Unknown FO3700
User Manual: FO3700
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-m FO-3700A % 1---+' SHARP SERVICE MANUAL CODE:OOZF03700ASME FACSIMILE MODEL FO-3700 CONTENTS CHAPTER 1. GENERAL DESCRIPTION [l] [2] [3] [4] [5] [6] Specifications . . . . . . . . . . . . . . . . . . . . . . . . . A look at the machine . . . . . . . . . . . . . . . . . . . Operation Panel . . . . . . . . . . . . . . . . . . . . . . . Transmittable Documents . . . . . . . . . . . . . . . Installation . . . . . . . . . . . . . . . . . . . . . . . . . . . . Quick reference guide . . . . . . . . . . . . . . . . . . l-l 1-2 1-3 l-4 l-5 l-9 CHAPTER 2. ADJUSTMENTS [I] [2] [3] [4] Adjustments . . . . . . . . . . . . . . . . . . . . . . . . . . 2-l Diagnostics and service soft switches . . . . . . 2-2 Trouble shooting . . . . . . . . . . . . . . . . . . . . . . 2-13 Error code table . . . . . . . . . . . . . . . . . . . . . . 2-14 CHAPTER 3. MECHANISM BLOCKS [l] General description . . . . . . . . . . . . . . . . . . . . 3-l [2] Disassembly/assembly procedures . . . . . . . . 3-4 CHAPTER 4. DIAGRAMS [l] [2] [3] [4] Blockdiagram . . . . . . . . . . . . . . . . . . . . . . . . . Wiring diagram . . . . . . . . . . . . . . . . . . . . . . . . Point to point diagram . . . . . . . . . . . . . . . . . . . Connector signal name . . . . . . . . . . . . . . . . . . 4-l 4-2 4-3 4-4 CHAPTER 5. CIRCUIT DESCRIPTION [l] Circuit description . . . . . . . . . . . . . . . . . . . . . . 5-l [2] Control PWB description . . . . . . . . . . . . . . . . 5-2 [3] Description of CCD board . . . . . . . . . . . . . . 5-11 [4] TEULIU (with Speech PWB unit) board circuit description . . . . . . . . . . . . . . . . . . . . . 5-l 1 [5] Description of power supply . . . . . . . . . . . . . 5-l 4 CHAPTER 6. CIRCUIT SCHEMATICS AND PARTS LAYOUT [l] Control circuit/PWB . . . . . . . . . . . . . . . . . . . . 6-l [2] TEULIU circuit/PWB and sensor circuit/PWB . . . . . . . . . . . . . . . . . . . . . . . . . . . 6-7 [3] Speech circuiff PWB . . . . . . . . . . . . . . . . . . . 6-l 3 [4] Power supply circuit/PWB . . . . . . . . . . . . . . 6-15 [5] CCD circuit/PWB . . . . . . . . . . . . . . . . . . . . . 6-l 7 [6] Operation panel circuit/PWB . . . . . . . . . . . . 6-l 8 [7] LCD unit circuit/PWB . . . . . . . . . . . . . . . . . . 6-20 (81 Print unit circuit/PWB . . . . . . . . . . . . . . . . . . 6-22 CHAPTER 7. OPERATION FLOWCHART [l] Flowchart . . . . . . . . . . . . . . . . . . . . . . . . . . . . 7-l [2] Power on sequence . . . . . . . . . . . . . . . . . . . . 7-7 CHAPTER 8. OHTERS [l] Service Tools . . . . . . . . . . . . . . . . . . . . . . . . . 8-1 [2] IC signal name . . . . . . . . . . . . . . . . . . . . . . . . 8-3 PARTS GUIDE Parts marked with “8” is important for maintaining the safety of the set. Be sure to replace these parts with specified ones for maintaining the safety and performance of the set. SHARP CORPORATION This document has been published to be used foraftersalesserviceonly. The contents are subject to change without notice. FO-3700A Caution: Please use the per guage Part No. OJZC214460003 when repairing printes section. The inkjet cartridge consumeable cannot be exposed to the atmosphese for prolong periods. CHAPTER I. GENERAL DESCRIPTION [I] SPECIFICATIONS Applicable telephone line: Effective scanning width: 210 mm max. Public switched telephone network/ PBX Automatic document feeder: Standard (20 sheets max.) Compatibility: IN-TS (CCITT) G3 mode Halftone (grey scale): Standard (64 levels) conflguratlon: Hatfduplex, desktop transceiver contrast control: AutornatkYDark selectable Compression scheme: ModlIed Huffman and Sharp special mode. Scanning method: Flat-bed, solid-state CCD Reeollltlon: Horizontal: 8 lines/mm Vertical: Standard - 3.85 lines/mm Fine/Hatftone - 7.7 lines/mm i Recording system: Copy function: Standard Telephone function: Standard Power requirements: 230-240VAC,5OHz Operating temperature: 5 to 35°C Recommend temperate: 15 to 35% Power consumption: Stand-by: 13 W Transmission: 20 W Reception: 23 W copy: 34 w Dimensions: (Wiiout attachment) Width: 393 mm Depth: 285 mm Height 212 mm Weight: Approx. (without attachments) 6.9 kg (cannot be used if power fails) Thermal ink jet recordin@Plain bond paper Display: 7 x 5 dots, 1 line by 16digit display Reception modes: Auto/Manual/Answering machine Modemspeed: 9600 bps with automatic fallback to 7200,4600, or 2400 bps Transmission time’ : Approx. 15 seconds (Sharp spsclal mode) Effective recording width: 203 mm (average) Input document size: Automatic feeding: Width - 148to216mm Length - 128 to 279 mm Manual feeding: width - 148to216mm Length - 128 to 1000 mm Options: Option memory upgrade PWB FO-1MD: 4Mbit DRAM (4bit x 1M) -- Ppoe. FO-PMD (Not recommended) X Based on ITU-TS (CCITT) Test Chart #i at standard resolution in Sharp special mode, excluding time for protocol signals (i.e., ITUTS phase C time only). TTO avoid problems with supplies, plases don’t use supplies from other units. Please use new supplies, when supply changes are reC@ed. l - l FO-3700A L-Z---'*' [2] A look at the machine Adjustable document guide When transmittfng or copying a document, set these guides to the width of the document. Handset Use the handset for ordinary telephone conversations or to listen for fax connection tones. fwceived document tray Original document In tray Operation panel 01 copied are placed face down Original document out tray :’ \ Operation panel knob Pull this knob to open the operation panel. / Paper tray Speaker The dial tone is heard from here when the SPEAKER ed before dialing. POWER switch Handset jack The handset cord is Power cord Extension telephone jack P- SET) An extension telephone or answering machine line can be inserted into this jack. Use this to set the fax machine to the type of telephone line you are On. (TEL. UNE) The telephone line is inserted into this jack. selector l-2 control FO-3700A [3] Operation Panel Document rollers These move the document through the machine during scanning. Document rollers Ink cartridge This scans the document for transmission and copying. Liquid crystal display Displays various messages during operation and programming. SPEED DIAL kei Press this key to dial a Speed Dial number. \ \ RESOLUTION key Use this key to adjust the resolution and contrast for REDIAL key Use this key to automaticallv redial the \ last number dialled. \ Also used as the PBX Recall “R” key after pressing HOLD key. MEMORY key Use this key to store a scanned document in memory before transmitting it. / RECEPTlON MODE key Use this key to select the mode of reception. FUNCllON key Use this key to select various special functions. * Prompts indicating selections will appear on the display. - Rapid Keys Use these keys to dial fax and voice numbers automatically. (Note that you must attach the Rapid Key labels.) Nurneric keys Use! these keys to dial and store numbers. HOLD key / Press thii key to put the other party on hold during a telephone conversation. Also used in conjunction with the REDIAL key for PBX Recall. / SPEAKER key Press this key to dial a number without picking up the handset. 1 iiiJfzL~;\ sTART,c~is%t!;y STOP key Press this key to stop operations before they are completed. l-3 Use this key to start transmission, reception, or copying. FO-3700A [4] Transmittable Documents 5. Automatic Document Feeder Capacity 1. Document Sizes Normal size _:’ width 148-216mm Number of pages that can be placed into the feeder at anytime is as follows: Normal size: max. 20 sheets (52 - 74.3 g/m2) Special size: single sheet only (manual feed) length 128-279mm NOTES: ._.- l When you need to send or copy more pages than the feeder limit, place additional pages in feeder when last page in feeder is being scanned. l Place additional pages carefully and gently in feeder. If force is used, double-feeding or a document jam may result. : 1OOOmm 6. Readable Width & Length The readable width and length of a document are slightly smaller than the actual document size. Note that characters or graphics outside the effective document scanning range will not be read. 128mm 148mm --e. 216mm [Normal size] 216mm [Special size] l Readable width 210 mm max. X With special sizes, only one sheet can be fed into the machine at a time. Insert next page into feeder as current page is being scanned. XX Use Document carrier sheet for smaller documents. 2. Paper Thickness & Weight Normal size _ ADF 15 sheets ADF 20 sheets I Special size Thickness 0.12 mm Weight 52 - 1049/m’ Thickness ( 0.06-0.09 mm Weiaht Thickness I 52 - 74.30/m2 / 0.12-0.20 mm Weight (52-157g/m* b l I 4mm Normal paper Documents handwritten in pencil (No. 2 lead or softer), fountain pen, ball point pen, or felt-tipped pen can be transmitted. Documents of normal contrast duplicated by a copying machine can also be transmitted. Readable length 4mm . Diazo copy (blueprint) Diazo copy documents of a normal contrast may be transmitted. l Carbon copy A carbon copy may be transmitted if its contrast is normal. 4. Cautions on TransmitMg Documents l Documents written in yellow, greenish yellow, or light blue ink cannot be transmitted. l Ink. glue, and correcting fluid on documents must be dry before the documents can be transmitted. l All clips, staples and pins must be removed from documents before transmission. l Patched (taped) documents should be copied first on a copier and then the copies used for transmission. l All documents should be fanned before insertion into the feeder to prevent possible double feeds. Readable length This is the length of the document sent minus 4 mm from the top and bottom edges. 3. Document Types l +I Readable width l-4 FO-3700A 7. Use of Document Carrier Sheet A document carder sheet must be used for the following documents. l Those with tears. l Those smaller than size 148 mm (W) x 128 mm (L). l Carbon-backed documents Ensure document is straight in the carrier. Place the document carrier in the document feeder with the clear film side down Direction of insertion NOTE: To transmit a carbon-backed document, insert a white sheet of paper between the carbon back of the document and the document carrier. l Those containing an easily separable writing substance (e.g., tracing paper written on with a soft, heavy lead pencil). NOTES: l When using the document carrier, carefully read the instructions written on the back. l If the document carrier is dirty, clean it with a soft, moist cloth, and then dry it before using for transmission. l Do not place more than one document in the carrier at a time. [5] Installation 1. Site selection Take the following points into consideration when selecting a site for this model. ENVIRONMENT l The machine must be installed on a level surface. l Keep the machine away from air conditioners, heaters, direct sunlight, and dust. l Provide easy access to the front, back, and sides of the machine. In particular, keep the area in front of the machine clear, or the original document may jam as it comes out after scanning. l The ambient temperature should be between 5’ and 35’C (Recommend temperate 15 to 35’C). _ _ l The humidity should be betweenJO% and 85% (without condensation). ELECTRICITY A230 - 240 V, 50 Hz, grounded (3-prong) AC outlet is required. Caution! l Connection to a power source other than that specified will cause damage to the equipment and is not covered under the warranty. l If your area experiences a high incidence of lightning or power surges, we recommend that you install a surge protector for the power and telephone lines. Surge protectors can be purchased at most telephone specialty stores. 1-5 FO-3700A --+c' 2. Unpacking Take the machine out of the box carefully, remove all packing material. Make sure you have all the items listed below. r a/Document carrier -Rapid key labels Original document out tray SyOperation manual Received document tray Gy Warranty card Handset - Handset cord. \Machine 3. Installing the print cartridge @I Gently remove the tape covering the nozzles on the print cartridge. @ Pull the operation panel knob on the right side of the machine forward, and open the operation panel. l Be careful not to touch the copper ribbon or the ink nozzles, and do not allow them to touch any surface or object. (Skin oil and dust can cause poor print quality.) 0 Open the print cartridge container. Grasp the print cartridge by the green arrow and remove it from the container. @ Insert the print cartridge into the cradle with the green arrow on the cartridge top pointing to the green dot on the top of the cradle. l-6 FO-3700A @ Push the green arrow forward toward the green dot, ‘snapping’ the cartddge into place. @ Mount the paper tray. l Slide the tray in as shown until it clicks into place. @ Mount the original document out tray. @ Close the operation panel. 4. Assembly and connections l Insert the small modular plug which terminates the FOBOTP adaptor line cord into the jack on the back of the machine marked TEL. LINE. Plug the F080TP adaptor into the telephone jack on the wall. i @ Connect the handset cord to the handset and the machine as shown. l Place the original document out tray on the paper tray. Slide it in or out to fit the length of the original. The ends of the handset cord are identical, so they will go into either jack. Place the handset on the handset rest. Plug the power cord into a 230 - 240 V, grounded (9prong) AC outlet. Press the power switch to turn on the power. @ Mount the original document tray. l Hold the tray vertically, bend it slightly at the center, and insert the tabs into the holes on the top of the machine as shown. Adjust the volume switches on the left side of the machine: l RINGING VOLUME: Set the switch at high (H), medium (M), or low (L) as desired. l Set the mode of dialing with the DIAL switch. Select 7” if you are on a touch-tone line, or “P” if you are on a pulse dial (rotary) line. . Be sure to make the correct setting, or you will not be able to make a call. 0 Mount the received document tray. l l SPEAKER VOLUME: Adjust the setting from high (H) to low (L) as desired. Insert the tabs on the tray into the holes on the back of the machine. . WARNING NOTICE: For all units installed in New Zealand, If desired, flip the tray extender out. only the T setting for tone dialing is permitted. The P setting for pulse dialing does not operate properly and must not be used. 1-7 P FO-3700A 5. Loading printing paper --+s @ Insert the paper into the tray, print side up. Selecting paper l Make sure it fits squarely against the inside of the machine. The inkjet printer in your FO-3700 is designed to work well with most types of plain paper. Bond paper generally produces the best results, and plain paper manufactured for high-quality photocopying is also good. However, variation in paper composition may significantly affect print quality, and you should therefore test paper (printing on both sides) before purchasing large quantities to be assured of the quality you desire. Size and weight A4 size paper from 60 to 90 g/m* can be used. Printing side @ Push the tray extender back in. Plain paper has a ‘print’ side which should be used to obtain the best print quality. The print side is not visible to the naked eye, so check the label on the end of the package before removing the paper. The print side will be indicated by an arrow, symbol, or wording. Remove the number of sheets you wish to use from the package, and load them in the paper tray print side up as described below. Note: Do not use paper which is folded, curled, or tom, as it may jam in the prfnter. l Make sure it fits snugly against the paper. Loading paper A maximum of 100 sheets of paper can be loaded in the paper tray. Note: Do not remove the paper tray from the machine to load paper (if the tray is not correctly in the machine when paper is loaded, the paper sensor will not be able to detect the paper). @ Replace the original document out tray. @ Remove the original document out tray. About the printable area The area of the page on which the FO-3700 can print is slightly smaller than the page itself. The following dimensions are averages, and there may be slight deviation from these dimensions depending on how the paper is loaded in the tray. @ Pull the tray extender out slightly. Printing width: 203 mm Printing length: The length of the page minus 1.5 mm from the top, and 12 mm from the bottom. The FO-3700 has been set at the factory to automatically reduce the size of received documents to 92%. This can be configured for 100% reception by user switch. This ensures that data at the extreme edges of A4 size documents is not lost. Note: @ Fan the paper, and then tap the edge against a flat surface to even the stack. l-8 If you receive a document which is too long to be printed on one sheet of paper, the remainder will be printed on a second paw. [6] Quick reference guide Use this guide as a convenient reminder for operating the machine after you have read the detailed instructions for each procedure in the manual. r-----------Y Note: Steps which are optional are enclosed in a dotted frame: i Operations using the FUNCTION key 3 The following chart shows how to access FUNCTION key operations. Once you have accessed $ 8 the desired operation, follow the instructions which appear in the display. * L----.