Sekonic SR-450 Operating Manual

CM0697510 Operating manual Operating manual Head Office : 3-1-3, Ikejiri, Setagaya-ku, Tokyo 154-0001, Japan Telephone : +81-3-5433-3611 Fax : +81-3-3410-2611 SECONIC SR-450 英文表紙　（368mm×257mm） DIC 579 K

This product must not be reproduced or modified without permission from SEKONIC. Introduction Thank you very much for purchasing our product. Please read the operating manual before using this product, and be sure to use it properly. After reading this operating manual, be sure to keep it in a place that you can access at any time. This equipment has been tested and found to comply with the limits for a Class A digital device, pursuant to Part 15 of the FCC Rules. In a residential environment this device may cause radio interference. In this case, the user may be required to take appropriate measures.

Software License Agreement This agreement sets the conditions by which SEKONIC CORPORATION (hereafter call SEKONIC) gives its customer (hereafter called "the user") license to use the software. The removal of the packaging will automatically indicate that the user has agreed to the terms of the agreement. If you cannot agree to the following terms, please return the software unopened to the store of purchase. Notice Please read before opening this packaging. 1. Definitions “Software” as mentioned in this agreement includes the software program and all related materials included in this packaging. 2. License SEKONIC gives the user the license to use the software mentioned in this agreement. The user may make unlimited copies of this software for distribution. 3. Rights to the Software The copyright and property rights of this software belong to SEKONIC. The user is given the right to use and reuse the software in accordance with this agreement, but does not have the copyright or proper- ty right or any other right to this software. 4. Limitation The user may not translate this software in to a form that is readable by a human being through reverse compilation, reverse assembling, reverse engineering or any other method.

5. Termination of the agreement This agreement is valid until it is terminated. The user may terminate the agreement at any time by destroying the software and all copies made. 6. Guarantee period for the recording medium SEKONIC will exchange the software's recording medium on its own judgment within 90 days of purchase if a flaw is found in the medium. However, it does not take any responsibility for replacing a recording medium which has been damaged by accident, abuse, or misuse. 7. Relinquishment of guarantee for software The user will agree to this agreement with the understanding that the user must make responsible use of this software. The software is provided “as it is,” and SEKONIC makes no guarantees. SEKONIC has no obligation to give or declare an explicit or implicit guarantee of any kind concerning the rights of a third party, or the merchantability, integrity or quality of the software. 8. Limit of Responsibility SEKONIC will not take any responsibility for accidental, unusual, or consequential loss due to the use or inability to use the software in any situation, including the loss of the software. In any case, if at any time SEKONIC is deemed responsible, the highest compensation will be the amount paid by the user in damage, cost and legal fees.

1. Main unit 2. Power cord 3. Operation manual 4. Stopper plate 5. Cards 1) 12-line standard-sized check cards (5) 2) 15-line postcard-sized check cards (5) 3) Paper feeding roller protection card (1) 6. CD-ROM Before Usage 7. USB cable 8. Procedure for install the USB Driver

In case of a failure occurring during this period, we repair it for free if it is judged to be related to our responsibility. In this case, we temporarily keep the failed product to repair it. For details, contact the shop at which you have purchased it. In case that the free warranty period has expired or the failure is related to your responsibility or has resulted from a worn part, we will repair it with charge. The scope of this warranty is limited to this product and its accessories. Note that SEKONIC will not be responsible for any financial damage, lost profit or claim from a third party resulting from operation of this product. Warranty

Warning Caution Improper operation by neglecting this instruction may result in personal death or serious injury. Improper operation by neglecting this instruction may result in personal injury or property damage. Indicates warning and precautions. The exact warnings and precautions are shown in the symbols. Indicates prohibited actions. The exact prohibited actions are shown in the symbols. Indicates actions that must be carried out. The exact required actions are shown in the symbols. Safety Precautions Notice Handling the Device Correctly and Safely Read the "Safety Precautions" carefully before using, and use this product correctly. This "Safety Precautions" page lists various graphical symbols to ensure the safe operation of this product to prevent users, other people or property from being damaged. Thoroughly read these precau- tions and understand the meaning of the symbols before proceeding to the main text of this manual. ■The levels of danger and damage that will arise if the device is inappropriately used are classified and indicated as shown below. Safety Precautions

Warning How to Handle Power Cord and Power Plug Warning Your finger or hand can be caught on the paper feeding surface or the upper cover and this may result in a injury. Turn the power switch off while working. Your hand can be caught and injured due to incorrect usage. Do not place your hand into any moving parts while the device is in operation. Your hand can be caught and injured due to incorrect usage. When placing your hand on the paper feeding surface during a paper jams, be careful not to allow your fingers to be caught or hit. This may cause a fire due to heat generation. Do not use the device with other supply voltage than the specified one. Use only appropriately rated outlet and wiring tools. Avoid the use of multi-socketed adapters. This may cause a fire due to an electric shock or short circuit. Do not damage the power cord or power plug. Make sure the power outlet is within reach so the power cord can be easily unplugged. Make sure the plug is firmly inserted into the outlet. ● The device emits smoke or a strange odor or noise. ● Liquid such as water or a foreign matter enters inside. ● The power plug gets abnormally hot. ● There is deformation or damage to the device. If the product is used as is, a fire or an electric shock may result. ・Immediately turn the power switch off and contact the sales shop. Never attempt to repair by yourself since it may cause serious danger. Stop using the device immediately in the event of abnormal operation or a break- down, and unplug the power cord. Damage to the power cord or deformation of the plug can cause a fire or an electric shock. Do not pull the cable when unplugging the power cord. This may result in an electric shock. Do not touch the power plug or the device itself during a thunder and lightening storm. This may cause electric shock. Do not connect or disconnect the power plug with a wet hand.

