User Manual - ID Automation.com
Contents
1. Exit 27 Codabar Insertion group selection Refer to Insertion group selection of UPCA Start End type Codabar has four pairs of Start End patterns you may select one pair to match your application Start End Transmission Refer to Start End Transmission of Code 39 HERO Program Option Bar Code Alphanumeric Entry 00 44 IM wm EAI 000 Insert group selection MAM SS EAJ abcd abcd Start End type ABCD TN E Abcd tn e Enable Start End transmission 000 01 02 03 DA con 07 EAK 01 o Exit 28 29 Code 93 Format Data Digits Checksum1 Checksum2 Variable Checksum Verification Verifies tvo mod 47 check digits Checksum Transmission By setting to Enable the checksum will be transmitted Max Min code length Refer to Max Min code length of Code 39 Truncate leading ending Refer to Truncate leading ending of UPCA Code ID setting Refer to Code ID setting of UPCA Insertion group selection Refer to Insertion group selection of UPCA PRO Program Option Bar Code Alphanumeric Entry P MAMI To CAA Enable Read MA es CAB Enable two Checksum digits Verification 30 UI E Checksum Transmission MA CAD Max code length MA CAE Min code length MA CAF Truncate leading ABRE CAG Truncate ending AIR CAH Code ID sett2. Supplement digits 5 digits 2 5 digits UCC EAN 128 2 UCC EAN 128 5 UCC EAN 128 All Wu FAK Enable Truncation Expansion Wu E AL Enable Expansion o Me 18 Exit Code 128 amp GS1 128 Information about this symbology is available at http idautomation com code128fag html Format Data Digits MOD 103 Checksum Variable Required Checksum Verification The checksum is the mod 103 of all data digits Checksum Transmission By setting to Enable the checksum will be transmitted x RO de S P Option Bar Code o MMI FIJA AS Enable rogram Read MMA M DAB Enable Checksum Verification MA O DAC Enable Checksum Transmission Ok ii Exi t 19 Code 128 amp GS1 128 Max Min code length Refer to Max Min code length of Code 39 Truncate leading ending Refer to Truncate leading ending of UPCA Code ID setting Refer to Code ID setting of UPCA Insertion group selection Refer to Insertion group selection of UPCA GS1 Format Code 128 may be translated according to the format if it starts with an FNC1 character When enabled the first FNC1 will be translated to C1 and FNC1 codes thereafter in the same symbol will be a lt GS gt 1D16 field separator code For example FNC2 Append When enabled if the scanner reads a barcode that includes the
3. Max code length 36 UAE Min code length UAF Truncate leading UAG Truncate ending UAH Code ID setting UAI Insert group selection UAK UCC EAN128 emulation 00 ffH ASCII code Disable Enable o Exit 37 GS1 DataBar Expanded Information about this symbology is available at http idautomation com gs1 databar composite html Format Data Digits Internal Checksum Variable Required Max Min code length Refer to Max Min code length of Code 39 Truncate leading ending Refer to Truncate leading ending of UPCA Code ID setting Refer to Code ID setting of UPCA Insertion group selection Referto Insertion group selection of UPCA UCC EAN 128 emulation Refer to GS1 128 128 emulation of DataBar PRO Program TT Alphanumeric Entry D I Enable Read VAD Max code length VAE Min code length 38 VAF Truncate leading LITE LU VAG Truncate ending MAR mente VA VAH Code ID setting VA Insert group selection MAR VAK Enable UCC EAN128 emulation sk Exit 39 Interleaved 2 of 5 ITF Information about this symbology is available at http idautomation com itffag html Format Data Digits Checksum Variable Optional Checksum verification Verify mod
4. PDF417 symbology section of the manual to enable ASCII Code Table NOTE Cells this shade are for function key emulation only 87 Parameter Setting List A es S PRO BS Barcode standard parameter setting list Used to display the current configuration of your scanner over the host terminal computer BUS Unique parameter list Used to display the unique parameter setting list HISI System parameter setting list Displays product information and revision number of your scanner String setting list If you wish to display the string format list scan the String setting list bar code 88 VRE Firmware version list If you wish to display the firmware version scan the Firmware version list ENS WARNING Default value initialization If you wish to return to all the factory default settings scan the Default value initialization bar code SA H UNE 89 scanner Specifications Operational Charge coupled device Depth of Scan Field 0 250 mm CODE 39 PCS 90 20mils canning Width can Speed 200 scans sec 0 1mm 4mils Code39 PCS 90 Print Contrast canning Angle Front 60 Rear 60 Yaw 75 Decode Capability Auto discriminates all standard barcodes Qo D N N O C D G n o o gt E O o LE 5 dg m o 3 Beep
