manual de servicio sharp e-studio120-150

DIGITAL PLAIN PAPER COPIER

e-STUDIO120/150(DP-1210/1510)

File No. SME02000600R02082121000-TTEC

Copyright 2002

TOSHIBA TEC CORPORATION

Parts marked with “ ” are important for maintaining the safely of the machine. Be sure to

replace these parts with the replacement parts specified to maintain the safety and performance

of the machine.

This document has been published to be used for after sales service only.

The contents are subject to change without notice.

The installation and service should be done by a qualified service technician.

!!"

!"#"$

!##!"

% &'#()*#&!(()*(")*(+)*)&$

,

-

&

& .

/ )!+0$)!+0$ ()

!10$

$ %"& '(&)"

%

% 2

% 2 2

%

&

3

&

2 &

2 4

2 5

* ("%"&!' '!+

%

,!" +-#

4 03 006007

0

. " "!" ' ,/-#!&0"1(!"#

5

2 3)!4"/-#45/-#+"-"&##+!)% '4"/-#+,# !)6" !4"

!)"/,# !)#!44 &,/!7&',# !! /-#/##!,&)&656)5

"5"15! !)46)"!)6 1#&

8 7"&##+5!)/&)") ,#4 !- !46"!)+!/ %4 4"/-#4

9 &,!" 1"!!!"&#&!"&"!+

8' 2 9'

,!" : 7' ,"1!)6"!-45,## ,!!) 6& 4#,1 '!)& "4/0,!)!!)" ,",#!4&)14

-;&!"!)%"&""!+

,!" : 4 5&:29' ;

!!!" : -< 5&:29'<

"&)!: =% 5&:29'! 7 2% $&

6

CAUTION

This laser radiation is not a danger to the skin, but when an exact focusing of the laser beam is achievedon the eye’s retina, there is the danger of spot damage to the retina.

The following cautions must be observed to avoid exposure of the laser beam to your eyes at the time ofservicing.

1) When a problem in the laser optical unit has occurred, the whole optical unit must be exchanged as aunit, not as individual parts.

2) Do not look into the machine with the main switch turned on after removing the developer unit, tonercartridge, and drum cartridge.

3) Do not look into the laser beam exposure slit of the laser optical unit with the connector connectedwhen removing and installing the optical system.

4) The middle frame contains the safety interlock switch.

Do not defeat the safety interlock by inserting wedges or other items into the switch slot.

LASER WAVE – LENGTH : 770 ~ 795nmPulse times : 11.82µs / 7mmOut put power : 0.17mW ± 0.01mW

CAUTIONINVISIBLE LASER RADIATION,

WHEN OPEN AND INTERLOCKS DEFEATED.

AVOID EXPOSURE TO BEAM.

VORSICHTUNSICHTBARE LASERSTRAHLUNG,WENN ABDECKUNG GEÖFFNET UNDSICHERHEITSVERRIEGELUNG ÜBERBRÜCKT.NICHT DEM STRAHL AUSSETZEN.

VARO !AVATTAESSA JA SUOJALUKITUSOHITETTAESSA OLET ALTTIINANÄKYMÄTTÖMÄLLE LASERSÄTEILYLLE ÄLÄKATSO SÄTEESEEN.

ADVARSELUSYNLIG LASERSTRÅLNING VED ÅBNING, NÅRSIKKERHEDSBRYDERE ER UDE AFFUNKTION. UNDGÅ UDSAETTELSE FORSTRÅLNING.

VARNING !OSYNLIG LASERSTRÅLNING NÄR DENNA DELÄR ÖPPNAD OCH SPÄRREN ÄR URKOPPLAD.BETRAKTA EJ STRÅLEN. – STRÅLEN ÄRFARLIG.

This product is a class 1 laser product that complies with 21CFR 1040 of the CDRH standard and IEC825. This means that this machine does not produce hazardous laser radiation. The use of controls, adjustments or performance of procedures other than those specified herein may result in hazardous radiation exposure.

At the production line, the output powerof the scanner unit is adjusted to 0.57MILLI-WATT PLUS 20 PCTS and ismaintained constant by the operation ofthe Automatic Power Control (APC).Even if the APC circuit fails in operationfor some reason, the maximum outputpower will only be 15 MILLI-WATT 0.1MICRO-SEC. Giving and accessibleemission level of 42 MICRO-WATTwhich is still-less than the limit ofCLASS-1 laser product.

The foregoing is applicable only to the 220Vmodel, 230V model and 240V model.

VAROITUS! LAITTEEN KÄYTTÄMINEN MUULLAKUIN TÄSSÄ KÄYTTÖOHJEESSA MAINITULLATAVALLA SAATTAA ALTISTAA KÄYTTÄJÄNTURVALLISUUSLUOKAN 1 YLITTÄVÄLLENÄKYMÄTTÖMÄLLE LASERSÄTEILYLLE.

VARNING - OM APPARATEN ANVÄNDS PÅ ANNATSÄTT ÄN I DENNA BRUKSANVISNINGSPECIFICERATS, KAN ANVÄNDAREN UTSÄTTASFÖR OSYNLIG LASERSTRÅLNING, SOMÖVERSKRIDER GRÄNSEN FÖR LASERKLASS 1.

CautionThis product contains a low power laserdevice. To ensure continued safety do notremove any cover or attempt to gain accessto the inside of the product. Refer allservicing to qualified personnel.

LUOKAN 1 LASERLAITEKLASS 1 LASER APPARAT

The label ( ) in the fusing area of the unit indicates the following:

: Caution, risk of danger

: Caution, hot surface

Caution label on the unit

! "#$ %

& ' $ %

( )(

*+ (

' ()$( ,%'

- '.(

"

(

(

'('

'/ 0

! 1 !

& (+/ &

((

0'(.

02.2' '

32.

4+. +2. (

! +( ((

& - '. ((

5 6'.

7 /

8 / 0-9"(#

. 0 )( 7

((( 7

3 8

+. 8

! "

# ('. !

( !

" ( !

#

( &

&

6 &

# &

' ' &

$ " "

9.0+( . 5

( 5

( 5

#. 5&

-': 57

! (' 5

& 4 5&

5 / 55

7 ' $ % 57

% &

( 7

' ' 7

9.0+( .' 7

' (

* . 0( '8

6 ( 8

( 8

-)(':-)(0 . 8!

)(

'(

# 0 ) / 0.

0. 0 .

(+('

-+' '(

(2'.

'

31

*4"-,1 8

:#1

1*436;

,*#6-*443-

! "-3"614,"4"&

!" #$ !% #

& ''(

)* %''%!

)** +%''%!

' '!'

), ),!'-./(

0 '0'!''%#'(

% "%%

+

!'+ #

0 0

ItemCPM SB/MB 2 Tray ADF RADF

(R-SPF)Color

ScannerGDI

printer SOPM Memory

1/),0&2 & 0 0 3

1/),042 4 0 0 3

MR-2014 MY-1019 (Same option as e-STUIDIO12/15)

(Options)

e-STUDIO120/150

SPECIFICATIONS 2 - 1

[2] SPECIFICATIONS

1. Basic specifications

2. Operation specifications

ItemType DesktopCopy system Dry, electrostaticSegment (class) Digital personal copierCopier dimensions e-STUDIO120 20.4"(W)X18.2"(D)X11.6"(H) (518mm(W)X462.5mm(D)X295.6mm(H))

e-STUDIO150 20.4"(W)X18.2"(D)X11.6"(H) (518mm(W)X462.5mm(D)X295.6mm(H))Weight (Approximately)

e-STUDIO120 35.3lbs.(17Kg) Toner cartridge and drum cartridge includede-STUDIO150 35.3lbs.(17Kg)

Section, item DetailsPaper feed section

Paper feed system

e-STUDIO120/150 1 tray (250 sheet) + multi bypass (50 sheet)

AB system Tray paper feed section

Paper size A4, B5, A5 (Landscape)Paper weight 56 - 80g/m2 (15 - 21 lbs.)Paper feed capacity 250 sheetsKinds Standard paper, specified paper, recycled paperRemark User adjustment of paper guide available

Multi bypass paper feed section

Paper size A4, B5, A5, B6, A6 (Landscape)Paper weight 52 - 128g/m2 (14 - 34.5 lbs.)Paper feed capacity 50 sheetsKinds Standard paper, specified paper, recycled paper, OHP,

Label, Envelop (Single copy)Remark User adjustment of paper guide available

Inch system Tray paper feed section

Paper size 8-1/2" x 14", 8-1/2 x 11", 8-1/2" x 5-1/2" (Landscape)Paper weight 15 - 21 lbs.Paper feed capacity 250 sheetsKinds Standard paper, specified paper, recycled paperRemark User adjustment of paper guide available

Multi bypass paper feed section

Paper size 8-1/2" x 14", 8-1/2 x 11", 8-1/2" x 5-1/2", 3-1/2" x 5-1/2" (Landscape)

Paper weight 14 - 34.5 lbs.Paper feed capacity 50 sheetsKinds Standard paper, specified paper, recycled paper, OHP,

Label, Envelop (Single copy)Remark User adjustment of paper guide available

Paper exit section Exit way Face downCapacity of output tray 100 sheets

Originals Original set Center Registration (left edge)Max. original size A4 (8-1/2" x 14")Original kinds sheet, bookOriginal size detection None

Optical section Scanning section

Scanning system 3 CCDs (RGB) sensor scanning by lighting white lampCCD sensor Resolution 600 dpiLighting lamp Type CCFL

Voltage 1100Vrms (Min)Power consumption 9.6W (Max)

Output data R, G, B 1 or 8 bits/pixel / A/D 16bitWriting section

Writing system Writing to OPC drum by the semiconductor laserLaser unit Resolution 600 dpi

Image forming Photoconductor type OPC (30ø)Life 25k

Charger Charging system Saw -tooth charging with a grid, / (-) scorotron discharge

Transfer system (+) DC corotron systemSeparation system (-) DC electrode system

Developing Developing system Dry, 2-component magnetic brush development systemCleaning Cleaning system Counter blade system (Counter to rotation)

D! @655"5?""/5?%

5 5 ,

#/ 6

;</ 522

, ,

B $B71$B

<5 *$$(

<5 B $$B$B$73B1$B&$B

E5 56-$"+$,:

<5 @0% ;/$$$(

?

"5!

#$ 1$$(/7,D!

#-$ 1$$(/7,D!

? " 2! *$(/7,D!

/" *(/7,D!

5</5 66" &%-(/7,D!

#$ #-$

6 0"

6

1="58

9F-3$*+$$&&$$G!

/F-+&3*$$.&$$G!

H

6

- &$$G

13+G!

@5

5/!

-

" 6" .%+% /"F-%75< /5 66"F&$%!

&;7$$G7505

9

&

;"!

"

@!

: -

-

="5 -

9

9-

;"!

"

@!

: -

-

="5 -

/

* 7'0&'

;"!

"

@!

:

="5

/

* 7'0'

;"!

"

@!

: -

-

="5 -

@0%55E5 ..

B" B" "" &

" &

""?" $%- "!

&%- 62/"!

"" :F1%$ !7& !

F !71 !

="5 -$G!F+%$ !7* !

( 5 1$%&%

<?" 1$%&%

>? 1$%&%

1

!"

DF=5

# $

% "&'

( )&'

" @0% &*%-'0'! @(/75311@/:7*@97(.*!

.%+% </5"6!

#

@ *@9

6 *&7#9%

5 A

=5 +$$"D

5" (.-7.*7@7&%$7$$$7)

9"

27 B"/"!

;/5 1 =A9!2/</ 6;!

=5 F+$$0$$"

F-$ .+$$" ?<560"3-"!

/79

55" =A9*27077+2

7F*%- ,!0&%3 B!'

F;6

" 7F@0%%**7 7A!@0%$%.+7 9I(!

(7( )!7

6 #9%

5 95@75@7

7 J

50

5" (.*7@7$$$7)

B" #22!

1$/ -.$72! &1%.2%!

: &-7$'0&'- 7'0* 7'

" @ &7* 7'0';"! -@"!

5

</ -.$72 & 1%.2%!

@0"6" :! 6;"

5"5

5

<// /</5//6625"6""5/,6

"5"</?5E5"5"</"<///?6

665//%

: - 7'0* 7'* 7'0&'7&9--

</ -2%2%-+*$72

</6-$/62%2"

(/ 0%+%+2% 1!

.%+' (!0-%+' !01%-' ,!

&.* (!01.- !0** ,!!

<5 <6/

!"#

!" #$ %!$

# &'

$% #"#"!&'#(!!#

#!'()°(*

+!$',*±*- +

$% ''#"!&'#(!!#

$% !''#(!!#

$)% #"&'#(!!#

"#('!#'#"#"$##%

!(!*!'!#

+#"'""!(&,

∗'.

+-"'""!(&,

/!"& #!0

1#!2

+."#('!#,

0 3"! 3

" ()) 456*5

1 78,92

) /,-" 8"0

( .# .()) (*51,-2 )

.!5 .()) (*5 )

Humidity (RH)

85%

60%

20%

10˚C 30˚C 35˚C

Humidity (RH)

90%

60%

15%

–25˚C 30˚C 40˚C

Humidity (RH)

90%

20%

–5˚C 45˚C

. 0

:.#3 ;

#3 +

#.

<

Production monthProduction dayDestination code (Dealer, distributor, OEM, etc.)Production place (SOCC: Fixed to B.)End digit of yearVersion No.

Production monthProduction dayDestination code (Dealer, distributor, OEM, etc.)Production place (SOCC: Fixed to B.)End digit of yearVersion No.

X000119Ver.A 1

Production month (1 - 9 = Jan. - Sep. 0 = Oct. X = Nov. Y = Dec.)Serial number of monthFixed to 1.Pack division(See table below)End digit of yearVersion No.

(

∗ #! / "

#!0

+- #",

) #"'""!(&"'

2 # / #0

(2 6#"<

2 !$#!!" #0

82 !"/"$ "

#

' $ =# "0! #!

/"0

. 0

=#!

# (

#3

Production controllabel attachment position

Production controllabel attachment position(*1)

Sub lotProduction dayProduction month End digit of yearProduction place

1

3

2

!

! "!#"! $ #%#&!

'"!( ) *!%#&! + *!%#&!#"! ,#

- ., ("//( 0 1("//(,*!/ 2 '"!#,",(

3 '"!#,",(!4!/# '#5!/5%6 7*!

$ '#5!%#*/#%8!

#!%*! ,/,!!/!!&! $ /9!%6!

6!%!! ) '6##%#*,%&!*,:

2

3

4

1

5

7

8

6910

11

12

13

1

2

3

45

" # $%!

1 3 94 5 6 7 8 10

11 12 1513 16 1714

2

3Inch system

# &'($($ %

6/,"56!6!,/,/!*/"!*/%!;

#*!/%"##96!*%#;<

&'($($ %<=<

$ %' $%)! %&'($($ %)

/!#/!>,!(/!!%"!/!!*,%#?!!:!%#"(#/;

!!%!*%#"(#//6#5 (*%#;

%' $%($)!'*&'

) $)!'

/"(/6!/"!%9!*%#"(>,(=@##:%#"(#=,/!"#:

%#*!=*!#%#*!;

+ !+$($ %)

!&!#"!!"%!:!!>,!**%#

./9!!**%#

#!%*!!"%!:!!>,!**%#<$

.!%!*%#

- $($ % 0 +$),($($ %

2 -%).+%()! %&'($($ %)

/!#/!>,!(/!!%6!!4"#/,!:#*!/A=.#

'7;

!!%!*:#*!//6#5 (*%#;

3 /%0)1$($ %

6/,"56!6!,/"#5!/&!:#*!;

2##3&')($($ %

/!#/!!%(!*,%##!!:!%#"(#9#:)B#

33BB%!:!/;

%'4. $ '&')

C /!#/!!%6!*!/!*%#"(>,(#22;

C /!#:8!,/!"#:!!/;

$ ')! &'

/!#/!!%""!9!!*/#""!(=""!(#

("//(;

/,(!% $%$($ %)

6,"#/6#56!/!!%!*""!9!!*/#;

) $56 ((&&')($($ %)

/!#*D,/6!.#'7!4"#/,!!&!;

!!%!*!4"#/,!!&!//6#5 (*%#;

/!#/*!:!,/!"#:/!;

+ !&'

C '!//#%!6!*/"(=#"!//*,%#"(,#!:!

%#"(;

C '!//*6#**#5*,/* (#*/"(6!#,: !#9

%#"!/:*!#*!;

- &'($($ %

C #"(/"#// !56!6!*%#/#;

C '!//#/%#"(

C /!#/!,/!"#:;

$

7 ($ %)% 6% $%!

6! *%#* 6!/ *%# *%! 6!

/!#96!"!#/%!;

$($ %

/%0)1$($ %

# $($ %

6!8!(/"!//!**#!*#99!!%6!*;

$($ %

7 )$5 6&' %85$)$5

6//%:!6#*%#( !,/!*96!1,#.!6/

!! /!*,/ 6!/!;#/%,/ 6/:!6#*=(#,

:,/ 9/ %#:"!! 6!/!/ 1,#.! (#, %#:

",!; # :#! 9#:# # 1,# .!= /!! 6! #!

:,#6!6!"9!9#1,#.!;

#!A

C %/#"#// !*,%#"(D# ;

C 96!,/,/!*# !/%D# *,"D# =6!/%

D# 5 !/#!**/%5 !56!6!" D# /

%#:"!!*;

'!//6! 8!(;

6!,!!//%:#*!;

'%!6!#(#,5/6#/%#6!# !;

# 6! "#%!*,! 9# "% 6! #= /!! EF

'.E;

$ '!// 6!," %#"( >,( 8!( #*/"( 6! ,: !#9 6!

""%#6(#,5/6#,/!9#/%;

6!""%#,: !/!(/9##5/;

'!//6!/ 8!(;

6!/!!%!*""%#,%6!/*/% !/;

7" % $(5!+

6! #! *!/( / #5! 6 /"!%9!* !&!= 6!

F'.*%#6/,"#56!,/!;

96!#!*!/#!"%!*6:!=6!!*(:"

%6!/# 8*6!/#/,""(6!#!9!#,*

3%#"!/;*!!"%!:!:"%#,!/#6;9#!

*!/(/# %8#/"!%9%!&!9!5#:,!/=6! G

*%# #!/ #, * #! *%# // 8= * 6!

%#"!/#"/;

A *%!/6!,/!*(9#%#"(#/%/

!"!9#:!*;

18A 6!*%# 8/6!9##5/,#/A

C 6!"D# /!,"!*;

C , @# #9 6! ,; 6! %#&! 6/ !!

#"!!**%#/!*#6!"#5!,!*#99*#;

C 6!!/!&%#"(D# ;

C 6!#!/ !!"!/6!**,%#"(#"

D# ;

99A 6!*%#/#996!9##5/,#/A

C ,%#"(#/%;

C 6!,/6!,#"#5!/6,#99:#*!;

C 6!:/9!!*#!#6/#%%,!*;

A *%!/6!,/"#5!/&!:#*!;

A *%!/6!,/!*(9#"#/%/

!"!9#:!*;!

18A '#*/ !!%!&!*9#:%#:",!;

99A #"(/ !"!9#:!*;99!

A 6! 8!(6/ !!"!//!**6!,

//%!:#*!;

18A /%D# / !!4!%,!*9#:6!%#:",!=#/%

*//#!*6!,H/:!:#(;

99A 6!,/6!%#"(:#*!;

POWER SAVE indicator

START indicator

SCANNER indicator

ONLINE indicator

""%#

,: !""%#,%6!*

!/8#" #%,:!.!9/!*

:(#,/**!:"#:6!

*#5/(#,!,/

$ 4994"#://!*

9"#://!*

) .%#/#9#*9/!*

+ (""%#/!1,#.!

3% %)()%!%$()

122 8

11

9

4

1

5

7

6

10

3

#; ':! ##/ ,%#?"!#

.:## .. &!/6!%#"!;

%!:## .. &!/6!#"%:# /!/%!,;

$ #!:## . ,""!/#!;

##9:## . ##/6!#"%/!%#;

) !//#!/#!#* !//#!##%##/#!#*

+ '"!9!!*/#!#* ' //!!'"!9!!*/#!#*

- .,""!9!!*/#!#* .' .,:,"!/9!!*/#!#*

0 :## '. &!/6!/!"//9!!*!

2 9!!*/#!#* ' 9!!*/#!#*

3 '"!9!!*/#!#* ' //!!'"!9!!*/#!#*

!//#!/#!#* !//#!/#!#*

""!9!!*/#!#* ' ""!9!!*/#!#*

)

9 )%)()0$ 6)

19

27

8

3

4

10

5

116

#; :! ("! ,%# ,",

%!,6#:!"#/#

/!/#

.7' /://#/!/# %!,6#:!"#/#*!!%# E7E6#:!"#/#

' /!/# ' /://#/!/# '"!!4*!!%# E7E""!"//

$ '' /!/# '' /://#/!/# '"!/"#*!!%# EE""!"//

//!!*!!%#/5%6 .%#/5%6 //!!/#*!!%# EE%//!!/!#

) '' /!/# '' /://#/!/# '"!/"#*!!%# EE""!"//

+ ##/5%6 .%#/5%6 ###"!?%#/!*!!%#

/9!(/5%69#

#3#9*###"!

- /!/# ' /://#/!/# '"!!(*!!%# EE""!"//

0 '' /!/# '' /://#/!/# '"!/"#*!!%# EE""!"//

2 /!/# /://#/!/# #"!?%#/!*!!%#1##8

/!/#

EE""!"//

3 *%//!! .%#/5%6 *%//!!*###"!*!!%# #3#9)*###"!

'' $/!/# '' $ /://#/!/# '"!/"#*!!%#$ EE""!"//

+

: /;.$

2

9

8

6

7

3

4

5

1

#; :! ,%#

4"#/,!:"&!#'1 4"#/,!:"%##

.'1. #"!%##

$ "!#'1 "!#",?*/"(

'#5!'1 "#5!",= &#!%##=76&#!%##

) /!/#'1 #:!/%

+ :##'1 #"#(#:##*&!

- '1 ##!/!/#%##

0 '1 #/!%##

2 ?'1 %!?F '!%##"!?=1?

-

< %))) $%!1$0

21 4

3 18 15 1617

67

8

5

910

11

121314

#; ':! ,%#*#"!#

%!, ,:!/6!#566!%#"(:"*"//!/6!!9!%!*6#6!!/, ;

4"#/,!:" 4"#/,!:",:!/#

$ /!, #&!/6!#:!/#/! !:/*5!/##6!*,:;

'"!!4#! #!9#""!!4

) .%6! '#&*!/!&!%6!/!&!(#6!*,:/,9%!;

+ 7!#! ,/!/#!#6!""!;!9##!

- '!//,!#! ,/!/#!#6!""!;%#, !#!

0 ,: #:/:!/;

2 /9!, /9!/:!/##6!*,:;

3 '%8,"#! '%8/,"6!:,9!!*""!;:,9!!*#(

.,""!9!!*( (9#:,9!!*""!

.,""!9!!*#! /"#6!""!9#:6!:,""!9!!*"#;

$ '#!, 8!//(%6#@# !5!!6!!*!*!*6!!!*!#96!""!;

'"!9!!*#! '%8/,"/6!!#9""!9#:6!%//!!;

) '%8,"#! '%8/,"*#%,:!/;

+ !"##! !"!/*#%,:!/#9!!*"#"!(;

- '#! !!*/*#%,:!/#6!/%/!%#;

0 '"!!4#! /%6!/*#%,:!/;

!" #$

%$ & !&"

%' # !&#!!$!(!

# !" !

$!%!)%#%!"

& ! % # * %

+#%"

%! '

, ( %(&%

, -!%

, &

, %+.! -% %! (""(

! "

! %+!!+$%#

!!"

/%!! $!$%

!#&!%)%"

0! %%"

/%$ )%!% ! #&!

&"

!"

/ !#% ! #$ #

!# !"

!( %+.! !0 0

+.!"

- %!!% "

$ %#!12# %!(

!%)%"

%%! %!!

0!$ %&# !0+#%"

# -!% ()%%"

%! %#!12# %!"

$ %#!# !(!%

)%"

# $%"$%!$&!

$$

!! !0# #$!!!

!%"

8" (20cm)

4"(10cm)

4"(10cm)

8"(20cm)

Power cord

Operation manual

Drum cartridge (installed in unit)

*

' $%"

/% + # !%!0

!! !"

(&)"$)$%"&

2 3&!#!&!&"

!&&!&121+2"

*2 3 ! !0$! "

42 5% + !&

+ +% !&"

62 3& # #!&&

$ !& # #% % + %

%$"

* )

2 *2 42 #!+# !"

62 3& !0# &%"

2 3& !$$ ! #- !&%"

72 3&&%$# !"

82 3& !$1!2"

92 3&&%"

Lock Unlock

Grasp here and turn in the direction of the arrow.

CAUTION tape

Protective pins

2

4

5

3

1

4

:2 0 %%+&

;2 %&# %%+ # <=

&"

' /!#% &%&%"

2 ! &%#-$ !$"

*2 3 <+%&&"

' & &!"

' > ! & %( -

$$ $ #%+$"

1&# #&2

42 &%!#% !"

' ?%!0% #&"/%

!#%"

62 # &%! +#

! (#-&% ! $ !$"

2 #&%

+ $!"

2 & %& +% # ( !

$ + 0& @"

*2 A ! # ! $ #% +$(

& !0(& !% "

42 %% !% $!"

62 !!#% !"

2 % 0$ ! $ #

%+$"

72 %% % $!"

' ! %" $ %

!"

82 #!

#!+"

6

, !"$-

' !)%$ $" !

$"

2 3 # % %%

"

*2 3& %!0"3 %!0

! # $ & $ $

%# "

42 %!0 $&*

!$ $&$ %!0 ! #

# " %!0( !0

#- &!"

62 .% % !$

"

)%@ &#%12 %!

$ $ # "

<&%1/2 0 "

2 B ! "<0%

% ! 0"

' +& -% 1 2"

5-! $!%#"

72 % +!0 !"

' # ! ( !! +0 CAC $ %

!( ! 1 2 0" CC

$% 1 2!$ %"

. /$

2 5% $$! # ! BB"

! $! $!!0

# !"

*2 % # $! %"

0 1/1 2345

%3<!%#$# %"

45!)

$!)

%!#%!# %$ >!

>!!"

!)

5+%% #%!# %$ %!%"

6!/

#!%

%$$"

% $&4"

#$& 0!

%#%! !"

34"

/%<+ 530! %"

72!/!1/8&9

!0 #$ $#$ )%

#$"

D' +$ >$:9(>$<(>$*;;;#

( >$ = # >$ = A 5

$ /#!)%"

D*' %&+<"

D4' E% )% #$

% "

Paper guide (B)

Paper guide (A)

% /<F!+!%)%$

/"D+!#!

1555*962

D*

>$:(>$:9(>$<(

>$>06";1&!!0

2D4(>$*;;;#D4(>$

=#D4(>$=A5D4

9;;-7;;1G2$ *7!1

+2

A0#

!

;</

)%

# $

&$ ! #

+&!#%

7319

#$ + $ & #$ ! +

# ! & # >$ #! !!

"

D' > %!! % (

%>$!+%$ 5

" (#%!%%

0 %#!%#%!%"

D*' 0!%<!+$ %

#!!!( $&( %E ! #%! !

+%"

, & >$

& H # ( !

" B ! # ( C

A53 53G53C"

75/19

3# #$+ +

7" 1/9

#$% !"

45

< %!"

, B !( % % !#% #

"

, !( <B%+ "

, !#%$0$ %/#!!+"

, # ( & + #$

%! !"#%+&(

!%$+!%"%+(%

&- " !(!!0 C!C+%-

"# & %+( #$ #

+"

6!/:73;1$9

/# (0% /#!

!+!! <B"

2 %3<%3<&"

*2 !0 CC+%(!!0C<%C( %+!!0

3<!"

, > #CB%$A$>@C

% #$(+%!!0 C!C+%

"

42 %+!!0 C%C!"

# %!!#%%+!!0

C%C !( ! % %$ % !!0

C-C+%"1( !!%!%

!"2

62 ! #$ !0 + ( !!0

C-C+%"

#$!0$ ! !00 !

$+"

!0 C35<5C+% $ #

!!0"

, #%% #!!!(!

/%<! !0+-+!% #% %

$ #!"

, # #$!(!!0 CC+%"3&$

! C/5B35 C( !

#$!0+"

2 3&$ #$!0 + !(

!!0 CC+%"

#$ !0 + $ +

!" # !0 ( !!0 C/!0C

+%!!0"

72 ##<B&1 $#$

!62"

" # !# C>!C$$( !!0

C-C+%"

*" +-0%&# /

#!!+!! <B"<0%

#!!+!!!!0 C-C+%"

<B&

/%

<

0

!%

<

&F

%

>$

!

