1.0 FO155

User Manual: FO155

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FO-155A

FO-355A

SHARP SERVICEMANUAL

No. OOZFO155A/SME

FACSIMILE

CHAPTER 1. GENERAL DESCRIPTION

[1]Specifications . . . . . . . . . . . . . . . . . . . . .

FO-155

MODEL FO-355

The. FO-355A is amodelwithcutter, andthe

FO-I55A is amodelwithoutcutter.This manu-

al explainsthe FO-355A.

CONTENTS

1-1

[2] OperationPanel....................1-2

[3] TransmittableDocuments ... .........1-3

[4] Installation. . . . . . . . . . . . . . . . . . . . . . . .1-4

[5] Quickreferenceguide .. .............1-6

CHAPTER 2. ADJUSTMENTS

[1]Adjustments.......................2-1

[2] Diagnosticsand servicesoftswitch.....2-2

[3] Troubleshooting...................2-14

[4] Errorcodetable . .. . . .. . . .. .. .. ....2-15

CHAPTER 3. MECHANISM BLOCKS

[1]Generaldescription .................3-1

[2] Disassemblyandassembly

procedures....................3-4

CHAPTER 4. DIAGRAMS

[1]Blockdiagram .....................4-1

[2] Wiringdiagram . . . . . . . . . . . . . . . . *, --4-2

[3] Point-to-pointdiagram ... ............4-3

CHAPTER 5. CIRCUIT DESCRIPTION

[1]Circuitdescription ..................5-1

[2] Circuitdescriptionof controlPWB ......5-2

[3] CircuitdescriptionofTEULIU PWB ... .5-8

[4] Circuitdescriptionof

powerSupplyPWB ............5-10

[5] Circuitdescriptionof CCD PWB ......5-12

CHAPTER 6. CIRCUIT SCHEMATICS AND

PARTSLAYOUT

[1] ControlPWBcircuit .................6-1

[2] TEULIU PWBcircuit ................6-6

[3] PowersupplyPWBcircuit ............6-9

[4] CCD PWBcircuit .......... .......6-11

[5] OperationpanelPWBcircuit .........6-12

CHAPTER7. OPERATIONFLOWCHART

[1] Protocol .........

[2] Poweron sequence

CHAPTER8. OTHERS

[1] Servicetools . . . . .

[2] ICsignalname.. . .

PARTSGUIDE

.................7-1

.................7-2

.................8-1

..................8-4

Partsmarkedwith “A” is importantfor maintainingthe safetyof the set. Be sureto replacethesepartswith specified

onesfor maintainingthesafetyandperformanceofthe set.

Thisdocumenthasbeenpublishedto beused

SHARPCORPORATION fOra”er-SaIeSSeNiCeOnIY.

Thecontentsaresubjectto changewithoutnotice.

FO-155A

FO-355A

CAUTIONFORBATTERYREPLACEMENT—

(Danish) ADVARSEL!

Lithiumbatteri-Eksplosionsfarevedfejlagtigh~ndtering,

Udskiftningmakunskemedbatteriaf sammefabrikatogtype.

Leverdetbrugtebatteritilbagetil Ieverandoren.

(English) Caution!

Dangerofexplosionif batteryis incorrectlyreplaced.

Replaceonlywiththesameor equivalenttype

recommendedbytheequipmentmanufacturer.

Discardusedbatteriesaccordingto manufacturer’s

instructions.

(Finnish) “VAROITUS

Paristovoi r~j~ht~~,josseonvirheeliisestiasennettu.

Vaihdaparistoainoastaanlaitevalmistajansuosittelemaan

WpPiin.H~vit~k~ytettyparistovalmistajanohjeiden

mukaisesti.

(French) AITENTION

IIyadangerd’explosions’il yareplacement incorrect

dela batterie.Remplaceruniquementavecunebatteriedu

m~metypeoud’untyperecommand6parIeconstructeur.

Mettreaur6butIesbatteriesusageesconformementaux

instructionsdufabricant.

(Swedish) VARNING

Explosionsfarevidfelaktigtbatteribyte.

Anv~ndsammabatteritypellerenekvivaient

typsomrekommenderasavapparattiilverkaren.

Kasseraanv~ntbatterienligtfabrikantens

instruction.

(German) Achtung

ExplosionsgefahrbeiVerwendunginkorrekterBatterien.

AlsErsatzbatteriendOrfennurBatterienvomgleichenTypodervom

HerstellerempfohleneBattenenverwendetwerden.

EntsorgungdergebrauchtenBatteriennurnachdenvomHersteller

angegebenenAnweisungen.

FO-155A

FO-355A

— —— —

CHAPTER1. GENERALDESCRIPTION

[1]SPECIFICATIONS

Applicable telephoneline:

Compatibility:

Configuration:

Compression scheme:

Scanning method:

Resolution:

Recording system:

Display:

Automatic cutter:

Reception modes:

Modem speed:

Transmission time*:

Effective recording width:

Input document size:

Publicswitchedtelephonenetwork

IPBX

ITU-T(CCITT)G3mode

Half-duplex,desktoptransceiver

ModifiedHuffmanand Sharpspecial

mode

Flat-bed,solid-stateCCD

Horizontal:

8dot/mm

Vertical:

Standard+.85lines/mm

Fine/Halftone-7.7iines/mm

Superfine-15.4lines/mm

Thermalrecording

7x5dots,1lineby 16-digitdisplay

Standard(tolengthof original)

Auto/Manual

9600 bps with automaticfallbackto

7200,4800,or 2400bps

Approx.15seconds

(Sharpspecialmode)

210mm,max.

Automaticfeeding:

Width—216mm

Length—128to 297mm

Manualfeeding:

Width— 216mm

Length—128to 1000mm

Effective scanning width:, 210 mm

Automatic document feeder: 20 sheets max.

Halftone (gray scale): 64 levels

Contrast control: Automatic/Darkselectable

Copy function: Standard

Telephone function: Standard

(cannotbe usedif powerfails)

Noise emission: Lessthan70 dBA

(Measuredaccordingto DIN45635.)

Power requirements: 230-240 VAC,50/60 Hz

Operating temperature: 5to 35°C

Power consumption: Stand-by:6W

Maximum:120W

Dimensions: Width:352mm

Depth:294mm

Height:130mm

Weight: Approx.3.5kg

~Basedon ITU-T(CCITT)Test Chart#l at standardresolutionin

Sharp special mode, excludingtime for protocol signals (i.e.,

ITU-TphaseCtimeonly).

As apart of our policy of continuousimprovement,SHARPreservesthe right to make designand specificationchangesfor procduct

improvementwithoutpriornotice.Theperformancespecificationsfiguresindicatedarenominalvaluesof productionunits.Theremaybe some

deviationfromthesevaluesin individualunits.

1-1

FO-155A

FO-355A

[2] Operation Panel

FUNCTION key

Pressthis keyto select

variousspecialfunctions.

Liquid crystal display

This displaysvarious \

messagesduringoperation Reception mode key

and programming. Pressthis keyto select

SPEED DIAL key the modeof reception.

Pressthis keyto dial a

2-digit.SpeedDial number.

REDIAL key

Pressthis keyto

automaticallyredialthe

lastnumberdialed.

-\\\

RESOLUTION key

Pressthis keyto adjustthe

resolutionandcontrast

beforesendingor copying

adocument.

VOLUME key

Pressthesekeysto adjust

thevolumeof the handset

whenthe handsetis lifted,the

volumeof the speakerwhen

the Speaker keyhas been

pressed, or the volume of the

ringerat all othertimes.

Numeric keys

Usethesekeysto dial

numbers, and enter

numbers and letters

duringnumber/name

/ / ,,,,,j::fthesekey,l \:;::ij:;:

storingprocedures.”

HOLD/SEARCH key

Pressthis keyto search

for an automaticdialing

number,or, duringa

phoneconversation,

pressitto putthe other

patty on hold.

to dial afax or voice

numberautomatically.

(Notethatyou must

attachthe Rapidkey

labels.)

SPEAKER key

Pressthis keyto dial a

numberwithoutpicking

upthe handset.

ISTART key

Pressthis keyto sendor

receiveadocument.

COPYkey

Pressthis keyto make

acopyof adocument.

1 –2

[3] Transmittable Documents

1.Document Sizes

Normalsize width 148-216 mm

length 128-297 mm

-----

---”

6:g-’’’--”-’’’hIrm

148mm 216mm 216mm

[Normalsize] [Specialsize]

HUsedocumentcarriersheetforsmallerdocuments.

●With specialsizes,onlyonesheetcanbefed into the machineat

atime. Insert next page into feeder as current page is being

scanned.

2. Paper Thickness& Weight

IADF 10 Thickness0.06-0.12mm

Normalsize sheets Weight 52–104g/m2

IADF20 Thickness10.06-0.09mm I

sheets Weight 52-74.3g/m2

Specialsize Thickness0.12-0.20mm

Weight 52-157glm2

3. Document Types

●

Normalpaper

Documentshandwrittenin pencil(No. 2lead or softer), fountain

pen,ball-pointpen,or felt-tippedpencanbetransmitted.

Documentsof normalcontrastduplicatedby acopyingmachine

canalsobetransmitted.

Diazocopy(blueprint)

Diazocopydocumentsofanormalcontrastmaybetransmitted.

Carboncopy

Acarboncopymaybetransmittedif its contrastis normal.

4. Cautions on Transmitting Documents

●

Documentswritten in yellow, greenishyellow, or light blue ink

cannotbetransmitted.

Ink,glue,andcorrectingfluidondocumentsmustbedrybeforethe

documentscanbetransmitted.

All clips, staplesand pins mustbe removedfrom documentsbe-

foretransmission.

Patched(taped)documentsshouldbecopiedfirst on a copierand

thenthecopiesusedfortransmission.

All documentsshouldbefannedbeforeinsertionintothe feederto

preventpossibledoublefeeds.

FO-155A

FO-355A

5. Automatic Document Feeder Capacity

Numberof pagesthatcan be placedintothe feederat anytime

follows:

Normalsize:max.ADF20sheets

Specialsize:singlesheetonly(manualfeed)

is as

NOTES: ●Whenyou needto sendor copy morepagesthan the

feederlimit, placeadditionalpagesin feederwhenlast

pageinfeederis beingscanned.

●Placeadditionalpagescarefullyandgentlyinfeeder.

If forceis used,double-feedingor adocumentjam may

result.

6. Readable Width& Length

Thereadablewidthandlengthof adocumentareslightlysmallerthan

theactualdocumentsize.

Notethatcharactersor graphicsoutsidetheeffectivedocumentscan-

ningrangewillnotbe

●Readable width

210 mm,max.

read.

Readablewidth

●Readable length

Thisis thelengthof thedocumentsentminus4mmfromthetopand

bottomedges.

Readablelength

t-----------------

{* 4mm

1-3

FO-155A

FO-355A

7. Use of Document Carrier Sheet

Adocumentcarriersheetmustbeusedfor thefollowingdocuments.

●Thosewithtears.

●Thosesmallerthansize148mm(W)x128mm(L).

●Carbon-backeddocuments

Makeprintstraight

acrosspaper

E.G.

Placethedocument

carrierinthedocument

feeder

withthe clearfilm

sidedown

Direction

of insertion -

NOTE: To transmitacarbon-backeddocument,insertawhitesheet

of paperbetweenthe carbonbackof the documentandthe

documentcarrier.

●Thosecontainingan easilyseparablewritingsubstance(e.g.,trac-

ingpaperwrittenonwithasoft,heavyleadpencil).

NOTES: ●

●

Whenusingthe documentcarrier,carefullyreadthe in-

structionswrittenonthe back.

If the documentcarrieris dirty,cleanit withasoft,moist

cloth,andthendryit beforeusingfortransmission.

Donot placemorethanonedocumentin thecarrierat a

time.

[4] Installation

1. Site selection

Takethe followingpointsinto considerationwhenselectingasitefor

thismodel.

ENVIRONMENT

●

Themachinemustbeinstalledona levelsurface.

Keepthe machineawayfrom air conditioners,heaters,directsun-

light,anddust.

Provideeasyaccessto the front,back,andsidesofthe machine.

In particular,keep the area in front of the machineclear,or the

originaldocumentmayjam as it comesoutafterscanning.

Thetemperatureshouldbebetween5°and35°C.

The humidityshouldbe between30%and 85% (withoutconden-

sation).

ELECTRICITY

230-240V,50/60Hz,grounded(3-prong)AC outletis required.

Caution!

●Connectionto apowersourceotherthanthatspecifiedwill cause

damageto theequipmentandis notcoveredunderthewarranty,

●If your area experiencesahigh incidenceof lightningor power

surges,we recommendthat you installasurgeprotectorfor the

powerandtelephonelines.Surgeprotectorscan be purchasedat

mosttelephonespecialtystores.

If the machineis movedfromacoldto awarmplace...

If the machineis movedfrom acold to awarmplace,it is possible

that the readingglass may fog up, preventingproper scanningof

documentsfor transmission.To removethe fog, turn on the power

andwaitapproximately2hoursbeforeusingthe machine.

TELEPHONE JACK

AstandardRJ-11Ctelephonejackmustbelocatednearthemachine.

Thisisthetelephonejackcommonlyusedin mosthomesandoffices.

●Pluggingthe fax machineintoajack whichis not an RJ-11Cjack

mayresultin damageto the machineor yourtelephonesystem. If

you do not knowwhat kindof jack you have,or neededto have

oneinstalled,contactthetelephonecompany.

2. Assembly and connections

@Connectthehandsetcordto the handsetandthefaxas shown.

●Theendsof the handsetcordare identical,so theywill go into

eithersocket.

Placethe handsetonthehandsetrest.

@Insertoneendof the line cordinto the socketonthe backof the

machinemarkedTEL. LINE. Insertthe otherendinto awall tele-

phonesocket.

●Be sureto plug the line cord into the TEL. LINE socket. Do

not plug it into the TEL. SET socket.(Note:The TEL. SET

socketis notavailablein somecountries.)

1 –4

FO-155A

FO-355A

@Plug the power cord into a220-240V,50/60Hz,groundedAC

outlet.

●Caution: The mains outlet (socket-outlet)shall be installed

neartheequipmentandshallbeeasilyaccessible.

●Thefax doesnot haveapoweron/off switch,so the poweris

turnedonandoff bysimplypluggingin or unpluggingthepower

cord.

@Attachtheoriginaldocumentsupportbyinsertingthe tabs intothe

holesatthetop,rearof thefax.

●Flipupthewireextenderonthesupport.

@Unwraptherollof fax paperandinsertit in thecompartment.

●Makesurethe hubson eachside of the compartmentfit into

the endsof the roll. The hubon the left sideis mountedon a

springtoallowfor insertion.

4. Loading the recording paper

@Graspthe fingerhold on the front and centerof the papercom-

partmentcover,andpull upto openthecover.

Removethepackingpaperfromthepapercompartment.

cCaution! If you are replacingthe paper, do not touchthe metal

stripin the compartment.It maybe hot if adocumenthasjust

beenprinted.

●Important: Theroll mustbe placedso thatthe leadingedgeof

the paperfeedsfromoverthetopof the roll. (Thepaperis oniy

coated on one side for printing. If the roll is placed upside

down,thepaperwillcomeoutblankafterprinting.)

YES ‘NO

Note: The paperroll providedis onlyasampleroll whichis ap-

proximately50mlong.

THERMAL PAPER (50m roll): FO-40PRW

Passtheleadingedgeofthe paperovertherollerandthroughthe

outletinthepapercompartmentcover.Removeanyslack.

Closethe coverandthenpresstheSTARTkey. Ashortlengthof

thefax paperwillfeedout. Graspthe paperby theedgeandpull

upwardto tearit off.

1-5

[5] Quick reference guide

Use this guideas aconvenientreminderfor operatinqthe machineafter vou have readthe

detailedinstructionsfor eachprocedureinthemanual.-.

Note: ~.-- ...----=

●Stepswhichareoptionalare enclosedin adottedframe: II

L.------ .---i

Transmitting documents

Normal Dialing

Direct Keypad

Dialing

Rapid Key Dialing

Speed Dialing

Rediaiing

START

~Waitfor

receptiontone II

+Q+Hangup

.--------

Load iREWUTW~PressRapid

dwument +! - I+kev

.--------1

START

Load ,------- EnterSpeedDial

dmument + ~“~~: +“6’” +number(press2+D

----_---l numerickeys)

START

,-------

Load

document‘~ “=W; +‘b” Waitfor

+receptiontone c1

---- _---l

Making voice calls

Normai Dialing

Rapid Key Dialling

Speed Dialing

Redialing

Lifthandset Dial(press Lifthandsetif you

press~\ EAKER +numerickeys) +pressedSPEAKER

Lifthandset ~PressRapid ~Lifthandsetifyou

press~\ EAKER key pressedSPEAKER

Lifthandset +WEEDDM

pres ~~EAKER 0+

EnterSpeed Dialnumber ~Lift handset ifYOU

(press2numerickeys) ptessSPEAKER

Lifthandset ~Lifthandsetifyou

press~~EAKER “$ PressSPEAKER

FUNCTION key menu

The followingchart showsthe layoutof the functionsand settingsaccessedby pressingthe

FUNCTION key. Firstpressthe FUNCTIONkey,the appropriatenumerickey as shown,and ~~

then “#” or” x“untilthedesireditemappears. &b

Instructionsfor makingeachsettingappearin the display.If youhaveany difficulty,referto the ~~

detailedinstructionsonthe pageshownbelowthe setting.

Printingoutiists

H@+@or@ (pre~untildesireditemapp=rs)

Entering

your

nameandFAX

number B@+@@

Settingthedate

andtime a@+@@

StoringNumbers

ForAutomatic

Diaiing H~+@+@ or@

SettingUser

Switches =~+@or@ (Pressuntildesireditemappears)

F[rl Ciear

Pressthiskeyto deletethe

iettermarkedby thecursor(if

Symbo!s

thecursoris to the rightof the

lastietterentered,it will

backspaceand deletethe last

letter).

Shift

Pressthiskeyonceto change

case(pressitagaintochange

back).

Z(Cursor ieft)

Pressthiskeyto movethe

cursorto the left.

~(Cursor right)

Pressthiskeyto movethe

cursorto the}ight.

Presseitherkeyrepeatedlyuntill

thedesiredsymbolappears

(seethesymboliistbelow).

FO-155A

FO-355A

CHAPTER2. ADJUSTMENTS

[1] Adjustments

General

Since the followingadjustmentsand settingsare providedfor this

model,makeadjustmentsand/orsetupasnecessary.

I. Adjustments

Adjustmentsofoutputvoltage(FACTORYONLY)

1. Installthepowersupplyunitin themachine.

2. Setthe recordingpaperanddocument.

3. When the documentis loaded,power is supplied to the output

lines. Confirm that outputsare withinthe limits below.

Outputvoltagesettings

bCNHJ I

CNLED r

❑

CNSP [

CNLIU[

TEL/LIU II

NLIUA

CNPN

CNCSW

~cNTH

CNMTCNCCD

NLIUB CNP

CONTROL

Output IVoltaqelimits I

+12V I11.5V-12.5V I

+5V 4.75V-5.25V

VM(+24V) 23.3V-24.7V

(

POWER

SUPPLY

Connector

No. CNPW

PinNo.

1IMG

2MG

3IVM

4VM

5DG

6+5V

7AG

8+12V

2. IC protectors replacement

ICPS(IC Protectors)are installedto protectthe motordriver circuit

andthe plungerdrivecircuit, ICPSprotectvariousICSandelectronic

circuitsfromanovercurrentcondition.

Thelocationof ICPSareshownbelow:

CNUUAcNPti

~cm

CNMT

CNCCD

[

CNPW

CNLIUB n

F1OO

(1) F1OO(ICP-SO.7)is installedin orderto protectIC’Sfroman over-

currentgeneratedin the motordrive circuit. If F1OOis open,re-

placeit withanewone.

3. Settings

(1) Dialmodeselector

DIALmode(SoftSwitchNo.SWB4DATANo.3)

(step 1) Select “OPTIONSEITING”,

DISPIAY: OPTIONSE~lNG]~l PRESSXOR#I

(step2)Select“DIALMODE”. rCursor

Wheninitially

registering,

‘Ey: o@@@o@@ !E3:i!%}:si;5:

formerlyisshown.

DISPLAY:DIALMODE I=[l=TONE, 2.PULSE1

(step3)Select,using”1”or“2”.

KEY: o1

DISPLAY:TONESELECTED

KEY: o2

DISPLAY:\PULSESELECTEDJ

(step4) End, usingthe “STOP”key.

KEY: @STOP

2–1

FO-155A

FO-355A

[2] Diagnostics and service soft switch

1.Operating procedure

(1) Enteringthediagnosticmode

PressWI +❑+❑+❑+❑+❑,andthefollowingdisplaywillappear.

IROMVer.FUBOx(FTSOX) ~After2see:IDIAGMODEI

FUBO

X(355A)

1Identical

FTSO~(155A)

Thenpressthe ml keyandcountrynameselectedbycountryselectwillappear.Selectthedesireditemwiththe ❑keyor the ❑key

or selectwiththerapidkey.Enterthemodewiththe STARTkey.

(Diagospecifications)

m]+@@@@@ +1 Ver.FUBO*orRSOxl+ DIAGMODE

SoftswitchsettingmodeISTART~

ROM&RAMcheckmodeISTARTI

Agingmode m

Panelcheckmode m

Checkpatternmode m

p’odu~~’ckmode m

Signalsendmode m

Memoryclearmode m

101F*

II [:

Entrydatareceive

Entqdatasend

Autofeedermode

Allblackcopy

Copytestmode

CCDadjustmode

If the dial mode cannot be set, repeat the dial mode operation, per-

forming thefollowingoperation.

After the power is turnedon and “WAITAMOMENT”is indicated,

presstheSTOPkey.

STOP START

KEY KEY

“PowerON’ keeptheSTOPkeypressed

+“PowerON”+ ~ while“WAITA..... isindicated.

PresstheSTARTkeywhen“MEMORYCLEAR?”appears.

Memoryclear

(Work+Backup)

2. Diagnostic items

ITEM RAPID

No. key Contents Function

101 Softswitchsettingmode DisplaysoftSWcontents,andchangesthesetting.

2 02 ROM&RAMcheckmode ChecksprogramROM(128KByte)andworkRAM(32KByte).

3 03 Agingmode Printsthecheckpatternat thespeedof 1sheet/5minutes.

404 Panelcheckmode Displaysthenameof keydepressedontheoperationpanel.

5 05 Checkpatternmode Prints2sheetsof checkpattern.

6 06 Productcheckmode ExecutesNo.4, No.2 andNo.5continuously.

7 07 Signalsendmode Sendsmodemsignalssequentially.

808 Memoryclearmode Clearsthebackupmemorycontentsto resetit totheinitialstate.

9 09 CCDadjustmode UsedforCCDadjustment.Executescopyoperation.WhentheSTOPkeyis pressed, the unit goes

into the wait state. WhentheSTARTkeyis pressedagain,theunitstartsoperationagain.

10 10 Copytestmode Checksthecopyoperation.

11 11 All blackcopy Performsall-dotprinting(2m).(Checkthermalheadoperation)

12 12 Autofeedermode Feedstheoriginaldocuments.

13 13 Entrydatasend Sendstelephonelist,owntelephonenumberlistandoptionsetlistcontentsin DTMFsignal.

14 14 Entrydatareceive Receivestelephonelist,owntelephonenumberlistandoptionset list contents.

2-2

3. Diagnostic items description

3.1. Soft switch settingmode

Usedto changethesoftswitchsettings.

Thesoftswitchwhichis storedinternallyissetbyusingthekeys.

TheavailablesoftswitchesareSW-Al to SW-K1.

Thecontentof softswitchesis shownin page2-5to 2-13.

Thecontentsaresetto factorydefaultsettings.

3.2. ROM &RAM check mode

ROMexecutesthe sumcheck,andRAMexecutesthe matchingtest.

The result will be notifiedwith the numberof short soundsof the

buzzeraswellasby printingthe ROM&RAMchecklist.

Numberof shortsoundsof buzzer O+Noerror

1+ROMerror

2+RAMerror(32Kbyte)

3.3. Aging mode

If any documentis first present,copyingwill be executedsheetby

sheet. If no documentis present,the check patternwill be printed

sheetby sheet.Thisoperationwill beexecutedat arateof onesheet

per5minutes,andwill beendedat atotalof 10sheets.

3.4. Panel check mode

In this mode,whethereachkeyoperatesproperlyor not is checked.

Pressakeyontheoperationpanel,andthecorrespondingkeywillbe

displayed.In this mode,pressthe STOPkey,andthe list of the keys

pressedin thismodewill beprintedwiththe modeended.

Whetherall keysare pressedin thismodeor notwill bejudgedwhen

thelist is printed,andtheresultwillbeprinted.

3.5. Check pattern mode

This modeis usedto checkthe statusof print head.Two sheetsof

checkpatternare printed.The followinginformationof check pattern

is printed.

@Verticalstripes(altematewhiteandblacklines)Approx.35mm

@Fullblack Approx.70mm

@Fullwhite Approx.35mm

FO-155A

FO-355A

3.6. Product check mode

This modeis usedto performNo. 4(panelcheck),No. 2(ROM&

RAMcheck)andNo.5(checkpattern)continuously.

3.7. Signal send mode

Thismodeis usedto sendvatioussignalsto the line.

FAXsignalsaresentinthelevelsetbythesoftswitch.

[1] Nosignal(CMLsignalturnedon)

[2] 9600bps

[3] 7200bps

[4] 4800bps

[5] 2400bps

[6] 300bps(FLAG)

[7] 21OOHZ(CED)

[8] 11OOHZ(CNG)

[9] END

Thesignalcanbe checkedbypluggingthe handsetintothe TEL line

connectorontherearof themachine.

3.8. Memory clear mode

This mode is used to clear the backupmemoryand reset to the

defaultsettings.

3.9. CCD adjust mode

This modeis usedto adjustthe optical system. Sincethe copy is

functionperformed,set the original.To abort the copy operation,

presstheSTOPkey.To restartpresstheSTARTkey.Whenthecopy

is completedor when the STOP key is pressedin the interruption

state,exitfromthismodeoccurs.

3.10. Copy test mode

Thismodeis usedtocheckthecopyoperationandpicturequality.

Beforeusingthis mode,set the original.If there is no original,the

recordingpaperiscut.

The first pageis copiedin conditionof FINE/AUTOthe secondand

thesubsequentpagesarecopiedin conditionof H-TONE/DARK.

3.11. All back copy

Thismodeis usedto checktheprinthead.

All-dotprintis executedunconditionallyuntil 2(m) is obtainedexcept

when any trouble occurs (recordingpaper-has run out, recording

paperjam,thermalprotect).

3.12. Auto feeder mode

In this mode, adocumentis insertedand dischargedto checkthe

autofeedfunction.

After this mode is started, set adocument, and the document feed

willbeautomaticallytested.

3.13. Entry data send

Thismodeis usedto sendthe registereddatato the remotemachine

andmakethe remotemachinecopythe registeredinformation.When

this modeis usedforsending,the remotemachinemustbesetto the

entrydatareceivemode(Rapidkey12).

Theinformationto besentis asfollows.

Informationwhichcanbe registeredin the “FUNC”+“3’ entry

mode.

(Exceptingdataandtime)

Softswitchdata

2–3

FO-155A

FO-355A

3.14. Entry data receive

This modeis usedto receivethe registereddatawhichis sentfrom

the remotemachineandto registerthe receiveddatain the machine.

Whenthis mode is usedto receivethe information,the remotema-

chinemustbesetto theentrydatasendmode(Rapidkey11).

After completionof reception,the telephonenumberlist, own tele-

phonenumberlist,optionset list,andsoftswitchlistareprinted.

Caution

Unless the time mode is set, the list print is not performed,“NO

DATA”appearson thedisplay.

4. How to make soft switch setting

To enter the soft switch mode,makethefollowingkeyentriesin

sequence.

IPress IFUNCTION] ❑❑❑❑❑-1

mTA No. 12 345 678

SF T SW-Al =“o o 0 0 0 0 0 0I 1

SFT SW-Al =1:o0 00 ()()()I 4

IS FT SW-Al= 1 0:0 o 0 0 0 ()[ 4

PresslFUNCTIONlkev.