5. 061 100 8150 8310 MM ps 7 AC Double read timeout LVL gt 7AD 00 no double Double confirm confirm KOSH Exit 71 Scan Configuration Multi field scan The scanner can read many sets of barcode data on the same scanning line at the same time even if they are different barcode symbologies Global min max code length Global Minimum and Maximum length can be set to qualify data entry The length is defined as the actual barcode data length to be sent Barcodes with lengths that exceed these limits will be rejected Make sure that the Minimum length setting is no greater than the Maximum length setting or the barcode will not be readable In particular you can set the same value for both Minimum and Maximum reading length to force decoding of only a fixed length barcode Inverted image scan If Enabled the scanner will scan both black white barcodes with white black backgrounds CTS trigger This operation enabled an external device to control scanning The CTS trigger is controlled by applying an external trigger signal to the CTS input When active this signal causes scanning to begin Power saving Places the scanner in an idle state during idle time to optimize power usage Position indication This function can indicate the specific location before scanning You can also set up the time of indication PRO P P rogram Option Bar Code Alphanum
6. Option Bar Code Alphanumeric Entry MMM TT 3AE 600 BPS Baud rate 1200 BPS 2400 BPS 4800 BPS 9600 BPS 19200 BPS 38400 BPS A 3AF Parity LULU 3AG Data bit MMM 3AH Two bits Stop bit KOS Exit 67 Wand Emulation Bar space polarity High low Black will be transmitted as a high voltage level 5 and space as low level 0V Low high Black will be transmitted as a low voltage level OV and space as high level 5 Initial polarity Initial signal state is a voltage level 5 or a voltage level OV PRO Program Option Bar Code Alphanumeric Entry HIR AA Low high Bar space polarity UNN ART 4AB Initial polarity Output speed This setting is the same as the serial transmission baud rate and it must be approbated to your wand decode resolution The unit of speed is a width of minimum narrow bar X dimension Margin delay The width of margin time will be added before and after in each barcode data automatically when it is transmitted Transmit delay The delay time before barcode data output It is the same as the Block transmission delay of the keyboard wedge 68 Option Bar Code Alphanumeric MM PS 4 AC 1250 pps Output speed 2500 pps 5000 pps 10000 pps 20000 pps pps pixel per AAA 4AD Reserved LLULL 4AE Reserved LL IL ER 000 es 4AF
7. FNC2 code it is not transmitted until a barcode is scanned that does not include the FNC2 GS1 UCC EAN 128 ID setting Sets the Code ID for GS1 128 output format Field Separator Code This feature is only used for the GS1 128 format The Field separator code reassigns FNC1 codes that are not the first FNC in the barcode to another value The default of ASCII code is lt GS gt 1D PRO Program P Option Bar Code Option Entry DAD Max code length LLULL DAE Min code length 20 TIM DAP Truncate leading MAR DAG Truncate ending TM DAH Code ID setting DAI Insert group selection Ru NN ec Me sk DAJ GS1 128 Format MA M DAK Enable Append DAL GS1 128 ID DAM Field separator code 21 KOSH Exit Code 39 Information about this symbology is available at http idautomation com code39faq html Format Start Data Digits Checksum End LI Variable Optional ju Checksum verification The checksum of Code 39 is optional Checksum transmission By setting to Enable the checksum C LULU 9 PRO P SS o rogram Option Bar Code Alphanumeric Entry MMM BAA Enable Read HIE BAC Enable Checksum 00 MM DN 00 BAB Enable 01 Checksum verification 00
8. Margin delay MMA em Des EA AG 300 Transmit delay o Exit 69 Scan Configuration Scanning mode Good read off The trigger button must be pressed to activate scanning The light source of the scanner stops scanning when there is a successful read or no code is decoded after the Stand by duration elapses Momentary The trigger button acts as a switch Press the button to activate scanning and release the button to stop scanning Alternate The trigger button acts as a toggle switch Press the button to activate or stop continuous scanning Timeout off The trigger button must be pressed to activate scanning and scanner stops scanning when no code is decoded after the Stand by duration has elapsed Continuous The scanner always keeps reading and it does not matter when the trigger button is pressed or the duration has elapsed Double read timeout If the barcode has been scanned twice then only the first barcode will be accepted Double confirm If enabled the scanner will require successful decoding several times to confirm the barcode data If you set Double confirm the Multi field scan Enable function will not be able to work 70 PRO Program Option Bar Code Alphanumeric Entry MU oc ES TAA Momentary 010 Default Scanning mode Alternate 02 Timeout off 03 Continuous 04 05 Test only l LUI OSS Second 7AB Stand by duration 8110 8210
9. characters Up to 22 ASCII characters may be sent after the data digits Preamble Postamble characters They are appended to the data automatically when each barcode is decoded Example Add a prefix suffix or preamble postamble for all symbologies In this example you are sending a symbol as a prefix for all symbologies Steps 1 Scan and barcode 2 Use the ASCII code table to find the value of which is 2 4 3 Scan D and Al from the barcode on the fold out back page 4 Scan from the barcode on the fold out back page 5 Scan Exit barcode PRO P ASAP rogram Option Bar Code Alphanumeric Entry DIR 00 RAA 1 22 characters 00 ffH ASCII Prefix characters code setting MMA o oD 8AB 1 22 characters 00 ffH ASCII Suffix characters code setting 76 DIN o d SAC 1 22 characters 00 ffH ASCII Preamble characters code setting WII o 00 8AD 1 22 characters 00 ffH ASCII Postamble code characters setting MA a d SAE 1 22 characters 00 ffH ASCII Insert G1 characters code setting MIA d BAF 1 22 characters 00 ffH ASCII Insert G2 characters code setting LUI d SAG 1 22 characters 00 ffH ASCII Insert G3 characters code setting WII ESS d SAH 1 22 characters 00 ffH ASCII Insert G4 characters code kk Exit 7 setting 7 String Settings Insert G1 G2 G3 G