&

#>$

:9F<F*;;;F=

$ $%

/#!

!!

&+D

&+ &+ &+

#>$

:9F<F*;;;F=

$ $%

#!

!!

&+

&+&+D*

>$:F6";

%

#! 3#!# $

>$=/F

>$=1/F

#!2

>$:9

/>$:9F<F*;;;1/

#!2

>$:F:9F<F6";F

*;;;1#!2

>$<

/>$:9F<F*;;;1/

#!2

>$:F:9F<F6";F

*;;;1#!2

>$

*;;;

/>$:9F<F*;;;1/

#!2

>$:F:9F<F6";F

*;;;1#!2

>$:F

6";

>$:F:9F<F6";F

*;;;1#!2

7

4" !0 C-C+% +- <B&

!)% "

%$! #"

# #$!$ #+!

1 !2( !!0 C%

$C"

6" > C <B&!"C+-

(!!0 CC+%"

/%<$"

82 /# /%<1 $#$

!62"

" # !# C>!C$$( !!0

C-C+%"

*" 3 C #$ #

"C$$( !!0 C-C+%"

4" > %!# !#

#$+(!!0 C-C+%"

6" # ( C % $ /% <

>$%HC( ! !0 CIC !!0 CC

+%"

%$! #"

" !0 CB C +%$ # %

%%!!#%"

0!%<$"

92 /# 0!%<1 $

#$!62"

" #!# C>!0!

%<C$$(!!0 C-C+%"

*" 3 C#C$$( !!0

C-C+%"

4" > C !C$$(!!0

C-C+%"

6" > C! BC $$( !!0

C-C+%"

%$! #"

" !0 CB C +%$ # %

%!"

:2 !0 CC+%$ #% C%

# C"> C$!! <B#!!+

C+-(!!0 CC+%"

, # (%!%+

" !(!!0 CIC+%%!

%"

;2 ! / #!!+ #!!+1

:2"

>$$ ! <B %!$

"#%%>$=$ #!(

*"

2 /# !&"

" CA/C 1$ #

%<B2$ CB%$A$>@C

+-"!C #$%!13!

2C!!0 C-C+%"

*" C $C+-$"!0 C

%$C+%"

4" > # &!(!!0 CB C

+%# !&"

*2 /# &"

" CA/C 1$ #

%<B2$ CB%$A$>@C

+-"!C #$%!13!

2C!!0 C-C+%"

*" CA$ C +-$ " !0

C%$C+%"

4" > # &!(!!0 CB C

+%# &"

I% &! # #$"

3 6!/.,;4;000731$9

/# (0% / #!!+

!! <B"

2 %3<%3<&"

*2 %+!!0 C<%C( %+!!0 3<

!"

, > #CA$B%C(CB%$A$>@

C% #$ (+%

!!0 C!C+%"

42 %+!!0 C%C!"

, # %!!#%%+!!0

C%C!(! %%$ %!!0

C-C +%" 1( !! % !

%!"2

62 ! #$ !0 + ( !!0

C-C+%"

#$!0$ ! !00 !

$ + "!0 C35<5C+% $

# !!0"

, # #$!(!!0 CC+%"3&$

! C/5B35 C( !

&#$!0+"

2 3&$ #$!0 + !(

!!0 CC+%"

#$ !0 + $ +

!" # !0 ( !!0 C/!0C

+%!!0"

8

72 ##<B&"

" # !# C>!C$$( !!0

C-C+%"

*" +- 0 % &# #!

!+!! <B"<0% #!

!+!!!!0 C-C+%"

4" !0 C-C+% +- $ #+

!## <B&"

%$! #"

>$*;;;(# #$!$ #

+!1 !2(

!!0CIC>$*;;;"

6" #$!$ # ## /

#!!! &+!" #%%

#!!+#!! <B(!!0

CC+%"

" > C <B&!"C+-

(!!0 CC+%"

/%<$"

82 /# /%<1 $#$

!62"

" # !# C>!C$$( !!0

C-C+%"

*" 3 C #$ #

"C$$( !!0 C-C+%"

4" > %!# !#

#$+(!!0 C-C+%"

6" # (C%$/%<

%HC(! !0CIC!!0 CC+%"

%$! #"

" !0 CB C+%$ #%#

!# "

0!%<$"

92 /# 0!%<1 $

#$!62"

" #!# C>!0!

%<C$$(!!0 C-C+%"

*" 3 C#C$$( !!0

C-C+%"

4" > C !C$$(!!0

C-C+%"

6" > C! BC $$( !!0

C-C+%"

%$! #"

# +-0C +%0

!%<($ ! % J>!

"C($ )%!% 0

!%<"

" !0 CB C+%$ #%#

!# "

:2 !0 CC +%$ # %#

!# "> C$!!

<B#!!+ "C+-C#>$

"""C+-(!!0 CC+%"

, # (%!%+

" !(!!0 CIC+%%!

%"

;2 ! /#!!+1:2"

>$$ ! <B %!$

"

2 B$ %! %!

%&#>$+ "

I% &! # #$"

6!/.;.,;4;'0;00071$9

/# (0% /#!

!+!! <B"

2 %3<%3<&"

*2 %+!!0 C<%C( %+!!0 3<

!"

, > #CA$B%C(CB%$A$>@

C% #$ (+%

!!0 C!C+%"

42 %+!!0 C%C!"

, # %!!#%%+!!0

C%C!(! %%$ %!!0

C-C +%" 1( !! % !

%!"2

9

62 ! #$ !0 + ( !!0

C-C+%"

#$!0$ ! !00 !

$+"

!0 C35<5C+% $ #

!!0"

, >$ :F6";( C/%<C "

>$ :9F<F*;;;( ! C/% <C

! !0+-"+!% %$ %

#!"

2 - ! " <0 % #!

!+!!(!!0CC"

72 !0 !# !0 !( !!0

CC+%"

#$ !0 + $ +

!" # !0 ( !!0 C/!0C

+%!#$!0"

82 ##<B&#!%

1 $#$!62"

" # !# C>!C$$( !!0

C-C+%"

*" +-0%&# /

#!!+!! <B"<0%

#!!+!!!!0 C-C+%"

4" !0 C-C+% +- <B&

!)% "

%$! #"

>$*;;;(# #$!$ #

+!1 !2(

!!0CIC>$*;;;"

6" #$!"!0 CIC+%(

<!$"! %+

#%<B!!0 C-C

+%"

/%! %+

<BE"# ( &

$+!!"

" 5+ !!0 C-C+%"

!C C# +%"#C C(

0 &! %

C C" !0% &!(

! &!%C C"

# %$ <B +%#%(! CIC" #

(!CC"

7" > C% ! !

#C+-(!!0 CIC+%"

#!&"

8" > C <B&!"C+-

(!!0 CC+%"

0!%<$"

92 /# 0!%<1 $

#$!62"

" #!# C>!0!

%<C$$(!!0 C-C+%"

*" 3 C#C$$( !!0

C-C+%"

4" > C !C$$(!!0

C-C+%"

6" > C! BC $$( !!0

C-C+%"

%$! #"

# +-0C +%0

!%<($ ! % J>!

"C($ )%!% 0

!%<"

" !0 CB C+%$ #%#

!# "

:2 !0 CC +%$ # %#

!# "

> C$!! <B#!!+ "C

+-C#>$"""C+-(!!0

CC+%"

, # (%!%+

" !(!!0 CIC+%%!

%"

;2 ! #!!+"1:2

I% &! # #$"

Windows 95/NT 4.0 Windows 98/Me/2000

:

$" 1$$<

%!%+ /#!!!"

#! !+ # !! % % !%

!%$ %"

%'

, #% % %!(%+!!

%!%$ /#!!+" !#%!!

+%# %!!$ !+"

, /&+$ F!+!% $

)%$ / >$:9(>$<(>

$*;;;#(>$=#>$=

A5"

, !! #!!++# <B&"

#!!+ %+!!% #

<B&"

$" 31$$<

2 + /#!!+"

*2 !+ / #! !! !

# %"

42 # !+ #!!!#%

!%( / %+!!%!%"

$" 1$$<

2 +555*96 #!!+"

*2 5% %!%%%##"

42 !+ #!!!!

# %(#$ !"

62 # !+ #!!!#%

!%"

1$

% +! #!" %

#!!+"

$

47 3/56*474 # !! )%& !

!

<

+! #!B + %( %

#!!+$ ! 555*96!"

$1"

%+ #$+"

"

"

/ : 1/352

* *; 1352

4 * * 1*352

6 4 ** 14352

6 *4 16352

7 *6 1352

8 7 * 17352

9 8 *7 18352

: 9 *8 19352

; *9 1 352

/I *: 1/I352

* 5152 4; 15352

4 4 3<

6 B 4* B

12 44 12

7 1;G2 46 12

8 B 4 KG

9 KG 47

118

36 19

;

# 31$

$

6/3*46**;;

/!!

<

$!+

1*17#2<-"' )%&2

$1"

%+ #$+"

' 4)"

4)"$

> & %(#$ !%+$"

' > & %(+%& !

&!"

2 % $$! ##& $!# %

"

*2 !& # !&( " 3&

! ! # !& !&(

"

! !& #!&(&

!(C5333535 5<5C"

42 3 # % %%

"

62 % !# %$% !0 !

!0 % % !0$ ! +

## "

2 % +!0 %"

72 !0 ! !0$! "

' > %( ! !0$! %+

!0& "

82 %+ %% -(

! !0 $ ! $ &

% # %" C353A5B3

C"

92 !0 % !"CA55<

5535C"

"

KG

*

4 K

6

12

3 4

!

(20 microns thick)

Aluminum drum

Pigment layer (0.2to 0.3 microns thick)

An OPC drum is used for the photoconductor.(Structure of the OPC drum layers)

OPC layer

Main charger

Laser beam

MG roller

Cleaning blade

Drum

Transfer unit

Resist roller

ExposureMain high voltage unit

Saw tooth Charge

Drum

CleaningCleaning blade

Waste toner box

Paper release Fusing Separation

Heat roller

Heater lamp

Transfer

Transfer charger

Transfer highvoltage unit

Developing

Toner

Developer

Print process

Paper transport route

Semiconductor laser

Manual feed

PS roller

Focus correction lens

Electrode

Synchronizationwith drum

Cassettepaper feed

To facedown tray

" #

!"

#$"!!

!!%

!"%!&

!%'

!!!&

%!

(

()

* +!

,(-"

+!"%

&

.( !

"% !

/(

!"

%'%

(

! "$ %'

%

$ %

&'()

0!" " !%'

%%'!

"'

&"'*+,!

0 + % !

%' &

!' !

' ! ) %' %

%1

"0!

!

AboutDC5.5KV

( 580V/ 400V)

OPC layerPigmentlayerAluminumdrum

OPC layerPigmentlayerAluminumlayer

Drum surface chargeafter the exposure

Non-image area Image area

Semiconductor laser

Exposure(semiconductor laser)

,

&$'(-(+!

0 % 23 &

%"$"

!&

4! !&"

$&)&"

)$0$"%

!

"&%!"

%

&.'/#

"% ! !

%''" ! !

%5!

&0'

"'%'!$

%'

&'

"%'

% 6 &

%'&

S

N

N

:Carrier (Magnetized particle):Toner (Charge negative by friction)(N) (S) Permanent magnet

(provided in three locations)

MG roller

DC400V 8V

About DC 5.2kV

.

&1')!

7! $

'$"!

!!)%

8 $ "

'"1&"

'

)+ ))

!!!

$6!!

!

#

0 %& &

0 % "

0 %' & !

$!

!& 8

$!&

%%"

" "% %'

"""% "

!$!"%%!

$6!"%

&$

%!!!

"$%'9

!

#

: %$ &

5'$!%&&"

"

7&"$

% .;;: '%

&%'!!.;;:

-" % .;;: &

&!+8<63<

, "%.;;:

<63<$&%

"=5

"%%

" % & % ! & ' & "

6 "$ '%

5%!

& " $ !

" % ! "

'%&

#

4'$ " % " !

%!!

%!' "%%

%! !%

!$&5!

Semiconductor laser

0START STOP

Print potential

Toner attractpotential

2)

3)

1) Low

4) High Drum potential

Developing bias

Time

! !"

! !"#

!$ #

" !%

# $$%$$$

& ' ( "

)$* +"

&" !"

,# - ( '

!)!"

! ) $ ) $ )

! "

' "(!! " !)

.# )! / ! $

* +"

&" !

0# ))!!)

/ +1#

"

!! "(' " *&# !)

2# +) )!"

1!/!"#

3# ) ! $! )

/ )"

"

# )!) )!

)' )! /

/ )!1)!#"

4# *& )!

$5&)!!"

6# )!')!

$!"

!7$"

#

) ! 89

* ++") /2#

"

! #

! * + 89

!% $ $

&"

Operationsection

Scanner section

CCD

MCU (Main control/image process section) Printer/Scanner I/F USB or Parallel

PC

Note: The scanner function is effectiveonly by USB connection.

Laser beamPaper exit

Fusing section

Paper transport section

Manual paperfeed section

Cassette paperfeed section

Printer section

LSU (Laser unit)Laser diode, Polygon mirror lens

Process section

,

+ ! !

!

!)!"

) /"

)! ) & ! /!

) 1 #" / ) !

! $)/!"

! $ &

&&)!"

!)!)

) " ! ) ) 2

) $"".)!

))!!/!. "

!/! /& .

! :;" )!

/ )!" 1-

!#

3<<"

- $!' $ ! ) &

"

)! & $

/)"

1))#

1) #

1#

) $ &

/$)))'$!'

$'!' 0.' 6<'"

) / )/)

0.!!'$!' 6<'

$/"

MBVM26W25W260NLH/G

0.00E+00

1.00E-01

2.00E-01

3.00E-01

4.00E-01

5.00E-01

6.00E-01

0 200 400 600 800Wave length (nm)

Inte

nsity

of U

V

Lamp : MBVM26W25W260NLH/GLamp current : 5mATemp. : 25 degree

! , .

0 * 2 *, 3 *.

-; 4 ) 6

< !

1

98

10 8

9

7

35 4

2

6

) , $! . $

0 ;0. 2 ;6< 3

4 !

7

3 4 6 2 8 5

1

3

.

,

)!)* +1)!#

+1#'&/ )"

! !

+&!!$)"

) !')!

) ) $$!)θ'" )!)'$

'$!)'θ')))! ))!")!-;

/& 1&#)

&";-;&=))

&!"

*= ! ))

"

*& '

&

/!&> ,3))1)7"#

> 3<<

;))> 2))!'4<)

!

)!&> <"?<"<)-1&/!<62)#

$!)> ;),<"4)

")> 3

- . !

/ % !

/ *!0 %"& ! !#

) 9

) : )"

, ) /! )"

. $!)'

$!)

))"

0 ;1*''-;# )!!"

2 θ /! )

)"

*=!

))"

1! &"#

1 2 3

4 5

a ≠ b ≠ ca b c

d = e = fd e f

fθ LENS

Separator pawl

PPD2

Thermostat

Thermistor

Heat roller

Paper guide

Pressure roller

0

)1

# 2

& !)

"

+# 1

&"

&&/

) $&"

,# '& !

# )' )')-;' &$-;'

& & $

)"

/! )$!)'

) =)$"

,# ) 2

,<<@ " )! &/)

<<@ "

.# = ) /& &!

) ' ABA $ )$

&&"

"-) /,0<@ "

"-) &<<@ !

$$"

" )

")

"- ) 2@ &.<

$!&"

-# . "

. "

) /& ! !

)/$"

/'&!$

) &

!')$!/

$'!! "

3 % ! %

!

' % "

)&&$C$)

"$/$'$,2<

"

!$)&$)/$)

"

!$)

!/ &"

# %

# ! & & = '

/'

& ! ( !! $

)"

&D

/"

Heat rollerThermistor

Thermostat

Heater lamp

Separator pawl

Triac (in thepower supply unit)

Heated by the heater lamp. (800W)

The surface temperatureof the upper heat roller issensed by the thermistor.

Level of the thermistor iscontrolled by the main PWB.

With the signal from themain PWB, the triac iscontrolled on and off.(power supply PWB)

Safety device(thermostat)

4 )

, $) 6

. +1# < =

0 7 *$

2 *! , *

3 B .

0

1

54 3

7

6

89

11121314

10

2

2

,# - ( ' ) /)

!//!"

=/!/)"'&/'

&D

/'/!)=

'&"

.# <" )&)) !'

$19#))"

!! ) D

/')!=/!

'!="

0# ) = '

! & /'

!="

2# )' $

& 1#' $ " <"2 )

$' $ 19#

/ D )

&="=

<"2 !

/$ ' /! !

=&!"

3# ' $

$!!!

)/')!

/ ! "

$"

# !' !

! " )!

'&) )

$)/"

4# ))!!

!' 1! #' 1

#$$"

+# 4 & %

# ; ' )

1*9#99&! &"

OFF

PFS

OFF

RRS

OFF

PFS

OFF

RRS

ON

PFS

OFF

RRS

OFF

PFS

ON

RRS

3

,# - ' )

1*9# !! )

"

))/'!)

)="))'

) ) =

!"

.# -& )/!!

&)')

) = " )' )

!"

0# !

$")$

&$5& ! )!

)"

9) ' )

)$"124"#

2# !

"

,# % !!! & %

5' ' 1 % 6

1' ' 1 %

* $

OFMPFS

F

C A

ON

MPFS

A

C

D) &0!

"

,D) ,))$!

"

,&",

!"

D) &,"6!

"

&"2,"

!,"

ON

MPFS

A

C

OF

MPFS

F

A

C

!

"#!$

% &#'!#!

(% )!!

*% )!!

+% ,#!

-% .!!!

/% !

0% 1 !

% 2"!

3% (!!!4)!5

!

!$

% 1'!!!# !%

(% 6""!!!'!%

*% 2!!!#%

5 1'!'%4+75

(5 1'! 8#!!!!%

4!5 ! 8#!""'%

*5 97!#! ! #%

: !#;8! !+5

!%

: !#;8!! !5%

+5 1'!#%

49#!#!"!!%5

" # $%& $ # !' # "

"%

# #

# !'# !% $ "

# $' () *+

# ) ,() *+- (./ #

!'# ," ## # #

!'#& ( # ) ' $ #%#/

0 1 # " !'& $

"" !' # ' " 2 $"

# , #%

" "" !'/

% 2!1 %

( #!

* 9#"

(2)

(3)

LO CK

(

-5 1'!#%

!$ !#""'%

/5 9 ! # ! ! "! ! ! '

"!!!"!'%

05 1'! !8!!%

!$ !!!!%

5 !!!#%

!!!! !#!!!

8!"!"%

!!!#"!%

<!!#!#;!#!

"!!!%

35 !!! !%

!!!7!"!#!#! !#

%

!!!! !#%

!!!7!!#%

!!!7!!%

!!"!!7!%

=5 !!!#%

!!9!>! ! %

!!">! !9!!#'

! %

<!!#!9?; !!7

!!"!!#%

5 #!! 8#!%

!!! 8#!!!!%

!!! 45%42'!#!!#

7#5

!!!!!!!"!!"%

0 – 0.3 mm 0 – 0.3 mm

0 – 0.5 mm0 – 0.5 mm

0.2

– 0.

5 m

m

0.2

– 0.

5 m

m

Cleaning blade

Cleaning blade

Moquette R

Sub blade

Sub blade

Moquette F

Moquette RMoquette F

∗ ∗

∗: Check while pressing the blade.

Be careful not to allow the moquette to cover the sub blade.

Example of NG

Apply grease (Molykote X5-6020)

*

( $% !# ,1" /

5 2!'.!!!'%

(5 2!7"4(!5 !';'

!! #%

$% !#

,;'!%

( '

5 1'!# ! !%

1)

2)

2)

1)

1)Transfercharger

Lock pawl rear

Lock pawl front

1)

+

(5 ! !# ! ! ! !;' !

"!!! !""! #

"%

3 ( ' !

5 1'!9''!"%

(5 1'!#'!#"%

*5 !"#"'#!454(5%

!!!!; ! "#!%

: ! !#"!"!%-%1 !,#%

: #7!4#""#!5!

!# !>!!%

: !!!"!!#"%

0 4! !

$% !#

5 )!;)! !'%

(5 1'!"4+%5;!;!!

!%

1)

2)

3)4)

1mm

1.5mm

Fig.1

1)

1)

2)

3)

Charger wire

Protrusion

% 2!1 %

)!!

( )!2<

1)

2)

1)

1)

1)

1)

2)

3)

-

*5 1' ";'!!!%

+5 1' ";'!!2<%

( $% !#

,;'!

5 4!

$% !#

5 1' "; ' ! ! !

!'%

(5 1'! "; '!!!;

!!!%

*5 1'!#!!%

+5 1'! !!%

-5 1'!";'!'%

/5 1'!!#%

05 '!#!!!!! #%

5 !"" 8#!!!%

35 ' ! !! !"! ! ! !

;'!!%

)% 2!1 %

9!

( 9

* !

1)

1)

1)1)

2)

3)

3)

3)

4)

Note that there are 10 pawls

3)3)

4)

5)

2)

1)

1)

1)

1)

1)

1)

2)

4)

5)

6)

7)

8)

1)

1)

3)

1)

2) 4)

3)

/

=5 1'!";'!!%

5 1'!%

(5 !! !#;'!!!

!;'!#%

( $% !#

((

5 2!!#!99 96%

(5 !!99 96!!992<! !

#!%

*5 '!""!#!99 96

!992<!"! #"; 8

!"! ! ! 43";+= #5%, !!!

! ; ! ! # "% 9 '

!!!!!%

+5 !! !99 96 ! !8 ! !7

!#!%

-5 !!!2<!!! ! #"%

/5 2 ! !# !,,9 !2<; 8 !

%

1)2)

3)

1)

2)

4)

3)

Marking lineNote: Attach the FFCto fit with the marking line.

Note: Attach the FFC to the baseplate securely with duplex tape toprevent against coming loose.

0

6 3

$% !#

5 1'!!4*%5 !!%

(5 )!';'!"";'! #

!%

*5 9! ! # ; ' ! "; ' ! !

!%

+5 1'!"'!6 !#%

* # $%

-5 1'! !"; '! #' " !

#!;!!!%

/5 1'!"'!22(%

% 2!1 %

!

( 22(

* &!

+ 2

- &!

1)

2)3)

2)

1)

2)

3)Thermistor

1)

2)

1)

5)

5)

6)

6)

4)3)2)

1)

2)PPD2 sensor

05 1'!!#!#!'!!%

5 1'!#'!!"4*%5%

35 1'! #'!'#!%

=5 1'!'!#!! !%

5 1'!;!#;!#%

!$ #!!! "!!74@5%

# $%

,(# " !# ,6//

-5 1'";'! #';!!

!%

1)

2)

Heater lamp

3)

1)

2)

2)

1)

3)

1)

1)

1)

2)

2)

1)

3)

3)

Pressure roller

1)

2)

2)

3)

3)

3

/5 1'!9 # ! ##;' !!

%

05 1'!! !!%

!$ #!!! "!@%

5 1'!""'!!!%

( $% !#

,;'!%

7 1% !! "#8!

$% !#

5 1'!"";'!##1%

(5 !!! !!%

*5 1'8";'!!%

+5 1'! !%

-5 1'!!";'!96

2<%

1)2) 3) Heat roller

1)2

3)

1)

2)

3)

% 2!1 %

222<

( 6!

* !! !

+ 2

1)

1)

2)

3)

4)4)

4)4)

5)

4)

4)

4)

1)

1)1)

1)1)

1)

2)

2)

2)

3)

=

/5 1'!2<!'!!!

!!422(5%

05 1'!""'!!!%

5 1'!"#!!! !%

35 1'!!!'!8!

%

2)

1)

3)

1)

2)

1)

2)

4)

2)

1)3)

=5 2!!8!7'!!%

5 1!!457'!!#%

(5 1'!8!%

*5 1'!#%

1)

2)

2)3)

1)

(

+5 1' '"'!'!!!%

-5 1' ! ! " "; ' !

! %

/5 1'8"'!6!%

1)

3)

2)

1)

CAUTION:Attach the gears securely

3)

3)

1)

1)

2)

2)

4)

4)

1)

1)

2)

*

" $ )

< !# ! 6; ! ! 6 7" 8 "!

" !'!!!7 !

!%

)'! "#A 8#"%

05 1'";'!8!!%

5 1'!""'! #!%

35 1' ' " !!; ! ! !!

!!'%

(=5 1'!"! #;'!2

!!!2!%

(5 1'!"'!9 !#%

13

52 4

6

2)

1)

3)

2)

2)

3)

4)

1)

1)

2)

+

((5 1'! #'!#! !2

!%

(*5 1'!"!!;'!22

2<%

(+5 1'!" #'! %

(-5 1'! #'!!!%

5)

4)

4)

1)

2)

3)

PS roller unit

PS semi-circulerearth plate

5)

4)

4)

1)

2)

3)

PS roller unit

PS semi-circularearth plate

1)

2)

4)

5)

1)

2)

3)

4)

Back

Front

Clutch unit

Paper feedroller

-

( $% !#

,;'!%

9 !! "#

$% !#

5 1'!"'!!'%

(5 1'!"'!!!!%

% 2!1 %

!!

( 9!!!!"!

* 222<

+ !!!

2)

1)

1)

2)

Back Wire treatment

/

*5 1' ! " ' ! !

%

+5 1'!""'!! 7!!

!! %

-5 1' ! # ' !

3%

/5 1'!7 %

1)

2)

1)

2)

2)

1) 1)

2)

1) 1)

1)

3)

L O C K

TO

K

2)

1)

0

05 9!!#'!! %

( $% !#

,;'!%

* ! #

5 !! !! !! ! ! !

'"!! %

: ; "

$% !#

5 1' "; ' ! ! !

!'%

(5 !!!%

*5 1'!"";'!!%

1)

2)3)Multi paper feedsolenoid

Pressure plateholder

Seal M1-N

Attachmentreference

Attachmentreference

% 2!1 %

!

( !

* 8! !

2)

1)

1)

1)

1)

1)

2)

3)

+5 1'!"";'!!%

-5 1'!""!;'!8!

!%

( $% !#

,;'!%

*'

$% !#

" *+

5 !!!!!"!%

(5 1'!";'! !2<!%

*' *+

5 !!%

(5 1'!";'!!%

*5 1'!"";'!"2<!%

( $% !#

,;'!%

1)

2)

3)

1)

2)

3)

% 2!1 %

!2<

( 2"2<

1)

1)

2)

3)

1) 1)1)

1)

2)

3)

4)

4)5)

1)

3

. 0# ,4!/

*! "#

5 1'!"%

(5 1'!'%

@ <!#;##!"!!!%

5 )!#!!%

(5 1'!"%

*5 1'! 96%

+5 <!!#"!(!;'!

!!"%

@ <!#;!!"9!

!"! !%!!

#"%

@ !!(# %

*!

5 1'!"%

(5 1'!%

*5 1'!%

% 2!1 %

2

9!!!!"!

9 2

!

2 !

, (

2)

1)

1)

1)

1)

12A

1

2

4

B

A

3

2

D

D

C

2

3

1

(=

( # '

5 1'!"%

(5 1'!!!!!"!%

*5 1'!%

( *! "# #

5 1'!"%

(5 1'!!%

*5 1'! %

1!

5 1'!" #%

(5 1'!!!%

@ !!!!!##!!!!'#

%

*! "#

5 1'! #%

(5 1'! !%

*5 1'!!%

@ <!#; !!! %

3 0# !! "#

5 1'! #!!%

(5 1'!( %

@ <!#;#!(!!(!

# % ! ! !! ! ! # 9

!!!#%

1

2

3

1

2

3

4

2

1

3AB

A

1

2

3

B

1

2

1

CD

A

!"#

! "#$% !

$ % #

&'(

))))!

*+),

)

&'( ))!

) * ) ,

! &# ) "

-.) !(

&(!

$&% ! !"#

'((!"# )# !

( /0/1)!

2( /0340/1)!

5( /626)!

$( /))!

*

7 +.&8(

7 )

!"# !#

#!"#

# )" #$% &

), ).) &99 ,

.)((!

" )

&4:#19:3! ; (++)

)+,&<()49!

# " + 03# +

".+)

+ )")) .)

).)!

) "

+ ," ), ).) +)) )

=)&5( 2!

= ")

,,!

#!"#

( ).)) )!& ))

!(

2( >>?!

5( ,$% '26= 6!

$( ))!

;( 9))!

@( 9, +

!# +"))+

!

<( = # $% )

!

) "),!