Press❑key.

Bitl -8 areset.

ISF T SW-Al =10 0 0 0 0 0 01 -

Press1~1 key duringsetting.

SFTSW-A2 =‘o o 0 0 0 0 0 0[ 4

~SoftSW-A2-SW-K1areset.

ISFT SW-K1 =ooooooo#

‘1

●Tofinishthesettingshalfwaybetween

SW-Al andSW-KI, pressthe STOP

key.Inthiscase,the settingbeingdone

to the SWNo.ondisplaywillbe nullified

whilesettingsdoneto thepreceding

SWNos.remainin effect.

.When the COPYkeyis pressed,the

contentsof softswitchesareprinted.

IThesoftswitchmodeisterminated.

2-4

FO-155A

FO-355A

5.Soft switch description

●Softswitch

Sw DATA

NO. NO. ITEM SwitchSettingandFunction Initial Remarks

10setting

1Digitallineequalizationsetting Yes .No 1

2Forced4800bpsreception Yes No o

3Reserved o

4Modemspeed 9600BPS 7200BPS 4800BPS 2400BPS

Al 5No.41 1 0 0 1

No.50110 0

6Lengthlimitationofcopy/send/receive Nolimit Copy/Send:1mo

Receive:1.5m

7CSItransmission Notransmitted Transmitted o

8DISreceiveacknowledgementduringG3 Twice NSF:Once o

transmission DIS:Twice

1NonmodulatedcarrierforV29 Yes No o

transmissionmode

2EOLdetecttimer 25sec 13sec o

Sw 3Protocolmonitor Yes No o

I4Linemonitor Yes No o

A2 5Si~naltransmissionlevel Binaryinput 8421 1

6No.=1234 0

71 0 1 1(-lldBm) 1

1Sender’sinformationtransmit No Yes o

2H2mode No Yes o

3Communicationerrortreatmentin RTN Nocommunicationerror Communi~tionerror o

Sw sendingmode(reception)

I4CNGtransmission No Yes o

A3 5Autogaincontrol(MODEM) Enable Disable 1

6Equalizerfreezecontrol(MODEM) On off o

7Equalizerfreezecontrol7200bpsonly No Yes o

8Errorcriterion 10-2070 5-1070 0

1DisconnectthelinewhenDISis received No Yes 1

in RXmode.

2FooterPrint Yes No o

3EndBuzzer Yes No 1

Sw “4 Antijunkfaxcheck Yes

INo o

OPTION

A4 CEDtonesignalinterval 75ms 500ms 750ms 1000ms

6No.50 0 1 1 0

No.6010 1 0

7Resewed o

8Resewed o

1Recallinterval Binaryinput 8421 1

No.=1234

1010

I4(10x30sec=5rein) o

B1 5Recalltimes Binaryinput 8421 0

6No.=1234 0

70 0 1 0 (Twice) 1

1Dialpausing(sec/pause) 4sec 2sec o

2Resewed o

Sw 3Resewed o

I4Resewed o

B2 5Reserved o

6Resewed o

7Reserved o

8Reserved o

2-5

FO-155A

-A . . . &

1?U-6DDA

Sw DATA ITEM SwitchSettingandFunction Initial Remarks

NO. NO. 10setting

1Reserved o

2Reserved o

Sw 3Reserved o

I4Reserved o

B3 5Reserved o

6Reserved o

7Reserved o

8Resewed o

1Autodialmodedelaytimerofbeforeline 3sec Osec 1

connect

2Autodialmodedelaytimerofafterline 3.6sec 3.0sec o

Sw connect

I3Dialmode Tone Pulse 1OPTION

B4 4Pulse+Tonechangefunctionby~key Enable Disable 1

.5 Dialpulsemake/breakratio(%) 40/60 33167 0

6Reserved o

7Reserved o

*. Reserved o

1DTM~vel (low) Binatyinput 8421 1

2No.=1234 0

Sw 31 0 0 1(-9dBm) o

I41

B5 5DTMFlevel(High) Binatyinput 8421 1

6No.=1234 0

71 0 0 0 (-8dBm) o

1Readingslice(Binary) Factory Light Dark

Setting Da*er inDark

2No.101 0 10

No.2001 1 0

Sw 3Readingslice(Halftone) Factory Light Dati

ISetting Dati(erin Dark

cl 4No.3 0 1 0 1 0

No.4 0 0 11 0

5Linedensityselection Fine Standard oOPTION

6Reserved o

7Reserved o

8Reserved o

1Numberof ringsforautoreceive Binaryinput 8421 0

2No.=1234 0

Sw dO0 1 0(2 times) 1

IoOPTION

D1 5Automaticswitchingmanualtoauto Receptionafter Noreception o

receivemode 4rings

6Reserved o

7Reserved o

8Reserved o

1Cloffdetectiontimer 350ms 700ms o

2Reserved o

Sw 3Reserved

4Reserved

D2 o

5Distinctiveringingdetection Yes No oOPTION

6Reserved o

7Reserved

Reserved o

2–6

FO-155A

WA-9KK

LW-uuun

Sw DATA ITEM SwitchSettingandFunction Initial Remaks

NO. NO. 1 0 setting

1Automaticswitchingmode Tel/Faxautoswitch Switchtofax oOPTION

2Pseudoringingtimeatthephone/fax

automaticswitchingmode 15s 30s 60s 120s

3No.2 0 1 0 1 0

Sw No.3 0 0 1 1 0 OPTlON

I4NumberofCNGsignaldetectionatthe Twice Once 1

El phone/faxautomaticswitchingmode

5CNGdetecttimeatTEUFAXmode 3s 5s o

6Reserved o

7Postanswertonetransmitin TEUFAX No Yes o

mode

8Reserved o

1Pseudoringersoundoutputleveltothe -lOdBm -15dBm -20dBm -25dBm

line

2No.1 0 1 0 1 0

Sw No.2001 1 0

{3Reserved o

E2 4Reserved o

5Resewed o

6Reserved o

7Resewed o

8Reserved o

1DTMFdetectiontime 50ms 80ms IOOms 120ms

2No.1 0 0 1 10

No.201

Sw o10

I3Protectionof remotereception(5XX) Yes No oOPTION

F1 detect

4RemotereceptionwithGEtelephone Compatible Notcompatible 1

5Remoteoperationcodefiguresby Binaryinput 8421 0

6externaltel (O-9) No.=1234 1

7 0 1 0 1 (5XX) o

8 1

OPTION

CNGdetectionin STAND-BYmode Yes No o

2Numberof CNGdetect lpulse 2pulses 3pulses 4pulses

(AMmode)

Sw 3No.20 0 1 1 0

INo.3010 1 1

F2 4Numberof CNGdetect(STAND-BY No.4 0 0110

5mode) No.5 0 1 0 1 1

6Reserved o

7Reserved o

8Reserved —o

1Quietdetecttime Binaryinput 8421 0

2No.=1234 1

Sw 30 1 0 0 (4sec) o

I40

G1 OPTION

5Quietdetectstarttiming Binaryinput 8421 0

6No.=1234 1

7010l(5sec) o

1Reserved o

2Reserved o

Sw 3Reserved o

I4Reserved o

G2 5Resewed o

6Reserved o

7Reserved o

8Reserved o

2–7

FO-155A

li’fi-35!iA

.- ---.-

Sw DATA SwitchSettingandFunction Initial

ITEM Rematis

NO. NO. 10setting

1Reserved o

2Reserved o

3Reserved o

Sw 4TADconnect Yes No oOPTION

I5Sectiontimeofquietdetection 30sec 40sec 50sec 60sec

6No.5 0 011 0

No.601011

7Reserved o

8Reserved o

1BusytonedetectionON/OFFtime 350ms 150ms o

(Lowerlimit)

2BusytonedetectionON/OFFtime 650ms 900ms o

(Upperlimit)

Sw 3Reserved o

I4Busytonecontinuoussounddetecttime 5sec 10sec 1

H1 5Reserved o

6Busytonedetectcontinuationsound No Yes o

deter

7Reserved o

8Busytonedetectintermittentsound No Yes o

detect

1Busytonedetectionpulsenumber 2pulses 4pulses 6pulses lOpulses

2No.10 0 11 0

Sw No.20101 1

I3FaxswitchingwhenA.M.full Yes No o

H2 OPTION

4Reserved o

5Reserved o

6Reserved o

7Reserved o

8Resewed o

1Reserved o

2Reserved o

Sw 3Reserved o

I4Reserved o

11 5Reserved o

6Resewed o

7Reserved o

8Reserved o

1Reserved o

2Reserved o

Sw 3Reserved o

I4Reserved o

12 5Reserved o

6Reserved o

7Reserved o

8Reserved o

1Reserved o

2Reserved o

Sw 3Resewed o

I4Reserved o

13 5Resetved o

6Reserved o

7Reserved o

8Resewed o

2-8

FO-155A

nn-a~~ A

LU-uuun

Sw DATA ITEM SwitchSettingandFunction Initial Remarks

NO. NO. 10setting

1Transactionrepod Erroronly Sendonly Always Noprint

(Communicationresultreport)

2No.100 1 1 0

No.2 0 1 0 10OPTION

Sw 3Sender’sphonenumbersetting Cannotchange Changeallowed o

I4Reserved o

JI 51Reserved o

6Reserved o

7Ringervolume off Low Middle High

8No.7001 1 1

No.801 0 1 0 OPTION

1Speakervolume Low Low Middle High

2No.10 0 1 1 1

Sw No.201 0 1 0 OPTION

I3Pollingfunction(FO-355Aonly) Yes No oOPTION

J2 4Reserved o

5Reserved o

6Reserved o

7Reserved o

8Reserved o

1EnteringdiagmodebypressingSPEED Yes No o

key

2Reserved o

Sw 3Resewed o

K1 4Reserved o

5Reserved o

6Resewed o

7Reserved o

8Reserved o

2–9

FO-155A

FO-355A

●Soft switchfunctiondescription

SW-Al No. 1Digital line equalization setting

Lineequalizationis to besetaccordingto the linecharacteristics.

Settingshouldbemadeaccordingto distancebetweenthetelephone

andthetelephonecompanycentralswitchingstation.

SW-Al No. 2Forced 4800 BPS reception

Whenlineconditionswarrantthat receptionstakeplaceat 4800BPS

repeatedly. It may improvethe successof receptionsby settingat

4800BPS. Thisimprovethe receiving document quality and reduces

handshake time due to fallback duringtraining.

SW-Al No. 3Reserved

Setto ‘O”.

SW-Al No. 4, No. 5Modem speed

Used to set determine the initial modem speed. The default is

9600BPS.

It may be necessaryto programit to aslowerspeedwhenfrequent

line fallbackis encountered,in order to save the time requiredfor

fallbackprocedure.

SW-Al No. 6Maximum70py, transmit, receive page length

Usedto setthe maximumpagelength.

To avoid possiblepaperjam, the pagelengthis normallylimitedto 1

meterfor copyortransmit,and1.5metersfor receive.

It is possibleto set it to “Nolimit”to transmitaIingdocument,suchas

acomputerprintform, etc. (Inthiscase,the receivermustalsobeset

to nolimit.)

SW-Al No. 7CSI transmission

(CSI TRANSMISSION)is aswitchto set whetherthe machinesends

or doesnot sendthe signal(CSIsignal)informingits owntelephone

No. to the remotefax. Machinewheninformationis received.When

“nonsending”is set, the telephoneNo. is not outputon the remote

transmittingmachineif the remotetransmittingmachinehasthefunc-

tion to displayor printthe telephoneNo.of receiving machine, using

thisCSIsignal.

SW-Al No. 8DIS receive acknowledgment during G3 transmis-

sion

Used to make achoiceof whetherreceptionof DIS(NSF)is acknowl-

edged after receivingtwo DISS(NSFS)or receivingone DIS (two

NSFS).

It may be usefulfor overseascommunicationto avoidan echosup-

pressionproblem,if setto 1.

SW-A2 No. 1Non-modulated carrier detection for V29modem

Thoughtransmissionof anon-modulatedcarrier is not requiredfor

transmissionbytheV29modemaccordingto theCCllT.

Recommendation,it maybe permittedto asendnon-modulatedcarrier

beforethe imagesignalto avoidandechosuppressionproblem.

It maybe usefulfor overseascommunicationto avoidan echo sup-

pression problem, if setto 1.

SW-A2No.2EOL(End Of Line) detect timer

Usedto makeachoiceof whetherto usethe25-secondor 13-second

timerfor detectionof EOL.

This is effective to override communication failures with some facsim-

ile modelsthathavelongerEOLdetection.

SW-A2 No. 3Protocol monitor

Normallyset to “O”. If set to “1”, communicationcan-bechecked,in

caseof troubles,withoutusing aG3testeror othertools.

When communication

FSK data transmission or reception is made,

the data is taken into the buffer. When communication is finished, the

data is analized and printed out. When data is received with the line

monitor (SW-A2 No.4) set to”1” the reception level is also printed out.

SW-A2 No. 4Line monitor

Normallyset to “O”. If set to “l”, the transmissionspeedand the

receptionlevelaredisplayedontheLCD. Usedfor linetests.

SW-A2No.5- No.8Signaltransmission level

Usedto controlthe signaltransmissionlevelin the rangeof-lbB to

-15dB.

Thefactorysettingisat-l OdB(MODEMoutput).

SW-A3No.1Sender’sinformationtransmit

(SENDER’SINFORMATIONTRANSMISSION)is aswitchto set the

functionto print the contentof HEADERPRINTdescribedin the

passcodelist at the front end of receiver’soriginalwhen originalis

sentto theremotemachine.

If thisswitchis set to “NO”,the HEADERPRINTis not outputat the

receivingmachine.

SW-A3 No. 2H2 mode (SHARP specialmode)

Usedto determinereceptionof H2mode(15sectransmissionmode).

Whenset to OFF, H2 modereceptionis inhibitedeventhoughthe

transmittingmachinehasH2modefunction.

SW-A3No. 3Communicationerror treatment (reception) in RTN

sending

Usedto determinecommunicationerrortreatmentwhenRTNis sent

by occurenceof areceivedimageerror in G3 reception. Whenit is

setto”1”, communicationerrorisjudgedasnoerror.

SW-A3 No. 4CNG transmission

Whensetto “O”,thismodelallowsCNGtransmissionby pressingthe

Startkeyin the key paddialingmode. Whenset to “1”, CNGtrans-

missionin the keypaddialingmodecannotbe performed. In either

case,CNGtransmissioncanbeperformedin theautodialmode.

SW-A3 No. 5Auto gain control(MODEM)

When this mode is enabled,if the receptionsignal level is under

31dBm.Themodemitselfcontrolsthesignalgainautomatically.

SW-A3 No. 6Equalization freezecontrol

Thisswitchis usedto performreceptionoperationbyfixingtheequal-

izercontrolof modemfor thelinewhichis alwaysin unfavorablestate

andpicturecannotbereceived.

MUsually, the control is executed according to the state of linewhere

theequalizersettingischangedalways.

SW-A3No.7Equalizationfreeze7200BPSonly

Setting which specifiesSW-A3 No.6 control only in condition of

7200BPSmodemspeed.

SW-A3 No. 8Error criterion

Usedto selecterror criterionfor sendingback RTNwhen receiving

imagedata.

SW-A4 No. 1Disconnect the line when DIS is received in RX

mode

Bitl=O:WhenDISsignalis receivedduringRXmode,disconnectthe

lineimmediately.

Bitl=l: WhenDISsignalis receivedduringRX mode,wait the next

signal.

SW-A4 No. 2Footer print

Whenset to “1”, the dateof reception,the sendermachineNo.,and

thepageNo,areautomaticallyrecordedattheendof reception.

SW-A4No.3Endbuzzer

Settingthis bit to Owill disablethe end buzzer(includingthe error

buzzer/on-hookbuzzer).

SW-A4 No. 4Anti junk fax check

WhenusetheAntijunkfaxfunction,setto”1”.

2 –10

SW-A4 No. 5, No. 6CED tone signal interval

For internationalcommunication,the 21OOHZCEDtone may act as

anechosuppressionswitch,causingacommunicationproblem.

Thoughthissoftswitchis normallysetto “O’,it shouldbesetto”1” so

as to changethe timer betweenthe CEDtoneand DIS signalfrom

75msto 500msto eliminatethe communicationproblemcausedby

echo. TX RX

“O”set:T=75ms

CED

“1”set:T=500ms T

~\s

SW-A4 No. 7, No. 8Reserved

Setto ‘O”.

SW-B1 No. 1- No. 4Recall interval

Choiceis madefor aredial intervalfor speedand rapid dial calls.

Usedabinarynumberto programthis. [f setto “O”accidentally,1will

beassumed.If anumberabove5wasentered,it will be setto “5”. In

thiscase,it hasto becorrected.

SW-B1 No. 5- No. 8Recall times

Choiceis madeasto howmanyredialsshouldbe,ade. Useabinary

numberto programit. If set to “O”or “1’ by accident,the redial

numberwill besetto ‘2”. If anumberabove9wasentered,it will be

setto “9”.

SW-B2 No. 1Dialing pause

Pausescan be insertedbetweentelephonenumbersof direct dial

connection.Selectionof 4secor 2secpauseis available.

SW-B2 No. 2- No. 8Reserved

Set to “O”.

SW-B3 No. 1- No. 8Reserved

Setto “O”.

SW-B4No.1Auto dial mode Delay timer of before line connect.

Delaytime betweenthe dial keyinputandlineconnectionunderthe

autodialmode.

RAPIDO1 CMLRELAYON

v v

I-----i ’’A’””’—

O:Osec

1:3sec

SW-B4No.2Auto dial mode Delay timer of after line connect.

Delaytime betweenthe line connectionand dial data outputunder

theautodialmode.

~DIALDATA—

RAPIDO1 CML RELAY QN . . .

1- -1

0:1.7sec

1:3sec

SW-B4No.3Dial mode

Whenusingthepulsedial,setto “1”. Whenusingthetonedial,setto

●*

SW-B4 No. 4 x key Pulse dial+ Tone dial

Whensettingto 1,the modeis changedby pressingthe xkeyfrom

thepulsedialmodetothetonedialmode.

SW-B4 No. 5Dial pulse make/break ratio (%)

Whenusingthe33%makeratiopulsedial,setto O.

Whenusingthe40%makeratiopulsedial,setto 1.

SW-B4 No. 6- No. 8Reserved

Setto “O”,

SW-Cl No. 1, No. 2Reading slice(binary)

Used to determine the set value of reading density in standard/fine

mode. The standard settingis ‘OO”(Factorysettingis “00”)

FO-155A

FO-355A

SW-Cl No. 3, No. 4Reading slice(half tone)

Usedto determinethe setvalueof readingdensityin halftonemode.

Thestandardsettingis “OO”(Factorysettingis “00”)

SW-Cl No. 5Line density selection

Usedto set the transmissionmodewhich is automaticallyselected

whenthe Resolutionkeyisnot pressed. In the copymode,however,

the fine modeis automaticallyselectedunlessthe Resolutionkey is

manuallysetto anothermode.

SW-Cl No. 6- No. 8Reserved

Setto “O”.

SW-D1No.1- No.4Number of rings for auto answer mode

Whenthe machineis set in the auto receivemode,the numberof

ringsbeforeanseringcatI be selected. It maybe setfromoneto four

ringsusingabinarynumber. Sincethe facsimiletelephonecouldbe

usedas an ordina~telephoneif the handsetis takenoff the hook,it

shouldbeprogrammedto the user’schoice. If the softswitchwasset

to “l”, directconnectionis madeto thefacsimile. If afacsimilecalling

beepwas heardwhenthe handsetis takenoff the hook,pressthe

STARTkey and put the handseton the hookto havethe facsimile

start receiving. If it wasset to “O”accidentally,receivering is set to

“1”. If it wasabove6, receiveringsareset to “6”.

NOTE:If the machineis set to answerafteralargenumberof rings,

it maynot be ableIto receivefaxessuccessfully.If youhave

difficulty receivingfaxes, reducethe numberof rings to a

maximumof 6.

SW-DI No. 5Automatic switching from manual to auto receive

mode

Thissoftswitchis usedto selectwhetherthe machineshouldswitch

to theautoreceivemodeafter5ringsin the manualreceivemodeor

remainin the sameway as SW-D1No. 1, No. 2, No. 3 and No. 4

“0’1“0”1“(5rings).

SW-D1 No. 6- No. 8Reserved

Setto “O’.

SW-D2 No. 1Cl off detection timer

Settheminimumtimeperiodof Cl signalinterruptionwhichaffordsto

bejudgedasaCl OFFsection.

~*.D ‘* 7

400msec 2000msec

SW-D2No.1=0:750msec(Cl interruption>750 msec:Judgedasa

Cl OFFsection)

The section1is notjudgedas aCl OFFsection,the Cl signalAis

countedas onesignal.Thesection2is ju~d as aCl OFFsection,

theCl signalBisconsideredasthesecondsignal.

SW-D2No.1=1:350msec(Cl interruption>350 msec:Judgedas a

Cl OFFsection)

Thesection1is judgedas aCl

iscountedastwosignals.

Thesection2isjudgedas aCl

is consideredasthethirdsignal.

SW-D2No.2- No.4Reserved

Setto “O’.

OFFsection,andthe Cl signalA

OFFsection,andthe Cl signalB

SW-D2 No. 5Distinctive ringing detection

When set to “1”,machine recognizethe Cl signal FAXringingor TEL

ringingautomatically.

SW-El No. 1Automatic switching mode

Usedto set autoTEUFAXswitchingmodeor to set the nomal fax

mode.

2–11

FO-155A

FO-355A

SW-El No. 2, No. 3Pseudo ringing time at the phone/fax auto-

matic switching mode

Choice is made as to how long to rumble the dummy ringer on

TEL/FAXautomaticswitchingmode.

SW-El No. 4Number of CNG signal detection at the phone/fax

automatic switching mode

Usedfor detectionof CNG in one tone or two tones in the TEL/FAX

automaticswitchingmode.

SW-El No.5CNGdetect time at TEMAX mode

The number of times at which CNGsignal is detectedis set during

receivingintheTEUFAXautomaticswitchsettingmode.

O:1time

1:2times

SW-El No. 6Reserved

Setto “O’.

SW-El No. 7Post answer tone transmit in TElfFAX mode

Whensetto “O”,machinesendthe3tones(880Hz/988Hti1046Hz)in

TEUFAXautochangeovermode.

SW-El No. 8Reserved

Setto “O”.

SW-E2 No. 1, No. 2Pseudo ringer sound output level to the line

Usedto adjustsoundvolumeof pseudoringerto the line (ringback

tone)generatedonselectingTEUFAX.

SW-E2No.3- No. 8Reserved

Setto ‘O”.

SW-F1No.1, No.2DTMFdetect time

Usedto setdetecttimeof DTMF(DualToneMultiFrequency)usedin

remotereception(5~ ~ ).

The longer the detect time is, the less the error detections are caused

by noises.

SW-F1 No. 3Remote reception (5 Kx)detect

Usedto set the functionof remotereception(5 x x ). Whensetto

“1”,the remotereceptionfunctionis disabled.

SW-F1 No. 4Remote reception

(Corresponding to TEL made by GE) P.B.X.

“1”:CompatiblewithTEL modebyGE

“O”:Notcompatible

●When sending (5 KM)for remotereceptionwith aGE manufac-

turedtelephoneremotereceptionmay not take placebecauseof

specialspecificationsin theirDTMF.

To overcomethis, asoft SW is providedto changethe modem

settingto allowfor remotereception.

●If thissoft SW is set to “1”, othertelephonesets maybe adversely

affected.

SW-F1 No. 5- No. 8Remote operation code figures by external

TEL

Remoteoperationcodescan be changesfrom Othrough9. If set to

greaterthan9, it defaultsto 9. The“5 x x “is notchanged.

Ex-7KH(Default:5HK)

SW-F2No. 1CNGsignal detection in standby condition

When settingto”1”, theCNGsignaldetectionfunctionduringstandby

stops.

SW-F2No.2, No.3Number of CNG signal detection

Usedfor detectionof CNGin 1to 4pulses.

SW-F2 No. 4, No. 5Number of CNG signal detection(STAND-BY

mode)

Usedfor detectionof CNGin 1to4pulses.

SW-F2 No. 6- No. 8Reserved

Setto “O”.

SW-G1 No. 1-No. 3Quiet detect time (Used in answering ma-

chine mode)

When an answeringmachineis connected,if a no soundstate is

detectedfor acertain periodof time, the machinejudges it as a

transmissionfrom afacsimilemachineandautomaticallyswitchesto

the FAXmode.

SW-G1 No. 5- No. 8Quiet detect start timing (Usedin answering

machine mode)

Insertsapausebeforecommencingquietdetection.

SW-G2No. 1- No.8Reserved

Set to “O”.

SW-G3 No. 1- No. 3Reserved

Set to “O”.

SW-G3 No. 4TAD connected

Whenconnectingthe answeringmachineto the extensiontelephone

jack,setto”1”.

SW-G3No.5- No.6Sectiontime of quiet detection.

Theswitchwhichsetsthe timefromthe startof detectionfunctionto

theendof thefunction.

SVV-G3No.7- No.8Reserved

Set to “O”.

SW-HI No. 1Busy tone detection ON/OFFtime (Lowerlimit).

Theinitialvalueof detectionissetaccordingto electriccondition.The

set valueis changedaccordingto the localswitchboard.(Erroneous

detectionof soundis reduced.)

Normallythe upperlimitis setto 750msec,andthelowerlimitto 200

msec. If erroneousdetectionis causedby sound,etc, adjust the

detectionrange.Thelowerlimitcanbeset in the rangeof 350msec

to 200msec.

SW-Hi No. 2Busy tone detection ON/OFF time (Upper limit).

Similarlyto SW-Hi No. 1,thesetvaluecanbevaried.Theupperlimit

canbesetintheranaeof 650 msecto 750msec.

ISW-Hi No.1ISW-Hi No.2 \Detectionrange \

IoIoI150msec-900 msecI

o1150 msec-650 msec

10350 msec-900 msec

I1I1[350 msec-650 msec \

SW-Hi No. 3Reserved

Set to’”0”.

SW-Hi No. 4Busy tone continuous sound detecttime

Setdetectingtimeof busytonefor 5secondsor as is PIT.

SW-HI No. 5Reserved

Set to ‘O”.

SW-Hi No. 6Busy tone detect continuation sound detect

Usedto select detectionof the continuoussoundof acertainfre-

quency.

SW-Hi No. 7Reserved

Set to “O”.

SW-HI No. 8Busy tone detect intermittent sound detect

Lineoff detectionYES/NOis set.

SW-H2No. 1, No.2Number of Busytone pulses

Usedto setdetectionof Busytoneintermittentsounds.

SW-H2No. 3Fax switching when A. M. full

Usedto disableor enablethefunctionof OFF-HOOKhold.

If the answeringmachine’smemory(tape) is full and there is no

response,themachineautomaticallyswitchesto Faxreception.

TheOFF-HOOKholdtime(Answeringmachineoperatingtime)is set

bynormaloperation.

FO-155A

FO-355A

SW-H2 No. 4- No. 8Reserved

Set to “O”.

SW-II No. 1- No. 8Reserved

Setto “O”.

SW-12No. 1- No. 8Reserved

Setto “O”.

SW-13No. 1- No. 8Reserved

Setto “O”.

SW-J1 No. 1, No. 2Transaction report

printout)

(Communication result

It is possibleto obtaintransactionresultsaftereachcommunication.

Normally,the switchis set (No. 1:0, No.2:0) so that the transaction

repotiis producedonlywhenacommunicationerroris encountered.

If No. 1was set to 1 and No. 2to O,the transactionreportwill be

producedeverytime acommunicationis done, evenif the communi-

cationwassuccessful.

Setting No. 1to 1 and No. 2to 1will disablethis function. No

transactionreportprinted.

SW-J1 No. 3Sender’s phone number registration

Used to make achoiceof whetherthe registeredsender’s phone

number can be changed or not. If the switch is set to “1”, new

registration of thesender’sphonenumberis disabledto preventacci-

dentalwronginput.