Otherwise, an electric shock may occur. Connect a ground cable and ground the device. Warning How to Handle the Device Otherwise, an electric shock may occur. When connecting or disconnecting the ground cable, unplug the power cord first. Flammable gas remaining inside the device can catch fire from static electricity, which may cause a fire, burn or injury. Do not spray organic solvent such as flammable fluids or paint thinner. If the device is dropped or the cover is broken, immediately turn the power switch off and remove the power plug from the outlet. Then contact the distributor. If the device is dropped or the cover is broken, power down and remove the power plug. Only service staff should remove the cover. Do not attempt to do this yourself as it may cause an electric shock. For internal inspection, adjustment or repair of the product, contact the distributor. Caution: High Pressure There is a high voltage part inside. It may cause a fire or an electric shock. Do not modify the device, remove the cover or disassemble it. This may cause a fire. Do not place the device in areas subject to liquid, dust, or humidity. This may result in a fire or an electric shock. Don't insert or drop foreign objects such as metals or flammables into the opening. Do not place a container with chemicals or liquid or a small metal piece on the device. This may cause a fire. Do not place a container with liquid or a metal piece on the device. Otherwise, the heat contained inside could result in a fire. Do not cover the vent holes. It is extremely dangerous to use the device in a place where there is explosive, combusti- ble or flammable gas. You must not do this. Do not use in a place where there is explosive, combustible or flammable gas.

If the power cord is damaged, a fire or an electric shock may occur. Before moving the device, make sure to unplug the power cord from the outlet. Caution Caution Caution Cleaning Caution Do not place or install the device on an unstable surface. It may fall, resulting in an injury. Do not install on an unstable surface. 1. a place receiving radiant heat (such as direct sunlight) 2. a place where mechanical vibration frequently occurs 3. a place near the source of an electromagnetic field 4. a place where dust and oily smoke are frequently released 5. a place prone to steam, water or condensation 6. an environment that contains organic gas, inorganic gas or salinity. Avoid using the device in the following places as this may cause malfunction. The device is designed only for indoor use. Do not use it outdoors. This may cause a fire or malfunction. The device should only be used indoors. Do not use it outdoors. When the device is not in use for a long period of time, remove the power cord from the outlet for safety. When the device is not in use for a long time, remove the power cord for safety. If dust builds up on the power plug, it may cause problems in insulation, which could lead to a fire. *Unplug the power cord and wipe with a dry cloth. Regularly wipe off dust on the power plug. When cleaning, first unplug the power cord for your safety. Failure to so may cause an electric shock, fire or injury. Unplug the power cord before cleaning for safety. Waste electrical product disposal must be conducted according to the regulations of the area or the relevant local government. Do not dispose of the device with general household waste.

1. Precautions on Usage......................................................................................................... 1 2 5 6 6 7 9 10 11 12 12 13 14 18 18 19 21 24 25 26 26 36 37 38 38 39 40 41 42 43 44 45 46 47 47 47 48 51 52 2. Names of Each Part ........................................................................................................... 3. Specifications..................................................................................................................... 4. Installing the USB Driver .................................................................................................. 4-A Before installation ..................................................................................................... 4-B Installation Procedure................................................................................................ 4-C Checking the Assigned port .................................................................................... 4-D Troubleshooting for Communication Errors ........................................................... 4-E Uninstall Procedure ................................................................................................. 5. Operation ......................................................................................................................... 5-A Preparation .............................................................................................................. 5-B Functions and Operating Method of Operation Panel............................................. 5-C Setting Cards ........................................................................................................... 5-D Power Connection and Operation Test .................................................................... 5-E Test Mode ................................................................................................................ 5-F Troubleshooting....................................................................................................... 6. Connection to Computer.................................................................................................. 7. How to Enter Mark .......................................................................................................... 8. Adjusting Reading Sensitivity ......................................................................................... 9. Control Commands .......................................................................................................... 9-A Initialize Commands ............................................................................................... 9-B Card Feed Commands ............................................................................................. 9-C Device Control Setting Commands ......................................................................... 10. Data Transfer Mode ......................................................................................................... 10-A Data Transfer Commands ..................................................................................... 10-B A Mode (1-byte Fixed Output Command) ........................................................... 10-C C Mode(Fixed Length Output Command) ........................................................... 10-D CA Mode(Fixed Length Output Command for Automatic Density Distinction) . 10-E E Mode(Variable Length Output Command) ....................................................... 10-F EA Mode(Variable Length Output Command for Automatic Density Distinction)... 10-G ED Mode(Variable Length Output Command with Density Data) ...................... 10-H ES Mode(Variable Length Output Command by Density and Mark Data) ......... 10-I G Mode(EBCDIC Code Convert and Output Command) ................................... 10-J B Mode ................................................................................................................. 10-K D Mode................................................................................................................. 10-L F Mode ................................................................................................................. 10-M Other Commands ................................................................................................. 10-N SR-305 Compatible Command ............................................................................ 11. Cleaning and Service Schedule .......................................................................................... Table of Contents

12. External Views ................................................................................................................. 13. Appendix ......................................................................................................................... 13-A Reference for card creation .................................................................................. 13-B Code Tables .......................................................................................................... 13-C Typical sample program ....................................................................................... 54 55 55 61 63

Handle the device with the following in mind so as to enable the functions of it to be fully utilized. (1) Before usage, make sure that the power cord is firmly connected to an outlet. Avoid connecting or disconnecting the connector during operation or while the power switch is turned on. (It may result in a failure.) (2) Since the card reading part is equipped with an optical lens, never insert a screwdriver or the like. (Otherwise, reading may be disabled.) If card feeding is disabled due to clogged dust or the like in the card feeder, open the top cover to remove it. (Refer to "11. Cleaning".) (3) Allow an interval of at least 5 seconds between turning the power switch on and off. (Otherwise, a failure may result.) (4) Be sure to ground the device so as to prevent noise or static electricity from damaging the device. Also, do not touch the metallic part of the device during card feeding operation. If the device is used without being grounded or the metallic part is touched, malfunction or an elec- tric shock may result. (5) Do not place the device in a place subject to direct sunlight or near a heater. Also be careful not to allow sudden temperature change, moisture, dust or excessive shock around the device. (Otherwise, a failure like wrong paper feeding, reading or operation may occur.) (6) When the device is not in use for long periods, insert the paper feeding roller protection card between the paper feeding roller and the separation pad to prevent the roller material from deteriorating. (7) If the paper feeding roller becomes soiled with powder from card paper or pencil, the roller and the card may slip. In order to prevent it, clean the paper feeding roller at proper intervals. (Refer to "11. Cleaning".) (8) If the exterior of the device is soiled, slightly wipes with soft cloth wetted with water or neutral detergent. Note that wiping with cloth wetted with volatile chemicals like benzine or thinner may cause deforming or decoloring. 1.Precautions on Usage (9) When connecting by RS-232C, consult with the distributor. (10) Use only the USB cable and power cord that came with the device. - 1 -