------l Answering machine settings Transmitting documents I _-__--_ Normal Dialling Load + j =‘a”- j + document : 0 : ,-_._---_I 0 + # o r YC ‘To 0 Printing out lists ress until desired item appears) 3 Wait for reception tone s,ARTlcw” Load + i RE80LuTyxI i + Dial (press + numeric keys) document :o: ,__--____I ____---__ Entry mode settings Setting User Switches Load + i “wwm~ j + Press Rapid document : 0 : Key Relay _-___..-_ LOad j)-REMlmjjSPEEDDLU document 10: 0 1_-_____-1 Broadcasting Enter Speed Dial srIRrzw” + number (press 2 + numeric keys) Request ress until desired item appears) ( ress until desired item appears) Multi-copying YfxD Redialling Load document Making voice calls Normal Diailing Lift handset if + Dial (press -3 you pressed numeric keys) SPEAKER press &AKER Rapid Key Dialling Lift handset + press Rap’d or Key press SPEAKER Speed Dlalllng Lift handset if Lift handset Enter Speed Dial number + you pressed -3-o”+ or (press 2 numeric keys) SPEAKER press SPEAKER Lift handset Redialling 77 -b Lift handset 0 Timer operations Lift handset - - - _ _ - _ (Press until desired itemappears) Lift handset if + you pressed SPEAKER FO-3700A .I- -* 2. Settings CHAPTER 2. ADJUSTMENTS (1) Telephone/Fax setting Perform the following adjustments and settings for the telephone and facsimile functions. [l] Adjustments a) Ringing volume The desired telephone ring volume can be selected from among three levels: high, middle, and low. General The following adjustments and settings are provided for this model, make adjustments and/or settings as necessary. b) Speaker volume When the SPEAKER key is pressed, the speaker volume is adjusted with this control. 1;. Adjustments c) Dial mode selector (tine selector) Select P(Pulse) or T(Tone) according to the type of the telephone line. P: Pulse dial telephone mode (10 PPS) T: Tonedial tone telephone mode (Tone) Adjustments of output voltage (FACTORY ONLY) 1: Install the power supply unit in the machine. 2: Set the recording paper and document. 3. When the document is loaded, power is supplied to the output 1 lines. Confirm that outputs are within the limits below. Output voltage settings I Output Voltage limits I -12v (+24V) Foctoryad None I -12.6V - -11.4V None 4.75V - 5.25V None 1 -23.3V - 24.7V VRI _ +5v VM 1 11.4V - 12.6V +12v 1 .~ ’ (Top view) ‘1.. .- ‘: 3 . IC p r o t e c t o r s replacement : ICPs (IC Protectors) are installed to protect the motor.driver circuit. ICPs protect various ICs and electronic circuits from an overcurrent. : The location of ICPs is shown below: ConnectorNo. _ CNPW Pin No. 1 2 MG 3 i24V 4 +24V 5 DG 6 +5v 7 AG 6 +12v 9 -12v 1 I MG CNCCD (1) Fl (ICP-20) is installed in order to protect IC’s from an overcurrent generated in the motor drive circuit. If Fl is open, replace it with a new one. In addition to the replacement of Fl, the factor causing Fl to open must also be repaired. If not, Fl will open again. Replacement parts ICP-N20 (Sharp code: VHVICPNZOI1) Fig. 1 2- FO-3700A ** [2] Diagnostics and service soft switches The result of the machine check is given by a number of beeps, and the total result is given by printing the ‘ROM & RAM CHECK TABLE’ list. 1. Diagnostics description number of beeps (1) Entering the diagnostic mode 1 0 beep Press the keys in the following sequence )m]+a-+a+@ +@+m, and the following display will appear. 1 NO ERROR ROM1 :m (This code is ROM version name.) Then press the ‘START/COPY’ key. Select the desired item by pressing mar key or rapid key. Press the LSTARTIC~PY 1 key to go into the selected diagnostic mode. r6 q beeps 1~ DRAM ERROR (opti I *tt~.*~~tt*t**ttt.tt*~*****..***.***~*****.**””******..**~.**..*..~* l . (2) Diagnostic items l l Ral4lwlc5cx~ l l -MUI- . PLW VW.. -0x . PCMB l WAN-ox l l Drwl-w * l OPRWDW(=POSElDP l l . l l -PP.nmrR- l Rml -OK . RAN -011 vru. l AoO.58 l l 06 1 PANEL CHECK MODE 07 1 CHECK PAlTERN 0 8 1 PROOlJCTtiHECK 09 ( SIGNALSEND MODE OK normal 1 The ink is missing. OUT OF INK 04 AUTO FEEDER MODE Used to check auto feed function by inserting and ejecting documents. Place documents in the hopper before entering this mode. then press the 1sTART/copy[ key to start the test. As the document sensor is actuated, the document size is displayed. (3) Description of diagnostic items 01 SOFT SWITCH MODE Used to change the soft switch settings. After setting soft switch 22, the following display will appear. [PRINT SFTSW LIST] and 11: YES OTHER: NO] 05 AGING MODE Then ‘SOFT SWITCH TABLE’ list is printed by pressinga key. ..****t~*.*...*.........*.**.*******~~.*.*.*.*~**.***.**.~~***.~**** l If a document is placed in the hopper, a copy is taken first. If no document is present, a sheet of test patterns is printed out every 60 minutes. (Total 10 sheets) l . l 6oPT6wIfcpTABm . wo1-00000010 sn1-00000110 . l mlO2-00001000 l l wo340000000 6wl240000000 5*1340010000 . mo4-00000000 sm4-00000001 l l sm5-00000100 811540000010 t l 8*0640000101 wl6-10001000 l . slm7-00001100 sll7-00000000 l l 8*06-01010010 wlsl10010010 l l 810940001000 wl9-00010000 l . sm0-00000000 w20-10000000 . 91 . l 6 t 06 l *****tt**t.*t.t**.**..***~**.***..***.*..*.******.*~...****.**..*.*. l l l .*.**.*..t***..***.~*.*.**.*...~*.*.*********..***~.***.***.*****.** 02 AU BLACK PRINT Used to check the printer head. All black pattern printable area of page is printed. 03 PANEL CHECK MODE Used to check proper key operation, Each key entry is displayed on the LCD. The test results will be also printed. ROM & RAM CHECK Used to check the program ROM and the work RAM area of the machine and the printer, and check the status of the printer. The ROM check is used for ROM, and a read/write matching test is used for the RAM. PAlULCEEClSLI6T 2 3 7 6 l 4 9 l o l 6PxaKrx : PXSO~IW SO-DPOLLIn RXDIAL ItDmlx l 6TArwcoPY P.xcsP’p1044 PwcTIw 01 l 03 05 06 l 06 04 09 14 19 10 11 15 16 20 6mP l 13 l 16 l l 5 * l SOLD PNJl 02 07 12 17 l . l l . t . l ADTO’ PNmLaucxox l .*.**.***..~.*..*.t.~...****.~*.****~.**.~..~~*.*.*..*~*****..****.. 2-2 l . -‘- . FO-3700A 10 MEMORY CLEAR Used to clear the memory. The soft switches and the user switches will be set to initial states. The following will be printed. 07 CHECK PATTERN Used to check the nozzles of the print head. The following pattern is printed out on the sheet, A total of two sheets will be produced. @ Frame line: The frame line shows the print area of a page. The horizontal ruled line at the lower end is specified with soft SW 18 bit 3. 4, and 5. Q Nozzle test: The pattern is used to check for a clog in the 46 nozzles of the print head. 11 FACTORY USE ONLY 12 FSK SEND MODE Delivers various signals of 300bps in the following data pattern at the level set by the soft switch. ooooo+ 11111~010101+11110+00001 @I Vertical stripes 1 13.14. Diag #13, #14 are used together. @ Vertical stripes 2 1. Press the Start key on the receive data unit first then the send unit. @ Light grey @ All-black block: Three all-black blocks for checking print density 13 8 All white @ Paper feed accuracy check pattern: Used to check eccentricity of the paper feed motor. 08 ENTRY DATA SEND Used to send the data registered in memory by signals of 2400bps, and copy the registering contents. Registering contents [l] rapid number [2] speed number [3] the contents registered in the entry mode !(But date & time is excluded.) [4] relay tx data [5] soft switch settings PfloDucTcHEc~ (Diags, 07,06, and 03 take place in succession) Used to carry out the CHECK PATTERN, PANEL CHECK MODE, and ROM & RAM CHECK CAPITAL CETIERS successively. 09 SIGNAL SEND MODE Pressing the [START/COPY 1 key after entering this mode will transmit modem signals out of the TEL Line, in the following order. Used to check the modem. (Monitor from (This is also audible from the speaker of the machine) the TEL line socket to check signals.) [l] [2] [3] (41 (51 (61 (7 [a] [9] .____a No signal (CML signal turn on) 9600bps(V.29) 7200bps(V.29) 4600bps(V.27ter) 24OObps(V.27ter) 3OObps(FlAG) 21 OOHz(CED) 11 OOHz(CNG) PSEVDC RINGER 2-3 14 ENTRY DATA RCV. This mode is the reception mode of ENTRY DATA SEND. The received data is registered in the memory, and ‘TELEPHONE LIST’, ‘PASSCODE LIST’. ‘USER SWITCH LIST’. ‘SOFT SWITCH LIST’ are printed. 15 TEL. NUMBER SET The TEL number and name registered in rapid number 01 can be copied to all rapid numbers. The first 3 characters of the copied name is changed such as ‘R02’. Additionafly, the TEL number and name registered in speed number 01 can be copied to all speed numbers. The first 3 characters of the copied name is changed such as ‘SO2’. 16 CCD ADJUST MODE Used to execute copy operation. When the [m) key is pressed, the unit goes into the waft state to adjust the CCD line alignment. When the START/COPY key is pressed again, the copy operation is resumed. 17 PAPER EXIT MODE Used to check the recording paper feed function by inserting and ejecting recording paper. This mode will continue until recording paper is out, or the lm key is pressed. 18 PRINTER SELF TEST Used to check the state of the printer. This the check prints the check pattern provided by the printer driver. 19 INK TEST MODE Used to check the state of the printer. A check pattern as with diagnostic 07 is produced when this mode is entered. FO-3700A I- .0* 2. Soft switch description Soft switch list ;W JO. Bit No. 1 Switch setting and function Item Line density choice 1 0 ) STANDARD FINE fax automatic switching S W 3 registration 4 Total communication hours and pages print 5 Reserved 6 Reserved 7 CSI transmission a Communication error treatment 0 switching to fax only 0 Yes NO - - Not transmitted Not transmission error d standard contrast Halftone contrast control Halftone MTF correction 2-4 Default transmitted Transmission error 0 0 0 0 Note USER FO-3700A .,---+ 8 4 No. =5 6 Mode signal transmission level 2 7 1 a (Binary) (Bit No.) ON (OVER -16dBm) r of Busy tone detection 5 Reduce of copy and manual 6 receive 7 a Reduce of auto receive No.5 0 0 92 % 91 % No.6 footer off footer on No.7 0 0 No.8 2-5 0 1 100% 100% 0 1 0 0 SWITCH USER SWITCH 0 0 FO-3700A DTMF detection time 8 4 2 1 (Binary) on number of times PAlTERN 2-6 FO-3700A 128 64 32 16 8 4 2 1 2 3 4 5 6 7 8 No. = 1 2 3 4 (Bit No.) 8 4 No.=5 8 2 7 1 (Binary) 8 (BitNo.) -- (Binary) (BitNo.) Soft switch setup Soft swftch settings stored in memory can be changed by entering data from the keyboard. SW1 through SW20 constitutes soft switches. See the soft switch listing on page 2-4 and 2-7 for the function of SW1 through SW20 settings. Make settings in the same way as for SW2. Proceed to the settings of SW3 to SW20 in the same manner When the cursor is on SW20 data No.8 position as shown below, press the 9’ key to finalize all settings. Bit No. How to make soft switch set&ings Display To enter the softswitch mode, make the following key entries in sequence. ‘FUNCTION’, V, ‘*‘, ‘8’, ‘#‘, ‘7’. ‘START/COPY’, ‘START/COPY’ SW1 bii No.1 through No.8 will be displayed. Bit No. Display 1 SW01 1 = 2 0 3 0 4 0 5 0 0 6 0 7 1 1 3 4 5 6 7 8 Soft switch functional description Press the ‘#. or •3~’ key and bring the cursor (blinking pointer) to the bii No. which is to be changed. (The ‘#’ key moves the cursor to the right, and the ‘*’ key to the left.) Press the FUNCTION key to change the setting between 1 and 0. When the cursor is on data No.8 position, press the V’ key to display SW2 data No.1 through No.8. pressing the START/COPY button shifts cursor to the next soft switch DiplaY 2 To finish the settings halfway between SW1 and SW20, press the STOP key. in this case, the setting being performed to the SW No. on display will be nullified while settings perfomted to the preceding SW Nos. remain in effect. 8 0 1 SW20 = , 0 0 0 0 0 0 .$#g SW1 No.1 Line density choice Bit No. 1 2 3 4 5 6 7 8 Used to set the transmission mode which is automatically selected when the MODE key is not pressed. In copy mode, however, the fine mode is automatically selected unless the MODE key is manually set to another mode. 0: Standard 1: Fine default: 0 swo2= 0 0 0 0 1 0 0 0 SW1 No.2.3 Resewed Set to ‘0’. 2-7 FO-3700A ._- SW1 No.4 Activity report print SW3 No.2 Footer print This soft switch is used to select; whether or not to print out the activity report when the memory is full. An activity report can be printed when the foilowing key entry command is made. ‘FUNCTION’, ‘2’. ‘#‘, ‘START/COPY After producing the activity report, all the data in the memory will be cleared. When the switch function is set to ‘0’ (NO), the data in the memory will be deleted from the oldest as it reaches the maximum memory capadty. 0: NO (first data lost when memory is full) 1: YES (when memory is full) default 0 When set to ‘l’, the date of reception, the sender’s machine No., and the page Noare automatically recorded at the end of reception. 0: off 1: On Default: 1 SW3 No.3 Sender’s phone number registration Used to make a choice of whether the registered sender’s phone number can be changed or not. If the switch is set to ‘l’, new registration of the senders phone number is disabled to prevent accidental wrong input. 0 : canbechanged 1: cannot be changed Default: 0 SW1 No.5 - 5 Reserved Set to ‘0’. SW3 No.4 Total communication hours and pages print Used to make a choice of whether the total communication time and pages are recorded in the activity report. 0: Yes 1: No Default: 0 SW1 No.7 Raserved Set to ‘I’. SW1 No.8 Automatic switching mode This soft switch is used to set the auto tek%x select mode or to set the normal fax mode. 0: Switching to fax only 1: TEL/FAX automatic switching Default: 0 i SW2 No.1 Resewed Set to ‘0’. SW3 No.5,8 Resewed Set to ‘0’. SW3 No.7 CSI transmission CSI signal contains the sender’s phone number registered in the machine. 0: Transmitted 1: Not transmitted Default: 0 i SW2 No.2 Reception 4888 BPS fixed When line conditions warrant that the reception take place at 4900 BPS repeatedly. It may improve the success of reception to start at 4900 BPS. This improves the receiving document quality and reduces handshake time due to fallback during training. 0: NO 1: YES Default: 0 SW3 No.8 Communication error treatment (reception) in RTN sending Used to determine communication error treatment when RTN is sent by occurrence of a received image error in 63 reception. When it is set to ‘l’, communication error is judged as no error. 0: Transmission error 1: Not transmission error Default: 0 SW2 No.3 Reserved Set to ‘0’. SW2 No.4 CED tone-signal interval For international communication, the 219OHz CED tone may act as an echo suppresser switch, causing a communication problem. Though this soft switch is normally set to ‘o’, it should be set to ‘1’ so as to change the timer between CED tone and DIS signal from 75ms to 500ms to eliminate the communication problem caused by echo. 0: 75 ms 1: 5ooms Default: 0 SW4 No.1 Protocol Monitor 1 If set to ‘1’. protocol is printed at communication error. 0: off 1: On Default: 0 SW4 No.2 Dialing pause The length of the pause inserted between telephone numbers of direct dial contraction. can be adjusted. Selection of 4 set or 2 set pause is available. 