SW-J1No.4- No.6Reserved

Setto “O”.

SW-J1 No. 7, No. 8Ringer Volume

Usedto adjustringingvolume.

SW-J2 No. 1, No. 2Seaker Volume

Usedto adjustsoundvolumefromaspeaker.

SW-J2No.3Polling function (FO-355Aonly)

PollingfunctionYES/NOis set.

SW-J2No.4- No.8Reserved

Setto ‘O”.

SW-K1 No. 1Entering DIAG mode by pressing SPEEDkey

Abit whichis usedinthe productionprocessonly. WhentheSPEED

keyis pressed,the switchis changedfromthe stand-bystateto the

DIAGmode.

SW-K1No.2- No.8Reserved

Set to “O”.

Caution

When the valuewhichthe useris not allowedto set usingthe soft SW is set, outputto the indicationor list is notperformed.However,the actual

operationis performedat thesetvalue.

(Example)Numberof ringsfor autoreceive SWD1 No. l-No. 4

0100 +1111

(4times) (15times)

‘r

Display”ENTER(l-5)(4) List 4RINGS

‘r ‘r

Set value Valuewhenshipping Valuewhen shipping

Theoperationis performed15times.

2-13

FO-155A

FO-355A

[3] Troubleshooting

Refer to the following actions to troubleshoot any of problems men-

tioned in 1-4.

[1] Acommunicationerroroccurs.

[2] Imagedistortionproduced.

[3] Unableto dooverseascommunication.

[4] Communicationspeedslowdueto FALLBACK.

●Increasethetransmissionlevel SOH SWITCHA2-5,6,7,8.

Maybeused in case [1] [2] [3].

●Decrease the transmission level SO~ SWITCHA2-5,6, 7, 8.

Maybe usedincase[3].

●ApplylineequalizationSO~ SWITCHAl-1.

Maybeusedin case[1] [2] [3] [4].

●Slowdownthetransmissionspeed SO~ SWITCHAl-4, 5.

Maybeused in case[2] [3].

●ReplacetheTEL/LIUPWB.

Maybeusedin all cases.

●ReplacethecontrolPWB.

Maybeusedinall cases.

*If transmissionproblemsstill existon the machine,usethe follow-

ingformatandcheckthe relatedmatters.

TO: ATT: Ref.No. :

----------------------------------------------------------------------------------------------------------------------

cc: A~: Date :

---------------------------------------------------------- ------------------------------------------------------------

FM: Dept :

----------------------------------------------------------------------------------------------------------------- ----—

~Sign :

----------------------------------------------------------------------------------------------------------------------

●**** Facsimilecommunicationproblem●**** IRef.No.:

From: Mr.

------------------------------

Fax Tel No.: Date:

Ourcustomer Name TelNo.

------------------------------------------------------------------------------------------------------,

Address FaxNo.

------------------------------------------------------------------------------------------------------,

Contactperson Modelname

Otherparty Name TelNo.

--------------------------------------------------------------------------------------------------

Address ----.

FaxNo.

-------------------------------------------------------------------------------------------------------

Contactperson Modelname

Problemmode Line:Domestic/international Model: G3 Phase:A, B, C, D.

Reception/Transmission Automaticreception/Manualreception

Automaticdialing/Manualdialing/Others

Frequency: 70 ROMversion:

Confirmation PleasemarkproblemwithanX.

item Ourcustomer ➤Otherpatty Noproblemis: O.

4Al A2 B1 B2 cl C2 DI D2 El E2

---- ---- ---- ----- ----- ----- ---

ZCA2 :::s :me :;-

Transmtsston level setting is ( ) dB at our

4E2 Transmissionlevel()dBm

Our service Other party’sservice Reception level ( ) dBm

By level meter at B1andB2

Comment

---------------- ------------------------------------------------------------------------------------------------------

Countermeasure

‘*** PleaseattachtheG3dataandactivityreportonproblem.

●***

●m,–. . . .. . . .

riease compiele tnts reportbeforecallingthe “TAC” hotline if problem still occurs.

2 –14

FO-155A

FO-355A

[4] Error code table

G3Transmission

ICode Finalreceivedsignal ErrorCondition(Receiverside)

IoIncompletesignalframe Cannotrecognizebitstreamafterflag I

I1NSF,DIS CannotrecognizeDCSsignal

CannotrecognizeNSSsignal I

I2ICFR IDisconnectslineduringrece~tion I

3Disconnectslinebyfallback

4MCF Disconnectslineduringreceptionof multi-page

CannotrecognizeNSS,DCSsignalinthecaseof mode change

5PIPor PIN No responsein receiverside to picture signal after no response in transmittersideto receive

TALK modereauest

6RTN or RTP Cannot recognize NSS, DCSsignalaftertransmittingRTN or RTP signal.

7No signal or DCN No response in receiversideor DCNsignalreceived*

G3 Reception

ICode Finalreceivedsignal [ErrorCondition(Transmitterside) I

IoIImcompietesignaiframe ICannotrecognizebitstreamafterflag I

I1NSS,DCS CannotrecognizeCFRor ~signal

Disconnectslinedurinatransmission I

2NSC, DTC Cannot recognize NSS signal

3EOP CannotrecognizeMCF,PIP, PIN, RTN,RTPsignal

4EOM CannotrecognizeMCF,PIP,PIN,RTN, RTP signal in the case of mode change

5MPS CannotrecognizeMCF,PIP,PIN,RTN,RTPsignalinthecaseof multi-page

6PR1-Q CannotrecognizePIP,PINsignalinthecaseof TALKrequest

7Nosignalor DCN Noresponseintransmitter(cannotrecognizeDISsignal)or DCNsignal received*

‘

2-15

FO-155A

FO-355A

CHAPTER3. MECHANISMBLOCKS

[1] General description

Document feed block and diagram

Paparfeedspring

Separation Document

rubberplate

Pi@ roller(1)

Transferroller(2)

\\ Transferroller(l)

in* roller(2)

Fig.1

Document feed operation

The documentplacedin the hopperactuatesthe documentsen-

sor. After one second,the pulsemotorstartsto drivethe paper

feed roller.The documentis automaticallytakenup into the ma-

chine,andstoppedatthedocumentsensor.

Whenaspecifiednumberof pulsesare receivedfrom the docu-

mentsensorafterthe documentleadedgeis sensed,scanningis

started.

Whenaspecifiednumberof pulsesare receivedfrom the docu-

mentsensorafterthe documentrearedgeis sensed,scanningis

terminatedandthe documentisfedthrough.

If the document sensoris active(i.e.,anotherdocumentis in the

hopper),when the precedingdocumentscanningis completed

and it is fed out,the nextdocumentis takenup intothe machine.

If thedocumentsensoris notactive(i.e.,thereis no documentin

the hopper),whenthe documentisfed out,theoperationis termi-

nated.

Hopper mechanism

3-1. General view

Fig.2

The hopperis used to align documentswith the documentguides

adjustedto the paperwidth.

NOTE: Adjust the document guides before and after inserting the

document.

3-2.Automatic document feed

1)Useof the paper feed rollerandseparationrubberplateensures

error-freetransportandseparationof documents.ThepIatespring

presses the document to the paper feed rollerto assuresmooth

feedingof thedocument.

2) Documentseparationmethod:Separationrubberplate

Separationrubberplate Paperfeedspring

‘-b ;-

.—.—

Paper feedroller/“

Fig.3

3-3.Documents applicable for automatic feed

4x6series Square

(788mmx1091mmxmeterseries

1000mmsheets)

Minimum\Maximum MinimumIMaximum

IFeedercaPaciN I20sheets,max. I

. . 1

Paperweight 45kg 64,3kg 52g/m2 74.3glm2

Paperthickness(ref.) 0.06mm 0.09mm 0.06mm 0.09mm

Papersize B6(128mmx182mm)-

A4(210mmx297mm),Letter(216mmx279mm)

Feedercapacity 10sheets,max.

Paperweight 45kg 90kg 52g/m2 104g/m2

Paperthickness(ref.) 0.06mm 0.12mm 0.06mm 0.12mm

IPapersize B6(128mmx182mm)-

A4(210mmx297mm),Letter(216mmx279mm)

Paperquality IHighqualitypaperorequivalent I

NOTE: Double-sidecoateddocumentsand documentson facsimile

recordingpapershouldbe insertedmanually.

The document

feed quantity may be changed according to the document

thickness.

Documentscorrespondingto apaper weight heavierthan 64.3kg

(74.3g/m2)andlighterthan 135kg(157g/m2)areacceptablefor man-

ualfeed.

Documentsheavierthan 135kgin termsof the paperweightmustbe

duplicatedona copierto makeit operativeinthe facsimile.

3-4.Loading the documents

1)Make surethatthe documentsareof suitablesizeandthickness,

andfreefromcreases,folds,curls,wetglue,wetink,clips,staples

andpins.

2) Placedocumentsfacedowninthe hopper.

i) Adjustthedocumentguidesto thedocumentsize.

ii) Align the top edgeof documentsand gently placethem into

the hopper.Thefirst pageunderthe stackwill be takenup by

thefeedrollerto getreadyfortransmission.

NOTES: 1) Curlededgeof documents,if any, must be straighten

out.

2) Do not load the documentsof different sizes and/or

thicknessestogether.

3-1

FO-155A

FO-355A

5.Optical system

Lastpageofdocument Separationrubberplate

(1)General view

Backofdocument

Firstpageofdocument

Paperfeedroller

Fig.4

3-5.Documents requiring use of document carrier

DocumentssmallerthanB6(128mmx182mm).

Documentsthinnerthanthethicknessof 0.06mm.

Documentscontainingcreases,folds, or curls, especially those

whose surface is curled (maximum allowable curlis 5mm).

Documentscontainingtears.

Carbon-backeddocuments.(Insertawhite sheet of paper be-

tweenthe carbonbackandthedocumentcarrierto avoidtransfer

of carbonto thecarrier.)

Documentscontainingan easilyseparablewritingmaterial(e.g.,

thosewrittenwithaleadpencil).

Transparentdocuments.

Foldedor glueddocuments.

Documentin documentcarriershouldbe insertedmanuallyinto

thefeeder.

Document release

4-1. Cross section view

(RIGHTSIDE)

Documentguideass’y

Papercover

/“”

\JI

Lowercabinet

Fig.5

Document

rCCD

L’””mp~~-G’ass

–--l

—. -— —- —- —- —. —. —-—-—

_=---—-. -—---e-i—

F-

._-----—->F>-

----- -#\

-—-—-—-—- ‘

Lens

CCDPWB fMirror3

Mirror2Mir/or 1

Fig.6

(2) Composition

The optical system is composed of the document

the lamp, the reflecting mirrors, the focusing lens,

and the read process circuit.

5-1. LED Lamp

TheLEDlampis usedto exposethedocument.

5-2.Lens

feed mechanism,

the CCDsensor,

Thelensis usedto focusthe lightreflectedfromthedocumentonthe

CCDelements.

5-3.CCD

The CCD (chargecoupleddevice)imagesensorconsistsof apho-

todiodearraywhichconvertsthe intensityof light reflectedfrom the

documentsurface into series of analog voltageswhich are then

storedin an analogshift register.The seriesof analogvoltagesare

then convertedinto adigitalequivalentby ablack/whitebinarylogic

circuit.

(Example)Scansignaloutputwaveform

Peak

1Scan

line

—

Maximumtiument width,216mm length

Fig. 7

Theminimumoutputfromthe CCD at the maximumscanwidthof

document(216mm)mustbemorethan40%ofthe peakvalue.

The peakoutputmust be about200mVunderroomtemperature

to avoidCCDsaturation.

4-2.General

Whenthe releaseleveris pulledby handin the directionof arrowA,

thelatchis releasedandtheupperdocumentguidemovesonits axis

in the directionof the arrow.Thefeed rollers,the separationrubber

plate,andthepinchrollersbecomefreeto makeit possibleto remove

thedocument.

3-2

FO-155A

FO-355A

6. Recording block

(1) General view

Recordingpaper

Fig. 8

6-1. Driving

Via the pulse motor gear shaft, the reduction gear, and the recording

paper feed gear, rotation of the pulsemotor is conveyedto the re-

cordingpaperfeedrollertofeedthe recordingpaper.

6-2. Recording

Useof athermalheadpermitseasiermaintenanceandlowoperating

costs.

1)Thermalhead

The thermalheadconsistsof 1728-dotheatelementsarrangedin a

singlerow and has the resolutionof 8dots/mm.The maximumre-

cordingspeed is 10ms/line.The thermal head also incorporates a

1728-dot shift registerlatchand an output control driver circuit. Low

powerconsumptionis achievedby dividingthe headinto nineseg-

ments.

2) Structureofthe recordingmechanism

Recording is accomplished by pressing the thermal head on the re-

cording paper against the platen roller.

The main scan (horizontal) is electronically achieved, whilethe sub-

scan (vertical)is achievedby movingthe recordingpaper by the

recordingplatenroller.

Usually,thecausefor unevenprinttoneis causedbymisalignmentof

thethermalheador unevencontactwiththeroller.

It canbecheckedin thefollowingmanner.

Checkif the thermalhead powerand signalcablesare properly

routed.

Checkthatthethermalheadpivotmovessmoothlyupanddown.

Checkthat the thermalheadsupportbracketis securedwithout

anyplay.

Checkto seethat the recordingplatenroller has properconcen-

trici~, in the caseof aprinttone variationevenlyrepeateddown

thepage.

Replace the thermal head with anew one and checkto seeif the

sametroubleoccurs.

3–3

[2] Disassembly and assembly procedures

FO-155A

FO-355A

●Thischaptermainlydescribesthedisassemblyprocedures.Fortheassemblyprocedures,reversethedisassemblyprocedures.

●Easyandsimpledisassemblylassemblyproceduresof somepartsandunitsareomifled.Fordisassemblyandassemblyof suchpartsand units,

referto the PartsList.

●Thenumbersinthe illustration,thepartslistandtheflowchartin asamesectionarecommonto eachother.

●Toassure reliabilityof the product,the disassembly and the assembly procedures shouldbe performed carefully and deliberately.

1Recording paper cover unit

Remove the recording paper cover unit, the

according to the flowchart.

Disassembly the recording paper cover unit,

flowchart.

mechanismunit

accordingto the

1..\\ @

‘artslist (Fig. 1)

No. Part name Q’ty

1Mechanism unit 1

2Recording paper cover unit 1

3Screw (3x1O) 3

~Recording paper cover compart ,

unit

5Paper sensorlever 1

6Screw(3x1O) 2

7Paperguid 1

8Platengear 1

9Platenbearing 2

10 Platenroller 1

11 Hopper guid 1

12 Hopper spring 1

13 Recording paper cover A1

14 Screw (3x1O) 1

15 Panel stopper 1

&w ‘.

Fig.1

3-4

FO-355A I f

2Head frame unit

Removethe recordingpapercover unit, the mechanismunit

accordingto procedurel-a.

Removethe headframeunit fromthe mechanismunitaccord-

ingto theflowchart.

Disassembletheheadframeunitaccordingtotheflowchart.

(Headcable) ~

Headcablepasstothecore 4

2times.

Headcable

ThermalHead

Partslist(Fig.2)

No. Partname Q’ty

1Mechanismunit 1

2Screw(3x12) 2

3Connector 1

4Screw(3x6) 1

I5IHeadframeunit

I6IACcord

I7]Screw

[8IConnector 11

Headearthcable

Fig. 2

--o

3–5

FO-155A

FO-355A

3Thermal head unit

Removethe recordingpapercover unit, the mechanismunit

accordingto procedurel-a.

Remove the head frame unit from the mechanism unit accord-

ing to procedure 2-b.

Removethethermalheadto theflowchart.

ThemalHead

Heedguide

‘artslist(Fig. 3)”

No. Partname Q’ty

1Thermalheadunit 1

2Headspring 5

3“ Headframe 1

4Screw 2

5Headeatthcable 1

6Headguide(R) 1

7Headguide(L) 1

8Headcable 1

9Themal head 1

(4)

note)Theheadguideshouldbe \lftA D //

securelvlockedbvtheclickkA

ofthehiadframe:

‘\

‘w

Headguide \llT

Headframe

*(> -

note)Theheadguideshouldbe

securelyIcckedbytheclick—Al Ikk

Fig.3

3-6

FO-155A

FO-355A

Document guide upper ass’y,

4document guide lower ass’y

Removethe recordingpapercover unit, the mechanismunit

accordingto procedurel-a.

Removethe headframeunitfromthe mechanismunitaccord-

ingto procedure2-b.

Removethe documentguideupperass’yanddocumentguide

lowerass’yto theflowchart.

‘adslist(Fig.4)

No. Partname Q’ty

1Undercabinetunit 1

2Screw[3x10) 4

3Uppercabinetunit 1

4Connector 1

5HookswitchleverA1

6Documentguidelowerass’y 1

7Documentguideupperass’y 1

Hookpartofaupper

cabass’yisattached

tohookpartofunder

cabass’ycertainly.

Fig.4

3-7

FO-155A

FO-355A

I I

5Document guide lower ass’y I

Removethe recordingpapercover unit, the mechanismunit

accordingto theprocedurel-a.

Removethe headframeunitfrom the mechanismunit accord-

ingto procedure2-b.

Remove the document guide upper ass’y and document guide

lower ass’y from the mechanism unit according to procedure

4-c.

Remove the document guide lower ass’y to the flowchart.

36 0

Partslist(Fia. 5)

.“,

No. Padname Q’ty

1Transfer roller gear 1

2Rollerbearing 2

3Transferroller 1

4Paperfeedrollergearass’y 1

5Rollerbearing 2

6IPaDerfeadroller Ill

7Documentguidelower 1

Arrow

viewA

I‘rib

Fig.5

3-8

FO-155A

FO-355A

6Document guide upper ass’y

Remove the recording paper cover unit, the mechanism unit

according to procedure l-a.

Remove the head frame unit from the mechanism unit accord-

ingto procedure2-b.

Removethe documentguideupperass’yanddocumentguide

lower ass’yfrom the mechanismunit accordingto procedure

4-c.

Removethe documentguideupperass’yto theflowchart.

Partslist(Fig.6) 1

No. IPartname IQ’ty INo. IPartname IQ’ty

1Uppercabinetass’y 1 12 Pinchrollerspring 2

2Screw(3x1O) 2 13 Pinchrollershaft 1

3Documentguideupper ,14 Pinchroller 2

ass’y ,5 Cancellationlever 1

4Facesheet 1spring

5Transferaear 1 16 Panellocklever 1

6lTransferbearina I2I17 IFrontsensOrlever Ill

7Transferroller21,8 Sensorleverreturn 1

8Paperfeedspring 1spring

~Separationpressing 119 Documentsensorlever 1

plate Z. Sensorleverreturn 1

10 Paperfeedspring 1spring

11 Separationrubberplate 1I21 Documentguideupper I11

Thegearnailsetto

shaftgroove

Fig. 6

3–9

FO-155A

FO-355A

7Upper cabinet ass’y I

Removethe recordingpapercover unit, the mechanismunit

accordingto procedurel-a.

Remove the head frame unit from the mechanism unit accord-

ing to procedure 2-b.

Remove the document guide upper ass’y and document guide

lower ass’yfrom the mechanismunit accordingto procedure

4-c.

Remove the document guide upper ass’y from the upper cabi-

net ass’y according to procedure 6-d.

Remove the upper cabinet ass’y to the flowchart.

Parts list (Fia.7)

.“,

No. Partname Q’ty

1Screw (2x6) 8

2Insulationsheet 2

3OperationpanelPWB 1

4Panelcable 1

5Dialkey 1

6IDirectkey Ill

7Startkey 1

8Copykey 1

9IVolumekey

10 Mode key 1

11 Panel unit ass’y 1

12 Antivibrationsheet(1) 1

13 Antivibrationsheet(2) 1

-o

Fig. 7

3-10

FO-155A

FO-355A

8Optical system unit Partslist(Fig.8)

No.IPartname IQ’tyINo. IPartname IQ’ty

Removethe recordingpapercover unit, the mechanismunit

accordingto procedurel-a.

Removethe headframeunitfromthe mechanismunitaccord-

ingto procedure2-b.

Removethe documentguideupperass’yanddocumentguide

iowerass’y from the mechanismunit accordingto procedure

4-c.

Removethe opticaisystemunitto theflowchart.

I1Mechanismunit 1I12 lScrew(2x6) 3I

I2Connector 1I13 ILED 1I

3Connector 114 Blindsheet 2

4Opticalsystemunit 115 Screw(3x4) 1

5Screw 216 Mirrorholdingspring11

6CCDPWB 1 17 Screw(3x4) 1

I7Shadingsheet 1I18 IMirrorholdingspring2I1I

8Screw(3x6) 2 19 Mirror2 2

9Lensholdingspring 1 20 Mirror11

10 Lens 121 Mirrorcushion 1

11 Readerglass 1 22 Opticalframe 1

23 Cushion 1

““N

,,8The longholemustbeat rightSide.

-..

14 -.

. .

~Pk’

. . .

faceof

MirrorholdingSP fittingFig.

SCREW

Mirror—

(Ieffsidealsosameoperation)

Fig.8

1. Attention the dection to arrow A.

2. Piease don’t touch to reflct face whenfix the mirror to opticai

frame.

3. Checkthe dust fingerprintsand damagewhen haveathats

casecleanbydrycioth.

3–11

FO-155A

FO-355A

9Drive system unit and speaker Partslist(Fig. 9)

INo. /Partname IQ’tv INo. /Partname /Q’tv [

Remove the recording paper cover unit, the mechanism unit

according to procedure l-a.

Removethe headframeunitfromthe mechanismunitaccord-

ingto procedure2-b.

Removethe document

guide upper ass’y and document guide

lower ass’y from the mechanism unit according to procedure

4-c.

Removethe opticalsystemunitfrom the mechanismunit ac-

cordingto procedure8-d.

Removethedrivesystemunitandspeakerto theflowchart.

1Mechanismunit 1 17 ReductiongearB1

2Screw(3x8) 118 ReductiongearA1

3Connector 1 19 IdlergearA1

4Drivesystemunit 120 ldlergearC1

5HookswitchleverA1 21 IdlergearB1

6Connector 1 22 PlanetgearleverA1

7Screw(3x1O) 323 Planetgearspring 1

8Speaker 1 24 Planetgear 2

I9\Motoreaflhcable/1I25 IPlanet~earleverB/I

I10 IMotor /1I26 IPlanet~earsPfina /1

I11 \Heatsink I1I27 ]Planetgear 11

12 lCamholdspring I1I28 ICt’tangelever /1

13 CamB129 Drivesystemmounting ,

14 CamA1frame

15 Detectionswitch 1, 30 Pinchpressingspring2 1

16 idlergearA2 31 Pinchroller2 1

32 Washer 3

. .

LJIin adith 1I

Fig.9

3-12

FO-155A

FO-355A I

10 PWB section Partslist (Fig.10)

iNo. IPartname IQ’ty

Remove the recording paper cover unit, ROMcoverandhead

coverfromthemechanismunitaccordingto procedurel-a.

Removethe headframeunitfromthe mechanismunitaccord-

ingto procedure2-b.

Removethe documentguideupperass’yanddocumentguide

lowerass’yfrom the mechanismunit accordingto procedure

4-C,

Removethe opticalsystemunit from the mechanismunit ac-

cordingto procedure8-d.

Remove the drive system unit and speaker from the mecha-

nism unit according to procedure 9-e.

Removethe PWB’SandACcordto theflowchart.

1Mechanismunit 1

2Screw(3x1O) 5

3IPowersupplyPWB 1

4ControlPWB 1

5TEL/LIUPWB 1

PWB guide rib

Fig.10

3-13

FO-155A

FO-355A

11 Wire treatment Partslist(Fig.11)

No. Partname Q’ty

a. Performwiretreatmentcarefullyanddeliberately. 1Band 4

b. For wire treatmentprocedureswhichare notdescribedin this 2Core 1

section,referto thesectionfor thatportion of the unit. 3Core 2

(Headcable) ~

Headcablepaastothecore 3

, \ \

Headcable

Pulltheheadcabletoarrowdir~tion

fixsotghterthebindingbandafter

connectionIhahaadcable.

CCD PWB \\ \

Detectionswitc

cable

Speakercable

\// /

3-14

FO-155A

FO-355A

CHAPTER4. DIAGRAMS

—- —. —-—-—-—-— ,

—-—-—-—-—- —-— I1–-

I-

IEl I I

II‘i I

II !I

ItI I ‘-’ ,

IIII I

II------ ,-----L.r-----.

I I

I●

—-—-—-—-—-—-—,

–1

-- -t -—

i1-

4–1

FO-155A

I?O-355A

*, \

c.)

Ium

1HI

III In- n

ItI

m/–\

4-2

FO-155A

FO-355A

—

mol —

—

[

4–3

FO-155A

FO-355A

CHAPTER5. CIRCUITDESCRIPTION

[1] Circuit description

1. General description

Thecompactdesignof the controlPWBis obtainedby using ROCK-

WELL fax enginein the maincontrolsectionandhighdensityprinting

of surfacemountingpatts. EachPWBis independentaccordingto its

function asshownin Fig.1.

2.PWB configuration

Linecable

-CCDPWB

f\f

TEULIUPWB ControlPWB

ACcord

Powersupply

PWB

l—

‘ane’pwB-

Fig.1

1) Control PWB

ThecontrolPWBcontrolsperipheralPWBS,mechanicalparts,trans-

mission,andperformsoverallcontrolof theunit.

This machineemploysal-chip modem(R96SHF)whichis installed

onthecontrolPW13,

2)TEULIU PWB

This PWB controls connection of the telephone line to the unit.

3)Power supply PWB

This PWB provides voltages of +5V, +12V, and +24V to the another

PWB.

4) Panel PWB

The panel PWB allows input of the operation keys.

3. Operational description

Operationaldescriptionsaregivenbelow:

●

Transmission operation

When adocument is loaded in standbymode,the state of the

documentsensoris sensedvia the 1chipfax engine(SFE-LC).If

the sensorsignalwas on, the motoris startedto bringthe docu-

mentintothe standbyposition.Withdepressionof theSTARTkey

intheoff-hookstate,transmissiontakesplace.

Then,the procedureis sentout fromthe modemandthe motoris

rotatedto movethe documentdownto the scanline. In the scan

processor,the signalscannedby the CCD is sentto the internal

imageprocessorandtheADconverterto converttheanalogsignal

into binary data. This binary data is transferredfrom the scan

processorto the imagebufferwithin the RAM and encodedand

storedin the transmitbuffer of the RAM. The data is then con-

vertedfrom parallelto serialform by the modemwherethe serial

datais modulatedandsentontothe line.

Receiveoperation

Thereare two waysof startingreception,manualand automatic.

Depressionof the STARTkeyin the off-hookmodein the caseof

manualreceivemode, or Cl signal detectionby the LIU in the

automaticreceivemode.

First,the SFE-LCcontrolsthe proceduresignalsfromthe modem

to bereadyto receivedata.Whenthe programgoesintophaseC,

the serialdatafromthe modemis convertedto parallelforminthe

modeminterfaceof the 1chipfaxengine(SFE-LC)whichis stored

in the receivebufferof the RAM.The datain the receivebufferis

decodedsoftware-wiseto reproduceit as binaryimagedatain the

imagebuffer.Thedatais DMAtransferredto the recordingproces-

sorwithinthe maincontrolgatearraywhichisthenconvertedfrom

parallelto serialformto be sentto the thermalhead.Thedatais

printedlineby lineby the SFE-LCwhichis assignedto controlthe

motorrotationandstrobesignal.

Copyoperation

To makeacopyon this facsimile,the COPYkeyis pressedwhen

the machineis in stand-bywithadocumentonthe documenttable

andthetelephonesetis in theon-hookstate.

First,depressionof the COPYkeyadvancesthe documentto the

scan line. Similarto the transmittingoperation,the imagesignal

fromthe CCDis convertedto abinarysignalin the DMAmodevia

the 1chip fax engine(SFE-LC)which is then sent to the image

bufferof the RAM. Next,the data is transferredto the recording

processorin the DMAmodeto sendthe imagedatato thethermal

headwhichis printedline by line.The copying takes place as the

operation is repeated,

5) CCD PWB

ThisPWBcontrolsthepickupopticaldevice.

