SHARP SM-ARFX11 Service Manual

CODE : 00ZARFX11/A1E

LASER PRINTER OPTIONS FAX EXPANSION KIT

(For U.S,A., Canada, U.Kingdom, German, France)

MODEL

AR-FX11

OPTION AR-MM9

CONTENTS

[1] PRODUCT OUTLINE . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 1 - 1

[2] CONFIGURATION . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 1 - 1

[3] SPECIFICATIONS . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 3 - 1

[4] EXTERNAL VIEWS AND INTERNAL STRUCTURES. . . . . . . 4 - 1

[5] UNPACKING AND INSTALLATION. . . . . . . . . . . . . . . . . . . . . . 5 - 1

[6] SIMULATIONS, FAX SOFTWARE SWITCH. . . . . . . . . . . . . . . 6 - 1

[7] KEY OPERATOR PROGRAM . . . . . . . . . . . . . . . . . . . . . . . . . 7 - 1

[8] TROUBLE CODE LIST. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 8 - 1

[9] ELECTRICAL SECTION . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 9 - 1

Parts marked with “ “ are important for maintaining the safety of the set. Be sure to replace these parts with specified ones for maintaining the safety and performance of the set.

This document has been published to be used for

SHARP CORPORATION

after sales service only. The contents are subject to change without notice.

CONTENTS

[1] PRODUCT OUTLINE . . . . . . . . . . . . . . . . . . . . . . . . . . . . 1-1

[2] CONFIGURATION . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 1-1

[3] SPECIFICATIONS

1. FAX function specification . . . . . . . . . . . . . . . . . . . . . . 3-1

[4] EXTERNAL VIEWS AND INTERNAL STRUCTURES

1. Operation panel . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 4-1

2. FAX mode (base screen) . . . . . . . . . . . . . . . . . . . . . . . 4-3

3. PWB . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 4-4

[5] UNPACKING AND INSTALLATION . . . . . . . . . . . . . . . . . 5-1

[6] SIMULATIONS, FAX SOFTWARE SWITCH

1. Entering th e s i mu l a ti o n m o d e . . . . . . . . . . . . . . . . . . . . 6-1

2. Cancelin g th e si m u l a ti o n m o d e . . . . . . . . . . . . . . . . . . . 6 -1

3. Simulation list . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 6-1

4. Detail of simulation s . . . . . . . . . . . . . . . . . . . . . . . . . . . 6-2

5. FAX software switch . . . . . . . . . . . . . . . . . . . . . . . . . . . 6-22

[7] KEY OPERATOR PROGRAM. . . . . . . . . . . . . . . . . . . . . . 7-1

[8] TROUBLE CODE LIST

1.FAX-rel a ted service c a l l er r o r. . . . . . . . . . . . . . . . . . . . . 8- 1

2.Communication report codes. . . . . . . . . . . . . . . . . . . . . 8-1

[9] ELECTRICAL SECTION

1. FAX Block diagram . . . . . . . . . . . . . . . . . . . . . . . . . . . . 9-1

2. FAX Circuit diagra m . . . . . . . . . . . . . . . . . . . . . . . . . . . 9-2

[1] PRODUCT OUTLINE

This unit provides the FAX function and the PC-FAX function when installed to the following machines:

Machines to install this unit :

•AR-M207

•AR-M165

•AR-M162

[2] CONFIGURATION

Extended memory

<AR-MM9>

* Installed to FAX MAIN PWB.

FAX Expansion Unit:1

FAX Keyboard:1

<AR-FX11>

AR-FX11 PRODUCT OUTLINE • CONFIGURATION 1-1

[3] SPECIFICATIONS

1. Fax Function Specification

(1) Original

Original stack capacity 40 sheets. Scan cycle 23opm.

(2) Compression Method

MH, MR, MMR, JBIG.

(3) Image Process

Half tone reproduction Equivalent to 256 levels. Exposure adjustment Auto and Manual (5 steps). Resolution STANDARD (8dot/mm x 3.85line/mm).

(4) Specified Destination

Specified destination Specified by Dial, Rapid, Speed or Group

Rapid keys(Max. number of keys to be stored) Speed 300. Program Yes (9). Manual destination entry Chain dialing Yes (Pause Key). Redial The number last entered through the only

Speed dialing This is used to recall address control number

(5) Specified Multiple Destinations

Specified destination Specified by Rapid, Group, Speed or manual

Broadcast transmission Sequential broadcasting Multi-polling Yes.

(6) Functions

Transmit function Memory transmit Yes.

FINE (8dot/mm x 7.7line/mm). SUPER FINE (8dot/mm x 15.4line/mm). ULTRA FINE (16dot/mm x 15.4line/mm).

destination entry. 50 destinations (including Group).

Input via the numeric keys.

single address sending is stored (Except time setting, Sub address and Passcode).

by using numeric keys.

destination entry (Broadcasting is not allowed when sub address is registered). Yes(F code inputting from ten key is excepted in the address containing F code). Yes (200 destinations).

Speaker Yes. Quick online transmit Direct transmit Yes. Manual transmit With speaker. R-Key Speaker Key is set to R-Key

Auto reduction transmit

Rotation transmit Yes. Scaling transmit Yes (Scaling from regular size

Recall mode

Book original transmit Long length original transmit Verification stamp No.

Error Yes. Busy Yes.

Yes.

(Only for SEEG). Yes(Original is reduced and sent according to the receivingside machine).

to regular size only. No rotation enlargement allowed).

Number of times/interval is set via Key operator program. Yes.

Yes. Max.800m.

Transmit function Maximum number

of sender registered Maximum n umber of transmission

Receive function Auto receive Yes.

Special function Time setting Yes.

Report/List function

reserved

Manual receive Yes. Memory receive Yes. Reduction receive for standard size Rotation receive Yes. Divided receive Yes: To be defined by Key

Duplex receive Yes. 2 in 1 receive No. Only designated number receiving enabled Enter junk fax number External phone connection Answering phone connection Transfer function at output trouble Auto startup mode

Transmit request Yes. Remote transmit Yes. Cover function Yes. Print at sender Yes (Always ON) (On/Off is

Page division Yes. Page combination No. Confidential (machine at the other end) Relay broadcast direction Transmit message Edge erase No. Center erase No. Multi shot No. Card shot No. Confidential receive check list Program list Yes. Relay group list No. ID sender list No. Transmit/receive record Reserved transmit list Original storage check list Rapid dial list Yes. Speed dial list Yes. Group dial list Yes. Phone directory list Key operator program list Confidential ID list No. F-code setting check list Account number list

1 sender.

50 jobs.

Yes.

operator program.

No.

Yes (Up to 50numbers, 20digits). Yes.

No (To avoid patent infringement). Yes.

No.

possible to set only for Japan).

Yes (F code method).

Yes.

No.

AR-FX11 SPECIFICA TIO N S 3-1

Report/List function

Others Account control 50 accounts.

Account control record Enter junk fax number list Transaction report Yes. Confidential registration list Transmission cancel list

Yes.

(7) Transmission Method

Transmission time 2 seconds (level: Super G3 /33600bps).

Modem speed 33.6kbps -> 2.4kbps automatic fallback Intercommunication Super G3 / G3. Communicationline General telephone line (PSTN), Private branch

ECM Yes. R-Key Available only for SEEG (with PBX setting).

6 seconds (G3 ECM/14400bps).

(PBX), Fax line.

(8) Record Size

Max. record width 293mm. Record size A3 - A5 (depends on destination).

11” x 17” - 5.5” x 8.5” (depends on destination).

(9) F-Code Transmission

Sub address Yes. Passcode Yes.