# & >>A !>?("

)) ))+!

%( )+),!

( + .)

+ B ,"

940C!

>( 9.) )

+!

/ .) "

>! ?!

$+% #*!

'((!"# )# !

( /.)

)!

2( /0/1)!

5( /0340/1)!

$( /626)!

D)

),).)

=)4

)

)=)4

0=)4

E

")"0)

4

S7 S1

Back of the chart

F9

G >>&?(4)

100 110 120 130 150140mm1/2mm

JAPAN

HARDENEDSTAINLESS

Shizuoka

100 110 120 130 150140mm1/2mm

JAPAN

HARDENEDSTAINLESS

Shizuoka

110

10 20

10 20

(When a 100mm scale is used as the original.)

Paper feeddirection

Reference Comparison point

Original (Scale)

Copy

2

*

7 )

!"# !#

( ))+)+!&)

) !(

2( >>?!

5( ,$% '26= 6!

$( ))!

;( 9))

))+!

@( 9, ) +

!& >>A !>?(!

# + " ))+

!

<( = # $% )

!

) " ) ,!

&0=)4(

%( + .)

+ B ,"

940C!

3 (%())

>>?+!

/ .) "

>! ?!

, -!"#

))+., "+

) ) =

!E "#;>> ";> >";> %#

;> !

) +#;>> "

),!

)+ ))

+))+!

* ))),))

!

) +#;> >"

),!

)+ ))

+))+!

('((## !#

('((# !#

F9

G >>&?(4)

100 110 120 130 150140mm1/2mm

JAPAN

HARDDENCDSTAINLESS

Shizuoka

100 110 120 130 150140mm1/2mm

JAPAN

HARDDENCDSTAINLESS

Shizuoka

110

10 20

10 20

Original (Scale)

Paper feeddirection

Reference Comparison point Copy

! )

0 ;>>

2 #). ;>>

5 # ;>>

$ #. ;>>

; E ;>>

@ 9 ;> >

D4

0&

(

")

0&2

(

"2)

0&)( "))

#).B G)

# 0:44)

#.B "G"0:44)

E "G)

D4

0&

(

")

0&)( "))

49' "G)

D4

0&

(

")

0&)( "))

49' "G)

5

$ % .!!!"#

( ))+

)+".+1$% '26= $6!

2( =#;>>

5( & )4(&(" ).

&G)4(&1("&0:44

)4(&9(>",) >>?!

$( )&3()!

9F >G3&(!&=)*.)95>!(

/ .) 9 >" )

!&)*;>(

;( &:(+)

!

F >G:&(!&=)*.);>!(

/.) >" )

) !&)*;>(

@( ).1F;>&2!;(!

/ .) 1 >" .

!E2;)"+.".

-!&)*;>(

$&% - !/!#!"#

( )$ 6=% '26-

+)+".+1$% '26= $6

!

2( =#;>> ) .

!

.))B)!

5( ,.!

$( #.)"

.) !

).);>!

* .,+

)"'

+"!

),.!

$+% !"#

( )

))+,

!

7 !

+ ) $ % '26= 6

!

2( = # ;> > ) &

( !

.))B)!

5mm

10mm

(Example)Distance between paper leadedge and image: H = 5mm

Image loss:R = 3mm

B4 or 8 1/2″ × 14″ paper

A4 size rear edge

Scale image

Paper rear edge

Void amount (Standard value: 2 3mm)

Document guide

Center

Copy paper(A4 or 8 1/2″ × 11″)

$

5( , , ) )

!

.)>A2!

$( #.)"

.) !

/.) "

>! +!

7 E ) " )

)!

7 ))

99+)&E'3(,

" ))!

0#!"#

0)),.E)49

)"=)+49."

E

E).99

).)E).49)!

);>! >H! * F

>! 2<

# )" .)

)!#)" ))!#

)"IHHJ)!

* Use a black chart (TEST CHART BLK) or prepare a chart as shownbelow.Chart size: 300 x 100, prepared with cutting sheet No. 791 (Black) oran equivalent one.

& !!"#

!!"#

))+*

7 /!

7 /.)'.) !

7 /))!

7 /))!

7 /))!

7 /409)!

7 /)0/1)!

7 /034)0/1)!

7 /)&2(!

, !!"#

( =

7 9))!

7 9))+!

7 9, .) .)

.).)!

!!"#

7 4:#19:3! ;

7 1$& $6=% '26(+

7 )65!6

0# !!"#

E ".

D#!

.(!"#!

Reason: To prevent erroneous detection by disturbing light of a fluo-rescent lamp, etc.

(Copy A)

(Copy B)

2.0mm or less

2.0mm or less

Copy image

Copy paperfolding line

Copy image

Copy paperfolding line

Shift

Shift

(Paper feed direction)

-),&9:31DK(2<=$2>!.

!

1 )

) 1;! )

!

0 1;! )

!

)'

1;! )

!

' 1 )

;

!!"# !#

#$@> !

E)"),!

$ % (

( 0))+$&D(

))!

$&% 1 (!"#(!

( =#$@ !

2( ) +=),!

=).)5)) !&=

!(

5( ,!

9, ).) &+ . )(

=&L)(!

&/(* .))B

)!

&/,(* # .))B

)!

M .) !

+ 2(/!"#

( $3 !*%

*

7 ))+ ) >Ω

!

7 D4/" :#L:!

.B!

1 !#

( ))9<>>N!

2( . 9 5

&L3#( .) + 0/1

.&+(!

5( =#%5!&)5>

.)D4/!(

$(

;( =#%2!&)5>

.):#L:!(

@( ).)&N3L (.);%>

A 2N!

, 4*(5

1 !#

( ))9;>>N!

2( .9 > &N

1#( . &+

(!

5( = # 2; .) 5>"

,H$>>A%N!

=

))

L

).)

)4 656))

!

) ))4 656))

!

0 0)4 656))

!

)' ))'0)

4

6$6))

!

' )'0)4 6$6))

!

Test chart

(1) Mode select key/display lamp

(2) Exposure level select key/display lamp

(1) (2)

* 7 ))+) LΩ

,!

7 .)),"

!

VRG1VRG2

VRDV

!""#

!"#$%&!!'(

!→%!→!→%!

! !"#!$%)

*!'&+ !"

1

YES

NO

NO

YES

YES

YES

1

NO

NO

YES

Is there a sub code ?

Press the COPY key.

Press the COPY key.

The COPY QUANTITYdisplay blinks to indicate"00" and the machine enters the readystate for sub code input.

Enter the sub code withthe COPY QUANTITY key.

10th digit:

1st digit:

Press the COPY key.The current set adjustmentvalue and the countervalue are displayed on theCOPY QUANTITY displayed Sensor check,etc. are displayed by the

alarm lamps, etc.

To change the current setvalues, enter with the COPYQUANTITY key.

10th digit:

1st digit:

Count up of values: COPY QUANTITY key

Count down of values: Zoom key + COPY QUANTITY key

The entered valueis displayed on theCOPY QUANTITYdisplay.

Press the COPY key.

The entered value is registered.

Is it the

Perform the operationaccording to thesimulation number.

performed ?

Press the clear key.

All displays on theoperation panel go off, and the machine enters the ready state forentering the main code.


End

Is themain code the same ?

Is the sub codedisplayed ?


The COPY QUANTITYdisplay blinks to indicatethe previously set subenters the ready 7 state forsub code input. code, and the machine


Enter the new main code.

The main code isdisplayed on theCOPY QUANTITYdisplay.

Start


Press the exposuremode selector key.

All displays on theoperation panel go off,and the machine enters he ready state for entering he main code.

Count up of values: COPY QUANTITY keyCount down of values: Zoom key + COPY QUANTITY key

The main code isdisplayed on theCOPY QUANTITYdisplay.

simulation foroperation check?

Is anothersimulation to be

Enter the main code withthe COPY QUANTITY key.

10th digit:

1st digit:

Count up of values: COPY QUANTITY keyCount down of values: Zoom key + COPY QUANTITY key


Press the exposuremode selector key.

Within 1sec

Within 1sec

Within 1sec

,

$ "% !"

)

-"&

"

.

"#

#!% #

/ ++&+

, *"" !

!"#

, * "#!%

0

1 2#&"!"

3 #

$

##!"#!%$

, * +!#!+&#

$

0 #%!#

/

"" !!"

#

2#&"!"

, !"

4 ++ 5 #"#!%"++'6

/ ++

7 8+!+

# $

!#+.

, +9:"+;

0 :"!+9';

/ &+

++

1 .! !& .!,

/ , .!

!&, .!

, !

, %! #

,,

"#!%

"#!%

, #! "#!%

1 <! "#!%

3 ! "#!%

/ !# "#!%

7 * "#!%

1 2"#!%

4 #% "#!%

7 2 "#!%

= " "#!%

, "#!%

,, *< "#!%

,1 #!

!

<! !

1 * !

/ !# !

7 #% !

= 2 !

0 !

1 *<! !

3 " !

,3

#$9!+

&$;

2!%+

,/ > # !&" #

, * #

0 " #

/ #

4 "$

, "+" #

0 $ ##!?**

04 !#!&

!

0= %#%$

1 2!%+** #

9@ "& +**&

#!&#+;

1, &+! #

10 "" #

11 *" "+" #

/, +%"#%!# #

/0 *!! #

/1 8! #" +

"

0

#

$

9""

#;

2# "#!%

10 * +

#

#

* +# #9!

#%;

1 * +# #,

= #&& +!&#"

A##

1/ B#

"6

#%"%"6 90"#;

, #%"%"6 9/"#;

7 +"6 90"#;

= γ.! ##" #

, *B#

,= +"6 9/"#;

0 +#"6

0, #!#" #

17 +&

".!$!!

"6

*?9+;"

"9 .+;"

+&"6 "

.!$!!"6

1= *!#+'+"

91= "#"

!&!");

3 ""+

"6

""++#

&&"6

3 +

"6

, @ %"6

30 7 *#

"6

/ %

#

0 2!%+$

98C # $;

/0 "+ "+$

/1 !&# !&#

)

-"&

"

.

"#

0

& ""% !"

# "(!$%→B# !$%→!$%→B# !$%

"

.

"

#

9#?2" ;

) 5 !B "#"")

,) 5$%#"+B "#"#"+ !%#%+&)

#%+&..!%'+&!$%?A$%)

/ ++&+

52'#".#&& !!#"&+&)&0

#&& !!+)#" #" !!$%#")952'#"

"%!#$#**);

&#"#!%"'#" "+!#)9!#'

#);

+++#%!#$#)

, , * "#!%

?**&*.$"'&!!'+!#)

0

9#?2" ;

5$%#"*&#"#"+ !%+&)

1 2#&"!"

9#?2" ;

5$%#"*##&"!"#93;"**93;,)

3 ##!"#!%$

D 52'#"!!9! "+4+;##!!+")9$";

D 5#$%#"##!!+""" !!%&#!&.+@ )

&#!&!!"" !!++!!!+" ! !%)94+!+"+

);

"" !!++&@ % (0 **(,

D 5$%#" !")

D 52'#"$"-%# $")

E-%# $"F

5-%# $"! "#!%"EGGG)F%%$%#

#!#""! """""#!%"! "#!%)8'$%'#"

"+)

D 52'#""! """""#!%"&0"!!!+")9!++

$";

9&-%# $";

D 22'")9&#"""!&#"! #"#!%"&

0"!++$")9!+");;

D !#!$%# +")

, * +!#!+&#$

52'#"& +!###&3"3**3) +

!+&)

0 #%!#

9#?2" ;

5$%#"#%!#!+"&3)

/ 2#&"!"

9#?2" ;

5$%#"##&"!"!".%%!$%#93;"**93;,

)

, !"

9#?2" ;

5$%#"!"9;#93;"**93;,)

#!%!#

# !##!!#

#!%

"+#!!# "92;

<!# *" #"922;

!##!!# *#?!"9;

*6!# *#?!"95;

2#A"

1

4 5 #"#!%"++'6

9#?2" ;

) 5 !B "'+ #")

,) 5 # """#!%"%"#%@ %"#!%)

0) &#!&' # ##"""%!#!+")

1) 2!$%!' #"#!%#%@ %"#$%"'!!#%

@ %#"!%)

!!".% +&&#'B +% !'#&"')

/ ++

9#?2" ;

) 5 !B "'+ #")

,) &#!&' #"%!#!+")

0) #%@ %"#$%"'!!#%@ %#"!%)

1) &0&!&#!&#%+@ %'!! #%+)

3) .#1#")

!!".% +&&#'B +% !'#&"')

7 !#+.

9#?2" ;

5$%#""!#+. # "&0)

, +9:"+;

9#?2" ;

5$%#"+ # ##!"&0+"!+8:8")

0 :"!+9';

9#?2" ;

5$%#"+ # ##!"&0+"!+5")

/ &+

9#?2" ;

5$%#"&+ # ##!"&0)

++

9#?2" ;

5$%#" # ##!"&0)

1 !& .!,

9#?2" ;

&!+ .! !! !!%!")

/ !&, .!

9#?2" ;

) 5$%#"2! $ '" .!!")

,) &!+ .! !! !!%!")

, !

52'#" !""! EF"#!%")

, %! #

!%"9"& !;&%!"#!%""'!%"")

"

.

"

" #

0

/

, =

0 0

1 ,3 H& !

3 *9======;

3

,, "#!%

"#!%"! ! "#!%)

, #! "#!%

@ %#"+"',",,"#!%")

"#!%"! ! "#!%)

1 <! "#!%

"#!%"! ! "#!%)

3 ! "#!%

! ! "#!%"0"+I,#"!%)

J#!%B#!(,013K

/ !# "#!%

"#!%"! ! "#!%)

7 * "#!%

"#!%"! ! "#!%)

1 2"#!%

"" ."&2"#!%"! "#!%,"+!!%)

"#!%"! ! "#!%)

4 #% "#!%

"#!%"! ! "#!%)

7 2 "#!%

"#!%"! ! "#!%)

= " "#!%

"#!%"! ! "#!%)

, "#!%

"#!%"! ! "#!%)

,, *< "#!%

"#!%"! ! "#!%)

,1 <! !

52'#"<! ! )

1 * !

52'#"* ! )

/ !# !

52'#""!# ! )

7 #% !

52'#"#% ! )

= 2 !

52'#"# ! )

0 !

52'#" ! )

1 *<! !

52'#"*<! ! )

3 " !

52'#"" )

,3 #$9!+&$;

52'#"9'!!" #!B" #!B"!;#"&0)&

"!#+ !!""!#+.+"+" # "+""

#)!"+@ "'##+#!%+"

)&"!#+ !!".+!+ # ""!%")

( B !.%&.!% +"?**')

2!%+

9#?2" ;

5$%#"#!%+#"&0)

"

.

"

, → !$ → 013 → !$ → ,

)4 )0 )4 ) )4

/

,/ !&" #

9#?2" ;

) 5 !B " !%.%#" ."#!%")

,) " .#"+.%#"#$%"+'!!.+")

, * #

5 !B " #&*" ."#!%")" .#"+

*"#2'.! #)

0 " #

9#?2" ;

) 5 !B " !%" .&""#!%")

,) " ."#$%)++")

/ #

5 !B " #&"" ."#!%")" .#"+

""#2'.! #)

4 "$

5 !B " #"#!%")

"

.

"

" . %#

+!.%#

!.%#

" . *

*!!"

*!!"

" . "

5 "

5"

" .

I<2

, <2

0 9I<2 L## ##;

2 #%@ %"#!%

#

,# ,

0# 0

1# 1

3# 3

4

,/ , "+" #

5 !B " #&"+"" ."#!%")" .

#"+"+""#2'.! #)

0 $ ##!?**

5 !B " #&$ ##" ."#!%")" .

#"+$ ## #"#2'.! #)

04 !#!&!

5 !B " !%" ."#!%")""" ."#2

'"' #.!")

0= %#%$

5 !B " %#%"#!%")

1 2!%+** #9@ "& +**&#!&#+;

5 !B " #&" ."#!%")" ."#2

'.! #)

1, &+! #

9#?2" ;

) 5 !B " !%" ."#!%")

,) " ."#$%"+'!!.+")9*% ."&&&&!!'+

"& ! !!%);

"

.

"

" . "+" #

"+"#""H& !

"+"#""

"& !& ##,>E)F

" . $ ## #

$ ##!**H& !9>;

$ ##!

" . #

!#!&

!#!&!

" . #

7 7.%

/ /.%

" . #

0H& !

, /

0 =

" . +

& !900;

G1

, G0

0 G,

1 G

3 & !900;

/ L

4 L,

7 L0

= L1

7

,/ 10 "" #

9#?2" ;

) 5 !B " !%" .&"" "#!%")

,) " ."#$%)++")

11 *" "+" #)

5 !B " !%" ."#!%")""" ."#

$%""#!%'!!.+")" "++*" 9!M;#%+")

" .+.!+&G7)

"& !! 1",&" "+ )

5! +".%+".%)

/, +%"#%!# #

"!&93M;?**&#%!##")

5 !B " #&" ."#!%")" ."#2

'.! #)

/0 *!! #

"!+&#")

5 !B " #&" ."#!%")" ."#2

'.! #)

/1 8! #" +"

5 !B " !%" .&! #"#!%")""" .&

! #"#2'"' #.!")

0 2# "#!%

"## +!###!)

"

.

"

" . +

)3

, )

0 )3

1 ,)H& !

3 ,)3

/ 0)

4 0)3

7 1)

= 1)3

3)

" . #

#%!#!&93M;H& !

#%!#**

" . #

#"&!

, ,#"&!H& !'+#"

" . 8! #

8! H& !9B#& #;

8!** H& !9* #!%;

#!%!#

&##922; !#"+#!!#

* +##922,; <!#

2#B92; 2" "+#!!#

,"##9220; ,"!#

'" "+92; N!#

+! !&"##9*; !#

=

10 * +# #9!#%;

9#?2" ;

) 5 !B " !%" ."#!%")

,) " ."#$%"+'!!.+")

1 * +# #,

9#?2" ;

) 5 !B " !%" ."#!%")

,) " ."#$%"+'!!.+")

= #&& +!&#"A##

"

.

"

" . # 9O;

43

7

, 73

0 =

1 =39H& !;

3 ,

" . # 9O;

33

/

, /3

0 49H& !;

1 43

3 7

"& !&<#"!E)F

" . #

!H& !

#

1/ #%"%"6 90"#;

"#%"%")

9#+#" ;

5 !B "' #""+##&"" #"#!%"'"+

9"& !(3;)

+ #! '#%@ %$%)22'"#%""+' #)

+ #! "$#%)!! #! .+#%)!%I2)0#%"

!)5"$!!B#)"B#)3#!."$)5.+!!B#)"

B#)3#!..+)2$% #"B& !")

#%"!$%!#%") #! &!"#%""#!%"#%@ %

"#!%)

9"6 +(G==;

, #%"%"6 9/"#;

"#%"%")

9#?2" ;

5 !B "#&' #""+" #! "#!%"'"+)

9& !(3;

#%@ %$%+ #! "#2'$#%'' #)

+ #! "$#%")!%I2)0#%")&"$"%I2)

"I2)3#!."$)&.+"%%!..+)

5$%#"" #! "" !")

%#%".!"'#%"!$%) #! &!"#%""#!%"#%

@ %"#!%)

9 #+(G==;

7 +"6 90"#;

"+")

9#+#" ;

5 !B "' #""+##&"" #! "#!%"'"+)

9& !(3;

+ #! '#%@ %$%)22'"#%""+' #)

+ #! +)!! #! !') +!%I2)0#%

" !!!I2)"I2)3!+")2$% #"B

& !")

#%"!$%!#%") #! &!"#%""#!%"#%@ %

"#!%)

9"6 +(G==;

"

.

"

#%" #!%!#

"90"#; "!#

I"90"#; I"!#

28" 28"!#

"9I;90"#; I"!#P28"!#

"9;90"#; "!#P28"!#

#%" #!%!#

"9/"#; "!#

I"9/"#; I"!#

28" 28"!#

"9I;9/"#; I"!#P28"!#

"9;9/"#; "!#P28"!#

#%" #!%!#

"90"#; "!#

I"90"#; I"!#

28" 28"!#

"9I;90"#; I"!#P28"!#

"9;90"#; "!#P28"!#

1/ = γ.! ##" #5 !B " #&+.!" ."#!%")9& !(3-!&Q7-

!&Q,;" .#"+""+.!"#2'#%"!$%

.! #)

5#%"!$%#"" + #&+.!"'"# #""

#&#"" ."#!%")9& !(;" .#"+%

""#""#2'#%"!$%' #)95#%"!

$%#"" "+.! #");

, *B#

""6 B# @ %*".%"6 +"&&!&>&!+&")

9#+#" ;

5 !B " #"#!%")"6 ! '$%"#2$%

.! #"$#%)

5$%#""! "" !"")

∗ +! "$B# )

!!! .+B# )

,= +"6 9/"#;

"")

9#?2" ;

5 !B "#&' #""+" #! "#!%"'"+)

9& !(3;

#%@ %$%+ #! "#2'$#%'' #)

+ #! +")!%I2)0#%"'I2)"

I2)3!+""+!%)

5$%#"" #! "" !")

%#%".!"'#%"!$%) #! &!"#%""#!%"#%

@ %"#!%)

9 #+(G==;

"

.

"

" . γ.! +@ !%#%"

, ##%"

" . #"

*B"#H& !

!#

#%" #!%!#

"9/"#; "!#

I"9/"#; I"!#

28" 28"!#

"9I;9/"#; I"!#P28"!#

"9;9/"#; "!#P28"!#

,

1/ 0 +#"6

""6 !?"+&&&+")

9#+#" ;

5 !B "' #""+##&"" #! "#!%")9& !(;

+ #! '#%@ %$%)22'"#%""+' #)5

!$%#"" #! "" !")

%""#%".!"'#%"!$%)" .&!"#%""#!%"

#%@ %"#!%)

0, #!#" #

"!#" &")!'!%#"'!%#"!")

9#+#" ;

5 !B " #&" .&#%""#!%")9& !(;

+ #! '#%@ %$%"#2')#%'!!.""+ #)

!# "&#%++")

5!$%#""" ."" !"")

%""#%".!"'#%"!$%)!"#%""#!%"#%@ %

"#!%)

"

.

"

#! +@ !%

"+&&

""H& !

, !

#%" #!%!#

" "!#

I" I"!#

28" 28"!#

"9I; I"!#P28"!#

"9; "!#P28"!#

∗ #"&&.!$"'#)

#! %#%! && !#%!

2 #!? ! ?" C!!'?:?+.!

+.! ?:? ! 2 #!?"?C!!'

, C!!'?"?: ! ?+.! ?2 #!

" . #&

:H& !

"

, !

#%" #!%!#

"9! "+; "!#

I"9! "+; I"!#

28" 28"!#

0

17 *?9+;""9 .+;"+&"6

9; *?"+& ('"&&!$""+#!

"#& &&?9+;"+&'!! #&

?" &&! "&+#)

"".!$!! "6 #&" ! !%)

?" &&! "+# !!% !.$".%

# ! # !&"6 '.!')

9,; *?"+& !( %$%#&?9+;"+&

.%++ #! &N+)

90; "+&("+&".%++

#")

91; *""+&(*""+&.%++

#")

9#+#" ;

5 !B " #! "#!%"'"+)9! (3;2#%"!$%

! #"" #"#!%'!!+"+!%)

&&?" "6 )

#& "6 #!+%+"98 8)3;&"'&'

!&&#!'"$"94;!&&)

52'#". "+'.""'"&&!

""! ! !""! ")

&#!& "6 #"%"6 '$%".!$!!'!!."#!%"

B"! .90"+;&,.)

* !"6 "6 ! '$%"#2'! '!!.""#%

'!!.")5!$%#"! "'!!."" !'!!.")9+

#! .%)M);

&?"+&

9; 5! !"! &! 'R3MEGGF"#!%")

9 ; #&&!'."##!!&! )

9,; &&&!6!#!+ #)

9 ; '."!!")

∗ & &+&#"&% ! !)

"

.

"

?" && → 3 &&"6

+# → 3 ""++#

S7 S1

Back of the chart

"6 " #

*?"+& ".!$!!"6 !#

*?"+& ! I!#

"+& 28!#

*""+& I28!#

1

1= *!#+'+"91= "#" !&!");

9#+#" ;

5 !B "E"F"#!%""#!%"*!#+'+")

'+!'#+&2) +'+"#!%"'.!')&#!&

"'!"+ **?#')

3 ""++#

""6 #%+#"!""+"@ %#%##)"6 ".%"6 +

+#"##9!!+;M)

9#+#" ;

5 !B " #! "#!%" #! "#!%"'"+)9! (

3;2#%"!$%!% ""%"""#!%'!!+)"6 ! '

$%"#2'" #! '!!.""#%'!!.")2!$% #

! "B& !")5"6 "&&"!!"6 ! !!

##&"#.)9+ #! .%#". )&);

9"6 #" ;

) ##9;!""+"@ %9 ;"#9;"$#%M)

,) +!@ %9;&!)

Q×9;9B#!(1);5! ".%+!"".%)

9& !(3;

0) "98;&##!""++#

#)

Q×89;9B#!(3;5! ".%+!""+&"

##!""+.%)9& !(3;

1) !""+"@ % Q39,)3;)9& !(3;

5! ".%"".%. )

95,3!".A);

∗ *"6 #&".%"6 +*+#)

"

.

"

∗ EHF"#!%"#)

#!% 2!# "%!#

'!""# E"F **

E"F **

'+9 ; E"F !$ **

'+9#+; E"F !$ !$

$ E"F

'!"#! E**F ** **

EHF ** **

#

, "& &

0 *8"!

1 *8'+9 ;

3 *8'+92+;

/ $9";

4 $9 ;

7 $92+;

( ##"&"!!!""$##"&!!")

"6 " #

2#9##&"; !#

2#9,"##&"; ,"!#

2#9 !##&"; !&"!#

+!""+"@ % I!#

+# 28!#

+"+"@ % I28!#

*+# I!#

I 28

↓ ↓ ↓

5mm

10mm

Distance from the paper lead edge to the image lead edge: H = 5mm

Image loss:R = 4mm

(Example)

!"#$% &#%%!"#$##!"#%%'!"%&" (

)#%&#"*

+!!%% ,%%-"!"#.,%%#,$(! .,'%!!/$#!0

'%"!!.,'%,,1."#$'%,,1 (+!!",/$%#!.,'%,,1.

!% ,%'%,,1 %()+!!#.,%%"1$!%%%"1$( (*

∗ +!!#.,%&%!!%& $11,"// $1#"!&(+!! .,%%"!% &%!%!,(

+!! .,%"!% &%!%!%&!(

2 %3%$

!""###&%! "!%%,,!04%,,(

)#%&#"*

+!!%% ,%%-"!"#.,%%#,$(

! .,'%!!/$#!0'%"!!.,'%,,1."#$'%,,1 (

+!!",/$%#!.,'%,,1.! "!%'%,,-% !% ,% (

5 6 4"#%% %"

0,"1,"/"!!%".!4"&,!&,-"!% ,%'%!!".#!

%%" !! #%%!4"#%%%%$!4&,".&#%%1$!%"%!

#,.,!4&,".&!%" &,(

,%( &%788( %" 9:1(2;

!% %# ##,$! .,%%#,$(%%1 ,! , #,%&!#(! %

##,$<77=%%#,$(

> 5 0,$& "!"/)?@#"!"/*

)#%A0"*

+!!/$%#?@%# !#,$& %5"(

!% !B , #%,% ".$5% !!?@%"(

>5 !%&"!"/

%#,$!"%,.,!'!%1!%&(

)#%&#"*

+!!0'%"!%#! %1% .!'!%1!%&,%&!!"#$, #(!%

!,.,#%-,!"'!%"!%"""%"!,%%#,$!.,%#,$

"%(

>C ,#%

0%#&% &,!!#%",$ (

)#%&#"*

+!!%% ,%%-"' #%# !$, #%,%&!(!" 1'%!!/$

,"!"'%!!","/$#!0'%"!###%'%,,1 !,"

"#%%&!,"#'%,,1 (0%%&%%1$2 &%#(

%

"

1

"

9 ##,$%,,%& ,/%##%,,%& ,(

#

0%")%"##* %", #

0%")2"##* 2", #

0%"),##* ,##, #

A" " D, #

4)*" " D0?, #

9 ##,$%,,%& ,/%##%,,%& ,(

#

%"## %", #

2"## 2", #

,## ,##, #

04" )* D0?, #

04" )1"/* D, #

∗ 27889#%%1$2(

1 0

1$2

E%#

/

' "( )"#*"( ""

"( )"#

"

.

" .! !& .!

4 , 8C"") 9!""#!2 ; .!

" 9; .!