10. 10 checksum Checksum transmission By setting to Enable the checksum will be transmitted PRO Program Option Bar Code Alphanumeric Entry MMM AA Enable Read MME leg AC Enable Checksum 00 MAMMA d AB Enable 01 Checksum verification 000 transmission Max Min code length Refer to Max Min code length of Code 39 Truncate leading ending Refer to Truncate leading ending of UPCA 40 Interleaved 2 of 5 Code ID setting Refer to Code ID setting of UPCA Insertion group selection Refer to Insertion group selection of UPCA Option Bar Code Alphanumeric Entry AAA 00 64 TAD Max code leading IM AE Min code leading TEAM AF Truncate leading RAM AG Truncate ending ELLE LLL AH Code ID setting AI MA Insert group selection KOSH Exit 41 Industrial 2 of 5 Max Min code length Refer to Max Min code length of Code 39 Truncate leading ending Refer to Truncate leading ending of UPCA Code ID setting Refer to Code ID setting of UPCA Insertion group selection Refer to Insertion group selection of UPCA PRO Program Option Bar Code Alphanumeric Entry MMM HAA Enable Read AMM HAD Max code length ITA HAE Min code length LLULL HAF Truncate leading LLL UL HAG Truncate ending 42 H
11. 4 GAI Se Insert group selection Enable LL LES GAL ISBN ISSN conversion HIM o GAJ 2 digits 01 Supplement digits 5 digits 02 UCC EAN 128 03 Auto detection 04 000 01 SA H Exit 15 EAN 8 Information about this symbology is available at http idautomation com upceanfag html Format Data Digits 7 Digits Digit Checksum transmission By setting to Enable the checksum will be transmitted Truncate leading ending Refer to Truncate leading ending of UPCA Code ID setting Refer to Code ID setting of UPCA Insertion group selection Refer to Insertion group selection of UPCA PRO Program Option Bar Code Alphanumeric Entry 50 Lp MMA pes FAA Enable Read UIL IL FAC Enable Checksum transmission 00 O RAB Enable 010 Checksum verification 00 16 ALIA FAF Truncate leading NA FAG Truncate ending ITA FAH Code ID setting RAI Insert group selection 0 15 00 15 00 0 15 00 15 00 Two characters 00 ffH 00 ffH 00 ffH ASCII code lt FF gt 00 44 00 LAS Exit ean Will P RO P rogram Expansion Refer to Expansion of UPCE Option Bar Code Option None RA JA 2 digits Supplement digits 5 digits UCC EAN 128 Auto detection MA rm RAJ 2 digits
12. 4 character setting The scanner offers A positions and 4 characters for insertion into the text of the decoded the symbol Example Barcode 1 2 3 4 5 6 Output Barcode 12AB34CD56 Steps 1 Scan and Insert G1 characters setting barcode 2 Use the ASCII code table to find the value of A which is 4 1 and B which is 4 2 3 Scan 4 1 and 4 2 from the barcode on the fold out back page 4 Scan from the barcode on the fold out back page 5 Repeat the same procedure in Insert G2 characters setting 6 Scan Exit barcode 7 Insert data group 1 4 position Please refer to the Chapter Transmission for the specific barcode that you want to use PRO P SS o FP rogram Option Bar Code Alphanumeric Entry LUI ES d SAE 1 22 characters 00 ffH ASCII Insert G1 characters code setting MAMA 007 d 8AF 1 22 characters 00 ffH ASCII Insert G2 characters code setting MU MN 00 SAG 1 22 characters 00 ffH ASCII Insert G3 characters setting WII ESS d SAH 1 22 characters 00 ffH ASCII Insert G4 characters code setting e Exit 79 Transmission Preamble transmission By setting to Enable the Preamble will be appended before the data is transmitted Postamble transmission By setting to Enable the Postamble will be appended after the data is transmitted Insert data group 1 4 position The scanner offers 4 positions of ins
13. Code ID setting Refer to Code ID setting of UPCA Insertion group selection Refer to Insertion group selection of UPCA PRO Program Option Bar Code Alphanumeric Entry P MMA 7 Enable Read MA MAC Enable Checksum Transmission 000 MI d MAB Enable 01 Checksum Verification 000 54 TIAM MAD Max code length AMAT TM MAE Min code length A LL MAF Truncate leading CN MAG Truncate ending TIT PILAM MAH Code ID setting A A MAI Insert group selection MAJ Format Numeric only Full ASCII only KOS Exit 35 China Post Format Data Digits Checksum1 Variable Optional Max Min code length Refer to Max Min code length of Code 39 Truncate leading ending Refer to Truncate leading ending of UPCA Code ID setting Refer to Code ID setting of UPCA Insertion group selection Refer to Insertion group selection of UPCA PRO Program Option Bar Code Alphanumeric Entry DULL SAA Enable Read MEAM SAD Max code length WII SAE Min code length 56 SAF Truncate leading D SAG Truncate ending LUI os SAH Code ID setting SAI Insert group selection AA Exit 57 Italian Pharmacode Format Data Digits Checksum1 Variab