0 : 2smds 1 : 4seconds Default: 0 SW2 No.5 Line equaber Used to set the Line equalizer function. On --f 7.2kn-1 --a Off-tOh 0 : Off-tOkm 1 : On47.2km Default: 1 SW4 No.3 Reserved Set to ‘0’. SW4 No.4 NSF receive acknowladge in G3 transmit mode Used to make a choice of whether reception of NSF (DIS) is acknowledged after receiving two NSFs (DISs) or receiving one NSF (two DISs). It may be useful for overseas communication to avoid an echo suppresser problem, if set to 1 0: 1 for NSF reception, 2 for DIS reception 1 : 2times Default: 0 SW2 No.8 - 7 Reserved Set to ‘0’. SW2 No.8 ‘NOZZLE CLOGGED’ display select You can select whether the prompt ‘NOZZLE CLOGGED’ is displayed or not when nozzie on the printer cartridge dogged. 0: Not display 1 : Display Default: 0 SW4 No.5 Non-modulation carrier in V29 transmission moda SW3 No.1 MAXpage length for transmit, receive and copy Used to set the maximum page length. To avoid possible paper jam, the page length is non-rally limited to 1 meter for copy or transmit, and 1.5 metres for receive. It is possible to set it to ‘No limir to transmit a-long document, such as a computer print from, etc. (In this case, the receiver must also be set to no limit.) 0: 1 m max. for copy and trensmit, 1,5m max. for receive (std) 1: No limit Default: 0 Though transmission of non-modulated carrier is not required for transmission by the V29 modem according to the CCITT Recommendation, it may be pemritted to send non-modulation carder before the image signal to avoid an echo suppresser problem. It may be useful for overseas communication to avoid an echo suppresser problem, if set to 1. 0: No 1: Yes Default: 0 2-8 4, SW16 No.1 Number of CNG signal detection at the TEUFAX automatic switching mode I. i ! Used for detection of CNG in one or two pulses in the TEL/FAX automatic switching mode 0: Once 1: Twice Default: 1 8 Modem speed m mtine the initial modem speed. The default is 9600bps. &essary to program it to a slower speed when frequent ’ is encountered, in order to save the time required for SW1 6 No.2 - 4 Reserved Set to ‘0’. Ad ‘J29 GBPS 72OOBPS . V27ter 489OBPS :: 249OBPS -it. o w l SW16 No.5 Time format Choice is made for the format of time display 0: 12 hours mode (AM/PM) 1: 24hoursmode Default: 1 SWIG No.8,7 Date format j No.1 DTMF 3 digits at remote reception J to make a choice of whether to use the 3 digits code or 2 digits Used to set entry of date into activity report and LED format according to specifications of country. 00: day/month/year 01: month/day/year 10: year/month/day 11: year/month/day (Japan mode: month is not English) Default: 00 e for remote receive. 0 : N o On+CO+ 1 : Y e s l*+lOn 5+++503c ,efault 0 : sx49on 1W15 No.2 DTMF datection cycle/off time -,\,’ Used to choose the cycle time and off time. - ’ Normally set to ‘0’. When the DTMF signal not detected, You c;an set to ‘1’. The DTMF detection is shortened. 0: Cycle time 93ms SW1 6 No.8 Vertical resolution / Used to set the Vertical resolution. 0: 300 dpi 1: 7.7 line/mm Default: 0 Off time 28ms 1 : Cycletime58ms Off time 8rns 1 Default: 0 SW1 7 No.1 - 8 Off hook hold Used to set ‘Off hook hold’ time by binary input. 00000000: 0 second SW15 No.3 A.M mode CNG detecting 11111111: 255seconds Default: 00000000 Choke is made whether the CNG signal is not detected in A.M (Answering machine) mode. 0: Yes 1: No Default: 0 SW18 No.1 Cut off mode (Copy mode) When in copy, if the scanned data is out of the range of recording, the operator has one of the choices below using the switch. 0: Continue: Data is printed onto the next page. Data scanned out of the limit is cut off. 1 : Cutoff: Default: 1 SW15 No.4 Protection from echo Used to protect from echo in reception. 0: No 1: Yes Default: 0 SW18 No.2 Cut off mode (Corn. mode) When receiving, if the data is out of the range of recording, the operator has one of the choices below using the switch. 0: Continue 1: cutoff Default: 0 SW15 No.5 CNG detection time (Lower limit) Used to determine the lower limit of CNG detect time. 0: ON 325rns OFF 2450ms 1 : ON225ms OFF 215Orns Default: 0 SW18 No.3,4 Paper select -- Used to set the media size. (Letter /A4 / Legal) check pattern only 00: Letter size 01: A4 10: Legal Default: 01 SW15 No.8 CNG detection time (Upper limit) Used to determine the upper limit of CNG detect time. 0: ON 675ms OFF 3559rns 1 : ON775ms OFF 3859rns Default: 0 SW18 No.5 Extended print area Used to choose of extended print area enable or disable. 0: Disable 1: Enable Default: 0 SW15 No.7,8 Number of CNG signal detection In AA mode Used for detection of CNG in 1 - 4 pulses in answering machine mode. 00: 1 time 01: 2 times 10: 3times 11: 4tklles Default: 10 SW18 No.6 - 8 Vertical scale method Used to choose of Vertical scale method. Method used to create the additional rows needed to provide the proper vertical size. 099: Blank rows 001: Duplicate last row 010: Smoothing 011: Constant line density (Duplication) 196: Constant line density (Smoothing) Default: 010 2-11 FO-3700A Blank rows Duplicate last row Smoothing Constant line density using duplication 0x03 Constant line density using smoothing 0 x 04 SW19 No.1 - 4 Number of rings for auto receive 0000: 0001: 3. 1001: Default: When the machine is set in the auto receive mode, the number of rings before answer is made can-e selected. It may be set from one to nine rings using a binary number. Since the facsimile telephone could be used as an ordinary telephone if the handset is taken off the hook before connection is made to the facsimile while ringing, it should be programmed to the user’s choice. If a facsimile calling beep is heard when the handset is taken off the hook, press the START/COPY key and put the handset on the hook to have the facsimile start receiving. If it is set to above 9, receive rings are automatically set to 1. 0001: 1 time I 1001: 9 times Default: 0001 9 times 0000 SW20 No.1 - 4 Dummy ringer transmission level (dB) Pseude-ringer sending level setting OdBm - -15dBm. 0000: OdBm L 1111: -15dB Default: 1000 (-8dBm) SW20 No.5 - 8 Reserved Set to ‘0’. SW20 No.7 Remote operation auto disable SW19 No.5 - 8 Automatic Switching from manual to auto receive mode Choice is made to after how many rings in the manual receive mode it should be automaticaily changed to the facsimile answer mode or remain in the manual receive mode. Entering a binary number 0 will force the machine to remain in the manual answer mode. If a number between 1 and 9 is entered, the machine will go into the answer mode after the given number of rings. However, it can be used as an ordinary telephone if the handset is taken off the hook before this programmed number has elapsed. Entry of a number above 9 will set the machine to 0. Does not change 1 times Selection of remote operation (5, *) inhibition after passing a certain time from reception of Remote operation auto disable. 0: Not inhibited. 1: Inhibited automatically after 7 sec. Default: 0 SW20 No.8 Reserved Set to ‘0’. 2-12 [3] TROUBLE SHOOTING Refer to the following actions to troubleshoot any of problems mentioned in l-6. 111 A communication error evoked. [2] Image distortion produced. [3] Unable to do overseas communication [4] Communication speed slow liable to failback. l Increase the transmission level SOFT SWITCH 7-5 6 7 8 Can be used in case [1] [2] [3] l Decrease the transmission level SOFT SWITCH 7-5 6 7 8 Can be used in case [3] * -** Facsimile communication problem From: Mr. l Apply line equalization SOFT SWITCH 2-5 Can be used in all cases. l Slow down the transmission speed SOFT SWITCH 14-5 6 7 8 Can be used in case [2] [3] l Replace the LIU PWB. Can be used in all cases. l Replace the control PWB. Can be used in all cases. If transmission problems still exist on the machine, use the following format and check the related matters. \ Ref.No.: ___-----___-------__---------. Date: Fax Tel No.: Our customer Tel No. Name ________________--______________________-------------------------------------------------------------Fax No. Address _________________-______________________-------------------------------------------------------------Model name Contact person Other party Tel No. Name ___--___________________________________-------------------------------------------------------------Fax No. Address ________________________________________-------------------------------------------------------------Model name Contact person Problem mode Mode: Line: Domestic / international Reception /Transmission G3 Phase: A. 8. C. D. Automatic reception / Manual reception Automatic dialling /Manual dialling / Others % Frequency: Confirmation item ROM version: Our customer Other party e Al A2 Bl B2 Cl C2 Dl D2 El E -___.---.---_--------_-------.__- - ----- tFji+f+z . Please mark problem with an X No problem is: 0 El E2 Our service * Other party’s service Transmission level setting is ( customer ) dB at our Transmission level ( ) dBm Reception level ( ) dBm By level meter at Bl and B2 Comment _-_______-_____-________________________-----------------------------------------------------------------------------Counter-measure rrease arracn me tin aara ana acnvny repon on proorem. ---- 2-13 Fe!!! [4] Error code table Transmission errors E-O Able to recognize handshake signal, but it has errors. E-i Cannot recognize the handshake signal from the receiver side. E-2 Line disconnected during transmission. E-3 Line disconnected after modem speed fall-back. E-4 tine disconnected during multi-page transmission. E-6 Cannot recognize the handshake signal for next page at receiver side. E-7 No response from receiver side or ‘disconnect sional’ is received at transmitter side. Reception errors 1 1 I E-O 1 Able to recoonize handshake sianal. but it has errors. E-l 1 Line disconnected during reception. E-2 1 Cannot recoanize the handshake sianal from the transmitter side. E-3 Cannot recognize the last handshake signal from the transmitter side. E-4 Cannot recognize the handshake signal for next page from the transmitter side in the case of mode change. E-5 Cannot recoonize the handshake sianal for next oaoe from the transmitter side. E-7 1 No response from transmitter or ‘disconnect signal’ is received at receiver side. i 2-14 I FO-3700A .-d-4. The hopper is used to align documents with the document guides adjusted to the paper width. CHAPTER 3. MECHANISM BLOCKS NOTE: Adjust the document guides before and after inserting the document. [I] General description 3-2. Automatic document feed 1. Document feed block and diagram 1) Use of the paper feed roller and separation rubber plate ensures error-free transport and separation of documents. The plate spring presses the document to the paper feed roller to assure smooth feeding of the document. Oocume ./Feed roller 2) Document separation method: Separation rubber plate -Feed roller(l) Separation rubber plate Paper feed Paper feed spring spring Feed roller hold .y Paper feed roller Fig. 3 Fig. 1 3-3. Documents applicable for automatic feed 2. Document feed operation 1) The document placed in the hopper actuates the front sensor. After one second, the pulse motor starts to drive the paper feed roller. The document is automatically taken up into the machine, and stopped at the original sensor. ~1 2) After a specified number of pulses are received from the document lead edge being sensed, scanning is started. 45kg ) 64.3kg 1 52glm’ 1 0.06mm 1 0.09mm 1 0.06mm 1 B6 (128mm x 182mm) A4 (210mm x 297mm). Letter (216mm 1 15 sheets. max. 1 Feeder caoacitv 45kg 1 90kg 1 529/m’ 1 Paper weight 0.06mm 1 0.12mm 1 0.06mm 1 Paper thickness (ref.) Paper size B6 (128mm x 182mm) A4 (210mm x 297mm). Letter (216mm 1 Paper quality 1 High quality paper or equivalent Paper weight Paper thickness (ref.) Paper size 3) When a specified number of pulses are received from the document rear edge being sensed, scanning is terminated and the document is fed through. 4) If the front sensor is active (i.e., another document is in the hopper), when the preceding document scanning is completed and and it is fed out, the next document is taken up into the machine. If the front sensor is not active (i.e., there is no document in the hopper), when the document is fed out, the operation is terminated. 74.3glm’ 0.09mm x 279mm) I 104g/m2 0.12mm x 279mm) I NOTE: Double-side coated documents and documents on facsimile recording paper should be inserted manually. The document feed quantity may be changed according to the document thickness. 3. Hopper mechanism 3-1. General view Documents corresponding to a paper weight heavier than 64.3kg (74.3g/&) and lighter than 135kg (1579/m*) are acceptable for manual feed. Documents heavier than 135kg in terms of the paper weight must be duplicated on a copier to make it operative in the facsimile. 3-4. Loading the documents 1) Make sure that the documents are of suitable size and thickness, and free from creases, folds, curis, wet glue, wet ink, clips, staples and pins. 2) Place documents face down in the hopper. i) Adjust the document guides to the document size. ii) Align the top edge of documents and gently place them into the hopper. The first page under the stack will be taken up by the feed roller to get ready for transmission. NOTES: Fig. 2 1) Curled edge of documents, if any, must be straightened out. 2) Do not load the documents of different sizes and/or thicknesses together. ?I- -m FO-3700A 5. Optical system Paper feed spring Last page of document I \j , Back of document \ Separation rubber plate 1 Paper feed (1) General view CCD LED Lamp G-&Glass _---_ Transmission roller /.’ ihi/ Paper feed roller r ‘-? Lens CCD PWB Fig. 4 / Mirror 1 3-5. Documents requiring use of document carrier Fig. 6 1) Documents smaller than B6 (128mm x 182mm). 2) Documents thinner than the thickness of 0.06mm. (2) Composition 3) Documents containing creases, folds, or curls, especially those whose surface is curled (maximum allowable curl is 5mm). The optical system is composed of the document feed mechanism, the lamp, the reflecting mirrors, the focusing lens, the CCD sensor, and the read process circuit. 4) Documents containing tears. 5) Carbon-backed documents. (Insert a white sheet of paper between the carbon back and the document carrier to avoid transfer i of carbon to the carder.) 5-l. Lamp The lamp is used to expose the document. 6) Documents containing an easily separable writing material (e.g., those written with a lead pencil). 5-2. Lens 7) Transparent documents. The lens is used to focus the light reflected from the document on the CCD elements. 8) Folded or glued documents. ; Document in document carrier should be inserted manually into the feeder. Mark \ 27 4. Document release 4-1 i Cross section view (RIGHT SIDE) Fig. 7 Release lever 5-3. CCD Upper document guide The CCD (charge coupled device) image sensor consists of a photodiode array which converts the intensity of light reflected from the document surface into a sertes of analog voltages which are then stored in an analog shift register. The series of analog voltages are then converted into a digital equivalent by a blackhhrhite binary logic circuit. (Example) Scan signal output waveform Peak Maximum document width, Fig. 5 216mm length Fig. 8 4-2. General 1) The minimum output from the CCD at the maximum scan width of document (216mm) must be more than 50% of the peak value. When the Release Lever is pulled by hand in the direction of arrow A, the latch is released and the upper document guide moves on its axis in the direction of the arrow. The feed rollers, the separation rubber plate, and the pinch rollers become free to make it possible to remove the document. 2) The peak output must be about 150mV under room temperature to avoid CCD saturation. 