.!$!! .! " 925 ; .!

'!! .! " 925 ; .!

#%!#!++ .!9#%!#25 ;

, "+ .!

95;

'#!&+'!!

/ # .! 9!""#!2 ; .!

" 9; .!

*3 , #%!#"

.!

#%!##%!#" 925 ; .!

#%!#"

8, #" & +#)

80 8!!.!!%+

#

& +# .,1O)

81 8!!.!!%!'

#

& +# "43O'0& +#'& +

# $#1O)

*"+#!"

'#&"

&+&"+)

9"!$+

'!$";

'".!$$+"+#! "."&&

!!! &6 "+&!$)5"&&!!&'".!$!!6 "+"

.!$$ !".".%!$" .!"EF"#!%")

0 #!"

'#&")

5. "&#&"9/;!A+& +

#'#982;" )'. "&

#&"9. /;&&#% #982;"

)

1 !$ 5"# !""&)

/ 2!%+!$ !$+!9#&"#+!;" '9. ,;&+

#!%+

, $ 5 $ ! "2.!)

1 2!

5 .! '2)

4

"!%"+!!"( )"#

,-$ ./ "#)#

$&=9;)

D $&"!)

D $&"&#(/#98;7#9;9→;

$&.$+&#9C;9→;)

$& )

B /0$&!!'++!)

,-( !)0 1 "( ,-2 1

"( 34-$!( 5!6

D $&9**;)

93;"

"

1 #!+ )

2 #!)

3 #!**)

,-"!#7 !827 !9

&4,&4)

,-:!"7"(

!!%8" # "&"C

.$)→58" # " C

.$)

D $&&)

=92 .&4,);

D #!)&-$.+!)

↓D #!)

D #!)

MCU LSU

HSYNC

SHOLD, LDEN

CN119 10 pin (SYNC)

Not delivered.

Not outputted.

Outputted.

Connection is proper.

Are SHOLD and LDEN outputted? Check the MCU circuit. (Replace the MCU.)(MCU PWB connector section 2)(MCU PWB Driver section 1)

IC 113 IN (8 pin)/OUT (12 pin)

CN119 peripheral circuit

Check the signal line of SHOLD and LDEN.

Resistor BR156

Replace the ASIC, CPU or MCU.

Outputted.

Check connectors on the LSU. (Same as the pin arrangement of CN119) Check for disconnection. Check for pin disconnection, harness breakage, or short circuit.

Replace the LSU.

(CCD)AFEA/D

MCU

Black level setup

MCU LSU

SYNC

SHOLD, LDEN

7

.$- ""78! 6"%"( )"#

!#2'9

D $&"&,9;)

D $&"&&)

D #!)

D #!)

D $! )9#&"?07;

.&-.!7!"( 8"( )"#

)!) #2'9

D 8$#)→

" &9#'25 ;)

D #!)

D #!#'25 )

D 9$#;

$ & ) 92"

';

.'-.! "27!"( 8"( )"#

)!) #2'9

D $!!+9# #' ##!%

!+;&)

D !#"!+ #)→B 3,)

8!#"

$9,,#8;

$!#" )9#'25 ;

$8+!)&8 # "(→

#!)

$+!!&"8+!)

D $&##&)

-)!%#"(

&-)!"(

D 25 98+!;

98+!;

D $)9,,#; "

2' ##!%"

CN120MCU

Interface connector

Thermistor

Thermostat open

An abnormally high temperature in the machine may cause the problem. Check that the fan rotates normally. (Similarly to H3-00.)

Check the setup of the kind of the fan. SIM 26-63. The current setup is "2."

Sim 5-02If the fan does not rotate normally, check the fan connector and the fan control signal. Replace the fax.

Use a tester to check the AC line of the interface connector. Replace the fusing unit.

Check release of the headlock switch. Check the scanner unit operation with SIM 1-01.

Does not operate.Operates.

The shading sheet does not read.The check item is the same as that of E7-10.

Check the connector. (CN103). Check that the drive belt is properly applied to the scanner unit. Check the drive signal of the scanner motor.

(OUT A+, A-, OUT B+, B-)

Abnormally heavy load of the scanner drive (Improper engagement of the motor drive gear and the belt drive gear) (Abnormally high belt tension)

If there are no signals, replace the MCU.

If there are signals, replace the motor. Follow the above signal line.

MHPS does not detect the home position. (MHPS, harness, PWB) Check the scanner unit operation with SIM 1-01.

Check the connector (CN103) Check that the drive belt is properly applied to the scanner unit. Check the drive signal of the scanner motor.

(OUT A+, A-, OUT B+, B-)

Abnormally heavy load of the scanner drive (Improper engagement of the motor drive gear and the belt drive gear) (Abnormally high belt tension

Operates.

Check the operation of MHPS. When executing SIM 1-01, check that the DV replacement lamp should light up. (If the lamp lights up, check the items of "Does not operate."

Does not operate.

If there are no signals, replace the MCU.

If there are signals, replace the motor. Follow the above signal line.

=

'-!"""(

:-;" 6""""(

$-;"(

$-')")!""

$&,1)

Check the main motor operation with SIM 25-01.

Operates.

Does not operate.

Check the Lock signal.

If the MMLD signal is not delivered from the MM, replace the MM. If the MMLD is delivered to the MCU, replace the MCU. Follow the MMLD signal in the MCU.

Check the connector CN107 (MCU), and the connector on the motor side.

Check the connector

Check the MMLD signal (3 pin).

MMMMLD

MCU

Check the MM drive signal. CN107, 4 pin (MMD)CN107, 7, 8 pin (24V)

If the MMD is delivered from the MCU, replace the MM.If the MMD is not delivered from the MCU, replace the MCU.

If 24V is not supplied, check the connector and its peripheral.

Follow the MMD signal.

Check the polygon motor operation with SIM 25-10.

Operates.

Does not operate.

Check the Lock signal.

If the PMRDY is not delivered from the PM, replace the LSU. If the PMRDY is delivered to the MCU, replace the MCU. Follow the PMRDY signal in the MCU.

Check the connector CN119 (MCU) and the connector on the motor side.

Check the connector.

Check the PMRDY signal (15 pin).

PMPMRDY

MCU

Check the PM drive signal.CN119, 16 pin (PMD)CN119, 14 pin (PMCLK)Ch119, 18 pin (24V)

If the PMD is delivered from the MCU, replace the LSU. If the PMD is not delivered from the MCU, replace the MCU.

If 24V is not supplied, check the connector and its peripheral.

Follow the PMD signal.

Cancel U2 with SIM 16.

US can be canceled.

U2 cannot be canceled.

Make a copy. Turn off and on the power Check that U2 error does not occur.If it does occur again, go to the procedure of "U2 cannot be canceled."

Trouble in the EERPOM or its peripheral circuit (SCL, SDA)1 (CPU section) signal

EEPROM CPU

SDA

SCL

,

"!%"#)!"

S*&'"#".!'!$!%#.! ".%&! &)2!25 ,)25 0)8

.'2!25 "25 )S

" $

! !+ #) &##!%".'?*25 "25 T

$:+!!25 )

* .!$ ) S$&*.%#&+,,)

&2+'+"B+" T&$

!&"+!!)S

!+ #) S$&*.%#&+,,)

&2+'+"B+" T &

+'#+"!+* 9;T &5+

'#+"!+*##&"+T&%"+$

!&"+!!)S

S$$ *+"SSSS.%#&+,/,)S

*&" .!$ ) S$&*.%#&+,,) &22+'+

" &'!!+'*##&"+#T&"+$!&

"+!!)S

< .!$ ) S&22?22,?2$'%.%#&+0)&%&

$'%#&##)$!&"+!!)S

: Check (Clean, adjust, or replace when required.) : Clean : Replace : Adjust : Lubricate

!" !

#$ %

#% &'()

!!* +

,- .&/012)(&/012)

"3+4 5

$+6

5

, 7 ' *

* 7! 8% !

! ,-

, 7-*% ! +9

* $ $8!%!$4 + &0:)+!9

(If Stop is selected, the LED will flash and stop at 25K.)∗ Default: Not Stop∗ Clear: SIM 24-06

, $ ";:;1;0;:;%-& "*")8*9

∗ Default: free∗ Clear: SIM 20-1

* !9

!" #$%#&'# %&#

!

(%#'" ) % # '

*)%+,-,.

. ' (# /% 0 %'

'

1 2##03

1 4#''%#* 5 5 5 .'0%''6 6

#'#7#'

. ' $ , 0 *# 7

0.

1 %''0,

#7#'

1 8'5'66

1 85''$

9)': ;$5#'0

48'

<. )=

1 %'0,#7#'

'

1 %'0

>. '$ 0*#70.

1 -,5'6>6

1 85''$

8

1 %'0#7#''

#%%#'

9)': ?$%5#

'0#%#%#

3. )=

1 %'0#7#''

#%%#'

!" 5#'0%#'

##%#%#

+. (#/%0* .

%#'

1 4#''%#* 5 5 5 .#7

#'%'

8 ) 8

' 1 ? % # %#' #5 '

%''%'<,,

<,'

+,

1 ?#'$#$!5#$%#%''

>,?@A* !.%<,-,

<,'

1 ? #5 # '%# ##' '#

'5#0##'*?)=#5#%

'.

<,

#

%

1 ?#'$#$!5#$%#%''

B?@A* !.%%,%

1 ?#5'''%#(## '%###'

'5#)=

3%

% '%'$48

1 '

@'%

'#

1 ' @%'%## *<,,#. '

#*+,,#.&('(<,,#

8% 8

'

#% <

% >

3

@'%'# +

8%

' ,*88.

*,.

*<,.

<*+,.

>*-,.

3*,.

,*<,.

*+,.

*-,.

,*%.

*3%.

*3%.

<*<,%.

>*+,%.

3*,%.

% ,*)'.

*.

,*)'.

*.

@'%'# ,*<,,#.

*+,,#.

" #$%&%'(

%&%'( )! '*

+'

?'0#'3

9A:% '%#5 9:% '%# '0

#'&'#'

'(

/%%3##/%

0

, '

?'0#5%#'

%'0'5'&'#%#'

1 ;'&'/%%5''0(#94

':0594/%:0*9C:09D:0.

'

1 ; '&' /% %5 '%# '

'%#

1 %'&'/%##''%

1 ? % (# /% % )

5/%%%

48'#%#'

- %&%'( ) # '*

+'

?48%'%#!5$'0#

' 3 9A: % '%#5

9:%'%#'0#'&'

#'

'(

/%%3##/%

0

, '

?%'0 #5 %#'

%'0'5'&'#%#'

1 4 '&' /%%5 '' 0 (#

94':0594/%:0*9C:09D:

0.'

1 4'&'/%%5'%#'

'%#

1 %'&'/%##''%

1 ?%48(#/%%5

/%%%%&

%48'#%#'

1 &'')%'

. ,& ''%

+'

?'0#'3

9E:%'%#59A:%'%#'0

#'&'#'

/!%

?/%09D:#5F&''

&%

?/%09C:#5F&'3'

&%'

, '

?'0#5%#'

%'0'5#%#'

1 4&%#5''0(#94

':0594/%:0*9C:09D:0.

'

1 4 &%#5 '%# '

'%#

1 &% ##' % %'

%

Car

riage

Uni

t

CC

D P

WB

12

V

R G8b

its (

MS

B/L

SB

)B

VC

L5V

EN

PS

W, S

ELi

n

AD

CC

LKK

inB

SA

MP

, VS

AM

PS

DI,

SC

LK, L

OA

D∅

1, ∅

2, ∅

TG

, ∅T

G2,

∅T

G3

∅R

B, ∅

CLB

, ∅1L

3.3V

Clock,Data,LATCH

CC

D (

uP

D88

61)

AF

E(A

D98

26)

C D S

A G C

M P X A

D 16

bits

C

CD

Driv

er

Ope

ratio

n P

WB

SD

RA

M(8

MB

)

C

CF

L

Lam

pIn

vert

er

I/F P

WB

(Opt

iona

l)

AS

IC R

eset

IEE

E 1

284

I/F3.

3V

A[9

1

]U

SB

I/F

D[1

5

0]M

MD

LSU

UN

ITV

FM

Mai

n M

otor

PMD

TM+, TM–

A

SIC

C

PU

H8S

/232

0

I E E E 1 2 8 4

L

aser

I/F P

WB

Pol

ygon

Mot

or

OS

C(2

4MH

z)

OS

C(1

3.98

67M

Hz)

Oth

er L

oads

<A

SIC

I/O

>M

PF

S, R

RS

, HL,

PR

FA

N M

otor

SG

S, S

RR

C, S

PU

S, S

PP

S,

TC

, GR

IDL,

MC

, BIA

SM

PF

S, C

PF

S2,

Ton

er M

otor

Sca

nner

Mot

orC

PF

S1

Oth

er In

puts

CP

U IN

TE

RR

UP

TP

MC

LKM

HP

S, S

PP

DC

PU

I/O R

TH

PP

D1,

PO

D, M

FD

, CE

D1,

TC

S,

DV

S1,

PP

D2,

PP

D3,

CE

D2,

DS

WS

SD

SW

, SP

ID, S

DO

D, D

RS

TM

ultiP

lexe

d

MC

U P

WB

UN

IT

I2C

Bus

A[1

6..0

]D

[15

8]

A[1

9..0

]

D[1

5..0

]A

[19

0]

D[1

5 0

]

Pow

er R

eset

3.3V

3.3V

/5V

/5V

EN

/12V

24V

C

PU

H8S

/232

0 (1

9.66

08M

Hz)

EE

PR

OM

(2K

b)

Res

et IC

S

RA

M (

1Mb

x 1)

RO

M(4

Mb)

P

ower

Sup

ply

Uni

t(L

ow P

ower

/Hig

h P

ower

)

SP

MT

0/1/

2/3

AD

F M

otor

U S B 1 . 1

...

...

...

...

...

!"#$%

Tone

r

Mo

tor

Mai

n

Mot

or

AD

F

Mo

tor

Sca

nner

Mo

tor

Ope

ratio

n

PW

B

CC

D

PW

B

Inve

rter

PW

B

Cop

y

Lam

p

PO

WE

R

SU

PP

LY

PP

D1

PO

D

MF

D

FA

N

Mo

tor

Cas

sette

Det

ect

CP

FS

MP

FS

RR

S

SD

OD

AD

F

Mod

el O

nly

CN

106

CN

111

CN

114

CN

123

CN

108

CN

109

CN

117

CN

116

CN

110

IC12

6

CN

114

IC12

8

CN

122

LSU

UN

IT

(Pol

ygon

Mot

or)

IC12

7

CN

103

IC12

9

CN

124

IC10

3

CP

U(H

8S/2

320)

IC

106

A

SIC

HG

73C

119H

F

CN

123

IC12

1

IC11

5

IC11

7

IC11

4

IC11

9 IC

121

IC12

4

CN

101

IC12

5

CN

104

IC11

5

IC11

4

IC11

6

CN

102

CN

112

IC12

4

IC12

5 In

terlo

ck S

WIC

118

IC11

3

IC12

4 IC

121

CN

119

IC11

5

CN

107

IC11

3

Inte

rfac

e

PW

B

IC13

1

CN

105

/VID

EO

M

PR

DY

/SY

NC

SP

MT

_0 –

3

OU

T_A

+ –

B-

SH

OL

D

/LD

EN

PS

W

TM

A_O

M

MLD

/M

MD

KIN

1K

IN2

OP

_CLK

Etc

OP

_LA

TC

H

OP

_DAT

A

Etc

AF

E_C

LK

A

D_C

LK

VC

L

Etc

AF

E_D

B0

– 7

MT

_AT

_HO

ME

E

tc

US

BIN

V

PIN

V

MIN

E

tc

PAR

AD

0 –

7V

PO

UT

V

MO

UT

E

tc

/PO

FF

H

LO

UT

E

tc

3.3V

IN

5VIN

12

VIN

24

VIN

Etc

Etc

E

tc

TM

B_O

V

FM

OU

T

/VF

MC

NT

IC12

5

CN

120

PP

D2

TH

ER

MIS

TO

R

HIG

H V

OLT

AG

E

CO

NT

RO

L U

NIT

Hea

ter

Lam

p

DV

UN

IT

DV

SE

L

& #%'(%$'

$!") *

)* +$

!!"# $% & !! "%"# '(%

%$!#"%(%$%)*"%"+%$

"+!&!! "+!,-%$!#,

%$!#,"%!%$%$!#

$!%$!#!($

"%"##",%!.!($

$ %$!# $! !/%+, $ $!"%!$ #", (%+, $

$"#/$,$!"$%"%#,"%$$%0

)&* ! '$%),-./&&01*

0+%"#

%($.

($($!"$%+

. ($($ #$

.1 ($($ 2#"#$

3- -3-

4 3- -3-

5 6 0 6

7 1 ($($ !*(

8 ($($ !*(

9 ($($ !*(

: ($($ !*(

1 3- -3-

4 ($($ !*(

5 ($($ !*(

7 ($($ !*(

4 8 ($($ !*(

5 9 ($($ !*(

7 : ($($ !*(

8 1 ($($ !*(

9 ($($ !*(

: 3- -3-

1 ($($ !*(

($($ !*(

4 ($($ !*(

5 ($($ !*(

4 7 ($($ !*(

5 8 ($($ !*(

7 9 ($($ !*(

8 : ($($ !*(

9 3- -3-

: 1 (##

1 %$!!($%

#;#%($

!%$

- %$!!($%

#;#%($

-2"!%!

-<3 %$!!($%

#;#%($

-!=%$"#/%+%"#

$<"$< %$!!($%

#;#%($

!!!>$%

4 .? %$!!($%

#;#%($

>!=%$"#/%@A

5 3- -3-

7 3- -3-

8 2 %$!!($%

#;#%($

B!!+%"#

9 < %$!!($%

#;#%($

%$!!($%

: 6 0 6

41 -1 -"$". -"$"*(

4 - -"$". -"$"*(

4 - -"$". -"$"*(

4 - -"$". -"$"*(

44 3- -3-

45 -4 -"$". -"$"*(

47 -5 -"$". -"$"*(

48 -7 -"$". -"$"*(

49 -8 -"$". -"$"*(

4: -9 -"$". -"$"*(

51 -: -"$". -"$"*(

5 -1 -"$". -"$"*(

5 - -"$". -"$"*(

5 3- -3-

54 - -"$". -"$"*(

55 - -"$". -"$"*(

57 -4 -"$". -"$"*(

58 -5 -"$". -"$"*(

59 6 0 6

5: ($($ %#%-%$!#

71 C- ($($ 2!*(+

7 -< ($($ (##%$!#

7 ($($ -%$!#

7 ($($ $+%"#

74 <$ ($($ /#"%$!#

75 3- -3-

77 .-D1 (##

78 3- -3-

79 3- -3-

7: ?.? %($ 2#"(/+%"#

81 E %($ >5#$!$$%

8 E %($ >5#$!$$%

8 E ($($ %!$!#F

8 ($($ %!$!%"*#

84 22 ($($ ($%$!#

85 E ($($ #/+%#F

87 -1 ($($ -(#C$!+%"#

88 - ($($ -(#C$!+%"#

89 - ($($ -(#C$!+%"#

8: - ($($ -(#C$!+%"#

91 -62 ($($ (##

9 . %($ $

9 ($($ (##

9 ? ($($ (##

94 6 0 6

95 G %($ #F

97 G ($($ #F

98 3- -3-

99 E ($($

9: 6 0 6

:1 $

: .- ($($ "+%"#

: .> ($($ !$+%"#@>+"!A

: . ($($ !$+%"#@&"!A

:4 ($($ >5#$+%"#

:5 ($($ >5#$+%"#

:7 ($($ >5#$+%"#

:8 2G

:9 2G-

:: 3- -3-

11 3- -3-

1 ($($ #F

1 -- -"$". -"$"*(

1 6 0 6

14 6! 0 6

15 > %"#+

%($

2(%+$!$!

17 %"#+

%($

(##

18 %($ >5#$$$%

19 %($ >5#$$$%

1: %($ >5#$$$%

0+%"#

%($.

($($!"$%+

4

)* ('' ),+23,1*

+$

$ $!")!*#F$"+!

$%,$!%$%$!#$%,"%$.2$%0

"+!$%

$"+"$"!$-%$!"$%$!

%*/ $!+$!$(,"%+,!, %($γ !!

$%, "!" "!"$%, #$! !, !#($% %;!%, =

!, ($($ γ !!$%, *%"!/ %;!% @!!! (%,

$!$,#*%"!/%;!%A"!!!0

!%$%$!#$%

%/%+,$"+!"$""!($($$$$

"!%+ $ $ &!$%+ $%+0 % "%%%+, $ "+

"$" "! " %$ 9*$ &$ "% ($($$ $ $ .2 $%

@A0

.2$%

%$!#$-&$"+"$"*(!,"%!

"$"%.!;*$&%$.2"%$94.20

%$!##*/&!$%+$!"$%"%$%

"!/$(;"#($!"$%%$$%$!#!+$!

*!$"!$%+"!"$%0@2!%%+(!"$%,!!$$

$"*#"$$%$(%$0A

) $%*

1 %($ 2$$%+%"#

%($

%($

; -3-

4 3- -3-

5 . ($($ "%+%"#

7 . ($($ "%+%"#

8 . ($($ $!"%!+%"#

9 . ($($ !%$$"!$+%"#

: ($($ -2$!+%"#

1 . ($($.

%($

-2$!+%"#.!!!

(%$!

($($ -2$!+%"#

1 ($($ -2$!+%"#

3- -3-

4 3- -3-

5 6 0 6

7 ($($ &!";-%$!#

8

9 . ($($ #$

0+%"#

%($.

($($!"$%+

Scan start

CCD PWB

Shading

CC

D drive

AE

Resolution conversion, Zooming, lmage process circuit

Print data process circuit

DRAM control

PRINT control

DRAM8MB

LSU

HSYNC

VSYNC

To CPU bus

ASIC

Image process section

I/F section

Print control section

ASIC control resistor

0+%"#" .

%%$

$-!$%

(<"8 "!*(

(<"7 "!*(

(<"5 "!*(

4 (<"4 "!*(

5 [email protected]

0 6

&!

7 (<" "!*(

8 (<" "!*(

9 [email protected] &!

: (<" "!*(

1 + !"!!"/ -2+"$#%

%$!#+%"#H>H

!! !"!!"/ -2!$!##!#($

%$!#+%"#H>H

( !"!!"/ -2(%$

#%%$!#+%"#

H>H

!"!!"/ -2(%$

$!"%!$#%

%$!#+%"#H>H

4 ! !"!!"/ -2$!(!!%$

%$!#+%"#

5 ! !"!!"/ -2$!(!!%$

%$!#+%"#

7 <#"$ !"!!"/ !"$%!($#"$

+%"#0-"$"$"F%"$

HH

0+%"#" .

%%$

$-!$%

5

8 <"$" !"!!"/ !"$%!($"$"

+%"#

9 6@A 0 6 &!

: <#F !"!!"/ !"$%!($#F

+%"#

1 ;%$ !"!!"/ 6%$#"$%"%!$"$%

%$!#+%"#0

H>H>+,HH

&

3-@A &!

; !"!!"/ 6%$#"$%"%%$!#

+%"#0H>H2"%

$ !"!!"/ !"%!"!+!

%$!#+%"#0H>H

4 +!# !"!!"/ "%"!+!+!

%$!#+%"#0H>H

($($

5 !"!!"/ "%"!+!%$!#

+%"#0H>H

7 ! !"!!"/ -2$!(!!%$

%$!#+%"#

8 </ !"!!"/ "!!"+$!(!!%$

%$!#+%"#

9 *" !"!!"/ -6*"%$!#+%"#0

H>H

: #% !"!!"/ "!!($%$!#

+%"#0H>H"!

!($

1 !"!!"/ #/+%$!%$!#

+%"#0H>H#/+%

$!

[email protected] &!

!"!!"/ "%$!%$!#

+%"#0H>H"%$!


4 [email protected]

0 6

&!

5 !"!!"/ "%("##%

%$!#+%"#0H>H

7 !"!!"/ %"$$

"!#%

%$!#+%"#0H>H

8 !"!!"/ "$$"!

#%%$!#

+%"#0H>H

9 ! @$(A

: !! !"!!"/ $!##!#%

%$!#+%"#0H>H

41 ! !"!!"/ &!!#"/%$!#

+%"#0H>H

4 # !"!!"/ >"$!#"%$!#

+%"#0H>H

4 !"!!"/ @$(A

4 < (! %!$!%$!#

+%"#

44 6@A 0 6 &!

45 (! %!$!%$!#

+%"#

47 !% (! -2"%%!#$

+%"#

48 3-@A &!

49 % (! -2+%"#

4: !%$ (! -2"%%!#$

+%"#

51 3-@A &!

0+%"#" .

%%$

$-!$%

5 #<<!%$ @$(A

5 "C<<!%$ @$(A

5 <<!%$ @$(A

54 !"!"% @$(A

55 <<-< @$(A


58 6@.

3-A 0 6

59 #F @$(A

5: !$+%"#


7 @$(A

7 E @$(A

7 @$(A

74 6@A 0 6 &!

75 94<$* .2*"!

%%$!

.+%"#

@94

(%"$%!$A

77 94<"($ .2*"!

%%$!

.2-+%"#

@94

(%"$%!$A

78 94<#$% .2*"!

%%$!

.+%"#

@94

(%"$%!$A

79 94<%$ .2*"!

%%$!

.+%"#

@94

(%"$%!$A

7: [email protected]

0 6

&!

81 94<#$ .2*"!

%%$!

+%"#

@94

(%"$%!$A

8 94< .2*"!

%%$!

+%"#@94

(%"$%!$A


8 94<*(/ .2*"!

%%$!

?+%"#

@94

(%"$%!$A

84 94<"F .2*"!

%%$!

.E+%"#

@94

(%"$%!$A

85 94<"(#$ .2*"!

%%$!

.2+%"#

@94

(%"$%!$A

87 94<!; .2*"!

%%$!

.6+%"#

@94

(%"$%!$A

88 94<"!"8 . .2*"!

%%$!

-*(@94

(%"$%!$A

89 94<"!"7 . .2*"!

%%$!

-*(@94

(%"$%!$A

8: 94<"!"5 . .2*"!

%%$!

-*(@94

(%"$%!$A

91 94<"!"4 . .2*"!

%%$!

-*(@94

(%"$%!$A

9 94<"!" . .2*"!

%%$!

-*(@94

(%"$%!$A

9 6@A 0 6

9 94<"!" . .2*"!

%%$!

-*(@94

(%"$%!$A

94 94<"!" . .2*"!

%%$!

-*(@94

(%"$%!$A

95 3-@A &!

97 94<"!"1 . .2*"!

%%$!

-*(@94

(%"$%!$A

0+%"#" .

%%$

$-!$%

7

98 (% .2*"!

%%$!

-+%"#

@(%"$%

!$A

99 ;% .2*"!

%%$!

6+%"#@

(%"$%!$A

9: ;% .2*"!

%%$!

6+%"#@

(%"$%!$A

:1 !; .2*"!

%%$!

6+%"#@

(%"$%!$A

: % .2*"!

%%$!

+%"#@

(%"$%!$A

: ;($ .2*"!

%%$!

6+%"#@

(%"$%!$A

: ;($ .2*"!

%%$!

6+%"#@

(%"$%!$A

:4 $<5 @$(A

:5 6@A 0 6 &!

:7 3-@A &!

:8 6@A 0 6 &!

:9 3-@A &!

:: #F #F

11 [email protected]

0 6

&!


1 !"<"$"1 . - -@"+

!"+

!/A"$"*(

1 !"<"$" . - -@"+

!"+

!/A"$"*(

14 !"<"$" . - -@"+

!"+

!/A"$"*(

15 3-@A &!

17 !"<"$" . - -@"+

!"+

!/A"$"*(

18 !"<"$"4 . - -@"+

!"+

!/A"$"*(

19 6@A 0 6 &!

1: !"<"$"5 . - -@"+

!"+

!/A"$"*(

1 !"<"$"7 . - -@"+

!"+

!/A"$"*(


!"<"$"8 . - -@"+

!"+

!/A"$"*(

!"<"$"5 . - -@"+

!"+

!/A"$"*(

4 !"<"$"4 . - -@"+

!"+

!/A"$"*(

5 [email protected]

0 6

&!

7 !"<"$" . - -@"+

!"+

!/A"$"*(

8 !"<"$" . - -@"+

!"+

!/A"$"*(


0+%"#" .

%%$

$-!$%

: !"<"$" . - -@"+

!"+

!/A"$"*(

1 !"<"$"1 . - -@"+

!"+

!/A"$"*(

[email protected]

0 6

!"<"$": . - -@"+

!"+

!/A"$"*(

!"<"$"9 . - -@"+

!"+

!/A"$"*(

4 3-@A &!