6) LCD PWB

ThisPWBcontrolstheLCDdisplay.

5-1

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FO-355A

[2] Circuit description of control PWB 3) 27CO1O(IC2):pin-32DIP(ROM)

EPROMof 1Mbitequippedwithsoftwarefor themainCPU.

1.General description 4) M5M5255CFP-TOl-l..(IC4):pin-28SOP(RAM)

Fig. 2shows the functional blocks of the control PWB, whichis com- Line memoryfor the mainCPUsystemRAMarea and coding/decod-

posedof 4blocks. ingprocess.Used as the transmission buffer.

MAIN CONTROLBLOCK

,--------------------------

1(2) ROM :

I ; MODEM BLOCK

I(’1 t

I(1)SFE-LC $(4) MODEM

(

I(J I

1,I

1I I I

1---- .. -.----- .-.. ------- ..--1

Fig. 2Cont*WB functional block diagram

2. Description of each block

(1) Main control block

Themaincontrolblockiscomposedof ROCKWELL1chip fax engine

(SFE-LC),ROM (128KByte), RAM (8KByte)and Modem(R96SHF).

Devicesareconnectedto the bus to control the wholeunit.

1)SFE-LC(IC3): pin-144QFP(SFE-LC)

2) R96SHF(DFXL)(IC5): pin-100GFP(MODEM)

TheFAXENGINEIntegratedFacsimileControllers.

SFE-LC,containsan internal8bit microprocessorwithan external2

Mbyte address space and dedicated circuitry optimized for facsimile

image processing and facsimile machine control and monitoring.

Memoryof recordeddata such as daily reportand autodials.When

the power is turned off, this memoryis backedup by the lithium

battery.

MIRQn

A[19:O]

D~:O]

RDn

WRn

ROMCSn

CSIO:l]n

MCSn

WAITn

SYNC

REGDMAi

TONE

GPIO~:O~lD~:O]

GP10[10:8~DC[2:O]

GPlo12/cs2tiscLK

GPlo13/cs3mxD

GP1014fCS4nlRxD

GPI01WIR08

GP1017/lR05n

PM[3:oyGPo[3:o]

sM[3:oyGPop:4] i

-VREF

+VREF

VIN

START

CLK1

CLKln

CLK2

VID~l:O] 3

IMC24CPlJControllF 1

IMC24 Meaacellf8bitData.24bitAddress) I

Walchdog”Time~

RealTime Clock

ExtamalCPU Bus CrystalOscillator

BatteryBackupCircuit

BUS IF 1InterruptController t

.Tv

MaterControl +InternalCPU Bus

+GPIO t

Tone

VideoPort

SART t!

JScannerControl&VI*O Processing

~Bit FADC

CCD/CIS Scanner

ThemalPrinterIF

5ms,A4/B4 Lines

ShadingCorrectional:1, 1:8) 5ms Linelime

EdgeEnhancement A4/B4 Lines

DynamicBackground&Contrast TPH ADC

Control 4StrobeTPH

Dithering Qichiese TPH

PWRIGND TEST

TSTCLK

DEBUGn

RES=n

XIN

XOUT

PWRDWNn

BATRSTn

EoPq4:o]

OPI[3:O]

LEDCTL

LCDCS

FTBADI

PCLK

PDAT

PLAT

STRB[3:O]

STRBPOL

Fig.3

5-2

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FO-355A

SFE-LC(IC3)terminaldescriptions

Input output Pin Description

Pin Name Pin No. 1/0 Type Type (Activelowsignalshavean “n” pinnameending.)

CPUControlInterface

MIRQn 135 IHU -Modeminterrupt.(HysteresisIn,InternalPullup.)

SYSCLK 133 IH-System clock. (Hysteresis in.)

TSTCLK 130 0-3XC Testclock.

BusControlInterface I

oT3XT

A[19:O] Address bus(20-bit).

Databus(8-bit). I

1/0 T3XT

Readstrobe. I

o-3XTT

o-3xl-r

RDn I128

WRn I127 Write strobe.

ROM chip select.

o-2XT

ROMCSn I120

1/0chipselect.

SRAMchip select. (Battery powered.)

Modem chip select.

CSln 122

CSOn 57 0I-I2XTT

o-2XC

MCSn I121

SYNC I126 Indicates

CPU op code fetch cycle (active high).

Indicates REGSEL cycle and DMA cycle.

o – 3XC

o-3XC

REGDMA I124

WAITn I125 IndicatescurrentTSTCLK cycle is await state or ahalt state.

PrimePowerResetLogicandTest I

DEBUGn 129 IHU -Externalnon-maskableinput(NMI).

RESETn 131 1/0 HU 2X0 XFC-BReset.

TEST 58 Icl- ISetsTestmode(batterypowered).

Battery Power Control and Reset Logic

XIN 59 IOsc -Crystaloscillatorinputpin.

XOUT 60 0 -Osc Crystaloscillatoroutputpin.

PWRDWNn 62 IH-indicates loss of prime power (results in NMI).

BATRSTn 61 IH-Battery power reset input.

ScannerInterface

START 101 0 -2XS Scannershiftgatecontrol.

CLK1 I100 101 -I2XS 1Scannerclock, I

CLK1n 99 0 -2XS Scannerclock-inverted.

CLK2 98 0 -2XS Scannerresetgatecontrol(or clock for CIS scanner).

VIDCTLII:0] [97:96] o-2XC Controlfor videopreprocessingcircuits.

PrinterInterface

PCLK I29 10] -I3XC IThermalPrintHead(TPH)clock. —I

PDAT 30 0 -2XP Serialprintingdata(toTPH).

PLAT 31 0 -3XP TPHdatalatch.

STRB[3:O] [33:36] o-IXP Strobesignalsfor the TPH.

STRBPOL 37 Ic-Sets strobe polarity, active high/low.

5-3

FO-155A

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Pin Name Pin No. 1/0 Input output

Type Type Pin Description

OperatorPanelInterface

OPO[4:O] 1[42:44][46:47]1 OI-2XL Keyboard/LEDstrobe[4:0].

OPI[3:O] [49:52] IHU I-Keyboardreturn[3:OJ.(Puilup.Hysteresisin.)

LEDCTL 55 ol- 4XC lndicatesoutputsOPO[4:0]areforLEDs.

LCDCS 54 ol- Ixc LCDchipselect.

GeneralPurposel/O

GP1012/ 80

CS2n/SCLK

GPIO161 76

lRQ8

GP1017/ 75

lRQ5n

1/0 H

2XC

Ixc

1xc

Programmable:GPIO(8lines)orvideodatabus.

Programmable:GPIO(3lines)orvideo data control signals.

Programmable:GPIOline,1/0chipselectorSCLK(SART).

Programmable: GPIO line, 1/0 chip selector TXD(SART).

Programmable:GPIOline,1/0chipselector RXD(SART).

Programmable: GPIQ line or active high interrupt.

Programmable: GPIO lineor activelowinterrupt.

Miscellaneous

SM[3:O]I [103:106] .0 -1xc Programmable:scanmotorcontrolpinsor GPOpins.

GPO[7:4]

PM[3:O]/ [115:118] o-IXC Programmable:printmotorcontrolpinsor GPOpins.

GPO[3:O]

TONE 119 0-Ixc Toneoutputsignal.

Power,ReferenceVoltages,Ground

-Vref 66 I-VR -Negative

Reference Voltage for Video A/D.

+Vref 68 I+VR -Positive Reference Voltage for VideoA/D.

ADGA 69 VADG A/DAnalogGround.

ADVA 70 VADV A/DAnalogPower.

ADGD 72 VADG A/DDigitalGround.

ADVD 71 VADV WDDigitalPower.

VIN 67 IVA -Analog Video A/D input.

THADI 65 ITA -AnalogThermalA/Dinput.

VSS(8) 134,132,95, DigitalGround.

88, 53, 45, 28,

VDD(7) 140, 123, 102, DigitalPower.

81,48,41, 14

VBAT 63 Batte~ Power.

NoConnection

NC 1,2,3,4, 7,32, Noconnection.

38, 39, 40, 56,

64, 73, 74, 77,

82, 107,108,

109,110-114

5–4

FO-155A

I?O-355A

(2) Panel control

ThefollowingcontrolsareperformedbytheSFE-LC.

●Operationpanelkeyscanning

●OperationpanelLCDdisplay

(3) Mechanism/recording control block

●Recordingcontrolblockdiagram(1)

PANEU

LCDPWB

THERMAl

HEAD

CCD PWB

MOTOR

Oggpeg~or

Keypa~,

LEDs&LCD H

OPO[4:0

OPI[3:O]

LEDCT

LCDCS

—STRB[3:O]

STRBPOL

PrinterData THADI

bControl&*

Sensors PDAT

4PCLK

PLAT

IfI

Scanner

EControls&

Sensors

ACLK1nIntegrated

Facsimile

~“ IController

(IFC-LFE)

VIN

Scanner >

Video +VREF >

Preprocessing -VREF >

LII

IiI

III

IJI

ITSTCLK ~

REGDMA ~

4SYSCLK

MMIROn oGPIO

3MCSn MONOFAX

A[4:O] Facsimile

*Modem GPK)

D~:O] E

3RDn R96SHF

PWRn

A[19:O]

D~:O]

RDn

WRn

ROMCSn

A[19:O]

RDn

WRn

ROMCSn External

Bus

CS[4:O]n CS[4:O]n

I I i--

I1I

nDEBUGn

SCLK**

Sy;;;;~nc 4VDD

TXD*’ Vss

Port RXD** >—

.NOTE:*AlternativeGPOlines

** AlternativeGPOlines.

–TEL/LIU

Fig. 4

5-5

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(4) Modem (R96DFXL) block

INTRODUCTION

The Rockwell R96DFXL MONOFAX modem is asynchronous 9600

bits per second(bps) half-duplexmodemwith error detectionand

DTMFreception.It has low power consumption and requires only a

single+5V DCpowersupply.The modem is housed in asingleVLSI

devicepackage.

The modemcanoperateoverthe publicswitchedtelephonenetwork

(PSTN) through line terminations provided by adata access arrange-

ment (DAA).

The R96SHFis designedfor usein Group3facsimilemachines.The

modemsatisfiesthe requirementsspecifiedin CCITTrecommenda-

tions V.29,V.27ter, V.21 Channel2 andT.4, and meetsthe binary

signalingrequirementsofT.30.

Themodemcanoperateat 9600,7200,4800,2400,or 300bps,and

alsoincludestheV.27ter shorttrainingsequenceoption.

The modemcan also performHDLCframingaccordingto T.30 at

9600,7200,4800,2400,or 300bps.

The modem features aprogrammable DTMF receiver and three pro-

grammabletone detectorswhichoperateconcurrentlywith the V.21

channel2receiver.

The voicemodeallows*hostcomputerto efficientlytransmitand

receiveaudiosignalsandmessages.

The modemis availablein either a100-pinplasticquad flat pack

(PQFP)or a64-pinquadin-linepackage(QUIP).

Generalpurposeinputioutput(GPIO)pinsare availablefor hostas-

signmentin the 100-pinPQFP.

The modem’ssmallsize,singlevoltagesupply,and low powercon-

sumptionallowthe designof compactsystemenclosuresfor use in

bothofficeandhomeenvironments.

MONOFAX is aregistered trademark of Rockwell International.

FEATURES

●

Group3facsimiletransmission/reception

–CCITTV.29,V.27ter,T.30,V.21Channel2,T.4

–HDLCFramingat allspeeds

V.27ter shorttrain

ConcurrentDTMF,FSK,andtonereception

Voicemodetransmission/reception

Half-duplex(2-wire)

Programmablemaximumtransmitlevel:

OdBmto-15 dBm

Programmabletransmitanalogattenuation:

OdBto 14dBin 2dBsteps

Receivedynamicrange:OdBmto -43 dBm

Programmabledualtonegeneration

Programmabletonedetection

Programmableturn-onandturn-offthresholds

Programmableinterfacememoryinterrupt

Diagnosticcapability

–Allows telephone line quality monitoring

Equalization

–Automatic adaptive equalizer

–Fixed digital compromise equalizer

DTE interface: two alternate ports

–Selectable microprocessor bus (6500 or 8085)

–CCITT V.24 (EIA-232-D compatible) interface

~L and CMOS compatible

Low power consumption: 275 mW(typical)

SinglePackage

-100-pinPQFP

–64-pinQUIP

Single+5VDCpowersupply

Software compatible with R96MFX, R96EFX, R96SHF, and

R96VFXmodems

5–6

FO-155A

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R96DFXL (IC5) Hardware Interface Signals

Pin Signals -100-Pin PQFP

Pin No. Signal Name 1/0Type

1GP03 IA/OB

2GP04 IAIOB

3GP05 IWOB

4GP06 IA/OB

5GP07 IA/OB

6OVD2 GND

7OVD2 GND

8D7 IA/OB

9D6 IA/OB

10 D5 IAIOB

11 D4 IA/OB

12 D3 IAfOB

13 D2 IA/OB

14 D1 IA/OB

15 DO IA/OB

16 OVD2 GND

17 OVA GND

18 RAMPIN R

19 NC

20 NC

21 OVA GND

22 +5VD2 PWR

23 OVD1 GND

24 SWGAINI R

25 ECLKIN1 R

26 SYNCIN1 R

27 NC

28 NC

29 NC

30 OVA GND

31 NC

32 NC

33 NC

34 DAIN R

35 ADOUT R

36 BYPASS Ic

37 RCVi R

38 TXLOSS3 Ic

39 TXLOSS2 Ic

40 TXLOSSI Ic

41 NC

42 NC

43 OVA GND

44 TXOUT AA

45 RXIN AB

46 +5VA PWR

47 OVA GND

48 AGD R

49 AOUT R

50 OVD1 GND

51 NC

52 mOc

53 WRITE-W– 1A

54 m1A

55 READ-$2 1A

56 RS4 IA

57 RS3 1A

58 RS2 1A

59 RSI 1A

PinNo.

100

SignalName

RSO

GP13

GP1l

RTS

EN85

OVD2

PORI

XTLI

XTLO

XCLK

YCLK

+5VD1

DCLKI

SYNCIN2

GP16

GP17

OVD2

CTS

TXD

OVD2

DCLK

EYESYNC

EYECLKX

EYECLK

EYEX

ADIN

DAOUT

OVD2

EYEY

GP21

OVD2

GP20

GP19

RXD

RLSD

OVD2

RCVO

SWGAINO

GP02

Notes:

1/0Type

IAIOB

IA/OB

GND

PWR

IA/OB

GND

IAIOB

GND

IAIOB

IA/OB

GND

INOB

1. NC =No connection; leave pin dis~onnected (open).

2. 1/0 Type: Digital signals: see Table 9;

Analog signals: see Table 10.

3. R=Required modem inter-connection; no connection

to host eauioment.

5–7

FO-155A

FO-355A

[3] Circuit description of TEULIU PWB

(1) TEVLIU block operational description

1)Blockdiagram

CML RECMUTE

SURGE

TELLINE ON-HOOK—TA%PULSE POLARITY DIALPULSE SPEECHf

~PROTECTION FILTER GUARD — GENERATION

—CIRCUIT

BLOCK BLOCK

I“:[

HANDSET

BLOCK BLOCK BLOCK BLOCK TX

LTELMUTE

;i:

SIGTX4MODEM

MPX.B

Y#-DmF

ClDETECTION c1

CIRCUIT

D“ I

SPEAKER SP

AMP

2) Circuitdescription

TheTEULIUPWBis composedofthefollowing10blocks,

1. Cl block

2. Polarityguardblock

3. Pulse transmitting block

4. ON-hookblock

5. Hookdetectionblock

6. Speechcircuitblock

7. Speakeramplifierblock

8. Power supply and bias circuit

9. Sensorblock

10. Signalselection

SPEAKER DOOFVPAPER PAPS

SENSOR

1 1

3) Blockdescription

1. Cl block

This blockis composedof aphotocoupler(PC1)and is usedto

convertringersignalintoadigitalsignal.

2. Polarity guard block

This blockis composedof diode bridge (REC1) and is used to

supply acurrent and voltage of the same polarity to the telephone

circuit regardless of reversion of polarity in the telephone circuit.

5-8

3. Pulse transmitting block

This block is composedof transistor(Ql), photocoupler(PC6)

andzener diode. Dial pulsessuppliedfrom CPUare amplifiedby

transistor(Ql) throughaphotocoupler(PC6)to the telephone

line.

4. ON-hook block

This block is composedof CML relay (CML), and CML is for

connectionof thetelephone

line.

5. Hook detection block

This block is composed of hookswitch (RHS), and is used to

detect on/off of the hook switch and to informCPU of connec-

tion/openof thetelephoneline.

6. Speech circuit block

This blockis composedof the speechIC (ICI), and is equipped

with 2-line/4-lineselectcircuit,autopad circuit,and all othercir-

cuit.

7. Speaker amplifier block

This blockis composedof the speechamplifierIC (IC102),andis

usedto amplifyvoicesignalin monitoringor in speakerreception

withtheamplifierICandto supplytothe speaker.

FO-155A

FO-355A

Power supply and bias circuit

+24V, +12V and +5V are suppliedfrom the controlunit through

theconnectorCNLIUB-1-7.

Sensor block

This block is composed of PSNS(photointerrupter),and is used

to sense the presence of recording paper and the cover

open/closeof thecover.

1O.Signal selection

The following signals are used to control the transmission line of

TEUFAX signal.

●TEL MUTE :Controls the mute of handset voice transmission

signal.

●RECMUTE: Controls the mute of handset voice reception sig-

nal.

●SP-MUTE: Controls the mute of speaker amplifier.

●MPX A: Mutes the transmission drive amplifier.

H: Selectedwhen the FAX signal is being re-

ceived

L: Selectedwhenthe telephoneis beingusedor

whenthe FAXsignalis beingtransmitted

.MPXB: Switchesoverthegainof receptionamplifier.

●MPX C:

Amplifier gain decreased

Amplifier gain increased

Receivesignalto modem

Externalremote

SignalflowwhenTEL speaking

CML

IRECMLITE

SURGE TAXPULSE Rx

TELLINE PROTECmON

m~ON-HOOK_POIARITY DIALPULSE SPEECH$,.,., ,.

BLOCK BLOCK FILTER GUARD -GENERATION-CIRCUIT o

BLOCK BLOCK

~NDSET

BLOCK BLOCK ~

TELMUTE●

SIGTX ●MODEM

I I

P“

SPEAKER SP

AMP

SPEAKER OOOR/PAPER PAPs&

SENSOR

ILED 1+ Lso

[HOOK RHS

5-9

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[4] Circuit description of power supply PWB

1. Block diagram

Noiea +Rectifying~Switching Regulater

Circuk *12V

AC IN Filter Smoothing

Cimuit dCircuit -Circuit —Regulater*5V

Circuit

(RCC avstem)

. . .

II () vMrvni

Phot*pler

Fig. 1. Block diagram

2.General description

Theinputvoltageis 187VAC-276VACconformingto ULstandards.

The outputsare+24V(VM),+5V,+12V.The overvoltageprotection

functionfor protectionof the load in caseof powerabnormalityand

the overcurrentprotectionfunctionfor protectionof the powersupply

itselffromoverloadareadded.

3.Operational description

When230-240V/ACpoweris supplied,it is passedthroughanoise

filterto the rectifiersectionwhereit is smoothedto about300Vthen

suppliedto the invertersection.The invertersectionemploysone-

transistorON/OFFself-excitedinvertor(R.C.C.system)anda stable

DCvoltageissuppliedto thesecondaryside.

Theoperationofeachsectionis describedbelow:

3.1.Invertorsection

ZDI

RD27

18K

470

2S::W2

2S%18 ‘

aR9

103

1S2471

—

Whenthe voltageacrossR4 reachesthe gate ON voltagethrough

R5,R6,and R4,QI beginsto turnON,flowingacurrentfr;m pinl ;f

T1 primarywindingto pin3.Thenavoltageis generatedfrompin5 of

auxiliarywindingto p~n4,turningQ1 gateON completely.The drain

current increaseslinearlyto store energyin the primarywinding.

However, voltage across R3 turns ION Q2 thorough R9 when the

drain current reaches acertain level. As aresult, Q1 ga~evoltage falls

below the threshold voltage (about 4V) of the gate and Q1 turns off.

Simultaneously when QI turns off, the energystoredin the primary

winding is inducedin the secondarywindingto bias the rectifier

diodesD4, D5, and D6 forwardly,smoothingeachoutputcapacitor.

ThusaDCvoltageisobtained.

3.2.

(1)

(2)

(3)

(4)

(5)

Controlsection

+24V (VM) control

Avoltageis generatedin thesecondarysideby repeatedopera-

tions of 3.1, and the outputin the secondary sideis dividedby

R14,VR1,and R15to be inputtedto Q4.Thedividedvoltageis

adjustedto about6.2VbyVR1.Q4 alwaysmonitorsthe divided

outputvoltage.Whenthe outputvoltageexceeds+24V,the di-

vided voltage also exceeds6.2V and Q4 judges it as an in-

crease in the output voltage. Then photocouplerPC1 is lit

throughR13to turn on the transistorin the light receivingside,

supplyingacurrent to the base of Q3, turning off Q1. (The

currentwhich is to be passedthroughthe additionalline, R8,

andC8to R4is bypassedby Q3). Resultantly,ONtimeof Q1 is

shortenedand the energystoredin the primarywindingis de-

creased,limitingthe increasein the outputvoltage.Whenthe

outputvoltagebeginsto decrease,the light quantityof PCI is

decreasedto lengthenthe ONtimeto Q1.As aresulttheenergy

in the primarywindingis increasedto compensatefor the de-

creaseinthe outputvoltage.

Thenegativefeedbackcontrolis repeatedto stabilizetheoutput

voltage.

+5V,+12Vcontrol

Theoutputsof +5Vand +12Vare stabilizedby the three-termi-

nalregulatorICS(IC1andIC2).Theovercurrentprotectionfunc-

tionprotectsthe regulatorICSthemselves.

NoiseFilterCircuit

The input noisefilter sectionis composedof L and C, which

reducesnormalmodenoiseandcommonmodenoise.

Rectifying/SmoothingCircuit

TheAC inputvoltageis rectifiedby diodeD1 and smoothed by

capacitor C5 to supply DC voltage to the switching circuit sec-

tion. Power thermistor TH1 suppresses inrush current at power

switch-on.

SwitchingCircuit

(6)

Thesystemappliedinthiscircuitis the self excited ringingchoke

convertor(RCC).In this system,the DC voltagesuppliedfrom

the rectifying/smoothingsectionis convertedintohighfrequency

pulses by ON/OFF repetition of MOS FET QI. Energy is

chargedin the transformerTI during ON periodof Q1, and

dischargedto the secondarycircuitduringOFFperiod.Theout-

put voltageis controlledby automaticadjustmentof ON period

of QI. TheON periodis determinedbyC9chargetimechanged

accordingto 24V output through operationof photo-coupler

PC1.Theovercurrentprotectionis performedbydringingQ1 to

OFFstatethroughdetectionof voltageincreasein the auxiliaty

windingof T1 by ZD2 and R11.The overvoltageprotectionis

performedbyoperatingtheovercurrentprotectioncircuitthrough

destructionofzenerdiodeZD3.

+5V,+12VCircuit

EachDCvoltagesuppliedby rectifyingtheoutputof transformer

T1 with diodeD4or D5is stabilizedby 3-terminalregulatorICI

or IC2.

3.3.Overcurrentprotectionfunction

Whenthe outputcurrentin the secondaryside increasesto become

anovercurrentor shortR2/R4detectsthe draincurrentto turnon Q2.

The gate voltageof Q1 is controlledto shortenON time of QI to

protectthecircuitfromtheovercurrent.

3.4.Overvoltageprotectionfunction

When the output voltage is abnormallyincreasedand ZD3 zener

voltageexceedsabout 30V, ZD3 is shortedto operatethe same

procedureastheovercurrentprotectionfunction.To reset,turnoffthe

ACswitch,removethecause,andreplaceZD3withanewone.

3.5.Hightemperatureprotectioncircuit

Thermalfuse F3 includedin the power circuit is blown when the

surfacetemperature of rectifier D1 exceeds about 115 degreesCenti-

grade.(about239°F)

5-10

3.6Rushcurrentlimitingcircuit

When AC power is supplied, arush current flowingthroughcapacitor

C5 may blow fuse F1 and damage the circuit. To prevent this, the

powerthermistorTH1 is provided to limit the rush current.

FO-155A

FO-355A

3.7.Linefilter

To protect against external noises and noises generated in the power

circuit,the line filter is cmposed of LI, L2, Cl, C2, C3, and C4 to

reducenoises.

(Waveform)

.At standby

GND GND

.When the overcurrent protection circuit works

GND

5Vldiv 2@ldiv

RII

C1l 4~

.. 11r1+r,r1

GND

!+1I [ 1

I(I11!

111

5V/div 0.2ms/div

“GND

IOOVldiv 0.2ms/div

GND

5-11

FO-155A

FO-355A

[5] Circuit description of CCD PWB

The CCD board picks up opticalinformationfromthe document,con-

verts it intoan electrical(analog)signalandtransfersit to thecontrol

bead.

(1) Block diagram

Vo +OUTPUTCIRCUIT

(emitterfollower) H

1 J 1

Fig.8

(2) Description of blocks

1. CCD

The TCD1200SUP is ahighly sensitive charged coupled image sen-

sor that consists of 2160 picture elements.

Receivingfourdrivesignal(@T,@2,@l,oR)fromthecontrolboard,the

transferredphotoelectricanalogsignal OS is impedanceconverted,

andthesignalVO,is suppliedto thecontrolboard.

2. Waveforms

—

1. $1,$2 (=$1)signalswithinthecontrolboard.

$T~ ...... J:;prOx”’v

““=’’’uuu”uuln;;prox”;vprox

Approx.IOOmV

Approx.5V

0“

Fig.9

5 – 12

FO-155A

FO-355A

CHAPTER6. CIRCUITSCHEMATICSAND PARTSLAYOUT

(

—

(

NC 3;

NC ~NC

Nc NC

Nc :NC

Nc ‘Nc

Nc :. NC

Nc NC

NC :NC

NC ~NC

NC 73NC

NC ,4NC

NC ~NC

NC 1:;::

NC 106

NC ;:; ::

NC ;;; NC

NC 113 ‘c

NC 1;: ;:

I41

102

123

‘;; VDD

69 ADGD

rcADGA

+VREF

w‘VREF (3-2H)

-VREF w-vREF (3.IH)

VIN 67 ‘IN (3-2H)

THADI=THADI ~~5H)

TSTCLKIW T~~

SY;:;:: “j~ (2-3C)

10: (2-4C)

GPD01’8

GPD1

117 R127 ~pXB (1-lG)

GPD2 ’16 CNLIUB-

GP03 ‘5 R129 “2*MP; CNLIUB-

SMO‘m —CNPN-1

SM1 ‘m R252 ’253 ;% (3-3A)

SM2 lW (3-3A)

SM3 103 R2S6 ’25’ ;~~ (3-3A)

(3-3A)

(4-4E)

CNPN.6

CNPN-16

CNPN-14

CNPN.12

CNPN-10

CNPN-8

-----

ULLLLLL

ZJZA3

-----

6-1

FO-155A

FO-355A

amIwImIN

v197

92 OVD2

R2s4 R2s3

(3-4F)},CONT .;;R~;V;; GP21i

CN;2U;;; CUTSW2 ~?~ 10K ~GPmi

CNCUT-4bcuTsw’ MR25SV76 GP19i

R260 [75 GP17i

NC CUTC1 470 GP16i

(4-3E) yo;g6’ GP13

FO-155A

FO-355A

-E

I-.

(

6–3

FO-155A

FO-355A

aIIn 91mINI

-E:

FO-155A

FO-355A

Control PWB parts layout

(Top side) Control PWB parts layout

(Bottom side)

6–5

FO-155A

FO-355A

fD Im*mIN

—

L-

FO-155A

FO-355A

wIIn I.+ I . I mI

I I

‘Iml I~I . ir.