3-2 4 FO-3700A A.2 -' [2] Disassembly and assembly procedures l This chapter mainly describes the disassembly procedures. For the assembly procedures, reverse the disassembly procedures. l Easy and simple disassembly/assembly procedures of some parts and units are omitted. For disassembly and assembly of such parts and tinits, refer to the Parts List. l The numbers in the illustration, the parts list and the flowchart in a same section are common to each other. l To assure reliability of the product, the disassembly and the assembly procedures should be performed carefully and deliberately. I I 1 Parts list (Fig. 1) Control PWB, Power unit No. 1 Part name 1 1 Lower cabinet 2 Screw (3 x 10) a. Remove the AC cord, the power unit, the control PWB, and the LIU PWB according to the flow chart. Y1 1 I 11 9 12 Part name IA1:rnrd .._“_.I Screw (3 x 6) Screw Discharge Printer grounding (3 brush grounding 5) x cable cable 1 151314 Screw Connector Power x (3 unit 8) 6 7 8 Connector Bottom plate ass’y (with PWB) Screw (4 x 6) 1 1 16 17 18 18 10 17 19 11 912 16 13 114 815 AC 9 connector 10 grounding cable ? I 63 I 453 Ql 0” 4 1 Q’ly 1 No. 1 Screw(3 x5) Connector Control PWB 111 1 1 20 19 ILIUPWB Bottom 1 plate I Q’tv I 1 1 t-l I1 11 4 1 1 (I 11 i f-~ Enlargekent view A ,-h Lower cabinet square hole Fig. 1 [Note for assembly] 1. Insert connectors @J and @ securely. 3. When wiring, note the following points: 2. When setting AC cord @I, note the following points: l l l Before binding each cable, wind grounding cables @ and 0 around the core and insert the core into the square hole in the lower cabinet until the core is not seen from the outside as shown in the enlargement view. l Use two bands and two cord keeps for wiring, and fix with acetate tape to eliminate slack in the speaker cable. (Refer to the enlargement view.) For inserting angle of the AC cord bushing into the mounting angle, refer to the enlargement view of Fig. 1. Fix the AC cable above the AC cord with a screw. (Refer to the enlargement view.) 3-3 FO-3700A Parts list (Fig. 2) Original guide lower, paper feed roller, sensor lever ass’y, etc. 2 I Part name No. I Q’ty 1 1 1 Medium cabinet 1. Remove the original guide lower, the paper feed roller, the original sensor lever a&y, and the front sensor lever ass’y. 2 Screw (3 x 8) 3 Original guide lower ass’y 1 When removing original guide lower ass’y 0, be careful not to damage the front sensor lever. 4 Paper feed roller a&y 1 5 Original sensor lever ass’y 1 8 Front sensor lever ass’y 1 7 Screw (3 x 8) 2 8 Pinch pressure spring 2 / (Note) When attaching the original guide unit, \ be careful not to break it by making contaq with the front sensor lever. Original guide (lower) hole \ Front sensor lever Insert the cabinet paw1 into the original guide Original guide (lower) Front sensor lever attachment (Note) Be careful not to make contact between the sensor cable and the spring. J the Original sensor lever attachment When inserting the lever, S p r i n g push the spring as shown in the figure. [Note for assembly] 3. When attaching original guide lower ass’y 0, note the following points: 1. Be careful to the installing direction of pinch pressure spring @. 2. When attaching original sensor lever ass’y @ and front sensor lever ass’y @ to the sensor holder, refer to the enlarged view for the spring position and the attachment procedure. 3-4 l Check that the scanning glass is free from dust, finger prints, etc. l Be careful not to damage the front sensor lever. l Lock the four pawls and fit them with screws. 3 I. Parts list (Fig. 3) I Optical unit Remove the original guide lower ass’y, and the paper feed roller ass’y according to procedure 2-a. ). Remove the optical unit. :. Remove the scanning glass, the LED, and the mirror from the optical unit. \1/ 9 ) Mirrorholdingspring 1 2 1 Never disassemble the CCD PWB and the lens except when replacing. If they are disassembled, the optical unit adjustment must be performed. . Scanning glass disassembly Wind tape around (Left side) Disengage both edges of the f glass from the rib as shown in I the figure, and slide it to q+q remove. (if only one edge is disengaged, the other edge may be broken.) To disengage the right edge, slide the glass in the left side. bend the holding arm, and disengage from the rib. (Right side) Scanning glass 1 \\ aSensor cable 1 m the square hole.) No attachment Fig. 3 A APPLY rptical frame --JJ / screw [Note for assembly] 1. When attaching mirrors @ and 0, note the following points: l Be careful of the mirror surface direction as shown in the figure. 9 Be careful that the mirror surface is free from finger prints and dust. l After fixing mirror holding spring @I with a screw, apply screw lock to mirror 0 @ (2 positions). (Refer to the enlarged view.) 2. Arrange the LED and the CCD cable under the rib. (Refer to the enlarged view.) in the left side. 3. For attachment reference of dust-proof sheet @ and reflection sheet @, refer to the enlarged view. 3-5 _m FO-3700A 4 Parts list (Fig. 4) Drive system unit I 1 No. 1 Part name 1. Remove the PWB section (the control PWB, the LIU PWB, the power unit) according to procedure l-a, and remove the cable from the cord keep. 1. Remove scanner section @ in Fig. 4 from lower cabinet 0. Remove two pawls and one rib. (Refer to the enlarged view.) :. Remove the drive system unit and the transport roller. 0 6 Lock the paw1 in the groove in the shaft. ’ P ar ,,,-- Pass the panel cable medium cabinet i medium cabins theCCD cable cOre from the Insert the medium cabinet rib into the lower cabinet -7 CCD cable Motor cable (Pull out from the square hole.) Fig. 4 [Note for assembly] __ 1. When attaching drive motor @ to drive frame 6, be careful of the attaching direction. The connector PWB must be in the upper side. (Refer to Fig. 4.) l 4. When fixing scanner section 0 to the lower cabinet, attach two pawls and one rib to the lower cabinet securely. 2. When attaching reduction gears 8 and @,, note the following points: l Lock reduction gear a to the pawl of the mounting shaft. 3. For wiring, observe the notes in Fig. 4. Apply Molykote to the mounting shaft of drive frame @ reduction gear, and the teeth surfaces of reduction gears 0 and @I. 3-6 FO-3700A 5 dz-+' Parts list (Fig. 5) Upper cabinet section (Panel, hopper, etc.) a. Remove the scanner section from the lower cabinet according to procedures 4-a, b. b. Remove the upper cabinet section from the upper frame section, and remove the panel PWB, keys, and hoppers. Pass the panel cable between the ribs and connect the Dischame \ Cross section (A)-(A’) (b) Slightly press down the center portion of the LCD cable so that it bends down. Upper fcabin,et r i b & - /A ’ (a) Form the LCD cable so that it is in the right angle with the LCD PWB. (c) Check that the CCD cable is not in contact with the I Fig. 5 [Note for assembly] 1. When connecting panel cable 0, insert the white cable as shown in Fig. 5. l For wiring of the LCD cable, refer to the enlarged view. 3. For attaching direction of hopper spring a, refer to the enlarged view. 2. When attaching panel PWB 0, note the following points: l Check that the LCD installing section @I in Fig. 5) of upper cabinet @I and the glass surface of the LCD are free from dirt. 4. When attaching upper cabinet section @ to the upper frame a&y, put the upper frame ass’y rib under the upper cabinet rib. (Refer lo the enlarged view.) l When tightening screws @!I, be sure to tighten first. 5. For wiring of the panel cable, refer to the note in Fig. 5. q and q 3-7 FO-3700A 6 Parts list (Fig. 6) Upper frame section (original guide upper section) 1 1. Remove the scanner section from the lower cabinet according to procedures 4-a, b. Part name 12 Open/close spring 2 13 Transport roller ass’y 14 Screw (3 x 6) Q’ty 1 No. 1 ding cable 1 1 1 1 Q’ty 1 1 1 1 J. Remove me upper cabinet section from the upper frame section according to procedure 5-b. 7 1 Separation pressure sp Q I ca,..m+inn nrsce,,ra nk :. Remove the release lever, the original insertion guide, the pinch roller, and the transport roller from me upper frame section. 1 Insert the rib to eliminate slacks in cable A - I in this sequence. SWW ap$y “\ t (C) Section (A)7\ lower side.) fizfi Original insertion guide (10) attachment Insert ribs in sections ‘, W” -..v w-h < spring positioning hole. Fig. 6 [Note for assembly] For attaching direction of original insertion guide @, refer to the enlarged view. 1. When attaching paper feed spring @I, be careful not to scratch separation rubber plate @, and insert securely. (Refer to the enlarged view.) When attaching release lever 8, apply Molykote to the enlarged view section of Fig. 6, and attach release lever return spring @ as shown in the enlarged view. Be careful to the spring hook direction. 2. When attaching stopper plate @I, apply Molykote to the stopper SectiOn (referring to the enlarged view), and place the concave SectiOn in the front surface, and attach open/close spring @ as shown in Fig. 6. Be careful not to reverse me spring hook. For wiring of discharge brush grounding cable 0, refer enlarged view. 3-a to the 7 Parts list (Pig. 7) Ink jetter unit :Note> This section describes the procedures to remove the ink jetter section from the body. 1. Remove the scanner section from the lower cabinet according to procedures 4-1, b. 1. Remove the ink jetter unit, When removing the ink jetter unit from the lower cabinet, be careful not to hang the cables and connectors. 1 2 3 4 i Put the cable to the PWB side and Fix with tape. Acetate’tpe h 325 f 5 mm Square hole Wind the cable around the core two turns. Fig. 7 [Note for assembly] 1. For wiring of printer power cable @ and printer signal cable 8 and the core attaching position, refer to the enlarged view of Fig. 7. l Before attaching the ink jetter unit, pass the cables connected to the PWB section through the square hole and put them out. 2. Attach printer gr6unding cable a at the angle of 45 degrees. (Refer to Fig. 7.) l Be careful not to pinch the cables, and install the ink jetter unit to the positioning boss of the lower cabinet and fix it with a screw. 3. Note for attaching ink letter unit @ 3-9 FO-3700A CHAPTER 4. DIAGRAMS [I] Block diagram P 4-l [2] Wiring diagram l-i CNl IJP unit cN2 6 ,‘4 i== 0 6 I 1 I 00 WnQ.ar CNLJ lLJ CNPI w-7 CNPRT 20. P I N CCD PWB Power supply HOST External connection TEL Me 1 TEL/LlU PWB z !8I cl CNPW CNHIC . II Hooksw CNUU Speaker CNtU w 1: 4 M1 Control PWB XLIU ._ _ _ _ _ . [4] Connector signal name [l/2] Control PWB/Operation panel (DDK) 126A-05OP2B-L DFll-22DP-2DSA (MOLEX) 5532-30A operstim pmd ’ CNLCD 1 -LCD module 1 ppi$q P I VI CNDR is mounted only in the FCM700 (JST) B7B-PI-I-K-S (JST) BGB-PH-K-S I 1 I GND I I 12 I LD5 I 13 LLM 14 LO7 Connector signal name [2/2] TEULIU PWB (DDK) 128A-OSOP25L 1 CNLIU 1 (JSTl SSEPH-K-S lEl,u” Fw8 - Cc.“bol PWB (JST) SP-FJ P I 0) (JST) BBB-PH-K-R (JST) 628.P&K-R / (JSTI BPS-PH.KS i’ ? Y FO-3700A -_-I 3. Operational description CHAPTER 5. CIRCUIT DESCRIPTION Operational descriptions are given below: l Transmission When a document in loaded in the standby mode, the state of the document sensor is sensed via the gate array A. If the sensor signal was on, the motor is started to bring the document into the standby position. With depression of the START/copy key in the off-hook state, transmission takes place. Upon depression of the START/copy key, the CML relay is set active which switches the line from the telephone to the modem. Then, the procedure is sent out from the modem and the motor is rotated to move the document down to the scan line. In the Image processor (M66SSS), the signal scanned by CCD is sent to the internal AD converter to convert the analog signal into binary data. This binary data is transferred from the Image processor to the image buffer and encoded and stored in the transmit buffer of the DRAM. The data is then written to the modem according to interruption by the data transmission request signal from the modem. The modem madulates the code data and sends signals through the TEULIU PWB. l Receive operation There are two ways of starting reception, manual and automatic. Depression of the START/copy key in the off-hook mode in the case of the manual receive mode, or Cl signal detection by the LIU in the automatic receive mode, causes the CML relay to activate to initiate the receive operation. First the CPU controls the procedure signals from the modem to be ready to receive data. When the program goes into phase C, the serial data from the modem is stored in the receive buffer of the RAM. The data in the receive buffer is decoded software-wise to reproduce it as binary image data in the image buffer. The data is DMA transferred to the recording processor within the gate array A (F255011) which is then converted from parallel to serial form to be sent to the printer unit. The data is printed by the printer unit. l Copy operation To make a copy on this facsimile, the START/copy key is pressed when the machine is ready with a document on the document table and the telephone set is in the on-hook state. First, depression of the START/copy key advances the document to the first scan line. Similar to the transmitting operation, the image signal from the CCD is converted to a binary signal in the DMA mode via the Image Processor which is then sent to the image buffer of the RAM. Next, the data is transferred to the recording processor in the DMA mode to send the image data to the printer unit which is printed. The copying takes place as the operation is repeated. [l] Circuit description 1. General description The compact design of the control PWB is obtained by using two gate arrays and high density printing of surface mounting parts. Each PWB is independent according to its function as shown in Fig. 1. 2. PWB configuration P Power supply TEULIU PWB Control PWB To AC outlet 1L Fig. 1 PWB configuration 1) Control PWB The control PWB controls peripheral PWB’s, mechanical parts, transmission, and performs overall control of the unit. This machine employs a l-chip modem (R96DFXL) which is installed on the control PWB. 2) TELMU This PWB controls connection of.5 telephone line to the unit. 3) Power supply This provides voltages of +5V, f12V, and +24V to the control PWB and the Inkjet Printer. 4) Panel me panel allows input of the operation panel and LCD display. 5) Option memory board (FO-1 MD) This unit ls the use of an extend memory. If this unit is setted, the memory function is increased. 5-1 FO-3700A [2] Control PWB description 1. General description Fig. 2 shows the functional blocks of the control PWB, which is composed of 6 blocks. 1 I I I Fig. 2 Control PWB functional block diagram 2. Description of each block (1) Main control block The main control block is composed of an 8-bit microprocessor H D 6 4 1 8 0 , R O M (256KByte), SRAM (32KByte), a n d D R A M (640KByte). Devices are connected to the bus to control the whole unit. 1) HD64180 (IC4, main CPU) . . . pin-80 QFP This is a CMOS 8-bit microprocessor. A high-speed CPU (compatible with 280 upper class models) and peripheral functions are incorporated in one chip. This system allows the following functions. Memory Management Unit (MMU) DMA controller (2 channel); channel 0: For read data transfer channel 1: For print data transfer Timer Interruption; As external interrupt. m: Modem interrupt. m: Peripheral I/O control section interrupt. m RTC detection interrupt. Operating speed is 8MHz. In addition, 16MHz clock is internally generated with the ceramic oscilator. For reset when power is turned on, a LOW signal of about 200msec is supplied to RESET terminal. 2) 27CO20 (IC114, main ROM)$in-28 DIP EPROM of 2MKbit equipped with software for the main CPU. 3) pPD43257 (IC5): pin-28, SOP Line memory for the main CPU system RAM area. Memory of recorded data such as daily report and auto dials. When power is turned off, backup is made with a lithium battery. 