5 !"<#F - -@"+

!"+

!/AE+%"#

7 !"<F - -@"+

!"+

!/AE+%"#

8 C!"<& - -@"+

!"+

!/A-+%"#

9 6@A 0 6 &!

: [email protected] &!

1 C!"<" - -@"+

!"+

!/A+%"#

C!"<!" - -@"+

!"+

!/A+%"#

C!"< -@"+

!"+

!/A+%"#

[email protected]

0 6

&!

4 !"<*"%F1 - -@"+

!"+

!/AE+%"#

5 !"<*"%F - -@"+

!"+

!/AE+%"#


8 !"<'1 - -@"+

!"+

!/A-D+%"#

9 !"<' - -@"+

!"+

!/A-D+%"#

: !"<" - -@"+

!"+

!/A"!*(


0 6

&!

4 !"<" - -@"+

!"+

!/A"!*(

4 !"<": - -@"+

!"+

!/A"!*(

4 3-@A

44 !"<"9 - -@"+

!"+

!/A"!*(

0+%"#" .

%%$

$-!$%

8

45 !"<"8 - -@"+

!"+

!/A"!*(

47 6@A

48 !"<"7 - -@"+

!"+

!/A"!*(

49 !"<"5 - -@"+

!"+

!/A"!*(


51 !"<"4 - -@"+

!"+

!/A"!*(

5 !"<"1 - -@"+

!"+

!/A"!*(

5 !"<"1 - -@"+

!"+

!/A"!*(

5 [email protected]

54 !"<" - -@"+

!"+

!/A"!*(

55 !"<" - -@"+

!"+

!/A"!*(

57 !"<" - -@"+

!"+

!/A"!*(

58 <<-< @$(A

59 # + /#"%$!#

+%"#


0 6

&!

71 "<* @$(A

7 <$+ - -%$!#+%"#


7 "<; - 2%$!#+%"#

74 ! - -%$!#+%"#

75 - -%$!#+%"#

77 6@A 0 6 &!

78 "<* - 2%$!#+%"#

79 < - -%$!#+%"#

7: "<" - 2%$!#+%"#

81 3-@A &!

8 < - -%$!#+%"#

8 [email protected]

8 "<"#F - 2%$!#+%"#

84 "<"% - 2%$!#+%"#


87 "<"F - 2%$!#+%"#

88 $!<"$< - "!!"+

$%+%"#


8: "<"$"8 - "+"%"$"

91 "<"$"7 - "+"%"$"

9 "<"$"5 - "+"%"$"


9 "<"$"4 - "+"%"$"

94 "<"$" - "+"%"$"

95 6@A 0 6 &!

97 "<"$" - "+"%"$"

98 "<"$" - "+"%"$"

99 3-@A &!

0+%"#" .

%%$

$-!$%

9: "<"$"1 - "+"%"$"

:1 [email protected] &!

: #F #F

: $<4 @$(A

: 3-@A &!

:4 6@A 0 6 &!

:5 3-@A &!

:7 6@A 0 6 &!

:8 [email protected]

0 6

&!

:9 $!</ !"!!"/ "!!"+$!(!!%$

%$!#+%"#

:: $!<" $!

!;!

"!!"+$!%$!#

+%"#


1 $!<1 $!

!;!

"!!"+$!%$!#

+%"#

1 $!< $!

!;!

"!!"+$!%$!#

+%"#

1 $!< $!

!;!

"!!"+$!%$!#

+%"#

14 $!<" $!

!;!

"!!"+$!%$!#

+%"#


0 6

&!

17 $!<1 $!

!;!

"!!"+$!%$!#

+%"#

18 $!< $!

!;!

"!!"+$!%$!#

+%"#

19 $!< $!

!;!

"!!"+$!%$!#

+%"#

1: $!</ !"!!"/ "!!"+$!(!!%$

%$!#+%"#

1 6@A 0 6 &!

C/% >!=%$"#/%+%"#

!@.?A

C# "!!;+%"#

@.6-A

3-@A &!

4 C#% "!+%"#

@.-A

5 C(&! &!$+%"#

7 C(! !"+%"#

8 "%$ "%$+%"#

9 "%$ "%$"!$+%"#

: $!"%$ -"$"$!"%!$"!$

+%"#

1 !%$$ !%$$"!$+%"#

$% %!$!#F

%"*#+%"#

$$%4 @$(A

[email protected]

0 6

&!

4 $$% @$(A

5 $#F %!$!#F

+%"#


8 $$% @$(A

9 $$% @$(A

: $$%1 @$(A

1 ("$"5 . "$"*(

("$"4 . "$"*(

("$" . "$"*(

("$" . "$"*(

4 ("$" . "$"*(

0+%"#" .

%%$

$-!$%

9

)* '%#%

!($$$.22&!$%$!#$"!$.$"!

($0 0 6;#$"+$"%$$*/$!$$

+%!"$$!$+%"#0

%$&!;#$"+!"$#;#,$!($!"

$%"! $"!$0! $&! ;#$"+ "##*#& $

#;#, $ !($ !"$% "! $ $!;%$ "+"%$"#(%

$%0

)/*,%($%#%

#%$

"$!#"%$!#!($$$$"$!##!(!"$!"

$(! "% %;!$ % %$ " ;#$"+ #;#0 %;!$ ;#$"+

%($$$$"%"#+%($%0

%;!$$%($$"%"#+;#$"+%$"+$"#+%"##;#

"%"!$&$$$;"#($(#"$%$%$!#%.$

"$!#""!%+$$#;#,"%$"%%+$"$!##!(!"

$!"$(!"$"%$"%$#;#0

#&!$"$!##!(!"$!"$(!,$+!"$!$$!

$!!$"%,"%;;!"0

!!,$#&!$"$!##!(!"$!"$(!,$+!

$$!$!$!%"#;#$"+,"%;;!"0$!$!$!

%"#;#$"+%($$$$"%"#+!$0

%$!#.22 $"$! #" */ $ %($ ;#$"+

#;#0

,4%(%#(%%#%$'5! 4#$#(

2!1 %@!!%;#$"+A,I 0 6;*/$!$!0

$!$!$!%"#;#$"+%($$$1%0

%, $ ;#$"+ "$ % * #&! $"% $ ;#$"+ "$ %

@&%$"$!##!$!"$(!"*($1J 1KA,1%

*>3>, "% $> +%"# #&! $ $3- $%$"#

$!(+ 4, $%+ +%!"$% $ "$! #" +%"#0

@1%%!"#0A

5 ("$"1 . "$"*(

7 6@A 0 6 &!

8 ("$": . "$"*(

9 ("$"9 . "$"*(

: [email protected] &!

41 ("$"8 . "$"*(

4 ("$"7 . "$"*(

4 ("$"5 . "$"*(

4 ("$"4 . "$"*(


0 6

&!

45 ("$" . "$"*(

47 ("$" . "$"*(

48 ("$" . "$"*(

49 ("$"1 . "$"*(

4: 6@A 0 6 &!

51 C( +%"#

5 <%$! @$(A

5 3-@A &!

5 "!*<%$! +%"#

54 (/% ?+%"#

55 (<": "!*(

57 (<"9 "!*(

0+%"#" .

%%$

$-!$%

Reset_OUT (ASIC Reset)

VCC3 VCC3

R114 11kF

C124 0.1u

C125 22000p

R117 10kF

IC104

M51957BFP

NC 8

GND 4

VCC 7NC 1

IN 2

NC 3

Cd 5OUT 6

R115 10kJ

CPU

P34

/RES

ASIC

12VVCC3

VCC3 VCC3

12VVCC3

12V

12V

12V

VCC3

5V

FTH

RTH

THOPEN

RTH_IN(1-A3)

(4-A3)

(5-B2)

(9-C2)

or KIA393F

or KIA393F

or KIA358F

or KDS226 or KDS226

R1567.5kF

R1594.3kF

D101

MA700

R1551MF

R1541kF

R15810kF

R1571kJ

C19722000p C199

0.1u

R169300J R170

100J

C198

0.1u

D102

DA204K

1

23

D103

DA204K

1

23

R1711.2kF

R17310kF

R17210kJ

C200

22000p

+

-

IC120A

NJM2903

3

21

84

C196

0.1u

+

-

IC120B

NJM2903

5

67

84

+

-

IC122A

LM358

3

21

84

CPU

AN0

t

12

Thermistor

Heat Roller

SW5V

(3-3B) HLHT EMP HLOUT (10-3A)

/HL

IC205

TD62503F

I11 O1 16

I22 O2 15

I33

I44 O3 14

I55 O4 13

I66 O5 12

I77COM8

O6 11O7 10

NC 9

R27

424

0J

R28

024

0J

Q205

DTA143XKA

OUT

IN

GND

D1031SS133

AK

To AC circuit(Heater lampControl)

:

"4$ %44% '#5 %(%# ' 6 %4$ %4'%

A % $ $!$! $!%"#;#$"+ +! $"% $$ #;#,

$>+%"#!$*>3>0

A >+%"#$(!%$*$>+%"#$!(+4!

$$ !($, "% %($$ $ $ $ $!" (#!% $ &!

0

A %$%$!%"#$!"$(!%%,"(#"#$$+"$$

C$!%"# $!"0%'(%$#/"(!!%$#&!$&!(!

$!(+$"$!#"$$$!",#+$%+$"$!#"0

"4$%44% '#5 %(%#'44 %4$%4'%

A % $ $!$! $!%"#;#$"+*#&! $"% $$

;"#(,$>+%"#!$*0

A >$(!%,$$$!"(#!%$&!$(!%

22,$C$!%"#$!"$(!%22,"%$"$!#"$(!%220

$'5%4%4'%($

;#$"+"$17%;!$;#$"+"$5%$!;$($($

>"$8%$0"$$"%$$!(*#

H>H#"/0

)7* -#%) $*

#%$

%$#"+%"#!$!$"%%$!;$#"

!$#/,$"$!(+$!;!$!;$#"0

(%$

!;!!($!"-"!#%+$%!($&$$!"%$!0!!"

#"!+!;(!!%$*$"%!""##(!!%$@($($(!

!%$A0%$!;! %($ ;#$"+ @*"!$"% %($A >3>

@I 0 6A,$$!"%$!$(!%$#&"(!!%$%$"!!&!$%,

!"$%+ $ #"0%$!;! , $!;!($($ $!%"#

;#$"+160

).* $'#((8%#%

: $$! %$!# , &+%!"$ $ (

&";!&$$(#+%"#@,A($($$!,!;

%+$$%!(#/$!0

)2* $%#%

"%$! !;% */ $- +%"# !0# $

"%$!!$"$%+,$-+%"#!;%$>3>"%"

$!(+5$$%$!#!($%$"%$!$!$"$$"%

$!0% $ "%$! !" $ !, $

-+%"#$(!%"%"$!(+5$$0

LOAD

+24V

ASIC/CPUOUT PUT

LOAD

24V

PGND

PGND

PGND

(TM)(TM_)

TMB_OTMA_O

(4-D3)(4-D3) (9-A1)

(9-A1)

R20547kJ

R20447kJ

+C21210u/35V

R1871kJ

R1881kJ

IC129

BA6920FP

Vcc17

GND8

Rin20

Fin18 OUT1

9

OUT25

VM16

VREF21

RNF6

PSAVE19

NC1

NC2

NC3

NC4

NC7

NC10

NC11

NC12

NC13

NC14NC15NC22NC23NC24NC25

FINFIN

C213

0.1u/50V

MMLD

ASIC

Main Motor

Control

Circuit

( Main Motor)

IC201

TD62503F

I11

O1 16

I22

O2 15

I33

I44 O3 14

I5

5 O4 13

I66 O5 12

I7

7 COM

8 O6 11

O7 10

NC

9

MMD MMD /MMD

CPU

1

)9* -1%#%:%$%#%

$%+$!"!#/ ! $!!!$!, $-2$!,

"% $ (#C$!0 !;! ! 8 @!!!!$!A $

*#"!!;7:-,"%$!;!! 9@!-2A $(%

#"!!;- 7202!%$!#,$-2($($$!;+%"#

!$$$,"%$!!!($($$!;+%"#$$

&$ $0/!;"$! %"C$%$!

"C$%$0

"$! &$ $ $! (!!%$ ;"#( % ""+%"$%

!"$0

-2$!!;!($

!!!$!!;!($

PGND

PGND

PGND

PGND

PGND PGND

24VM

5V

PGND

SPMT_2

(SPMT2)

SPMT_0SPMT_3SPMT_1

MRPS_1MRPS_2MRPS_3

(SPMT0)(SPMT3)(SPMT1)

(5-C2)(5-C2)(5-C2)

(4-D2)(4-D2)(4-D2)(4-D2)

(9-D1)(9-D1)

(9-E1)

(9-E1)

ÉÇUÇT

R199300J

C211 2200p

R191 7.5kJ

C214 2200p

R194 7.5kJ

C218

2200p

C227

OPEN

C216

OPEN

C215 OPEN

C232 OPEN

C222

2200p

R198 2.4kJ

R203 2.4kJ

R1951kJ

R2071kJ

C220

0.1u

R200620J

R2011.2kJ

R202100J

R196750J

+C219

47u/16V

R197 1J 2W

IC128

MTD1361/F

CrA23

CrB20

VsA25

RsA3

VrefA24

VrefB19

RsB12

VsB18

In /A26

In A27

In /B17

In B16

Vmm22

OUT /A1

OUT A4

OUT /B14

OUT B11

PG15

PG28

D1

12

OP

EN

D1

13

OP

EN

D1

14

OP

EN

D1

15

OP

EN

R206 1J 2W

+C21747u/16V

5V

24VM

24V

5V

5V

24VM

PGND

PGNDPGND PGND

24Vdup

PGND

PGND

PGND PGND

PGND

PGND

MM_PH_A

OUT_A-

MM_AI0

MM_PH_B

MM_BI0MM_BI1

MM_AI1

OUT_A+

OUT_B-

MMref0MMref1MMref2

OUT_B+

(8-C3)(8-C3)(8-C3)(8-C3)

(2-A3)(2-A3)(2-A3)

(2-A3)

(2-A3)(2-A3)

(5-C1)(5-C1)(5-C1)

CP101ICP-N38

C202820p

C203820p

C204820p

C2070.1u

C201820p

C2050.1u

+ C2061u/16V

+ C20847u/35V

D10

5O

PE

N

R1801.5kJ

R178

0.68J1W

R18230kJ

R18330kJ

R1791.5kJ

R177

0.68J1W

R186510J

R1851kJ

R1842kJ

R1811kJ

IC127

L6219DS

OUT 2A2

SENSE 23

COMP 24

OUT 2B5

GND6

GND7

I028

I129

PHASE 210

VREF 211

RC 212

VSS13RC 114VREF 115PHASE 116I1117GND18GND19I0120OUT 1B21COMP 122SENSE 123VS24

OUT 1A1

D10

6O

PE

N

D10

7O

PE

N

D10

8O

PE

N

CP102ICP-N38

C2090.1u/50V

C2100.1u/50V

CP2010603FA1.5A

CP2020603FA1.5A

)3* (%$#%

+$

!"$%!($$F/"$!C!($"%$

#"/"$!C!($0

;8%<#%

#$+%"#J "!%$!$$$$

#$!%$!"$%!($0

+%"#$$%+22.$F/"!%$$$"E

J0

-'(8#%

#"/ %$!##*/%%+$"$"+%"# !$

$,$#F+%"#,"%$#"$+%"#!$$$

-!;!%$!"$%!($0

∗ *"!($!/$""$"$("0

)0*=1#%

+$

.2!($$!;!"%$94!;!,

"%!!"!%$!"&$$@A0

#%

$$!;!,$!%$"#+%"#@"%"#+A"!%

;!$ %$+$"# +%"#,&"! %$ $ $0 % $ !;!

!(!, %$!"*$&%$@%+%A"% $$ !

!0

&9/#%

94!;! ( $!! %$!"*$&%$

@%+%A"%$$0

)*#$%

+$

"!!"+(%$ !;&$ $-, $ %;!$!,

"%$#"0$"%(%$"%$!"%!-%;!$"+

"$"$$0

-!"

-%$-#/$#!"+%!(-997

5411C#C #%,"%"%(%$ % $"%"%%%+

!$%%$!#($%711.#$$!=0

"+"$" "%%*/ $-"! %($$ $ $2@-:97A,

"% (*)$ $ -, "#"$%, "% -%;!%0 % +$"#

"$""!($($$$$"%$$,&!!

"+!$+$"#"$"0

($%!"

$!"%!!%$!##*/$#"%$!#+%"#!$

0$!"%!!($($%$!##+$%+$#"$!"/

$(*0

-(6#%

- &! !($ !$#/ !$ $ &! "% !!

&$%+%;!% &$ $ -.- %;!$! !($, "% !$

"%$"+"%$+%!"$"-;#$"+0

%$"%$;#$"+%$!#!($I560I46"%I6"!

$%%%$!#/$*/&%%+!$I56&%%+0&%

%+@A,I46,I6,"%I56"!!;&$$.22(%$%

*/C$!%"#+%"#0I 0 6($($$!I56$$!+(#"$!0

!$$*#F"+!",+@A0

+@A#F"+!"

USB driverIC401

USB

connector

D -

D+

OE, RCV, VP, VMSuspend, VMOVPO

ASIC

Centronics

connector

IEEE1284

driver

IC403

ASIC

Noise filtercircuit

Rush currentprevention circuit

Rectifying/smoothing

circuit

Inverter circuit(Flyback converter system)

Rectifying/smoothing circuit (Semiconductor switch)

Rectifying/smoothing circuit

Rectifying/smoothing circuit

+12V regulator IC(with ON/OFF function)

Overcurrentprotection circuit

Controlcircuit

Constant-voltagedetection circuit

(Semiconductor switch)

+3.3Vregulator IC

)* '5%#%

#$! !($ "%0 $ !(%%

"%%!"#%+%!"$!$#%0

%%"% $"$+%!"$ % " #% !3-0 $

%%%$#;!$!(+11,11 ,"%118$3-0

%!"#%"%$"$;!#"%$#%!$($($

#%0$"$$%("$*/11,11,117,"%110!$+@A0

+@A#$!!($

)&* #'4#$%($%$#%$%58$=

'%4$#%

+@ A((!!%$!;%$%,!$/%+.$%+!($

%$&!!$#/!$,$!&!%$$!((!

!%$ !;%$% !$! @>11A, "% C$!#/ #"!+ !( (!!%$

&(# #& ( $ " "!+%+(!!%$ #&%+ $!(+ $$%+

""$!11&%$(!%%+%$&!0

!;%$"+"%$$,$!((!!%$!;%$%!$!>11

!;*$&%$!$/%+-11"%$$%+

11,(!%+"!((!!%$0

!$/%+.$%+!($!$"51.71>=;#$"+&$$

!$/%+!($,"%$$&$$$%+""$!110

)*$%$$%#%)18$%'8'%*

+@4A%;!$!"%%$!#!($

!($ %$% "!"$C$"$%--%;!$! "##

#/*"F%;!$!,"&%%+@4A0

%"%#$!$;;#$"+"# $!(+-1,115,

"%117$11,11##"$$%($D110

"!(#$,";#$"+"#$$!"!/&%%+$%;!$!

$!"%!!@11A"%"$$"$";#$"++%!"$%$

!;%+&%%+11$!"$110%11$(!%.22

D11"$$!'(%/"*($81E>=$!%*/170

%!$$"$,$;#$"+%$%"!/&%%+!;!

$$-1 "%%(!!%$#&$!(+$%"!/&%%+

110

%!$22$"$,$(!!%$#&%+$!(+$!"!/&%%+

% $ " !$% " $ !"!/&%%+, %($%+-1 "%

$!"%$$%+%!+/$$%"!/&%%+0!$+@4A0

+@5A!"$%&";!$#/*"F%;!$!

T001D103

R10

9R

111PC

002

IC10

2

Q001

R012

R006R005

R013C013

R012

AC

8 7 6IC002

R016

5

1 2 3 4

PC002

C010

secondarywindingvoltage

%$!#!($(*)$$%+"$;*"F!$%"!/

"&%%+@4A0$(#!@11A#/$%(

#"$*$&%$!"!/"%$%"!/$*"F$

%$!#+%"#$$!"!/0

% $ ($($ ;#$"+ %!" */ %!+/ $!"%% !

11, $ ;#$"+$$*/1:"% "!&$ $

!!%;#$"+10%$C$!!%;#$"+,$

(!!%$ #&%+ $!(+ 1 @$"$ , $ $ (!!%$

11A %!" "% $!"%$$ $ $ !"!/ 0 % $

$%$"#"$ $*"F%@%A1 !"$%$!#

D110!!, $"%+ % $($($;#$"+% $%"!/

"$!(+1"%11$%$!#D11,$"*#=%+

$($($;#$"+0

)/* #$%(%%$#%)!8'*

%;!$! !($ $!"!/ %%$&$ $ (!!%$

$$%!$!10%"%;!(!!%$(!%$%"!/

, $ (!!%$ #&%+ $!(+ $ !"!/ %;!$! D11

%!"0(!!%$$$*/1,"%"$!(+1

$81;!(!!%$!$!$%+%@ %A$$(!%22D11,($$%+

"##&!0!(#/$&!,$(!%"%%$&!0!$

+@4A0

)7* %58$='%4$#%)>7?*

+@7A$/%+.$%+!($

+ !'(%/ (# +%!"$ */ $ %;!$! !($

!"*/$%;!$!$!"%!!,!$*/$+!'(%/

-1 ,"%$*/1 "%140

+@8AI56!$/%+.$%+!($;#$"+&";!

Voltage waveform

Voltage waveform

AA

BB

CC

DD

EE

44

33

22

11

MC

U P

WB

(C

PU

SE

CT

ION

)

1. M

CU

PW

B

C1

26

47

p

1 2

BR

11

63

3J

1 2 3 4

8 7 6 5

R1

07

*4 21

BR

11

93

3J

1 2 3 4

8 7 6 5

BR12233J 1

234

8765

BR12533J

1234

8765

R1

03

*1 21

X1

01

HC

-49

U/S

19

.66

08

MH

z

12

R1

08

10

kJ

21

BR12433J

1234

8765

R1

14

11

kF

21

BR

11

83

3J

1 2 3 4

8 7 6 5

R1

04

*3 21

R1

02

*2 21

BR12333J 1

234

8765

BR

12

03

3J

1 2 3 4

8 7 6 5

R1

06

0J

21

C10

410

0p

1 2

C1

06

12

p1

2

C1140.1u1 2

C1150.1u1 2

C1110.1u1 2

C122OPEN1 2

C119OPEN1 2

C1

05

10

0p

1 2

C1

09

10

u/1

6V

1 2

+

C1120.1u1 2

C120OPEN1 2

C1

24

0.1

u

1 2

C1100.1u1 2

C117OPEN1 2

C1130.1u1 2

C1

03

*512

R1

09

OP

EN

21

C1

25

22

00

0p

1 2

C123OPEN1 2

C1

02

*61

2

R1

17

10

kF

21

C1

08

0.1

u

1 2

C121OPEN1 2

R1

05

0J

21

C118OPEN1 2

R1

12

10

kJ2

1

BR

11

4

10

kJ

1234

8765

L1

01

ZJS

R5

10

1-2

23

1

2

3

BR

10

8

10

kJ

1 2 3 4

8 7 6 5

BR

11

5

10

kJ

1 2 3 4

8 7 6 5

BR

10

7

10

kJ

1 2 3 4

8 7 6 5

BR

11

0

10

kJ

1 2 3 4

8 7 6 5

C1

28

0.1

u

1 2

R1

11

10

kJ2

1B

R1

17

10

kJ

1234

8765

BR

10

9

10

kJ

1 2 3 4

8 7 6 5

BR

10

5

10

kJ

1 2 3 4

8 7 6 5

BR10110kJ1234

8765

R1

01

OP

EN

21

IC1

02

24W

C02

or H

T24L

C02

E0

1E

12

E2

3V

SS

4S

DA

5S

CL

6W

C7

VC

C8

BR10210kJ1234

8765

BR10310kJ1234

8765

BR

10

6

10

kJ

1 2 3 4

8 7 6 5

BR

10

4

10

kJ

1 2 3 4

8 7 6 5

IC1

01

P2

01

0/P

LL

70

1-0

1

Xin

1X

ou

t2

FS

03

Vss

4S

So

n5

MO

DO

UT

6S

R0

7V

DD

8

BR11210kJ

1234

8765

R2

71

10

kJ

21

IC1

03

H8

S/2

32

0

HD

6412

320V

F25

(H8S

/232

0)

P3

5/S

CK

16

4

P3

4/S

CK

06

3

P3

3/R

xD1

62

P3

2/R

xD0

61

P3

1/T

xD1

60

P3

0/T

xD0

59

VC

C5

8

PD

7/D

15

57

PD

6/D

14

56

PD

5/D

13

55

PD

4/D

12

54

Vss

53

PD

3/D

11

52

PD

2/D

10

51

PD

1/D

95

0

PD

0/D

84

9

PE

7/D

74

8

PE

6/D

64

7

PE

5/D

54

6

PE

4/D

44

5

Vss

44

PE

3/D

34

3

PE

2/D

24

2

PE

1/D

14

1

PE

0/D

04

0

VC

C3

9

AV

cc1

03

Vre

f1

04

P4

0/A

N0

10

5

P4

1/A

N1

10

6

P4

2/A

N2

10

7

P4

3/A

N3

10

8

P4

4/A

N4

10

9

P4

5/A

N5

11

0

P4

6/A

N6

/DA

01

11

P4

7/A

N7

/DA

11

12

AV

ss1

13

Vss

11

4

P1

7/P

O1

5/T

IOC

B2

/TC

LK

D1

15

P1

6/P

O1

4/T

IOC

A2

11

6

P1

5/P

O1

3/T

IOC

B1

/TC

LK

C1

17

P1

4/P

O1

2/T

IOC

A1

11

8

P1

3/P

O1

1/T

IOC

D0

/TC

LK

B1

19

P1

2/P

O1

0/T

IOC

C0

/TC

LK

A1

20

P1

1/P

O9

/TIO

CB

0/D

AC

K1

12

1

P1

0/P

O8

/TIO

CA

0/D

AC

K0

12

2

MD

01

23

MD

11

24

MD

21

25

PG

0/C

AS

12

6

PG

1/C

S3

12

7

PG

2/C

S2

12

8

PG3/CS1 1

PG4/CS0 2Vss 3

NC 4

VCC 5

PC0/A0 6

PC1/A1 7

PC2/A2 8

PC3/A3 9Vss 10

PC4/A4 11

PC5/A5 12PC6/A6 13

PC7/A7 14PB0/A8 15

PB1/A9 16

PB2/A10 17PB3/A11 18

Vss 19

PB4/A12 20

PB5/A13 21PB6/A14 22PB7/A15 23

PA0/A16 24PA1/A17 25

PA2/A18 26

PA3/A19 27Vss 28

PA4/A20/IRQ4 29

PA5/A21/IRQ5 30

PA6/A22/IRQ6 31

PA7/A23/IRQ7 32

P67// CS7IRQ3 33

P66// CS6IRQ2 34

Vss 35Vss 36

P65/IRQ1 37

P64/IRQ0 38

P53/ADTRG102P52/SCK2101

Vss100Vss99

P51/RxD298P50/TxD297

PF0/BREQ96PF1/BACK95

PF2// WAIT/BREQO LCAS94PF3/LWR93PF4/HWR92

PF5/RD91PF6/AS90

VCC89PF7/088

Vss87EXTAL86

XTAL85VCC84

STBY83NMI82

RES81WDTOVF80

P20/PO0/TIOCA379P21/PO1/YICOB378P22/PO2/TIOCC377P23/PO3/TIOCD376P24/PO4/TIOCA475 P25/PO5/TIOCB474P26/PO6/TIOCA573P27/PO7/TIOCB572

P63/TEND171P62/DREQ170

P61// TEND0CS569Vss68Vss67

P60// DREQ0CS466Vss65

BR12133J

1234

8765

IC1

04

M5

19

57

BF

P

NC

8

GN

D4

VC

C7

NC

1IN

2N

C3

Cd

5O

UT

6

C1

07

0.1

u

1 2C

10

10

.1u

1 2

R2

70

OP

EN

21

R1

15

10

kJ

21

R1

18

10

kJ

21R1

16

OP

EN 2

1

R2

76

33

J2

1

BR

11

1

10

kJ

1234

8765

R2

77

33

J2

1R

27

81

00

J2

1

R2

83

10

kJ

21

R2

84

10

kJ

21R2

85

33

J 21

R2

91

1kJ

21

D5

CP

UC

LK

(NC

)

D0

SP

MT

1

RY

/BY

CC

D_

TG

D7

LWR

D1

2

/CS

0

/CS

2

RESETOUT

D4

LWR

D8

D1

5

/CS

2

/SC

AN

SP

/TR

AN

SS

TD

10

/CS

0

D3

MT

_H

OM

E

(FW

)

D7

SC

L

/CS

1

FAX

ST

S(N

C)

/SC

AN

ST

/PR

INT

ST

D6

CP

U_

SY

NC

/PR

INT

ST

D1

3

MT

_H

OM

E

D5

D0

CC

D_

TG

AR

B_

INT

SD

A

D1

2

CPUNRST

D9

SP

MT

0

D1

1

SP

MT

2

/SC

AN

SP

D1

0

(FW

)

SP

MT

3

CPUCLK(NC)

FAX

ST

S(N

C)

D4

D2

/TR

AN

SS

T

CP

U_

SY

NC

D1

D9

SC

L

D2

AR

B_

INT

D1

4

SP

MT

1

SP

MT

3

/CS

1

SD

A

D3

FAX

CM

D(N

C)

A2

0

D6

D1

4

/SC

AN

ST

D8

D1

D1

5

SP

MT

0

SP

MT

2

FAX

CM

D(N

C)

D1

3

D1

1

RY

/BY

A0

A5

A2

A4

A11

A19

A13

A3

A8

A10

A7

A12

A16

A14

A18

A1

A15

A17

A6

A9

A2

0

CP

UN

RS

T

RE

SE

TO

UT

HW

R

HW

RR

D

RD

RE

SE

TO

UT

1

RE

SE

TO

UT

1

VC

C3

VC

C3

CP

U3

.3

CP

U3

.3

VC

C3

VC

C3

VC

C3

VC

C3

VC

C3

VC

C3

VC

C3

VC

C3

VC

C3

VC

C3

VC

C3

VC

C3

/AS

IC_

RS

T

A[1

9..