(10)Other FAX Related Function/Remarks

FAST system support PSTN supporting FAST

- SEC only

AR-FX11 SPECIFICA TIO N S 3-2

[4] EXTERNAL VIEWS AND INTERNAL STRUCTURES

1. Operation panel

1

26 27 28 29 30

ABCDE

31 32 33 34 35

FGH I J

36 37 38 39 40

KLMNO

41 42 43 44 45

PQR TS

46 47 48 49 50

U V W XYZ SP

SPEAKER

REDIAL/PAUSE SPEED

SHIFT

COMM. SETTING

SYMBOL

SPACE/–

COPY

PRINT

SCAN

FAX

ON LINE

LINE

DATA

9 101112 13 1415

1 Page pallet These are used in fax mode. 2 Display This key displays the base screen and the function setting screen. 3 [BACK] key In a setting or programming screen, this key is used to move back to the previous screen. 4 [FAX STATUS] key This is used to cancel a fax transmission or a stored fax transmission. 5 [OK] key This key is used to enter a setting that has been selected with the arrow or other keys. 6 Numeric keys These are used to enter fax numbers, sub-addresses, passcodes, and numerical settings. 7 [C] key This is used to clear a mistake when entering fax numbers, sub-addresses, passcodes, and numerical settings. One digit

8 [CA] key This is used to cancel a transmission or programming operation. When pressed during an operation, the operation is

9 [SPEAKER/SHIFT]

key 10 [REDIAL/PAUSE] key This is used to redial the last number dialed, and enter a pause when entering a fax number. 11 [SPEED/SYMBOL]

key 12 [COMM. SETTING/

SPACE/-] key 13 Information lamp Information lamp blinks, when facsimile is received, or when the paper remains in the tray.

is cleared each time the key is pressed.When an original is being scanned, this key can also be used to cancel scanning.

canceled and the display returns to the base screen described on page *4 - 3*.This key is also used to cancel a resolution, paper size, or special function setting that was selected when sending a fax. This is used to dial without lifting the handset and to shift between upper and lower case when entering characters.

This is used to dial by Speed dialing and to enter a symbol when entering characters.

This is used to switch between memory transmission and direct transmission, and to switch between automatic reception and manual reception. It is also used to enter a space or "-" when entering characters.

AR-FX11 EXTERNAL VIEWS AND INTERNAL STRUCTURES 4-1

For U.S.A.

2345678

FAX STATUS

For other country

BACK

COPY

EXPOSURE

SCAN

FAX

PAPER ZOOM

COLOR MODE

RESOLUTION RESOLUTION

PROGRAM

AUTO %

ADDRESS FORMAT ADDRESS

BROADCAST

OUTPUT DUPLEX

ORIGINAL SIZE DUPLEX SCAN ORIGINAL SIZE

SPECIAL FUNCTION

DUPLEX SCAN

16 17 18 19 20 21 2223 242625

2345678

FAX STATUS

BACK

PAPER

COPY

EXPOSURE

SCAN

COLOUR MODE

FAX

PROGRAM

SELECT

RATIO

RESOLUTION

ADDRESS

AUTO

IMAGE

FORMAT

BROADCAST

2-SIDED

OUTPUT

COPY

SPECIAL FUNCTION

ORIGINAL SIZE DUPLEX SCAN

OK

ACC. #-C

ABC DEF

JKLGHI MNO

TUVPQRS WXYZ

@.-

READ-END

ABC DEF

JKLGHI MNO

TUVPQRS WXYZ

@.-

READ-END

_

16

17 18 19 20 21 2223 242625

14 [MODE SELECT] keys T hes e are used these keys to change modes. 15 [FAX ] key/

FAX indicator/LINE indicator/DATA

Press to switch to fax mode. The base screen of fax mode will appear in the display. The LINE indicator lights up during transmission or reception of a fax. When a fax has been received, the DATA indicator blinks. (When there is fax transmission data in memory, the DATA indicator lights up.)

indicator 16 [PROGRAM] key Press this key to use a program. 17 [RESOLUTION] key T his key is used to select resolution and exposure settings. 18 [ADDRESS] key This key is used to search for a fax destination that has been stored as an auto-dial number in the address book. 19 [BROADCAST] key This is used to perform a broadcast transmission. 20 [ORIGINAL SIZE] key This is used to set the size of the original to be faxed. 21 [DUPLEX SCAN] key Press this key to use the duplex scan function. (Only on models with a SPF installed.) 22 [SPECIAL

FUNCTION] key

This key is used to select a special transmission or reception function, configure function settings, and to store auto-dial

numbers. 23 Arrow keys These are used to select items and move through pages. 24 [START] key This is used at the following times:

(1) When starting transmission

(2) When scanning an original

(3) When starting manual reception

(4) When configuring and storing settings 25 [ACC.#-C] key Press the end the use of an account and return the display to the account number entry screen. 26 [READ-END] key When copying in sort mode from the document glass, press this key when you have finished scanning the original pages

and are ready to start copying.

NOTE

•When the auto power shut-off function is activated, All lights except the mode key lights go off. For the information on the auto power shut-off function.

AR-FX11 EXTERNAL VIEWS AND INTERNAL STRUCTURES 4-2

2. FAX mode (base screen)

The base screen of fax mode is displayed by pressing the [FAX] key when the print mode, copy mode, or scan mode screen appears.

A. The base screen of fax mode

1

2

3

4

5

1 Message display Messages appear here to indicate the current status of the machine. An icon appears to the right side when a

confidential fax has been received. 2 Date and time display This shows the date and time. 3 Transmission mode display There are three transmission modes: memory transmission, direct transmission, and manual transmission.

This shows the currently selected transmission mode. 4 Exposure display This shows the exposure for scanning the original that has been selected with the [RESOLUTION] key. 5 Resolution display This shows the resolution for scanning the original that has been selected with the [RESOLUTION] key. 6 Free memory display This shows the percentage of fax memory that is free. 7 Reception mode display There are two modes for receiving faxes:

automatic reception and manual reception. This shows the currently selected reception mode. 8 Original display This displays an icon to indicate the original scanning mode when an original has been placed.

: One-sided original scanning in the SPF. : Document glass. : Two-sided or iginal scanning in the RSPF.

This also shows the size of the placed original.

NOTE The following functions operate even when copy mode is selected:

•Automatic reception (including F-code confidential reception)

•Timer Transmission

•Memory polled function

•Transmission of stored memory transmission jobs

•Voice calls (voice calls can be answered but not placed).

•Remote reception

•Manual reception

•Relay station function for F-code relay broadcast transmission

Stand-by. 96% MAY 10 MON 10:25 AM

MEMORY AUTO CONT 8 x11R

AUTO

1

2

STANDARD

6

7

8

AR-FX11 EXTERNAL VIEWS AND INTERNAL STRUCTURES 4-3

3. PWB

2

3

1

1 FAX control PWB FAX communication control 2 FAX FLASH ROM PWB FAX control program 3 TEL/LIU PWB TEL line communication control 4 FAX extended memory

(Installed to FAX control PWB)

<AR-MM9>

4

AR-FX11 EXTERNAL VIEWS AND INTERNAL STRUCTURES 4-4

[5] UNPACKING AND INSTALLATION

•For improvement of workability, some descript ion in this manual as well as components and accessories may change without prior notice. In this case, refer to the service manual.

Parts included

line cable: 1

2) Work the rear cover. Cut and remove the cut-out portion from t he rear cover using a tool such as nippers. Be careful with the tool's direction so that the cut surface would be flat.

FAX Expansion Unit: 1

FAX keyboard: 1

FCC label: 1 (USA, Canada only)

Installation Manual: 1 Operation manual: 1

Screws (S tight): 4

Writing label: 4

Turn off the main switch of the copier and then remove the power plug of the copier from the outlet.

1) Detach the rear cover. <1>Unscrew two screws from the rear cover. <2>Push to release the lock shown in the illustration below. Slide to right

and remove the rear cover.

Installing additional memory board (AR-MM9)

* If no need to install, go on to Step 3 to continue FAX Expansion Kit

Installation. Insert an additional memory board into the socket of FAX Expansion Unit. Be careful with the inserting direction. Make sure that it is securely inserted.

3) Install FAX Expansion Unit. <1>Hook the attaching par ts of FAX Expansion Unit (two on the right)

onto the copier frame as shown.

<2>Hook the attaching part of FAX Expansion Unit (one on the left) onto

the copier frame as shown.

<3>Push the lower left side of the unit to make sure that connectors of

FAX Expansion Unit and the copier are connected.

<4>Secure the unit onto the copier using four supplied screws (S tight)

as shown.<1>Hook the attaching parts of FAX Expansion Unit (two on the right) onto the copier frame as shown.

AR-FX11 UNPACKING AND INSTALLATION 5-1

4) Reattach the rear cover. <1>Inser t the claw locks of the rear cover into the copier, and slide it to

left until they are securely locked.