4)HM514800 (IC11 DRAM): pin-28, SOJ and GM71 CA256A (ICI0 DRAM): Pin-26, SOJ Image memory for cording/recording process. l Memory for recording pixel data at no paper. l Memory for ECM 5) F255011 (IC7, gate array A) The following functions are incorporated to support the main CPU. l Printer interface l Read system control l Mechanism control l I/O port 5-2 -m FO-3700A .mz-+' HD64180 (IC4) terminal descriptions clock input pin. The external clock input frequency must be two e address to make access to the memory space. HIGH only in the following cases: Enable: Shows that l/O read/write operation is being executed. LOW in the following cases: (a) Read/write of data in executing an I10 command (b) I/O access in DMA cycle (c) mc acknowledge cycle System control signal WAIT 77 Input Wait: Used to extend read/write cycle of I/O or the memory. When this input is LOW at the falling edge of T2, TW state is inserted next to T2. When it is LOW at the falling edge of TW, another TW is inserted again next to the preceding one. E 67 output Enable: Synchronizing clock for peripheral LSl’s of the 6800 system. BUSREQ 79 Input Bus Request: Used for other devices to request bus free to this LSI. When driven LOW, the CPU stops of - execution commands and drives some parts (m, WR, ME, m) of the address bus, data bus, and memory interface signals HIGH. BUSACK 78 output 5-3 Bus acknowledge: Shows that the CPU received BUSREQ signal and freed the bus. When a device which outputted BUSREQ signal receives BUSACK signal, it acknowledges that it has gained bus control HD64180 (IC4) Clasaificatlon Code Terminal No. System control signal HALT 61 output HALT: LOW when the CPU executes HALT or SLP command, and shows to the outside that the CPU is in HALT mode, SLEEP mode, or SYSTEM STOP mode. Used with ST signal and m signal to show the operation status such as the internal DMA operation and the CPU operation mode. iii7 68 output Load Instruction Register: Shows that the cycle which is under operation is the operation code fetch cycle. ST 7 output Status: Shows the operation status. Do not connect with a pulldown resistor. 64 output Refresh: When LOW, shows that the CPU is in DRAM refresh cycle. When LOW, refresh addresses are outputted to the lower 8 bits of the address bus &--AT). Refresh interval is programmable in 10,20,40 or 80 state. Name and pin function System control signal REF Interrupt signal imi 1 Input Non-Ma&able interrupt: This is the non-maskable intterrupt request terminal. lNT0 4 Input Interrupt 0: Maskable interrupt level 0 request terminal. In leve 0, there are three operation mode: I’ im=, Content 0 Command on the data bus is executed. 1 Command is executed from address 0038H. 2 Vector system Interrupt 1,2: Maskable interrupt level 1 and 2 request terminals. Vector system 5 Input 6 Input DREQo - (Commonly used with CKAO.) 50 Input DMA Request for Channel 0: Internal DMAC transfer (to channel 0) request terminal. With this signal, the internal DMAC can operate in synchronization with the external I/O devices. The internal DMAC channel 0 supports the following transfer types: (a) Between memories (b) Between memory and I/O (c) Between memory and memory map I/O This terminal is multiplexed with CKAO terminal. When DMA channel 0 transfer mode is set to ‘Between memory and I/O (including memory map I/O)“, -lo temrinal serves as an input terminal. =EBi30 55 output Transfer End for Channel 0: Internal DMAC channel 0 transfe, sent signal. Driven LOW in synchronization with the last data transfer write cycle. This teninal is multiplexed with CKAl terminal. When ASCI control register A channel 1 is set to ‘1 ‘, it serves as TENDo terminal. DREOl 59 Input DMA Request for Channel 1: Internal DMAC transfer (to channel 1) request terminal. Channel 1 supports only transfer between memory and I/O. in2 DMA signal Operation mode -- 5-4 HD64180 (IC4) Classification Code Terminal No. TEND1 60 output Transfer End for channel 1: Internal DMAC trasnfer (to channel 1) end signal.Ddven LOW in synchronization with the last data transfer write cycle. TXAO 48 output Transfer Data for Asynchronous SCI Channel 0: ASCI channel 0 transfer data terminal. RXAo 49 Input Receive Data for Asynchronous SCI Channel 0: ASCI channel 0 receive data terminal. CKAO (Commonly used with DREQO) 50 Input/Output Clock for Asynchronous SCI Channel 0: ASCI channel 0 clock input/output terminal. This terminal is multiplexed with transfer request signal DREQO for internal DMAC channel 0. When DMA channel 0 is oeprated in the transfer mode of ‘Between memory and I/o’, it cannot be used as a clock output terminal. RTso 45 output Request to Send for Asynchronous SCI Channel 0: One of the ASCI channel 0 modem control signals. The output can be controlled to LOW and HIGH by the program. CTso 46 Input Serial I/O signal [ASCI channel 0) DCDc 47 Input Serial I/O signal :ASCI channel 1) TXAl 52 output RXAl 54 Input Receive Data for Asynchronous SCI Channel 1: ASCI channel 1 receive data terminal. CKAl (Commonly used with TENDO.) 55 Input/Output Clock for Asynchronous SCI channel 1: ASCI channel 1 clock input/output terminal. This terminal is multiplexed with internal DMAC channel 0 transfer end signal mc. When CKAl D bit of the ASCI control register A channel 1 is set to ‘O‘, it can be used as a clock input/output terminal. CTS, (Commonly used with RXS.) 57 Input Clear to SEnd for Asynchronous SCI Channel 1: ASCI channel 1 modem control signal. With this input, transmission can be controlled. This terminal is multiplexed with RXS signal described below. ASCI status register channel 1 CT.91 E bit is used to select this terminal. TXS 56 57 output Transfer Data for Serial I10 Port: CSVO serial output terminal. Input Receive Data for Serial I/O Port: CSllO serial input terminal. This terminal is multiplexed with CTSl , and selection is made by the program. CKS 58 Input/Output TOUT (Commonly used with -A78.) 31 output DMA signal Serial I/O signal (ASCI channel 0) Serial I/O signal (CSVO) RXS (Commonly used with CTSl.) Timer Name and pin function Clear To Send for Asynchronous SCI Channel 0: One of the ASCI channel 0 modem control signals. With this input, transmission can be controlled. , Data Carder Detect for Asynchronous SCI Channel 0: One of the ASCI channel 0 modem control signals. With this input, the operation of the receiver section can be reset. Transfer Data for Asynchronous SCI Channel 1: ASCI channel 1 transfer data terminal. Clock for Serial I/O Port: Used as CSVO clock input/output terminal. Timer Out: Timer output terminal of timer 1. Multiplexed with A18. Selection is made with TOCO and TOCl bits of the timer control register. Common terminal descriptions HD64180 (IC4) I Code 1 Terminal No. 1 Selection method I Al 8/TOUT 31 Al8 is selected immediately after resetting. When either one or both of TOCl bit and TOCO bit is/are set to ‘1 ‘, TOUT is selected. When the both bits are set to ‘O’, Al 8 is selected again. cKAo/Dim& 50 CKAO is selected immediately after resetting. Either one of DMl bit or SMl bit of DMAC DMA mode register is ‘I’, CIAO is compulsorily changed to an input terminal though it is set as an output terminal, and CKAO can be used as -0 terminal. CKAl/TENDo 55 CKAl terminal is selected immediately after resetting. When CKAl D bit of the ASCI control register A channel 1 is Set to ‘l’, it can be used as TEND0 terminal. When the bit is reset to “O’, the terminal returns to CKAl. 57 / RXS terminal iS selected immediatelv after resettina. When CTSl E bit of ASCI status register channel 1 is set to ‘I’, it can be used as mr-terminal. In this case, however, the function of RXS input terminal is not prohibited. I RXSA2T.S 1 5-5 -m FO-3700A F255011 PJ pin descriptions Pin Name 1 I/o - PI697 I 2 IOSCF I/O 3 IOSAB 4 - IOS89 0 0 ci Description I Input mode Input port (I/O address 6BH) 5 Ios7 6 7 8 9 10 11 12 13 - PO660 PO661 PO662 PO663 PO664 PO665 PO666 PO667 14 PO670 15 GND I/O address AOH - BFH selection I/O address 80H - 9FH selection ransmrssron m o Input mode: Input port (I/O address 6BH) I/O Output mode: I/O address 70H - 7Fl-l - selection 0 Output port (l/O address 66H) 0 Output port (I/O address 67H) Input port (I/O address 6AH) - GND - Power (+5V) 16 vcc 17 18 19 20 21 22 23 - PO671 PO672 PO673 PO674 PO675 PO676 PO677 0 24 25 26 27 28 GAIN0 GAIN1 GAIN2 GAIN3 0 Read image signal gain control signal 29 - PTIM I I Transmission motor start timing sional 30 - RRDY 0 - 31 STlM I 32 SCLK I Data send clock from the read process LSI I 33 34 SVID I I 35 36 iiw T RESET I 37 PHAI AGC PHIT i Output port (l/O address 67H) 8.’ GAIN 3 - 0 control signal Data send start ready signal to the read Serial image data from the read process 0 Interruption request signal Reset sianal 38 IORD I I - 39 - itwn I 40 vcc 41 42 4.3 44 45 46 47 48 49 - GND - DO Dl D2 D3 D4 D5 D6 D7 I/O CPU data bus 50 DREQl 0 - DMA ch.1 reauest sianal to CPU 51 52 53 - DREQO CK614K CKA CPU address bus lE (+SV) I 0 DMA ch.0 request signal to CPU I 614.4KHz clock inout 0 CPU ASIC clock output - 1 5-6 FO-3700A 8) E95G38 (El2 gate array B) . . . 100 pin QFP The following functions are provided as the main CPU peripheral functions. l Memory mapper l WAIT control l Main CPU timers (3 units) l DRAM controller l Panel I/F (LCD controller I/F, key scan) l Modem I/F (RTC detection) l Alarm buzzer/busy tone clock frequency division LZ95G38 pin description Description MODEM DCLK MODEM serial reception data Alarm buzzer clock Busy tone signal DRAM write enable signal DRAM CAS signal DRAM RAS signal (3) DRAM RAS signal (2) DRAM RAS signal (1) Not used. DRAM address DRAM data Main CPU data bus Test pin i FO-3700A (2) Panel control block The following controls are performed through LZ95G38 according to commands from the main CPU. l Operation panel key scanning l Operation panel LCD display (3) Peripheral l/O control block l Recording control block diagram I block I > Prfnter unit bRsh CPU (84180) \ \, R e g i s t e r N control block / TNT I i i I Fig. 3 The recording control block is composed as shown above. The descriptions are given below: l P/S conversion block, DMA control block, recording data control block The recording data is transferred to the printer unit by these blocks. First, the gate array A sends DREQ to the CPU. The CPU transfers the recording data to the P/S conversion block by means of DMA. The transferred data is converted into serial data and sent through the recording data control block to the printer unit together with a clock. l Motor control block This block supplies phase output for control of the TX motors. With register setting, it controls phase switching timing of the motor. 5-8 FO-3700A The modem can operate at 9600,7200,4800,2400, or 300 bps, and also includes the V.27 ter short training sequence option. The modem can also perform HDLC framing according to T.30 at 9600.7200,4800,2400, or300 bps. The modem features a programmable DTMF receiver and three programmable tone detectors which operate concurrently with the V.21 channel 2 receiver. The voice mode allows the host computer to efficiently transmit and receive audio signals and messages. The modem is available in either a lOO-pin plastic quad flat pack (PQFP) or a 64-pin quad in-line package (QUIP). General purpose input/output (GPIO) pins are available for host assignment in the 1 00-pin PQFP. The modem’s small size, single voltage supply, and low power consumption allow the design of compact system enclosures for use in both office and home environments. MONOFAX is a registered trademark of Rockwell International. (4) Image signal processing block The image signal processing block is composed of the following: @ CCD sensor drive block (M66333FP (ICZ)). @ Analog processing block l OP amp. (TLO84 (IC102)). l Analog switch (4053BP (IC107). 4066 (lC103 and lC104)) l M66333FP (IC2), transistor, etc. @ A/D converter block (M66333FP (IC2) inside). @ Binary coding processing block l --‘c. M66333FP (IC2) * LH5266 (IC3) Descriptions on each block are given below: 1) CCD drive block The Clock necessary for CCD drive is generated in M66333. FEATURES . Group 3 facsimile transmission/reception (Synchronization clock) l 91 l @2 (= $T) (Synchronization clock) l OR (Output buffer reset clock) l $T ~~ransmission clock) - CCllT V.29, V.27 ter, T.30, V.21 Channel 2, T.4 - HDLC Framing at all speeds 2) Analog processing block Video signals supplied from the CCD PWB are sample-hold, gain control and clamped to supply M66333FP. The gain control is performed by F255011 (IC7), 7406 (IC105), 4066 (IC104), and TL084 (IC102) to control the max. voltage of video signal to about 3V. Vi&o signal . . A.. . . _. _ _ _ .L .i.. (IC2, 33pin) 3) ND Converter A 7-b& high-speed A/D converter M66333 in (IC2 80 pin QFP) is used to supply A/D converted digital video signals to the binary coding processing block. 4) Binary coding processing block Shading correction l Focus correction Auto contrast process l Intermediate Half-tone expression process (error dispersion process/image area separation) . . . . . . . . Programmable transmit analog attentuation: Concurrent DTMF, FSK, and tone reception Voice mode transmission/reception Halfduplex (a-Wire) Programmable maximum transmit level: 0 dBm to -15 dBm OdBto14dBin2dBsteps Receive dynamic range: 0 dBm to 4 dBm Programmable dual tone generation Programmable tone detection Programmable turn-on and turn-off thresholds Programmable interface memory interrupt Diagnostic capability . Equalization - Automatic adaptive equalizer - Fixed digital compromise equalizer . DTE interface: two alternate ports - - l V.27 ter short train - Allows telephone line quality monitoring Digital video signals incorporates various algorithms required for binary coding, and RAM (IC3) which stores data necessary for processing are converted into binary data, and P/S converted, and DMAtransmitted to the line memory of the main CPU. The algorithms for binary coding in the processing block are as follows: l . . . . . - Selectable microprocessor bus (6500 or 8085) - CCllT V.24 (EIA-232-D compatible) interface . lTL and CMOS compatible . Low power consumption: 275 mW (typical) . Single Package - loo-pin PQFP (5) Modem (R95DFXL) block - 64-pin QUIP INTRODUCTION . Single +5VDC power supply . Software compatible with R96MFX, R96EFX, R96DFX, and The Rockwell ROBDFXL MONOFAX modem is a synchronous 9600 bits per second (bps) half-duplex modem with error detection and DTMF reception. It has low power consumption and requires only a single +SVDC power supply. The modem is housed in a single VLSI device package. The modem can operate over the public switched telephone network (PSTN) through line terminations provided by a data access arrangement (DAA). The R96DFXL is designed for use in Group 3 facsimile machines. The modem satisfies the requirements specified in CCllT recommendations V.29. V.27 ter. V.21 Channel 2 and T.4, and meets the binary signaling requirements of T.30. R96VFX modems 5-9 -m FO-3700A R96DFXL Hardware Interface Signals Pin Signals - lOO-Pin PQFP Pin No. 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 Signal Name GPO3 GPO4 GPO5 GPO6 GPO7 OVD2 OVD2 D7 D6 D5 D4 D3 D2 Dl Db OVD2 OVA RAMPIN NC NC l/O Type IA/OB IA/OB IA/OB IAIOB lA!OB GND GND IA/OB IAIOB IA/OB IAIOB IAJOB IAIOB IA/OB lA/OB GND GND R 21 22 23 24 25 26 27 28 29 30 31 32 33 34 35 36 37 38 39 40 41 42 43 44 45 46 47 48 49 50 51 52 53 54 55 56 57 58 59 OVA +5VD2 OVDl SWGAlNi ECLKINl SYNClNl NC NC NC OVA NC NC NC DAIN ADOUT BYPASS RCVI TXLOSSB TXLOSS2 TXLOSSl NC -NC OVA TXOUT RXIN +5VA OVA AGD AOUT OVDl NC ma WRITE-W cs READ-Q2 RS4 RS3 RS2 RS1 GND PWR GND R R R Pin No. 60 61 62 63 64 65 66 67 Signal Name RSO GP13 NC GPll RTS EN85 OVD2 PORI I/O Type IA IA/OB lA/OB IA R GND ID 68 X-rLl .R 69 XTLO R XCLK _ .‘- ‘. ; OD 70 71 YCLK OD 72 +5VDl PWR 73 DCLKI R 74 SYNCINP R 75 GP16 IAlOB 76 GP17 IAJOB 77 OVD2 GND 78 CTS OA 79 TXD IA 80 OVD2 GND 81 OVD2 GND 82 DCLK OA 83 EYESYNC OA 84 EYECLKX OA 85 EYECLK OA 86 EYEX OA 87 ADIN R 88 DAOUT R 89 OVD2 GND 90 EYEY OA 91 GP21 IAlOB 92 OVD2 GND 93 GP20 IA/OB 94 GP19 IA/OB 95 RXD OA 96 RLSD OA 97 OVD2 GND 98 RCVO R 99 SWGAINO R 100 GPO2 IA/OB Notes: 1. NC = No connection; leave pin disconnected (open). 2. I/O Type: Digital signals: see Table 9; Analog signals: see Table 10. 3. R = Required modem inter-connection; no connection to host equipment. i GND R R IC R IC IC IC GND AA AB PWR GND R R GND o c IA IA IA IA IA IA IA 5-10 -m FO-3700A [3] Description of CCD board (2) Description of blocks The CCD board picks up optical information from the document, conVerb it into an electrical (analog) signal and transfers it to the control board. 