—11 fll I1

l--=’ IAi, II

I“> I*IFY ImI

6-7

FO-155A

FO-355A

TEL/LIU PWB parts layout (Top side) TEULIU PWB parts layout (Bottom side)

6–8

FO-155A

FO-355A

(9 ImI*ImNI

rIn

1- ‘1

FO-155A

FO-355A

—

n~~•“RDENT2087FFZZ

MODEL:T2087

~D2189-4001AT

6-10

FO-155A

FO-355A

DOS NC

0s ‘

‘,

r—

6-11

FO-155A

FO-355A

(D IIn *ICY Im

(

[

.. ----

NI?

—

;

-Y

L-----

—

6 –12

Operation panel PWB parts layout

(Top side)

FO-155A

FO-355A

Operation panel PWB parts layout

(Bottom side)

6–13

FO-155A

FO-355A

CHAPTER7. OPERATIONFLOWCHART

[1] Protocol

Receiveside

G3communication

CED

Torecording--------

position NSF

Csl

DIS

(DCS

CFR

Cutlineprinted--------------

MCF

Cutlineprinted---------------

MCF

Transmitter

side

(Document inserted into

document sensordurin

standby)

‘s’~

‘S1

‘ss ~NSS

RTC

RTc ~FITC

EOP

‘c” ~DcN

-------------- Recordingpaporejected c

CED

NSF

Csl

DIS

------

(DCS)

CFR

Documentinsededto

thereadingposition

------------- Nextpageinseri

command

MCF

-------.-----_--Documentejected

7-1

FO-155A

FO-355A

[2] Power on sequence

START

ICPUinitialized I

MODEM initialized

‘WAIT AMOMENT”display

I“MEMORY CLEAR ?“ display I

1’

YES

]NO

YES

INO

YES

STAND-BY

“MEMORY CLEARED” display

[Memoryclear

STAND-BY

—

I1(

“MEMORYCLEARED”display

Memory clear

fPROCESSCHECK MODE>

7–2

FO-155A

FO-355A

CHAPTER8. OTHERS

[1]Service tools

1. List

INO. PARTSCODE DESCRIPTION Q’TY PRICE

RANK

Extension board unit

“o u

CNMIC3 CNPS2 CNCUT2

qqp

~~2~lmciBn

21 CNCSW2 2 1

cNED24~l CNSNS

*r-,

CNPSI CNCLJT1

4P31 6 1

HSW PNSNSA 0

~cNLEDl

;NSP1 CNBZ1

CNTH1

13r-- -i 1

CNMIC1 CNM71 CNCCD1

~Q=

GCMK-C2X

L-

C~H2 CNMT2

13 CNB;2

IF ‘c@2

NO. IPARTSCODE IDESCRIPTION IQ’TY IPRICE

RANK I

1QC NW-3872 SCZZ

........

CABLE(CNTH2) 1AP

2QC NW–44 13 SCZZ CABLE(CNSNS) 1AX

3QC N W-448 1SCZZ CABLE(CNCSW2) 1AG

4QC NW-3868S CZZ CABLE(CNLED2) 1AE

5QC N W-3870S CZZ CABLE(CNMT2) 1AH

6QC NW–3882 SCZZ CABLE(CNPS2) 1AF

7QC NW–44 11 SCZZ CABLE(CNCUT2) 1AH

8QC NW-4 112 SCZZ CABLE(CNCCD2) 1AG

9QC NW–3869 SCZZ CABLE(CNSP2) 1AE

10 QC NCM701 4SCOG CONNECTOR(CNCCD1,CNCCD2) 2AB

11 QCNC M70 14SCOB CONNECTOR(CNLED1,CNLED2) 4AD

12 QC NC M2401 SCO FCONNECTOR(CNCUT1,CNCUT2) 2AB

13 QCNC M70 14SC0 FCONNECTOR(CNMT1,CNMT2) 2AB

14 QCNCM2482SC 1FCONNECTOR(CNPN1,CNPN3) 2AF

15 QCNCM701 4SCOC CONNECTOR(CNPS1,CNPS2) 2AA

16 QCNCM70 14SCOD CONNECTOR(CNSNS) 1AB

17 QCNCM2401 SCOB CONNECTOR(CNSP1,CNSP2) 2AA

18 QCNCM70 14SC 1cCONNECTOR(CNTH1,CNTH2) 2AC

19 QSW-Z2 206 SCZZ HOOKSWITCH(HSW) 1AH

20 VH GP1S58 V1l -1(PSNS) 1AE

21 QPWBS2758SCZZ EXTENSIQNBC)ARtI{WITHOUTPARTS) 1

22 VR D- RC2EY22 1JRESISTOR(1/4W220S2*5%) (Rl)

23 1AA

QC N C M2442 SCOB CONNECTOR(CNCSW1,CNCSW2)

24 2AB

QC N W-4236 SCZZ CABLE(CNMIC2)

25 1AE

QCNCM2401 SCOC CONNECTOR(CNMIC1,CNMIC2) 1AB

8–1

FO-155A

FO-355A

2.Description

2-1. Extension board unit

1. Remove the TEULIU PWB, control PWB and PowerSupplyPWB

fromthisunit,andmounttheextensionboardunitinstead.

●Beforeconnectingthe wiring to the extension board unit, set

the test PWB switches to the fixed position.

2. The setting is as follows.

Connector Cable

[ :

Cablecolor CNSNS Connectedto (PWB)

CNCSW2 QCNW-4481SCZZ 1.Black PSNS CNLIUA-6

ICNMT2 IQCNW-3870SCZZ i=I2.Brown IRHS ICNLIUA-12 I

—1

CNCCD2 IQCNW-4112SCZZ

J3.Red HS1 N.C.

i8SCZZ 4.Orange HS2 N.C.

CNSNS IQCNW-4413SCZZ

Aset with amounted

extensionboard unit

CONTROL

The recordingpapersensor (PSNS)and the hookswitchare oper-

ated by OR of the mechanicalunit switchandthe test PWB switch.

When performing installation in the machineunit, set the test PWB

switchesto thefixedposition.

Mechanicalunit PWBto betested

Actualoperationwithmechanicalunit

Recordingpaper ON/OFFoperation ON (Photointerrupteris

sensor interrupted.)

HookSW ON/OFF operation ON

PWB sensor check

Recordingpaper ON ON/OFF

operation

sensor

HookSW ON ON/OFF operation

PWB

8–2

FO-155A

FO-355A

2-2. Scan optical system adjustment

(1)Outline

Theadjustmentproceduresofthescanopticalsystemaredescribed

below:

(2) Adjustmentprocedures

Switchoff the machine and disconnect the AC power cable from

the wall socket.

Fully open the uppercabinet,removethe fixing screwsof the

recordingpaper tray and removethe recordingpaper tray. In

order to performafocusadjustment,removethe opticalsystem

unitfromtheframe.

DisconnectthemainpwbfromtheTEL/LIU pwb.

Connectyouroscilloscopechannel1to the VIN signalandchan-

nel 2of youroscilloscopeto $T signal(ReferPin 4of connector

CNCCDon themainpwb).Connectthe earthclipsof eitherprobe

to AGgroundas shown.Setthetriggerto channel2.

CNCCD

DIOI A

VID CNCCD-I

@TCNCCD-4

VG CNCCD-3

Re-connect the main pwb to the TEULIU pwbandconnectthese

circuitboardsto theconnectorsonthechassis.

Re-assembleup to and includingthe recordingpapertray to the

mainchassisandcloseuppercabinet.

Plug the AC power cable into the wall outlet and turn the fax

machineon.

Insedatest chart in the document hopper and execute the CCD

Adjust Mode diagnostic. Pressthe STARTkey to enablelocal

@Lightly loosen the redscrewsof the CCDpwbandobtaintheVID

signal waveform in synchronization with $T signal waveform. Ad-

just the CCD pwb positioningto obtainthe waveformas shown

below.

Scanadjustmentjig

-1 00‘L

\“

“’’”[)

n4d~

“o oOpticalsystem

Referencesurface unit

CCDwaveform

VIN

(CH1)

(CH2)

ROTF1.81msec +H

0.5msedDlV

w“ ●2:White level

*1: :Increasethedifference

byfocusadjustment.

:Adjustasshownby

CCDPWBadjustment.

[CCDwaveformmodel]

copy until approximatelyone fifth of the page has beencopied, @Afier completingthe CCDadjustment,tightenthe two redscrews

thenpress the STOPkeyto enablethe CPU wait state.

Fully opentheuppercabinetandremovethe recordingpapertray.

Installthe scanadjustmentjig to the opticalsystemunit, so that @

thepatternsurfaceis onthe lowerside.

on the CCDpwbandapplyscrewIockin-gmaterialto

CCDpwbfrommoving.

Assemble the recording paper tray and fixing screws.

prevent the

Fit the pins of the scan adjustment jig to the holes of the optical

system frame.

8–3

FO-155A

FO-355A

[2] IC signal name

CONTROL P.W.B. UNIT

IC5:VHiR96SFELC-1(R96DFXL)

Refer to the table on p. 5-7.

IC6:VHiNJM4558MF-(NJM4558M)

8VCC+

OUTPUT1 1

INVERTINGINPUT1 2 -7OUTPUT2

NON-INVERTINGINPUT1 3 +6INVERTINGINPUT2

Vcc” 4+5NON-INVERTINGINPUT2

IC4:VHiM5255CF70L(M5M5255CFP)

(TOPVIEW)

A6 4

A5 5

A4 6b

A3 7

A28o

Al 9

AO ~

DQ2 12

GND 14

28P2W-C(CFP)

IC103:VHiLM318M//-l(LM318)

TOP VIEW

INPUT 2—-7v+

—+

5BAUCOMP3

Vcc

A13

Al 1

AlO

OQ8

DQ7

DQ6

DQ5

DQ4

IPinname Signal I

IOE IWriteenable I

I1/01-1/08 IData1/0 I

IVCC IPowerSource I

IGND IGround I

IN.C. Noconnection I

ICIOO:VHiBU4053BCFl (BU4053BCF)

Switches

In/Out

32 +Xo Y+~ 15 Common

Out/In

2Yo

1YI

5Zo z4

3ZI

VDD: Pin 16

VSS: Pin8

VEE: Pin7

8–4

FO-155A

FO-355A

IC7:VHiULN2003ANS(ULN2003)

lC 2C 3C 4C 5C 6C 7C COM

19 29 39 4B 59 69 79 E

IC1OI:VHiBU4051BCFl(BU4051BCF)

—

;11

Controls<10 B

~9 c

fi3 Xo

‘12

Switches

In/out 1x4

‘5

12 X6

VDD:Pin16

VSS:Pin8

VEE:Pin7

ICI: VHiTA7291PV-1(TA7291P)

OUT1

OUT2

IC2:VHi27CO1012T!(TMS27CO1O)

EP-ROM

VPP

Al’

A15

A12

A’

DQ1

DQ2

D03

GND

(TOPVIEW)

J1w

2~PGM

27 A8

26 A9

25 Al1

IC105:

Pinname Signal

AO-A16 Addressinput

EChipenable

GOutputenable

GND Ground

NC Noconnection

PGM Program

DQ1-DQ8 Dataoutput(Programinput)

Vcc +5V power

VPP +12.5V power(*)

24 ~(’) Onlyintheprogrammode

23 AlO

22F

21 DQ8

20 DQ7

19 Do’

18 DQ5

VHiLMT2904DR2(LMT2904)

VHiLMT2903DR2(LMT2903)

●8

lC104: VHiPST591CMTl(PST591C)

w“

1. AOUTPUT

2. A- INPUT

3. A+ INPUT

4. v-

5. B+ INPUT

6. B- INPUT

7. BOUTPUT

8. V+

Vcc

VOUT

GND

I@MANUAL

RESET

8–5

TEULIU P.W.B.UNIT

IC104:VHiBU4053DR2

PANELPWBUNIT

ICIOI: VHi74HC147/-l(74HC147)

FO-155A

FO-355A

,ti

Controls{,10 B

‘-l c

‘13 xl

Switches 2

In/Out {,:

Common

Out/In

Inputs

outputs

VDD: Pin16

VSS: Pin8

VEE: Pin7

{

GND

h16

c54 15

c6D3 14

c73 3 13

c82 3 12

cc1311

cB~9 310

IC102,103:VHiNJM4558MF-(NJM4558M)

IC104:VHiNJM2113M-1(NJM2113M)

‘“’”1+” b

8 VCC+

INVERTING INPUT 12-7OUTPLJT2

NON-INVERTINGINPUT1 3 +6INVERTINGINPUT2

Vcc- 4+5NON-INVERTINGINPUT2

ICI: VHiTEA1062A-1(TEA1062A)

SYMBOL PIN DESCRIPTION

LN 1Posilrvelinetermmal

GAS1 2Gainadjustment:tranarniting

amplifier

GAS2 3Gamadjustment:transmitting

amplifier

OR 4Non-mvertmgoutput:receivinu

-“. - . . . . . .“ .,,...,”,

.“

, . .wceivi~amplifierinput

DTMF I11 IDual-lonemulti-fraquencyinput

MUTE I12 IMuteinput

Vcc 13 Positivesupplydecoupling

REG 14 Voltageregulatordecoupling

AGC 15 Automatkgamconfrolinput

SLPE 16 Slope(DC resistance)adjustment

GAS1

GAS2

GAR

MIC-

MIC+

STAB

116 SLPE

215 AGC

314 REG

13 Vcc

512 MUTE

611 DTMF

710 IR

89VEE

CD 18V02

FC2 2 7GND

FCI 36VCC

VIN 45Vol

(TOPVIEW)

Vcc

DOutput

}

Inputs

Aoutput

8–6

SHARP PARTS GUIDE

❑Cabinet, etc.

❑Upper cabinet

❑Documentguide

❑Drive unit

❑Optical unit

upper

FO-155

MODEL FO-355

❑Packing material &Accessories

CONTENTS Y

❑Control PWB unit

❑TEL-Liu PWB unit

❑Power supply PWB unit

❑CCD PWB unit

❑Hardware parts

■Index

Becausepartsmarkedwith “~” is indispensablefor the machinesafetymaintenanceandoperation,it mustbe

replacedwiththepartsspecificto the productspecification.

FO-155A

FO-355A

❑Cabinet, etc.

B13+ B13

la I

B13

41 \>

)

613

.60

w\ 11 w

113

–1-

FO-155A

FO-355A

❑Cabinet, etc. 1

NO. PARTS CODE PRICE NEW PART

RANK MARK RANK DESCRIPTION

]per cabinet ass’y [155A]

er cabinet ass’y [355A]

dSpeaker ass’y

:Control PWB unit [155A]

:Control PWB unit [355A]

:TEL– Liu PWB unit

3ICore (TRA20)

Itch lever A

c\Pinch pressing spring 2

J]Pinch roller 2

Ik switch lever B

lnd(GT–100M)

3AC cord ass’y

BCore (TRA31)

IcShield sheet

rding paper cover A[155A]

)IRecording paper cover A[355A]

~CPNLC 236 1XH15 BR N D IUP

CPNLC 236 1XH20 BQ N D !UPp~

2C C NW–4 436 XHO1AF c

sDC EKC8 87G X HZ Z CB N E

DC EKC8 89GXHZ ZCA N E

4DC EKL 46 2AXH0 2BR N E

5GCABB2265XHz ABB DILower cabine

A6RCORF 206 3XH 22 AF E

7ML EVP2203XHz AAD cIHook swi

8MS PRP2687XHzz AC

9NR~LP2249XHzz AE c

10 MLEVP2204XHzz AD cIHOO

11 LBNDJ2006XHzz AA c\Bal

12 QACCL762AXHzz AY E

A13 RCORF2064XHzz AF

14 LPLTM2755XHzz AL

15 GLEGG2061xHzz AE cIRubber leg

16 GC0VA2355xHzA AV DIRecor

GC0VA2356XHzA AV [

17 LBSHP2063xHzz AC cIRollerbearinq

18 NGERH2282xHzz AC (

19 NR0LR2313xHzz AR (

20 PGi DM2432xHzz AD cHead guide

21 PGi DM2433xHzz AD cHeadgl

22 QCNW–4434xHyz AE NcHead ear

23 RHEDZ2046XHzz BT NE

24 MSPRC2691XHZz AB c\Head

25 MSPRD2787xHzz AD cIPapel

26 PGiDP2430XHzA AX

27 QCNW-4433XHYZ AP N(

28 NGERH2283XH01 AF cIPap

29 LBSHP2068XHZZ AC (

30 MSPRP2788XHZz AD cIHoP1

31 NGERH2286XHzz AC (

32 NR0LR2316XHZZ AX (

33 NR0LR2315XHZZ AS (

35 PGiDP2431XHZA AE (

36 PSHEZ3031XHZZ AA c]Ja{

37 PSHEZ3150XHZZ AF

38 PSPAZ2199XHZz AQ

39 RDENT2087XHzz BS NEPower sup]

40 LFRM–2155XHZZ AU cHead

41 MLEVP2202XHZZ AD cPape

42 GDAi –2071XHZA AT r‘-

43 LSTPP2042XHZZ AC (

45 TLABH3803XHZZ AD c

TLABH3803XHYZ AF N(

47 GC~VA2357XHZA AV (

Jg PH~P–2087XHZZ AG (

PHOP–2088XHZA AM cIExtension hop

49 LANGF280-2XHZZ AE

50 LPLTP2754XHZZ AR

51 MSPRC2793XHZZ AE N(

52 NSFTZ2255XHZZ AF

53 PCUT–2032XHZZ BK

54 QcNw–4439xHY2 AF

56 VHPSG1 13///–1 AP I

57 LPLTP2775XHZZ AQ N](

.ITransfer roller 1gear

uITransfer roller 1

:, right

uide, left

thcable

BIThermal head

1pressure spring

rsensor lever spring

clDocument guide lower

cIHed cable

~erfeed roller gear ass’y

cIPlaten bearing

per spring

cPlaten gear

cPlaten roller

cPaper feed roller

cHopper guide

cksheet

NcIBlind sheet [355A] ~

Ic]Spacer ply PWBunit

!r sensor lever

DIRecording paper cover B

cIPanel stopper

paper set label [155A]

cRecording paper set label [355A]

cHopper cover [355A]

cExtention hopper [155A]

per [355A]

IcSensor bracket [355A]

cAnti curl [355A]

cAnti curl spring [355A]

cAnti curl shaft [355A]

cCutter [355A]

NcSensor cable [355A] _

BPaper sensor [355A]

cSqueeze plate [355A]

I601SPAKA4346XHZZ IAH I I cProtection sheet

-2–

FO-155A

FO-355A

❑Upper cabinet

~Document guide upper

–3–

FO-155A

FO-355A

~ Upper cabinet

NO. PARTS CODE PRICE NEW PART

RANK MARK RANK DESCRIPTION

1DC EKP4 43 AX HO 1BL EOperationpanel PWB unit

2GCABA2 264 XH Z F AS NDUppercabinet

3HP NLC 236 IXHZA AH DDecorationpanel [155A]

HPNLC2361XHZD AS DDecorationpanel [355A]

4JBTN–2157XHZA AK cDiai key

5JBTN–2158XHZA AG c-Direct key

6JBTN–2159XHZA ‘AF cStart key

7JBTN–2160XHZA AD cStop key

8JBTN–2161XHXA AE NcMode key

9JBTN–2162XHZA AC cVolumekey

10 PSHEZ3124XHZA AF NcProtect sheet

11 CCNW–4431XH01 AT NcPanelcable

12 PSHEZ3158XHZZ AB NcAnti vibration sheet 1

13 PSHEZ3159XHZA AF NcAnti vibration sheet2

(Unit)

~ol CPNLC2361XH15 8R NDUppercabinet ass’y [155A]

CPNLC2361XH20 NDUppercabinet ass’y [355A]

❑Document guide upper

-4-

FO-155A

FO”355A

❑Driveunit

❑Optical unit –

❑Packing material& Accessories

–5–

~Drive unit

FO-155A

FO-355A

INO. IPARTS CODE PRICE NEW PART

RANK MARK RANK DESCRIPTION

\2LFRM– 2153 Xl-l Z Z AU cDrive system mounting frame

3LPLTM2 74 1 XHZ ZAE cHeat sink

4MCAMP2019XHZZ AC cCamA

5MCAMP2020XHZZ AC cCamB

6MLEVP2190XHZZ AC cPlanet gear leverA

7MLEVP2191XHZZ AC Planet gear leverB

8MSPRC2735XHZZ AC :Planet gear spring

9MSPRD2736XHZZ AC cCam hold spring

10 NGERH2276XHZZ AC cReductiongearA

11 NGERH2277XHZZ AC cReductiongearB

12 NGERH2278XHZZ AC cPianet gear

13 NGERH2279XHZZ AC cidler gearA

14 NGERH2280XHZZ AC cldlergear B

15 NGERH2281XHZZ AD cldlergear C

16 RMOTZ2121SCZZ AZ NBMotor

17 MLEVP2194XHZZ AC cChangelever

18 MSPRD2744XHZZ AB cchanEeleversDrinE

HODtical unit

DESCRIPTION I

.1,,.s,, ”. ,,”,”,,,~ ~p,,,,~ -I

NO. PARTS CODE PRICE NEW PART

RANK MARK RANK

1DCEKD464AXH11 BF NECCDPWB unit

2LFRM–2147XHYA AV cOpticalframe

3MSPRP2512XHZZ AK cLensholding spring

4MSPRP2618XHZZ AD cMirrnr hnlriinu cnrinu I

5MSPRP2619XHZZ AD cIMirror holding

6PGLSP2043XHZZ AK

7PLNS–2043XHZZ AU

8PMi R-2061XHZZ AH

9PMi R–2062XHZZ AM

10 PSHEZ2879XHZZ AK

11 PSHEZ2915XHZZ AY

12 QCNW–4441XHYZ AE NcLEDcable

13 VHPSNK08A24–1 AZ BLED(SNK08A24)

14 PFLT–2006XHZZ AA r! Himalnn ~haat

15 PCUSS2075XHZZ AA

1,-lnntlee rln-fr”,,77 AR

;spring 2

cIReaderglass

BLens

cMirror 1

cMirror2

cShieldsheet

cBlind sheet

......... .. -....”.

;Cushion 1

Lolruuaazu 1OAtl~L IAfi IcCushion2

6[ PackinE material &Accessories

INO. IPARTS CODE PRICE NEW

RANK MAR

1—— —— 1--t PART

1,.......K RANK DESCRIPTION

.......

-,.-.,..,,,x- .- ““and set cord

nyl bag (140X36011urr)

I“llnoNw-jy ,bKH

AKA3001

I4\TiNSE3553

II.-,.-,

-,..,..-,

Al c

cc;; AA c

XHZZ AQ Nc

I5TLABH3733XHZA AD D

TIARH3733)(HYA AD

IUUNIK424AXHOG AY

6nllklTKd92CjxHE2 AR

t1A4656XHZZ AF

;lzD’A”uq465tjxH zz

1. arnfiC4766XHZ Z

SPAKC4772XHZZ \AN I

11 SPAKP?-” ..--,-. ..-.

I-- . . ..... .

13 sPAKA4tJ31AHLL I

14 SSAKA2003XHZZ IAA IILJ

●rm,,, .n-n. . ., ,, -. -.-

[155A] ]

—. [355A] ]

[155A] .

NEHandset [355A] .

-1 Sidepad, left

ISidepad, right

IPackingcase [155A]

NuPackingcase [355A] .

3363>LLL Ah IDVinyl cover

..---.>.,-, -IAC DAddV

-. 1Vinyl bag( 240X360mrri)

1131rw IK‘LU16AH~L Inr IDRecordingpapertray

I[355A]

–6–

FO-155A

FO-355A

❑Control PWB unit

NO. PARTS CODE PRICE NEW PART

RANK MARK RANK DESCRIPTION

1UBATL2033SCZZ AK BBattery IBATIoo]

2VCEA GA 1CW1 n~M AA cC.nacitnr (1 KWV 10AF) [cl]

3VCEAGA1FWL75M IAA IPICan.eitnr (7RWV L.7EF) [C21

4VCEAGA1EW2 26 MAB cCapacitor(25WV 224F) [C3] .

5VCEAG A1EW2 26 MAB cCapacitor(25WV 22fl F) [C41

6VCEA GA1EW 226 MAB cCapacitor (25WV 22AF) [C51

7VCEAGA1CW 106 MAA cCapacitor(16WV IOgF) [C6]

rny~

-.. - - .. . , .,... I. . . . I I IWWp ”e, .”, ,-” ., , 7

I8jVCEAGA1EW2 26 MIABcICapacitor(25WV 22UF)

9VCEAGA1EW 226 MAB cLb/ J

Capacitor(25WV 22,uF) [C81

10 VCE A GA1HW 1 06 MAA cCapacitor(50WV 1O.OUF) [C91

11 VCEAGA1CW 106 MAA cCapacitor (16WV 1OPF) IClol

12 VCKYTV IEF 104Z AA cCapacitor (25WVO.l~F) [Clool

13 VCKYTV lCF 105Z AB cCapacitor (16WV l.O~F) ICloll

14 VCCSTv ~HI 1n7 1 AA cC.n..i+nr (RflWV1~OOpF) [C102I

15 VCKYTv 1FF 1047 IAA I I cIC~pa~itOr(25wv oolflF) [C103I

16 VCKYTV 1FR1 04K IAA I I PIC=na@itnr (9kW\l n1OKF) [C104I -

17 VCKYTv IH~77 7K IAA I I Pie.n.,-i+nr (tinW\/ 9zOOpF) [C105I

18 VCKYTV 1HB222K IAA cICapacitor(50WV 2200PF)

19 vct(’t Tv1HB77 7K /AA I I [C1061

cI~an..itnr {KnW\/ 9zoOpF) [C107I

20 VCKYTV Jr-iml j/n 1AA II[: If.anae, tnr (h(}W\/ ‘}200PF)”

21 VCKYTv 1HB77 7K [C1081

IAA I I cIPanaeitnr {RnW\/ 9~OopF) [C109I

22 VCKYT n In..c) rn, .ml

.-..- - - - “1,.. . 11t

—““p””,.”, ,“”.. .*,

—

.--- -- .- 1.., . 11“,.

—

.-. . . . - - —- - . .. 1.., . I1I“uy ”u, L”, \G 4,, .“.

— —

-.. —- - - .. I. . . . 1iI“wyu ”L. v, f“ ”.. .G,

-,, , , tm.-la a ,/ . . -I- .. ... .. -

-.- - - - .. 1. . . . !I1“Up ”e, c”, ,“ ”,, ,e,

—1 1 II““~””..”c \“”.? .AZ

.- viKi i i KIABE

tICapacitor (50WV O.L. UP, ,

-- - .—.— — -Lbl IUJ I

Z3 VGKYTV 1HB472K AA cCapacitor(50WV 4700PF) ICllll

24 VCKYTVICF 105Z AB cCapacitor(16WV l.OgF)

25 VCKYTVI f!F 1 n 57 AR [C1121

rCapacitor(16wv l.og F) [cl 131

26 VCKYTVIEF104Z AA cCapacitor (25WV O.lflF) [C1141

27 VCCSTV IHL 10 2J AA cCapacitor (50WV 1000PF)

28 VCKYTV 1FF 1IlA7 AA [C1151

r-’ ~nn=,-i+nr/9K\A/\/n 1 F)

29 VU CSTV IHL 1 0 7 1 [Cl 161

IAA I1P I~n~acitor (50wv 1000PF)”

VCKYTV IEF 1fld7 IAA I I [C1181 [155A]

PIPnnnei+nr f9KW\f n1F)

30 VLUS IVIHL 1 07 1 IAA IIr [C1181 [355A]

IPn~aCitOr(50wv 1000PF)

31 VG G SIV1HL 1 0 2 .J [cl 191

IAA I I r. IPann,-i+nr fknwv 1f)~flpF~ rn I9A7

--- ---- 1..- 11v,>

— —

.--- -- .- 1,., . III“Up”b,.”,\L..J,.“ “.

..- - - —.. ------ 1. . . . 1II““

— —

—--.— 1.... rI[““puQ,L”,

..- - - —.. . . . \G<r.wu.

—

---- I. . . . 11I“.

