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Revision History Changes to the original manual are listed below: Version Date Description of Version 1.0 September. 03, 2010 Initial release. 1.1 February 21, 2011 Added Power save mode and examples for trigger command. 1.2 April 27, 2011 Corrected blurry barcode images in the Performance Test Mode Beeper Selection section. 1.3 June 22, 2011 Added description in Edge Trigger Command. 1.4 December 12, 2013 Corrected Full ASCII ‐‐‐US Function key‐‐‐‐‐“ALT(L) barcode 1.5 July 29, 2015 Removed DOF 1.6 November 30, 2016 China RoHs label added 1.7 October 15, 2018 Wand settings note updated Advanced Miniature CCD Scan Module i ...
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Important Notice No warranty of any kind is made in regard to this material, including, but not limited to, implied warranties of merchantability or fitness for a particular purpose. We are not liable for any errors contained herein or incidental or consequential damages in connection with furnishing, performance or use of this material. No part of this document may be reproduced, transmitted, stored in a retrieval system, transcribed, or translated into any language or computer language in any form or by any means electronic, mechanical, magnetic, optical, chemical, manual or otherwise, without express written consent and authorization. We reserve the right to make changes in product design without reservation and without notification. The material in this guide is for information only and is subject to change without notice. All trademarks mentioned herein, registered or otherwise, are the properties of their various respective owners. ...
’ S ANUAL Introduction This miniature CCD scan module is especially designed for embedded scanning solution. It only weights 15 grams and sized as small as a match box. There are 3 LED indicators on top allowing immediate scanning response and a test button for performance test. There are mounting holes on the back of the case reserved for quick and easy installation. The module has a newly designed CCD scan engine with light beam bright and clear as laser beam that gives user best visual indication and its powerful high resolution CCD acts in outstanding performance. The scanner includes key features as, World’s smallest CCD scan module in its class Industrial standard design A “Test” button on top for performance testing Mounting holes at bottom for easy installation Great CCD scanning performance Future upgradeability on firmware Best for embedded applications, kiosks, lottery machine, and others where space is limited. Advanced Miniature CCD Scan Module 1 ...
’ S ANUAL Overview Power Test Button Interface Cable Front Window Components Description Function OK Indicates a successful reading NG Indicates a failed reading Power Indicates the power status Test Button Used for performance test or trigger scan Interface Cable Used to connect to the host Front Window CCD aperture Advanced Miniature CCD Scan Module 2 ...
’ S ANUAL Mounting Back Mounting Holes The scanner is designed to embed into any space limited devices, and it has 3 screwed mounting holes reserved at the bottom. Figure 1: Screw Position Advanced Miniature CCD Scan Module 3 ...
’ S ANUAL Scanner Operation Precautions To ensure the scanner reaches its best performance, the following points need to be noticed when mounting the scanner: Do not place the scanner under direct sunlight or any other bright light source illuminating. When placing the barcode label, one must be careful not to over tilt, skew and/or pitch the barcode (Refer to figure 2) Do not place the device at specula reflection position. The LED light of the scanner reflects directly back on the scanner if it is placed at specula reflection position. As to the nature of CCD sensor, it will not be able to read any barcodes. The barcode label must be placed within the effective depth of field (D.O.F.) since it is the effective reading distance for the barcode from the scanner. For the best placing position, please refer to the Decode Depth of Field drawing. (Figure 3) Maintaining the Scanner The scanner is designed for long‐term trouble‐free operation and rarely requires any maintenance. Only an occasional cleaning of the scanner window is necessary in order to remove dirt and fingerprints. Wipe the scan window with a soft lint‐free cloth and a non‐abrasive cleaner to avoid scratching and damaging the scan window. The scan window may be cleaned while the scanner is running. Advanced Miniature CCD Scan Module 4 ...
’ S ANUAL Scan Angles See the following illustrations for the effective barcode reading angles. Pitch Angle: ±65° normal Specular Reflection: ±5° Skew Angle: ±65° normal Roll Angle: ±20° normal (Prevents reading of a barcode if all the bars are not inside the reading beam or if tilt is more than 20°.) Figure 2: Skew, Pitch and Roll Angle Illustration Test condition: using a 100% EAN 13 barcode, 0.33mm (13 mil), at a distance of 14cm (5.5”) in optimal lighting conditions. Advanced Miniature CCD Scan Module 5 ...