0]

mt_

at_

ho

me

(SIN

1)

RY

/BY

RT

H

SD

A

TM

CL

K

(PS

W)

/CS

0

/CS

2

PO

FF

DM

T3

SP

MT

1

DM

T0

DM

T2

/SC

AN

ST

SE

LIN

1

SE

LIN

3

CC

D_

TG

/PR

INT

ST

CP

U_S

YN

C

AR

B_

INT

SC

L

(SIN

3)

(KIN

1)

D[1

5..

0]

(SIN

2)

PS

L

(US

BIN

)

TM

EN

(KIN

2)

SP

MT

0

/CS

1

PM

CL

K

SP

MT

2/M

IRC

NT

DM

T1

/SC

AN

SP

/TR

AN

SS

T

(SP

PD

)

SP

MT

3

SE

LIN

2

(FW

)

/LW

R

TxD

1

/RD

/HW

R

ON

L

D_

CO

NT

BE

O

CP

UN

RS

T

/CL

_R

ES

ET

Sp

rea

din

g R

an

ge

:+

/- 1

.25

%R

104(*

3)

OP

EN

0J

R103(*

1)

OP

EN

680J

R107(*

4)

22J

OP

EN

R102(*

2)

0J

OP

EN

C103(*

5)

C102(*

6)

22pF

22pF

15pF

15pF

*R102,R

103,C

102, and C

103 a

re tem

tativ

e

(3-A

2)

(2-A

2)

(2-A

2)(3

-A2

)

(4-C

3)

(4-C

3)

(4-C

3)

(9-B

1)

(9-B

1)

(5-E

3)

(4-D

3)

(4-D

3)

(4-D

3)

(2-A

2)

(2-A

2)

(2-A

2)

(2-A

2)

(4-C

2)

(4-C

2)

(4-C

2)

(4-C

2)

(8-C

3)

(8-D

3)

(2-A

1)

(3-A

2)

(3-C

2)

(2-D

1)

(2-A

1)

(3-A

3)

(2-A

1)

(4-D

4)

(8-C

2)

(7-E

1)

(2-A

1)

(2-B

4)

(7-E

1)

(2-A

2)

(3-A

1)

(6-D

3)

(6-D

3)

(6-D

4)

(6-D

4)

(5-B

2)

(5-B

1)

(2-A

2)

(2-A

2)

(4-D

4)

(4-D

4)

(3-B

2)

(9-B

1)(2

-D1

)

(9-B

3)

(8-A

2)

(8-C

4)

CP

U p

ort

se

lect

ion

of

a /

AS

IC_

RS

T o

utp

ut

PF

63

3J

mo

un

ted

on

R1

16

an

d R

28

5 a

re O

PE

NP

34

33

J m

ou

nte

d o

n R

28

5 a

nd

R1

16

are

OP

EN

(8-C

1)

(3-B

2)

When IC

101 is

,m

ounte

dN

OT

mounte

d

1/9

AA

BB

CC

DD

EE

44

33

22

11

MC

U P

WB

(A

SIC

SE

CT

ION

)2/

9

L110

ZJS

R51

01-2

23

1

2

3

C16

40.

1u

1 2

C16322000p

1 2

C16

512

p

1 2

L113

ZJS

R51

01-2

23

1

2

3

C1680.1u

C16922000p

1 2

1 2

1 2

C16

712

p

C13

9

47u/

16V

1 2+

L103

ZJS

R51

01-2

231

2

3

C1290.1u

C1330.1u

C1310.1u

C1320.1u

C1340.1u

C1350.1u

C1360.1u

C1370.1u

C1380.1u1 2

1 2

1 2

1 2

1 2

1 2

1 2

1 2

1 2

1 2

1 2 1 2 1 2

1 2

1 2

1 2

1 2

1 2

1 2

1 2

1 2

1 2

1 2

1 2

1 2

1 2

1 2

1 2

1 2

1 2

1 2

1 2

1 2C1410.1u

C1440.1u

C1420.1u

C1430.1u

C1400.1u

C1450.1u

C1460.1u

C1470.1u

C1480.1u

C1490.1u

C1500.1u

C1570.1u

C1540.1u

C1590.1u

C1580.1u

C1550.1u

C1510.1u

C1530.1u

C1520.1u

C1560.1u

C1620.1u

C1600.1u

C1610.1u

R11933J21

R12

133

J2

1

R12

710

kJ2

1

R12

810

kJ2

1

X10

2

OS

C-1

124

MH

z

N.C

.1

VC

C8

OU

TP

UT

5

GN

D4

X10

3

OS

C-1

113

.986

7MH

zN.C

.1

VC

C8

OU

TP

UT

5

GN

D4

BR

134

33J

1 2 3 4

8 7 6 5

BR

142

33J

1 2 3 4

8 7 6 5

BR

143

33J

1 2 3 4

8 7 6 5

BR

144

33J

1 2 3 4

8 7 6 5

BR

147

33J

1 2 3 4

8 7 6 5

BR

149

33J

1 2 3 4

8 7 6 5

BR

151

33J

1 2 3 4

8 7 6 5

BR

131

33J

1 2 3 4

8 7 6 5B

R13

233

J1 2 3 4

8 7 6 5

BR

136

33J

1 2 3 4

8 7 6 5

BR

138

33J

1 2 3 4

8 7 6 5

BR

140

33J

1 2 3 4

8 7 6 5

BR

141

33J

1 2 3 4

8 7 6 5

BR12633J 1234

8765

1234

8765

1234

8765

1234

8765

1234

8765

BR12733J

BR12833J

BR12933J

BR13033J

BR

153

10kJ

1 2 3 4

8 7 6 5

BR

154

10kJ

1 2 3 4

8 7 6 5

BR

155

10kJ

1 2 3 4

8 7 6 5

BR

145

10kJ

1 2 3 4

8 7 6 5

BR

148

10kJ

1 2 3 4

8 7 6 5

BR

150

10kJ

1 2 3 4

8 7 6 5

BR

152

10kJ

1 2 3 4

8 7 6 5

BR

133

10kJ

1 2 3 4

8 7 6 5

BR

135

10kJ

1 2 3 4

8 7 6 5

BR

137

10kJ

1 2 3 4

8 7 6 5

BR

139

10kJ

1 2 3 4

8 7 6 5

BR

146

10kJ

1 2 3 4

8 7 6 5

R12

210

kJ

R12

9O

PE

N

R12

310

kJ

R13

0O

PE

NR

131

OP

EN

R12

410

kJ

R13

2O

PE

N

R12

510

kJR

126

10kJ

21

21

21

21

21 21

21

21

21

21

21

R13

3O

PE

N

R12

010

0J2

1

IC10

7N

C7S

T08

M5X

1 24 C17

00.

1u

1 2

C16

647

p

1 2

C1300.1u

R25

433

J2

1C

315

47p

12

R25

533

J2

1C

316

47p

12

R25

633

J2

1C

317

47p

12

R25

733

J2

1C

318

47p

12

R25

833

J2

1C

319

47p

12

R25

933

J2

1C

320

47p

12

R26

033

J2

1

C32

147

p12

R26

133

J21

R26

233

J21

R26

7

10J

21

R18

910

kJ2

1

IC10

6

HG

73C

119H

F

Jag

uar

AS

IC w

ith

ou

t P

CI

CPU_AD6 1CPU_AD5 2CPU_AD4 3CPU_AD3 4

GND(CORE/DC) 8

CPU_AD2 6CPU_AD1 7

VCC(CORE/DC) 5

CPU_AD0 9SGS 10SRRC 11SPUS 12SPPS 13MRPS1 14MRPS2 15OPE_LATCH 16OP_DATA 17VCC(AC) 18OP_CLK 19VFMCNT 20GND(AC) 21VFM 22TC 23GRIDL 24MC 25MRPS3 26Y3 27

BIAS 28LDEN 29PMD 30GND(CORE/DC) 31MMD 32

VCC(CORE/DC) 34MPFS 35CPFS2 36CPFS1 37POFFR 38RRS 39PR 40HL 41

TMON 42TM_ 43VCC(AC) 44TM 45MIRON 46GND(AC) 47SPFON 48MIRCNT 49

PCL_S_PRINT 51FAX_S_PRINT 52ES_S_PRINT 53PRAREAEN 54TDI 55

VCC(CORE/DC) 57GND(CORE/DC) 56

PFCLK0 58RESET# 59GND(AC) 60TRST 61TCK 62

TMS 63VCC(AC) 64

IE12

84_P

AR

AD

086

IE12

84_P

AR

AD

184

IE12

84_P

AR

AD

283

IE12

84_P

AR

AD

381

VC

C(C

OR

E/D

C)

69

IE12

84_P

AR

AD

480

IE12

84_P

AR

AD

579

GN

D(C

OR

E/D

C)

72

IE12

84_P

AR

AD

678

IE12

84_P

AR

AD

777

IE12

84_R

EV

#76

IE12

84_I

NIT

68

IE12

84_S

LCT

IN#

67

IE12

84_A

UTO

FD

#66

IE12

84_S

TB

#65

IE12

84_A

CK

#74

IE12

84_B

US

Y73

VC

C(A

C)

82

IE12

84_P

E71

IE12

84_F

AU

LT#

75

GN

D(A

C)

85

IE12

84_S

LCT

70

VP

OU

T93

VM

OU

T92

SU

SP

EN

D87

VM

IN88

VP

IN89

RC

V90

OE

N91

TM

2_15

M94

VC

C(P

LL)

95G

ND

(PLL

)96

VC

C(P

LL)

97G

ND

(PLL

)98

PF

CLK

99V

CC

(CO

RE

/DC

)10

0G

ND

(CO

RE

/DC

)10

1R

AM

_DAT

A0

102

RA

M_D

ATA

110

3R

AM

_DAT

A2

104

GN

D(A

C)

105

RA

M_D

ATA

310

6R

AM

_DAT

A4

107

VC

C(A

C)

108

RA

M_D

ATA

510

9R

AM

_DAT

A6

110

GN

D(C

OR

E/D

C)

111

RA

M_D

ATA

711

2R

AM

_DAT

A15

113

RA

M_D

ATA

1411

4V

CC

(CO

RE

/DC

)11

5R

AM

_DAT

A13

116

RA

M_D

ATA

1211

7G

ND

(CO

RE

/DC

)11

8R

AM

_DAT

A11

119

RA

M_D

ATA

1012

0V

CC

(CO

RE

/DC

)12

1R

AM

_DAT

A9

122

RA

M_D

ATA

812

3G

ND

(AC

)12

4R

AM

_CLK

125

RA

M_C

KE

126

RA

M_W

DE

#12

7V

CC

(AC

)12

8TM2_24M192

SFCLK191GND(AC)190

AFP_DATA0189GND(AC)188

AFP_DATA1187AFP_DATA2186

VCC(AC)185AFP_DATA3184AFP_DATA4183

GND(CORE/DC)182AFP_DATA5181AFP_DATA6180AFP_DATA7179

VCC(CORE/DC)178MTR_AT_HOME177

AFP_AFESCK176GND(CORE/DC)175

AFP_AFESEN174AFP_ADCCLK173

VCC(CORE/DC)172CCD_PH1171GND(AC)170

AFP_AFESDI169CCD_PH2168

AFP_BSMP167VCC(AC)166

CCD_PHCLB165CCD_PHRB164AFP_VSMP163

GND(CORE/DC)162CCD_TG161

AFP_OBE160VCC(CORE/DC)159

CL158TDO157

RAM_MAD3156RAM_MAD2155RAM_MAD1154

VCC(CORE/DC)153RAM_MAD0152

RAM_MAD10151RAM_MAD4150

GND(CORE/DC)149RAM_MAD5148RAM_MAD6147

VCC(AC)146RAM_MAD7145RAM_MAD8144

GND(AC)143RAM_MAD9142

RAM_MAD11141VCC(CORE/DC)140

RAM_MAD12139RAM_DQM1138RAM_DQM0137

GND(CORE/DC)136RAM_BANK1135RAM_BANK0134

VCC(CORE/DC)133RAM_CS#132

RAM_RAS#131RAM_CAS#130

GND(CORE/DC)129C

PU

_AD

725

6C

PU

_AD

825

5C

PU

_SY

NC

#25

4A

RB

_IN

TR

253

GN

D(A

C)

252

ME

M_I

NT

R25

1C

PU

CS

#25

0V

CC

(AC

)24

9C

PU

_DAT

A0

248

CP

U_D

ATA

124

7C

PU

_DAT

A2

246

CP

U_D

ATA

324

5V

CC

(CO

RE

/DC

)24

4C

PU

_DAT

A4

243

CP

U_D

ATA

524

2C

PU

_DAT

A6

241

CP

U_D

ATA

724

0G

ND

(CO

RE

/DC

)23

9C

PU

_DAT

A8

238

CP

U_D

ATA

923

7V

CC

(AC

)23

6C

PU

_DAT

A10

235

CP

U_D

ATA

1123

4C

PU

_DAT

A12

233

CP

U_D

ATA

1323

2

SC

AN

SP

217

CP

U_D

ATA

1423

1C

PU

_DAT

A15

230

TM

CLK

225

TM

EN

221

GN

D(C

OR

E/D

C)

226

PR

INT

ST

#22

0T

RA

NS

ST

#21

9

VC

C(C

OR

E/D

C)

223

SC

AN

ST

#21

8

CP

UR

D#

216

CP

UW

R#

215

TE

ST

PIN

022

9T

ES

TP

IN1

228

TE

ST

PIN

222

7

TE

ST

PIN

322

4

TE

ST

PIN

422

2

LEN

D#

214

GN

D(A

C)

213

LD#

212

SY

NC

#21

1V

CC

(AC

)21

0M

TR

_Y2

209

MT

R_I

2220

8M

TR

_I12

207

MT

R_I

0220

6V

CC

(CO

RE

/DC

)20

5M

TR

_PH

AS

E2

204

MT

R_I

2120

3M

TR

_I11

202

MT

R_I

0120

1G

ND

(CO

RE

/DC

)20

0M

TR

_PH

AS

E1

199

MT

R_Y

119

8V

CC

(CO

RE

/DC

)19

7

GN

D(P

LL)

195

VC

C(P

LL)

196

GN

D(P

LL)

193

VC

C(P

LL)

194

GND(CORE/DC) 33

GND(CORE/DC) 50

R27

9O

PE

N

R28

0O

PE

N

21

A6A5A4

A3A2

A1

A9

A8

D15

D13

D12

D11

D10

D9

D8

D7

D6

D5

D4

D3

D2

D1

D0

AC

KB

US

YP

ES

LCT

INIT

SLC

TIN

AU

TOF

DS

TB

PAR

AD

7PA

RA

D6

PAR

AD

5PA

RA

D4

PAR

AD

3PA

RA

D2

PAR

AD

1PA

RA

D0

RE

V

INIT

SLC

TIN

AU

TOF

DS

TB

AC

KB

US

YP

E

FAU

LT

SLC

T

FAU

LTR

EV

PAR

AD

7PA

RA

D6

PAR

AD

5PA

RA

D4

PAR

AD

3PA

RA

D2

PAR

AD

1PA

RA

D0

SU

SP

EN

DV

MIN

RA

MD

B0

RA

MD

B1

RA

MD

B2

RA

MD

B3

RA

MD

B4

RA

MD

B5

RA

MD

B6

RA

MD

B7

RA

MD

B15

RA

MD

B14

RA

MD

B13

RA

MD

B12

RA

MD

B11

RA

MD

B10

RA

MD

B9

RA

MD

B8

RA

MD

B0

RA

MD

B1

RA

MD

B2

RA

MD

B3

RA

MD

B4

RA

MD

B5

RA

MD

B6

RA

MD

B7

RA

MD

B15

RA

MD

B14

RA

MD

B13

RA

MD

B12

RA

MD

B11

RA

MD

B10

RA

MD

B9

RA

MD

B8

MAD12MAD11MAD9MAD8

MAD7MAD6MAD5MAD4

MAD10MAD0MAD1MAD2

MAD3POFFR

TMON

AF

E_D

B0

AF

E_D

B7

AF

E_D

B6

AF

E_D

B5

AF

E_D

B4

AF

E_D

B3

AF

E_D

B2

AF

E_D

B1

VP

OU

TV

MO

UT

SU

SP

EN

DV

MIN

VP

INR

CV

VP

INR

CV

VM

OU

TV

PO

UT

MM

_AI0

MM

_AI1

MM

_AI2

MM

_BI0

MM

_BI1

MM

_BI2

D14

ES_S_PRTFAX_S_PRTPCL_S_PRT

ES

_S_P

RT

FAX

_S_P

RT

PC

L_S

_PR

T

A7

MM

_AI0

MM

_AI2

MM

_AI1

MM

_BI0

MM

_BI1

MM

_BI2

PO

FF

R

TS

P0

TS

P1

TS

P2

TS

P3

TS

P4

TS

P0

TS

P1

TS

P2

TS

P3

TS

P4

TM

ONVC

C3

G3.

3V

G3.

3V

VC

C3

VC

C3

VC

C3

VC

C3

VC

C3

VC

C3

VC

C3

5V

5V

/LW

R

JTG

_TD

O

MA

D[1

2..0

]

DQ

M1

DQ

M0

BA

NK

1B

AN

K0

/SD

CS

/SD

RA

S/S

DC

AS

CL

CC

D_T

G

VS

AM

P

CC

D_R

S

CC

D_C

P

BS

AM

P

CC

D_P

HI2

AF

E_S

DI

CC

D_P

HI1

AD

CLK

AF

E_S

EN

AF

E_S

CK

mt_

at_h

ome

AF

E_D

B[7

..0]

MM

_Y1

MM

_PH

_A

MM

_AI0

MM

_AI1

MM

_PH

_B

MM

_BI0

MM

_BI1

MM

_Y2

/LE

ND

/RD

/SC

AN

SP

/SC

AN

ST

/TR

AN

SS

T/P

RIN

TS

TT

ME

N

TM

CLK

/CS

2

AR

B_I

NT

CP

U_S

YN

C

A[1

9..0

]

SGS

/RE

V

/INIT

JTG

_TM

SJT

G_T

CK

CP

UN

RS

T/A

SIC

_RS

TJT

G_T

DI

/AC

KB

US

YP

E

/FA

ULT

SLC

T

VP

OU

TV

MO

UT

SU

SP

EN

D

OE

NR

CV

/SLC

TIN

/AU

TOF

D/S

TB

VM

INV

PIN

/SD

WD

ES

DC

KE

SD

CLK

SRRCSPUSSPFS

MRPS1

OP_LATCHOP_DATA

VFMCNT

MRPS2

VFMTC

GRIDLMC

MRPS3

BIASLDEN

MM_Y3

PMD

MMD

RRS

HLPR

CPFS1

MPFSCPFS2

TM_

SPFON

TMMIRON

MIRCNT

OP_CLK

D[1

5..0

]

PAR

AD

[7..0

]

RA

MD

B[1

5..0

]

(/S

YN

C)

/VID

EO

(8-C

1)

(1-D

2),(

8-D

2)

(8-D

2)

(8-D

2)

(8-D

2)

(8-D

2)

(8-D

2)

(8-D

2)

(8-E

2)

(8-E

2)

(8-E

2)

(8-E

2)

(8-C

2)(8

-D2) (5

-B1)

(5-B

1)

(6-B

3)

(6-B

3)(6

-B3)

(6-C

3)

(6-C

3)(6

-C3)

(4-D

4)

(9-A

2)

(1-A

2)

(1-A

2)

(1-B

3)

(1-D

3)

(1-A

2)

(1-D

2)

(5-B

1)

(1-B

3)

(1-D

3)

(1-A

2)

(1-D

2)(1

-D2)

(1-A

2)

(1-C

1)

(5-A2)(5-A2)(5-A2)(5-A2)(5-B2)(5-B2)

(5-B3)

(5-B3)(5-B4)(5-B4)(5-B4)(5-B2)(5-B1)

(4-C3)(4-C3)

(4-C3)

(4-C3)

(4-C3)(4-C2)

(4-C2)(4-C2)

(5-B4)(5-B2)(5-B1)

(5-B1)

(5-B2)

(5-B3)(5-B3)(5-B3)

(5-B3)(5-B3)

(1-B

1)

(9-B

2)(9

-B2)

(9-B

2)

(8-A

2)

(8-B

2)

(8-B

2)(8

-B2)

(8-B

2)

(8-B

2)

(8-B

2)

(8-B

2)(8

-B2)

(8-B

2)(8

-B2)

(8-B

2)(8

-B2)

(8-B

2)

(8-B

1)(8

-B1)

(8-B

1)(8

-B1)

(3-E

3)(3

-E2)

(3-E

2)

(3-E

2)

(3-E

1)

(3-D

2)(3

-D2)

(3-D

2)(3

-D2)

(3-D

2)(3

-D2)

(3-D

2)

(9-B

2)

(1-B

1)

AA

BB

CC

DD

EE

44

33

22

11

MC

U P

WB

(M

EM

OR

Y S

EC

TIO

N)

3/9

R13

8O

PE

N 21

C17

422

u/16

V

1 2+

C17

60.

1u

1 2

R13

710

kJ

21C

177

0.1u

1 2

C17

80.

1u

1 2

C17

90.

1u

1 2

C18

00.

1u

1 2

C18

10.

1u

1 2

C18

20.

1u

1 2

C18

30.

1u

1 2

IC11

0

SD

RA

M (

16bi

t x 4

bank

)

A0

23

A1

24

A2

25

A3

26A

429

A5

30A

631

A7

32A

833

A9

34

A10

22

BA

020

DQ

02

DQ

14

DQ

25

DQ

37

DQ

48

DQ

510

DQ

611

DQ

713

DQ

842

DQ

944

DQ

1045

DQ

1147

DQ

1248

DQ

1350

DQ

1451

DQ

1553

VC

C1

VC

C27

VS

S54

VS

S28

VC

CQ

9

VS

S41

VC

CQ

43

VC

CQ

49V

SS

Q6

VS

SQ

12

VS

SQ

46

VS

SQ

52

LDQ

M15

UD

QM

39W

E16

CA

S17

RA

S18

CS

19C

LKE

37C

LK38

NC

40

NC

36

VC

CQ

3

VC

C14

BA

121

A11

35

R13

9O

PE

N2

1

C17

30.

1u

1 2

R26

9

10kJ

21

IC11

2 W24

L010

AI/O0

13A

012

I/O1

14A

111

I/O2

15A

210

I/O3

17A

39

I/O4

18A

48

I/O5

19A

57

I/O6

20A

66

I/O7

21A

75

A8

27

A9

26

A10

23

A11

25

A12

4

A13

28

A14

3

CS

122

OE

24

WE

29

VD

D32

GN

D16

CS

230

A15

31

A16

2

NC

1

C32

6O

PE

N

1 2

C32

7

OP

EN

1 2

C32

4O

PE

N

1 2

C32

5O

PE

N

1 2

R2870J

21

R28610kJ

21

IC11

1

LH28

F40

0BV

E

A0

25A

124

A2

23A

322

A4

21A

520

A6

19A

718

A8

8A

97

A10

6A

115

A12

4A

133

A14

2A

151

A16

48

A17

17

DQ

029

DQ

131

DQ

233

DQ

335

DQ

438

DQ

540

DQ

642

DQ

744

DQ

830

DQ

932

DQ

1034

DQ

1136

DQ

1239

DQ

1341

DQ

1443

DQ

1545

NC

9

NC

10

NC

16

GN

D46

GN

D27

VC

C37

VP

P13

BY

TE

47

OE

28

CE

26

WE

11

RP

12

WP

14

RY

/BY

15

R288OPEN

21 R289OPEN

21

RA

MD

B0

RA

MD

B9

RA

MD

B10

RA

MD

B11

RA

MD

B12

RA

MD

B13

RA

MD

B14

RA

MD

B15

RA

MD

B7

RA

MD

B8

RA

MD

B3

RA

MD

B1

RA

MD

B5

RA

MD

B6

RA

MD

B2

RA

MD

B4

MA

D8

MA

D9

MA

D4

MA

D5

MA

D11

MA

D1

MA

D0

MA

D10

MA

D7

MA

D12

A17

A1R

DZ

MA

D3

MA

D2

MA

D6

CS

1ZR

DZ

HW

RZ

A5

A4

A2

A7

A1

A6

A8

A19

A2

A8

A12

A4

A3

A11

A3A16

A1

A13

A12

A11

A15

A10

A14

A10

A9

A6

A7

A17A14

A15

A13

A5

A18A9

A16

A0

HW

RZ

D12

D12

D1

D8

D4

D6

D9

D11

D14

D15

D11

D7

D3

D8

D5

D10

D10

D2

D14

D9

D13

D0

D13

D15

VC

C3

VC

C3

VC

C3

VC

C3

VC

C3

VC

C3

/CS

0

MA

D[1

2..0

]

BA

NK

0B

AN

K1

/SD

CS

/SD

WD

E/S

DC

AS

/SD

RA

S

DQ

M0

DQ

M1

SD

CLK

SD

CK

E

D[1

5..0

]

RA

MD

B[1

5..0

]

/CS

1/R

D/H

WR

A[1

9..0

]

RY

/BY

CP

UN

RS

T

(1-C

1)

(1-D

2)

(1-A

2)

(2-D

3)

(2-D

3)(2

-D3)

(2-D

3)(2

-D4)

(2-D

4)(2

-D4)

(2-D

4)(2

-D4)

(2-D

4)

(2-D

4)

(2-D

4)

12/1

3/14

CP

M

Mod

el

64M

b(1M

x16b

itx4b

ank)

SD

RA

M

Ven

dor/

Type

HY

57V

6416

20H

GT-

P(H

ynda

i) MT

48LC

4M16

A2T

G-7

5(M

icro

n) K4S

6416

32F

-TC

75(S

amsu

ng)

W98

6416

DH

-7(W

inbo

nd)

15C

PM

128M

b(2M

x16b

itx4b

ank)

MT

48LC

8M16

A2T

G-7

5(M

icro

n) HY

57V

2816

20AT

(Hyn

dai)

K4S

2816

32D

-TC

75(S

amsu

ng)

W98

1216

BH

-75(

Win

bond

)

(1-A

2)(1

-B3)

(1-B

3)

(1-D

3)

(1-B

1)

AA

BB

CC

DD

EE

44

33

22

11

MC

U P

WB

(D

RIV

ER

SE

CT

ION

1)

4/9

C18

4

0.1u

C19

50.