14. IR CO ASCH eode rm HAH Code ID setting HAI Insert group selection LAS Exit 43 Matrix 2 of 5 Format Variable Optional Checksum Verification Verify mod 10 checksum Checksum Transmission By setting to Enable the checksum will be transmitted Max Min code length Refer to Max Min code length of Code 39 Truncate leading ending Refer to Truncate leading ending of UPCA Code ID setting Refer to Code ID setting of UPCA Insertion group selection Refer to Insertion group selection of UPCA PRO Program Option Bar Code Alphanumeric Entry OI e PAA Enable Read AAR es PAC Enable Checksum 000 MMI e d PAB Enable 01 Checksum Verification 000 44 PAD Max code length CAI PAE Min code length ANA PAF Truncate leading RAAM PAG Truncate ending ATA PAH Code ID setting PAI Insert group selection LAS Exit 45 MSI Plessey Format Data Digits Checksum1 Checksum2 Variable Checksum Verification MSI Plessey has one or two checksum digits The checksum may be decoded in 3 different methods Mod10 and Mod 11 10 The checksum1 and checksum2 will be calculated as the sum module 10 or 11 of the data digits Checksum Transmission By setting to Enable checksum1 and checksum2 will be transmitted upon your selected checksum ver
15. Ir AUTOMATION COM Your Source for Quality Symbology IDAutomation SC5USB rev p Scanner Programming Manual Online Support www idautomation com support IDAutomation com provides e Barcode Fonts Barcode Components Label Printing Software e Barcode Readers Lonited Warranty EE 4 USB Keyboard Emulation Default 5 Keyboard Medo aaa 5 Default Symbology Settings 6 Programming the Scanner 7 5ymbology E TC 8 A ia e DE 8 PPP TE 11 FANS Ira dm Ii 14 ln Ww E cC 16 Code 123 EEN 19 COLO A ee 22 OU ADA traia 26 ONC E 30 COURS mere ee e uc le iunt 32 GST DataB oen E ne 34 GS DataBar Limited 36 GS DataBar Expanded 38 Interleaved 2 of 5 ITF 40 Matrix DO docs 44 MSV iros lies 46 EE eebe 50 Standard EE 52 Ke EE 54 China POSE aaa ae S6 Interface SCICCUON EE 60 ICY DOUE REN 61 55 232 en aus 65 Wand Emwulation 68 Scan Configuration 70 TAdic e EEN 74 A A 76 TRANSMISSION EE 80 Barcode Symbol Test Chart 84 ASCI Code Table msn 86 Parameter Setting LISt uot reete 88 Scanner Specifications 90 Limited Warranty This product is warranted by IDAutomation against manufacturing defects in material and workmanship under normal use for 1 year from the
16. S CTS If the scanner wants to send the barcode data to host computer it will issue the RTS signal first wait for the CTS signal from the host computer and then perform the normal data communication If there is no replied CTS signal from the host computer after the timeout Response Delay duration the scanner will issue 5 warning beeps Xon Xoff When the host computer is unable to accept data it sends a Xoff code to inform the scanner to suspend data transmission and Xon to continue ACK NAK When the ACK NAK protocol is used the scanner waits for an ACK acknowledge or not acknowledge from the host computer after data transmission and will resend in response to a NAK Inter character delay It is delay time between data character s data output It is also the same as nter char delay of keyboard wedge Block transmission delay It is a delay time between barcode data output It is also same as Block transmission delay of keyboard wedge Response delay This delay is used for serial communication of the scanner waiting for handshaking acknowledgment from the host computer 65 RS 232 PRO Program Option Bar Code Alphanumeric Entry DUHR d 3AA RTS CTS 01 Flow control Xon Xoff 02 ACK NAK 03 MAI ee SAB Inter character delay MM A Des 3AC 000 Block transmission delay UI UG 00700 3AD Response delay a Exit 66 RS 232 PRO Program
17. Truncate leading ILI NAG Truncate ending IT 0700 NAH code Code ID setting IM NAI Insert group selection KOSH Exit UPC A Supplement digits The Supplement digits barcode is the supplemental 2 or 5 characters for the UPC code Format Truncation Expansion The leading 0 digit of the UPCA data characters can be truncated when the function is enabled P O WT RSS 2 digits Supplement digits 5 digits UCC EAN 128 Auto detection MM RSS NAK Truncate Truncation Expansion Leading zero Expand to EAN13 Exit UPC E Information about this symbology is available at http idautomation com upceanfag html Format Data Digits 6 Leading Zero no Check Digit Digits Checksum transmission By setting to Enable the checksum will be transmitted PRO P P rogram Option Bar Code Alphanumeric Entry UE OAA Enable Read HIR OAC Enable Checksum 00 MMA OAB Enable 010 Checksum verification 00 transmission 06 S Exit 11 UPC E Truncate leading ending Refer to Truncate leading ending of UPCA Code ID setting Refer to Code ID setting of UPCA Insertion group selection Refer to Insertion group selection of UPCA Supplement digits Format Truncate Leading zero Refer to Truncate Leading zero of UPCA Ex