’ S ANUAL Scan Zone The effective reading distance for the scanner is illustrated as below. Figure 3: Scan Zone Different quality and density of a barcode could effect its decode depth of field. Usually when a barcode has poor printing quality or high density, the depth of field would be shorter. It is highly suggested not place the barcode label at the extremes of depth of field as it is often easy to move out from the reading range. Blink Mode After the scanner has been inactive for a period of time, the light beam would automatically start blinking. To stop the scanner from blinking, simply present an object close to the scanner window or press the test button. The Blink Mode feature is included to reduce power consumption and to extend scanner life. Use the barcodes in page 27 to change the blink mode settings Advanced Miniature CCD Scan Module 6 ...
’ S ANUAL Test Button Function On top of the scan module, there is a “Test” button, and it controls two function modes: Trigger mode Scan performance test mode Trigger Mode When the module is in trigger mode, the reading light beam remains off and scanning is only made when the “Test” button is depressed. In trigger mode, simply aim the scan module at the barcode and press the “Test” button to trigger scan light beam and decode. Performance Test Mode To enter into scan performance test mode, press the “Test” button twice quickly. The LED indicators will be turned off and you will hear three short beep sounds. This indicates that the module has successfully entered the test mode. Place the barcode label within its scan range to get the best scan performance result. The result is indicated with LED lights with different read rate as below: Read Rate % 50% 75% 90% OK_LED On On On NG_LED Off On On PWR_LED Off Off ...
’ S ANUAL Test Mode Settings The “Test” button and the performance test settings can be configured using the following set‐up barcodes: *Default values are highlighted in gray background. Start Of Configuration “Test” Button Function Setting Barcode Barcode Label Description Value ST01 Complex mode ‐The test button controls both trigger mode and scan performance test mode. When the scanner is set in this mode, press the “Test” button once to scan and press the “Test” button twice quickly to activate the scan performance test function. ...
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’ S ANUAL Start Of Configuration Performance Test Mode Beeper Selection Barcode Barcode Label Description Value LB13 Beeper disable ‐Beeper disabled in performance test. LB14 Beeper enable ‐Beeper enabled in performance test. Performance Test Mode Data Transmission Barcode Barcode Label Description Value LB15 Data transmission disable in performance test ‐Data not transmitted in performance test. LB16 Data transmission enable in performance test ‐Data is transmitted in performance test. ...
’ S ANUAL Connection The scan module has 3 different kinds of interface connection to suit customer’s desire; the standard cable is black, straight and 2 m (6.5 feet) in length. Below shows the connector types and pin out configuration for each interface. Free interface RS‐45 10P10C for multi‐interface connection Pin # Function 1 RTS_EIA 2 USB_D+ 3 USB_D‐ 4 GND 5 CTS_EIA 6 RX_EIA 7 Trigger In 8 +5V Input 9 N.C. 10 TX_EIA RS‐232 interface Power adapter required if host can not provide sufficient power. Pin # Function 1 N.C. ...
’ S ANUAL Technical Specification Power Requirement Input voltage 5V ±10% VDC LED on 105mA typical LED off 55mA typical Decode 120mA typical Max. 250mA @ 1msec peak Operational Sensor Linear CCD array Illumination 617nm visible red LED Depth of field 280mm (UPC/EAN 100%, PCS=90%) Scan rate 330 scans per second Minimum bar width 0.1mm (0.07mm actually) (Code 39, PCS=90%) Print contrast 30% @ UPC/EAN 100% Indicators (LED) “OK”, “NG”, “PWR” and “TEST” Beeper operation Programmable tone & beep time Scan angle ...
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’ S ANUAL ~Technical Specification Continued~ Physical dimension Height 15.8mm (0.62”) Width 26.6mm (1.05”) Depth 39.0mm (1.54”) Weight 15g Mounting 3‐M1.6 * 0.35 screw hole Regulatory Regulator approval According CE, FCC, VCCI, BSMI,RoHS compliant Decode symbology UPC/JAN/EAN, UPC A & E, EAN‐8, EAN‐13, ISBN/ISSN, Code 39, Codabar, Code 128, EAN 128, Code 93, Interleave 2 of 5, Addendum 2 or 5, IATA Code, MSI/Plessy, Chinese Postal Code, Code 32 (Italian Pharmacode), Industrial 2 of 5, Standard 2 of 5, Matrix 2 of 5 (JAP), Code 11, GS1 DataBar, Telepen Advanced Miniature CCD Scan Module 12 ...