1. CCD The TCD1206D is a highly sensitive charged coupled image sensor that consists of 2160 picture elements. Receiving four drive signals ($T, 412, $11, #R) from the control board, the transferred photoelectric analog signal OS is impedance converted, and the signal VO, is supplied to the control board. (1) Block diagram 2. Waveforms L @T -G--" 1. $1, g2 (= v) . . . signals within the control board. @l a2 . @R . +12v . \ vo 4 CCD TCDl206D Output circuit (6mitti?rfdlower) 03 I- Approx.lOOmV Fig. 4 Fig. 5 [4] TEULIU (with Speech PWB unit) board circuit description 1 .General 3. Each block description Telephone interface circuitry for this facsimile is all mounted on one circuit board unit and is interfaced with the telephone line and facsimile circuits via connectors. Connection to the switched telecommunication network is canted out by means as of the magnetic relay. Power required for the control of the unit is supplied from the power supply unit of the facsimile +24V. +12v, -12v, +5v. (1) Surge protection block This is composed of arrester (ARl). Used to prevent the LIU block from damage caused by a surge voltage occurring across lines, the 3-pole type is used. (2)Hook detection block(Polarity inversion detection block) This is composed of ICll and its peripheral circuits and detects inversion of porarity. When the DC circuit is formed, either HS1 or HS2 turns LOW. 2. Circuit general description This board is composed of the following blocks. (3) Reception control block (1) Surge protection block This is composed of IC5, IC6, IC8 and its peripheral circuits and controls reception signals. (2) Hook detection block(Polarity inversion detection block) (3) Reception control block -- (4) Transmission control block (4) Transmission control block - This is composed of IC5 its peripheral circuits and controls transmission signals. (5) Cl signal detection block (5) Cl signal detection block (6) Speaker output voice select block The Cl signal detection block consists of R2, D6, ZD14. PC5 and its peripheral circuits. The CI(Calling Indicate) signal is detected by the half wave rectifier circuit consisting of D6 and ZD14. The photocoupler PC5 is driven during the half cycle rectified by D6. The photocoupler delives current to ICl when it is turned on during these half cycles. ICl inverts the signal present at its input to create Cl signal. (7) Speaker amplifier block (8) Polarity guard block (9) Tone ringer block (10) Hook control block (11) Dialer control block (12) Dial control block (6) Speaker output voice select block (13) 4-bit control block This is composed of IC7 and its peripheral circuits. The speaker amplifier input signal is selected as shown in the table below. (14) External TEL hook detection block Speech PWB unit (IC3) (15) Dial pulse transmission block (16) Communication circuit block 5-11 MONITOR BZCONT 0 1 Buzzer, key sound Speaker output voice 0 0 Line signal 1 0 Modem send signal FE!!!i (7) Speaker amplifier block (12) Dial control block This is composed of lC9 and its peripheral circuits. The signal is inputted to amplifier IC through volume and amplified and sent to the speaker. The speaker volume is adjustable by the volume. This is composed of IC3 and its peripheral circuits. Signal from the selection signal according to Chit signal from the CPU is outputted to the pulse transmission block DP and the telephone line block (PB) according to slide SW1 setting (Tone or Pulse) (8) Polarity guard block (13) Cbit control block This is bridge rectifier RECl and has a function to protect the telephone set against inversion in the line. This block is composed of phto couplers (PCI) is used to supply 4 bit data from the CPU through the photo coupler to the dial IC. (9) Tone ringer block (14) External TEL hook detection block This is composed of IClO and its peripheral circuits. When a call signal is inputted. the toner ringer block makes the piezo-electric buzzer ring. The speake sound volume is varied in by the slide switch. This is composed of IC7 and its peripheral circuits. When the telephone connected to the external TEL terminal is picked up to form the DC circuit, either U(RS1or )%Fi!Z turns LOW. (10) Hook control block (In Speech PWB unit) This is composed of the hook SW, the on-hook relay (OHRLY relay), and its driver. When OHRLY is high, H relay is on to close the line regardless of the hook SW state. This is composed of IC3 and its peripheral circuits, and has the switching function for pulse dial transmission and the switching function of on-hook/off-hook. (15) Dial pulse transmission block (11) Dialer control block (16) Communication circuit block This is composed of IClOl and its peripheral circuits, and supplies current to the dialer circuit. This is composed of lC3 and its peripheral circuits. It has functions of reception amplifier, transmission amplifier, AGC circuit, and other function necessary for communication. Block diagram Speaker Fig. 6 5-12 I~~ FO-3700A = ..--c' Speech Network IC TA31065 Pin No. Pin Name 1 2 3 Pin function [Line current input pin] This pin is connected to the positive output of the diode bridge circuit. VL I I 4 I TOI [Send output current flowing pin] I This oin is connected throuoh the 56 Ohm resistor to the VI oin (;i). TOO [Send output current output pin] This pin is connected through the 15 Ohm resistor to the GND pin 0. Since most of line currents are outputted from this pin, the allowable power of the 15 Ohm resistor which is connected between this pin and the GND pin must be f determined by taking the expected max. line current into consideration. NC I - I [AC signal reference voltage pin] When an AC signal is inputted to this pin through the capacitor (for preventing against DC), the signal is transmitted to the line. 5 AC BIAS 6 MFI [DTMF or external input signal input pin] A signal inputted this pin is outputted to the VL pin @ only when the MUTE pin @ is LOW, 7 TPO [Send input amp output pin] This pin is neoativelv fed back to the TPll oin @. 8 TPll [Send input amp reverse input pin] This pin receives negative feedback from the TPO pin 0. 9 TP12 10 NC 11 MUTE 12 GND 13 UP [AC impedance control pin] When this pin is connected directly to the GND pin @ or through a resistor, the DC potential of the VL pin @ can be increased to max. 1.5V (TYP) with the same line current. 14 PADC [Pad control pin] When this pin is connected to the GND pin @ or the Vcc pin @ through a resistor, the operating current of gain control (auto pad) by the line current can be controlled. 15 REF 16 NC 17 RPl2 [Reception input amp non-reverse input pin] This pin is directly biased from the REF pin @ through the resistor. 18 RPIl [Reception input amp reverse input pin] This oin receives neoative feedback from the PRO oin 8. 19 RPO [Reception input amp output pin] This pin is negatively fed back to the RPI 1 pin 0. 20 BTI 21 I NC [Send input amp reverse input pin] This pin is DC-biased from the REF pin @ through the resistor. i [NUTE pin] Pin for selection between send signals and MFI input signals in the transmitter system. Pin for selection between send signals and BTI input signals in the receiver system. [Ground pin] This pin is connected to the negative output of the diode bridge. [Internal reference output pin] This pin voltage serves as the reference voltage of the internal pre-amp. - I [Dialgnfirmation sound (Beep tone, DTMF), monitor sound pinput pin] A signal inputted to this pin is outputted to the ROl and R02 pin @ and @ only when the MUTE pin @ is LOW. - 22 R02 [Reception output pin, reverse side] This is the outout oin to the receiver. 23 ROl [Reception output pin, non-reverse side] This is the output pin to the receiver. 24 vcc [Internal power voltage pin] Power for the internal pre-amp. 5-13 FO-3700A [5] Description of Power Supply 3.2. Control section +24V (VM) control A voltage is generated in the secondary side by repeated operations of 3.1, and the output in the secondary side is divided by R14, VRl , and R15 to be inputted to Q4. The divided voltage is adjusted to about 6.2V by VRl . Q4 always monitors the divided output voltage. When the output voltage exceeds +24V, the divided voltage also exceeds 6.2V and Q4 judges it as an increase in the output voltage. Then photocoupler PC1 is lit through R13 to turn on the transistor in the light receiving side, supplying a current to the base of Q3, turning off Ql. (The current which is to be passed through the additional line, R8, and C8 to R4 is bypassed by Q3). Resultantly, ON time of Ql is shortened and the energy stored in the primary winding is decreased, limiting the increase in the output voltage. When the output voltage begins to decrease, the light quantity of PC1 is decreased to lengthen the ON time to Ql. As a result the energy in the primary winding is increased to compensate for the decrease in the output voltage. The negative feedback control is repeated to stabilize the output voltage. 1. Block diagram Fig. 1. Block diagram 2. General description The input voltage is 187V AC - 276V AC conforming to UL standards. The outputs are +24V(VM), +5V. +12V, -12V. The overvoltage protection function for protection of the load in case of power abnormality and the overcurrent protection function for protection of the power supply itself from overload are added, (2) 3. Operational description When 230 - 246 V/AC power is supplied, it is passed through a noise filter to the rectifier section where it is smoothed to about 300V then supplied to the invertor section. The invertor section employs onetransistor ON/OFF self-excited invertor (R.C.C. system) and a stable DC voltage is supplied to the secondary side. The operation of each section is described below: +5V, +12V, -12V control The outputs of +5V, +12V, and -12V are stabilized by the threeterminal regulator ICs (IC3, ICl, and IC2). The overcurrent protection function protects the regulator ICs themselves. 3.3. Overcurrent protection function When the output current in the secondary side increases to become an overcurrent or short R3IR4 detects the drain current to turn on Q2, The gate voltage of Ql is controlled to shorten ON time of Ql to protect the circuit from the overcurrent. 3.4. Overvoltage protection function 3.1. lnvertor section When the output voltage is abnormally increased and ZD5 zener voltage exceeds about 3OV, ZD5 is shorted to operate the same procedure as the overcurrent protection function. To reset, turn off the AC switch, remove the cause, and replace ZD5 with a new one. 3.5. High temperature protection circuit Thermal fuse F3 included in the power circuit is blown when the surface temperature of rectifier Dl exceeds about 115 degrees Centigrade. (about 239-F) w 0 1 2SK1601 __ (K1456.Kl643) 2R24( -vvv ZDl RD27 ,I ,I C8 103 0 vvv PClB PC113 2ScQ& 1 When the voltage across R4 reaches the gate ON voltage through R5, R6, and R4, Ql begins to turn ON, flowing a current from pin1 of Tl primary winding to pin3. Then a voltage is generated from pin5 of auxiliary winding to pin4, turning Ql gate ON completely. The drain current increases linearly to store energy in the primary winding. However, voltage across R3 turns ON 02 thorough R9 when the drain current reaches a certain level. As a result, 01 gate voltage falls below the threshold voltage (about 4V) of the gate and Ql turns off. Simultaneously when Ql turns off, the energy stored in the primary winding is induced in the secondary winding to bias the rectifier diodes D4, D5, D6, and D7 forwardly, smoothing each output capacitor. Thus a DC voltage is obtained. 5-14 -m FO-3700A m..x-" 3.6 Rush current limiting circuit 3.7. Line filter When AC power is supplied, a rush current flowing through capacitor C5 may blow fuse Fl/F2 and damage the circuit. To prevent this, the power thermistor THl is provided to limit the rush current. To protect against external noises and noises generated in the power circuit, the line filter is composed of Ll, L2, Cl, C2, C3, and C4 to reduce noises. (Waveform) At standby l GND GND l When the overcurrent protection circuit works -GND 1OVMii 5@d,div 2QOVMii ZO&div GND GND -GND -GND MmVldii PCpJdiv 1l~liiIIIl/ / / I * I I I L A I B I [I] Control PWB circuit Main control block (2-W ,1.2Ej A . B Control PWB circuit Image memory control 6 5 4 0) I N 3 2 1 c I D a E F a G a H I I m I w i’ ? e A I B I C I D I E F I G I I H 1 I Control PWB circuit Scanning section 6 CNXDI “0 5 4 Fi2tK34 680R131 C2412 O,OI 1 0-l I P 3 I 7tr l(i I 2 2 1 A I B I C I D I E I F I G I H 1 I ‘I , I i L A I B I Control PWB circuit Peripheral l/O control section C I D I E I F I G I H , 1 5/5 Control PWB parts layout (Top side) Control PWB parts layout (Bottom side) A I B , c . D E F r, l-l I [2] TEULIU circuit i’ ? e A I B I C I D I E I F I G I H , TEULIU circht I 2l3 A I B I C I D I E I F I G I H 1 I FO-3700A (0 I UY I * I 6-10 m I cu I -.--c. FO-3700A TEULIU PWB parts layout [Top side] ----- -.. 6-11 FO-3700A TEULIU PWB parts layout [Bottom side] 6-12 -Lo" A I B I c I D , E Gi F I l-4 [3] Speech circuit a-2 I w A I B I C I D I F I F I ru I H I ’ , I I ,! II L FO-3700A 6-14 .I-*' A B I I C I D E I I F I G I H , [4] Power supply circuit 76N12 -qiir-$3 r RD27 I , rw 103 3902w 03 u 6 0 +12v #, 15555 Fe0 33 -- 683 co ZD2 RD3.0 r A 45 cl2 2w.2002 ! ---cl0 --103 ---cl, --KG .‘R16 :: (OPTION, AC INPUT NOTE: A These marks are all safety-ciritial parts. I Power supply PWB parts layout FO-3700A r i I 21 3N 3N 11 El 3N 3N 01 VIZN 3N 6 H-- i 3N 9 3N L 10 9 3N 6 w c 6-17 [6] Operation panel circuit Ltz 16 CNLCD 17 LCD cable 1 GNJ 2 I -L5?5 16 L ---5- CNW-4 4 SEN4 0) I co 1 CNPN 1 DFII-ZZDP-20s ICI chltw-5 aJpN M3 MPN., c?dFN-P b , , . CNFN-16 H CNPN-21 H KENIA KENS+ KENS. 15A l4 B 13c KEN4A LD7 ‘*D H H H H YO’ Yl 2 YZ3 YS4 Y4 _” CNLCD- 14 CNLCD-13 CNLCD- 12 CNLCC-11 CtwN-14. CNFN-12 t MAN ALIT0 B E 19 20 LD6 LM 21 22 LD.5 FO-3700A /--- ~-.-_.- --~- 6-19 _ -IOk FO-3700A IIll Illll III1 LL W n I I lllll 0 E - M M I I e," LCD PWB parts layout A ,I B I [8] Print unit circuit (l/3) 0 I M c II D .I E - I F I G I .l-lI I I ’ I/3 A B a I . I C n I F I F I I c u I I l-l I , Print unit circuit (2/3) I 2l3 PRINT HEAD DRIVE PAPER MOTOR DRIVE PEN IN DETECT - A I B I C I D - I F I I= I c u I u n I ’ I I FO-3700A --c' r 6-24 Print PWB parts layout FO-3700A CY-~' CHAPTER 7. OPERATION FLOWCHART [I] Flow chart FLOW-VE-1 cpN) 1 RECElV;hmpON - Send DCN 7-l 1 I - 0 FO-3700A FLOW-VE-2 Turn on exposure LED Y 75ms set delay 0 TD 7-2 0 DL ma FO-3700A .:a* FLOW-VE3 Send (NSF) (CSl)-OS 2times r Set T2 I_ w NO 0 TL2 I Send TRN 1 I Send RTP 1 I Send MCF I I 1 FO-3700A FLOW-VE-4 YES Reset T2 I c4 I f Return ‘ N O 7-4 FO-3700A ME- N FLOW-‘/E-l 1 Transmitter side (Document inserted into document sensor during stand by) Receiver side G3 communication TX TX RX To recording ..--..-.. position RX CED d NSF CSI DIS I - - - - - - - .- - Document inserted to the reading position (DCS) :DCS) c CFR CFR i 1 st page RTC ._.. . . . . . . ___ ____ __ Next page insert r MCF MCF RTC Cut line punted _ _ __ _ __ _ ___ __ __. RTC 7 E O P 1E O P r c MCF I *-----------.--..--.----.--. Recording paperejected 7-5 1 MCF FO-3700A Auto dial sending TEL mode NG YES b I Dial send I b v Stand-by :I 1 --Bj YES ir’ CML relay ON 1 0 7-6 FO-3700A m-z-- [2] Power on sequence I Power SW ON 1 ROMeumEST i Printer initialize 1 UOpodinitialize 1 I Standby Backup RAM clear Backup RAM clear 7-7 FO-3700A CHAPTER 8. OTHERS [I] Service tools 1. List NO. PARTS CODE 1 CPWBS2683SCO3 DESCRIPTION Extension board unit 2. Description 2-l. Extension board unit FO-3700 series extension PWB unit connection 1) Remove the bottom ass’y from the body. 2) Connect the cables from the body with the extension PWB unit connectors (CNCCDl, CNSNSl, CNTXMl, CNPNLl, CNPI 1, CNPRTl, CNLEDl, CNSPl, CNPHI) similarly with the control PWB and the TEULIU PWB unit. Fix the grounding cable to the bottom PWB with a screw. (Note) When connecting the cables, check the color of the cables and the color of the connectors. 3) Pass the five cables which are provided for the extension PWB through “TEL LINE’ and ‘TEL SET’ holes in the lower cabinet. Pass the four cables which are in the opposite side to the hook switch through the AC cord hole and the power switch hole, and fix the extension PWB. Extension board unit 4) Connect the extension cables which are in the rear of the body where the extension PWB has been installed with the bottom ass’y (the control PWB, the TEULIU PWB) as follows: Extention PWB connection diagram Extentii cable when cmnecting the exlmslul ho& switch (RHS) d the TEULtU PWB Extention cable 8-l Q’TY PRICE RANK 1 BX NO. 1 PARTS CODE DESCRIPTION I List of jigs used for disassembly and assembly of the ink jet printer NO. 1 2 3 4 \ a DESCRIPTION PARTS CODE OJZC214460003 UKOGD2031SCZZ UKOGD2032SCZZ UKOGM2026SCZZ Pen garage Torx screwdriver (M2.5 x 5) Torx screwdriver (M3 x 8) Optical adjustment plate n 1 1 1 1 PRICE RANK .. . . BK BQ BQ BP a Supply power to the main body to light the LED in the LED array lighting mode Loosen the two red screws of the CCD to obtain VID signal waveform in synchronization with eT signal and adjust the CCD position so that the following waveform is obtained. 