18. am Option Bar Code Alphanumeric Entry Minh 7 GAH Proprietary ID Code ID AIM ID transmission MARI 7 6AT Enable Code length transmission 82 IR GAJ Enable Code name transmission MMA k6AK Upper case Case conversion Lower case For barcode data only Exit Format of barcode data transmission Code Barcode Prefix Name Preamble Postamble Suffix Length data Insert groups 83 Barcode Symbol Test Chart CODABAR Not enabled by default a154987a CODE 128 258963 CODE 39 141258 CODE 93 Not enabled by default 951263 EAN 13 7 534539 789813 EAN 8 9456 2156 UPC E 84 O 0925601 1 INTERLEAVED 25 46820 MSI PLESSEY Not enabled by default 3456787 UPCA 5 III 5 GS1 128 8100 712345 21 12345678 GS1 DataBar Not enabled by default 01 2001234567890 GS1 DataBar Stacked Not enabled by default 85 GS1 DataBar Limited Not enabled by default 15 01 01234567890 GS1 DataBar Expanded Not enabled by default 1 98898765432106 3202 012345 15 991231 Gel This symbology is not enabled by default refer to the particular
19. cally detect the USB device and emulate a USB keyboard Keyboard Wedge 1 Power off the terminal computer 2 Disconnect the keyboard cable from the back of the terminal computer 3 Connect the appropriate interface cable to the scanner and to the terminal computer 4 Turn the terminal computer power on Note If any of the above operations do not work turn off the power reseat the cable on the scanner and on the PC and go through all the above steps again Default Symbology Settings The default setting for each barcode is shown in the chart below Read Checksum Checksum Code Type Enable Verification Transmission Enable Enable V LN V F V Interleaved Industrial CODA ummm se Code 128 amp V V ui m CORS NO OS o O MsiPlessey O UKPlssey MD GS1 DataBar GS1 DataBar GS1 DataBar RSS Expanded a China POS Italian TU a ie ld sie Programming the Scanner To program the scanner you must scan a series of programming barcodes in the correct order In the back of this manual you will see a table of alphanumeric barcodes which are used to program the various options available To program each option you must 1 Scan the Program barcode on the parameter setting page 2 Enter the option mode by scanning the Option Bar Code 3 To the right of the option barcode the corresponding alphanumeric inputs are listed Scan these alphanumeric entries from the back of the manual Defa
20. cate leading 50 QAG Truncate ending Code ID setting QAH QAI Insert group number selection QAJ Escape sequence transmit 00 ffH ASCII code Disable Enable SA Y Exit SI Standard 2 of 5 Format Data Digits Checksum1 Variable Optional Checksum verification The checksum is made as the sum mod 10 of the numerical values of all data digits Checksum transmission By setting to Enable the checksum will be transmitted Max Min code length Refer to Max Min code length of Code 39 Truncate leading ending Refer to Truncate leading ending of UPCA Code ID setting Refer to Code ID setting of UPCA Insertion group selection Refer to Insertion group selection of UPCA PRO Program Option Bar Code Alphanumeric Entry HIR Enable Read L JAD 52 Decem ES A AO TANTI JAE Min code length TIAM JAF Truncate leading NA JAG Truncate ending WIR JAH Code ID setting i LU LL JAI Insert group selection KOSH Exit 53 Telepen Checksum Verification The checksum is presented as the sum mod 10 or 11 of the data digits Checksum Transmission By setting to Enable the checksum will be transmitted Max Min code length Refer to Max Min code length of Code 39 Truncate leading ending Refer to Truncate leading ending of UPCA
21. date of purchase The warranty may be extended if the Extended Warranty is purchased at the time of the order IDAutomation reserves the right to make changes in specifications and other information contained in this document without notice ID Automation shall not be liable for technical or editorial errors or omissions contained herein nor for incidental or consequential damages resulting from the furnishing performance or use of this material or the related product ID Automation s total liability arising out of or in connection with the application or use of any product or application described herein shall be limited to the greater of ten 10 times the amount actually paid for the product that was purchased from ID Automation or US 5 00 All software related to this product including embedded software is subject to the terms and conditions of IDAutomation s Software License Agreement which is available online at http www idautomation com software license html Copyright O 2004 2008 IDAutomation com Inc IDAutomation and the IDAutomation com your source for quality symbology Logo are trademarks of IDAutomation com Inc in the United States and or other countries GS1 and DataBar are trademarks of GS1 ORG All other trademarks mentioned are the property of their respective Owners Introduction Installation USB Keyboard Emulation Default 1 Connect the USB cable between scanner and PC 2 Your operating system will automati
22. e first number of code 39 is a space Example lt space gt 123456 Start end transmission The start and end characters of Code 39 are You can transmit all data digits including the two PRO Program P Es Alphanumeric Entry OAI se BAK Enable Append MAMA gt BAM Enable Start end transmission KOSH Exit 24 For all settings related at Truncate leading ending Code ID setting and Insertion Group selection refer to the appropriate section of UPCA 25 Codabar Format Data Digits Variable Checksum Optional Checksum Verification Verifies the MOD 16 check digit Checksum Transmission By setting to Enable the checksum will be transmitted Max Min code length Refer to Max Min code length of Code 39 Truncate leading ending Refer to Truncate leading ending of UPCA Code ID setting Refer to Code ID setting of UPCA PRO Program Option Bar Code Alphanumeric Entry MA RAA Enable 8110 Read LUI EAB Enable Checksum Verification DOLI ILU MN HAC Enable 26 Checksum Transmission MM e 00 64 d 000 Max code length IS 00 64 EAR 000 Min code length INN gt gt 00 15 EAF 00 Truncate leading M 00 15 Kg 00 Truncate ending IA ASS core 00 SEAH mos Code ID setting S