’ S ANUAL Programming Guide Scanning a series of programming bar code labels can configure the scanner. This allows decoding options and interface protocols to be tailored to a specific application. The configuration is stored in non‐volatile memory and will not be lost by removing power from the scanner. The scanner must be properly powered before programming. For RS‐232C type scanners, an external power adapter might be necessary to supply DC power to the scanner. During the programming mode, the scanner will acknowledge a good and valid reading with a short beep. It will give long beeps for either an invalid or bad reading. See the Default Parameter section for all the programmable parameters. The default settings will be restored whenever the “Reset” programming label is scanned. Advanced Miniature CCD Scan Module 14 ...
’ S ANUAL Programming Procedure Below is the programming procedure for using barcodes in this guide. Power up the scanner. Scan the Start of Configuration barcode. Scan the barcode for the desired feature. Multiple features can be enabled/disabled before scanning the End of Configuration barcode. Scan the End of Configuration barcode and save the new configuration. To give up a configuration change, power off the scanner before scanning the End of Configuration barcode or scan the Abort barcode. For some parameter setting, such as barcode length and identifier code, it is required to scan the Set barcode to save the configuration. Power up the scanner Scan the “Start of Configuration” barcode Scan barcode of the desired feature Scan the “End of Scan the “Abort” barcode Power off the scanner Configuration” barcode Finish the configuration Discard the configuration Default values are highlighted in gray background. ...
’ S ANUAL Default Parameters This table gives the default settings of all the programmable parameters. The default settings would be restored whenever the laser scanner reads the “Reset” programming label in programming mode. If you wish to change any setting, scan the appropriate barcodes below. Scanner Operation Parameter Default Same code delay 500ms Scan mode Auto scan Beeping frequency Medium Beeping duration 50ms Power save mode Off Blink mode timers 500ms LED/Beep before data transmission On Header and trailer None Inter message delay None Inter character delay None Interface Communication Parameter Default RS‐232 Interface Baud rate 9600 ...
’ S ANUAL Trigger Command Format (Only for RS‐232C and USB‐Virtual COM Port) Level Trigger Command Command Description When the scanner receives this command, the CCD/laser <ESC>A0<CR> would light up and start scanning barcodes entering its scan filed. The light would be switched off when the scanner receives a trigger off command. Edge Trigger Command Command Description When the scanner receives this command, the CCD/laser <ESC>A0.mm<CR> would light up and start scanning barcodes entering its scan field. The light would remain on until the scanner reads a barcode or until “mm” period is over (mm=01~60, unit: second). The edge trigger command is not controlled by the trigger off command. When the scanner receives this command, the CCD/laser <ESC>A2<CR> light would light up and remain on but the device can only scan once. ...
’ S ANUAL Parameter Setting Start Of Configuration Scanner Operation System Function Setting Barcode Barcode Label Description Value ‐‐ Reset (return to factory default) Display firmware version ++ Abort :exit programming mode with no update KE94 Return to customer default KE95 Save as customer default ...
’ S ANUAL Start Of Configuration Interface Setting Barcode Barcode Label Description Value KE97 Return to USB default KE99 Return to RS‐232 default KE87 Enable USB virtual COM (Virtual COM driver required. For installation steps refer to Appendix 1.) KE01 Enable IBM PC/AT/PS/2 Keyboard emulation KE05 Enable stand‐alone keyboard (Required no keyboard or key simulator. Only available for special firmware version) KE98 Enable wand emulation (Only available with special firmware and cable) KE77 Enable OPOS/JPOS (Available for USB interface only and requires driver. For RS‐232 interface, the scanner needs reset and identifier code has to be enabled.) ...
’ S ANUAL Start Of Configuration Operation Function Setting Good Read Beeper Tone Selection Barcode Barcode Label Description Value GR02 Low beeper tone GR01 Medium beeper tone GR03 High beeper tone GR05 Speaker disable Beeper Sound Selection Barcode Barcode Label Description Value GR13 Very short (5 ms) GR12 Short (20 ms) GR11 Medium (50 ms) GR10 Long (100 ms) GR14 Very Long (200 ms) GR15 Ultra long (500 ms) ...