2.Names of Each Part TEST LED (yellow) Power switch READY LED (green) POWER LED (orange) Total counter RS-232C connector Fuse holder Power connector Power cord Ground terminal (reserved) ERROR LED (red) Clear switch Feed switch USB connector - 2 -

Side guard Card stopper Stacker Guide lock lever Top cover Side guide Guide wire Lock lever Hopper - 3 -

Rotary switch (SW2) Rotary switch (SW3) Rotary switch (SW1) DIP switch (DIPSW) Card detection sensor Separation pad Paper feeding roller - 4 -

Paper type: OCR paper. ※Refer to 13.A-(1) Paper ream weight: (70)* 90kg to 135kg (basic weight: (83.8g/m2) 104.7g/m2 to 157.0g/m2) (thickness: (0.11mm) 0.13mm to 0.19mm) The 70kg paper is available to standard size only. 2. Mark line number Standard-sized card: Data = 12 lines, timing = 1 line Postcard-sized card: Data = 15 lines, timing = 1 line 3. Mark column Max. 140 columns. (specified by program) 4. Reading method Direct-under type, timing control type, mark-to-mark type 5. Marking Infrared ray: Pencil of HB or softer, machanical pencil [visible ray: The above, ball-point pen] 6. Reading wavelength: Infrared ray: 940nm [visible ray: 660nm] 7. Card feeding rate Approx. 256 sheets/min (115V AC/50Hz, machine feeding rate using standard-sized cards at room temperature) 8. Hopper capacity Max. 200 cards. (paper of ream weight of 110kg (basis weight of 127.9g/ m2), standard-sized card) 9. Error check Four types of errors can be judged (jam, timing mark, card empty and double-feeding errors) 10. Self-check The card detection sensor is to be checked. 11. Serial Interface Serial EIA RS-232C-based, asynchronous, half-duplex, data transfer rate = 2,400 to 115,200bps (variable) variable data format 12. USB interface USB 2.0 full-speed Virtual COM Port Device (same specification as 11.Serial interface) 13. Power supply Supply voltage = 115V AC, Frequency = 60Hz Current = Approx. 0.6A (during motor rotation) Approx. 0.1A (in standby mode) Supply voltage = 220V AC, Frequency = 50/60Hz Current = Approx. 0.3A (during motor rotation) Approx. 0.1A (in standby mode) 14. Operating environments Room temperature = 5 to 35C˚ Relative humidity = 40 to 80% RH (no dew condensation) 15. Overall dimensions 360 (L) x 222 (W) x 171 (H) (mm) (Length in operation: 695 mm) 16. Weight Main unit = Approx. 6kg [ ] is option - 5 -

4-A Before Installation To use a USB interface connection, load the supplied CD-ROM, and install the driver by following the installation procedure in this chapter. Be sure to install the USB driver before inserting the SR-450 into the computer's USB port. The driver cannot be installed properly if the SR-450 is inserted into the USB port first. Notes • If you accidentally connect the SR-450 before performing the installation, delete the falsely- identified driver from "Add or Remove Programs". • To install the driver, you must log in as a user with administrator privileges. Operating Environment * • The OS must be preinstalled. • The software may not work for certain computer models and configurations. • Operation is not guaranteed for systems with an upgraded OS, add-on USB interface, self- built computers, built-to-order computers, and in emulator environments (such as VirtualPC). • Operation is not guaranteed for connections that pass through a USB hub. • A drive capable of reading CD-ROMs is required for installing the software. 4. Installing the USB Driver The USB driver must be installed to use this product over a USB interface connection. If using this product over a RS-232C connection, the driver does not need to be installed, and the procedures in this chapter are not necessary. Get the latest information at our website. (https://www.sekonic.co.jp/english) Windows 8.1/10 - 6 -

(1) Check that the SR-450 is not connected. 4.Installing the USB Driver (3) Click "Next" and follow the instructions on the screen. (4) After installation is complete, the program will ask you to restart the computer. Click "Yes" to restart the computer. * If you have installed incorrect USB driver, please un-install it from the computer. When finished, please install the correct USB driver to the computer. * If using Windows8.1, please use a file of the same name in the "old" folder. (2) Start Windows, load the "driver CD", and run the installer program for pertinent OS on the CD. (For 32bit OS) (on the CD)\English\Driver\sr450usbInstaller_x86.exe (For 64bit OS) (on the CD)\English\Driver\sr450usbInstaller_x64.exe - 7 -

(5) After the computer is restarted, turn on the power for the SR-450, and connect it to the computer's USB port. 1) Turn on the power 2) Connect to the PC using a USB cable - 8 -

4-C Checking the Assigned Port The COM port must be designated when using this software. After installing the USB driver, follow the procedure below to check the port number assigned when using the USB interface. (1) Right-click this PC on the Desktop to open a pop-up menu, and click Manage. Click (2) Click the Device Manager. (3) Click Ports, and check the assigned port in parentheses for the "SR-450" entry. - 9 -

-1 Changing the Assigned Port The assigned port can be changed if the port number assigned to the SR-450 cannot be recognized by the software or when you want to use a specific port. The procedure for changing the port is de- scribed below. (1) Right-click the "SR-450" entry from the Device Manager screen (see section 4-C), and then click Properties from the pop-up menu. 4.Installing the USB Driver 1) Select 2) Click 2) Click 1) Right click 1) Select the port (2) Select the "Port Settings" tab, and then click Advanced. (3) At "COM Port Number", select the port number that you want to change to. - 10 -