. . ---—.. .- - —---- ,

\_w.. ._200PF) LU LLUJ

33 VCKYTV 1HB222K -.. p””,.”,

ii [C2001

iCapacitor (50WV 2200PF) [C2011

34 VCCCTV lHH 180 J AA cCapacitor (50WV 18PF)

7K T-- [C2021

VCCCTV lHH1 8OJ \AA IcICapacitor (50WV 18PF~ [C204]

105Z AB cCapacitor (16WV l.OYF) [C205]

104Z AA cCapacitor(50WV

O.lflF) [C206] [355A]

105Z AB cCapacitor(16WV l.OAF) [C207]

104Z AA c

,,, p(

Ca acitor 25WV O1,UF) [C208] [355A]

Oorll IAA I1P ~

IDeSiStor (1/lfjw OQf5%) [C2101 [155A]

[C21OI

1047 IAA IIr [C2111

1capacitor(25wv o.l~F)

.“!. , , . . 1i[C2121

GVCKYTV 1HB222K AA cCapacitor (50WV 2200PF) [C213]

45 VCKYTVIEF 104Z AA cCapacitor (25WV O.lPF) [C214]

46 VCKYTVlc F105Z AB cCapacitor (16WV l.OAF) [C215]

47 VCKYTVlc F105Z AB cCapacitor (16WV l. OflF) [C216]

48 VCKYTV 1EF 104Z AA cCapacitor (25WV O.l,KF) [C2171

49 VCKYTVlc F105Z AB cCapacitor (16WV l.OgF)

50 VCKYTV lCF 105Z AR P[C218]

~apacitor(16WV l.O~F)

51 hLn YIV11-i~z Z.2K IAA IIr [C219]

1‘Sn=-i+n’‘KA’A’”OOOOPF) [C2201

V1EF 1 0 4Z \AA cICapacitor (25WV O.lflFj

l\r

iii:; i ii AA EResistor (25WV O.lflF)

V1EF104Z AA cCapacitor (25WV O.lAF)

.. . ——

-—. .- .- !.., . II“,“

. . .— —- -

—..- !I

,a,, ., - . , . . . - - - - .. I“(

&drrvU.i flh) [C2211

IP5Rafii+A+ r25wv O.lKF) [C2221

16WV 1.OPF) [C2231

25WVO.lflF) [C224]

ip~~,,u,{25WV5.04F) [C225] [155A]

1‘=n=-;+n”‘En’’’” r‘PF) [C225] [355A]

F[C226]

IC.nae;+ar/25wv o.lgF~ [C228]

16WV l.OkF)

9K\~I\I

n~pF) [C2291

)ODF) [C230] ,

rfin-. 7

IAA IIr

541VCKYTV1CF1i5iii ;““ aL:Lu’

Capacitor(

55IVCKYTV1EF104 ZAA cCapacitor (

ICKYTV 1HH5ROC AB

30 IcCa?-.=-;+-”/

,, a a n---., . .. .. - - - - IAA I I r

57IVCKYTV1EF104 ZIi i rf

iI“a au:’”’ ‘“” v‘“”

iP(

Capacitor (25WV 0..1

,n,/ ., -\, . - - .-.-IAA IIrP\

‘C KY TVICF 105Z ii E“a aL:L”’ (;

Capacitor

‘C KYTV lEF 104Z Af.i cCapacitor (2UVVvU. I

‘C KY TV1HB222K AA cCapacitor(50WV 22(

,n n m-., . ,, , . - -

62 Vuba IvlHL 1UZJ IAA I[r t‘=mafi;+n”‘En’’’”‘‘90PF) LL<31~

Vbnl IvlLI- 1U4Z IAA IIr IP-n-,.;+-.f9K\Al\/ n1[C232] [155A]

63 vuF) [C2321 [355A]

64 vC.JVVv“.1 gF) [C233] -

65 v‘n’’’” A“lOKF) [C234]

66 vcCCTV LuvvV J.UUF[C235]

67 vCCCTV jOWV33PF) [C2361

68 Vbnr IvlEF 1U4L aP.~IcuI ~~OWV27PF)

IAA I[r [C237]

69 v1‘“-””;+-- ‘?5WV O.lAF)

‘E’’’” n‘9~F) [C2381

70 v[C239]

71 VCKYTV OPF) [C240]

72 viF) [C2411

73 VCKYTVIEB1 04K iAA IIuI~aPa~lLur (OUVV vs~uPF)

P1‘----;’-” ‘0=’’’” n‘7)F) [C242]

74 v[C2431

75 VCKYTV 1EF 1C14Z /AA 1I I UaPdLI LU~ {ZOVV VU. igF)

:1Pa--a:--. ,Or, a,, ,n., [C244]

76 V~n I I vltp 1U4L IAA I(F

Ir IP--..-:._..,O~,A,.,- .”-? [C245]

m,/ ,, T, , . - - . . . :

. . !IIuupabituu \Juvvvlui

CKYTV lEF 104Z ii i““ aL:L”’ ‘Jvvv ‘“’4

CKYTV1HB103K AB Capacitor (2E’A”JnI

cCapacitor (5UVVvU.U

CKYTVICF 105Z AB cCapacitor (lc~”” ~a

/l HH330J AA cCapacitor (5

/l HH270J AC cc? --,.:+n. /c

nv\/1-,, , F F .A.-rJ (

CKYTVIEB1 04K ii ;Capacitor (;Jvv vU.J1

“a aL:L”r

~S TV1HL 102 JAA cCapacitor (50WV 100

‘1 CF105Z AB cCapacitor (16WV 1.OJ

CCSTV 1HL39 IJ AA P0.... --;4-- ICnlfit, ,---

CKYTV 1EF 1 04z ]AA 1IuiudpdLlluI (Lavv vu. lL

PP----: &-. /or,. r\ ,*.

–7–

FO-155A

❑Control PWB unit FO-355A

INO. PARTS CODE PRICE NEW PART 7

RANK MARK RANK DESCRIPTION

pacitor (50WV O.lgF) [C2471 [155A]

oacitor(50WV 2200pF) [C250]

~acitor(50WV1000PF) [C251]

=.~acitor(50WV1000PF)

81 VCCST VII-IL loii AA E[C252]

Capacitor(50WV1000PF)

82 VCCSTV IHL 1fI ?IAA P[C2531

~=macitor(5C)WV1000PF)

83 VCCSTV IHL 10 2J AA c[C254]

Capacitor(50WV 1000PF)

84 QC NCM 70 14 SCO GAB c[C255]

Connector(7pin)

85 QCNCM2 442 SCOB AB c[cNccD] -

Connector(2pin)

86 QC NCM 240 1 SCOFAB rr hlPC\AI 1

87 QCNCn ,

88 QCNCM 2499 SC1DAG IUull

89 QCNCM7 o 14 sco FAB :ICon

90 QcNcM2482sclF AF PIn .-

91 QCNCM7014SCOC AA

77 VCKYTQ1HF104Z AA cCal

78 VCKYTV1HB222K AA cCal

79 VCCSTV1HL102J AA cCal

80 VCCSTV1HL102J AA cr%,

—

..- -1..,.

—... . . . 1IIUap

cConnector(6pin) LVIXUd~WJ

ICNCUTI [355A]

M2499SC1B IAF cConnector(12pin)

P[CNLIUAl

‘i-nnector (14pin) ICNLIUB]

lnector (6pin)(SF– 1018) ICNMTI

buu[lnector (16pin) ICNPNI

1 1 cConnector(3pin)

6CNCW2500SCOH ICNPSI [355A]

ii cConnector (8pin)

n~hichfi7n1 fl~fiqm I,- 1I[CNPW]

-lnector(13pin) ICNTHI

Imesistor(lW 62Q ~5%)

‘4 VHERD22FB3>~~ ii bIDll [155A] -

BDiode(RD22FB) IDll [355A]

95 VRS–TS2ADOOOJ AA cResistor(l/10WO~ k5%) [D200]

96 vRs–Ts2ADoor3J AA cResistor(l/10w OQY5%)

97 vHDls.s355//-l AB BDiode(lSS355) [D2011

98 vHDlss355//–l AB BDiode(lSS355) [D2021

99 vHDlss355//–l AB BDiode(lSS355) [D203]

100 vHDDAP202u/–l AB BDiode(DAP202U) [D204]

[D205]

101 vHDls.s355//-l AB BDiode(lSS355)

vHDlss355//–l AB R[D206]

‘ifide(lSS355)

--.–-.– /,An -a-. [D2071

93/yulwulvl/u14ab lb IAb IuIuor

a. IVRS–HT3AA620J IAC Ir. n-.

102

103 VHV iCPS07”/-/–l ,1Iw,””

Ai R

104 “r mfi-’=-’~r (iLr—bU./j

1P) [F1OOI

HCII [355A]

105 (32pin) DC21.

~rEP–ROM) ~c21 [355A]

~rEP–ROM)

106 ~c21 [155A]

lc3/iC5Daer (SFE–LCl rlfi-1

107 VHiM5

108

109 VHiNJ

110 VHi ULN2003AN/ IA~ 1

111 vHiHE- --- II

112 VHiHE

113 VHi NJM2903M/– 1AD

114 VHiNJM318MZ–F IAK II

I I

‘n ‘K’’hA290+IVI

117 VRS–Tt-JZBDOIIm IAAI 10 [Di-

1lQ DP:17

VH iTA729 1“P’v–1 AM P

i;:(+;7;;

QSOCZ 2015 XH 32 Ac NcIC socket(

VHi27010FUBOH BM NBICROM(fC

VHi27010FTS0G BM N

VHi R96SFELC–1 ~——BlCROM(fc

BlCwith in I

1255CF70L AW R1P{MKMK?KEcEo

VHi R96SFELC–1 BG

M4558F–1 AD

\I.t.JI.t.JLd4uI r’

i‘“

ICwith in ICs/lCspaer(R9Gf)FxL OrR9GSHF) LIC4]

BIC(NJM4558M) DC51

B~C61

IC(ULN2003)

.F4053BT1 IAEI NBIC(HEF4053) DC7]

F4051BT1 jALl NBrlcloo]

IC(HEF4051)

. . --- - .BIC(NJM2903) Dclol]

DC102I

--..., .1,., IIBIC(NJM318M)

l-c.-, ,,----- .DC103I

.- ra 1Pfnc-rcn~c)

,Ak

1) DC104I

DC105]

nb, LLlo4iccij ii r~caialur (LlOV~On *5°~)

;[L2001

Coil (NZ321fjA)

‘n’’ 71044cczz Ac c[L201]

Coil (NZ3216A)

1044CCZZ AC cCOil(NZ3216A) [L202]

1044CCZZ Ac cCOii(NZ3216A) -[L203]

1nAAnn7 7.- .‘“”’M7=216A) [L204]

[L205]

,IVIIVIL2102S3O1A) [L2061

jistor (DTC114EK) [Q1OOI

jistor (DTC114EK)

.;-A...tn~n+,~v,, [Q101]

~. [Q102I

.. -{,.- II“IIv (IVJI1

--- --_—

ILL KL ILL iU44LLLL AL L

123 RC iLZ2 104 SCZZ AK Uull (IXLOL

ccoil (ifih#7

124 VSDTC1 14 EK/– 1AB BTrans

125 V S DTC1 14 EK/– 1AB BTrans

126 V S DTC1 14 EK/– 1AB BTransr~,Ur{u IU1i+cn

127 V S DTC1 14 EK/– 1AB BTransistor(DTC114EKJ

128 V S DTC1 14 EK/– 1AB BTrans

129 V S DTC1 14 EK/– 1A13 BTrans

130 VS2 SC2 4 1 2KS–1 At3 BTrans

131 V S DTC1 14 EK/– 1AB BTrans,alur (U IL

132 VRD–H T2E Y 100 JAA cResistor(1/4W LUL~Xayoj

133 RR–X AO 2ROSC2EAC cIRl] I

Fuseresistor (1/4W 2Q) [R2]

134 VR S–T S2AD 27 1 JAA cResistor(1/10W 270n f5%)

135 VRS–TS2AD2 7 1 .1 AA P

--- ‘esistor (1/10W770G ~50~j

;istor (DTC114EK) ;v;;;~

;istor (DTC114EK) [Q2011

iistor (2SC2412KS) [Q2021

‘;-+-- ‘nT?l 14EK)

?nn Al-n.. [Q203]

,nr. -fi...---:- 1.., . IIuInl

tljb v K 3 – I3 L A U Z I 1.1 IAA I

137 VK>–I>ZA D U O 0iIAA I

VRS– TSz ADuo rI IIAA I

In --. -. LK IU IJ

‘Desistor l)~OW270Q k50

In [R102I

In-.:---- !* )~ow OQ*5% ‘)

10 [R1031

in..:---- /. /~owOa ~5;)

c[R1041

Resistor(1/10W0~ 25%)

cr~ InKl

Resistor l/10W ~,u,~ A~-

PD[R1061

--:-4 .- !* /~Ow270~ f5$~

10W270Q 35%) [R1071

IcIn--:-L--/,/ 10W 270Q k5%) [R1081

IP–i [R1091

cl.-:----- /1 /~ow IOQ *50

Io-i [R110]

n..-:----- ,* /~ow ~oQ ~5j)

Ic- IRl 11]

im--:---- ,* /~ow~oK~ ~5~;)

1P [R112]

ID--:-*-- ‘T‘low 3.OK~~5y

10 [R113]

ID--:-A-- Z*/~Ow~oK~ &5y;)

In [R1141

[‘--:-* -- ‘“ ‘low loK~ ~5y)

1PID--:-L--,*,* .OW270a A5%) IRl 15]

rD 11 Cl

,-” ------- :- 1.., . IIujml

138

139 VRS– TSZADU 00 J IAA

140 VRS

141 VRS– TS2AD 271 I \ AA

142 VRS– TZ

—--- r,., , IIuImeal>tur (li

------- —--- [,,, , IIu1ne>l>lur(I1

a------ l–

i–TS2AD271J IAA

l~J VK3- I3ZAU27 1 1 IAA I

144 vRS–TSzAuIo0IIAA I

145 vRS–TSzAuIo0IIAA I

146 VRS–TSzAu1 0 3 IIAA I

147 vRS–TSzAu d O7IIAA I

148 VRS–TSzAu1 0 3 IIAA I

149 vRS–TSzAuIO3IIAA I

150 VRS–TSLAuz7 1 IIAA I

L151 vn- - “

—-- t.., . I1u

.A .-.-— Inesl>lur (l/

—--- !,,, , IIuIme>l>lur [1/

------- —

—--- rr,, ,IIu

.,. .--—— Ine>l>cur[l/

—___ r,,, , IIu

------- Ine>islur(11J

--- 1,,, , IIu

.- .--—. Inc>l>lur(1/ J

KS–I S2ADj7 ~j I ~~

1II I neslslur II/ 1

De —l-e 9Am“.., !/:! (

Resistor lilnl~’ ~TA~ ~5%) L,, LiUJ

[. . IRl 171

JI \./Luvv+/Ur(a t504) IRl 181

1,,.=.,.t~r (1/10W47Kn &5%) [R1191

–8–

FO-155A

FO-355A

❑Control PWB unit

PRICE NEW PART

RANK MARK RANK DESCRIPTION

NO. PARTS CODE ........ ,.,,..,,. ,.,,..,.

154 VRS– TS2AD 273 JAA .cResistor(1/10W 27Kn t5%) [R1201

155 VRS– TS2AD2 O3JAA cResistor(1/10W 20K~ *5%) [R1211

156 VRS– TS 7AD7 7 1 1 AA cR..i.tnr (1 /1 flW 970~ -I-5%) [R1221

157 VRS– Ts PAD7 7 1 IIAA I I rIRacictnr (1 /1 nw 970Q ~GO~) rR I927

-—..- -.- - 1. . . . 1I1,.”e,e.”, \A, A“. .G,

— —

- - ..- -.-

“

1,., . !1I,. ”4, .J. U, t-, A“. .G, L.- L,i A*OJ

. - - ..- - , . “I,., . ,,.~~istor(1/10W 270~ k5%)

1t[R124] .

.- - ,.- -,-“I,,, . ,t,~.istor (1/10W 270Q t5%)

1I[R125] ,

.- .. . -——

158 vRs– Ts7An7 7 1 IIAA IIr II?ac(

159 VRS– T~ 7A~7 7 1 IIAA IIr IDaci

160 VRS– TS 2AD2 71 JAA cResistor(1/10W270Q t5%) [R126]

161 VRS– TS2AD2 7 1 JAA cResistor(1/10W 270~ *5%) [R127]

162 VRS– TS 2AD 27 1 JAA cResistor(1/10W 270~ Y5%) [R128]

163 VRS– TS2AD 47 1 JAA cResistor(1/10W470~ t5%) [R129]

164 VRS– TS2AD1 03J AA cResistor(1/10W IOK~ f5%) [R1301

165 VRS– TS 2AD 1 03 JAA cResistor(1/10W IOK~ 35%) [R1311

166 VRS– TS2 AD 103 JAA cResistor(1/10W 10KQ t5%) [R132]

167 VRS– TS 2AD 1 03 JAA cResistor(1/10W 10Ko t5%) [R1331

168 VRS– TS2AD1 03 JAA cResistor(1/10W 10KQ A5%) [R1351

169 VRS– TS2AD2 7 1 JAA cResistor(1/10W 270Q A5%) [R138]

170 VRS– TS2AD4 7 1 JAA cResistor(1/10W 470Q A5%) rpI2QI

171 VRS– TS2AD4 7 1 JAA .-.

LjKesistor(1/10W 470Q t;%) L,. A“J.I

[R1401

‘-istor (1/10W IOK~ Y5%) [R1411

,,.”.lstor (1/10W IOK~ ~5~o)

I174IVRS–TS2AD1Q;~IAA 1 1 [R142]

PIRn.istor (l/low loK~ -t5%) [R1431

lstor (1/10W 10KQ f5%o) [R1441

.. ,. . ... --.. —.

I172IVRS–TS2AD1 03 JAA 1IL]Kesl

173IVRS–TS2AD1 03 JIA A If! IRacl

II1,.“+,

175IVRi–TS2%10~ ~ \A A ;IResi

176 IVRS–TS2A D 302 J IA A If! IRacictnr I I I I rlw

L1,,ed,ti.w, \*, *“. ,u.”

177 VRS– TS2AD 10 i j AA :Resistor(1/10W 10I

178 VRS– TS2AD2 7 1 JAA cResistor(1/10W 27(

.-A .. - - - - - .- - —.

11 ‘) 71 I AA cResistor

AA cResistor

AA cResi:

D271J AA cResif

D271J AA cResi:

DOOOJ AA r -“

“J Ll\ LUUJ

stor (1;1OW 270Q t5%) [R1511

stor (1/10W 270~ f5%) [R152]

stor (1/10W 270n f5%) [R1531 ,

stor (1/10W 270Q t5%) [R1541

stor (1/10W 270Q *5%) [R1551

stor (1/10W 270n *5~o) [R156]

LKeslstor(1/8WOQf50~) [R1571

‘S2AD1 OOJ IAA cResistor(1/10W 10~ f5%) [R1581

LKeslstor(1/10W 10~ t5%) [R1591

cResistor(1/10W 10Q t5%) [R1601

. . “stor (1/10W 17.4K~ ~1%) [R1611

stor (1/10W86.6KQ tl~o) [R162]

‘S2ADOOOJ IAA cIResistor(1/10WOn *5%) [R1631 .

Stor(l/10W 2700 &50/o) [R1641

..- ---“f,., . I I u,,,~=,stor(1/10W 10KO f5%)

.--.——— [R1651 .

—- - .. -“1.., . II“,,,==lstor (1/10W 3.OQY5%)

,--. —-—- [R166]

jtor (1/10W 22K~ f50/o) [R1671

—-- [.. .. 11,,.~=,stor(1/10W IOKa k5%)

,, m- - - - .- - - - [R2001

. . ,. . .. !1,,.=.,stor (1/10W 10KQ ~5%)

i, l..m- - - .- - - - [R2011

.- ,... . II,,.==lstor

(1/10W 00 t5%)

,, r. n- - - .- - - - [R2021

-- ,. . .. I!,,,=.,stor (1/10W IOMa Y5%)

., l-..- - - .- - - .[R203]

,II,t,..,;tor (1/10W 270~ A5%)

VRS– TS2AD2 71 ~IAA 6[R204]

IResis+n”‘1 11‘W 270Q f5%)

,, mn- - a.-.- - [R205]

,., .- A- ,-.. ..

I-.

189 VRS–TS2AD 100 J AA rrx:

190 VRS– TS2AC)1 O0 J AA (

191 VRSTS2AD1 742F AA LIKesl!

192 VRSTS2AD8662F AA c/Resi:

193 VRS– T“

&194 vi S–TS2AD2 7 1 JIAA cIResi:

195 VRS– TS2AD 1 0 ? I I AA I I rDnei.

196 VRS– TSZAD3 RfI IIAA IIr ID~e;,

197 VRS– TSZ ADZ 23 JIAA c]Resi:

198 VRS– TS2AD 1 03 1 IAA I I f’ IDaci<

I199~’vK>–IS Z AU1 U 3 J IA A I I PIRacit

Irim”

I4UU IVR~—I>ZADUUUJIAA IIr IDaci.

-t

~~ K3 – I5ZAD4/1 J IA A I I P““’ ‘L{ Awl

‘‘a=i=+nr “ “ ““’ “ “ ‘ii Zayo)

ILU3 IVKS—I5ZA D ZI1 J IAA I1P [R206]

IDa.ie+Aw/1/low 270Q f5%)

~uoIv Kb—I3ZA D 4f1JAA c[R207]

IResistor(1/10W 470n t5%)

207 VRS– TS2AD 1 03 JIAA r[R2081

IRac;~+-F(1 flnlA~Inun f5%)

208 VK3— I~~AU 1U(J JAA c[R21OI

IResistor(1/10W 10~ Y5%)

vRS–TS2AD2 7 1 J I A A I[R2111 [155A]

PIDasistor(l/low 270Q *5°/0)

L4UY IVK3—Ib Z A U 1 (J4.] IAA I1P [R2111 [355A]

I~~~~~+fi~tl flnlA/ ~AAK~ ~5%) [R2121

211 VRS– T.S2AI)2 7i j 1AA IIIl\ G~la LU1 (L{ IUVV LULL ?50/o

;[R2131

IResistor(1/10W 2700 *5%)

212 VRS– TS2AD1 03J 1AA I I [R214] [355A]

213 VK3– I3LAV1 U3J IRa~i~+fi~ ~1 /ln~A1 1nv~ *5%)

IAA I1P [R215] [355A]

IDaei.t,-.w(l /low loK~ f5~)

214 v[R216] [355A1

low IOQ f5%)

215 VR>– I3LAV4 /4 J IAA I1P [R217]

IRacietnr fl 11OW 470K~ ~5%)

216 v[R2181

!III(L, 10W 20KQ *5%)

—217 VRS–TS2AD1 04 :IA A ,\Ga,aL”,

f-’ [R219]

i~ac;.+mw/1/low looK~ ~5%) ro~onl

210IVRS–TS2AD1 00 ] I A A 1I I u,~aza~ua (L/ Juvv 1Uul

rIDacie+fir f1/1 nlAf 1 nn

tr1,,G=JQ.”, \L,

/Rs– Ts2AD 100 JIAA ;IResistor(1/

II-i- -1-n----- .

/R S–TS2AD3 O3JIii 1t I (

II-l- 7-,..--... i j i:;;:;:; (;j;ow 30KQ ~5%) I.1

\LCUJ

[R2211

:or(1/10W 30Ka k5%) [R2221

.-” “I’n’” ‘‘a- <5%) [R2231

v~~n~~ x50/. )[R224] [355A]

UI (1/ JUVV 15KQ k5°/o) [R2251 :;;;~;

or (1/10W 68Ka t5%)

RS– TS2AD 103 Jii !lc=lalor (1/1 n“f 270Q t50/)

i[R2271

Resistor(1/1 J10KQ *5%)

RS– TS2AD 332 JAA cResistor(1/1 J-i a,,= Jrn ,. [R2281

RS– TS2AD5 62 J AA PDn.-:-+-. /*1~

--.,.,

.Ovva.anii z>y~) [R229] “

227 VRS– T,S2AD1 03 jAA mC31>lU[ (1/ IOW 5.6K0 t5°~)

:[R2301

Resistor(1/10W 10KQ f5%)

228 VRS– TS2AD2 7 1 JAA c[R2311

Resistor(1/10w 270Q t5%)

229 VRS– TS2AD 27 1 JAA c[R232]

Resistor(111OW270Q t5%)

230 VRS– TS 2AD2 7 1 JAA c[R233]

Resistor(1/10W 270Q f5%)

231 VRS– TS2AD2 7 1 JAA c[R234]

Resistor(1/10w 270Q *5%) [R235]

I-—-

–9–

FO-155A

FO-355A

❑Control PWB unit

NO. PARTS CODE PRICE NEW PART

RANK MARK RANK DESCRIPTION

232 VRS– TS2AD2 7 1 JAA cResistor(1/10W 270~ t5%)

--- .. - - —- - .——— [R2361

- ----- .-“.

1.., . ,,,=~lstor~ij JOW270Q t5°/0)

—[R237]

... . ,. /. A..,A-- -,-- ..

t—--- I.... tII,, W4,4 L”,

--- . . - - —- - .—- - \&,.L ”,, AL

I——---- I,., . 1t[,,uo, a.”,

. . . . . - - —- - .—-—\L, L“, ,AL

233 VKS– TS2AD77 1IIAA I1P [Qac:-*- . / , /.

234 VRS– Ts 7An7 7 1 IIAA I1P IDae,~rmr , ., , c..,., ‘‘ULJz5yo) [R239]

235 VRS– TS 2AD0 O0JAA cResistor(1/10W On k5%) [R241]

236 VRS–T S2AD 472 JAA cResistor(1/10W 4.7KQ f5%) [R242]

237 VRS– TS 2AD2 71JAA cResistor(1/10W 270Q k5%)

238 VRS–TS2AD103.1 AA c[R243]

I?acic+nr (1 /1 n\A/ 1~K~ i-5%)

Z3Y IVRS–FS.2 A D 1 0 3 I I AA I1P [R2441

IDacictnw (1 /1 n\A/ 1~K~ ~5~]

Z4U VKS–IS2A D 7 7 1 I I AA I1P [R245]

IRacic+n” /1 /1 n\A/ 970Q ~5y)

241 vKs – Fs 2 A D 1fI 3I I AA Ilr’ [R2461 -

IRac;stor(1/10W 10KQt5%)

242 VRS–Ts7An47 1 I I AA I1(-’ rR9~ 71

IDacietfir /1 /1 (

243 vRs – TS7An1n7IIAA I1P IDaei-J-7* )-,

244 VRS–Ts7AnR7nIIAA I1P IDacir~m~ , , , ,,

245 VRS–TS7An77 1 IIAA I Ir I Rae; e+fiv f1II f

?Ac \/ wc—Tc 7 nn 9 7 1 1 IA A I1- Im.–. .L. ,. 1.,

I—-. -- 1.., . 1II,,~a, a.u, (L, t“, ,G,

. . - - —- - —

-—..- - - - - I,., . 1I[,,ua,

- ---- .- - I,.. , !I I (., low 470Q t5%) L,,GYJ J

,,go, aL”,

. . —-—-—[R248] “

- ---- - “- - I,., . ,,,~=ls[or~1/ JOW10KQf5°/o)

I I “[R249]

..*.

- ---- - - “ “ I,., . tI“I,\ Ga, aLv, (;/’;OW 82Q Y5%) [R250]

--,, - - , . “I.., , I I “I,\ Ga, ak”, ~~, ~OW270Q t5%) [R251]

A-r”, , ,, u1 dLnu L IL.J II I bInesls~ortli LOW270Q *5%)

247IVRS–TS2AD27 1 Jx: c[R252]

IResistor(1/10W 270~ Y5%)

9AQ IVWC_TC9An97I I ] A A I I nIm-. . [R253]

‘“ ‘“ OW270Q ~5%) [R254] -

ls~or~lt IOW 270Q t50~) [R255] .

istor (1/10W 270~ k5%) [R2561

istor (1/10W270Q Y5%) [R2571 ,

istor (1/10W 10KQ *5%)

,. ,- -.. . . . .. —-- [R2581

%Uw,uh,,+,y

[R259]

Ow470Q :5%) [R2601 [355A1

OW270a f5%) [R261]

-.. . . . . I[R2621

UW 10KQ t5~o)

I[R2631

‘-istor (1;1OW 270Q *5%) [R2651

istor (1/10WOQk5%) [R2661

istor (1/10W82~ k5%) [R2671

. . ‘- ‘- OW270~ &5%) [R2681

-.. .--- ——-

265 VRS–Ts7An n nnICal

IAA IIr !D~

266 VRS–Ts7An n n n I I AA I1P IDe=

—

- ---- - “ -“ 1,., , I I uI*\l

—..- -“ “- t,.,. IIuI,,!