23. ead DULL LL MN LAC Enable 000 MMA 7 LAB Enable 010 Checksum Verification 000 48 Checksum Transmission LAD Max code length LAE Min code length MBA SIL AD Truncate leading LULU SLAGS Truncate ending TAA LAH Code ID setting DRUI LAT Insert group selection KOSH Exit 49 PDF417 Information about this symbology is available at http idautomation com pdf41 7faq html Read Up to 500 characters may be dependably read with the SC5USB D model scanner To allow this scanner to read PDF417 the aiming beam must be aligned above the top of the symbol and then slowly moved from the top to the bottom as it is kept horizontal Light clicks will be heard in the scanner as each row is read If a successful read is accomplished keep moving the scanner up and down the symbol until it beeps In the event the symbol is difficult to scan improve the quality of the symbol by increasing the N dimension to 4 or 5 the bar height and the error correction level Max Min code length Refer to Max Min code length of Code 39 Truncate leading ending Refer to Truncate leading ending of UPCA Code ID setting Refer to Code ID setting of UPCA Insertion group selection Refer to Insertion group selection of UPCA PRO Program Option Bar Code Alphanumeric Entry MANN Enable Read QAF Trun
24. er Operation 7 tones or no beep Indicator Length Width handle Width head Depth handle Depth head Weight 160 g Cable K B wedge Straight 2 0 m Conn Electrical Current Operating 255 mA 5 VDC 90 DC Transformers Agency listing Operatin m O to 450 320 to 1130 Temperature 400 to 1400 5 to 90 relative humidity non condensing Sealed to resist airborne particles 91 SE 1 AI rz 4 MA 5 5 MDA uer 6 Mul ST ANI UI To To Finish
25. eric Entry DD ee FJAE Enable Multi field scan 72 AA ANT UTI AF Global min code length O 1AG Global max code length A 7 AH Inverted image scan MAT CTS trigger VIAK Position indication Disable Enable Disable Enable Disable 30 second 60 second 90 second 120 second 150 second 180 second Continue KOSH Exit 73 Indications Power on alert An alert signal to indicate a successful self test LED indication After each successful scan the LED above the scanner will light up to indicate a good barcode reading Beeper indication After each successful reading the scanner will beep to indicate a good barcode reading lts Beep loudness Beep tone freq and Beep tone duration are adjustable Beep loudness tone frequency and duration You may adjust Beep Loudness and Beep duration for a good reading 74 PRO Program Option Bar Code Alphanumeric Entry HDD 00 5AA Enable 010 Power on alert MMI 5AB Enable LED indication HAM 5AC Enable Beeper indication ATM SAD Beep loudness HIH 0059 09052 Des 5AE 26 Beep tone frequency HI 9059 Co msee 009 SAF 100 Beep tone duration an Exit 45 String Settings Prefix characters Up to 22 ASCII characters may be sent before the data digits Suffix
26. ertion The position default value is 00 to indicate no character insertion Code ID position Upon your usage the transmitting position of Code ID can be placed Before Code Data or After Code Data when it is transmitted HERO Program Option Bar Code Alphanumeric Entry DIE NN Enable Preamble transmission LL LAN 6AB Enable Postamble transmission LL ien 6AC 00 no insertion 80 Insert data group 1 position 6AD Insert data group 2 position 6AE Insert data group 3 position 6AF Insert data group 4 position 6AG Code ID position 00 63 00 no insertion 00 63 00 no insertion 00 63 00 no insertion Before code data After code data o 81 Exit Transmission Code ID transmission If your application requires a Code ID you must set this to a Proprietary ID or the AIM ID Code length transmission A number of data digits can be transmitted before the data when is selected The length is a number with two digits Code name transmission This function is to show unknown barcode symbologies that include all readable symbologies of the scanner When Enable is selected Code Name will be transmitted before code data so you will know what the symbology is Case conversion You can set this to either upper case or lower case Au P RO P rogr