On the "Start" menu, click "Settings", open the "App", select the "Driver", and then click "Uninstall". 4.Installing the USB Driver - 11 -

size to be used and raise the side guard at the specified position. (Make sure that the card stopper has not been set inside out.) During this operation, be careful not to allow bright light to directly enter the card ejector or hopper. Open the stacker. Raise the side guard. Card stopper and card size Stopper plate When using long-sized cards it is recommended to use the stopper plate so as to prevent paper from coming out of the stacker. Setting method: Engage the angled hole on the stopper plate with the protrusion at the center of the top cover and firmly set it so that it is not disengaged even after you take off the hands. (Be careful that the front and rear surfaces are set properly.) A C B 5.Operation Set the - 12 -

The operation panel is equipped with the following two switches and four LEDs (lamps): (1) Functions of switches FEED : Pressing this switch feeds one card. CLEAR : Clears an error, if any. The hardware or cover open error, however, cannot be cleared. (2) Meanings of LED display TEST (yellow) : Comes on in the test mode. ERROR (red) : Comes on when an error occurs. READY (green) : Comes on when communication is enabled. POWER (orange) : Comes on when the power is turned on. Operation panel TEST ERROR READY POWER CLEAR FEED 5.Operation - 13 -

(1) Pressing the [PUSH] button on the left of the hopper generates a "clicking" sound to lock the hopper at the card setting position. Pressing the [PUSH] button again unlocks the hopper to raise it. Do not unlock it by pressing the card. (2) Set cards while the hopper is lowered at the setting position. Set them with the marked surfaces facing upward and the timing mark sides facing left. At this time, well-align the cards. Pay particular attention to the ends of the cards since a paper feeding error may occur unless they are well-aligned. (3) Press the side guide hard to the cards so that no clearance is allowed between them. Otherwise, a reading error may occur. When moving the side guide, keep pressing the guide lock lever (green). The side guide is fixed when the lever is released. (4) For the maximum card number settable onto the hopper, refer to the side guide index. Note that setting too many cards on it may result in a paper feeding error or misreading. (5) When using long-sized cards, raise the guide wire toward the external side of the hopper. Pressing once: Locks the hopper. twice: Unlocks the hopper. Guide wire How to move side guide Slide it right and left while keep pressing the guide lock lever (green). Side guide index 5.Operation - 14 -

feeding or reading error may occur. 2. When adding cards, lower the hopper and be sure to reset cards. Otherwise, a paper feeding error may occur. (6) Setting double-feeding detection function The device is equipped with a function to detect a double-feeding (DF) error. A transmission-type sensor is used for detection, and double-feeding is judged based on a differ- ence in the amounts of light transmitted due to a difference in card thickness. Before using the device, match the thickness of the cards to be used and the paper ream weight setting of SW3. The settings of SW3 are as follows: (If DF is detected in the SR-307 or SR-305 mode, an error code is outputted as a jam error.) " " refers to the initial setting. Note Please set position between 0and 6. The deveice will not work correctly, if it is not set to the correct position, as specified bellow. Switch position and paper ream weight DF sensitivity Thin Thick DF not judged Switch Position Rotary switch (SW3): Sets paper ream weight. )th w gie sisa b( th er am w gie ap re P 72kg (8 8.3 g/m 2) 90kg (10 7.4 g/m 2) 110kg (12 9.7 g/m 2) 135kg (15 0.7 g/m 2) Not to use 5.Operation Please turn the SW3 to one more larger number (switch position) when a DF error occurs in a paper feeding DF not judged Auto Auto In the "Auto" setting, a double feed is detected on the basis of the thickness of the sheet to be read first when the device is initially activated or the software is reset. Therefore, make sure there is no double feeding of the top sheet. The thickness of the sheet varies depending on paper quality. Therefore, change the number (switch position) in accordance with the card feeding condition. Switch Position ※ ※ - 15 -

1) Do not use any card in one of the following states: Soiled or damaged card, card to which dust or a foreign matter adheres, curled card or folded card (folded in two, four, etc.) 2) Storage of cards Avoid storing cards in a place subject to sudden environmental change. Pay sufficient atten- tion to moisture and keep them in a cabinet or the like. Do not leave them in a dusty place like near a window. 3) Before using new cards to test card feeding, be sure to loosen each card apart as shown in the figure below so as to prevent double-feeding due to cards not completely separated. 5.Operation - 16 -

(1) Connect the power cord after turning the power switch off. (2) Turning the power switch on lights the "POWER" LED (orange) with a buzzer sound. This turns the device in the ready status for commands from the host computer. If the "ERROR" LED (red) comes on or a buzzer continuously sounds, turn the power switch off and refer to "5-F Troubleshooting". (3) Pressing the "Feed" switch once feeds one card. Keeping pressing it continuously feeds cards. 5-E Test Mode Test mode: Checks reading. For checking, use a specified check card that came with the device. (1) Turning the power switch on while pressing the "Feed" switch sounds a buzzer and calls the test mode, turning all LEDs on. (2) Pressing the "Feed" switch once feeds cards continuously. During this continuous feeding, a buzzer goes off if a reading error occurs. (3) Keeping pressing the "Feed" switch stops card feeding. (4) In order to exit from the test mode, turn the power off and on again. Note The check card to be used must be changed as follows depending on the setting of DIP SW6: DIP SW6 = OFF : Timing direct-under-type, 12-line, standard-sized card ON : Timing control-type, 15-line, postcard-sized card (With this setting, the mark-to-mark-type or direct-under-type selected by DIP SW5 is neglected.) 5.Operation - 18 -