1u

1 2C1890.1u

21

21

21

C190100p

C191100p

C192100p

R14

610

kJ

21

R14

710

kJ

BR

156

10J

1 2 3 4

8 7 6 5

BR

157

10J

1 2 3 4

8 7 6 5

BR

158

10J

1 2 3 4

8 7 6 5

BR

159

10kJ

1234

8765

IC11

8

74LC

X24

4

1A1

2

1A2

4

1A3

6

1A4

8

2A1

11

2A2

13

2A3

15

2A4

17

1G1

2G19

1Y1

18

1Y2

16

1Y3

14

1Y4

12

2Y1

9

2Y2

7

2Y3

5

2Y4

3

VC

C20

GN

D10

IC11

6

74V

HC

T24

4

1A1

2

1A2

4

1A3

6

1A4

8

2A1

11

2A2

13

2A3

15

2A4

17

1G1

2G19

1Y1

18

1Y2

16

1Y3

14

1Y4

12

2Y1

9

2Y2

7

2Y3

5

2Y4

3

VC

C20

GN

D10

C18

5

0.1u

21

R14

4

10J

21

C18

6

33p

C18

7

0.1u

R14

5

10J

21

C18

8

33p

C19

3

0.1u

21

21

21

21

21

21

21

R14

9

10J

21

C19

4

33p

R14

810

kJ

IC11

4

74H

C15

1

D0

4

D1

3

D2

2

D3

1

D4

15

D5

14

D6

13

D7

12

A11

B10

C9

G7

W6

Y5

VC

C16

GN

D8

IC11

3

74LC

X24

4

1A1

2

1A2

4

1A3

6

1A4

8

2A1

11

2A2

13

2A3

15

2A4

17

1G1

2G19

1Y1

18

1Y2

16

1Y3

14

1Y4

12

2Y1

9

2Y2

7

2Y3

5

2Y4

3

VC

C20

GN

D10

R14

110

kJR

140

10kJ

1 2 1 2

1 2

1 2

1 2

IC11

5

74H

C15

1

D0

4

D1

3

D2

2

D3

1

D4

15

D5

14

D6

13

D7

12

A11

B10

C9

G7

W6

Y5

VC

C16

GN

D8

IC11

7

74H

C15

1

D0

4

D1

3

D2

2

D3

1

D4

15

D5

14

D6

13

D7

12

A11

B10

C9

G7

W6

Y5

VC

C16

GN

D8

R26

310

kJ

R26

610

kJ

5V

VC

C3 V

CC

3

5V 5V 5V5V

VC

C3

5V

5V

(KIN

1)(K

IN2)

(FW

)

(SIN

1)(S

IN2)

(SIN

3)

(SE

LIN

1)(S

ELI

N2)

(SE

LIN

3)(O

P_C

LK)

(OP

_DAT

A)

(OP

_LAT

CH

)

(SP

MT

0)

US

BIN

SIN

1S

IN2

SIN

3

KIN

1K

IN2

SE

LIN

1S

ELI

N2

SE

LIN

3O

P_C

LKO

P_D

ATA

OP

_LAT

CH

MIR

CN

T

SP

MT

0S

PM

T1

SP

MT

3M

IRO

NS

PF

ON

(SP

MT

1)(S

PM

T2)

(SP

MT

3)

TM

TM

_(T

M)

(TM

_)

SIN

1

SIN

2

SIN

3

(SE

LIN

1)(S

ELI

N2)

(SE

LIN

3)

(PP

D1)

(PO

D)

(MF

D)

(CE

D1)

(TC

S)

(PM

RD

Y)

DV

S1

(DR

ST

)

(PP

D2)

(PP

D3)

TH

OP

EN

(CE

D2)

DS

WS

(MM

LD)

(SD

SW

)(S

PID

)(S

B4D

)(S

DO

D)

GD

IIN

FW

/SY

NC

(/S

YN

C)

SP

MT

2/M

IRC

NT

(US

BIN

)

For

SP

F/D

SP

F M

odel

Onl

y

(7-E

1)

(7-E

2)

(7-E

3)

(4-D

3)

(7-E

1)

(7-E

2)

(7-E

3)

(7-E

4)

(7-E

4)

(7-E

4)

(7-E

3)(7

-E4)

(7-E

3)(7

-E1)

(4-D

3)(4

-D3)

(7-C

4)

(5-E

2)

(8-B

1)

(7-E

4)

(9-D

4)(7

-E4)

(4-C

4)

(4-C

4)

(4-C

4)

(8-C

4)(8

-C4)

(8-A

3)(9

-A2)

(4-B

3)(4

-B3)

(4-B

2)

(1-D

3)(1

-D3)

(1-D

2)

(1-A

3)(1

-A3)

(1-A

3)

(2-A

2)

(2-C

1)(2

-C1)

(2-B

1)(2

-B1)

(2-B

1)(1

-B3)

(1-B

3)(1

-B3)

(4-A

3)(4

-A3)

(4-A

3)(8

-D3)

(8-D

3)(8

-D3)

(8-D

3)(8

-D3)

(8-D

3)

(6-D

2)(6

-D2)

(6-B

1)(6

-B1)

(6-B

1)(6

-B1)

(1-A

2)(1

-A2)

(1-A

2)(1

-A2)

(2-C

1)

(2-C

1)(2

-C1)

For

SP

F/D

SP

F M

odel

Onl

y

(2-B

1)

(2-B

1)

(2-B

1)

(2-B

1)

(9-E

1)

(9-E

1)

(9-E

1)

(9-E

1)

(2-C

1)(2

-C1)

(2-C

1)(2

-C1)

(8-A

4)

(8-A

4)(8

-B4)

(8-B

4)

(2-C

1)(2

-C1)

(2-C

1)(2

-C1)

(2-C

1)

(2-C

1)(2

-B1)

(8-A

3)(9

-A3)

(9-A

3)

(9-B

3)(9

-D3)

(9-C

1)(9

-C2)

(9-A

2)

(9-A

2)

(6-A

1)(6

-A1)

(6-A

1)

(5-E

3)(2

-C1)

(2-C

1)(2

-C1)

(2-B

1)(2

-B1)

(1-D

3)

(8-B

3)

(8-B

4)(9

-A2)

(9-A

2)

(9-A

4)

(6-A

3)(6

-A3)

(6-A

3)(2

-C1)

(2-C

1)

(2-C

1)

(2-A

2)

(2-A

2)

(2-A

3)

(1-D

3)

(1-A

3) (4-A

3)

(5-B

2)

(9-C

2)

or K

ID65

001A

F

or K

ID65

001A

F

or K

ID65

503F

or K

ID65

503F

or K

TA

1505

S

or K

RA

119S

or K

RC

106S

or K

IA39

3F

or K

IA39

3F

or K

IA35

8F

or K

IA35

8F

or K

DS

226

or K

DS

226

21 21

12

21

21 21

21

1 2

1 2

21

21

1 2

123

123

21 21

21 1 2

1 2

21

21

21

21

21

21

21

21

21

21

21

21

21

21

21

3 21

8 4

1 2

5 67

8 4

3 21

8 4

5 67

8 4

1B1

2B2

3B3

4B4

5B5

6B6

7B7

E8

CO

M9

1C16

2C15

3C14

4C13

5C12

6C11

7C10

I13

NC

4N

C5

I26

NC

10I3

11N

C12

NC

13

GN

D17

O1

2

O2

7

O3

9

O4

16

CO

M1

CO

M8

GN

D18

I414

NC

15

1B1

2B2

3B3

4B4

5B5

6B6

7B7

G8

NC

9

1C16

2C15

3C14

4C13

5C12

6C11

7C10

1B1

2B2

3B3

4B4

5B5

6B6

7B7

G8

NC

9

1C16

2C15

3C14

4C13

5C12

6C11

7C10

1

2

3

1

2

3

21

1B1

2B2

3B3

4B4

5B5

6B6

7B7

E8

CO

M9

1C16

2C15

3C14

4C13

5C12

6C11

7C10

R15

67.

5kF

R15

94.

3kF

D10

1

MA

700

R15

51M

FR

154

1kF

R15

810

kF

R15

71k

J

C19

722

000p

C19

9

0.1u

R16

930

0JR

170

100J

C19

8

0.1u

D10

2

DA

204K

D10

3

DA

204K

R17

11.

2kF

R17

310

kF

R17

210

kJ

C20

0

2200

0p

D10

4

1SS

133

R15

01.

5kJ

R16

1

47kJ

R16

6

4.7k

J1/

4W

R16

01.

5kJ

R15

11.

5kJ

R15

21.

5kJ

R15

31.

5kJ

R16

21.

5kJ

R16

31.

5kJ

R16

41.

5kJ

R16

51.

5kJ

R16

71.

5kJ

R16

81.

5kJ

R17

424

0JR

175

240J

IC12

0A

NJM

2903

+ -

C19

6

0.1u

IC12

0B

NJM

2903

+ -

IC12

2A

LM35

8

+ -

IC12

2B

LM35

8

+ -

IC12

1

TD

6200

1AF

IC12

3

TD

6206

4AF

IC12

4

TD

6250

3

IC12

5

TD

6250

3

Q10

2D

TA

143X

KA

Q10

12S

A10

36

Q10

3D

TC

143Z

KA

R17

624

0J

IC11

9

TD

6200

1AF

PG

ND

PG

ND

PG

ND

12V

24V

24V

24V

INT

5V

24V

12V

VC

C3

VC

C3

VC

C3

12V

VC

C3

12V

12V

12V

VC

C3

5V

5V

MC

BIA

ST

CG

RID

L

CP

FS

1C

PF

S2

MP

FS

RR

SV

FM

VF

MC

NT

MR

PS

1

HL

LDE

N

PM

CLK

PM

D

PR

FT

H

MM

_Y2

MM

DM

M_Y

1

MM

_Y3

SP

US

SP

FS

SR

RC

SG

S

/MC

/BIA

S/T

C/G

RID

L

VF

MO

UT H

LOU

T

/CP

FS

1/C

PF

S2

/MP

FS

/RR

S

/PR

/VF

MC

NT

PM

CLK

_A

/PM

D

MR

PS

_1

/LD

EN

MM

ref1

/MM

D

MM

ref2

MM

ref0

/SG

S

/SP

US

/SR

RC

/SP

FS

MR

PS

_2

FT

H

RT

H

THO

PE

N

RT

H_I

N

PO

FF

/PO

FF

MR

PS

2M

RP

S3

MR

PS

_3

/LE

ND

SH

OLD

AA

BB

CC

DD

EE

44

33

22

11

MC

U P

WB

(D

RIV

ER

SE

CT

ION

2)

5/9

For

DS

PF

Mod

el O

nly

For

SP

F/D

SP

F M

odel

Onl

y

(8-C

3)(8

-C3)

(8-C

3)(8

-C3)

(2-A

3)(2

-A3)

(2-A

3)

(2-A

3) (2-A

3)(2

-A3)

(5-C

1)(5

-C1)

(5-C

1)

(5-C

2)(5

-C2)

(5-C

2)

(4-D

2)(4

-D2)

(4-D

2)(4

-D2)

(9-D

1)(9

-D1)

(9-E

1)

(9-E

1)

(9-B

3)

(9-B

3)

(9-B

3)

(9-B

3)

(1-D

3)

(1-D

3)

(1-D

3)

(1-D

3)

(4-D

3)(4

-D3)

(9-A

1)(9

-A1)

21

21

21

12

21 1

2

21

1 2

1 21 2

12

12

1 2

21

21

21 21

1 2

21

21

2121

12

12

1 2

1 2

1 2

12

1 2

1 2

1 2

1 2

1 2

12

21

21

21

21

21

21

21

21

21

2121

CrA

23C

rB20

VsA

25R

sA3

Vre

fA24

Vre

fB19

RsB

12V

sB18

In /A

26In

A27

In /B

17In

B16

Vm

m22

OU

T /A

1O

UT

A4

OU

T /B

14O

UT

B11

PG

15P

G28

I13

NC

4N

C5

I26

NC

10I3

11N

C12

NC

13

GN

D17

O1

2

O2

7

O3

9

O4

16

CO

M1

CO

M8

GN

D18

I414

NC

15

OU

T 2

A2

SE

NS

E 2

3C

OM

P 2

4O

UT

2B

5G

ND

6G

ND

7I0

28

I12

9P

HA

SE

210

VR

EF

211

RC

212

VS

S13

RC

114

VR

EF

115

PH

AS

E 1

16I1

117

GN

D18

GN

D19

I01

20O

UT

1B

21C

OM

P 1

22S

EN

SE

123

VS

24O

UT

1A

1

12

12

12

12

12

12

12

12

21

21

21

1 2

Vcc

17

GN

D8

Rin

20F

in18

OU

T1

9O

UT

25

VM

16

VR

EF

21R

NF

6

PS

AV

E19

NC

1N

C2

NC

3N

C4

NC

7N

C10

NC

11N

C12

NC

13N

C14

NC

15N

C22

NC

23N

C24

NC

25

FIN

FIN

1 2

1 2

1 2

12

12

R19

930

0J

D10

9

MIT

J22B

R20

547

kJR

204

47kJ

C21

122

00p

R19

17.

5kJ

C21

422

00p

R19

47.

5kJ

C21

8

2200

p

C22

7

OP

EN

C21

6

OP

EN

C21

5O

PE

N

C23

2O

PE

N

C22

2

2200

p

R19

82.

4kJ

R20

32.

4kJ

R19

51k

J

R20

71k

J

C22

0

0.1u

R20

062

0JR

201

1.2k

JR

202

100J

R19

675

0J

CP

101

ICP

-N38

C20

282

0p

C20

382

0pC

204

820p

C20

70.

1u

C20

182

0p

C20

50.

1u

C20

61u

/16V

+

C20

847

u/35

V+

C21

210

u/35

V+

C21

9

47u/

16V

+

D105OPENR

180

1.5k

J

R17

8

0.68

J1W

R18

230

kJR

183

30kJ

R17

91.

5kJ

R17

7

0.68

J1W

R18

651

0JR

185

1kJ

R18

42k

J

R19

71J

2W

R18

11k

J

IC12

8

MT

D13

61/F

IC12

6

TD

6206

4AF

IC12

7

L621

9DS

D106OPEN

D107OPEN

D108OPEN

D112OPEN

CP

102

ICP

-N38

D113OPEN

D114OPEN

D115OPEN

R18

71k

J

R18

81k

J

R20

61J

2W

C21

747

u/16

V+

IC12

9

BA

6920

FP

C20

90.

1u/5

0VC

210

0.1u

/50V

C21

3

0.1u

/50V

CP

201

0603

FA

1.5A

CP

202

0603

FA

1.5A

PG

ND

PG

ND

PG

ND

PG

ND

PG

ND

PG

ND

PG

ND

5V

24V

M

24V

5V

5V

24V

M

24V

M

24V

5V

24V

dup

PG

ND

PG

ND

PG

ND

PG

ND

24V

dup

PG

ND

PG

ND

PG

ND

PG

ND

PG

ND

PG

ND

PG

ND

PG

ND

PG

ND

PG

ND

MM

_PH

_A

OU

T_A

-

MM

_AI0

MM

_PH

_B

MM

_BI0

MM

_BI1

MM

_AI1

OU

T_A

+

OU

T_B

-

MM

ref0

MM

ref1

MM

ref2

DM

T0

/DM

T_0

SP

MT

_2

(SP

MT

2)

DM

T1

DM

T2

DM

T3

/DM

T_1

/DM

T_2

/DM

T_3

(TM

)(T

M_)

SP

MT

_0S

PM

T_3

SP

MT

_1

MR

PS

_1M

RP

S_2

MR

PS

_3

(SP

MT

0)(S

PM

T3)

(SP

MT

1)

OU

T_B

+

TM

B_O

TM

A_O

MC

U P

WB

(D

RIV

ER

SE

CT

ION

3)

AA

BB

CC

DD

EE

44

33

22

11

6/9

For

SP

F/D

SP

F M

odel

Onl

y

(8-B

4)

(8-A

4)

(8-A

4)

(9-A

3)

(4-A

3)

(9-D

1)(9

-E1)

(9-E

1)(9

-D3)

(9-C

2)

(9-A

2)

(9-C

4)(9

-C4)

(9-A

4)(9

-C1)

(9-C

2)(9

-C3)

(9-D

1)

(9-D

3)(9

-B4)

(8-D

4)

(8-D

4)

(4-A

2)(4

-A2)

(4-A

2)(4

-A3)

(4-A

3)

(4-A

3)

(4-A

3)(4

-A3)

(4-A

3)(4

-A3)

(4-A

3)(4

-A3)

(4-A

3)(4

-A3)

(4-A

3)

(1-D

2)(1

-D2)

(8-B

4)

(8-B

4)

or K

DS

226

or K

DS

121

or K

DS

121

or K

DS

121

or K

DS

121

or K

DS

121

or K

DS

121

or K

DS

121

or K

DS

121

or K

DS

120

or K

DS

120

or K

DS

120

or K

DS

120

or K

DS

120

or K

DS

120

or K

DS

120

or K

DS

120

1 221

1 221

1 221

1 221

1 221

1 221

1 2

1 2

1 2

1 2

1 2

1 2

1 2

1 2

1 2

1 2

1 2

1 2

1 2

1 2

1 2

1 2

1 2

1 2

1 2

1 2

1 2

1 2

1 2

1 2

1 2

1 2

1 2

1 2

1 2

1 2

1 2

1 2

1 2

1 2

1 2

1 2

1 2

1

2

3

1

2

3

1 2

1 2

12

12

21

21

123 21

1 2

1

23

1

23

1

23

1

23

1

23

1

23

21

21

21

1

23

1

23

1 2

21 1 2

21 1 2

21 1 2

1 221

1 221

1 221

1 221

1 221

1 221

1

23

1

23

1

23

1

23

1

23

1

23

1

23

1

23

21

21

1 2 3 4

8 7 6 5

1 2 3 4

8 7 6 5

1 2 3 4

8 7 6 5

1

2

3

1 2

1 2

1 2

21

12 IN

1

GN

D

2OU

T3

1 2

1 2

1 2 3 4

8 7 6 5

1 2

1

2

3

1 2

1 2

1

2

3

1 2

C26

1

1000

p

R20

810

kJ

C23

3

OP

EN

C23

4

OP

EN

C23

5

OP

EN

C23

6

OP

EN

C23

7

OP

EN

C28

5

0.1u

L124

ZJS

R51

01-2

23

L125

ZJS

R51

01-2

23

C28

6

22u/

16V

+C

288

0.1u

D12

01S

S13

3

D12

41S

S13

3

R21

520

kJ

R21

720

kJ

D11

9

DA

204K

R21

82.

7kJ

C26

0

0.1u

D11

6D

AN

202U

D11

7D

AN

202U

D11

8D

AN

202U

D12

1D

AP

202U

D12

2D

AP

202U

D12

3D

AP

202U

R20

910

kJR

210

10kJ

R21

139

kJR

212

10kJ

C26

2

1000

p

C26

3

1000

p

C26

4

1000

p

C26

5

1000

p

C26

6

1000

p

R21

41k

J

R21

61k

J

R22

110

kJR

222

10kJ

R22

339

kJR

224

10kJ

D12

5D

AN

202U

D12

6D

AN

202U

C27

8

1000

p

C27

9

1000

p

C28

0

1000

p

C28

1

1000

p

C29

0

1000

p

R22

639

kJ

D13

0D

AN

202U

D13

1D

AN

202U

D13

2D

AN

202U

R22

739

kJR

232

3.3k

JR

229

7.5k

JR

230

7.5k

J

C29

1

1000

p

C29

2

1000

p

C29

5

1000

p

C29

3

1000

p

C29

4

1000

p

D12

8D

AP

202U

D12

9D

AP

202U

D13

3D

AP

202U

D13

4D

AP

202U

D13

5D

AP

202U

C23

8

OP

EN

C23

9

OP

EN

C24

0

OP

EN

C24

1

OP

EN

C24

2

OP

EN

C24

3

OP

EN

C24

4

OP

EN

C24

5

OP

EN

C24

6

OP

EN

C24

7

OP

EN

C24

8

OP

EN

C24

9

OP

EN

C25

0

OP

EN

C25

1

OP

EN

C25

2

OP

EN

C25

3

OP

EN

C25

4

OP

EN

C25

5

OP

EN

C25

6

OP

EN

C25

7

OP

EN

C25

8

OP

EN

C25

9

OP

EN

C26

7

OP

EN

C26

8

OP

EN

C26

9

OP

EN

C27

0

OP

EN

C27

1

OP

EN

C27

2

OP

EN

C27

3

OP

EN

C27

4

OP

EN

C27

5

OP

EN

R21

9

0.22

J2W

R22

01k

J2W

BR

160

1kJ

BR

161

1kJ

BR

162

1kJ

L123

ZJS

R51

01-2

23

C27

6

47u/

35V

+C

277

0.1u

/50V

C28

4

47u/

25V

+

R22

568

J2W

D12

71S

S13

3

IC13

0

KIA

7805

C28

3

0.1u

C28

2

47u/

35V

+

BR

163

1kJ

R23

17.

5kJ

R21

310

kJ

R22

810

kJ

C32

3

0.1u

L127

ZJS

R51

01-2

23 C32

2

22u/

16V

+

C28

9

0.1u

L126

ZJS

R51

01-2

23

C28

7

22u/

16V

+

12V

5V

PG

ND

PG

ND

5V

INT

24V

VC

C3

5V

VC

C3

PG

ND

24V

PG

ND

INT

24V

INT

5V

EN

5V

VC

C3

5V

5V

12V

IN

5VIN

DS

WS

24V

1(D

SW

S)

SD

SW

SP

IDS

B4D

PO

D

PM

RD

Y

(SD

SW

)(S

PID

)(S

B4D

)

(PO

D)

(PM

RD

Y)

DV

SE

LT

CS

MF

DM

MLD

DV

S1

(MM

LD)

PP

D1

PP

D2

CE

D1

CE

D2

(PP

D1)

(PP

D2)

(PS

W)

(CE

D1)

(DR

ST

)(C

ED

2)

(TC

S)

(MF

D)

24V

IN

DR

ST

PS

W

PP

D3

SP

PD

(SP

PD

)

(PP

D3)

5VE

N

3.3V

IN

MC

U P

WB

(N

OIS

E F

ILT

ER

/PU

LL

-UP

SE

CT

ION

)7/

9

AA

BB

CC

DD

EE

44

33

22

11

To P

ower

uni

t

To S

cann

er u

nit

To In

terf

ace

PW

B

To O

pera

tiona

l PW

B

To M

irro

r m

otor

(5-C

4)(5

-C4)

(5-C

4)(5

-C4)

(5-C

1)

(5-C

3)(5

-D2)

(7-A

1)(7

-A2)

(7-A

2)

(7-B

1)

(4-C

4)

(8-D

3)(8

-B2)

(6-A

4)(6

-A4)

(6-A

4)(6

-A4)

(4-A

3)

(2-E

1)

(2-D

2)(2

-D2)

(2-D

2)(2

-D2)

(2-D

2)(2

-D2)

(2-D

2)

(2-D

2)(2

-D2)

(2-D

1)

(4-C

4)(4

-C4)

(4-D

3)(4

-D3)

(4-D

3)(4

-D3)

(4-D

3)(4

-D3)(7-C

1)

(7-C

1)

(1-A

2)

(1-D

2)

(2-B

3)

(2-B

4)

(2-B

4)

(2-B

4)(2

-B4)

(2-B

4)(2

-B4)

(2-B

4)(2

-B4)

(2-B

4)

(2-B

4)

(2-B

4)(2

-B4)

(2-B

4)

(2-D

1)(2

-D1)

(2-D

1)(2

-D1)

(2-D

1)(2

-D1)

(2-D

1)

or K

DS

121

or K

DS

120

or K

RC

106S

or K

RC

106S

or K

DS

226

or K

TA

1281

or K

TC

3198

(1-D

3)

or K

RC

106S

(1-A

2)(1

-D3)

(1-D

3)

VC

L

AF

E_D

B3

AF

E_D

B0

VC

L

AF

E_D

B4

AF

E_D

B6

AF

E_D

B1

AF

E_D

B2

AF

E_D

B5

AF

E_D

B7

PA

RA

D0

PA

RA

D1

PA

RA

D2

PA

RA

D3

PA

RA

D4

PA

RA

D5

PA

RA

D6

PA

RA

D7

1 2

21

1 2

1

23

123

1 2

1 2

1

23

21

21

21

21

1 2

21

11

33

55

77

99

1111

1313

1515

1717

1919

2121

2323

2525

2727

2929

3131

22

44

66

88

1010

1212

1414

1616

1818

2020

2222

2424

2626

2828

3030

3232

21

1 2

12

21

21

12

11

22

33

44

12

1

2

3

1

2

3

21

12

11

22

33

44

55

66

77

88

99

1010

1111

1212

1313

1414

1515

1616

1717

1818

1

2

3

21

1 24

1 2

1 2

1 2

1 2

1 2

1 2

11

22

33

44

55

66

77

88

99

1010

1111

1212

1313

1414

1515

1616

1717

1818

1919

2020

2121

2222

2323

2424

2525

2626

2727

2828

2929

3030

3131

3232

3333

3434

3535

11

33

55

77

99

1111

1313

1515

1717

1919

2121

2323

22

44

66

88

1010

1212

1414

1616

1818

2020

2222

2424

1 2

1 2

21

C29

947

u/35

V+

R23

810

kJ

C30

1

0.1u

/50V

D13

6D

AN

202U

D13

8

DA

204K

C29

6

1000

p

C29

7

1000

p

D13

7D

AP

202U

R23

410

kJR

233

10kJ

R23

51k

JR

236

1kJ

C29

8

1000

p

R23

71k

J

CN

105

FF

4-32

-S15

D5

Q10

82S

A10

20

R23

947

0J

C30

0

47u/

35V

+D

139

11E

QS

06

L129

220u

H

TW

KA

-221

K

R24

015

kJR

241

56kJ

C30

233

p

Q10

92S

C18

15

CN

103

B4B

-PH

-K-R

CP

103

ICP

-N38

Q10

6

DT

C14

3ZK

A

Q10

7

DT

C14

3ZK

A

R27

515

kJCP

203

0603

FA

1.5A

CN

102

18F

E-B

T-V

K-N

Q11

0

DT

C14

3ZK

A

R28

14.