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’ S ANUAL Start Of Configuration Beeper Volume Selection Barcode Barcode Label Description Value GR20 Loud GR21 Medium GR22 Slight Beeper Timing Selection Barcode Barcode Label Description Value LB00 LED/Beep after transmission Use this barcode to indicate a “good read” after a barcode has been successfully decoded. LB01 LED/Beep before transmission Use this barcode to indicate a “good read” before successfully transmitting the barcode data to the host. Power‐on tone enable ...
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’ S ANUAL Start Of Configuration Scan Function Setting Barcode Barcode Label Description Value SM01 Trigger mode The scanner becomes inactive once the data is transmitted. It must be triggered to active again. SM02 Auto scan mode The scanner will actively scan and decode barcodes, and the same barcode cannot be read twice. SM05 Repeat mode It is similar to auto scan mode, but double reading on the same barcode is permitted if uses trigger. “Test” Button Function Setting Barcode Barcode Label Description Value ...
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’ S ANUAL Start Of Configuration Performance Test Mode Beeper Selection Barcode Barcode Label Description Value LB13 Beeper disable Beeper disabled in performance test. LB14 Beeper enable Beeper enabled in performance test. Performance Test Mode Data Transmission Barcode Barcode Label Description Value LB15 Data transmission disable in performance test Data not transmitted in performance test. LB16 Data transmission enable in performance test Data is transmitted in performance test. ...
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’ S ANUAL Start Of Configuration Power Save Mode Selection Barcode Barcode Label Description Value MT00 Power save mode off MT01 Power save after 5 min MT02 Power save after 10 min MT03 Power save after 20 min MT04 Power save after 30 min MT05 Power save after 60 min MT12 Power save after every trigger scan ...
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’ S ANUAL Start Of Configuration Blink Mode Setting (Available for Auto Scan mode only) Barcode Barcode Label Description Value LS00 Blink Mode off. Module never enters blink mode LS01 Blink mode timer 5 s LS02 Blink mode timer 10 s LS03 Blink mode timer 15 s LS04 Blink mode timer 20 s LS05 Blink mode timer 30 s LS06 Blink mode timer 60 s LS15 Light beam blinks in blink mode The blink mode is design to protect the LED and prolong its working hours. The scanner would automatically switch to the blink mode after being idle for ...
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’ S ANUAL Start Of Configuration Inter Message Delay Barcode Barcode Label Description Value IM01 0 ms IM02 100 ms IM03 500 ms IM04 1000 ms Inter Character Delay Barcode Barcode Label Description Value IC01 0 ms IC05 2 ms IC00 5 ms IC02 10 ms IC03 20 ms IC04 50 ms ...
’ S ANUAL Start Of Configuration Same Code Delay Barcode Barcode Label Description Value SD01 Same code delay time 50 ms SD02 Same code delay time 100 ms SD03 Same code delay time 200 ms SD04 Same code delay time 300 ms SD05 Same code delay time 400 ms SD06 Same code delay time 500 ms SD07 Same code delay time 600 ms SD08 Same code delay time 700 ms SD09 Same code delay time 800 ms SD10 Same code delay time 900 ms SD11 Same code delay time 1000 ms SD12 Same code delay time Infinite End Of Configuration ...
’ S ANUAL Start Of Configuration Parity Bit Barcode Barcode Label Description Value PB01 Even parity PB02 Odd parity PB03 Mark parity PB04 Space parity PB05 None parity Stop Bit Barcode Barcode Label Description Value SB01 1 stop bit SB02 2 stop bit Data Bit Barcode Barcode Label Description Value DB07 7 data bit DB08 8 data bit End Of Configuration ...
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’ S ANUAL Start Of Configuration Handshaking Protocol Barcode Barcode Label Description Value HP01 None handshaking HP02 ACK/NAK HP03 Xon/Xoff HP04 RTS/CTS LB07 Enable beeper on <BEL> character LB08 Ignore beep on <BEL> character LB09 Disable ACK/NAK timeout beeper RT01 ACK/NAK response time 300 ms RT03 ACK/NAK response time 500 ms RT05 ACK/NAK response time 1 s RT02 ACK/NAK response time 2 s RT04 ACK/NAK response time 3 s RT06 ACK/NAK response time 5 s RT07 ACK/NAK response time infinity ...
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’ S ANUAL Start Of Configuration Keyboard Setting Barcode Barcode Label Description Value CP00 Capital lock on CP01 Capital lock off CP05 Function key emulation enable CP06 Function key emulation disable CP18 Send number as normal data CP19 Send number as keypad data CP20 Alphabet follow as keyboard CP21 Alphabet always upper case CP22 Alphabet always Lower case Message Terminator Barcode Barcode Label Description Value DT01 Keyboard terminator‐‐‐none DT02 Keyboard terminator‐‐‐Enter DT03 ...