rr or yt pe (HEX n E oitc A rre or n la retn ) I 76H rre or (70H ot H ra dw era Turn ht e pow re o ff once and ht e de civ e si n to fI .nia on ag ht e s ela s sho .p tc ,d co atn er ots er ra d aj mm ni g ) C C ra d aj m (31H or 32H g ot nirrefer Remove c ra ds by 5-F (- 2 .) .g ef e nid p er ve tn s ot pils - C ra d be ef d m etp d ot etta - C ra d si .d ht e hopp re b nie g ol w ere w hti rre or (33H) ra d ef e nid g C ef d ta a era ht an one c ra d Mo er it m .e rre or (36H) F . D ns oitid heck ht e c ra d con C ) Timing mark reading fails. rre or (40H Tim ni g m ra k era it m ni g m ra ks elb alia Av ss or no it m ni g m ra k er e or el ht Check c ra d .s .d etc d ete si rre or nil e n oita Commu cin and retu b te ween ho ts comp de civ e rre or - Ov rre un rre or ytira - P rre or F ar m ni g - rre or (51H) n oita Commu cin ht e ta ht Make su er gs nitte d s etaler- n oita commu cin prop .re era rete command or p ara m dila Inv .d eretn si e rre or rete Command or p ara m (50H) command or dila a v retn E .rete ara m p hopp .re ni elb alia o c ra d av ) N (42H ra d em ytp . C ht e hopp re te c ra ds ni S si ope .n op cov re ) T ov re open (44H . C ol se ht e ot p cov re C 5-F Troubleshooting (1) Error display e ht to bo er ot h w cti s "ra " e C el ht g niss er p y o b r rre e ht te es R .e e civ d 5.Operation - 19 -

Follow the procedure below when a card jam or feeding error occurs. Procedure 1) Lower the hopper to open the top cover. 2) Manually remove the jammed card(s). 3) After removing, make sure that no torn piece of paper is left. 4) Slowly lower the top cover toward you until it is locked. (Make sure it has been locked, otherwise, a feeding error may occur.) This turns the "ERROR" LED (red) off. 5) If the "ERROR" LED (red) is still on, repeat steps 3) and 4) again. 6) Correct the error appropriately by referring to the following causes for a card jam or feeding error. (3) Action when the device does not function If the device should malfunction, correct it by referring to the following actions for each symp- tom. ause g C nito n for rt ou elb sho oitc nce se erefe R n gier ,g fo C ra d d fe orm ni g or b er a nik adh ere d retta m 5-C. ni g c ra d "s nild (" 7) Han ) and 2) ni 1 rello d r elio S "1 .1 C el a nin g ." " ni "srello 1) C el a nin g of r (" ym otp m n S oitc A ed o .n nrut The pow re cann to be • ylre orp p ht e pow re cord si ta ht Make s eru .d onne etc c )d com se er( The "ERROR"LED • g ht e pow re o .n ninrut retfa on .)1(- -5 F ot refe R .d elb asid Rea nid g si • fI .tes ylre orp p dis e g diu e si ht e ta ht Make s eru • dis e g diu e and c dra s si ara nce b te ween ht e elc ht e g ni a nitlu ser ,ylre orp p ef d n to era ,e c dra s w di .rorre er a nid g med? rofe t'n c dra s d A er • -tfel( n oitc erid etis ht e oppo ni tes t'n c dra s A er • ?).cte ,th up dis e dow ,n gir dis e heck c-fles ugh orht ht e de civ e n fo oitare Check op • .dra ched check c atta nis g ht e u n .s oitc n ufla arg m m orp The • .d onne etc csid si n to ht e ca elb ta ht Make s eru • d etaler-n oita ht e commu cin ta ht Make s eru • orp p .re era gs nittes 5.Operation - 20 -

6. Connection to Computer SR-450 is available to connect either RS-232C or USB to the computer. The Computer is recognized by USB interface if both of cables are connected to the computer. Connect the device to the computer by referring to the following procedure. (1) Connection to interface cable This deveice can be connected by USB interface or RS-232C interface. Please choose a cable according to interface to be used. * RS-232C must be used a straight cable. Please set the following settings even if you use either USB initerface or RS232-C initerface. (2) Setting data transfer rate Set the same data transfer rate (baud rate) to this device and the computer. The device is set at 38,400bps by default. Before turning SW1, be sure to turn the device off. When setting the baud rate of the computer, refer to its operation manual. The baud rate is set using 0 to 6 of SW1. (* refers to the default setting) s utats n oitc onne B C S C U S-232 R .d USB si conne etc yln e O lb alia v A A / N .d RS-232C si conne etc yln A O / e N lb alia v A .d conne etc era SB & RS-232C e U lb alia v A A / N n oitis w cti h po e S tar aud B SW1: Sets baud rate. (7 to 9 are not used) - 21 -

N Function F O F O 1 communication data S ste form .ta = 8 el n htg tib ata 7 D = el n htg tib ata D 2 communication data S ste form .ta sid a elb d check ytira P * check ena elb d ytira P 3 communication data S ste form .ta ytira dd p y O tira ven p E 4 communication data S ste form .ta = 1 el n htg tib ot p 2 S = el n htg tib ot p S e Reading timing ra k ot- -m ra k yt p e M yt p -tc und re eri D 6 elbita nil e comp Changes code ni E mode 0123 : ; < = > 987 YABC X 5 Readable line number 2 1 1 ts mode et C ra d used ni it m ni g e ,d zis- ra d Po cts yt pe lo co rtn it m ni g e ,d zis- C ra d yt pe -tc und re erid 8,7 )eto n ( n mode oitare p 8 7 O SR 4- 50 FF F O F O elbita R-307 comp N S F O F O elbita SR-305 comp elbita SR-305S comp FF N O O to used N N N O O 6.Connection to Computer (3) Setting data format Set the same data format to this device and the computer. The DIP switches are set as shown in the table below by default. Before changing the settings of the DIP switches, be sure to turn the device off. When setting the data format of the computer, refer to its operation manual. #1 DIP switch function: Set the device as follows: (* refers to the default settings) OFF 1 2 3 4 5 6 7 8 ON Note: Note that the reading sensitivity is graded in eight levels in the SR-307/305 compatible mode. * * * * * (SR-410/430 compatible) 5 - 22 -