2-2. Scan optical system adjustment (1) Outline The adjustment procedures of the scan optical system are described below: CCD waveform (2) Adjustment procedures @ Fully open the upper cabinet, remove fixing screws of the recording paper tray, and remove the recording paper tray. In order to perform focus adjustment, remove the optical system unit from the frame. @ Install the scan adjustment jig to the optical system unit so that the pattern surface is in the lower side. @ Fit the pin of the optical system adjustment jig with the hole in the optical system frame. Scan adjustment jig ‘1: lnaeasethediffemnw by foamy adjustment ‘2: Adjust as show by CCD FWB adjustment @ Use an oscilloscope to connect the control PWB VID (1 channel side), oT (2 channel side), and AG (GND). I I CNCCO 0 [CCD waveform model] 0 @I By adjusting the CCD PWB as shown above, focus is adjusted and scan line is aligned. After completion of the CCD adjustment, tighten the two red screws and apply screw lock. VID VID VI0 e-r CNCCD-4 iUi CNCCD-3 a-2 a --- FO-3700A [2] IC signal name VHIMC14066BF Pin Arrangement Equivalent circuit (One of the four blocks) VCC IN/ OUT CONT A CONT IW D OUT OUT/ IN VDD SIG C SIG D - OUT/ IN OUT/ OUT1 INI CON-f CON1 V IN IN OUT B C IN/ - OUT S S Qz-i- -z--r, VHIPST600CMTl 2 VHIMC34012-1 P APFuc*- ClRcurr APPLICATION CIRCUIT PERFORMANCE Typical Value Units 832/l 040 13 HZ Output Voltage (Vl>60Vrms,2OHz) 20 VP-P Output Duty Cycle 50 % Ringing Start Input Voltage (20Hz) 36 Vns Ringing Stop Input Voltage (20Hz) 28 vmls Maximum AC Input Voltage (<68Hz) 150 vrrt-s Impedance When Ringing VI=4OVrms, 15Hz VI=130Vrms,23Hz 20 10 Characteristic Output Tone Frequencies MC3401 2-l Warble Frequency - - K Impedance When Not Ringing VI=lOVnns,24Hz VI=2SVrms,24Hz VI=lOVm1s,50Hz VI=3.OVrms,200-3200Hz Maximum Transient Input Voltage (Tc2.0 ms) a-3 28 >l .o 55 21 .o Ko Ml2 KQ MR 1500 V .s.- FO-3700A ~=-.+' VHIULN2003AN/ VHINJM4558D-1 VHINJU4053D-1 (TOP VIEW) l.AOUTPUT 2. A-INPUT 3. A+INPUT 4. v5. &INPUT 6. B-INPUT 7. B OUTPUT 8. V+ Yl VDD YO Y Zl X Z Xl m x0 hhibil VHIMC34119/-1 7 GND 2 Al6 VIN Al5 5 VOl B VBS C VPP FCl f-736 v c c 4 ME (TOP VIEW) a vo2 CD 1 FC2 2M EP-ROM (VHl27C02012Tl) A Al2 A7 A6 VHIMC34012-1 P A5 RG 1 6 RC AC1 2 7 RF AC2 f - 2 6 3 RS OE A4 5 Outtxit enabel A3 A2 Al RO 4 I RI A0 Ql -Q8 Data output vcc +5V power Ql Q2 Q3 GND UP AC BIAS VCC Transmit gain 3 MFl tl > TPO 18 R02 E > TPll 17 BTI Transmit swtch 16 RPO > TPIZ Transmit input amplifier 1 5 RPIl Receive input amplifier Butler amplifier (TOP VIEW) @ FIEF : @ PADC a-4 & MUTE GND FO-3700A VHl64180ZSR08 VHILB1730//-1 NMI NC NC im m iii5 rt’.:b( iw NC NC HALT VCC OUT1 IN1 TEND1 GND I N 2 our2 v c c DREQ1 ST A0 CKS RXS/CTSl Al -IX A2 CKAl/lENDO A3 RXAI vss NC A4 TXAl NC NC A5 CKAO/DREQO A6 RXAO A7 TXAO A8 5566 A9 CTSO A10 RTSO All D7 NC NC NC NC A12 lx 10 VHlMC74HC32FVCC 48 4A 4Y 38 3A 3Y 1A 18 1Y 2A 28 2Y GND VHILM393PSbS (TOP VIEW) I 2 1. A OUTPUT 2. A-INPUT 3. A+INPUT 4. v5. B+INPUT 6. B-INPUT 7. B OUTPUT 8. v + A _ + _;’ 3 4 + INPUTS 0 GND 0 VHINJM4658MFcrop VIEW) 0 1 4 a A 2 - + 7 B 3 4 ~ 0 OUTPUT + . 6 5 1. A OUTPUT 2. A-INPUT 3. A+INPUT 4. v5. &INPUT -INPUT +INPUT 6. B-INPUT 7. B OUTPUT 8. V+ 6-5 FO-3700A _'- _. VHILH5268T410 0 28 VCC b WE GE2 A8 A9 All OE A10 1 l/01-1108 1 Data I/O I I I N.C. I Non connection CEl l/O8 Ii07 l/O6 l/O5 l/o4 (TOP VIRN) VHINJU6355E-1 XT Timercounter XT (TOP VIEW) CLK Contml and clodc counter CE DsSX@tfOl-l lo Function t Iii DATA tin i/O select tin ‘H’ : Data in~ti ‘C : Tata &put When,hcwever, CE pin is in ‘C, DATA pin is in high impedance 2 3 XT XT Crystal oscillator connection pin (f= 32768Kf-k) For the caDacitv d Cca and Cd. refer to the series wmwaition table 5 CE Chip enable input pin (b&t-in pulldmw resistor) ‘H’ : DATA pin allows data inputbutput ‘C : DATA pin is in high impsdanat 6 CLK Clwk input pin: Data are inputted or output in synchmnization with this ckdc When, however, CE pin in ‘L’, DATA pin is in high imp&awe Serial timer data 110 pin 7 DATA a VDD 4 VSS ti Power pin +5V Power oin GND 8-6 I I FO-3700A VHIHM51480WS Pin descrption Pin AO-A9 l/00-l/O7 RAS Address input (Low/Refresh AO-A3 Column AO-A31 j Data I/O Low address strobe I Connection vss Block diagram I! I 107 106 IO5 104 t l/O7 Buffer t II06 Buffer : Ilo5 Buffer t VO4BUfb II Row detector 8 pedpheral circuit 8-7 I FO-3700A __... VHIM66333FP-1 NC: Not connected z E r--------- .$fL-.-. --.lgL.-.~.*., ___-.-.-.-. 8-8 Am40 Aoc DON0 Aoc w GNO SHARI= P A R T S G U I D E MODEL FO-3700 \ 6ONTENTS Scanner mechanism Power supply PWB unit Upper cabinet, document TEL-Liu PWB unit guide upper Panel PWB unit Print mechanism Sensor PWB unit Optical unit CCD PWB unit Packing material & Accessories Hardware parts Controt-PWB unit n Index Because parts marked with “A” is indispensable for the machine safety maintenance and operation, it must be replaced with the parts specific to the product specification. FO-3700A 111 Scanner mechanism 23’ I ;’ .@--l , 1.’ ‘ 2 3 B14-d -l- - FAPS0076 FO-3700A 111 Scanner mechanism AU1 AM 1 JSFTZ2249SCZZ .^^ .^^^_^^--- I I AS .- 1 I AD I 2138XHZZ 2653SCZZ 1 A C 2677SCZZ NGERH221OXHZZ N 1 I C c I c 1 i RA i I 1 1 AH AC 1 [ I 1 l-l IBearing IPinch spring 1 I C [Driving plate C IIdle gear 1 I NGFRH37AnXU77 2684SCZZ C Document guide lower Paper feed roller Paper feed gear 542 Pinch roller shaft 1 AR 1 I I E /Control PWB unit C IBottom plate I FO-3700A El Upper cabinet, document guide upper y-B13 I \A’ / ‘. / 39\ ‘7 h’ I I I , \ 35, \ ’ _I # B7’ --/k2!A ! 1% !ti FAPS0077 -3- FO-37o()A q Upper cabinet, document guide upper -..z- .-’ FO-3700 (3) Print mechanism /‘44 I \ f -!LR @k I 43 ---- I I r I I I I I I I I I I I I I I I I I I I I I I I I I I I L-----* ’ - 13 -/ -15 -5- L 14 1 I I I I FO-3700A - - *’ 151 Packing material & Accessories FAPSOO80 -8- FO-3700A m Packing material & Accessories PRICE NEW RANK MARK lSPAKP4080SCZZ A M 2 PSHEZ2930SCZB A E 3 SPAKA4345SCZZ A C 4 SPAKA4106SCZZ A M 5 S P A K A 4105SCZZ I A M I ___....^_ .7 QCNW-3YlbXHLIti I AT 1 8 SSAKA3001CCZZ 1 A A 1 9(SPAK’C4202SCZZ A P lOjSPAKA4274SCZZ AB 1008CCZZ A A 4925SCD3 A X 4109SCZZ A E NO. A I PARTS CODE PART RANK D C D D 1 D ’I ’c I0 I3 I3 C E D DESCRIPTION Vinyl cover Face sheet Protector Side pat R Side pat L Hand set cord Vinyl bag for AC cord (140x3601~~1) Packing case Protector AC code band (12Om) Hand set Pat tray I2681SCZB Exit tra QI A 2076SCZZ I 1 All 1 I AQ I Z2897SCA4 I 126 ITGANE2036SCZZ A \I 27jTCADZ2274SCZB A 2 9 L P L T P2682SCZB A A 3 0 S S A K A3341QCZZ A 3 1 L P L T P268OSCZB A A, 3 2 MSPRP2658SCZZ 3 3 SSAKA3340QCZZ 3 4 SSAKA1340QCZZ 3 5 TLABH3435SCZB s.e,..*C-.I^^^^A-- C D H 0 N A C A B A B A D *- ICI y ll%oinal rinr~~nmnt nttt trziv C [Original docum C ation manual IDocument carrier (A4) n I Ichi J 0 1 ~%lation c a r d cl Warranty card D Rapid key label C Extend paper plate Vinyl bag D C - Extend paper tray Extend plate spring C D Vinyl bag (32OX38Omn) D Vinyl bag (180X3201m1) D Paper setting label ‘SW-+nr 161 Con trol PWB unit NO. I PARTS CODE 1 UBATN2010SCZZ 2 :EAPS106AFlE V( A 3jVCKYTVlHF223Z 41VCKYTVlEF104Z PRICE NEW RANK MARK JAN C A A A A PART RANK B 1 Battery (CR2354- 1HF) I C ICapacitor ( 2 5 W V IF) 10a I C ICapacitor ( 5 O W V 0.022rF) 1 C ICapacitor ( 2 5 W V O.lOuF) C :KYCYlEF104Z ~KVCVlHR107K I I I AA I I 14IVCEAPS 226AFlC I AC 1 15lVCKYTVlHE2-f2K I A A 1 6 V C K Y T V lHEl222K 1 A A 1 7 VCKYTVlHB222K / A A 1 1 8 VCKYTVlHB222K 1 A A 1 19 V( I 1 DESCRIPTION [BAT] [Cl1 (Capacitor (25WV 0.11 ICannritnr 15nWV 1flC C ICapacitor (16WV 1 C /Capacitor (50WV I C (Capacitor (5iOWV 1 C ICapacitor ( 5 0 W V I C ICapacitor ( 5 O W V iOWV 22~ 22OOpF) 22OOpF) 22OOpF) 22OOpF) 22OOpF) iOWV 22OOpF) __.__. .;OWV 22OOpF) pacitor (5OWV 5pF) [Cl41 EC151 ::::1 [Cl81 EE:; [Cl031 . 161 Control PWB unit ICF1052 1HLlOPJ 6 6 1 AE 1 [ v- .-. -..- 1 1 1 1 1 AA CKYTVIHR777K1 C --_.I 1 1 1 , 7 1 VCKYTVlEF104Z ) A A 1 7 2 VCCCTVlHHlOlJ 1 A A 1 7 3 V C K Y T V lEFlO4Z I A A 7 4 V C K lEF104Z Y T V I A A I 75 I C (Capacitor (25WV O.lOpF; I C Capacitor (50WV 22OPF) C Capacitor (5OWV 220PF) C Capacitor (50HIV 22OOpF) I\/ 79)An..c C C a acitor 50M. rruupr C Capacitor (5OWV 22OOpF ) r. I,-w,zv.a.Lu, r?.n.ritn. \uu.. r+nwv. Av.vLLPF n9)7.., 1 E ICapacitor [SOWV 0.022pF) I C ICapacItor (50H IV 22OOpF) I c I Capacitor (5OWV 0.022pF) I C ICapacitor (5OWV 0.022~1 F) I C ICapacitor ( 5 O W V 18PF) I C ICapaditor (5OWV 18PF) I C ICapacitor (5O\n IV 0.022pF) I P , I Pone.ri,*r ,.,, ,CcI\A v 2\2 0 0 p) vca , ~~LELYII JV.JV F I E I Capacitor (25WV O.lOpF) I c 1 C a p a c i t o r ( 5 0 W V 1OOPF) I C ICapacitor ( 2 5 W V O.lOpF) I f? I f!;lnaritnr \kdV. 13KW” Irl..E\ - ,v..y”-‘.U* 1 rl “““p1, VCKYTVlFFlild; i db I I lHB472K 1 . ^ - 1 AA I i IP-..eri+..r lEFlO4Z . . ^ . 9iIvii;iii,dd, I I ICapacitor (16WV l.OpF) I - . . IEF1042 AA 55 V C C C T V lHH221J A A 5 8 V C C C T V lHH22lJ A A 5 9 V C K Y T V lHB222K A A 6 0 V C K Y T V lHB222K A A 6 1 V C K Y T V lHB222K A A 6 2 V C K Y T V lHF223Z A A 3 VCKYTVlHF2232 ) A A 6 4 V C K Y T V lHB222K 1 A A 6 5 VCKYTVIH~ZZ~Z ) A A 6 6 V C K Y T V lHF2232 I A A . . ^ _ 7 VCCCTVIHHI~UJ 1 A A 6 8 V C C C T V lHH180J I A A 69 v CKYTVlHF223Z 1 A A 70 .- - FO-3700A , ,?C\.,1, LC137J [Cl441 cc1451 [Cl501 Cl521 n In c\ C ICapacitor (50WV 47OOpF) C ICapacItor (25WV O.lOrF) FJ I IC (LH5268T410) “\ I Y) LILIJ I 99IVHtLH5268T410 1 ;: 1 innIvk4 --_ . i - fi -A 7. 80ZRS08 101 V H i 4 3mm57AGlOL 2 102 VIiiF255011/-1 103 VIi1PST600CMTl 104 vt i174HCU04F-1 105 VIidGM4256BSJ7 106 V ti1HM514800J8 107 v tiiLZ95G38/-1 108 v t+iLB1730//-I 109 V HI I _ N __.IF.47 _ _ 1 _RM/-F ._., I 110 VHtTL084CN,‘-; 1 ;;A 1 1 1 1 VHlMC14066BMF 1 A D 1 _ 112 VHnMC14 1066BMF A D 1 1 3 V H I S N 7 4106NS-1 A F 114IVHtiSN74HC04NS A C lMC14053BMF AE t---a% ..u .,niNJM4558F-1 AD 1 1 7 VHiMC74HC14MF A E 118 VHI SN74HC04NS A C 119 VHiMC74 HC32MF ( A C 1 2 0 VHiNJU6355E-1 1 A M / , Ib pnoox.xr) I I Tl) 17) 18) I I - 1 1 B B 8 B B B B B B B B 1 I I I” ~..*lnJlol.l, IIC (TL084CN) IIC (MC14066BMF) IC (MC 14066Bh 1F) IC (SN7406NS) IC (SN74HC04NS) IC (MC14053Bk IC (NJM4558MF) IC (MC74HC14MF) IC (SN74HC04NS) IIC fMC7+lC32h dF) IIC (NJU6355E) LlC21 E!C31 .LlLJ4J CIC51 [I:;; [ICSI [IClOl [IClll K:; [lc1011 [IC1021 K::; r,n.nc, [IClOEl rtc1091 rIc1101 [IClllI [ICI 121 C. FO-3700A 161 Control I- c* PWB unit PRtCE N E W P A R T RANK MARK RANK 1 2 1 VHiLM393PS/-S A C B IC (Lhl39 1 2 2 QSaCZ2051SC32 A C C tC socket 1 2 3 VHi’27020FCBOB B M N B IC (27021 NO. 174 PARTS CODE VRS-TF -.- . ..- .- 149 150 151 152 1 5 VRS-TS VRS-TS VRS-TS 1 AA j VRS-TS2AD271J 3 VRS-TS2AD271J 1 A A ) L- . I 1 6 5 VRS--SS;ADjS;; 166 VRS-TS2AD330J 167 VRS-TS168 VRS-TS2AD472J 1 AA 1 ( AA 1 , nn, I I I C , ..--. L._. IResistor ( IResistor ( I- .~I~ I I 1 C IResistor ( IResistor ( I C m /Resistor ( I,. I 185 1 V 196V _ 197 VRS-+i;A;i;;; 198 VRS-TSZADlO3J A 199 VRS-TSZADIO3J A 200 v RS-TSZAD103J 1 A A A A 1 1 Reslstor ( c Resistor ( C Reslstor CA, ‘,,I. C C TReslstor (l/lOW 1OKn -+ 5%) L..-l-> CR1521 1 FO-3700A [61 Control PWB unit NO. 1 PARTS CODE 1 PRICE nlh,w 1 .alnw NEW 1 n..,w PART 1 VRS-TSZAD103J VRS-TP3Rnltll I 2AD4752F S2AD103J S2ADlOOJ VRS-TS2ADlOOJ VRS-TS2ADlOOJ VRS-TS2ADlOOJ VRSTS2AD1742F 2AD8662F / AA j 1 AA 1 A A A A A A A I C C C C C C C C A A A A A A A C VRS-TSZAD332.1 I VRS-TS2AD271J I S2AD103J 1 AA ( t AA i I VRS-TS2AOlO3I VRS-TS2AD821J I AA I I i AA i I AA 1 1 I i VRS-TSZADlO3J VRS-TSZAD103J ~~z.,VRS-TSZAD103J 253IVRS-TS2AD103J VRS-TSZAD103J VRS-TS2ADlOAJ VRS-TSZAD562J VRS-TSZAD47pJ VRS-TS2AD471J JRS-TS2AD471J ,^^ ---.- AA A A A A A A A A A ‘RS-TSZAD271J I AA 1 IResistor (l/lOW 5.6Kn +5x) (l/lOW 27 C IReststor (l/LOW 1OKn 55%) C IResIstor (l/lOti 1OKn ‘5%) Il?c.cictnr Il/lnw 1nun +!Go,!, C IResistor (l/lOW 82 C IResistor (l[lOW 1OKn %5x) I Reslstor Resistor Resistor Reslstor Reslstor Resistor Resistor Resistor Resistor (l/lOW (l/lOW (l/lOW (l/lOW (l/lOW (l/lOW (l/lOW (l/low (l/lOW 1OKn 1OKn 1OKn 1OKn 1OKn 5.6Kn 470n 47OD 470n 25%) 25%) 25%) 25% +5Q ?5%; I f5%) 25%) 25%) C IResistor (l/lOW 270n k5%) C IResistor (l/lOW 1OKn 25%) c I Resistor C IResIstor (l/low 33n fs%) I ‘RS-TSZAD103J 1 AA I ‘RS-TS2AD330J I AA I ‘RS-TSZAD330J RS-TS2AD330J (l/lOW 47.5KD ‘1%) (l/lOW IOKD *50/d (l/lOW 1On 25%) (l/lOW 1On *5x) (l/lOW 1On 25%) (l/low IOn 25%) (l/lOW 17.4Kn rtl?” (l/10Wm86.6Kn IRncictnr IlllmN 77un +r;o/\ C C C C C C C C C ‘RS-TSZAD471J Reslstor Resistor Resistor Resistor Resistor Resistor Resistor Resistor I 1 I A A ) A A A A A A A A A [Resistor (l/lOW l( C IResIstor VRS-TSZAD103J VRS-TS3Anlnl C I VRS-TS2AD562J VRS-TS7Ai3771 -. ~. I (l/lOW 33n Z5°/a) I I AA 1 - 12 - [R2081 [R209] EEZ; [R2121 FO-3700A q , Control PWB unit MA I.“. ) I PRICE I NEW / RANK 1 MARK 2ADloo~ I A A I ;2ADlOOJ 1 A A ( i2ADlOOJ 1 AA I 2ADlOOJ 1 A A 1 RS-TS2ADlOOJ 1 A A 1 ^^ ^^.----. ZAUZZjJ I A A I 12AD103J I A A I ^__^_. I . I 0Aln-rc. rnnla rrnrrr b”lJC ZAUUUUJ I AA 1 2BD561J 1 A A OBOSCZZ 1 A F nnRSc77 1 An 1I 0s;scz; 1 Ii; 1 09OSCZZ 1 A D 294 rLABP3078SCZZ A A (Umt) 901 DCEKC780FSCZZ CA I PART I D E S C R I P T I O N 1 RANK 1 I C IResistor (l/low ion ?5%) I C IResistor (l/low ion +5%) 1 C lRneic+nr +FOL\ ,....“.<..,,rl/lnW ,-, .“.. ,nn *“.* -d,o, I c IResistor (I/IOW ion 25%) I C IResistor (MOW ion *50/e ) I c 1 Resistor (l/lOW 22Kn ?5yd i C IResistor (l/low 106 +5x) I Resistor (l/low On k5%) I 1 I E IResistor (1/8W- 56OD +5%) ) I B ICrystal ( 2 4 . 0 0 0 . 1 4KHz) II Ia I,“l,alcIl Pmrr+-l II CLILI-\ \l”I.IIIL, I ;\ ICrystal (32.768KHz) 1 I C ICrystal (614.4MHz) 1 D Shading label (for EP-ROM) I N 1 E Control PWB unit I I [R235] ER2361 [R2391 [R240] CR2451 [X11 P.21 171 Power supply PWB unit PRICE NEW PART D RANK MARK RANK 1 OCB829820363/ B C B Transformer (PT-P79-KTT) 2 O C B U K Z 0582ZZ/ 1 A H 1 C Filter (FU 105VORl tA203) 3 0 CBPZZO604ZZ/ 1 A C 1 C Juinping wire (IPS~-3002-4) ^---4 OCijBFZ 89154Z/ 1 A C I C Ferrite core (BLOlRNl-A62 !Bl) 5 OCBUCCO013DZ/ I A M 1 1 B IIC (UPC78N12H) 6 OCBUCCOOlOFZ,’ 1 A C 1 1 B IIC (NJM79L12A) 7 O C B U C B 0112AZ/ B IC (NJM7805FA) n6lVLi3”Ab n-m.*.009lAZ/ B FET (2SK1601) 9~i-lCRIIAC , --..- 0056BZ/ A D B Transistor (2SC2002-L) 16 ocBUAC 0098AZ/ A G B Transistor (2SC3518) T.Lancic+nr ,L’“J-.d ,?4POAC--D&X 11 OCBUAC-OflllAl-l7/ _ _ .-_, , AC I , -R I II”.I.,I.a,“I I “, m In:,.&. ,~ICDACT\\ 1 2 OCBUBB0178DZ,’ 1 AG 1 1 3 OCBUBCOZZOBZ/ I A n I I ,-.-“., ,A..v-., NO. 2. & m . m I PARTS CODE lAIVHDlNAlAR//-1 , . . -, , . I I 1 AA ,. I> ii I ocsuec 0221AZ/ 1 AC _ 1 6 O C B U B Cn7RnR7/ ______I ,1 AC 1 7 OCBUBB0187AZ/ 1 1 8 OCBUBDAC2700/ 1 A C rn “rro,,nr.rrlnnnJ I1 .L,,“bP”O”AAJK”L, CBUBDAEl5OB/ 1 1I A: 1 1 I I :: 1 1 FI I ninrln II cccc, Diode (DlOLC20U) I B 1Zener d i o d e (RD27ESAB3) I ,._^^ - - - - I G ILener aboae (iiuj.uttu) 1 B IZener d i o d e (RD15FBl) CRlIRi2AAfiR7f?/ I AC l I R ER33CH/ I AC 1 I C IMetal film reslstor I C ICarbon resistor (R1/4PS47jJ) I C I Resistor (R 1/4PSl B471BAkI A C B822BA/ I AA 1 Z224FY/ ) AG I Z222CK/ 1 A F ;il-,:inR7”RR/ 1 AD 1 UZZlBR/ I AC E122NS/ I 1 C IFilm capacitor (ECQ-U2A224MVA) I C ICeramic c a p a c i t o r /nFldln--IC3qvuI I I FlOPER/ I AC 1 Q222AQ,’ 1 A E D390PR,’ 1 A E ESCRIPTION ( I I I 1 P I C ICeramic capacitor (DE0705R221KlK- 1 Capacitor (AMZF- 102K50) E ] Ceramic capacitor (DE7 100 C lCapac!tor (LXF25VB39(M)FL C ICapacitor (LXF35VB1200(M: t-T11 [L1,21 ;z; [Cl1 [IC21 _ cc31 [Qll 1 rP.c.7 LVLJ r-.7 L”LJ r--.7 LU3J [D4,51 ~ZDll 12021 I [ZD3] -~ _ 1 IeC’ FO-3700A q Power supply PWB unit ‘05222/ 119422,’ 1 A Ilfi177/ 7 A I I C ‘IE 242ZZ/ A L 308ZQ,’ A M 6 7 O C B L R S O 103ZZ/ A C 6 8 O C B L R S O lOlZZ/ A C 17R77/ A F 6 9 OCBMRZO-. ___, 0 OCBMRSOO29ZZ/ ih 7 1 OCBFBZOO98ZZ/ A C II In,+, \.-.‘.., I 9011RDENT2074SCZZ 1 B N I I I 1 I B C C C I 1 II I 1 Thermrstor (M 16007C) lConnec I I I I 1 II 1 I I B c I I- E c Switch (SJ-W2R4A-3088 Heat sink (D2157-50018 ILZS) Supporter (SUP- 103 SUS) Supporter (SUP- 101 SUS) IAET-7-n-9, , Dm4~t;nn ..