Sekonic SR-430 Dokumentacja

Operating manualC43497510-00 OPTICALMARK READEROPTICALMARK READERSR-430SR-430Operating manualHead Office : 7-24-14, Oizumi-Gakuen-cho, Nerima-ku, Toky

-1-1. Precautions on UsageHandle the device with the following in mind so as to enable the functions of it to be fully utilized.(1) Before usage, make

-2-2. Names of Each Part2.Names of Each PartTEST LED (yellow)Power switchREADY LED (green)POWER LED (orange)Total counterRS-232CFuse holderPower conne

-3-2.Names of Each PartSide guardCard stopperStackerGuide lock leverTop coverSide guideGuide wireLock lever

-4-2.Names of Each Part Rotary switch (SW2) Rotary switch (SW3)Rotary switch (SW1)DIP switch (DIPSW)Card detection sensorSeparation pad Paper feeding

-5-3. Specifications1. Available cards Card size: Standard-sized card, postcard-sized card, long-sized cardPaper type: OCR paper.Paper ream weight: (7

-6-4.Installing the USB Driver4-A Before InstallationTo use a USB interface connection, load the supplied CD-ROM, and install the driver by following

-7-4-B Installation Procedure (*The screens in the explanations below use Windows XP.)(1) Check that the SR-430 is not connected.(2) Start Windows, l

-8-4.Installing the USB Driver(5) After the computer is restarted, turn on the power for the SR-430, and connect it to the computer'sUSB port.(6)

-9-4.Installing the USB Driver(8) Select "Search for the best driver in these locations", insert a check mark for "Include thislocation

-10-4.Installing the USB Driver4-C Checking the Assigned PortThe COM port must be designated when using this software. After installing the USB drive

IntroductionThank you very much for purchasing our product.Before using this product, be sure to thoroughly read this manual so that you can use it pr

-11-4-D Troubleshooting for Communication Errors-1 Changing the Assigned PortThe assigned port can be changed if the port number assigned to the SR-4

-12-4-E Uninstall ProcedureFrom the "Control Panel", go to "Add or Remove Programs", click the Change/Remove button, anduninstall

-13-5. Operation5-A PreparationInstall the device and open the stacker. Set the card stopper at an appropriate position for the cardsize to be used a

-14-5-B Functions and Operating Method of Operation PanelThe operation panel is equipped with the following two switches and four LEDs (lamps):(1) Fun

-15-5-C Setting Cards(1) Pressing the [PUSH] button on the left of the hopper generates a "clicking" sound to lock thehopper at the card set

-16-Notes 1. Carefully handle cards so that they will not be bent or damaged. Otherwise, a paperfeeding or reading error may occur. 2. When adding ca

-17-(7) Handling cards1) Do not use any card in one of the following states:Soiled or damaged card, card to which dust or a foreign matter adheres, cu

-18-No clearance, but cards are not aligned.ClearanceOKNG5.Operation

-19-5-D Power Connection and Operation Test(1) Connect the power code after turning the power switch off.(2) Turning the power switch on turns the &qu

-20-rorrefostnetnoC)edocrorreXEH(epytrorrEnoitcArorrelanretnI)H67otH07(rorreerawdraHdnaecnofforewopehtnruTtonsiecivedehtfI.niagano.pohsselasehttcatnoc

6. CD-ROM

-21-(2) Action when a card jam or feeding error occursFollow the procedure below when a card jam or feeding error occurs.Procedure1) Lower the hopper

-22-6.Connection to Computer6. Connection to ComputerSR-430 is available to connect either RS-232C or USB to the Computer.The Computer is recognized U

-23-PID.oNWSgninaeMNOFFO1atadnoitacinummoCsteS.tamrof8=htgneltibataD7=htgneltibataD2atadnoitacinummoCsteS.tamrofdelbasidkcehcytiraP*delbanekcehcytiraP

-24-(4) Communication control methodThis device has the following two unreceivable states. In these states, set the communication timingby the host c

-25-7. How to Enter MarkOK （○） NG （×） 7. How to Enter Mark(1) Dimensions of mark : Width = 3.5 to 5.0mm Thickness = 0.4mm or moe(2) Writing implemen

-26-123456782DIPSWSW2SW1BaudrateSettingDensity level1~FSW3Paper ream weight8. Adjusting Reading SensitivityAlthough the mark reading sensitivity of th

-27-9. Control CommandsThis device operates according to command signals sent from the host computer. Control commands anddata are all sent and recei

-28--3 DC3 DD Command (Reading Density Difference Setting Command)[Explanation]This command is for setting the density difference allowable from the d

-29--4 DLE T Command (Timing Format Setting Command)[Explanation]This command is for setting mark read timing (timing mark type). If the DIP switch s

-30-Descriptions of each read timing format ("R" refers to the read area)1. Timing control type2. Direct-under type3. Mark-to-mark type (

WarrantyThis product will be warranted without any charge for one year after delivery.In case of a failure occurring during this period, we repair it

-31--4-2 In SR-307 compatible mode[Format]Host Computer This deviceDLE T CR N CR Receive (10H) (55H) (0DH) (0DH)* N is the 1-byte ASCII numerical code

-32-2. Direct-under type3. Mark-to-mark type (front end or blank space to be read)RR2nd columnR1st columnApprox. 2.5mmDescriptions of each read tim

-33--5 DC3 Command (Read Line Specify Command)[Explanation]This command is for specifying the number of lines of data to be read. When the DC3 comman

-34--7 DC4 Command (STX, ETX Setting Command)[Explanation]This command is for determining the ETX code following data output from the device and the r

-35-Contents of separators added for each mode- SR-430 (SR-410 compatible) mode   → Command " ∼ ": Data output from the device↓S1？QNETQNECEA

-36-Character codes settable when S1 = 50123456789ABCDEF0 SH EXET AKBLBSHTLFHMCL SOSI1 D2 NKSNEB EMSBEC→ ← ↑ ↓ 2 ！ ” ＄ ％ ＆ ’ （ ） , . 3 ：

-37-9-B Card Feed Commands-1 ? Command (Card Feed Command)[Explanation]When this command is transmitted, the device sends one card only and reads it.