This device has the following two unreceivable states. In these states, set the communication timing by the host computer. 1. Due to half-duplex communication, data reception is disabled while the device is sending data. 2. Data reception is disabled while the device is executing a command or the internal communica- tion buffer is full. The device notifies this state using an RS signal. (5) Control line level CS: The device sends data when this signal is at the high level. RS: The device outputs low-level RSs in the unreceivable state. DR: The device outputs high-level DRs while the power is turned on. Signal level High: +3V to +12V Low: -3V to -12V The following signals are only available to use RS-232C connection. (6) Signal name and pin connection S gi n la retu n la comp retx E n oitc erid S gi n la de civ e sih T S gi n la ni n P Pi gi n la S (GND) send) ot (D ata )e er c vie ot (D ata Send) ot (Reque ts Send) ot ra (C el s te Ready) (D ata S gi n la GND) ( FG SD RD RS CS DR ND G 1 2 3 4 5 6 7 1 2 3 4 5 6 7 FG RD SD CS RS DR ND G 6.Connection to Computer - 23 -

7. How to Fill in Mark (1) Dimensions of mark : Width = 3.5 to 5.0mm Thickness = 0.4mm or more (2) Writing implements : (3) Density : PCS = Min. 0.7 (*1) (4) Typical entries Note: When using a mechanical pencil, be sure to fill in a mark with enough density. (*1) PCS = Printed Contrast Signal It refers to the contrast in reflectance of a printed mark, symbol or letter against the non-printed part of paper. It is calculated as follows: PCS = (white reflectance - black reflectance)/white reflectance Good No good For infrared ray ：Pencil of HB or softer, mechanical pencil For visible ray ：the above, ball-point pen - 24 -

Although the mark reading sensitivity of this device is set to level 4 by default, it can be changed so as not to read stains as marks when particularly stained cards are read. (1) Open the top cover of the device to turn SW2. In SR-450 (SR-410/430 compatible) mode Turn SW2 to level 1 to maximize the reading sensitivity. Turn SW2 to level 0 to minimize the reading sensitivity. IN SR-305(SR-305S)/SR-307 compatible mode Turn SW2 to level 1 to maximize the reading sensitivity. Turn SW2 to level 8 to minimize the reading sensitivity. For SW2, use level 1 to 8 and do not use level 0, 9 to F. (2) When adjusting the sensitivity, fill in marks with different densities (line width or thickness) on mark cards to test reading. Check and adjust filled marks and the reading sensitivity level using SW2. (3) Functions of SW2 SR-450 (SR-410/430 compatible) mode SR-305(SR-305S)/SR-307 compatible mode Note " " refers to the default setting. Reference detection density data of each level differs between the SR-450 (SR-410/430 compatible) and SR-305(SR-305S)/SR-307 compatible modes. 8.Adjusting Reading Sensitivity SW2: Adjusts sensitivity. - 25 -

This device operates according to command signals sent from the host computer. Control commands and data are all sent and received in ASCII codes. 9-A Initialize Commands The following commands are used to change the status of the device immediately after the power is turned on: -1 Kinds of Initialize Commands 9.Control Commands -2 DLE DL Command (Reading Sensitivity Setting Command) [Explanation] This command is for setting the reading sensitivity level. 16 levels corresponding to density levels 1 to 16 can be set. For example, a mark of density level 2 or more is read when "02" is set. The setting of the rotary switch is enabled when the power is turned on while software is prioritized when a DL command is used. This setting is not stored after the power is turned off. * This applies to when the CAN command is executed. In the SR-307 compatible mode, the density levels are 1 to 8. [Format] DLE D L N1 N2 CR (10H) (44H) (4CH) (0DH) N1N2: 2-byte ASCII code - 26 -

[Explanation] This command is for setting the density difference allowable from the darkest mark in the CA and EA modes. After setting the difference, marks thinner than the setting are cancelled and those in the allowable range are all output. The density difference is set at "01" by default. In this case, mark data of the darkest density are output. This setting is not stored after the power is turned off. * This applies to when the CAN command is executed. [Format] DC3 D D N1 N2 CR (13H) (44H) (44H) (0DH) N1N2: 2-byte ASCII code 9.Control Commands - 27 -

[Explanation] This command is for setting mark read timing (timing mark type). If the DIP switch setting has not been changed, the setting by this command is not required when the power is turned on. When the T command is executed, the set value remains unchanged unless the device is reset or the power is turned off. When using the timing control type, be sure to set the read timing by this command. -4-1 In SR-450 (SR-410/430 compatible) mode [Format] e civ e d sih T retu o ts Comp H Rec vie e CR N STX CR T LE D (10H) (55H) (0DH) (02H) (0DH) * N: Specifies the format (1-byte ASCII numerical code between 1 and 5) N values determine the mark read areas in the formats shown in the table below: Setting method of timing control type Specifying the timing control type with N = 1 when specifying the T command sets the read area at three times of the timing mark. [Format] DLE T CR STX 1 CR (10H) (55H) (0DH) (02H) (31H) (0DH) t N ra k er ad it m ni g forma M e 1 yt p lo im ni g co rtn T 2 yt pe -tc und re eri D 3 to used N 4 M ra k ot- -m ra k yt pe be er ad) ot alb nk space n to nd or e( 5 M ra k ot- -m ra k yt pe be er ad) alb nk space ot nd or e( 9.Control Commands - 28 -

1. Timing control type 2. Direct-under type 3. Mark-to-mark type (Not read blank space of front end) 4. Mark-to-mark type (Read blank space of front end) d R R = d x m m = Specified multiple (fixed at 3) d = Timing mark width R R 1st column R 2nd column R 1st column Approx. 2.5mm [Descriptions of each control type] 9.Control Commands - 29 -

[Format] e civ e d sih T retu o ts Comp H Rec vie e CR N CR T LE D (10H) (55H) (0DH) (0DH) * N is the 1-byte ASCII numerical code indicating the reading method. N values determine the mark read areas in the formats shown in the table below: -4-3 In SR-305 (SR-305S) compatible mode [Format] e civ e d sih T retu o ts Comp H Rec vie e CR N CR T LE D (10H) (55H) (0DH) (0DH) * Specifies the timing control type. N is the 1-byte ASCII numerical code indicating the reading method. 9.Control Commands - 30 -

3. Mark-to-mark type (Read blank space of front end) R R 2nd column R 1st column Approx. 2.5mm Descriptions of each read timing format ("R" refers to the read area) 1. Timing control type d R R = d x m m = Specified multiple (fixed at 3) d = Timing mark width [Descriptions of each control type] 9.Control Commands - 31 -