’ S ANUAL Start Of Configuration Wand Emulation Setting Wand emulation requires special firmware and cable. If needed, please contact your distributor. Barcode Barcode Label Description Value WD01 All barcode will be decoded and transmitted in that symbology WD02 Enable Wand output data format as Code 39 WO01 Wand emulation data output black = high Scan this barcode to set quiet zones and spaces low and bars =high. WO02 Wand emulation data output black=low Scan this barcode to set quiet zones and spaces high and bars=low WO03 Idle = high Idle state refers to the TTL logic level of the Wand Emulation signal when not in use WO04 Idle = low Idle state refers to the TTL logic level of the Wand Emulation signal when not in use WS01 ...
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’ S ANUAL Start Of Configuration Wand Emulation Speed Barcode Barcode Label Description Value WS03 Wand emulation speed‐‐‐normal WS04 Wand emulation speed‐‐‐high This option allows the transmission of wand emulation at 300us narrow element width WS05 Wand emulation speed‐‐‐higher This option allows the transmission of wand emulation at 100 us narrow element width WS00 Wand emulation narrow/wide ratio 1:2 WS08 Wand emulation narrow/wide ratio 1:3 ...
’ S ANUAL Start Of Configuration The Symbologies Codabar Parameter Setting Barcode Barcode Label Description Value RC02 Codabar enable RD02 Codabar disable CB05 Codabar start/stop character transmission-none CB06 Codabar start/stop character transmission-A,B,C,D CB07 Codabar start/stop character transmission- DC1~DC4 CB08 Codabar start/stop character transmission- a/t,b/n,c/*,d/e CB09 Codabar maximum length setting CB10 Codabar minimum length setting Confirm to save this setting (required for reading full SET ASCII table and length setting) CB11 Codabar concatenation disable CB12 ...
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’ S ANUAL Start Of Configuration Codabar (Continued) Barcode Barcode Label Description Value CB13 No check character CB14 Validate modulo 16,but don’t transmit CB15 Validate modulo 16 and transmit DC50 Codabar data redundant check=off DC51 Codabar data redundant check=1 DC52 Codabar data redundant check=2 DC53 Codabar data redundant check=3 End Of Configuration ...
’ S ANUAL Start Of Configuration Code 39 Parameter Setting Barcode Barcode Label Description Value RC01 Code 39 enable RD01 Code 39 disable RC13 Code 32 enable RD13 Code 32 disable DC00 Code 39 data redundant check=off DC01 Code 39 data redundant check=1 DC02 Code 39 data redundant check=2 DC03 Code 39 data redundant check=3 3901 Standard code 39 3902 Full ASCII code 39 3903 Code 39 start/stop character transmission 3904 Code 39 start/stop character without transmission End Of Configuration Advanced Miniature CCD Scan Module 39 ...
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’ S ANUAL Start Of Configuration Code 39 (Continued) Barcode Barcode Label Description Value 3905 Code 39 check digit calculate and transmit 3906 Code 39 check digit calculate but without transmit 3907 No check character 3908 Code 39 maximum length setting 3909 Code 39 minimum length setting Confirm to save this setting (required for reading full SET ASCII table and length setting) 3910 Code 39 concatenation enable 3911 Code 39 concatenation disable 3912 Code 32 (Italian pharmacy) transmit “A” character 3913 Code 32 (Italian pharmacy) without transmit ”A” character ...
’ S ANUAL Start Of Configuration Code 93 Parameter Setting Barcode Barcode Label Description Value RC08 Code 93 enable RD08 Code 93 disable DC30 Code 93 data redundant check=off DC31 Code 93 data redundant check=1 DC32 Code 93 data redundant check=2 DC33 Code 93 data redundant check=3 9301 Code 93 maximum length setting 9302 Code 93 minimum length setting Confirm to save this setting (required for reading full SET ASCII table and length setting) 9303 Code 93 check digit calculate but without transmit 9304 Code 93 check digit not calculate and without transmit 9305 Code 93 check digit calculate and transmit ...