-38--2-2 SR-307 compatible modeA jam error (32H) is assumed for the DF error.9-C Device Control Setting Commands-1 DC3 B Command (Buzzer Control Comma

-39-10. Data Transfer Mode10-A Data Transfer CommandsThe following commands are used to transfer data read from one card to the host computer:-1 Typ

-40-Y YYYYYX XXXXX1 1111 10 000002 222223 333334 444445 555556 666667 777778 888889 9999910-B A Mode(1-byte Fixed Output Command)[Explanation]This

Safety PrecautionsThis "Safety Precautions" page lists various symbols for ensuring safety operation of this product so as to

-41-Number of lines 1 2 3 4 5 6 7 8 9 10 11 12One column 0 0 0 0 0 0 0 1 0 0 1 0 Output data ASCII code 0 1 2HEX code 30H 31H 32H[Format]Host Comp

-42-[Format]Host Computer This deviceDLE C A N1 N2 N3 M1 M2 M3 CR Receive (10H) (43H) (41H) (0DH)Receive Data output# # # ･ ･ ･ ･ ･ # # # # #Fixe

-43-10-E E Mode (Variable Length Output Command)[Explanation]This command is for returning ASCII codes corresponding to marked line positions. Data

-44-10-F EA Mode (Variable Length Output Command for Automatic Density Distinction)[Explanation]The data format is the same as the one in the E mode

-45-10-G ED Mode (Variable Length Output Command with Density Data)[Explanation]The data format is the same as the one in the E mode.One byte indica

-46-10-H ES Mode (Variable Length Output Command by Density and Mark Data)[Explanation]The data format is the same as the one in the E mode.This com

-47-10-I G Mode (EBCDIC Code Convert and Output Command)[Explanation]This command is for reading EBCDIC-based punched hole codes of one column and con

-48-10-J B Mode[Explanation]This command is for outputting data in one specified column in the A mode format after indicating acertain column.[Forma

-49-10-M Other Commands-1 ENQ Command (Error Status Output Command)[Explanation]This command is for outputting the status after card feeding.The dat

-50--2 Timing Mark Count Check CommandsENQ T Command (Read Area Count Output Command)[Explanation]This command is for returning the number of read tim

Warning● A fire or an electric shock may result if this product continues to be used withstrange smell or sound.In this case, immediately turn

-51--3 Sensor Status Check CommandsENQ S Command (Sensor Status Inquiry Command)[Explanation]This command is for returning the present status of the c

-52-Roles of sensorsSensor S1 : Located at the card hopper and detects that cards have been set.Sensor S2 : Located at the card feeding port and detec

-53-11. Cleaning and Time of change of parts11-A CleaningClean the rollers, reading lens and sensors since various malfunctions are caused if they a

-54-(4) Cleaning procedure1) Turn the power off and remove the power code from the outlet.2) Lower the hopper and open the top cover.Opening method

-55-（単位：ｍｍ） 12. External Views36022217169512.External Views

-56-13. Appendix13-A Reference for card creation(1) Overall dimensions of cardFor details of dimensions of cards, refer to the reference drawing in 1

-57-epytrednu-tceriDepytlortnoCepytkram-ot-kraMdezis-dradnatSdracezisrehtofodraC)W(htdiwkramgnimiT0.1 ± mm50.00.1 ~ mm0198.0 ± mm50.00.1 ± mm50.0)L(ht

-58-(6) Reference Drawings(1) Timing mark direct-under type (standard-sized card)A0.1 A0.10.16.353±0.16.356.35×11Tolerance not accumulated.82.55Timing

-59-(2) Timing mark direct-under typeA0.1 A0.10.10.2 A0.2 A6.356.356.35×（Line−1） Tolerance not accumulated.Card width4.0 min.Timing markMark entry col

-60-(3) Timing mark control typeA0.1 A0.10.2 A0.2 A6.356.356.35×（Line−1） Tolerance not accumulated.Card width4.0 min.Timing mark Mark entry column9.0

Caution● When connecting or disconnecting the ground cable, be sure to remove thepower code from the outlet. Otherwise, an electric shock may o

-61-(4) Timing mark-to-mark typeA0.1 A0.10.2 A0.2 A6.356.356.35×（Line−1） Tolerance not accumulated.Card width4.0 min.Timing markMark entry column9.0 m

-62-13-B Code Tables(1) ASCII code(2) ASCII/decimal notation correspondence table   tibreppUtibrewoL0000110020103110400151016011711101234500001000010

-63-(3) EBCDIC punch code/ASCII code correspondence tableretcarahCelohdehcnuPnoitisopedocIICSAretcarahCelohdehcnuPnoitisopedocIICSAecapS＆−＾／0123456789

-64-13-C Typical sample programSample program using Microsoft Visual Basic(Sample program is contained in the accessony CD-ROM)This sample program is

-65-’ >>>>> Check device communication <<<<<If MSComm1.DSRHolding = False Then ’ Check communication.MsgBox "The

-66-’ >>>>> Read timing mark count <<<<<MSComm1.Output = Chr(&H5) + "T" + Chr(&HD) ’ Send timing mar

-67-13-D Check card12-line standard-sized check card15-line postcard-sized check card13.Appendix

Table of Contents1. Precautions on Usage ....... 12.

Table of Contents12. External Views ...........................