<2>Secure the cover using two screws.

8) Reattach key board back cover. <1>Inser t the claw lock of the keyboard back cover into the copier. Make

sure that the claw lock is securely inserted.

<2>Secure the cover using two screws.

5) Remove keyboard back cover. <1>Unscrew two screws from the keyboard back cover. <2>Release the lock as shown, and remove the back cover.

6) Remove dummy panel. <1>Unscrew from the dummy panel. <2>Push the dummy panel up using a driver as shown, and remove it

from the copier.

7) Attach FAX keyboard. <1>Connect the copier flat cable to FAX keyboard. <2>Place the FAX keyboard onto the copier. <3>Secure the keyboard using a screw.

9) Paste FCC label on the rear cabinet of the copier. After installing FA X Expansion Kit, paste the supplied FCC label on the position shown in the illustration.

USA, Canada only

In order to manifest the compliance with FCC Part 68 and IC CS -03, it is required to provide the machine with the FCC Registration Number (USA), Ringer Equivalence (USA) and Ringer Eqivalence(Canada). After installing the FAX expansion kit in the machine, please put the registration label, packed with the kit, on the prescribed location.

Insert the power plug of the copier to t he outlet, and then turn on the main switch of the copier.

10) Setup date and time. Press [FUNCTION] key on the Operation Panel, select [Key Operator Program], enter 5-digit key operator code, and select [FAX] mode. Select [Initial setup] and then [Date and Time]. Enter date in the order of year, Month, Day and press [OK] to set. Select [Time Setup], enter time in the order of Hour and Minute, and press [OK] to set.

11) Clear image memory.

* When additional memory board (AR-M M9) is installed, you must clear

the memory using the Simulation [66-10]. If no additional memor y is installed, there is no need for this memory clear process.

12) Connect line cable.

Connect the line cable to the FAX Expansion Kit.

AR-FX11 UNPACKING AND INSTALLATION 5-2

[6] SIMU LAT IO NS , FAX SOFTWARE SWITCH

1. Entering the simulation mode

Perf orm the follo wing procedure to enter the simulation mode. [#] [*] [C] [*] [Main code] [START] [Sub code] [START]

2. Canceling the simulation mode

When the clear all key is pressed, the simulation mode is cancelled. When the interruption key is pressed, the process is interrupted and the screen returns to the sub code entering display. * After canceling the simulation mode, be sure to turn OFF/ON the

power and check the operation.

Note:

• If the machine is terminated by a jam error or paper empty during copying in the adjustment by the simulation, recopying is required.

•The values in the simulation columns are not default values but sample values.

3. Simulation list

CODE FUNCTION(Contents)

MAIN SUB

22 11 FAX-related counter display 24 10 FAX-related counter clear 46 12 Density adjustment in the FAX mode

(Collective adjustments)

13-16 Density adjustment in the FAX mode

39 FAX sharpness adjustment

48 8 FAX magnification ratio adjustment

9 FAX magnification ratio adjustment

50 8 FAX lead edge adjustment (scan)

9 FAX lead edge adjustment (print)

66 1 FAX soft SW setting

2 F AX sof t SW initializ ing 3 FAX PWB memory check 4 Signal send mode 6 Print pass code print

7 Image memory content print 10 Image memory contents clear 11 300bps signal send 13 Dial test 17 DTMF signal send 19 SRAM backup 21 FAX information print 24 FAST SRAM clear 30 TEL/LIU status change check 31 TEL/LIU setting 32 Receive data check 33 Signal detection check 34 Communication time measurement 37 Speaker sound volume adjustment 38 Time setting/check 41 CI signal check 52 Pseudo ringer check

(Individual adjustments)

(scan)

(print)

AR-FX11 SIMULATIONS, FAX SOFTWARE SWITCH 6-1

4. Detail of simulations

Main code

22 11 FAX-related counter display.

Sub

code

Used to display the current FAX send/receive counter value.

Contents Remark

Sim22-11 FAX COUN. SELECT COUNTER

1:COMM. PAGE 2:COMM. TIME (1 - 3)

1

OK

Sim22-11 FAX COUN. COMM. PAGE

SND xx, xxx, xxx RCV xx, xxx, xxx

Return Return

24 10 FAX-related counter clear

Used to clear the current FAX send/receive counter value (number of pages of send/receive), the accumulated time of send/receive, and the print counter to 0.

Sim24-10 CLR COUN.

CLEAR FAX COUNTER 1:SEND 2:RECEIVE (1 - 3) X

Sim24-10 CLR COUN.

SEND PAGE: xx, xxx, xxx TIME: hhhhhhhh:mm:ss

1

OK

EXEC

Sim22-11 FAX COUN. SELECT COUNTER

3:PRINT PAGE

(1 - 3)

2

OK

Sim22-11 FAX COUN. COMM. TIME

SND:hhhhhhhh:mm:ss RCV:hhhhhhhh:mm:ss

Sim24-10 CLR COUN.

CLEAR FAX COUNTER 3:PRINT PAGE (1 - 3) X

Sim24-10 CLR COUN.

RECEIVE PAGE: xx, xxx, xxx TIME: hhhhhhhh:mm:ss

CA key : Simulation cancel Interrupt key : Sub code input window

Sim22-11 FAX COUN. PRINT PAGE

xxxxxxxx

CA key : Simulation cancel Interrupt key : Sub code input window

2

OK

Sim24-10 CLR COUN.

PRINT PAGE xxxxxxxx

EXEC

3

OK

3

OK

EXEC

OK

Sim24-10 CLR COUN.

SEND COUN. CLEARED

Return Return Return

Sim24-10 CLR COUN.

RCV COUN. CLEARED

OK

When the number of pages of send is cleared, the PC-FAX counter is also cleared.

OK

Sim24-10 CLR COUN.

FAX COUN. CLEARED

AR-FX11 SIMULATIONS, FAX SOFTWARE SWITCH 6-2

Main code

Sub

code

Contents Remark

46 12 Density adjustment in the FAX mode (Collective adjustments)

Used to adjust the density in the FAX mode to “AUTO” or “0” - “99”.

Sim46-12 EXP LEVEL

AUTO XX

( 0 - 99 ) YY

After input 0 - 99

OK

Sim46-12 EXP LEVEL

AUTO YY

EXEC

Sim46-12 EXP LEVEL

AUTO YY

SCAN EXEC

Sim46-12 EXP LEVEL

AUTO YY

PRINT EXEC

AR-FX11 SIMULATIONS, FAX SOFTWARE SWITCH 6-3

Main code

Sub

code

Contents Remark

46 13-16 Density adjustment in the FAX mode (Individual adjustments)

Used to adjust the density in the FAX mode to “AUTO” or “0” - “99”.

Sim46-13 EXP LEVEL

STD. 1:AE 2:MANUAL (1-2) X

After input 1 - 2

OK

Sim46-13 EXP LEVEL

STD. XX AE

(2DIGITS) YY

After input 0 - 99

OK

Sim46-13 EXP LEVEL

STD. YY AE

EXEC

Sim46-13 EXP LEVEL

STD. YY AE

SCAN EXEC

Sim46-13 EXP LEVEL

STD. YY AE

PRINT EXEC

Sim46-14 EXP LEVEL

FINE 1:AE(PHOTO ON) 2:AE(PHOTO OFF)

4) X

(1

After input 1 - 4

OK

Sim46-14 EXP LEVEL

FINE XX AE PHOTO ON

(2DIGITS) YY

After input 0 - 99

OK

Sim46-14 EXP LEVEL

FINE YY AE PHOTO ON

EXEC

Sim46-14 EXP LEVEL

FINE YY AE PHOTO ON

SCAN EXEC

Sim46-14 EXP LEVEL

FINE YY AE PHOTO ON

PRINT EXEC

Sim46-14 EXP LEVEL

FINE 3:MANUAL(PHOTO ON) 4:MANUAL(PHOTO OFF)

4) X

(1

Sim46-15

S-FINE 1:AE(PHOTO ON) 2:AE(PHOTO OFF)

)X

(1

After input 1 - 4

Sim46-15

S-FINE XX AE PHOTO ON

(2DIGITS) YY

After input 0 - 99

Sim46-15

S-FINE YY AE PHOTO ON

EXEC

Sim46-15

S-FINE YY AE PHOTO ON

SCAN EXEC

Sim46-15

S-FINE YY AE PHOTO ON

PRINT EXEC

Sim46-15

S-FINE 3:MANUAL(PHOTO ON) 4:MANUAL(PHOTO OFF)

)X

(1

Sim46-16

U-FINE 1:AE(PHOTO ON) 2:AE(PHOTO OFF)

)X

(1

After input 1 - 4

Sim46-16

U-FINE XX AE PHOTO ON

(2DIGITS) YY

After input 0 - 99

Sim46-16

U-FINE YY AE PHOTO ON

EXEC

Sim46-16

U-FINE YY AE PHOTO ON

SCAN EXEC

Sim46-16

U-FINE YY AE PHOTO ON

PRINT EXEC

Sim46-16

U-FINE 3:MANUAL(PHOTO ON) 4:MANUAL(PHOTO OFF)

)X

(1

AR-FX11 SIMULATIONS, FAX SOFTWARE SWITCH 6-4

Main code

Sub

code

46 39 FAX sharpness adjustment

Used to adjust the resolution and the filer in the FAX mode.