27. ftware or hardware Keyboard Type Select the keyboard type connector for your host computer The scanner must be selected to the appropriate host interface cable converter PRO P P rogram Option Bar Code Alphanumeric Entry TOLL MEME AAA Reserved Keyboard type Reserved Reserved Reserved Reserved Reserved Se Exit 61 Keyboard wedge amp USB Keyboard Emulation Keyboard Layout The selecting of keyboard layout supports many country languages other than the USA keyboard layout Keyboard Speed By selecting you can change the output speed of the scanner to match the host computer This is generally set to 00 or 01 to work in high speed mode If some output characters of barcode have been lost you may need to set 05 or 06 to match your host keyboard speed Function Key Emulation If Enabled the scanner can simulate pressing a function key in your application while the barcode data contains an ASCII value between 01 16 to 1F 16 Refer to the ASCII table at the end of this manual Numeric Key The has to be selected if your application program only accepts keypad numeric entries If enabled the scanner will output code as if pressing the numeric keypad The keypad is in the right side of keyboard and Num Lock control key is also on If Alt Keypad is selected Caps Lock and output will be independent 8 PRO P P rogram Option Ba
28. ification method Max Min code length Refer to Max Min code length of Code 39 Truncate leading ending Refer to Truncate leading ending of UPCA Code ID setting Refer to Code ID setting of UPCA Insertion group selection Refer to Insertion group selection of UPCA PRO Program Option Bar Code Alphanumeric Entry P MM es d KAA Enable 01 Read WAR 8110 Mod 10 Checksum Mod 10 10 Verification Mod 11 10 46 O KAC Checksum Transmission KAD Max code length KAE Min code length AAT A KAF Truncate leading A KAG Truncate ending AMA AM KAH Code ID setting DORAN KAT Insert group selection Disable Enable KOSH Exit 47 UK Plessey Format Variable Optional Checksum Verification The UK Plessey has one or two optional checksum digits The checksum1 and checksum2 will be calculated as the sum module 10 or 11 of the data digits Checksum Transmission By setting to Enable the checksum will be transmitted Max Min code length Refer to Max Min code length of Code 39 Truncate leading ending Refer to Truncate leading ending of UPCA Code ID setting Refer to Code ID setting of UPCA Insertion group selection Refer to Insertion group selection of UPCA PRO Program Option Bar Code Alphanumeric Entry SS o FP MM es LAA Enable R
29. ing CAR Insert group selection Disable Enable 00 ffH ASCII code Me 31 Exit Code 11 Format Data Digits Checksum1 Checksum2 Variable Checksum Verification The checksum is presented as the sum module 11 of all data digits Checksum Transmission By setting to Enable checksum1 and checksum2 will be transmitted upon your selected checksum verification method Max Min code length Refer to Max Min code length of Code 39 Truncate leading ending Refer to Truncate leading ending of UPCA Code ID setting Refer to Code ID setting of UPCA Insertion group selection Refer to Insertion group selection of UPCA PRO Ka rogram Option Bar Code Alphanumeric Entry MM i AAA Enable Read O MN AAB One digit Checksum Two digits Verification M 00 FAAC Enable 01 32 Checksum Transmission AAD Max code length AAE Min code length NM LL AAF Truncate leading AAG Truncate ending IATA AAH Code ID setting AAI Insert group selection KOSH Exit 33 GS1 DataBar Information about this symbology is available at http idautomation com gs1 databar composite html Format Data Digits Internal Checksum Variable Required Max Min code length Refer to Max Min code
30. le Optional Max Min code length Refer to Max Min code length of Code 39 Truncate leading ending Refer to Truncate leading ending of UPCA Code ID setting Refer to Code ID setting of UPCA Insertion group selection Refer to Insertion group selection of UPCA Leading A If this function is enabled each prefix of data shall be A 6 PRO Program Option Bar Code Alphanumeric entry IAA Enable Read WAD Max code length WAE 58 Min code length WAF Truncate leading WAG Truncate ending WAH Code ID setting WAI Insert group selection WAJ Leading A 00 ffH ASCII code Disable Enable AA 59 Exit Interface Selection The decoder in the scanner supports interfaces such as USB keyboard wedge RS232 serial wedge and wand emulation In most of the cases simply selecting an appropriate cable with a device code will work for a specific interface PRO Program Option Bar Code Alphanumeric Entry UI os 1AA RS 232 Interface selection Wand emulation USB Keyboard RS232 USB Default Auto detection Reserved Note Default Me Exit 60 Keyboard wedge As a keyboard interface the scanner supports most of the popular PCs and IBM terminals The installation of the wedge is a fairly simple process without any changes of so
31. length of Code 39 Truncate leading ending Refer to Truncate leading ending of UPCA Code ID setting Refer to Code ID setting of UPCA Insertion group selection Refer to Insertion group selection of UPCA UCCI EAN 128 emulation Refer to Transmission Code ID transmission must be set as AIM ID enable Then C1 will be identified as prefix of barcode data transmission 9 PRO P P rogram Option Bar Code Alphanumeric Entry MM Te o TAA Enable o Read MAT e na TAD Di Max code length HI e na TAE 010 Min code length 34 TAF Truncate leading TAG Truncate ending IRAN mec TAH Code ID setting x I T Insert group selection LLLI K T Enable UCC EAN128 emulation is Exi t 35 GS1 DataBar Limited Information about this symbology is available at http idautomation com gs1 databar composite html Format Data Digits Internal Checksum Variable Required Max Min code length Refer to Max Min code length of Code 39 Truncate leading ending Refer to Truncate leading ending of UPCA Code ID setting Refer to Code ID setting of UPCA Insertion group selection Refer to Insertion group selection of UPCA UCC EAN 128 emulation Refer to UCC EAN 128 emulation of DataBar Program SETE Bar Code Alphanumeric Entry MNA O Enable Read UAD