[Explanation] This command is for specifying the number of lines of data to be read. When the DC3 command is executed, the set value remains until the device is reset or the power is turned off. When the power is turned on or the device is reset, the number of lines will become the value set to the DIP switch, and when the DC3 command is executed, the priority will be given to the software. [Format] DC3 N1 N2 CR (13H) (0DH) The value of N1N2 determines the number of lines of data to be read. N1N2 = 12 : Data is read assuming the number of lines as 12. N1N2 = 15 : Data is read assuming the number of lines as 15. (The modes in which the 15-line format is available are C, CA, D, E, EA, ED, ES and F modes.) -6 DC3 L Command (Read Line Area Setting Command) [Explanation] This command is executed together with any of data read commands such as E, EA, ED and ES. This command is for specifying the read area of each line and the range of line whose density is compared. The setting of this command is not stored. The initial value after the power is turned on is set for each column (as 12 lines or 15 lines). Note : When executed together with any of the E, EA, ED or ES command, this command can specify square areas. [Format] DC3 L N1 N2 M1 M2 CR (0DH) 13H) (4CH) ( The values of N1N2 and M1M2 determine the range of lines to be read. N1N2 : Read starting line counted from the timing mark side. M1M2 : Number of lines to be read. Note: 9.Control Commands - 32 -

[Explanation] This command is for determining the ETX code following data output from the device and the recog- nizing method of received data. When the DC4 command is executed, the set value remains until the device is reset or the power is turned off. [Format] DC4 S1 S2 S3 CR (0DH) 14H) ( The values of S1 determine the statuses of the ETX code, etc. S1 = 0 : Initializes the device. (This value erases S1 = 7 data stored in the memory.) Does not add the ETX (CR) code. (S2 and S3 are not necessary.) S1 = 1 : Adds CR as the ETX (CR) code. (S2 and S3 are not necessary.) S1 = 2 : Adds the code specified by S2 as the ETX code. (S3 is not necessary.) S1 = 3 : Adds the STX code. This value adds the code specified by S2 as the STX code. CR is added as ETX. (S3 is not necessary.) S1 = 4 : Adds the STX and ETX codes. This value adds the code specified by S2 as the ETX code and the code specified by S3 as the STX code. S1 = 5 : The device neglects the codes specified by S2 or S3 as data at the time of reception (S3 can be omitted.) Codes which are used in commands are not neglected. Codes up to 6 bytes can repeatedly be specified (2-byte codes only in the 307 compatible mode) . All settable character codes are shown on the next page. All other codes cause command errors. S1 = 6 : Not used. S1 = 7 : Stores the set STX and ETX codes. The set values remain even after the power is turned on or the CAN command is executed. (S2 and S3 are not necessary.) Note : Only S1=0, 1, 2 and 5 are effective in the SR-307 mode. 9.Control Commands - 33 -

- SR-450 (SR-410/430 compatible) mode " ": Data output from the device S1 9.Control Commands - 34 -

-8 CAN Command (Reset Command) [Explanation] This command is used as the reset command. (This command initializes the device.) After this command is executed, the device is reset internally and returns the ACK code (06H). At the time, the "READY" LED (green) and "ERROR" LED (red) blink. The host computer must be designed to transmit the next command after receiving this code. Separators like STX and ETX can be added by the DC4 command (only in the SR-450 (SR-430 /410 compatible) mode). [Format] e civ e d sih T retu o ts Comp H Rec vie e CR AN C (18H) (0DH) Reply ACK (06H) 9.Control Commands - 35 -

-1 ? Command (Card Feed Command) [Explanation] When this command is transmitted, the device sends one card only and reads it. After reading the card, the device outputs an error status code and waits for a command from the host computer. Separators like STX and ETX can be added using the DC4 command. [Format] e civ e d sih T retu o ts Comp H Rec vie e CR ? (3FH) (0DH) tu ptu o s utats r E rr o ec vie e R E E: 1-byte error status (for the meaning, refer to the error status code table) -2 Error Status Code Table -2-1 SR-450 (SR-410/430 compatible) mode Code EX n H oita x alp n E 0 30H orm la N 1 1H ) 3 rre or (du nir g c ra d ef e nid g aj m n la retn I 2 2H . 3 dis e ht e de civ e ni ra ds er m nia C 3 3H ) 3 rre or (S2 cann to be ut rned on ra d ef ed C 4 34H to use .d N 5 35H to use .d N 6 36H when a DF check si s )te rre or (o yln DF ).d e nid g has occu err ef-elb Dou ( @ 40H rre or Tim ni g m ra k etc d) it m ni g m ra ks d ete ss 3 or el (o yln A 41H to use .d N B 42H ra d em ytp C C 43H to use .d N D 44H ov re open C P 0H . 5 has been ni p tu rete command or p ara m dila n ni v A Q 1H r 5 rre o n oita ommu cin C p 0H 7 u tin rre or of ht e m nia H ra dw era ut rn ht e pow re o ff once occu ,r rre or sho dlu * fI a h ra dw era .e ht e de civ and er bo to ht e s ela s sho .p tc ,d co atn er ots er ht e de civ e si n to fI q 1H 7 s 3H 7 t 4H 7 u 5H 7 v 6H 7 9.Control Commands - 36 -

A jam error (32H) is assumed for the DF error. 9-C Device Control Setting Commands -1 DC3 B Command (Buzzer Control Command) [Explanation] This command is for setting whether to sound a buzzer when no card exists or an error occurs. The initial value after the power is turned on is set to flash the red LED three times and then turn the light off without sounding a buzzer when no card exists (N = 0). [Format] Host Computer DC3 B N CR (13H) (42H) (0DH) The value of N determines the setting. N = 0: The red LED flashes three times without sounding a buzzer when no card exists. N = 1: The red LED does not come on but a buzzer goes off when no card exists. N = 2: The red LED flashes three times without sounding a buzzer for all types of errors. Code EX n H oita x alp n E 0 0H . 3 ylla ra ds have been se tn norm C 1 31H to use .d N 2 2H ) 3 .ylla ra ds have n to been se tn norm rre or c( am J 3 33H to use .d N 4 34H rre or Tim ni g m ra k ).d etc it m ni g m ra ks d ete ss 3 or el o yln ( 5 35H C ra d em ytp ).re ht e c ra d hopp si no c ra d ni Th ere ( N = 0 N = 1 = 2 N Buzz re to goes o .ff . N oes o ff . G to goes o ff N LED retfa Comes o ff alf s nih g 3 it me .s N to comes o .n retfa Comes o ff s nih g 3 it me .s alf N = 0 N = 1 = 2 N Buzz re oes o .ff . G oes o ff . G to goes o ff N LED omes o .n . C omes on . C al shes 3 it mes F 9.Control Commands - 37 -