Contents Remark

Sim46-39 FAX IMAGE

1:STD. 1 2:FINE 1 3:S-FINE 1 (1 - 7 ) X

Return

Sim46-39 FAX IMAGE

Return

Sim46-39 FAX IMAGE

STD. Y

Sim46-39 FAX IMAGE

STD. Y

SCAN EXEC

Sim46-39 FAX IMAGE

STD. Y

PRINT EXEC

1 - 7 input

OK

STD. X

(0 - 2 ) Y

0 - 2 input

OK

EXEC

Sim46-39 FAX IMAGE

4:U-FINE 1 5:FINE/HT 1 6:S-FINE/HT 1 (1 - 7 ) X

The current set value of each resolution is displayed.

Specify a resolution to be set.

Specify the kind of a filter to be set.

Self print operation is executed. (The specified kind of the filter is used.) The specified filter is used even in the normal operation.

Scanning operation

Printing operation

Sim46-39 FAX IMAGE

7:U-FINE/HT 1

(1 - 7 ) X

* When "Interrupt" key is pressed on a window other than the operation window, the display shifts to the sub code input window.

AR-FX11 SIMULATIONS, FAX SOFTWARE SWITCH 6-5

Main code

Sub

code

48 8 FAX magnification ratio adjustment (scan)

Used to adjust and set the FAX document scan magnification ratio and scan and print the document.

Sim48-8 SCAN RATIO

1:OC 2:SPF 3:RSPF ( 1 - 3 ) X

Sim48-8 SCAN RATIO OC

MAIN SCAN RATIO

1:

SUB SCAN RATIO

2: ( 1 - 2 ) X

Sim48-8 SCAN RATIO

OC MAIN SCAN RATIO

( 1 - 255 ) YYY

Sim48-8 SCAN RATIO

OC MAIN SCAN RATIO

Contents Remark

After input 1 - 3

OK

XXX XXX

After input 1 - 2

OK

XXX

After input 1 - 255

OK

XXX

EXEC

Sim48-8 SCAN RATIO

OC MAIN SCAN RATIO

SCAN EXEC

Sim48-8 SCAN RATIO

OC MAIN SCAN RATIO

PRINT EXEC

YYY

AR-FX11 SIMULATIONS, FAX SOFTWARE SWITCH 6-6

Main code

Sub

code

48 9 FAX magnification ratio adjustment (print)

Used to adjust and set the FAX print magnification ratio and scan and print the document.

Contents Remark

Sim48-9 PRI. RATIO

MAIN SCAN RATIO

1:

SUB SCAN RATIO

2: 3:MAIN SCAN/R XXX ( 1 - 4 ) X

Sim48-9 PRI. RATIO

MAIN SCAN/R XXX

( 1 - 255) YYY

Sim48-9 PRI. RATIO

MAIN SCAN/R YYY

Sim48-9 PRI. RATIO

MAIN SCAN/R YYY

SCAN EXEC

Sim48-9 PRI. RATIO

MAIN SCAN/R YYY

XXX XXX

After input 1 - 4

OK

After input 1 - 255

OK

EXEC

Sim48-9 PRI. RATIO

4:SUB SCAN/R XXX

( 1 - 4 ) X

PRINT EXEC

AR-FX11 SIMULATIONS, FAX SOFTWARE SWITCH 6-7

Main code

Sub

code

50 8 FAX lead edge adjustment (scan)

Used to adjust and set the FAX document scan lead edge position and scan and print the document.

Sim50-8 SCAN EDGE

1:OC 2:SPF 3:RSPF ( 1 - 3 ) X

Sim50-8 SCAN EDGE OC

1:LEAD EDGE XX 2:LEFT EDGE XX ( 1 - 4 ) X

Sim50-8 SCAN EDGE

OC LEAD EDGE XX

( 43- 57 ) YY

Sim50-8 SCAN EDGE

OC LEAD EDGE XX

After input 1 - 3

OK

After input 1 - 4

OK

After input 43 - 57

OK

Contents Remark

Sim50-8 SCAN EDGE

OC 3:REAR EDGE XX 4:RIGHT EDGS XX ( 1 - 4 ) X

EXEC

Sim50-8 SCAN EDGE

OC LEAD EDGE XX

SCAN EXEC

Sim50-8 SCAN EDGE

OC LEAD EDGE XX

PRINT EXEC

AR-FX11 SIMULATIONS, FAX SOFTWARE SWITCH 6-8

Main code

Sub

code

50 9 FAX lead edge adjustment (print)

Used to adjust and set the FAX print lead edge position and scan and print the document.

Contents Remark

Sim50-9 PRINT EDGE

1:LEAD EDGE XX 2:LEFT EDGE XX 3:REAR EDGE XX ( 1 - 6) X

After input 1 - 6

OK

Sim50-9 PRINT EDGE

LEAD EDGE/R XX

( 43- 57) YY

After input 43 - 57

OK

Sim50-9 PRINT EDGE

LEAD EDGE/R XX

EXEC

Sim50-9 PRINT EDGE

LEAD EDGE/R XX

SCAN EXEC

Sim50-9 PRINT EDGE

LEAD EDGE/R XX

Sim50-9 PRINT EDGE

4:

LEAD EDGE/R LEFT EDGE/R

5:

REAR EDGE/R

6: ( 1 -6 ) X

XX XX XX

66 1 FAX soft SW setting

Used to display the FAX-related soft SW on the LCD and set and change the soft SW setting with 10-key input.

To the initial window of SIM66-1

PRINT EXEC

Sim66-1 FAX SOFT SW

ENTER FAX SOFT SW.#

( 3DIGITS ) XXX

OK

Sim66-1 FAX SOFT SW

No.XXX XXXXXXXX USE # KEY 12345678

OK

Sim66-1 FAX SOFT SW

No.XXX XXXXXXXX

1sec later

XXX is the input value of the soft SW number.

CA key : Simulation cancel Interrupt key : Sub code input window 10-key : Soft SW input

OK key : Settlement of the input value START key : Settlement of the input value C key : Input number clear for soft SW number input,

bit No. input

disable for the following windows

AR-FX11 SIMULATIONS, FAX SOFTWARE SWITCH 6-9

Main code

Sub

code

66 2 FAX soft SW initializing

Used to clear the FAX-related soft SW values except for the line signal adjustment value and the machine adjustment value and set them to the default values (which differ depending on the country code).

Contents Remark

Sim66-2 SOFT SW

COUNTRY CODE Japan 00000000

1/26 SELECT UP DN

OK

Sim66-2

SOFT SW COUNTRY CODE

INITIAL

ARE YOU SURE? EXEC

OK

Sim66-2

SOFT SW COUNTRY CODE

INITIAL

EXEC

Completion of execution (Highlighted during execution)

Sim66-2

SOFT SW COUNTRY CODE

INITIALIZED

1sec later

Simulation code input window

Sim66-2 SOFT SW

COUNTRY CODE Sweden 10100101

26/26 SELECT UP DN

Input of a value cannot be made.

