appendix Command Menu PF10 PF11 PF13 PF14 PF16 PF17 1994 UBI ScanImage PF12 PF15 PF18 User's Manual Page X-9...
  • Page 138 Appendix Command Menu PF19 PF20 PF22 PF23 ENTER SEND FIELD + HOME BACK TAB 1994 UBI ScanImage PF21 PF24 RETURN FIELD EXIT BACK SPACE User's Manual Page X-10...
  • Page 139 Appendix Command Menu CLEAR RESET CTRL 1994 UBI ScanImage FIELD - LINE FEED SPECIAL User's Manual Page X-11...
  • Page 140 Appendix Command Menu Command Translation Legend Barcode Code 128 PF10 PF11 PF12 PF13 PF14 PF15 PF16 PF17 PF18 PF19 PF20 PF21 PF22 PF23 PF24 1994 UBI ScanImage Legend Barcode Code 128 ENTER RETURN SEND FIELD + FIELD EXIT HOME BACK TAB BACK SPACE .L CLEAR FIELD -...
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  • Page 142 UBI AB (Head Office) S-182 25 DANDERYD UBI Ltd (United Kindom) Rulra 1 The Mulberry Business Park Wokinggham Berkshire - RG11 20J ENGLAND Tel : + 44 734 79 56 36 Fax : + 44 734 79 18 51 UBI Inc. (USA) Ammendale Technology Park 12240 Indian Creek Court Beltsville, MD 20705...

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