’ S ANUAL Start Of Configuration Chinese Post Code Parameter Setting Barcode Barcode Label Description Value RC05 Chinese post code enable RD05 Chinese post code disable DC60 Chinese post code data redundant check=off DC61 Chinese post code data redundant check=1 DC62 Chinese post code data redundant check=2 DC63 Chinese post code data redundant check=3 SZ01 Chinese post code maximum length setting SZ02 Chinese post code minimum length setting Confirm to save this setting (required for reading full SET ASCII table and length setting) End Of Configuration Advanced Miniature CCD Scan Module ...
’ S ANUAL Start Of Configuration MSI/Plessy Parameter Setting Barcode Barcode Label Description Value RC14 MSI enable RD14 MSI disable DC70 MSI data redundant check= off DC71 MSI data redundant check=1 DC72 MSI data redundant check=2 DC73 MSI data redundant check=3 MS01 MSI/Plessy maximum length setting MS02 MSI/Plessy minimum length setting Confirm to save this setting (required for reading full SET ASCII table and length setting) MS03 MSI/Plessy double check digit calculate but not transmit MS04 MSI/Plessy double check digit without calculate and transmit MS05 ...
’ S ANUAL Start Of Configuration ITF 2 of 5 Parameter Setting Barcode Barcode Label Description Value RC04 ITF 2 of 5 enable RD04 ITF 2 of 5 disable RC09 IATA code enable RD09 IATA disable DC80 ITF 25 data redundant check=off DC81 ITF25 data redundant check=1 DC82 ITF25 data redundant check=2 DC83 ITF25 data redundant check=3 IT03 ITF 2 of 5 no check character IT04 ITF 2 of 5 check digit calculate and transmit IT05 ITF 2 of 5 check digit calculate but without transmit End Of Configuration Advanced Miniature CCD Scan Module 46 ...
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’ S ANUAL Start Of Configuration ITF 2 of 5 (Continued) Barcode Barcode Label Description Value IT01 ITF 2 of 5 code maximum length setting IT02 ITF 2 of 5 code minimum length setting IT06 ITF 2 of 5 one fixed length setting IT07 ITF 2 of 5 two fixed length setting Confirm to save this setting (required for reading full SET ASCII table and length setting) ...
’ S ANUAL Start Of Configuration Standard 2 of 5 Parameter Setting Barcode Barcode Label Description Value RC22 Standard 2 of 5 code enable RD22 Standard 2 of 5 code disable D051 Standard 2 of 5 code maximum length setting D052 Standard 2 of 5 code minimum length setting Confirm to save this setting (required for reading full SET ASCII table and length setting) D053 Standard 2 of 5 code no check character D054 Standard 2 of 5 code check digit calculate and transmit D055 Standard 2 of 5 code check digit calculate but without transmit ...
’ S ANUAL Start Of Configuration Industrial 2 of 5 Parameter Setting Barcode Barcode Label Description Value RC21 Industrial 2 of 5 code enable RD21 Industrial 2 of 5 code disable D251 Industrial 2 of 5 code maximum length setting D252 Industrial 2 of 5 code minimum length setting Confirm to save this setting (required for reading full SET ASCII table and length setting) D253 Industrial 2 of 5 code no check character D254 Industrial 2 of 5 code check digit calculate and transmit D255 Industrial 2 of 5 code check digit calculate but without transmission ...
’ S ANUAL Start Of Configuration UPC/EAN/JAN Parameter Setting Barcode Barcode Label Description Value RC11 EAN convert to ISSN/ISBN enable RD11 EAN convert to ISSN/ISBN disable RC03 UPC/EAN/JAN enable RD03 UPC/EAN/JAN disable UE01 UPC/EAN/JAN all enable UE02 EAN‐8 or EAN‐13 enable UE03 UPC‐A and EAN‐13 enable UE04 UPC‐A and UPC‐E enable UE05 UPC‐A enable UE06 UPC‐E enable UE07 EAN‐13 enable UE08 EAN‐8 enable UE09 UPC/EAN Addendum disable End Of Configuration ...
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’ S ANUAL Start Of Configuration UPC/EAN/JAN (Continued) Barcode Barcode Label Description Value UE10 Add on 5 only UE11 Add on 2 only UE12 Add on 2 or 5 UE13 Force UPC‐E to UPC‐A format enable UE14 Force UPC‐E to UPC‐A format disable UE15 Force UPC‐A to EAN‐13 format enable UE16 Force UPC‐A to EAN‐13 format disable UE44 Force EAN‐8 to EAN‐13 format enable UE45 Force EAN‐8 to EAN‐13 format disable UE17 Transmit UPC‐A check digit enable UE18 Transmit UPC‐A check digit disable UE19 Transmit UPC‐E leading character enable UE20 Transmit UPC‐E leading character disable UE21 Transmit UPC‐E check digit enable UE22 Transmit UPC‐E check digit disable ...