Selection Japan 00000000 U.S.A. 10110101 U.K. 10110100 China 00100110 India 01010011 Taiwan 11111110 Australia 00001001 New Zealand 0111111 0 Singapore 10011100 Malaysia 01101100 Hong Kong 01010000 Middle east 11111101 Germany 00000100 France 001111 01 Spain 10100000 Portugal 10001011 Denmark 00110001 Norway 10000010 Switzerland 10100110 Italy 01011001 Belgium 00001111 Luxembourg 01101001 Netherlands 01111011 Finland 00111100 Sweden 10100101

CA key : Simulation cancel Interrupt key : Sub code input window OK key : Settlement START key : Settlement C key : Disable Return key : Disable

3 FAX PWB memory check

Used to check read/write from/into the memory on the FAX PWB. The check result is displayed for each memory.

Sim66-3 MEMOR CHK

1:DRAM 4:OPTION 2:SRAM 5:PAGE 3:FLASH 6:MODEM ( 1 - 6 ) X

OK

Sim66-3 MEMOR CHK

DRAM

EXEC

OK

Sim66-3 MEMOR CHK

DRAM CHECKING MEMORY

EXEC

Execution normal end (Highlighted during execution)

Sim66-3 MEMOR CHK

DRAM MEMORY CHECK RESULT OK

Return Return

SIM66-3 initial window SIM66-3 initial window

CA key : Simulation cancel Interrupt key : Sub code input window 10-key : Item selection OK key : Settlement and execution of the input value START key : Settlement of the input value Return key : Returns to the selection window. C key : Disable

*Interruption with C key during execution cannot be made.

Execution error end (Highlighted during execution)

Sim66-3 MEMOR CHK

DRAM MEMORY CHECK RESULT NG XXXXXXXX SUM

NG XXXXXXXX SUM NG XXXXXXXX A-BUS NG XXXXXXXX DATA NG XXXXXXXX D-BUS NG XXXXXXXX ERASE NG XXXXXXXX IO

AR-FX11 SIMULATIONS, FAX SOFTWARE SWITCH 6-10

Main code

Sub

code

66 4 Signal send mode

Used to send signals to the line and the machine speaker by setting the signal number. (Signal send is continued until interruption is instructed by pressing RETURN key.) The signal send level is selected from 0db and the soft SW values. Since the level setting is not required for 01 and 31 - 35, the selection menu does not appear. The signal send level is returned to the soft SW set value before execution of the mode when completing the mode.

Contents Remark

Sim66-4 SIGNAL OUT

SIGNAL SELECT

(1 - 35)

1sec later

Sim66-4 SIGNAL OUT

1:NO SIGNAL 2:33600bps(V34) 3:31200bps(V34) (1 - 35) XX

After selection with 10-key

OK

Sim66-4 SIGNAL OUT

33600bps(V34) 1:MAX 2:SOFT SW. (1 - 2) X

OK

Sim66-4 SIGNAL OUT

33600bps(V34) 0dB

EXEC

After pressing OK key

OK

Sim66-4 SIGNAL OUT

33600bps(V34) PRESS BACK TO STOP

EXEC

CA key : Simulation cancel Interrupt key : Sub code input window C key : Input clear key : Page select 10-key : Number input and item selection OK key : Input value settlement and execution START key : Input value settlement RETURN key : Signal send stop

Sim66-4 SIGNAL OUT

34:DP MAKE 35:DP BREAK

(1 - 35) XX

The window is switched with the up and down keys. Input and switching the window are irrelevant. Not highlighted with an input of a value. The window is not switched, either.

When "1: NO SIGNAL" or "31: PSEUDO RNG" - "33: R.B. TONE NONE" is selected, "0dB" and "SOFT SW" are not selected. When one of these is selected, the second line is the signal name, the third and fourth lines are empty, and the fifth line is EXEC display.

Return

SIM66-4 initial window

6 Print pass code print

Used to print the confidential ID table (confidential box number, confidential box name, confidential pass code). Sharp mode confidential information is printed separately.

Sim66-6 PASS CODE

PRINT CONF.

EXEC

OK

Sim66-6 PASS CODE

NO DATA

1sec later

CA key : Simulation cancel Interrupt key : Sub code input

OK key : Settlement START key : Settlement C key : Disable Return key : Disable

OK

window

Sim66-6 PASS CODE

PRINT STORED

Sim66-6 PASS CODE

CAN NOT PRINT

1sec later

AR-FX11 SIMULATIONS, FAX SOFTWARE SWITCH 6-11

Main code

Sub

code

66 7 Image memory content print

Used to print all the image data (confidential receive contents, remote send images, and images which are not sent yet) in the image memory of the FAX section. The printed images are remained in the memory after printing.

Contents Remark

Sim66-7 PRINT MEMORY

PRINT IMAGE MEMORY

EXEC

OK

Sim66-7 PRINT MEMORY

NO DATA

1sec later

CA key : Simulation cancel Interrupt key : Sub code input

OK key : Settlement START key : Settlement C key : Disable Return key : Disable

OK

(When there is no image memory)

window

Sim66-7 PRINT MEMORY

PRINT STORED

Sim66-7 PRINT MEMORY

CAN NOT PRINT

1sec later

10 Image memory contents clear

Used to clear all the image data (including confidential receive contents) in the image memory of the FAX section. The management table is also cleared (initialized) at the same time.

Sim66-10 IMAGE CLR

CLEAR IMAGE MEMORY

ARE YOU SURE? EXEC

After pressing OK key, during execution

OK

Sim66-10 IMAGE CLR

CLEAR IMAGE MEMORY

EXEC

CA key : Simulation cancel Interrupt key : Sub code input

OK key : Settlement Return key : Simulation code input window START key : Settlement C key : Disable

Completion of execution (Highlighted during execution)

window

Completion of execution (Highlighted during execution)

With prints

Sim66-10 IMAGE CLR

CLEARED IMAGE MEM. DO POWER OFF

Power source OFF/ON

Without prints

Sim66-10 IMAGE CLR

CLEARED

Return

Simulation code input window

AR-FX11 SIMULATIONS, FAX SOFTWARE SWITCH 6-12

Main code

Sub

code

66 11 300bps signal send

Used to send the specified signal at the speed of 300bps by setting the signal number. (Signal send is continued until interruption is instructed by pressing RETURN key.) The signal send level is selected from 0db and soft switch set values. The signal send level is returned to the sot SW set value bef ore execution of the mode after completion of the mode.

Sim66-11 300bps SIG.

SIGNAL LEVEL 1:MAX 2:SOFT SW. ( 1 - 2 ) X

After selection with 10-key

OK

Sim66-11 300bps SIG.

1:NO SIG. 4:00000 2: 11111 5:010101 3: 11110 6:00001 ( 1 - 6 ) X

After selection with 10-key

OK

Sim66-11 300bps SIG.

NO SIGNAL

EXEC

After pressing OK key, during execution

OK

Sim66-11 300bps SIG.

OUTPUTING SIGNAL PRESS BACK TO STOP

EXEC

Return

SIM66-11 initial window

Contents Remark

CA key : Simulation cancel Interrupt key : Sub code input window C key : Input clear keys : Page switch 10-key : Item selection OK key : Input value settlement and execution START key : Input value settlement RETURN key : Signal send stop

AR-FX11 SIMULATIONS, FAX SOFTWARE SWITCH 6-13

Main code

Sub

code

66 13 Dial test

Used to send the dial pulse and the DTMF signal, and perform the dial pulse make time adjustment and the DTMF signal send level adjustment according to necessity.

Sim66-13 DIAL TEST

1:PULSE 10pps 2:PULSE 20pps 3:DTMF ( 1-3 ) X

After selection with 10-key

OK

Sim66-13 DIAL TEST

PULSE 10pps INPUT MAKE TIME

( 26-41 ) YY

Sim66-13 DIAL TEST

PULSE 10pps Yyms INPUT DIAL # XXXXXXXXXXXXX

Sim66-13 DIAL TEST

SEND 10 pps Yyms INPUT DIAL # XXXXXXXXXXXXX

Sim66-13 DIAL TEST

SENDING 10 pps Yyms INPUT DIAL # XXXXXXXXXXXX

SIM66-13 initial window

CA key : Simulation cancel Interrupt key : Sub code input window C key : Input clear 10-key : Input of time and dial number

OK key : Settlement and execution of an input START key : Settlement of an input RETURN key : Returns to the selection window XXXXXXXX : Input dial

YY

After selection with 10-key

OK

EXEC

The input of 10-key enters the fourth digit. (If there are too many, scroll to the left.)