SR-450 (SR410/430 compatible) mode : Number of read areas SR-307 compatible mode : Number of timing marks - 49 -

DF sensor Reader Direction of card feeding Cover open - 51 -

11-A Cleaning Clean the rollers, reading lens and sensors since various malfunctions can occur if they are stained. DF sensor 1 Slave rollers DF sensor 2 Feeding rollers Paper feeding roller Paper ejecting sensor Paper feeding sensor Lens 11. Cleaning and Service Schedule Warning Do not spray any materials containing a inflammable gas or liquid on the device and be sure to keep these kinds of materials away from the device. Use a cleaning cloth with a suitable amount of cleaning liquid to wipe off well, after removing the power plug from the outlet and the device has cooled off. When doing maintenace, be sure to remove the power plug from the outlet. (1) Cleaning of rollers After feeding 5,000 cards, a large amount of cards, or carbon paper, gently wipe the rollers with a clean cloth slightly wetted with disinfectant alcohol (ethanol). If the rollers are stained, the stains may rub off onto cards or a malfunction may occur. (2) Cleaning of reading lens Gently wipe the lens on the reader with a clean cloth slightly wetted with disinfectant alcohol (ethanol). (Once a month or after every 5,000 card feeding.) If the reading lens is stained, a reading error may occur. (3) Cleaning of various sensors Gently wipe the sensor part with a clean cloth containing a little diluted alcohol sanitizer (ethanol). (Once a month or after every 5,000 card feeding.) Adhesion of dirt (such as paper dust) on the sensor part causes erroneous detection. * Diluted alcohol sanitizer is the ratio of alcohol (ethanol) 1 to tap water 5. - 52 -

1) Turn the power off and remove the power cord from the outlet. 2) Lower the hopper and open the top cover. Opening method (1) Raise the lock lever toward you to unlock the cover. (2) Pressing up the top cover away from you holds the cover automatically. 3) Clean the internal parts. 4) Close the top cover. Closing method Slowly lower the cover toward you until it is locked. (5) When the device is not in use for long periods, insert the paper feeding roller protection card between the paper feeding roller and the separation pad to prevent the roller material from deteriorating. 11-B Service Schedule Spare or consumption parts are required to be regularly changed in order to use this device safely and comfortably. Please make contact with the distributor when they will become a time to be changed. * A change of the above parts depends on condition of the device. Lock lever Open Close 11. Cleaning and Service Schedule Mylar Double feeding prevention pad Paper feeding roller Separation pad name P tra Time of change )retn (Numb re of cou rello ef e nid g r Pap re 200,000 or 3 years n pad oitara ep S nik d )s t( wo raly M n pad oitn ef e nid g p er ve ou elb D 200,000 or 3 years 100,000 or 3 years 200,000 or 3 years - 53 -

(1) Overall dimensions of card For details of dimensions of cards, refer to the reference drawing in 13-A-(6). Note: When using carbon paper, design it so as not to allow the pasting position to overlap the end of the card feeding direction. (2) Print ink Be sure to use print ink satisfying the following reflectance characteristics: 9.0 f PCS = alb ck o ) ( k ni e atc nc elfer- : Non g m ra k 1 ) Tim ni ± 0.05 2) Unreadable information in marked area: Drop-out color (*1) of PCS = 0.15 or lower 3) Direction of fiber : Parallels the longer side of paper (direction of card feeding). 4) PCS measurement wavelength : 940nm for the near infrared ray (660nm for the visible red ray) Note 1: Drop-out color Refers to a color which is not read by optical mark read elements due to being converted to the same signals as "blank" parts although visible as various colors to human eyes. Direction of fiber Timing mark Length (longer side) di th W 13.Appendix htdi h W en tg L ed c ra d zis- at nd ra d S ed c ra d zis- ra d o cts P ed c ra d zis- ong L zis e re hto C ra d of 148～304.8mm - 55 -

* For postcard-sized cards, use the timing mark control type. (4) Mark entry frame (fixed value for standard-sized card) a. Dimensions (rectangle) : Height (V) = 0.8 to 1.5mm Should be less, however, than the timing mark width (W). : Length (H): 3.5 to 4.3mm b. Print color : Use a drop-out color and set the PCS value to 0.15 or lower. (5) Corner-cut When cutting one corner of cards for reference to align cards, cut the opposite side from the timing mark side by 5mm or less. A 0.1 A 0.1 Timing mark Mark frame Left end of card V H L P W D 13.Appendix 13-A-(6) Min. 2.5mm 2.21mm 1.21mm Min. 1.5mm Min. 4.17mm Min. 2.5mm 1.5 ~ 30.0mm - 56 -

① Timing mark direct-under type (standard-sized card) A 0.1 A 0.1 0.1 6.35 3 0.1 6.35 6.35 11 Tolerance not accumulated. 82.55 Timing mark Mark frame Allowable range of overall dimensions 5.0 min. 9.0 min. 2.21 2.21 4.0 0.8 max. 1.0 0.05 187.32 187.45 187.20 82.47 82.73 General tolerance±0.20 Unit: mm - 57 -

(1) ASCII code (2) ASCII/decimal notation correspondence table 13.Appendix - 61 -

Sample program using Microsoft Visual Basic (Sample program is contained in the accessory CD-ROM) The sample program is designed to open and close a communion line, transmit data and control how to receive data of a fixed or variable length. Refer to this program for programming. Note: We do not support communication of custom control software which but actually, delete that made by a third party. 13.Appendix - 63 -