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’ S ANUAL Start Of Configuration UPC/EAN/JAN (Continued) Barcode Barcode Label Description Value UE23 Transmit EAN‐8 check digit enable UE24 Transmit EAN‐8 check digit disable UE25 Transmit EAN‐13 check digit enable UE26 Transmit EAN‐13 check digit disable UE27 Transmit UPC‐A leading character enable UE28 Transmit UPC‐A leading character disable UE30 Add‐on format with separator UE31 Add‐on format without separator UE60 EAN‐13 country code first “0” can transmitted UE61 EAN‐13 country code first:”0” can’t transmitted UE66 EAN‐13 with first 0 ID code same as “UPC‐A” UE67 EAN‐13 with first 0 ID code same as “EAN‐13” DC10 UPC‐A data redundant check=off DC11 UPC‐A data redundant check=1 ...
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’ S ANUAL Start Of Configuration UPC/EAN/JAN (Continued) Barcode Barcode Label Description Value DC12 UPC‐A data redundant check=2 DC13 UPC‐A data redundant check=3 DC14 UPC‐E data redundant check=off DC15 UPC‐E data redundant check=1 DC16 UPC‐E data redundant check=2 DC17 UPC‐E data redundant check=3 DC20 EAN‐13 data redundant check=off DC21 EAN‐13 data redundant check=1 DC22 EAN‐13 data redundant check=2 DC23 EAN‐13 data redundant check=3 DC24 EAN‐8 data redundant check=off DC25 EAN‐8 data redundant check=1 DC26 EAN‐8 data redundant check=2 DC27 EAN‐8 data redundant check=3 UE32 EAN/UPC +add‐on (none mandatory) ...
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’ S ANUAL Start Of Configuration UPC/EAN/JAN (Continued) Barcode Barcode Label Description Value UE35 EAN/UPC +add‐on mandatory for 978/977 bookland (Supplement requirement, not sent for other) UE38 EAN/UPC +addon mandatory for 978/977 bookland (Supplement requirement, optionally for other) UE42 EAN/UPC +addon mandatory for 491 Japanese bookland (Supplement requirement, not sent for other) UE43 EAN/UPC +addon mandatory 491 Japanese bookland (Supplement requirement, optionally for other) End Of Configuration Advanced Miniature CCD Scan Module 54 ...
’ S ANUAL Start Of Configuration Matrix 2 of 5 Parameter Setting Barcode Barcode Label Description Value RC12 Matrix 2 of 5 enable RD12 Matrix 2 of 5 disable D151 Matrix 2 of 5 maximum length setting D152 Matrix 2 of 5 minimum length setting Confirm to save this setting (required for reading full SET ASCII table and length setting) D153 Matrix 2 of 5 no check character D154 Matrix 2 of 5 check digit calculate and transmit D155 Matrix 2 of 5 check digit calculate but without transmission ...
’ S ANUAL Start Of Configuration GS1 DataBar Parameter Setting There are 7 kinds of barcodes in the GS1 DataBar family and they are categorized into three groups. Barcode types in the same group use the same barcodes for setting. Group Representative Contents Group 1 GS1 DataBar Omnidirectional GS1 DataBar Omnidirectional (Formally RSS‐14) GS1 DataBar Truncated GS1 DataBar Stacked GS1 DataBar Stacked Omnidirectional Group 2 GS1 DataBar Limited GS1 DataBar Limited (Formally RSS Limited) Group 3 GS1 DataBar Expanded GS1 DataBar Expanded (Formally RSS Expanded) GS1 DataBar Expanded Stacked GS1 DataBar Omnidirectional (Formally RSS‐14) Barcode Barcode Label Description Value RC15 GS1 DataBar Omnidirectional enable RD15 GS1 DataBar Omnidirectional disable SS00 Transmit GS1 DataBar Omnidirectional check digit SS01 Do not transmit GS1 DataBar Omnidirectional check ...