EXEC

After pressing OK key, during execution

OK

EXEC

Completion of execution (Highlighted during execution)

and selection of an item

Select with 10-key and press OK key.

Contents Remark

Sim66-13 DIAL TEST

SELECT HIGH LEVEL 1:DEFAULT 2:SOFT SW. Y ( 1-2 ) X

After selection with 10-key

OK

Sim66-13 DIAL TEST

INPUT HIGH LEVEL DTMF SOFT SW.

( 0-21 ) XX

Sim66-13 DIAL TEST

SELECT LOW LEVEL 1:DEFAULT 2:SOFT SW. Y ( 1-2 ) X

Sim66-13 DIAL TEST

INPUT LOW LEVEL DTMF SOFT SW.

( 0-15 ) XX

Sim66-13 DIAL TEST

DTMF HIGH:XX LOW:YY INPUT DIAL # XXXXXXXXXXXXX

Sim66-13 DIAL TEST

DTMF HIGH:XX LOW:YY INPUT DIAL # XXXXXXXXXXXXX

SIM66-13 initial window

Y

After selection with 10-key

OK

When "1" is selected

OK

When "2" is selected

Y

Select with 10-key and press OK key.

OK

EXEC

After pressing OK key, during execution

OK

EXEC

Completion of execution (Highlighted during execution)

AR-FX11 SIMULATIONS, FAX SOFTWARE SWITCH 6-14

Main code

Sub

code

66 17 DTMF signal send

Used to select the signal send level from 0dB and the soft SW set values and specify a dial number to be sent. The DTMF signal of the specified dial number is sent continuously until the interrupt command is made by pressing RETURN key. When another dial number is specified during sending of the signal, the signal send level is returned to the soft SW set value before execution of the mode after completion of the mode.

Sim66-17 DTMF SIG.

1:MAX 2:SOFT SW.

( 1-2 ) X

After selection with 10-key

OK

Sim66-17 DTMF SIG.

INPUT DIAL # X

EXEC

The 10-key input enters the third digit.

OK

Sim66-17 DTMF SIG.

SENDING SIGNAL X PRESS BACK TO STOP

SIM66-17 initial window

EXEC

Completion of execution (Highlighted during execution)

Return

Contents Remark

CA key : Simulation cancel Interrupt key : Sub code input window C key : Input clear and stop 10-key : Item selection, dial number input OK key : Input value settlement and execution START key : Input value settlement and execution RETURN key : Signal send stop

19 SRAM backup

Used to back up and restore the SRAM contents.

Sim66-19 BACK UP

1:SRAM BACK UP 2:SRAM RESTORE

( 1-2 ) X

After inputting 1 or 2

OK

Sim66-19 BACK UP

SRAM BACK UP

ARE YOU SURE?EXEC

After pressing OK key, during execution

OK

Sim66-19 BACK UP

SRAM BACK UP PRESS BACK TO STOP

SENDING EXEC

Completion of execution (Highlighted during execution)

Sim66-19 BACK UP

SRAM BACK UP FINISHED

Return

SIM66-19 initial window

After pressing OK key, during execution

OK

After pressing OK key, during execution

OK

CA key : Simulation cancel Interrupt key : Sub code input window 10-key : Item selection OK key : Execution START key : Settlement of the input value Return key : Returns to the selection window. C key : Disable

Sim66-19 BACK UP

NO DATA

Sim66-19 BACK UP

WRONG FAX VER.

SIM66-19 initial window

Return

RETURN key

SIM66-19 initial window

AR-FX11 SIMULATIONS, FAX SOFTWARE SWITCH 6-15

Main code

Sub

code

66 21 FAX information print

Used to print the following FAX information.

Contents Remark

Sim66-21 LIST

1:USER SW. LIST 2:SOFT SW. LIST 3:SYSTEM ERROR (1 - 5) X

After selection with 10-key

Sim66-21 LIST

SOFT SW. LIST

After pressing OK key, during execution

Sim66-21 LIST

PRINT STORED

1sec later

SIM66-21 window

24 FAST SRAN clear

Used to clear the FAST SRAM data.

OK

EXEC

OK

Sim66-24 FAST CLR

INITIAL

Sim66-24 FAST CLR

INITIAL

Sim66-24 FAST CLR

INITIALIZED

Sim66-21 LIST

4:

PROTOCOL MONITOR

5:FAX SIMULATION

(1 - 5) X

After selection with 10-key

OK

Printer Error

Sim66-21 LIST

CAN NOT PRINT

1sec later

SIM66-21 window

FAST Correspond

EXEC

After pressing OK key, during execution

OK

EXEC

Completion of execution (Highlighted during execution)

CA key : Simulation cancel Interrupt key : Sub code input window 10-key : Item selection OK key : Settlement and execution START key : Input value settlement and execution RETURN key : Returns to the selection window. keys : Page switch C key : Disable

FAST NO Correspond

Sim66-24 FAST CLR

Not Supported

CA key : Simulation cancel Interrupt key : Sub code input window OK key : Settlement START key : Settlement C key : Disable Return key : Disable

1sec later

Simulation code input window

30 TEL/LIU status change check

Used to display the change contents regardless of the soft SW setting when the status of the polarity inversion relay, the handset hook switch, or the exter nal telephone hook switch is changed. The display of the changed status is remained until the interruption command is made by pressing RETURN key.

Sim66-30 TEL STAT.

EXEC

After pressing OK key, during execution

OK

Sim66-30 TEL STAT.

HS2 :XXX HS1 :XXX RHS :XXX EXHS :XXX PRESS BACK TO STOP

SIM66-30 initial window

EXEC

Return

CA key : Simulation cancel Interrupt key : Sub code input window OK key : Settlement RETURN key : Returns to the selection window START key : Settlement C key : Disable

XXX: ON or OFF

AR-FX11 SIMULATIONS, FAX SOFTWARE SWITCH 6-16

Main code

Sub

code

66 31 TEL/LIU setting

The following bit 0/1 is alternatively switched. At the same time, the target signal name is highlighted.

Sim66-31 TEL OUTPUT

1:CION 2:150VON

3:EC 4:S

(1 - 5) X

Sim66-31 TEL OUTPUT

1:CION 5:MSR

Sim66-31 TEL OUTPUT

1:CION 5:MSR PRESS BACK TO STOP

SIM72-3 initial window SIM72-3 initial window

Sim66-31 TEL OUTPUT

5:MSR

(1 - 5) X

Selection of two or more items can be made. (The selected numbers are highlighted.) Though 10-key is pressed in the sequence

After selection with 10-key

OK

EXEC

After pressing OK key, during execution

OK

EXEC

Return Return

of "1 and 5" or "5 and 1," the display is made in the sequence of the normal order (1 and 5) when OK key is pressed.

Switchable for 5 or more items

Sim66-31 TEL OUTPUT

5:MSR

After pressing OK key, during execution

Switchable for 5 or more items

Sim66-31 TEL OUTPUT

5:MSR

PRESS BACK TO STOP

Contents Remark

CA key : Simulation cancel Interrupt key : Sub code input window 10-key : Item selection OK key : Input value settlement and execution START key : Input value settlement and execution RETURN key : Returns to the selection window keys : Page switch C key : Input value clear. ON when highlighted.

EXEC

OK

EXEC

32 Receive data check

Used to check receive data from the line and judge whether the following receive data and the judged data number accord together or not. If they accord, "OK" is notified. If not, "NG" is notified. Judgment is made from the receive start data and the data must be accorded continuously.

CA key : Simulation cancel

Sim66-32 RECV DATA

CHECK RECEIVE DATA

EXEC

After pressing OK key, during execution

OK

Sim66-32 RECV DATA

RECEIVING

EXEC

Completion of execution (Highlighted during execution)

Sim66-32 RECV DATA

RESULT XX

Return

Simulation code input window

Interrupt key : Sub code input window OK key : Settlement START key : Settlement Return key : Simulation code input window C key : Disable XX : "OK/NG" is displayed

"RECEIVING" is displayed only during receive.