7kJ

IC13

1

NC

7S08

M5X

C32

8

0.1u

C333OPEN

C331OPEN

C330OPEN

C329OPEN

CN

104

35F

E-B

T-V

K-N

C332OPEN

CN

101

B24

B-P

HD

SS

-BC

334

0.1u

/50V

C33

5

0.1u

/50V

R29

010

kJ

12V

24V

VC

C3

PG

ND

PG

NDIN

T24

V

5V

VC

C3

PG

ND

PG

ND

EN

5V

EN

5V

EN

5V

5V

5V

VC

C3

VC

C3

/BIA

S

PS

W

mt_

at_h

ome

KIN

1K

IN2

DR

ST

(OP

_CLK

)(O

P_L

AT

CH

)

(SE

LIN

1)(S

ELI

N2)

(SE

LIN

3)

(OP

_DA

TA

)

AF

E_D

B[7

..0] A

FE

_SC

KA

DC

LKC

CD

_PH

I1C

CD

_PH

I2C

CD

_CP

CC

D_R

SC

CD

_TG

AF

E_S

EN

AF

E_S

DI

BS

AM

P

VS

AM

P

OU

T_A

+

OU

T_A

-O

UT

_B+

OU

T_B

-

PS

LO

NL

PA

RA

D[7

..0]

GD

IIN

/INIT

/SLC

TIN

/AU

TO

FD

/ST

B

VM

INV

PIN

RC

V

/RE

V

BU

SY

PE

/FA

ULT

SLC

T

VP

OU

TV

MO

UT

SU

SP

EN

D

OE

N

/TC

/PO

FF

HLO

UT

3.3V

IN

24V

IN

/MC

US

BIN

D_C

ON

T

BE

O

CL

/AC

K

/PR

FW

/GR

IDL

5VE

N5V

IN12

VIN

/CL_

RE

SE

T

MC

U P

WB

(CO

NN

EC

TOR

SE

CTI

ON

1)

8/9

AA

BB

CC

DD

EE

44

33

22

11

To

Mai

n m

oto

r

To

Fan

mo

tor

To

Inte

rlo

ck s

wit

ch

To

LS

U

Fo

r JT

AG

To

Cas

sett

e d

etec

t

To

Cas

sett

e p

aper

sole

no

id

To

Dup

lex

mot

or

Fo

r d

ebu

g

Fo

r ch

ecke

r

Not

mou

nted

For

DS

PF

Mod

el O

nly

To

To

ner

mo

tor

To

Pap

er p

ass

det

ect

To

Pap

er o

ut

det

ect

To

HL

un

it

To

Mu

lti u

nit

To

Co

ver

op

en d

etec

t

To

2n

d. c

asse

tte

To

AD

F u

nit

(5-C

1)(7

-C3) (5

-C3)

(5-C

3)

(7-B

3)

(7-C

4)(5

-C1)

(5-C

2)

(5-C

2)(5

-D1)

(4-C

4)

(2-A

2)

(2-C

4)(2

-D1)

(2-D

1)(2

-D1)

(1-B

1)(1

-B3)

(1-B

3)

(1-D

3)

(6-B

2)(6

-B2)

(6-D

3)(6

-D3)

(6-D

4)(6

-D4)

(7-C

1)

(5-C

3)

(7-C

2)

(7-C

2)

(7-C

3)

(7-C

4)

(7-C

4)

(7-C

4)

(4-A

2)

(5-C

3)

(5-C

3)

(5-D

3)

(7-C

1)

(5-C

3)

(7-C

4)(7

-C4)

(5-B

2)

(6-C

2)(6

-C2)

(7-C

2)

(5-B

2)(5

-B2)

(5-B

2)

(6-C

2)(6

-C2)

(7-C

3)

To

DV

un

itw

ith

CR

UM

(7-C

3)

For

CR

UM

Mod

el O

nly

To

Res

ist

rolle

rso

len

oid

or K

DS

226

or K

DS

121

or K

DS

120

or K

DS

226

SD

AS

CL

SD

AS

CL

123

21 1 2

11

22

33

21

11

33

55

77

99

1111

1313

22

44

66

88

1010

1212

1414

1 2

1 2

1 2

1 2

1 2

11

22

33

11

22

33

1 2

11

22

33

44

11

22

33

44

55

11

22

33

11

22

33

44

55

66

1 2

1 2

1 2

1 2

1 2

11

33

55

77

99

1111

1313

1515

1717

22

44

66

88

1010

1212

1414

1616

1818

11

33

55

77

99

1111

1313

1515

1717

1919

2121

2323

22

44

66

88

1010

1212

1414

1616

1818

2020

2222

2424

11

33

55

77

99

22

44

66

88

1010

21

21

21

11

22

33

44

11

22

11

22

21

11

22

33

44

55

11

22

33

44

55

11

33

55

77

99

22

44

66

88

1010

1

23

1

23

21

21

21

11

22

33

44

11

22

33

44

55

66

77

88

11

22

33

11

22

33

21

123

21 21

21

21

D14

0

DA

204K

R24

210

kJ

C30

5

1000

p

CN

109

B3B

-PH

-K-S

R24

41k

J

CN

115

B14

B-P

HD

SS

-B

C3101000p

C3111000p

C3121000p

C3080.1u

C3091000p

CN

111

B3B

-PH

-K-R

CN

113

B3B

-PH

-K-S

C30

4

1000

p

CN

118

B4B

-PH

-K-S

CN

114

B05

B-X

AS

K-1

CN

108

B3B

-PH

-K-K

CN

125

B6B

-PH

-K-S

C30

3

1000

p

C30

7

1000

p

C30

6

1000

p

C3130.1u/50V

C3140.1u/50V

CN

119

B18

B-P

HD

SS

-B

CN

122

B24

B-P

HD

SS

-B

CN

121

9204

B-2

-10

R24

810

kJR

249

10kJ

R25

010

kJ

CN

112

B4B

-PH

-K-S

CN

116

B2P

-VH

-R

CN

124

B2P

-VH

R25

115

0J1/

4WC

N12

0

B5B

-PH

-K-S

CN

123

B5B

-PH

-K-R

B10

B-P

HD

SS

-B

CN

106B

D14

1D

AN

202U

D14

2D

AP

202U

R27

210

J

R27

330

0J

R27

430

0J

B4B

-PH

-K-R

CN

106A

CN

107

08F

E-B

T-V

K-N

CN

110

B3B

-PH

-K-S

CN

117

B3B

-PH

-K-E

R28

21k

J

D14

3

DA

204K

R24

539

0J1/

4W

R24

739

0J1/

4W

R25

339

0J1/

4W

R24

639

0J1/

4W

PG

ND

PG

ND

PG

ND

PG

ND

PG

ND

PG

ND

INT

24V

5V24

V24

V

24V

24V

24V

5V

24V

dup

24V

M5V

24V

5V

VC

C3

INT

5V

24V

VC

C3

24V

VC

C3

5V

24V

5V

5V

5V5V

5V

5V

SP

MT

_0

SD

SW

SP

PD

SB

4DS

PID

SP

MT

_3/S

GS

/SR

RC

/SP

US

SP

MT

_2S

PM

T_1

PP

D3

PO

D

/CP

FS

2

/RR

S

(SD

OD

)

CE

D2

PP

D1

PP

D2

MF

D

/MP

FS

TM

A_O

TM

B_O

TxD

1

MM

LD/M

MD V

FM

OU

T

/VF

MC

NT

24V

1(D

SW

S)

/VID

EO

PM

CLK

_AP

MR

DY

/PM

D

SH

OLD

SD

AS

CL

CP

UN

RS

T

/DM

T_0

/DM

T_1

/DM

T_2

/DM

T_3

/CP

FS

1

CE

D1

/LD

EN

JTG

_TD

OJT

G_T

CK

JTG

_TM

SJT

G_T

DI

/SY

NC

RT

H_I

N

TC

SD

VS

EL

/SP

FS

MC

U P

WB

(C

ON

NE

CT

OR

SE

CT

ION

2)

9/9

AA

BB

CC

DD

EE

44

33

22

11

LED

M

f1

e1

a1

g1

d1

b1

c1

a2

g2

d2

f2

e2

b2

c2

a3

g3

d3

e3

b3

c3

f3

OP

-CLK

OP

-DA

TA

DR

ST

DR

ST

OP

-LA

TC

H

KIN

1K

IN2

SE

LIN

3S

ELI

N2

ON

LP

SL

5VE

N

PS

W

SE

LIN

1

5V OP

-ST

B

SC

NL_

K

OLK

SC

NL_

A

ON

LD

-GN

D

5VE

N

SC

NK

D-G

ND

D-G

ND

D-G

ND

D-G

ND

D-G

ND

3

2

1

c 1d 3

Dig12

NC 6

b 7

Dig24

f 8

Dig35

a 9

e 10

g 11

32

1

1 2 3 4 5 6 7 8

3

2

1

/Q333

/Q434

/Q536

/Q637

/Q738

/Q940

/Q1041

/Q1142

/Q171

/Q182

/Q193

/Q204

/Q216

/Q227

/Q238

/Q249

/Q2510

/Q2611

/Q1243

/Q1345

/Q1446

/Q1547

/Q839

/Q232

/Q131

VCC63

/STROBE51

BEO49

/LATCH50

S IN30

CLOCK64

S OUT19

GND15

GND214

GND335

GND444

GND562

/Q3117

/Q3016

/Q2915

/Q2813

/Q2712

/Q3218

/Q1648

1 2 3

D0

4

D1

3

D2

2

D3

1

D4

15

D5

14

D6

13

D7

12

A11

B10

C9

G7

W6

Y5

D0

4

D1

3

D2

2

D3

1

D4

15

D5

14

D6

13

D7

12

A11

B10

C9

G7

W6

Y5

1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18

C32

4

200P

F

PE

LED

3

C313

1000p

C30

4

N.M

.

C32

3

200P

F

TP

L

LED

7

C312

1000p

R32

11K

J

C30

2

N.M

.

ME

LED

4

R32

612

0J

R32

351

0J

C30

3

N.M

.

RP

L

LED

8

R30

110

0J

R32

01K

J

AE

LED

5

C3101000p

R35

851

0J

JPL

LED

12

R30

410

0J

R32

21K

J

EX

D

LED

13

R30

510

0J

D30

2

1SS

133

EX

N

LED

14

R32

410

0J

D30

61S

S13

3

EX

L

LED

15

R33

910

0J

D30

1

1SS

133

CS

1L

LED

16

R34

110

0J

EX

MO

DK

SW

9

D30

71S

S13

3

BP

L

LED

17

R34

210

0J

R33

312

0J

D30

91S

S13

3

R34

510

0J

D30

4

1SS

133

R35

912

0J

R34

410

0J

R35

412

0J

D30

8

1SS

133

R33

810

0J

C32

5

200P

F

R35

512

0J

D31

01S

S13

3

EX

UP

K

SW

7

R34

310

0J

D30

51S

S13

3

R33

112

0J

Q30

2K

RA

225S

PD

WK

SW

6

D30

31S

S13

3

R32

912

0J

LED

M30

1

LTC

-365

0AG

-02J

R308

4.7KJ

R31

012

0J

C31

4

N.M

.

C3071000p

R32

812

0J

R307

4.7KJ

C31

6

2200

0PF

R306

4.7KJ

R35

21K

J

R31

112

0J

Q30

3K

RA

225S

R31

5

120J

R33

01K

J

R360

4.7KJ

ZU

PK

SW

4

R31

412

0J

R318

4.7KJ

R35

31K

J

R31

312

0J

R317

4.7KJ

R32

712

0J

R319

4.7KJ

CN

301

8FE

-ST

-VK

-N

Q30

1K

RA

225S

R346

4.7KJ

R33

51K

J

DU

PK

SW

10

R347

4.7KJ

LC79

35A

N

IC30

2

R316

4.7KJ

MA

GK

SW

1

R325

4.7KJ

R34

010

0J

R336

4.7KJ

DA

A2

LED

19

C320

1000p

SJA

L

LED

20

C317

1000p

CLK

SW

3

ZP

L

LED

6

C311

1000p

R30

210

0J

R33

412

0JR

312

120J

R309

4.7KJ

SP

FL

LED

21

C3091000p

CS

2L

LED

22

CR

SK

SW

11

R337

4.7KJ

3RE

LED

23

R30

310

0J

R34

815

0J

2RE

LED

24

PU

PK

SW

5

MP

L

LED

11

1RE

LED

25

C30

1

47uF

/16V

DU

21

LED

1

NO

R

LED

26

PS

W

SW

13

C32

2

2200

0PF

1EN

R

LED

27

CN

303

S3B

-PH

-K-S

(N.M

.)

R33

212

0J

IC30

1

74H

C15

1

R35

015

0J

ZD

WK

SW

2

IC30

3

74H

C15

1

R35

615

0J

C30

5

0.1u

F

2EN

R

LED

28

CN

302

18F

E-S

T-V

K-N

C327

1000p

C31

9

0.1u

F

C318

1000p

C32

6

200P

F

DA

A1

LED

9

BP

K

SW

12

C3151000p

R35

115

0J

DP

L

LED

10

C3061000p

R34

91.

5KJ

DU

22

LED

2

C3081000p

EX

DW

K

SW

8

R35

71.

5KJ

PM

L(G

L5E

G47

LED

18

C321

1000p

+5V

+5V

+5V

+5V

+5V

+5V

+5V

+5V

+5V

ON

LP

SL

5VE

N

ON

L

5VE

N

PS

L

2. O

PE

RA

TIO

N P

WB

AA

BB

CC

DD

EE

44

33

22

11

OP

ER

AT

ION

1st

PW

B1/

2

D-G

ND

SC

NK

OLK

SC

NL_

K

5VE

N

SC

NL_

A

ON

L

D-G

ND

12345678

SC

NL

LED

2

OLK

SW

1R

501

470J

SC

NK

SW

2

ON

LL

LED

1

CN

501

8FE

-ST

-VK

-N

AA

BB

CC

DD

33

44

22

11

OP

ER

AT

ION

2n

d P

WB

2/2

3. I/

F P

WB

F.G

F.G

VM

OO

EN

/AU

TO

FD

/INT

I

5VE

N

VP

O

US

B_I

N

VM

IN

5VE

N

VP

INR

CV

3.3V

SU

SP

EN

D

PE SLC

T

PA

RA

AD

4

PA

RA

AD

7

PA

RA

AD

0P

AR

AA

D1

PA

RA

AD

3

PA

RA

AD

5P

AR

AA

D6

RE

V

/AC

KB

US

Y

/FA

ULT

/SLC

TIN

/ST

B

D_C

ON

T

PA

RA

AD

2

IF_D

ET

1234567891011121314151617181920212223242526272829303132333435

HD

1

A9

2A

103

A11

4A

125

A13

6

Vcc

7

A1

8A

29

GN

D10

A3

11A

412

A5

13A

614

GN

D15

A7

16A

817

Vcc

18

PLH

in19

A14

20A

1521

A16

22A

1723

HLH

24H

LHin

25

C17

26C

1627

C15

28C

1429

PLH

30

Vcc

-cab

le31

B8

32B

733

GN

D34

B6

35B

536

B4

37B

338

GN

D39

B2

40B

141

Vcc

-cab

le42

Y13

43Y

1244

Y11

45Y

1046

Y9

47

DIR

48NC

1O

E#

2R

CV

3V

P4

VM

5SU

SPEN

D6

GN

D7

NC

8S

PE

ED

9D

-10

D+

11V

PO

12V

MO

13V

CC

14+

5V1

D-

2D

+3

GN

D4

Shi

eld

A1

GN

D3

VC

C5

B2

Y4

D-G

ND

30

D-G

ND

26

HLH

IN35

D-G

ND

27

/INIT

31

D-G

ND

28

SG

16

D-G

ND

29

NC

15

SLC

T13

NC

34

Dat

a 0

2D

ata

13

FG

17

Dat

a 2

4

D-G

ND

19

Dat

a 3

5

D-G

ND

20

Dat

a 5

7

D-G

ND

21

Dat

a 6

8

D-G

ND

22

/SLC

T IN

36

D-G

ND

23

/AU

TO

FD

14

D-G

ND

24D

-GN

D25

/D S

TB

1

PLH

OU

T18

/AC

K10

BU

SY

11P

E12

/FA

ULT

32

Dat

a 4

6

Dat

a 7

9

D-G

ND

33

Shield

C42

4

0.1u

R40

822

J

CN

403

35F

E-B

T-V

K-N

C42

3

0.1u

R40

922

JR

410

22J

R41

122

J

C40

8

100p

C40

7

100p

R40

1N

.M.

C40

6

100p

R42

3

1.5k

J

C40

5

100p

C41

0

100p

C40

9

100p

C41

1

100p

C40

4

100p

L401

N.M

.

L405

bead

s

C42

6

100p

C41

3

100p

R40

324

J

R41

222

J

C40

3

0.1u

C41

2

100p

R40

224

J

IC40

3

74LV

X16

1284

R42

710

kJ

R41

322

J

C41

5

100p

IC40

1U

SB

_Tra

nsce

iver

C41

4

100p

C41

8

100p

C42

2

100p

C41

7

100p

C41

6

330p

C41

9

100p

L402

N.M

.

R42

9

10kJ

L404

N.M

.

R43

024

J

R40

522

J

R42

610

kJ

C40

2

47u/

16V

+

C42

0

0.1u

CN

402

US

B_C

N

R41

822

J

R42

8

10kJ

R41

922

J

R42

410

kJ

L403

N.M

.

R42

222

J

C42

5

0.1u

D40

1

11E

QS

06

C42

7

0.1u

R42

03.

3KJ

D40

2Z

EN

ER

_6.2

V

R41

422

J

IC40

2

NC

7S08

M5

R41

522

J

C42

1

0.1u

R41

622

J

R40

4

N.M

.(1.

5kJ)

R41

722

JR

421

22J

CN

401

IEE

E12

84_C

N

R40

622

JR

407

22J

R42

510

kJ

C40

1

47u/

16V

+

3.3V

1

3.3V

1

3.3V

15V

1

3.3V

1

3.3V

1

5V1

5V2

5V1

5V2

3.3V

1

3.3V

1

AA

BB

CC

DD

EE

44

33

22

11

1

A

B

C

D

E

F

G

H

2 3 4 5 6

1 2 3 4 5 6

4. POWER SUPPLY

POWER SUPPLY (120V/127V)

A

B

C

D

E

F

G

H

6 7 8 9 10 11

6 7 8 9 10 11

1

A

B

C

D

E

F

G

H

2 3 4 5 6

1 2 3 4 5 6

5. NOISE FILTER CIRCUIT

POWER SUPPLY (220V/240V)

A

B

C

D

E

F

G

H

6 7 8 9 10 11

6 7 8 9 10 11

1 2 3 1 2 3 1 2 3 1 2 3 1 2 3 4 5 6 7 8 9 10 11 12 13 14

CN104123456789

1011121314151617181920212223242526272829303132333435

CN119123456789

101112131415161718

PPD2 sensorPWB 12 CN1203

21

3451

2

CN12312345

B5B-PH-K-R

1 2 3 4 1 2 1 2 3 4 5 6 7 8 1 2 3 4 5 1 2 3 4 5 6 7 8 9

B18B-PHDSS-B

B24B

-PH

DS

S-B

B5B-PH-K-S

B5B

-XA

SK

-1

B2P

-VH

-S

B4B

-PH

-K-S

08FE

-BT

-VK

-N

/VF

MC

NT

MFD

D-GND

24V/MPFSPULUP5V

VF

MO

UT

/MM

D

MM

LDP

GN

D

PG

ND

INT

24V

INT

24V

PG

ND

B3B

-PH

-K-B

B3B

-PH

-K-S

B3B

-PH

-K-K

B14B

-PH

DS

S-B

PG

ND

/DM

T_2

/DM

T_1

/DM

T_0

24Vdup

5V

SB

4D

SD

SW

D-G

ND

SP

IDP

ULU

P5V

D-G

ND

SP

PD

CN

107

CN

114/D

MT

_3

PULUP5VPPD2D-GNDRTH_IN

24V

D-GNDD-GNDP-GNDPMCLK_APMRDY/PMDP-GND

D-GND/LDEN

/SYNC

D-GND

/VIDEOSHOLD

PU

LUP

5V

PO

D

D-G

ND

CN

113

PG

ND

CN

124

CN

112

TM

B-

TM

A-

B3B

-PH

-K-S

D-GNDD-GNDVCC3EN5VEN5VUSBIND_CONTVPOUTVMOUTOENRCVVPIN

PARAD3PARAD4PARAD5

VMINSUSPENDPARAD0PARAD1PARAD2

PARAD6PARAD7/REV/FAULT

/AUTOFD/STB

/ACKBUSYPESLCT

24V

/RR

S

/CP

FS

2

24V

5V

CN

117

D-G

ND

D-G

ND

PP

D3

24V

/CP

FS

1

CN

110

CE

D1

D-G

ND

D-G

ND

D-G

ND

CN

108

CE

D2

D-G

ND

CN

115

RTH_IN

GDIIND-GNDD-GND

PULUP5VPPD2D-GND

INT5V

35FE-BT-VK-N

/INT/SLCTIN

D-GND

D-GND

MCU

interface

PWB(GDI)

(USB)

LSU(POLYGON MT)

FANMT

MAINMT

NOT USED

TONERMT

2nd

cassette

Cassette paper

SolenoideResist roller

SolenoideCassette detect

Paper out

detecter

Fuser unit

Manual PaperFeeding unit

Thermisto

*C

*F

*E

1 2 3 1 2 3 4 5 6 7 8 9 10 11 12 13 14 1 2 3 1 2 3 4

CN102123456789

101112131415161718

CN105123456789

1011121314151617181920212223242526272829303132

CN1061234

CN101123456789

101112131415161718192021222324

1 2 3 4 5 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 1 2 3 1 2

B24B

-PH

DS

S-B

B24B-PHDSS-B

B5B

-XA

SK

-1

CN

109

B2P

-VH

-R

B4B-PH-K-R

/GRIDL/TC/BIAS

INT24V

D-GND

FE4-32-S15D5

18FE-BT-VK-N

B3B

-PH

-K-K

B14B

-PH

DS

S-B

PGNDPGND

VCLVCL

/DM

T_2

/DM

T_1

/DM

T_0

24Vdup

5V

SB

4D

SD

SW

D-G

ND

SP

IDP

ULU

P5V

D-G

ND

SP

PD

24V

/SP

US

24V

/SR

RC

24V

/SP

FS

CN

114/D

MT

_3

5V

24VM

CN

122

24VM

B3B

-PH

-K-S

SP

MT

-0

SP

MT

-2S

PM

T-3

SP

MT

-1

24V

/SG

S

PGNDD-GND/MC

5VIN3.3VIN5VEN3.3VIN

D-GND

PGNDPGNDHLOUT/PR24VINFW24VIN12VIN/POFF

24VTCS

DVSEL

D-GNDCCD-RS

CCD-CPAFE_SDI

BSAMP

(mt_at_home)AFE_DB7

12V12V

EN5V

B4B

-PH

-K-R

D-GND(ONL)(PSL)EN5V

D-GNDSELIN3

VSAMPCCD-TG

ADCLKAFE_SEN

CCD-PHI2D-GND

CCD-PHI1

AFE_SCKD-GND

AFE_DB3AFE_DB2AFE_DB1AFE_DB0

AFE_DB5AFE_DB6

D-GNDAFE_DB4

CN

11624V

1(DS

WS

)

24V

D-G

ND

(SD

OD

)

/CP

FS

2

24V

5V D-G

ND

D-G

ND

PP

D3

CN

111

CE

D1

D-G

ND

D-G

ND

D-G

ND

CN

108

CE

D2

D-G

ND

CN

115

PU

LUP

5V

PP

D1

D-G

ND

B3B

-PH

-K-R

SELIN2SELIN1

(KIN2)PSW

5V

OP-DATAOP-LATCH

OP-CLK(BEO)(KIN1)

D-GND

D-GND

OU

T_A

+

OU

T_B

+

OU

T_A

-

OU

T_B

-C

N103

DRST

MCU

Powerunit

Scanner(CCD)

ScannerMT

NOT USED NOT USED

2nd

cassette

DV

INTERLOCK SW(SIDE DOOR SW)

ADFUNIT

Cassette detect Paper pass detect

Operational PWB

*D

*A

*B

*B

*E

*A – E have detail view

CN1061234

1 1 1 1 2

CN1012

CN101 CN612345678

12345678

91011 CN101 CN00212 1 113 2 2 114 3 3 215 4 416 517 618 719 820 921 1022 1123 12 CN00124 13 1 AC-ORD

14 21516

F-GNDDV-BIAS

HLN

PGNDPGND

24VTCS

DVSEL

HLL

D-GND

PGNDPGNDHLOUT/PR24VINFW24VIN12VIN/POFF

PGNDD-GND/MC

5VIN3.3VIN5VEN3.3VIN

B24B-PHDSS

B4B-PH-K-R

/GRIDL/TC/BIAS

INT24VINT24V

D-GND

INT24VINT24V

/BIAS/TC

/MC/GRIDL

D-GNDPGNDD-GND3.3VIN

HLOUTLN

12VIN24VINFW24VIN

HLN

/PR

5VEN3.3VIN5VIN/POFF

MC

-CA

SE

MC

-OU

T

TC

-OU

T

BC

-OU

T

GR

ID

HLL

LOW VOLTAGEPOWER SUPPLY UNIT

HIGH VOLTAGEPOWER SUPPLY UNIT

HeaterLamp

POWER UNIT

DV UNIT

Thermostat

A

CN105 CN1 JP11 12 23456789

123456789

10 1011 1112 1213 1314 1415 1516 1617 1718 1819 1920 2021 2122 2223 2324 2425 2526 2627 2728 2829 2930 3031 3132 32

CN102 CN301 CN3021 12 23 3456789

123456789

10 1011 1112 1213 1314 1415 1516 1617 1718 18

FE4-32-S15D5

PGNDPGND

VCLVCL

AFE_SDI

BSAMP

(mt_at_home)AFE_DB7

12V12V

D-GNDAFE_OBE

VSAMPCCD-TG

ADCLKAFE_SEN

CCD-PHI2D-GND

CCD-PHI1

D-GNDCCD-RS

CCD-CP

AFE_SCKD-GND

AFE_DB3AFE_DB2AFE_DB1AFE_DB0

AFE_DB5AFE_DB6

D-GNDAFE_DB4

PGNDPGND

VCLVCL12V12V

D-GNDAFE_OBE

VSAMPCCD-TG

D-GNDCCD-RSBSAMP

CCD-CPAFE_SDI

CCD-PHI2D-GND

CCD-PHI1AFE_SEN

ADCLKD-GND

AFE_SCKAFE_DB7

(mt_at_home)AFE_DB5AFE_DB6

D-GNDAFE_DB4AFE_DB3AFE_DB2AFE_DB1AFE_DB0

PGNDVCL

D-GNDSELIN3SELIN2

(KIN1)

OP-DATAOP-LATCH

OP-CLK(BEO)

SELIN1

D-GND(ONL)(PSL)5VEN

DRSTD-GND

D-GND(ONL)(PSL)5VEN

D-GNDSELIN3SELIN2SELIN1

D-GND18FE-BT-VK-N

(KIN2)PSW

5VDRST

DRST

(KIN1)(KIN2)

OP-CLK(BEO)

D-GND

PSW5V

OP-DATAOP-LATCH

CCD PWB

LAMP

LAMP

SUCANNER UNIT

OPERATIONPANEL PWB

DRM RESET SW

INVERTER

B

B

CN11234

USB_CN

CN104 CN2 CN31 35 12 34 23 33 34 32 45 31 56 30 67 29 78 28 89 27 9

10 26 1011 25 1112 24 1213 23 1314 22 1415 21 1516 20 1617 19 1718 18 1819 17 1920 16 2021 15 2122 14 2223 13 2324 12 2425 11 2526 10 2627 9 2728 8 2829 7 2930 6 3031 5 3132 4 3233 3 3334 2 3435 1 35

35FE-BT-VK-N 36IEEE1284_CN

HLHIN/SLCTIN

V5D-D+

GND

D-GND/INT/FAULTD-GND

D-GNDD-GNDD-GNDD-GND

D-GNDD-GNDD-GNDD-GND

PLHOUTD-GNDD-GNDD-GND

/AUTOFD

SGFG

/ACKBUSYPESLCT

35FE-BT-VK-N

/D STBDATA0DATA1DATA2DATA3DATA4DATA5DATA6DATA7

/INT

/STB

D-GNDD-GND

/SLCTIN/AUTOFD

GDIIN

/ACKBUSYPESLCT

PARAD6PARAD7/REV/FAULT

PARAD2PARAD3PARAD4PARAD5

VMINSUSPENDPARAD0PARAD1

VMOUTOENRCVVPIN

EN5VUSBIND_CONTVPOUT

D-GNDD-GNDVCC3EN5V

D-GNDD-GND

/ACKBUSYPESLCT

/SLCTIN/AUTOFD

GDIIN

PARAD7PARAD6

/INT

/STB

RCVVPIN

SUSPENDPARAD0

PARAD4

PARAD1PARAD2PARAD3

D-GNDD-GNDVCC3EN5V

VMIN

/FAULT/REV

EN5VUSBIND_CONTVPOUTVMOUTOEN

PARAD5

interface PWB

CC C

CN105123456789 CN101

10 1 511 2

12

412 3

123

313 4 214 5 11516171819 120 221 322 423 524 6

SPMT-1SPMT-024VM

SPMT-224VM24VM

SPMT-0SPMT-2

/SPUS24V

D-GND

PULUP5V

24V/SPUS

SPPDD-GND

SPMT-3SPMT-1

D-GND

D-GNDSPPDD-GND

PULUP5VSPID

SDSWSB4D

5V

SDSWSPID

24VM

5V

SPIDSDSW

SPMT-3

5V

ADFSENSOR PWB

ADF UNIT

ADF MOTOR

PU SOLENOID

ADF SENSOR

D

CN115123 14 256 17 289 1

10 211 3121314

CN1151 1 142 2 133 3 12 14 4 11 25 5 106 6 9 17 7 8 28 8 79 9 6 1

10 10 5 211 11 4 312 12 313 13 214 14 1

OED2 OED2D-GND D-GND

5VD-GND D-GND

D-GNDD-GND D-GND PPD3

D-GND D-GND

OED2PPD3 PPD3 D-GND

/CPFS25V 5V 24V

24V 24V/CPFS2

5V

/CPFS224V

D-GNDPPD3

OED2D-GND

D-GND

D-GNDOED2

/CPFS2

/CPFS224V

D-GND

PPD3D-GND

5V

2nd Paper feeding unit

PHOTO SENSOR

TRAY DETECTSWITCH

PF SOLENOID

E

2nd Paper feeding unit (OPTION)

PHOTO SENSOR

TRAY DETECTSWITCH

PF SOLENOID

E

CN12312345

B5B-PH-K-R

CN12312345

B5B-PH-K-R

PULUP5VMFDD-GND

24V/MPFS

Multi Manual Paper Feeding unit

Multi feedingsolenoid

F

Single Manual Paper Feeding unit

MFD sensor PWB

Manual Paper Feeding unit

Contains lithium-ion battery. Must be disposed of properly.Remove the battery from the product and contact

federal or state environmentalagencies for information on recycling and disposal options.

(For USA,CANADA)CAUTION FOR BATTERY DISPOSAL

1-1, KANDA NISHIKI-CHO, CHIYODA-KU, TOKYO, 101-8842 JAPAN

manual de servicio sharp e-studio120-150

Documents