32. pansion The expansion function is used only for UPCE and EAN 8 code reading It extends the barcode when the feature is enabled Example Barcode 0123654 Output 0012360000057 UPCE 1 Enables scanner to read UPCE with the leading digit of 1 PRO Program MM A OAF Truncate leading A OAG Truncate ending ULTIMO OAH code Code ID setting HB OAI Insert group selection MA pe OAJ 2 digits Supplement digits 5 digits UCC EAN 128 Auto detection MM pe OAK Enable Truncation Expansion MU pe OAL Enable Expansion Disable MMM MM OAM UPCE 1 KOSH Exit EAN 13 Information about this symbology is available at http idautomation com upceanfag html Format Data Digits 12 Digits Check Digit PRO Program Option Bar Code Alphanumeric Entry IDDIE 00 GAA Enable 01 Read MMM 707 GAB Enable Checksum verify MMI GAC Enable Checksum transmission GAF Truncate leading MEA GAG Truncate ending 4 Exit EAN 13 Code ID setting Refer to Code ID setting of UPCA Insertion group selection Refer to Insertion group selection of UPCA Supplement digits 2 or 5 or UCC EAN 128 PRO P P rogram Option Bar Code Alphanumeric Entry MA 2 ASS coco Om GAH Code ID setting MAMI 00 4
33. r Code Alphanumeric Entry IMI Belgium TINTA 2AB Keyboard layout Danish France Germany Italian Portuguese Spanish NA AN ZAC Keyboard speed Ill 2AD Function key Emulation DAR Numeric Rey Svvedish Svvitzerland UR Latin American Japanese 0 8 0 high clock rate Disable Enable Alphabetic key Numeric keypad Alt Keypad KOSH Exit 63 Keyboard wedge amp USB Keyboard Emulation Power on simulation It is recommended to this function if you are working without a keyboard installed It simulates a keyboard Inter character delay This delay is inserted after each data character is transmitted If the transmission speed is too high the system may not be able to receive all characters Block transmission delay A delay timer between barcode data output PRO p rogram Option Bar Code Alphanumeric LL 790 P9 ZAF Caps lock OFF Caps lock DRM MN 2AG Enable Power on simulation AA 2AH Inter character delay L en ZAI Block trans delay AA Exit 64 RS 232 CTS Clear To Send Hardware Signal RTS Request To Send Hardware Signal Xon Transmit On ASCII Code 1116 Xoff Transmit Off ASCII Code1 316 Flow control None The communication only uses TxD and RxD signals without regard for any hardware or software handshaking protocol RT
34. transmission Max Min code length Each symbology has its own Max Min Code Length They can be set to qualify data entry If their Max Min Code Length is zero the Global Min Max Code Length is in effect The length is defined as to the actual barcode data length to be sent Data with lengths exceeding these limits will be rejected If the Minimum length setting is greater than the Maximum length setting the symbology will not be readable Format Full ASCII Code 39 is an enhanced decoding of 22 Code 39 that combines one of the digits and with one of the other digits A to Z Option Bar Code Alphanumeric Entry AIM 00 64 BAD Max code length AAA BAE Min code length A BAF Truncate leading LIA BAG Truncate ending MA Co BAH Code ID setting BAI Insert group 1 Sees Full ASCII selection BAJ Format Code 39 AMA 23 Exit Append This function allows several symbols to be concatenated and decoded as one single data entry The scanner will not transmit the embedded appending code space for Code 39 If and other symbols were read again with the appended code then codes will be transmitted without Code ID Preamble and Prefix When a symbol is decoded without the appended code the data will be transmitted without Code ID and Prefix but the Postamble Suffix codes are appended This function is used when th
35. ult properties are designated with an asterisk 4 Scan the Finish barcode from the back of the manual 5 Scan the Exit barcode listed on the lower right hand corner of each parameter setting page Oo D Dr Ur i H Ko 1 Oo a T T T T T DT CIT All S Symbology Settings UPC A Information about this symbology is available at http idautomation com upceanfag html Format Zero 11 Digits Digit Checksum transmission By setting to Enable the checksum will be transmitted Truncate leading ending The leading or ending digits of the barcode data characters can be truncated when these values are set to non zero Code ID setting is a character used to represent the symbol upon a successful reading A is prefixed to the beginning or ending if the feature is selected If you want to transmit the Code ID you must set the Code ID transmission to first Refer to Code ID transmission Insertion group selection The scanner offers one or two insertion groups by setting one or two digits to indicate which insertion group you want to insert Refer to Character insertion Example Group 2 set 02 or 20 Group 1 and 4 set 14 or 41 PRO P P rogram Option Bar Code Alphanumeric Entry HULL Oi NAA Enable 010 Read DD ee NAB Enable Checksum verification WM ee NAC Enable Checksum transmission NAF
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