AR-FX11 SIMULATIONS, FAX SOFTWARE SWITCH 6-17

Main code

Sub

code

66 33 Signal detection check

Used to detect signals and display the result with ON/OFF.

Contents Remark

Sim66-33 SIGNAL CHK

1:CI FNET 2:CNG CED BT DT 3:Flag SDT DTMF (1 - 3) X

After selection with 10-key

OK

1:CI FINET

Sim66-33 SIGNAL CHK

CI : FNET:

Sim66-33 SIGNAL CHK

CI :OFF FNET:OFF

DETECT EXEC

SIM66-33 initial window SIM66-33 initial window SIM66-33 initial window

Signal detection YES/NO is displayed with ON/OFF.

EXEC

After pressing OK key, during execution

OK

Return Return Return

CA key : Simulation cancel Interrupt key : Sub code input window C key : Input clear 10-key : Item selection ON key : Input value settlement and execution START key : Similar to OK key

2:CNG CED BT DT

Sim66-33 SIGNAL CHK

CNG : CED : BT : DT :

After pressing OK key, during execution

Sim66-33 SIGNAL CHK

CNG :OFF CED :OFF BT :OFF DT :OFF

DETECT EXEC

EXEC

OK

Signal detection YES/NO is displayed with ON/OFF.

3:Flag SDT DTMF

Sim66-33 SIGNAL CHK

Flag: SDT : DTMF:

EXEC

After pressing OK key, during execution

OK

Sim66-33 SIGNAL CHK

Flag:OFF SDT :OFF DTMF:OFF

DETECT EXEC

34 Communication time measurement

Used to perform a send/receive test and measure and display the time required for send/receive of the image data in the communication.

Signal detection YES/NO is displayed with ON/OFF.

Sim66-34 COMM. TIME

EXEC

Immediately after pressing OK key, the window shifts to the next one.

OK

Sim66-34 COMM. TIME

COMM. TIME:

xxx:xx:xx:xxxms

Return

Simulation code input window

CA key : Simulation cancel Interrupt key : Sub code input window OK key : Settlement Return key : Simulation code input window START key : Settlement C key : Disable

AR-FX11 SIMULATIONS, FAX SOFTWARE SWITCH 6-18

Main code

Sub

code

66 37 Speaker sound volume adjustment

Used to send the following test sounds to the line and the speaker to perform the adjustment of the sound variation and the sound volume.The send level to the line is determined by the soft SW set value. The selected sound variation and the sound volume are written into the corresponding soft SW.

Contents Remark

Sim66-37 SPEAKER

1:RINGER 2:LINE MONITOR 3:ON HOOK ( 1 - 6 ) X

After selection with 10-key

OK

EXEC

Select "4: DEFAULT VOL."

Return

After selection with 10-key

Return

After selection with 10-key

When "4: DEFAULT VOL" is selected

Ringing while EXEC is displayed

Sim66-37 SPEAKER

ON HOOK SMA. 1:SMA.-1 3:LAR.-3 2:MED.-2 4:DF VOL. ( 1 - 4 ) X

After selection with 10-key

Sim66-37 SPEAKER

ON HOOK SMALL -1 PRESS BACK TO STOP

A sound is delivered while EXEX is highlighted.

After completion, the display shifts to SIM66-37 window.

Mute setting available

Sim66-37 SPEAKER

1:RINGER 2:LINE MONITOR 3:ON HOOK ( 1 - 6 ) X

Sim66-37 SPEAKER

LINE MONITOR SMA. 1:SMA.-1 3:LAR.-3 2:MED.-2 4:DF VOL. ( 1 - 5 ) X

Sim66-37 SPEAKER

LINE MONITOR SMALL -1 PRESS BACK TO STOP

Ringing while EXEC is displayed

After completion, the display shifts to SIM66-37 initial window.

Return

Ringing until RETURN key is pressed.

After selection with 10-key

3sec later

Sim66-37 SPEAKER

4:SCAN FINISH 5:TX/RX FINISH 6:DTMF ( 1 - 6 ) X

Sim66-37 SPEAKER

ON HOOK 1:SMA.2:MED.3:LAR.

( 1 - 3 ) X

OK

Sim66-37 SPEAKER

ON HOOK SMALL -1 1 2 3 4 5 6 7 ( 1 - 3 ) X

Sim66-37 SPEAKER

ON HOOK SMALL -1 PRESS BACK TO STOP

Ringing while EXEC is displayed. Ringing until RETURN key is pressed.

Sim66-37 SPEAKER

4:SCAN FINISH 5:TX/RX FINISH 6:DTMF ( 1 - 6 ) X

Sim66-37 SPEAKER

LINE MONITOR SMA. 5:NON

( 1 - 5 ) X

Sim66-37 SPEAKER

LINE MONITOR 1:SMA.2:MED.3:LAR.

( 1 - 3 ) X

OK

Sim66-37 SPEAKER

LINE MONITOR SMALL -1 1 2 3 4 5 6 7 ( 1 - 3 ) X

Sim66-37 SPEAKER

LINE MONITOR SMALL -1 PRESS BACK TO STOP

Return

After selection with 10-key

OK

EXEC

"NO SOUND" cannot be set for DTMF, either.

Return

After selection with 10-key

OK

EXEC

CA key : Simulation cancel Interrupt key : Sub code input window C key : Input clear keys : Page switch 10-key : Item selection, sound volume selection OK key : Settlement and execution.

START key : Input value settlement RETURN key : Returns to the selection window.

After setting "DEFAULT VOL,"

ON HOOKSMALL

RETURN key

ON HOOK 1: SMA. 2: MED. 3: LAR

RETURN key

Returns to ON HOOK 1: SMA -2 2: MED.-4 3: LAR -7 4: DEFAULT VOL.

Return

3sec later

After completion, a sound rings for several seconds and the display shift to the selection window.

AR-FX11 SIMULATIONS, FAX SOFTWARE SWITCH 6-19

Main code

Sub

code

66 38 Time setting/check

Used to write/read the time (year, month, day, o'clock, minute) into/from the RTC on the FAX PWB.

Sim66-38 DATE & TIME

DATE YEAR XXXX

(2004-2062) YY

After inputting with 10 key, press OK key.

OK

Sim66-38 DATE & TIME

DATE MONTH XX

(1-12) YY

After inputting with 10 key, press OK key.

OK

Sim66-38 DATE & TIME

DATE DAY XX

(1

31) YY

After inputting with 10-key

OK

Sim66-38 DATE & TIME

TIME XX:XX

Contents Remark

CA key : Simulation cancel Interrupt key : Sub code input window 10-key : Item selection and time input OK key : Settlement START key : Settlement RETURN key : Returns to the previous window or

C key : Input value clear

xx: The current year/month/day is displayed. yy: The input value is displayed.

xx:xx: The current time is displayed. yy: The input value is displayed.

the simulation code input window.

(00-23) YY

After inputting with 10-key

OK

Sim66-38 DATE & TIME

TIME XX:XX

(00-59) YY

After inputting with 10-key

OK

Sim66-38 DATE & TIME

YEAR 20YY MONTH YY DAY YY

After execution, the display shifts to the sub code input window.

EXEC

OK

41 CI signal check

Used to detect the call signal from CI pin and send the call sound to the line and the speaker. The sound volume of the call sound follows the soft SW setting. The operations of signal detection and the pseudo ring sound send when the signal is detected are continued until the interruption command is made by pressing RETURN key.

Sim66-41 CI SIGNAL

CHECK CI SIGNAL

EXEC

After pressing OK key, during execution

Sim66-41 CI SIGNAL

CI:OFF PRESS BACK TO STOP

When detected, OFF is changed to ON.

Return

When RETUREN key is pressed, the window shifts to SIM66-41 input window.

CA key : Simulation cancel Interrupt key : Sub code input window OK key : Settlement RETURN key : Returns to the simulation code

OK

EXEC

input window.

Return

When RETURN key is pressed during detection, the display shifts to SIM66-41 input window.

AR-FX11 SIMULATIONS, FAX SOFTWARE SWITCH 6-20

Main code

Sub

code

66 52 Pseudo ringer check

•The pseudo ringer sound is delivered both from the machine (speaker).

•This operation is continued until the interruption command is made by pressing RETURN key.