LnL/ UJ

stor (1/10WOa 25%3’ [R271]

stor (1/10W0~ f5%) [R2721

stor (1/10W Oa t5~o)

aii iii i;i AA :;jsistor (1/10W l.oKo k5%) [R273]

t&“,I. ,, “

76RIvRc—TC9An1nnIAA n[R274]

RC‘“stor (1/10W 10~ t5~o)

SiAb; iij AA ;[R275]

Resistor(1/10W 20KQ t5%)

— —

-—..—- - - - I,., . rIuIl\t

--.—

-“w . ,. “,d L n u !., (, Jr- - !!, ~“:s1.

269 VR S–T 4

[R2761

270 VRS–T P2 B D5 6 1 JIAA cIResistor(1/8W 560Q Y5%)

271 VRS– TS 7An 1 5 ? I I A A I I P[R2771

1B?SiStor

(1/10w 15K~‘50A)

272 VRS–TS2A D 3 3 3 I I AA I1P [R2781

‘‘a”;”’A”“ “““ ‘=\n t5%)

273 \’-- - [R279]

274 ~KS–1 S.2AD77 1IIAA I1P [R280]

i‘aoietor (1/10W 270Q t50A)

275 kK>– ISZAD1 02J AA rnOOOl

cIResis

276 VRS–TS2 A D 1 03 J I A A I I PJ~esis

I—-- ,,.. .

--,-. Ii , - - - - - . - - —.11Ir,<

Lfl IVKb—ib Z A D Z7 1 J IAA I1P -IDac, c

L/U IVK>—ISZA D 1UOJIAA IIf’ IDaci.

Z/Y IVK>—Ib Z A D 1U3 J IAA I1P IDacic

zuu IvK3—I>Z~U4/1 J IAA I I cIRacic

I283I \

——-. -- 1,., . II“I,, G213L

,. - - —--.—-.LRLO<J

jtor (l/10W l.OK~ t-50~) [R2831

;tor (1/10W IOKa k5!?/o) [R2841

I—— -- ,.., .

n-,nI., - - - - - .-.-_,,,~.,stor (l/10W 270a t5°/o)

fI[R2851

I.- 1. . .. 1I,,.=.lstor (1/10W 10~ A5%)

.-1-1-I., -A-,. -.-.-.[R2861

11,,.=.tstor (1/10W 10KQ *5%)

I.-lrln

I,, l-. - --- - - - - . : : “. . . . [R2871

,...,itor (1/10W470~ t5%)

I281IVRS–TS2AD103 jAA [R288] [355A]

;Resistor(1/10W 10KQk5%) [R2891

iRS– TS 2AD 103 JAA cResistor(1/10W 10K~ t5%) [R290]

,iRS– TS2AD 103 JAA cResistor(1/10W 10KQ f5%) [R291]

284 VRS– TS2AD2 7 1 JAA cResistor(1/10W 270Q k5%) [R292]

285 VRS– T$ 2AD 47 1 JAA cResistor(1/10W470Q i5%) [R293]

286 VRS– TS 2AD 100 JAA cResistor(1/10W 10Q f5%) [R294] -

287 VRS– TP 2BD2 O1JAA cResistor(1/8W 200Q k5%) [R295]

288 VRS– TS 2AD8 20 JAA cResistor(1/10W 82Q A5%) [R2961

289 VRS– TS 2AD3 O2JAA cResistor(1/10W3.OK~ f5%) [R297]

290 VRS– TS2AD 103 JAA cResistor(1/10W IOK~ *5%) [R2981

291 VRSTS2AD8662F AA cResistor(1/10W 86.6Kn 31%) [R299]

292 VRSTS2AD 475 2F AA cResistor(1/10W 47.5K~ *1%)

293 VRSTS2AD1 183F AA c[R3001

Resistor(1/10W 118KQ f1%) [R3011

294 VRS– TS2AD3 33 JAA cResistor(1/10W 33KQ t5%) [R302]

295 VRS– TS2AD3 33 JAA cResistor(1/10W33KQ *5%) [R3031

296 VRS– TP2BDIJ O0JAA cResistor(1/8W OQt5%) [R3041

297 VRS– TS 2A D2 23 JAA cResistor (1/10W 22KQ *5%) [R3051

298 VRS– TS 2A D2 7 1 JAA cResistor(1/10W 270Q ~5%) [R3061

299 RR LYD3 12 7QCZZ AH BRclay (JSIAF–24V) [RLY1OOI

301 RCRSB0297AFZZ AD Bcrystal (32.768KHz) [xl]

302 RCRSP2080SCZZ AF Bcrystal (24.00014MHz)

(Unit) [X21

~ol DCEKC88 7GXHZZ cB NEcontrol PWBunit [155A]

DCEKC88 9GXHZZ cA NEcontrol PWBunit [355A]

–10–

FO-155A

FO-355A

❑TEL-Liu PWB unit

cCapacitor(25WV 47~F) LQ’+J

c[C5]

Capacitor (25WV 47fl F)

.a., .. . ,. . . -[C61

cCapacitor(25WV47g F) Lb1/J

c[C181

Capacitor(50WV3900PF)

n[Cloll

n)acitor (50WV O.lflF) [C102I

~apacitor (50WV 1000PF)

:[C103I

Capacitor (50WV 120PF)

c[C104I

Capacitor [50WV 680PF)

c[C105I

Capacitor (50WV 8200PF) [C1061

nIacitor(50WV O.OlgF) [C107I

lacitor (50WVO.OlgF) [C1081

~apacitor (50WV 0.0 lUF)

:[C109I

Capacitor (50WV 390PF)

c[cl 101

Capacitor (50WV O.Ol~F)

.[cl 111

nacitor (50WV 0.022~F) [C1121

acitor (50WV 0.022XF) [C1131

bIKeslstor (1/8W OQ k5%)

.[C1141

‘nacitor (50WV 0.047fl F) [C1151

acitor (50WV O.l,UF) [C1161

acitor (50WVO.OIPF)

- ,. ,1-Ai.,.,,.-. -. [cl171

NO. PARTS CODE PRICE NEW PART

RANK MARK RANK DESCRIPTION

1VHVDS S 40 1M/– 1 AG BArrestor (DSS–401M–A22F) IARI]

2RC– EZ 10 i’V SC IC AC cCapacitor (16WV 1OOMF) [cl]

3VCEAGA1HW4 75 MAA cCapacitor (50WV 4.7YF) [C2]

4VCE A GA1HW 105 MAB cCapacitor (50WV l.OgF) [C31

5VCEAGA1CW 107 MAC cCac)acitor (16WV 1001,F) rPA 1

6VCE AG A1EW4 76 MAA

7VCEA GA1EW4 76 MAA

8VCEA GA1AW3 36 MAA Gapacltor(1OWV334F)

9VCE A GA1VW 22 6 MAC :[C7]

Capacitor(35WV 22fl F) [C81

10 VCFYJU2EA474K AD cResistor(250WV 0.47MF) [C91

11 VCE A GA1HW 1 06 MAA cCapacitor (50WV 1OMF) IClo]

12 VCEAGA1HW4 75 MAA cCapacitor(50WV 4.7KF) ICll]

13 VCEAGAOJW1 O7M AC cCapacitor(6.3WV IOOgF) [C12] ~

14 VCQYNA 1HM2 24K Ac cCapacitor(50WVO.22,UF) [C131

15 VCEA GA2AW 474 MAc cCapacitor(1OOWV0.47UF)

16 VCE A GA1EW4 76 MAA c[C151

Capacitor(25WV47MF) [C161

17 VCEA GA1EW4 76 MAA cCaDacitor(25WV4711F)

18 VCE AG A1EW4 76 MAA rmI71

19 vCKYTVIHB392K AA

20 vCKYTQIHB1 04K AB bILap

21 vCKYTV1HB102K AA nIn

22 vCC CT VIW1 2lJ AA

23 VCKYTV1HB68 lK AA

24 VCKYTV1HB82 2K AA

25 VCKYTVIHB1 03K AB IP’

26 VCKYTV lHB1 03K AB : I::p(

27 VCKYTVIHB1 03K AB n 1.-.

28 VCCCTV 1HH3 9 1 JAA

29 VCKYTV1HB103K AB

30 v CKYTV1HF223Z AA \Lapi

31 vCKYTV1HF223Z AA :ICap:

32 VRS– TP 2B DO00 JAA =In .

33 vcKYTQl HB473t( AA bapi

34 vCKYTQ1HB104K AB :Cap:

35 vCKy TVl HB103K ABcCap:

36 VCKYTV1HB103K ABcCapacl~or~ouwv u.ul~~j

37 vCKYTV1HB562K AAc[Cl 181

Capacitor(50WV 5600PF)

38 VcKYTVl HB3 92K AAc[C1191

Capacitor(50WV3900PF)

39 vCKYTV1HB103K ABc, [C1201

Capacitor(50WVO.OIZF)

40 v cKYTVl HB33 lK AAc[C1211

Capacitor(50WV330PF)

41 vCKYTQ1EB224K ABc[C1221

Capacitor(25WV 0.22~F) [C125]

42 VCKY TV1HB472K AAcCapacitor(50WV4700PF) [C126]

43 vcKY TQ1EB124K cAcCapacitor(25WV0.12YF)

44 vcKY TQ1HB473K AAc[C1271

Capacitor(50WV0.047gF)

45 vcKY TV1HF223Z AAc[C128]

Capacitor(50WV0.022flF)

46 VCKY TV1EF104Z AAc[C129]

Capacitor(25WVO.lPF)

47 v c KY TQ1HB104K ABc[C1301

Capacitor(50WV0.14F)

48 VCKY TV1HB103K ABc[C1311 ,

Capacitor(50WV O.OIAF)

49 v c KY TV1HF223Z AAc[C1321

capacitor (50WV0.022,uF)

50 v c KY TV1HF223Z AAc[C1331 -

capacitor (50WV0.022,uF)

51 v c KY TVl HF223z AAc[C1341

capacitor (50WV0.022,uF)

52 VCKY TQ1EF1c15z ABc[C1351

capacitor (25WV 1.O,UF)

53 RR LYZ3420SCZZ ARBRclay (G6GN–2D) [;:::; -

54 QJAK Z2047Sc0D AGcJack (40–218AO–04BKA)

55 QCNCM7 O14S COB ADc cQnoectgr(Zpin) [CNHJI

56 QCNCW2 500 SC1B A Fcconnector(12Pin) [cNLEDl

57 QCNCWZ 500 Sc1DAG cconnector(14Pin) [CNLIUAI

58 QCNCM 240 1SCOB AA cconnector (2pin) [CNLIUBl

59 VHDD S S 13 1//– 1A A BDiode (1SS131) [cy:~;

60, VRD–H T2 E Y O00 JA A cResistor (1/4W 00 +qoz) -,

61 VHD1S S 355 //– 1AB.— .

62 VHI“TE A 106 2A–1 ARB

63 VHiNJM21 13 M– 1 A G

64 VHiNJM4ss8F–1 AD B

65 VHiNJM45 58F–1 AD B(

B;; (;; E433U

66 VHiBU4053Bc Fl AE BIc (Bl,.n~-,fi

67 VRS–T P2BD0 O0 J AA cResist

68 VRS–T P2B DO O0JAA cResist,

69 VRS–T P2B DO O0JAA cResist!

70 VRS–T P2BD0 O0JAA cResistor~1/uw

71 VRS–TP2BDI)() OJ AA cResistr- ‘“ ‘n’”

72 VRS–TP2BDr) O0JAA cResistf

73 VRS–TP2BDCI O0JAA cResist(

74 VRS–TP2BD O00 JAA cResist(

75 VRS–T P2BD O00 JAA cResistorLl/u

76 VRS–TP2BD000J AA cResist~r/1 IQ1

77 VRS–TP2BD()()0J AA cResistc

78 VRS–TP2BD000J AA cResistc

79 VRS–TP2BDoo OJ AA cResistc

80 VRS–TP2BDooo JAA cDac;e+n

--- —-

1Diode(1SS355) /u] LD2J

1IC (TEA1062A) [D:~;;

1IC (NJM2113M)

k‘n ‘““14558M) [Icloll

[IC102I .

‘“ ”=3M) [IC103I

J4uasdCF)

:or (1/8W on ~5%) [IC104]

or (1/8W 00 *5%) [J101I

or l/8W on 35% [J102I

-- !, ,mt.iOQ~50 )[J103I

ur (AIUV{On t5%) [J104I

or (1/8W OQ~5%) [J105I

or (1/8W OQ&5%) [J106I

or (1/8W on t5Y [J107I

-- “ ‘-lw on 35;; [J108I .

(*, “w on t5%) [J109I

or (1/8W OQt5%) [Jl 101

or (1/8W On &5%) [Jl 111

lr (1/8W OQf5%) [J1121

i‘. G.laLdr (1/8W Oo t5%) [J1131 .

[J1141

–11–

ILCYUUUJ IAA

-r mF., m,-, ,-, ,

rnn J

RANK DESCRIPTION

tor (1/8W On *5%) [J1151

tor (1/8W OQt5%) [J116]

tor (1/8W OQ*5%) [J1171

tor (1/8W OQ*5%)

c[;:;;;

IResistor(1/4W 00 ~5%)

tor (1/4W 00 f5%)

+*w{1/A thl An Acn/, rJP31

lLLIUIJUJ IAA cIResistor (1/4W OQ—*5%)

T9EVnnn t,-

FO-155A

~TEL-1-~u PWB unit FO-355A

Aud vnr au L UOYYY— JIAE BIPhoto

104 VS2 SA 1 80 7–P–1 IAE RITranci

lf15 L

VS 2 S C 406 1 K /– 1 I An I ,

IAC BITransi:

IHB IBITransi:

HB BTransistfir (r

AB BTransisi

AA cResistot

AA cResistoi

AA cResistor,., -.. -w

VRS– HT3A A~;~ ~ AP Pn-- :-. ‘“w 43Q

129

130

131

132

133

134

135

.Reslstol

iii i; :Resistol

i3J

IAA cResistor

128IVRS–TS2A D 910 J AA cResister

VRS– TS2 AI) 203 J AP on--:-.–

VRS– TS ,-“. .

VR S–T Sm

VRS– TS2AD 753 JiA; IIvIneslstor f1J1 ~W -

0In-–,–.

VRS– TC

—.—..,

14EK) IQl 131

IQl 141

.“. \“ ,“. 14EK)

tor (DTC114EK) IQl 151

[Q~;y;

r(1/2W 51KQ A5~o)

r(1W 33K~ &5%)

r(117W 7no +Go/\ [R21

—

2A D203J A; Resisror[

-.. -,“:Resistor(., .“.. -

VRS–TS2AD3 33 JAA cResistor(1/10W 3

VRS– TS2AD6 22 JAA r. m--.–*

136 vRS– TS2AD 203 JA~ nesls[or (1/10W 6

;Resistor(1/1nw 9

137 VRS– TS2AD2 O3JAA cResistor(

138 VRS– TS2AD 1 02 JAA cResistor(

139 VRS– TS2AD 1 83 JAA cResistor(

140 VRS– TS2AD 1 02 JAA cResistor(

141 vRS–TS2A D 82 .?I AA .-.

142 VRS– TS2AD~ i5;A;

143 VRSTS2AD 365 1 FAA IIbImeslszor

Pn–-.–*-

144 VRS– TS ~

145 VRS– TS2

146 VRS–T S2

147 VR S–T S2A D134 JIAiII1~esls~or

:IResistor

148 VRS–T S2AD5 12 JIAA IImIi-. ,

149 VRS–TS2

150 VR!j-TS2

151 VR S–TS2

152 VRS–TS2

153 VRS– TS2

154 vRS– TS2 AD I) OOJ IAk IIIKeslsror (

;IResistor(

155 vRS– TS2AD4 72 JIAA IInm––... ,

156 VRs–T s2

157 vRS– TS2

158 VRS–T S2

159 vRS– TS2

160 VRS–T S2 I

\-, -“. .“

‘“ ‘1r-lw a

neslsror ~

Resistor(

Resistor(.,

. . , ,. /

Ibl

-“. .

[I1=

– 12–

FO-155A

FO-355A

❑TEL-Liu PWB unit

NO. PARTS CODE PRICE NEW PART

RANK MARK RANK DESCRIPTION

.-. . .. ,--...--.. —--

I~un;t) - - - , .

901jD C EKL46 2-AX HO2IB R IN1

+a,. , . A.. ,. -‘-~!) LI I LTd J

[R144]

!sls~or\1/ IUW IUUKL1T9~/o [R1451 .

!sistor(1/10W 1.2K~ ~5%) [R146]

. , ,. ,. . ... --, .—-- ..

low 470n t5%) L,, LUVJ

[R1571

10W47Kn *5% [R158]

‘““ ?OOQt5y~ [R1591

(31z1360) IREcll

UK swltcn (SPPY11027A) [~;:;

‘--x--–-r (Z2140)

r(I2142)

dR7G471KT2) [T21

IVA1]

rstor (iINR7G471KT2) [VA21

‘istor (TNR7G101KT2) [VA31

Ier diode(HZS3B1–TA) IZD1] “

ler diode (HZS3B1–TA) [ZD21

‘- -’:-”” ““-7J18B-TA) [ZD31

Ier uluae \rrLa3BI —TA) [ZD4]

Ier diode (HZS3B1–TA) [ZD51

lerdiode (HZS3B1–TA)

-- -“--’- “‘7e3B1–TA) [ZD61

[ZD71

ei uIuue IIVI IiJ8.2B) [zD8]

er diode (1ZC15)

‘“ “:-4- ‘U72A1) [ZD91

‘“ 1) [ZD1OI

r--- . . .

.- 1I

LLUljJ

zJs.ud) [ZD14]

LG1Icl UIUUG (Ivl I-ZJ5.6B) [ZD151

ETEL–Liu PWBunit

I I IIt

A. .,-” -. .-— i. . ni~tn .,

r- 1rmK I3buut . .... . ..k& PART

IRANKIMARK RANK DESCRIPTION

.--,.-- -— -lsformer(PT–P85–KTT) ITl]

r(PLAB2230R4R01B1) ILl]

‘/D’ A‘~?30R4RolBl) [L2]

sv,,,LC~UIG

(DL() 1RN1—A62B1)

;IC(UPC78N12H) [FBI]

BIC(NJM7805FA) IIcll

R‘ET [2SK2484) [/c;;

sister (2SC2002– L)

L-ie+fi”t?efi-c 40 -K) [Q21

PA) [Q31

~) [Q41

1‘bLb5 z Y65000 4/ BD BTran

2 0 C B U K ZO697 ZZ/ AL cFilter

3 0 C B U K ZO578 ZZ/ At-1 cFilter ~,~mm~~

4 0 CB B F Z 89 154 Z/ AC rrc.v”;+m,.,..- /D1

5 0 CBU CC O0 13 DZ/ AM [

6 0 CBUC BO1 12 AZ/ AK E

7 0 CBUAG O 14 1 AZ/ AR E,

8 0 CBUACO056 BZ/ AD ,L,

BTran~

9 0 CBUACO098 EZ/ AK BTrans,=,u,~z~Uaule-

10 0CBUACO004 DZ/ AC BTransistor (2SC945– F

11 0CBUB B O149 DZ/ AH BDiodestack (D3SBA6L)

12 0 CBUBCO220 BZ/ AD BDiode(1NU41) IDll

13 VH D 1N4 148 //– 1AA BDiode(1SS55) [D21

14 0CBUBCO182 BL/ AE B[D31

Diode(1OELS2–TA1B2)

15 0CBUBCO280 BZ/ Ac BDiode(11EQ04) [D41

16 0 C B UB B O166 BB/ AK BDiode rncl

17 0CBUBDAC270 D/ AC Bzener-.-=- ,,. =

18 0 CBUBDBW 3R6B/ AB Bzenerdiode (Ml-.

19 0CBUBDA E 300 D/ AD Bzenerdiode(RDanc

20 0 CBUBDBW 6R2C/ AB Bzener~in~afm~

21 0CBUDCO139 AZ/ AN BPhoto wwuw,e,\,

22 0CBUEFC564 BA/ AC cMetal film resist

23 0 CBUEFER22 CH/ AD cMetal film resist

24 0 CB U EEB47 1 CT/ AC ccarbon resistor

25 0 CBUE E B 183 CT/ Acccarbon resistor~.._-VW ,LV

26 0 CBUE E B 564 CT/ Acc

27 0 CB U EFE823 CG/ Accarbon resistor (R~l GC–T?K

cMetal

28 0 CBUEFE39 1 CG/ ADcMetal

,..

,”.=,

!stack (F1OP2OF—L) LUJJ

riinri. fR~zTESABs) [D61

ry IT–72 3.6A) IZD1]

._v,’B3) [ZD2]

rzJ T–72 6.2B) [ZD31

-,”-” ,., [ZD4]

iPnltnkr fpcl 13Y1 1)

[~’;;

tor (SFR25H560K(52))

~Or(spRx2 R22J) [R21

(RD16S–T26–471J)

(RnlG~–T9~–183J) [R31

,-ti-564J) [R41

—----- \. .- -“w [R5,61

film resistor(RSS2823J

film resistor(RSS2391J~ [R7,81

[R91

–13 –

FO-155A

FO-355A

❑Power supply PWB unit

NO. PARTS CODE PRICE NEW PART

RANK MARK RANK DESCRIPTION

29 0 CBUE E B330 CW/ Ac cCarbon resistor (RDF16S–T26–330J)

30 OCBUEED56 ICJ/ AD N[R1OI

Metalfilm resistor (RSS1561J)

31 0 CBUE EC222 BS/ AC c. Carbonresistor(RDF50SS–T26–222J) IRlll

32 0 CBUE E B 27 1 CT/ AC c[R121

Carbonresistor(RD16S–T26–271J)

33 0 CBUE EB 682 CT/ AC c[R131

Carbonresistor(RD16S–T26–682J)

34 0 CBUE E B 242 CT/ AC c[R14]

Carbonresistor(RD16S–T26–242J)

35 0 CBUEF F 102 BK/ AD N[R151

Metal film resistor(RSS3–L20–102J) [R161

36 0 CBUFB A 50 1 DC/ AC BVariableresistor(KVSF637AB501)

37 0 CBUGF Z 224 GQ/ AG c[VR1]

Film capacitor(PA224–C)

38 0 CBUGCZ222 CK/ AF c[C1,21

Ceramiccapacitor (DE141O–1E222MACT4K–KD)

39 0 CBUGZO945 ZZ/ AQ c[C3,41

Block capacitor (LGE2G820MHsEsF)

40 0C BUGC U 103 BC/ AD c[C51

Ceramiccapacitor (DE1307–1E103Z1K)

41 0 CBUGC U 22 1 BQ/ AD c[C61

Ceramiccapacitor(DE0705–1R221K1K–MHR)

42 0 CBUGF F 103 ER/ Ac c[C71

Film capacitor(AMZF–103K5o

43 0 CBUGFF683 ER/ AD cFilmCapacitor(AMzF–683K50] [C81

44 0 CBUGF F 102 ER/ Ac c[C91

Film capacitor(AMZF–102K5O) IClo,l 1]

45 0 CBUGCQ472 AR/ AF Nceramiccapacitor (DE7150–4.77F472MvAl-Kc *S*) [C12,13]

46 0 CBUGAD10 1 PQ/ AD ccapacitor (LXF25VB100(M)FT–6 .3)

47 0 C B U GAD470 QK/ AD c[C141

capacitor (URZ1E470MCH1TA)

48 0 CBUGA C 1 22 GK/ AG c[C151

capacitor (UPL1C122MHH1AA)

49 0 CBUGA C 22 1 HD/ AC ccapacitor (UVZ1C221MEH IAA) [C161

r-. -,.

50 0 C BUGCS222 AP/ Ac- —.-. ...

cceramiCcapacitor(DD08–63E~2~p500) Lb1IJ

51 0 CBUGA E 122 PV/ AH c[C181

Capacitor(LXF35VB1200(M)MC– 16)

52 0 CBUGA E 22 1 HD/ AD c[C191

Capacitor(UVZ1V221MPH1AA)

53 0 CBUGF F 47 1 ER/ Ac c[C201

Film capacitor(AMZF–471K50)

54 0 CBUEZO507 ZZ/ AD BVari: r~~ q7

55 0 CBUZ Z O100 ZZ/ AH BSpark gap (AC -_. _. ---- -“,.,

56 0 CB P JCZ Z O03 7/ AG ALVZJ

Current fuse (19181 1.25A)

57 0 C B PJTO1 15 ZZ/ AF A[F1,2]

Thermal cutoff (U22 (115”C))

58 0 C B U D ZO052 ZZ/ AG Br~~?~

Thermistor (M16007c)

co nDnnu7n *n.77 /.-

IIIII

\cL (Jlvl —Lvv —30) [CN3 21

“‘;-” ‘m’’189-5001BT EZS)

D—‘13nI- In-. [MT1]

%=llG~L(uz LoY–3001A) LIVI 1CJ

,111 IRA1]

. . wu,,, .