““I”L1U.I -3,. cap \-?a I I” LLO-01220) 1 Radiation sheet (30T-55-24-A) I Terminal (TM - 12) I1 CMTll CMT.21 [MT31 ERA11 CRA21 [Oil 1 E IPower s u p p l y P W B u n i t I I I I I 181 TEL-Liu PWB unit ?t”CFAF“nJW107M A ~~ -HW475M A AA AA FAFAlAW77KM 1 1 ;;iVCEAEAlHW335M ,.HB333K AA AA 1 1 I c “.d.. . A”“JA, , ICapacitor (6.3WV 100pF) 1 Ca p acitor 50WV d 7..n P I C c ICapacrtor (5OWV 0.033uF) 1 C a p a&or 50WV 2 q,,F\ I HR777K HB472K HB104K HB471K (YTVlHB153K (YTDlHB104K HB473K +:K;T;iHB392K A A A A A A A A B A A B A A C C C C C C C Capacitor Capacitor Capacitor Capacitor Capacrtor Capacttor Capacitor HB563K 76SC2J 12K/-1 12K,‘-1 065A-1 A A A A A A K C C K c C B B R Capacitor (50WV Connector (20pin) Diode (DAN212K: Diode (DAN212K; (50WV (5OWV (50WV (50WV (SOWV (50WV (5OWV 4700PF) O.lOAF) 47OPF) 0.015pF) O.lOuF) 0.047pF) 39OOPF) \--... _ 3 slvs2SA1037KR-1 361VS2SC2412KR-1 1 A D 3 7 VS2SC2412KR-1 A D 3 8 VS2SC4061K,‘-1 A C 9 VRS-HT3AA151J A A 40 VR! I I 1 B B B B C ITranststnr (2SA1037KR) I Transistor 12SC2412KRI Transistor (2SC2412KR) Transistor (2SC4061K) Resistor (1W LQ61 # Q rn. 7 LI(1J [R3] fRA1 Al-l7,,7 I I P LMLLJ CR231 -:- FO-3700A [sl TEL-Liu PWB unit SZAUZ23J IResistor (l/lOW 22Kn ?5%) SZAO514J 1 AG 1 SZAO204J 1 A A S2AO103J 1 A A Cn.-.^^. I . . I S2AO820J S2AO1031 1 1 AA AA VRS-TS2AOlOSJ VRS-TSZAOlO4J VRS-TSZAO751J & \,,,C -.....-.-. 1 1 I AA AA 1 .- 1 1 1 AA AA AA 1 AA 1 / AA 1 VRS-TS2AO331J VRS-TS2AO222J S2AO104J ,.” .^^^ ^. SZAOlOZJ VRS-TS2AO222J 1 t 2 At], HlliM35jK AlAW777M ( I AA AR I UlHM334K 1 AD 1 AA 1 1 IResistor (l/low 82n 25%) I +cn/\ C C C Resistor (l/lOW 1.C Resistor l/lOW lO~n&r ~37~ Resistor (l/lOW 750R t50 C C C Resistor (l/lOW 33 Resistor (l/lOW Resistor (l/lOW 1OOKn -t5% 1 1 I R I I I B IZener diode (MTZ5R ..--.- I C ICapacitor (5OWV OS I I C ICapacitor (50WV 0.33uF) C ICapacitgy (250WV 0.82#F) I C C ICapacitor (5OWV O.O22#F) C ICapacitor ( 5 O W V 10 ‘CKYTVlHF7777 llHB331K llHB331K IResistor (l/lOW 1.6Kn 25%) IResistor (l/lOW 2.2 C 1 AA AA C r? I 1131AFZZ IlHF223Z ‘CKYTVlHElOZK Resistor (l/lOW 510Kn 25% Resistor (l/lOW 200Kn +5k Resistor (l/lOW 1OKn 25%) I ‘dHORB421D//-1 , C C C 1 1 I 1 i AA AA I 1 I ICapacitor (5OWV 330PF) I -.- . CKYTVlHB331K 241 V CKYTVlHB331K 1 A A 242 V VCKYTVlHBlOZK 1 AA 1 243 CKYTVlHF223Z ) A A 244 v CKYTVlHB222K 1 A A C ,cnw\, i 1 1 I I I I I C ICapacitor(5OWV 330PF) r I,“Yy”‘.L”, r?lnm-it”” \d”... Ic.nLu\I cI4”I 22,nocr I , c 1 Capacitor (50WV IOOOPF) C ICapacitor ( 5 0 W V 0 . 0 22aF) C ICapacitor ( 5 0 W V 2 2 13OPF) - 15 [Cl261 [Cl271 [Cl281 [Cl291 FO-3700A Z- -’ 181 TEL-Liu PWB unit , hln I.“. DAOTF , rnn13 onnr cI”UC lHB273K I PRICE 1 NEW I PART 1 ARK RAti r? CKYTVltiF223Z 1 A ^,,__ -... .-.. ~- I lHFZ23Z 1 A CKYTVlHF223Z A CKYTVlHF223Z A lHf3821K A . ..^ .-^.. I A A A A A *.4 1 1 1 1 1 I .--40530-i “‘Mr14119,‘-1 A I Atl 1 AA HiTHi::>>;:! A H I THS56///-1 AF F AF N AN R S - T S 2 A O O O O J RS-TS2AOOOOJ A 2 A O O O O J 2AOOOO.l A A A A A A A / 1 ZAD221J A RS-TS2AD221J A R S - T S 2 A O O O O J RS-TS2AD104J A RS-TS2ADOOOJ A A A A A A A C C C Capacitor Capacitor Capacitor c 0 C C C C B I- I [ R S - T S RS-TS --. . R S - T S 208 v IR S - T S 289 VRS-T; 290 RFiLN2 fm 291 V R O - R C Z E Y O O O J I A A I m 2 9 2 RFiLNZOllSCZZ I A C I 293 VRO-RC2EYOOOJ 1 AA 1 394 v?D-RCZEYOOOJ r -_ 1 A A 74r. I ” ’RO-RC2EYOOOl 1 A A 296 VRO-RC2EYOOOJ 1 AA 1 297 v RO-RCZEYOOOJ A A 2 9 8 RD-RC2EYOOOJ v A A 2 9 9 VRD-RC 2EYOUBJ A A 3 0 0 V R O - R C 2EYOOaJ A A 7Fvnnn 3 0 1 VRO-RC--. v-w., I , _bh _ , 3 0 2 RFiLN2 OllSCZZ A C 3 0 3 RFILN? ..-OllSCZZ A C 7rlLl ”. R O - R C 2 E Y O O O J A A --. At 7°F. I \I HPPC847///-I .A M I 3 0 6 ;HPPC8 17’C’O;-i 1 A C 1 x, I”_1 3 0 7 VHPPC817CO/-1 1 A C 1 m A. 308 vHPt’C817D//-1 - - - - - A D 309[VSBS108///,‘-1 A E 310fVSZSC2412KR-1 A D 3AA222J A A 3AA103J A A 30A750J A L RO-HTZHY15OJ A A _^ ..--2” ICapacitor , -..y”-..“. 0 2 9 S C O 0 A0 014SCOB A D 436SC5J AB 0 1 4 S C O H AB OSFAF02 A B 258ldCNCM886JAFZZ A0 4OlSCOB A A AC fl47sCFn aL///-I HUUSS131//-1 C 1 1c - I I B B B B B R c C C I DESCRIPTION Connector Connector Connector Connector Connector Connector Connector 0.027uF) 3900PF) 0.022jzF) 0.022pF) (5OWV 0.022rF) (50WV 0.022pF) (50WV 820PF) 4700PF) ,vpssa, (2pin) (50pin) (8pin) (B6B-PH-K-R) (9pin) (2pin) cc1301 cc1311 CC1321 cc1331 [Cl341 E3 cc1371 [CNHJI Kfl?uD; TCNPIl LL... II I, rCNPWi I IOiode(lS IDiode (DSSl31) IC IC IC IC (NJU40530) (MC34’ ‘_’ (MC34L,,, (THS56) Resistor (l/low On Resistor (l/lOW On Resistor (l/lOW On ?5y& nn K:;:; I I 1 1 / I I I , 1 I 1 Resistor (1/4W on k5%) Coil (SET-0260) Resistor (1/4W On 25%) C IResistor (lf4W on ~5%) Ff,a<,ctnr \‘I-.. II IAW V., ml +c,w\ c ,I ..v.,.<.-* -.,,o, c 1 R e s i s t o r (1/4wmmon ~5%) C Resistor (1/4W on *50/o) C Resistor (1/4W On -cccl/\ --.,,,, C Resistor (1/4W On f5%) C Resistor (1/4W On +Co” /OJ Dnrir+nr(Army,. ,1 I”LA1 “,I nA +50/o uP ,I>.zJIDLYI C Coil (SBT-0260) C Coil (SET-0260) C Resistor (1/4W On 25%) R ,aPhn,.-. l,VI” Pnllnh~ UY”&,‘C’ IDPP”-/\ \ I “U-v,, I Photo coupler (PC817CO) i B /Photo c o u p l e r (~~817~0) B Photo coupler (PC8170) B Transistor (BS108) >YD\ B Transistor (2SC241;,,,,, C Resistor (1W 2.2Kn 25%) C Resistor (1W 1OKn ?55”0) C Resistor (2W 750 25%) C Reslstor (1/2W 15n c c c C C C C C Reslstor Resistor Resistor Resistor Reslstor (l/low (l/lOW (l/lOW (l/lOW (l/lOW -16- 220n +5x) 221 On LJrO’oI 1OOKn 25%) On 25%) h-11 EL21 LL31 t-L41 r, 07 LLIU, EL111 CL121 [L131 EL141 k151 h-161 5:::3 r, ,317 Li-Lli EE; ‘Y! LVI, [QlOll [R21 IR41 TDEI Lnxvz, [RllO] -.- C. FO-3700A [sl TEL-Liu PWB unit VRS-TSZAD203J VRS-TS2ADOOOl IResistor (l/IO 1 I AA AA 1 l 1 I C P “iTa--ISLH”L”JJ VRS-TS7AD7??I i AA l I I C P IResistor (l/low 20Kn 3 I D...c.i.-ln. II ,,n\*t I C IResistor (l/low lOKn ~5%) C /Resistor (l/lOW 8.2KR ~5%) VKS-ISi!ALlBZZJ hln C VRS-TS2AD333J VRS-TS2AD677 I Vnb-ISZAD103J I.“. I I PARTS CODE 1 AA 1 I AA I (l/10 . PRICE NEW PART RANK MARK RANK A C A C 1 0 R I AA 1 I c I A A 1 I 1 A A 1 I : 1 A A 1 I c ‘J ‘CKYTQIEF1042 A ‘CKYTQlHB222K A Z Zt-11~~0066~00, I A 4 VRS-TP2BD562J 1 5 V~ ‘RS-TP2BD562J 6 V ‘RS-TP2BD562J 7 V‘RS-TP2BD562J 1 IResistor I DE?-SGRIPTION Capacitor (25WV O.lrF) 1 Capacitor (5OWv22OOPF) 1 IC (KS0066FOO) Resistor (1/8W 5.6Kn t50/& Resistor (1/8W 5.6Kn &5%) Reststor (1/8W 5.6Kn *+5x) ResIstor (1/8W 5.6Kn *5%) -1i - EC11 [C21 [ICI1 [Rll CR21 fR31 [R41 FO-3700A -‘.- 191 Panel PWB unit PRICE NEW PART PARTS CODE RANK MARK RANK VRS-TP2BDOOOJ A A 1 8 Resistor (1/8W On 25%) C 9 VRS-TPL BD104J 1 A A I I C IReslstor (1/8W loohn k.59 /o) 1 AA 1 I c I Resister (1/8W 1000 25%) 10 VRS-TP2BDlOlJ 11 LANGHZ 7 12 P G U M M 2 1 13 VVLLF71 I 51 V H EG43) 52 1 V H EG43) n 1 ..c\ NO. DESCRIPTION CR51 k3 [AM] CAUTOI n . , JO VS I.__. _c_, 71 V R D-RC2EY221J A 7 2 V R D-RC2EY221J A 7 3 V R D-RC2EY221J A 7 4 V R - ..__ D-RC7EY622J A 7 5 VRD-RC2 EYlO2J A 76 QSW-K2194SCZZ A I II I-.&I (“llll, r,A A A A A B I 9011DCEKP335ASCOl 1 B I , I D I I 1 I E Resistor (1/4W 220n 25%) Resistor (1/4W 22On +-50/e\ I Resistor (1/4W 22On +50/d ) Resistor (1/4W 6.2Kn 25% 3 Resist= (1/4W l.OKn 25% I) Tact switch (SOR - 123HS) LCD PWB unit (Nal-13) Panel PWB unit (Na51--76) I IPanel I 1 I I I I I I I I I I I I II I I II q I Y C C C C C B I PWB [Rll [R21 EZ3 CR51 CSWI unit Sensor PWB unit - I t, I I 1 I I 1111 CCD PWB unit NO. PRICE NEW PART RANK MARK RANK PARTS CODE 901 DCEKD333ASCOl B I I- E I DESCRIPTION E I I CCD PWB unit I I 1501 Hardware parts NO. PARTS CODE Bl LX-BZ2178SCZZ A PRICE NEW PART RANK MARK RANK B C Screw DESCRIPTION - 18- ..* FO-3700A •I Hardware parts I -19- FO-3700A I Index PARTS C ODE NRdLR2284SCZZ .,nx, n*nnrrn-,7 Rn”Lll‘Lo3~LL‘ 1 NO. I 2- 27 . I I I 1 NROLR2286SCZZ NRoLR2288SCZZ NSFTZ2249SCZZ ,O, I LLJ d~tcu97o”“u77 II CrLIRIL”O*JL.LL 0, TLl?COlEO77 I , n I AD AA AY AC AD AR .^ ,, i-23 218 1 ,n I1, C C C C C C 2- 15 I A U I I I l - 1 0 ‘Ar’ 2- 20 l- 11 5- 17 ii, I”, I S- 31 AN 1 I 5- 18 L n ’ s- 29 5- 19 50-Bl I 50-82 , AtJ , I I I l- 32 ’ , *At ’, , 2 6 AM 28 A C 1- 2q AC AR L2- .I.I 35 1 AC / 1 AC 1 8 .n 8 I AB I 1 AD 1 [ AD 1 1 AD 1 I , . . 1 . r: 2; I47 1-4 AK . 1 , PART RANK c 1 L iit AH AS : C I LPLTM2685SCZZ LPLTM2687SCZZ LPLTP2676SCZZ LPLTP2677SCZZ LPLTP2679SCZC LPLTP2680SCZB .LPLTP2681SCZE LPLTP2682SCZB -LPLTP2683SCZZ LX-BZ2178SCZZ L X - B Z 2 ,1 . 8. 2. S C Z Z LMJ I MLEVP2165SCZB 1 MLEVP2166SCZZ 1 ZMLEVP2169SCZZ 1 i- MSPRT2661SCZZ MSPRT2676SCZA * . . LNl NBRGP2138XHZZ NBRGP214IXHZZ I, R I C E NIEW 1, P,>r.,,,. D*NY , .Ud ..ARK 1 1 22- 16 19 I An AB AB AB l6 ]A l - 2 5 IA I I I I I I I I I; I ,. I i r. I 1 I L I I I, , C C C (1 : ?. C C C c r C C C 1 I I I 1 I I- AB AT AH 1 AG 1 lo666lo- QCNCM7:14SCOE QCNCM7014SCOF QCNCM7014SCOG II I, I I I I IiiI n 1 AF 1 I AU I [a , “0 1 AD AB 91 AB 92 AB 87 2 AB 3 IABI *rr , *$J , VLNW--4lbUhLLL JY I AC I AE I I An I I I c f! c r ii B C C I I I I I I c r I I I I c I I r I I C I I L I\ 1 I ‘RALMB2007SCZZ 8- 203 1 -’ ’ RC-EZ2017SCZZ Y34 7 I,C RC-EZ203OSCZZ JLJJ 3- 238 -RC-EZ2031SCZZ R - 77l-l RC-FZ1131AFZZ R&KlH104HCZt 1 9- 5 3 A RCORF2063SCZZ 1 I41 1 I I 1 I I q r-nac,ncor,-77 , I I-1 nb”“F‘“OOJLLL ,c 53 l- 40 RCoRF2084SCZZ -2o- 1 1 AG 1 A.-L ’ AE AE AC C AE AG &I? , mu 1 I 1 B I 1 c; I C C C C C C r ” , I FO-3700A 6-290 6- 292 1 1 I RFtLNZklSCZZ If ssczz I AF A F a R .I”‘ a - 30; l- 9 , I Iix”I I, AD LO I, ’ :A41 flG$P77 L C B 7- 90: 8-29( R- XI! ” u t AE 5- 4 5- 21’ B ,. , 1 1 ‘4EI I k I R I I ( 1 1 D D 1 1 1 1 I D D n 1 I LR I A,,, ( IAM/ 1 A B I 1 AA ) i AR i 1 I I I 1 ’ 1 TCADZ2139SCZZ TCADZ2264SCZZ N VCCCTVlHH470J .VCCCTVlHHSROJ VCCSTVlHLlOZJ N N ,,P~Acrn,Irr,n,.. / I 55- 24 25 A E A E 6- 48 AA AA AA 3- 221 6- 24 6- 52 6- 53 6- ai n ^ D D C ,C C A A C AA C A A A A A . C C C C C A A A A B 1 I I I FO-3700A PARTS CODE I c-u- 1” ?_I I, 6- 60 6- 61 6- 64 16-70 I n 12 I, .^ II ] aaaaa- II 1, If N i AA AA AA IAAI IAA] C C C c I.., I I 2: 2: 2: 2;, , mn , 2~” 1 * 1 1 1 ,. , I I a- 2t ] 8I ” * VCKYTVlHB332K ,>nl,\,,.,,.IIn*.+nl, f, “LRII”‘“04/1R I,P.w”Tl,.*lnA,rv VCKYTVlHB472K /I VLKYIVIHUBZIK 1 I,~t/“-r~,,IInnn”V Yl,l\l IYl”OoLLn 1 11 1 1 8- 246 1 AA 1 0 17 1 AA 1 an , ILAI t: L, nn , R- ,F+ 1 A * 1 H-Z51 1 A I, VCKYTVlHF223Z N 0 O-L. “jl A AA . . AA ,, ( 6- .j , , I6-m IAAI 6- 35 AA 6- 36 AA 6- 38 AA 6- 40 AA r 157 A& I , aI6-bJ IAA[ I IAAI -fi-h5 - , I .b- a, ‘i AA 6- 6! 1 AA a - 22t5 AA a- 221 ’I AA a- 228 I A A 8- 229 A A 8- 243 AA 8- 247 A A II,, 1 I, I/ If /I I,,, I, 1, I,. I, I, II If N I, 8- 248 249 1 A A A A [1 8- 250 AA 8-1 AC 8- 204 AA a- 209 AA 8- 210~ A D 8-211 AD 6*n ’ n II“26 AC 8- 27 AC 8- 265 AA o-1c1 LI VCQYNAyHM224K VCQYNAlHM333K I, VCQYNUlHM334K N VCSAPJlAA475M “UrlrlAN7 IVY /-1 .“L,ur.l.Lr~a~, 1 I c I 1 I, I 11 I VHDDSS/13 l/,-l \,“nncc,22,,-, 1 c I I c I I, Pb I, I ,T PRICE NEW PART RANK MARK RANK a- 385 AA B a- 88 AA B a- 89 AA R i- 3% ii e 8- 90 AB B 8- 377 AA B a - 38,4 [ABI 1 B a - 3 3 3 IAA] 1 I3 R- a, 1 B 1 AC j I, P8.2 l;;- JLId , IACI ” L / lo- 5 1 A E 1 [ B 6- 102 I AU I 1 B 6- 105 1 AX 1 1 B hin6 I R ” .“” ,I RI -c I, 96- 10’ 6- 9 PARTS CODE a- L. If I 59 6- N 1 I If I/ II I PRICE NEW PART RANK MARK RANK AA I I P I NO. VPY”T”lU~997Y .“ISI I. AIIULLLI, I I I NO. VHEMTZJ300B-1 VHEMTZZROA/-1 II VHEMTZSRlC,‘-1 VHEMTZSR6B,‘-1 VHEMTZ5R6Cbl VHEMTZ6RXB,‘-1 VHERD18ELZ/-1 VHElZClS,‘/,‘-1 VHGPlS58V//-1 I, VHiF255011,‘-1 VHiGM4256BSJ7 VHiHM514800J8 ,VHiKS0066FOO/ VHlLBl730/,‘-1 VHiLH5268T410 VHILM393PS,‘-S VHi LZ95G38/-1 VHiMC14053BMF VH1h4C14066BMF I .“. , ,.,. I 6- 115 1 AE 1 6- 111 1 AD 1 II 1 6-11 2 AD VHiMC34012-1P I R- 7 - -.7 4 AF “UiMr7.41 lQ/-1 .I ..,......eu _..A, , 8-273 AF AC’ >Y7”““,, I , 1 I ” 8!L 9; 86 !a7 I I I 1 1 IBCI 1 B 9 IAFI I R I a IAKI B I I - I 1 I I 1 1 I I, B B El i B R cl Y B B B 1 1 I 1 I c I I c I 1 c; ( I C C C C II I G r! 1 I 1 c C C C C c I vu;tllN7n”?Ahl/ .III”L#.G”“l)nl., I ” *-3co LY” c I If 8- . c I II cc C C C C C C n II I . --- ._.., VHi27020FCBOB VHi43257AGlOL VHi64180ZRS08 VHi74HCU04F-1 VHPGL3EG43,‘-1 If I if , ” ..- I I I, 1 ;; 1 6- 123 6- 101 6- 100 6- 104 9-51 19-52 9- 67 4- 1 1 8- 306 BMI AV 1 i x AC . I AR d!a I I_“, A6 AY AC VHPLT4657E7-1 VHPPC817CD,‘-1 If R- 7n7 ,111, vurru,, I , Y dJ8 vidppca47///-i I a - 3 0 5 h- Qh B B B AC 269 ..v N AC AD A M D u ]I ,I R I 1 I i E R I 1 I q I .llYl i B B B B I a .I VHDRB421D,‘/‘-1 ,, I 1 1 1 1 1 ,I 1 1 1 I I ii i 1 AC 1 B R 1 I ,. AA AA 1AA . . c C C AA .i , a- 147 IRD-HTiHY474J ( E - 3 1 6 ,nn nn*rvnnn I I n “1, AA AA A A AA IAAI 1 3 14 11~1 I I C C C c c I I I I I FO-3700A PARTS CODE NO. VRS-TSZADlOOJ I/ 6- 282 6- 283 fi- 7Rd N I, I I I, , N 6- 241 6- 244 If ,I 6- 246 c- 747 I, I u- “I” if , u- ‘.w II 1 1 6- 255 6- 266 II I a- 53 II PRICE NEW PART RANK MARK RANK I n ’ , n o- 13, I, VRS-TSZADZOlJ -23- a, o-0 1 6- 46 ,c_I 53, 194 , A AA AA AA bf mu , ’ , hl8. I L , C C C ,-b I , I I FO-3700A PARTS CODE VRS-TSZADZOZJ II N VRS-TSZADZO~J t/ I/ PRICE NEW PART RANK MARK RANK I m I 6- 176 ’ *AHA ’ ? .“b- ,113 AA i a51 AA C n mn_l a- XI AA C . _ 1 L I a- 329 I I a- 333 I ii I I c I a-337 AA I c I a- 339 AA I c I P.. ?A, AA I c I NO. , , ) I I I 1 1 I 66366aaaa 6 6666R II I/ If If N I/ N N VRS-TSZAD223J If N N 6- 178 6- la0 6- la4 6- 191 a- 43 a- 58 a81 a- a5 6- 286 a- 4 9 ’ a50 L- 67 N VRS-TSZAD473J II N VRS-TSZAD51lJ VRS-TSZAD514J N I/ VRS-TSZADS6 IJ VRS-TSZAD562J N N II N VRS-TSiAD622J C C C C C C C C C C C AA AA AA AA AA AA AA AA AA AA AA AA 1 aaa- 1 1 6iiI3IjbL - VSDTA1:4EK,-1 VSDTC114EK/-1 I, I, N ,, N I/ M VRS-TSZAD331J VRS-TSZAD332J 6666- 274 275 276 277 ro- e-n LIO 6- 279 6- 280 a6- 230 A A A 1 A A A A A 1 i 1 AA 1 a011 A A 1 1 AA I C C C 62 352 353 1 AA 1 1 AA 1 ’ - * ’ 1 1 I c c ” I I I 1 AA 1 ’ * ’ ’ I A P 1 Afi 1 I I; ,- I I I 1 I I c r. I I I AA A 1 11 A AA AA AA A E A E Al3 , nA D0 , 11 cc C C C El B B Ia ;; I 1 I I I 1 1 ’ C AA AA --- A-174 b - A/+ IO, 226 229 256 .- a- 343 a- 70 6- 242 N // I/ II VRS-TSZADa22J N 183 250 231 234 235 60 48 64 rr ^ VRS-TSZADaZOJ VRS-TS2ADa21J If .-- 4, LU3 212 214 30 309 133 33, ,.I, AA I I I c I I c I I c I I c I I r I I c I 1I I c c I I I ,I I I +VLLF7174G6-1 -24- 1 1 1 a-38 9- 13 IACI I AP I I I 1I E II FO-3700A PARTS CODE PRICE NEW PART RANK MARK RANK NO. I 7- ia l- 711 OCBUCCOOlOFi; OCBUCC0013DZ/ OCBUDC0139AZ,’ I AC ( AC I I A n I 1 7-5 7- 23 7- 777- AM AN cn 30 56 1R I‘ 43 7-48 I IlrOllrPCI n Ar,P / f 7- 55 :7- 47 777- 52 42 43 B B R I 1 I I I I c” r I 1 I 1 AC 1 1 AF ) 1 A i-l I I I J I c c B R I I [ I A RANK , “,.I RANK MARK , I I 1 AG 1 I *IA I 1 ii 1 I , 1 , 1 I I ti R I / I c I 0 I AC I 1 AA ) t AA 1 I 1 ;; 1 PRICE NEW PART NO. B B A c tllAV / E / “b”““L,r I U‘t”3, OCBUGCQ222AQ,’ OCBUGCS222AP,’ OCBUGCU103BC,’ OCBUGCU221BR,’ I 1 I PARTS CODE AE AC AD AC 1 2: C C C C -25- - AT 1 FO-3700A - CAUTION FOR BAlTERY REPLACEMENT ADVARSEL ! (Danish) Liiiumbatten - Eksplosionsfare ved fejlagtig handtering. Udskiftning mB kun ske med batten af samme fabrikat og type. \ Lever det brugte batten tilbage til ieverandoren. Caution ! (English) L Danger of explosion if battery is incorrectly replaced. Replace only with the same or equivalent type recommended by the equipment manufacturer. Discard used batteries according to manufacturer’s instructions. VAROITUS (Finnish) Pa&to voi rajahtaa, jos se on virheellisesti asennettu. Vaihda paristo ainoastaan laitevalmistajan suosittelemaan tyyppiin. H&vi% kaytetty patisto valmistajan ohjeiden mukaisesti. ATTENTION (French) II y a danger d’explosion s’ il y a remplacement incorrect de la batterfe. Remplacer uniquement avec une batterie du meme type ou d’un type recommande par le constructeur. Mettre au rebut les batteries usagees conformement aux instructions du fabricant. VARNING Explosionsfare vid felaktigt battenbyte. Anvand samma batterityp eller en ekvivalent typ som rekommenderas av apparattfllverkaren. Kassera anvant batten enligt fabrikantens instruktion. (Swedish) FO-3700A SHARP COPYRIGHT 0 1994 BY SHARP CORPORATION All rights reserved. Printed in Japan. No part of this publication may be reproduced, stored in a retrieval system, or transmitted, in any form or by any means, electronic, mechanical, photocopying, recording, or otherwise, without prior written permission of the publisher. SHARP CORPORATION Communication & Audio Systems Group Quality & Reliability Control Center Higashihiroshima, Hiroshima 739-01, Japan 1994 Printed in Jaoan [ A9403-378SW&T 1
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