’ S ANUAL Start Of Configuration Header and Trailer Barcode Barcode Label Description Value CP11 Add code length as header enable (2 digits) Add code length as header disable (2 digits) CP12 Header (Preamble) HT01 Trailer (Postamble) HT02 Truncate header character HT03 Truncate trailer character HT04 Confirm to save this setting (required for reading full SET ASCII table and length setting) Advanced Miniature CCD Scan Module 62 ...
’ S ANUAL Appendix 1: USB Virtual COM Driver Installation Contact your distributor to get the driver and follow the steps below to enable USB virtual COM port. Connect the handheld scanner and the host (e.g. a PC) with a USB interface cable. Enable USB virtual COM port with programming barcodes on page 21. After the programming, the host would request driver installation. Browse your files to locate the driver and start installation. The USB virtual COM port is ready for use after driver installation. ...
’ S ANUAL Appendix 2: Barcode Length Setting Introduction The length of a barcode is the number of characters it contains, including check digits. As listed in the Default Parameters section, each barcode type has different default length. You may change the setting by the following procedure. To set up barcode length, the paramours to be determined are barcode type and the desired barcode length. Barcode length is consisted of 2 digits. For numbers smaller than 10, you need to add a “0” in the front. Example If the barcode length is 4 to 12 digits, the steps would be as below: Set up barcode length Start End Set up minimum Set up maximum Start of Configuration End of Configuration barcode length barcode length Scan the “Start of Scan the Scan the “Set” Set the “Max” ...
’ S ANUAL Start Of Configuration Appendix 3: Full ASCII Code 39 Table Hexa‐co Hexa‐c Code 39 ASCII Code 39 ASCII de ode Full ASCII ‐‐‐NUL Full ASCII ‐‐‐SI 00 0F Function key‐‐‐‐‐“Shift” Full ASCII ‐‐‐SOH Full ASCII ‐‐‐DLE 01 10 Function key‐‐‐‐‐“Ins” Function key‐‐‐‐‐“5(num)” Full ASCII ‐‐‐STX Full ASCII ‐‐‐DC1 02 11 Function key‐‐‐‐‐“Del” Function key‐‐‐‐‐“F1” Full ASCII ‐‐‐ETX Full ASCII ‐‐‐DC2 03 12 Function key‐‐‐‐‐“Home” ...
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’ S ANUAL Start Of Configuration Full ASCII Code 39 Table Hexa‐code Hexa‐code Code 39 ASCII Code 39 ASCII Full ASCII ‐‐‐RS Full ASCII ‐‐‐‐ 1E 2D Function key‐‐‐‐‐“CTL(L)” Full ASCII ‐‐‐US Full ASCII ‐‐‐. 1F 2E Function key‐‐‐‐‐“ALT(L)” Full ASCII ‐‐‐SP Full ASCII ‐‐‐/ 20 2F Full ASCII ‐‐‐! Full ASCII ‐‐‐0 21 30 Full ASCII ‐‐‐“ ...
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’ S ANUAL Start Of Configuration Full ASCII Code 39 Table Hexa‐code Hexa‐code Code 39 ASCII Code 39 ASCII Full ASCII ‐‐‐< Full ASCII ‐‐‐K 3C 4B Full ASCII ‐‐‐= Full ASCII ‐‐‐L 3D 4C Full ASCII ‐‐‐> Full ASCII ‐‐‐M 3E 4D Full ASCII ‐‐‐? Full ASCII ‐‐‐N 3F 4E Full ASCII ‐‐‐@ Full ASCII ‐‐‐O 40 ...
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’ S ANUAL Start Of Configuration Full ASCII Code 39 Table Hexa‐code Hexa‐code Code 39 ASCII Code 39 ASCII Full ASCII ‐‐‐Z Full ASCII ‐‐‐i 5A 69 Full ASCII ‐‐‐[ Full ASCII ‐‐‐j 5B 6A Full ASCII ‐‐‐\ Full ASCII ‐‐‐k 5C 6B Full ASCII ‐‐‐] Full ASCII ‐‐‐l 5D 6C Full ASCII ‐‐‐^ Full ASCII ‐‐‐m 5E 6D Full ASCII ‐‐‐_ Full ASCII ‐‐‐n ...
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’ S ANUAL Start Of Configuration Full ASCII Code 39 Table Hexa‐code Code 39 ASCII Full ASCII ‐‐‐x 78 Full ASCII ‐‐‐y 79 Full ASCII ‐‐‐z 7A Full ASCII ‐‐‐{ 7B Full ASCII ‐‐‐| ...