.- — — ),*n;+

U CCD PWB uii[~

NO. PARTS CODE PRICE NEW PART

RANK MARK RANK Df

1VCEA JA1EW2 26 MAB cCapacitor(25WV 22~F)

2VCKYTQ1 EF 104Z AA cCapacitor (25WV O.lUF)

3QCNW–4 437 XHY Z AK NcPnnn,

4VH iTCD1 206u P1AX E

5VS 2SC2 4 1 2K S–1 AB B

6VRS– TP2BD2 22 JAA ,,U,r=,a.”, \&duLwLGna)

cIQll

Resistor(1/8W 2.2KQ f5x)

7VRS–TP2BD3 90 JAA cResistor(1/8V FR11

(Unit)

901 DC EKD4 64 AXH 1 1 BF NE--- -.. —

ASCRIPTION

[cl]

,-v,,,

,ector [C21

iIIC (TCD1206SUP) ICN1]

?ITrancictnr /9CP9A IOK e\ IIcll

v 39a f5%) L..-J

[R21 I

EW1

‘DL L 1 6LAHLL AB cScrew

IP 06000 AA cScrew

)P06KO(I AA cScrew(N

IP 06000 AA cScrew(M3

000 AA cScrew

IP 08000 AA cScrew(M3~Q~

IP 08000 AA cScrew(M3 -,

‘P 04000 AA cScrew(~~~~

P06000 AA c

m. . . . . Screw~

Id Uuu LRANKIMARK RANK DESCRIPTION

Z138 XHZZ AB

3.n n ., ,, - - Screw

.—

(3X6)

f14X6K)

)X6)

~x8)

,,. ”

IX8)

,“. .7

(2X6)

Screw(M3X 10)

Screw(3X6K)

Screw(M3x 12)

cWasher

c2E Ring

AA c

AA I I P

B15 ALHSDSOPIZOO Oii I

;

XWH SD30 – O8 100 AA

XRESJ 20–04000 AA

11II

–14 -

FO-155A

FO-355A

■Index

IPARTS CODE NO. PRICE NEW PART

RANK MARK RANK

ILJ

CCNW–44 31 XHO1 2- 11 AT Nc

CCNW–4436XH01 1- 2AF c

LUA

DCEKC887GXHZZ 1- 3CB N E

// 7-901 CB N E

DCEKC889GXHZZ 1- 3CA N E

It 7-901 CA N E

DCEKD464AXH11 5- 1BF NE

It 10-901 BF NE

DCEKL462AXH02 1- 4BR N E

U8-901 BR N E

DCEKP443AXH01 2- 1BL E

DUNTK424AXHOG 6- 6AY NE

DUNTK4925XHE2 6- 6AR N E

[G]

GCABA2264XHZF 2- 2AS N D

GCABB2265XHZA 1-4 BB D

GCOVA2355XHZA 1- 16 AV D

GCOVA2356XHZA 1- 16 AV D

GCOVA2357XHZA 1- 47 AV c

GDAi–2071XHZA 1- 42 AT D

GLEGG2061XHZZ 1- 15 AE c

[H]

HPNLC2361XHZA 2- 3AH D

HPNLC2361XHZD 2- 3AS D

[J]

JBTN–2157XHZA 2- 4AK c

JBTN–2158XHZA 2- 5AG c

JBTN–2159XHZA 2- 6AF c

JBTN–2160XHZA 2- 7AD c

JBTN–2161XHXA 2- 8AE Nc

JBTN–2162XHZA 2- 9AC c

[L]

LANGF2802XHZZ 1- 49 AE c

LBNDJ2006XHZZ 1- 11 AA c

LBSHP2063XHZZ 1- 17 AC c

LBSHP2068XHZZ 1- 29 AC c

LFRM–2147xHYA 5- 2AV c

LFRM–2153xHzz 4- 2AU c

LFRM–2155xHzz 1- 40 AU c

LPLTG2593XHZZ 3- 1AGc

LPLTM2741xHzz 4- 3AEc

LPLTM2755xHzz 1- 14 ALc

LPLTP2703xHzz 3- 2Acc

LPLTP2754xHzz 1- 50 AR c

LPLTP2775xHzz 1- 57 AQ Nc

LSTPP2042XHZZ 1- 43 Acc

LX–BZ2138xHzZ 50-BI A B c

LX–BZ2182xHzZ 50-B2 AB c

[Ml

MCAMP2019XHZZ 4- 4Acc

MCAMP2020xHzz 4- 5Acc

MLEVP2190XHZZ 4- 6Acc

MLEVP2191XHZZ 4- 7Acc

MLEVP2194XHZZ 4- 17 Acc

ML EVP2199XHZZ 3- 3AcN c

MLEVP2200XHZZ 3- 4Ac Nc

MLEVP2201XHZZ 3- 5AK Nc

MLEVP2202XHZZ 1- 41 AD c

ML EVP2203XHZA 1- 7AD c

MLE VP2204XHZZ 1- 10 AD c

MSP RC2691XHZZ 1- 24 AB c

MSP RC2692XHZZ 3- 6AB c

MSP RC2735XHZZ 4- 8Ac c

MSP RC2793XHZZ 1- 51 AE Nc

MSP RC2797XHZZ 3- 7AE Nc

h’lsPRD2733XHZZ 3- 8AD N c

MSP RD2736xHzz 4- 9Ac c

MSP RD2744xHzz 4- 18 AB c

MSP RD2787xHzz 1- 25 AD c

MSP RP2512xHzz 5- 3AK c

MSP RP2618xHzz 5- 4AD c

MSP RP2619xHzz 5- 5AD c

~sp RP2687xHzz 1- 8Ac c

MSPR P2688xHzz 3- 9Ac c

PARTS CODE NO. PRICE NEW PART

RANK MARK RANK

MSPRP2788XHZZ 1- 30 AD c

MSPRT2734XHZZ 3- 10 AC N c

[N]

NBRGP2”14;XHZZ 3- 11 AH c

NGERH2275XHZZ 3- 12 AC N c

NGERH2276XHZZ 4- 10 AC c

NGERH2277XHZZ 4- 11 AC c

NGERH2278XHZZ 4- 12 AC c

NGERH2279XHZZ 4- 13 AC c

NGERH2280XHZZ 4- 14 AC c

NGERH2281XHZZ 4- 15 AD c

NGERH2282XHZZ 1- 18 AC c

NGERH2283XH01 1- 2a AF c

NGERH2286XHZZ 1- 31 AC c

NROLP2249XHZZ 1- 9AE c

NROLP2300XHZZ 3- 13 AC c

NROLR2313XHZZ 1- 19 AR c

NROLR2314XHZZ 3- 14 AQ Nc

NROLR2315XHZZ 1- 33 AS c

NROLR2316XHZZ 1- 32 AX c

NSFTZ2228SCZZ 3- 15 AC c

NSFTZ2255XHZZ 1- 52 AF c

rPl

~~USS2-07iXHZZ 5- 15 AA c

PCUSS2076XHZZ 5- 16 AA c

PCUT–2032XHZZ 1- 53 BK c

PFLT–2006xHzz 5- 14 AA c

PGiDM2432XHZZ 1- 20 AD c

PGiDM2433XHZZ 1- 21 AD c

PGiDP2429XHZZ 3- 16 AW Nc

PGiDP2430XHZA 1- 26 AX c

PGiDP2431XHZA 1- 35 AE c

PGLSP2043XHZZ 5- 6AK c

PHOP–2087XHZZ 1- 48 AG c

PHOP–2088XHZA 1- 48 AM c

PLNS–2043XHZZ 5- 7AU B

PMi R–2061XHZZ 5- 8AH c

PMIR–2062xHZZ 5- 9AM c

PSHEZ2879XHZZ 5- 10 AK c

PSHEZ2915XHZZ 5- 11 AY c

PSHEZ3031XHZZ 1- 36 AA c

PSHEZ3112XHZZ 3- 17 AD c

PSHEZ3124XHZA 2- 10 AF Nc

PSHEZ3150XHZZ 1-37 AF- Nc

PSHEZ3158XHZZ 2- 12 AB N c

PSHEZ3159XHZA 2- 13 AF Nc

PSPAZ2199XHZZ 1- 38 AQ c

PWiR–2018XHZZ 6- 15 AP D

rnl

L’iA

QACCL762AXHZZ 1- 12 AY B

QCNCM2401SCOB 8- 58 AA c

QCNCM2401SCOF 7- 86 AB c

QCNCM2442SCOB 7- 85 AB c

QCNCM2482SCIF 7- 90 AF c

QCNCM2499SCIB 7- 87 AF c

QCNCM2499SC1D 7- 88 AG c

QCNCM7014SCOB 8- 55 AD c

QcNcM7014scoc 7- 91 AA c

QCNCM7014SCOF 7- 89 AB c

QCNCM7014SCOG 7- 84 AB c

QCNCM7014SCIC 7- 93 Ac c

QCNCW2500SCOH 7- 92 AF c

,QCNCW2500SC1B 8- 56 AF c

QCNCW2500SC1D 8- 57 AG c

QCNW–3976XHOG 6- 1AT c

QCNW–4433XHYZ 1- 27 Ap Nc

QCNW–4434XHYZ 1- 22 AE Nc

QCNW-4437XHYZ 10- 3AK N c

QCNW–4439XHYZ 1- 54 AF Nc

QCNW-4441XHYZ 5- 12 AE Nc

QJ~KZ2046SCDB 8- 96 AH c

QJAKZ2047SCOD 8- 54 AGc

QS0CZ2015XH32 7-105 AcNc

QSW-Z2206SCZZ 8-182 AH B

rml

Lnl

RC–EZ107VSC1C 8- 2Ac c

RCiLL2124SCzz 8- 92 AF c

M8- 93 AF c

H8- 94 AF c

RCiLZ1044CCzz 7-118 Ac c

IPARTS CODE NO. PRICE NEW PART

RANK MARK RANK

RCi LZ1044CCZZ 7-119 AC c

u7-120 AC c

It 7-121 AC c

n7-122 AC c

RCiLZ2104SCZZ 7-123 AK c

RCORF2063XHZZ 1- 6AF B

RCORF2064XHZZ 1- 13 AF B

RCRSB0297AFZZ 7-301 AD B

RCRSP2080SCZZ 7-302 AF B

RDENT2087xHzz 1- 39 BS NE

II 9-901 BS NE

RFi LN2013SCZZ 8- 95 AG c

RH–DX2007SCZZ 8-181 AC i

RHEDZ2046XHZZ 1- 23 BT N B

RMOTZ2121SCZZ 4- 16 AZ N B

RR–XA02ROSC2E 7-133 AC c

RRLYD3127QCZZ 7-299 AH B

RRLYZ3420SCZZ 8- 53 AR B

RTRNi2142XHZZ 8-184 AR B

RTRNZ2140XHZZ 8-183 AN B

[s1

SPAKA4346XHZZ 1- 60 AH c

SPAKA4655XHZZ 6- 9AF D

SPAKA4656XHZZ 6- 8AF D

SPAKA4657XHZZ 6- 13 AC D

SPAKC4766XHZZ 6- 10 AN N D

SPAKC4772XHZZ 6- 10 AN N D

SPAKP3385SCZZ 6- 11 AG D

SSAKA2003XHZZ 6- 14 AA D

SSAKA3001CCZZ 6- 2AA D

rrl

Lfi

TiNSE3553XHZZ 6- 4AQ N D

TLABH3733XHYA 6- 5AD D

TLABH3733XHZA 6- 5AD D

TLABH3803xHYz 1- 45 AF Nc

TLABH3803XHZZ 1- 45 AD c

[u]

UBATL2033SCZZ 7- 1AK B

[v]

VCCCTV1HH121J 8- 22 AA c

VCCCTVIHH180J 7- 34 AA c

u7- 35 AA c

VCCCTV1HH270J 7- 67 AC c

VCCCTVIHH330J 7- 66 AA c

VCCCTV1HH391J 8- 28 AA c

VCCCTVIHH5ROC 7- 56 AA c

VCCSTV1HLI02J 7- 14 AA c

II 7- 27 AA c

// 7- 29 AA c

tl 7- 30 AA c

#7- 31 AA c

It 7- 62 AA c

I/ 7- 70 AA c

II 7- 79 AA c

u7- 80 AA c

IJ 7- 81 AA c

II 7- 82 AA c

fl 7- 83 AA c

vCCSTVIHL391J 7- 72 AA c

vC,EAGAOJW1O7M 8- 13 Acc

vCEAGAIAW336M 8- 8AA c

vCEAGAICW106M 7- 2AA c

u7- 7AA c

JJ 7- 11 AA c

vCEAGA1CW107M 8- 5Acc

Vc EAGA1Ew226M 7- 4AB c

tt 7- 5ABc

U7- 6ABc

#7- 8ABc

#7- 9ABc

Vc EAGA1EW475M 7- 3AAc

Vc EAGA1EW476M 8- 6AA c

II 8- 7AA c

// 8- 16 AAc

il 8- 17 AA c

48- 18 AA c

Vc EAGA1Hw105M 8- 4AB c

Vc EAGAIHW106M 7- 10 AA c

// 8- 11 AA c

Vc EAGA1HW475M 8- 3AA c

–15-

PU-155A

FO-355A

i: ‘!‘::’‘NG

PARTS CODE NO.

VCKYTV1HB392K

VCKYTV1HB472K

PARTS CODE NO. PRICE NEW PART

RANK MARK RANK

VCEAGAIHW475M 8- 12 AA c

VCEAGA1VW226M 8- 9AC c

VCEAGA2AW474M 8- 15 AC c

VCEAJA1EW226M 10- 1AB c

VCFYJU2EA474K 8- 10 AD c

VCKYTQ1EB124K 8- 43 CA c

VCKYTQ1EB224K 8- 41 ‘n

VCKYTQIEF104Z 10- 0

VCKYTQ1EFI05Z 8- d.. n. II

VCKYTQIHBI04K 8- 20 AB :I

u8- 34

II “.7

l\u. RANK MARK RANK

:Vlrlnl I7-132 AA c

-177 aA P

Iu8- 42 IAA I.-. I.6. ,.”

VRQ—UT2AA2?1 I0-122 AA c

-124 AB c

-QA AP n

VCKYTvlHB562K 8- 37 AA i

VCKYTvlHB681K 8- 23 AA c

VCKYTvlHB822K 8- 24 AA c

VCKYTV1HF223Z 8- 30 AA c

U8- 31 AA c

// 8- 45 AA c

H8- 49 AA c

If 8- 50 AA c

II 8- 51 AA c

VCKYTV1HH5ROC 7- 56 AB c

,,an.,., ..,,..,.- . .. -.

.,.” ,1, ”nndd.1 J

VRS–HT3AA430J ;:

VRS–HT3AA620J 7-47,””, ,~,

VRS–TP2BDOOOJ 7-

fl 7-187 IAA c

n7-296 IAA cI

I/ “

#8- ;; ;; :

// 8- 68 AA c

#IuIIIL

n8- ;; ;; cI

no L

LAA c

R7 AR o

-117 IAA IcI

IQ-27 IAA I I

AB c

I0- ql AB c

AA r.

VCKYTQ1HB473K 8- 33 Imn IIb

#8- 44 IAA cI

VCKYTQIHF1( 04Z 7- 37 AA c

7- 77 AA c

15Z 7- 13 AB c

AB c

25 AB c

36 AB c

38 AB c

7- 46 AB

u7- 47 AB c

#7- 49 AB c

O7- 50 AB c

It 7- 54 AB c

I/ 7- 59 AB c

// 7- 65 AB c

71 AB c

16 AA c

co flh m

vbvYlvAlHMz14K 8- 14 Ac c

vHDDAP202u/–l 7-1oo AB B

vHDDss131//–l 8- 59 AA B

vHDlN4148//–I 9- 13 AA B

vHDlss355//–l 7- 97 AB B

u7- 98 AB B

ff 7- 99 AB B

o7-101 AB B

II 7--102 AB B

n8- 61 AB B

vHEHzs3B1//–l 8-188 Ac B

// 8- 71 AA 6

// 8- 72 AA c

n8- 73 AA c

// 8- 74 AA c

v8- 75 AA c

#8- 76 AA c

U8- 77 AA c

IJ 8- 78 AA c

// 8- 79 AA c

J/ 8- 80 AA c

JJ 8- 81 AA c

8- 82 AA r.

24 1

1/ 7-

VCKYTVIEB1(J4K 7-

Ii 7- v,

u7-

VCKYTV1EF104Z 7- .L

U7- 15

Innl Ibl 1/ 8-199 Ac B

8-200 Ac

vHEHz2;l///–l B

8-197 Ac B

#8-198 AC B

VHEMTZJ180B–I 8-190 Ac B

VHEMTZJ3R0B–1 8-201 Ac B

VRS–TP2BD201J I

7-287 AA i

VRS–TP2BD222J 10- 6AA c

VRS–TP2BD390J 10- 7AA c

VRS-TP2BD561J 7-270 AA c

VRS–TS2ADOOOJ 7- 41 AA c

u7- Q5 AA P

73 IAA c

1’)I AA I I o

t’

.,-1 Ibl

1AA c

// I 7- 26 IAA c

7no IAA P

// 1- <0 I. . I

f/ 7- 29 Ibl

IAA c

I// 7- 39 IAA c

)) I7AA I&a P

VHEMTZJ5R6B–I 8-202 AB B

VHEMTZJ8R2B–1 8-195 AC B

VHERD22FB3/–I 7- 94 Ac B

‘HElzc15///–l 8-196 AC B

HiBU4053BCFl 8- 66 AF R

-“ r,,.

// 7- ‘c ‘“t

// 7-1

u7-1

u7- IJ, IHM I

u7-193 IAA

t-- “‘‘- ““ ‘“- ‘‘‘“‘v

VHiHEF4051BTl 1II

~7-112 ]ii I N[ ;

tf,,:,,l-r .--”’---- I

I., I,-

,, ---1

1{ 1- 4J H14 L

I/ 7- 45 AA c

I/ 7- 48 AA c

// 7- 52 AA c

fl 7- 53 AA c

7-200 AA

Ivrlllltr4u35tjll i

I/-111jAEj N I B

il,,:,,rarl-a--”, I I // 7-235 AA

___ C

7- ?59 AA c

ICA AA .

1- lu7

8- 63

7-113

7-116

7-114

VHiNJM4558F–1 7-109 r

II i~- AA a

AW B

AG B

AD B

AE B

AF B

AD B

An D

// 7-55 AA i

I/ 7-57 AA c

f) 7-58 AA c

// 7-60 AA c

II 7-C* AA c

VHiNJM2904M”–1 I

VHiNJM318M/–F IUu IMM IIL

AAiAA .I

8-154 IAA c

IQ-IKO I Aa I I .

I. . ““ I

IJ 8- 65 IAD

l~,,:mf.-r n.,...-. r..- i~I*‘“‘“O ‘“” ‘ ‘ ‘ ‘

If ;- ;;

It 7- 68 :: :

1/ 7- 74 AA c

II 7- 76 AA i

It 8- 46 AA c

VCK YTV 1HE 102 K8- 21 AA c

VCKYTV 1HB 103 K7- 22 AB c

If 7- 64 AB c

II 8- 25 AB c

// 8- 26 AB c

If 8- 27 AB c

II 8- 29 AB c

II 8- 35 AB c

1/ 8- 36 AB c

,1t

IUOJ I7-lM IAA I I P1

vn Ira IoyI~MI I1

1-115 AE . . ,,,1

BII

VHiR96SFELC–I 7-145 AA ;

7-106 BG BIf 7-188 AA

u7-108 BG Bc

,,,,.1-. -,”,..-,. -7-189 AA c

7- 75 IAA 1cI

VHPPC817CD/–l I8-

J/ I8-1

., !– Loo

VR S–TS 2AD 102 J7-267 ;: :

1/ 7-275 AA c

I..“” ,. “IIu

1/ 0 ,“,-,I hA I

!t1

II IR-17Q }AA P i

o- 14U IHH IIL

o,“n IA. I

8- 39 IAB cI

l} IQ-AO[A“1I

VCKYTV1HE22 2KwL

;- 17 ;: c

// 7- 18 AA c

II 7- 19 A)

II 7- 20 Al 1AA c

IAA c

1/ 7-166 AA c

II 7-167 AA c

)) 7-168 AA c

II 7-172 AA c

l) 7-173 AA c

II 7-174 AA c

II 7-175 AA c

1/ 7-177 AA c

II 7-195 AA c

I7– ~1 I , AI I I

7- 32 AA c

7- 33 AA c

7- 44 AA r

VCKYTVIHB331K ,II

–16–

FO-155A

FO-355A

PARTS CODE NO. PRICE NEW PART

RANK MARK RANK

VRS-TS2AD103J 7-198 AA c

I/ 7-199 AA c

rI/ I7-207 IAA IIcl

11 7-239 AA c

1/ 7-241 AA c

1/ 7-243 AA c

Ii 7-252 AA c

11 7-253 AA c

1/ 7-256 AA c

II 7-257 AA c

II 7-263 AA c

II 7-276 AA c

1) 7-279 AA c

II 7-281 AA c

IJ 7-282 AA c

1/ 7-283 AA c

II 7-i!90 AA c

II 8-171 AA c

VRS–TS2ADI04J 7-209 AA c

U7-217 AA c

u8-126 AA c

// 8-157 AA c

It 8-163 AA c

// 8-165 AA c

// 8-166 AA c

VRS–TS2AD106J 7-201 AA c

VRS–TS2AD122J 8-167 AA c

VRS–TS2AD124J 8-146 AA c

VRS–TS2AD134J 8-147 AA c

VRS–TS2AD151J 7-220 AA c

VRS–TS2AD153J 7-222 AA c

U7-271 AA c

VRS–TS2AD183J 8-139 AA c

VRS–TS2AD201J 8-180 AG c

VRS–TS2AD203J 7-155 AA c

u7-216 AA c

f/ 7-269 AA c

I/ 8-129 AA c

II 8-130 AA c

I/ 8-133 AA c

// 8-136 AA c

I/ 8-137 AA c

// 8-152 AA c

// 8-168 AA c

// 8-169 AA c

// 8-170 AA c

VR S–TS2AD221J 8-172 AA c

VRS–TS2AD223J 7-197 AA c

// 7-221 AAc

07-297 AA c

vR S–TS2AD224J 8-156 AA c

VRS–TS2AD242J 8-162 A A c

VRS–TS2AD271J 7-134 AAc

// 7-135 AAc

u7-136 AAc

// 7-140 AA c

n7-141 AA c

u7-142 AA c

u7-143 AA c

IJ 7-150 AA c

v7-151 AA c

Y7-156 AA c

I/ 7-157 AA c

I/ 7-158 AA c

fl 7-159 AA c

// 7-160 AA c

u7-161 AA c

If 7-162 AA c

M7-169 AA c

u7-178 AA c

I/ 7-179 AA c

// 7-180 AA c

// 7-181 AA c

// 7-182 AA c

// 7-183 AA c

IPARTS CODE NO. PRICE NEW PART

RANK MARK RANK

VRS–TS2AD271J 7-184 AA c

IJ 7-185 AA c

Y7-186 AA c

I , !

IIt 7-194 IAA cI

II /-zu3 IHn I I L

II 7-?k! IAA c

I7-202 IAA c

-“n. I . . i I.I

It 7-211 AA c

II 7-223 AA c

IJ 7-228 AA c

v7-229 AA c

// 7-230 AA c

II 7-231 AA c

, , , 1

I// 7-232 IAA IcI

1[ I-L.

If 7->

II 7->

u7-2i

u7-ZI

JI T.

U7-233 AA c

// 7-234 AA c

,, 7“37 AA c

$0 AA c

45 AA c

$6 AA c

t7 AA c

!8 jAA c

I-L49 AA c

7-250 AA c

It 7-251 AA c

IJ 7-255 AA c

// 7-258 AA c

II 7-261 AA c

#7-262 AA c

II 7-274 AA c

// 7-277 AA c

It 7-284 AA c

v7-298 AA c

VRS–TS2AD273J 7-154 AA c

VRS–TS2AD3ROJ 7-196 AA c

VRS–TS2AD300J 8-145 AA c

VRS–TS2AD301J 8-160 AA c

VRS–TS2AD302J 7-147 AA c

u7-176 AA c

O7-289 AA c

fl 8-125 AA c

VRS–TS2AD303J 7-218 AA c

// 7-219 AA c

fl 8-131 AA c

If 8-151 AA c

VRS–TS2AD332J 7-225 AA c

// 8-174 AA c

VRS–TS2AD333J 7-272 AA c

II 7-294 AA c

O7-295 AA c

II 8-134 AA c

VRS–TS2AD3

VRS–TS2AD4 I

It 17-170 IAA i

I/ 7-171 IAA c

,, II–LU

J7-20

92J 8-161 IAA c

71J 7-163 IAA Ic

// I7-’04 AA c

16 AA c

Ii 7-242 AA c

IJ 7-254 AA c

II 7-”30 AA c

>C ,,

,, I-LO

#7-28> HH

If 8-175 AA :

u8-176 AA c

I/ 8-177 AA c

// ~-779 .,

. .,,

VRS–TS2AD47ZJ 7-23L r.n

n8-155 AA ;

JRS-TS2AD473J 7-153 AA c

#8-179 AA c

IRS–TS2AD474J 7-152 AA c

U7-215 AA c

IRS–TS2AD512J 8-148 AA c

IRS–TS2AD562J 7-226 AA c

// 7-273 AA c

// 8-142 AA c

‘RS–TS2AD621J 8-153 AA c

‘RS–TS2AD622J 8-135 AA c

‘RS–TS2AD681J 8-150 AA c

RS–TS2AD683J 7-222 AA c

PARTS CODE NO. PRICE NEW PART

RANK MARK RANK

VRS–TS2AD683J 8-164 AA c

u8-173 AA c

VRS–TS2AD753J 8-127 AA c

u8-132 AA c

VRS–TS2AD820J 7-244 AA c

U7-260 AA c

II 7-288 AA c

VRS–TS2AD821J 8-159 AA c

VRS–TS2AD823J 8-141 AA c

VRS–TS2AD91OJ 8-128 AA c

VRSTS2AD1183F 7-293 AA c

VRSTS2AD1742F 7-191 AA c

VRSTS2AD3651F 8-143 AA c

VRSTS2AD4752F 7-292 AA c

VRSTS2AD8662F 7-192 AA c

11 7-291 AA c

vsDTc114EK/–l 7-124 AB B

If 7-125 AB B

u7-126 AB B

M7-127 AB B

I/ 7-128 AB B

v7-129 AB B

IJ 7-131 AB B

M8-107 AB B

u8-109 AB B

u8-110 AB B

II 8-115 AB B

u8-116 AB B

n8-117 AB B

I/ 8-118 AB B

IJ 8-119 AB B

II 8-120 AB B

vsDTDl14EK/–l 8-108 AC B

VS2SA1037KR–1 8-113 AB B

VS2SA1807–P–I 8-104 AE B

VS2SC2412KR–1 8-111 AD B

u8-112 AD B

I/ 8-114 AD B

VS2SC2412KS–1 7-130 AB B

u10- 5AB B

JS2SC4061K/–l 8-105 AC B

8-106 AC B

:x]

XBBSD30P06000 50-B4 AA c

XBPSD30P06KO0 50-914 AA c

XBPSD30P08000 50-B9 AA c

XBPSN40P06KO0 50-B5 AA c

XEBSD30P06000 50-B6 AA c

XEBSD30P08000 50-97 AA c

XEBSD30PIOOO0 50-B13 AA c

XEBSD30P12000 50-B15 AA c

XEBSF30P08000 50-B8 AA c

XJPSD30P04000 50-911 AA c

XRESJ20–04000 50-W2 AA c

XUBSD20P06000 50-B12 AA c

XWHSD30–08100 50-W1 AA c

[01

OCBBFZ-89;54Z/ #9- 4AC c

OCBLRH0368ZQ/ 9- 64 AU N c

OCBMRZ0362ZZ/ 9- 65 AF c

ocBMzzo610zz/ 9- 66 AL c

0CBPCZO084ZZ/ 9- 61 AD c

OCBPCZO193ZZ/ 9- 60 AF c

ocBPEzoo55zz/ 9- 62 AD c

ocBPJczzoo37/ 9- 56 AG A

ocBPJTol15zz/ 9- 57 AF A

ocBPKzo194zz/ 9- 59 AC c

OCBUACOO04DZ/ 9- 10 AC B

OCBUACO056BZ/ 9- 8AD B

OCBUACO098EZ/ 9- 9AK B

ocBuAGo141Az/ 9- 7AR B

OCBUBBO149DZ/ 9- 11 AH B

OCBUBBO166BB/ 9- 16 AK B

OCBUBCO182BL/ 9- 14 AE B

OCBUBC0220BZ/ 9- 12 AD B

OCBUBC0280BZ/ 9- 15 AC B

OCBUBDAC270D/ 9- 17 AC B

OCBUBDAE300D/ 9- 19 AD B

OCBUBDBW3R6B/ 9- 18 AB B

OCBUBDBW6R2C/ 9- 20 AB B

–17–

FO-155A

FO-355A

PARTS CODE NO. PRICE NEW PART IPARTS CODE NO. PRICE NEW PART

RANK MARK RANK RANK MARK RANK

ocBucBol12Az/ 9- 6AK B

OCBUCCOO13DZ/ 9- 5AM B

ocBuDco139Az/ 9- 21 AN B

OCBUDZO052ZZ/ 9- 58 AG B

ocBuEEB183cT/ I9- 25 IAC

OCBUEEB242CT/ I9- 34 IAC I

ocBuGFF471ER/ 9- 53 AC c

OCBUGFF683ER/ 9- 43 AD c

OCBUGFZ224GQ/ 9- 37 AG c

ocBuGzo945zz/ 9- 39 AQ c

OCBUKZ0578ZZ/ 9- 3AH c

I)CBUKZ0697ZZ/ 9- 2AL c

OCBUZZOIOOZZ/ 9- 55 AH B

OCB829650004/ 9- 1BD B

PARTS CODE NO. PRICE NEW PART

RANK MARK RANK

III I

,I1

,I11

–l8-

FO-155A

FO-355A

—

SHARP

All rightsreserved.

PrintedinfiJapan.

Nopartofthispublicationmaybe reproduced,

storedinaretrievalsystem,ortransmitted,

inanyformorbyanymeans,

electronic,mechanical,photocopying,recording,orotherwise,

withoutpriorwrittenpermissionof the-publisher.

‘\

SHARPCORPORATION

Communication&AudioSystemsGroup

Quality&ReliabilityControlCenter

Higashihiroshima,Hiroshima739-o1,Japan

Printedin Japan

9603-542NSOIS*T

1.0 FO155

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