•The LCD displays the TEL/LIU status and the HOOK status.

•While the pseudo ringer is delivered, the RBT )ring back tone) is delivered to the line. The bell is ON for 1sec and OFF for 2sec.

Contents Remark

Sim66-52 PSEUDO RNG

PSEUDO RINGER CHK

EXEC

After pressing OK key, during execution

OK

Sim66-52 PSEUDO RNG

PSEUDO RINGER CHK PRESS BACK TO STOP

EXEC

Return

SIM66-52 initial window

CA key : Simulation cancel Interrupt key : Sub code input window OK key : Execution RETURN key : Returns to the selection window. START key : ExecutionC key: Disable

AR-FX11 SIMULATIONS, FAX SOFTWARE SWITCH 6-21

5. FAX software switch

A. Software switch setup change quick reference

Large item Medium item Content of switch Key operator Soft SW No. Pur pose of use

Dial (Calling) Rem ote

machine calling disable

Signal detection

Redial Error Number of resends in a communication error Send setup SW 14-1~4

Error Resend interval in a communication error - SW 14-5~8 Error(SG3) Resend in case of an error, Super G3 disable

Busy Number of recalls when busy Send setup SW 13-1~4 Busy Resend interval when busy - SW 13-5~8

Reception(Calling)CI detection

disable

F-net 1300Hz detection - SW 51-6

External telephone handset

TEL/FAX auto switch

Communication General Signal send level - SW 15-4~8 When the remote machine does not

Send G3/SG3 Countermeasures against echo in send (The

Receive G3/SG3 CSI send - SW70-2

Receive print Paper

External telephone connection

External telephone call

SG3 V .34 mode function - SW 43-1 Frequent errors in SG3 communication

G3 Error process in RTN receive - SW73-1 OK is displayed when RTN is received

SG3 Countermeasures against echo in receive

selection

Polarity invers ion monitor during call-out - SW 23-3 Dial disable Pause time setting Inital setup SW 28-1~4 Dial disable/Erroneous dialing Tone/pulse default setting - SW 22-5,6 Dial disable DTMF signal send time - SW 26-1~5 Dial disable in PB(PB/FAX service,etc.) DTMF send MAX. level - SW 65-1~4 Dial disable in PB(PB/FAX service,etc.) DTMF send level (High area) - SW 64-4~8 Dial disable in PB(PB/FAX service,etc.) DTMF send level(Difference between high

area and low area) Minimum pause time (DTMF) setting - SW 26-6~8 Dial disable in PB(PB/FAX service,etc.) Scanner scanning completion speaker sound

volume Scanning sound volume pattern number - SW 46-3~8 Minimum pause time (10PPS) setting - SW 19-1~4 Dial disable in pulse Minimum pause time (20PPS) setting - SW 19-6~8 Dial disable in pulse Dial tone detection - SW 21-1 Dial tone detection disable Busy tone detection - SW 21-2 Busy tone detection disable

in the last call out

CI detection - SW 86-2,3

Not used - SW 86-6~8 CI signal OFF detection enable time - SW 87-1~7

1300 Hz detection time - SW 51-7 External telephone connection Inital setup SW 41-1 External telephone connection Remote switch number setting - SW 7-1~8 Remote switch detection error

CNG detection time - SW 21-5~8 Ring back tone ON time - SW 57-1~4 External telephone call disable CNG

Ring back tone OFF time - SW 57-5~8 External telephone call disable CNG

Polarity invers ion monitor during communication

Symbol speed mask in V.34 receive - SW 43-4~6 Frequent errors in SG3 communication

hold time until signal send is set after DIS receive.)

Max. length of receive - SW69-4 Substitute receive - SW9-1

(CED tone send interval) Modem speed fixed in receive - SW16-5,6 EYE-Q check - SW72-7 Paper selection priority order - SW35-2 Output condition setting Receive

Automatic reduction print - SW35-1 Automatic reduction magnification ratio - SW 35-5~8 Rotation print - SW40-1 To disable rotation print

- SW 65-5~8 Dial disable in PB(PB/FAX service,etc.)

- SW 46-1,2

- SW 43-2

detection disable

receive signals in a proper level

- SW 23-2

- SW69-8 An error occurs in phase B

- SW69-7 An error occurs in phase B in reception

SW35-3,4

setup

AR-FX11 SIMULATIONS, FAX SOFTWARE SWITCH 6-22

B. Details

SW

Bit

No.

1 1-8 Information by

2 1,2 No t u se d 00000

3-8 Language

3 1 Sharp machine

2 Sharp machine

3 F.A.S.T. mode Enable only in U.S.A, British, German, France. 00000NO

4 Center number at

5-8 Not used 00000

4 1 Time out between

2 Communication

3 Communication

Item Switch serection and function

Binary input 10100

country

Binary input

information

mode

mode (F code)

FAST

frames

error sound control

error sound when there is no response

The corresponding character is determined by the destination information. Since the main unit (key operation) setting is reflected, it is not treated as the initial value on the soft SW list.

1ON 0OFF

1YES 0NO

Enable only in U.S.A, British, German, France. 00000Service-No.

1 Host-Tel-No. 0 Serv ice-No.

1 Monitor 0 Not monitor

1 No error sound 0 Error sound

Used to set whether the speaker sound is pro v ided or not when a FAX signal from the remote machine cannot be received in FAX reception (call-in) (when the remote machine is a telephone in no response of the remote machine).

U.S.A.

CA U.K GR FR Initial value

00000 11101 10101 00001 10111 00000 10001

00000 00000 00000 00000 00010 00101 11001 11111ON

00000OFF

00000 11111 00000 11111Monitor

00000Error sound

00000No sound

Key operator

1 Sound 0 No sound

4-8 Not used 00000

00000 00000 00000 00000

5 1,2 No t u se d 00000

00000

3Flash memory

check measurement range

U.S.A.: U.S.A. CA: Canada U.K: U.Kingdom GR: German FR: France

1 All area 0 256 byte

AR-FX11 SIMULATIONS, FAX SOFTWARE SWITCH 6-23

00000256 byte

SW

Bit

No.

5 4-8 Not used 11111

6 1 Auto/Manual

2 Not used 00000

3,4 Size specifications When this item is set to “Follows the machine

5 Not used 00000 6 Memory send/

7Quick memory

8 Remote receive

7 1-8 Remote switch

8 1-3 Image quality

Item Switch serection and function

default setting

Direct send default setting

send

command

number setting

priority selection

“Manual receive” can be set only when an external telephone or a handset is connected.

1 Manual receive 0 Automatic receive

information”, if the machine information is uncertain, the centimeter size is used.

Bit No. 3 4 Centimeter size 0 0 Inch size 1 0 Follows the machine inf ormation. 0 1 Follows the machine inf ormation. 1 1

1 Direct send 0 Memory send

1 Enable 0 Disable

1YES 0NO

When a value outside of the setting range is set, the initial value is used. Binary input Setting range : 0 - 9

Bit No. 1 2 3 Normal text 0 0 0 Fine 0 0 1 Super fine 0 1 0 Ultra fine 0 1 1 Not used 1 0 0 Fine + Half tone 1 0 1 Super fine + Half tone 1 1 0 Ultra fine + Half tone 1 1 1

U.S.A.

CA U.K GR FR Initial value

11111 00000 11111 00000 00000Automatic

00000Follows the 11111

00000Memory

11111Enable YES

11111YES

000005 YES 00000 00000 00000 00000 11111 00000 11111 00000Normal textYES 00000 00000

Key operator

receive

machine information.

YES

send

4-8 Density default

setting

Automatic 00000 Light 1 0 0 0 0 Slightly light 0 1 0 0 0 Medium 0 0 1 0 0 Slightly dark 0 0 0 1 0 Dark 00001

9 1 Not used 11111

U.S.A.: U.S.A. CA: Canada U.K: U.Kingdom GR: German FR: France

Bit No. 45678

AR-FX11 SIMULATIONS, FAX SOFTWARE SWITCH 6-24

00000AutomaticYES 00000 00000 00000 00000

SW

Bit

No.

92Transfer function 00000Disable YES

3 Interface broadcast

4,5 Not used 00000

6 Cover page

7 Number

8 Number

10 1 F code interface

2 F code confidential

3 SUB capacity YES/

4 SEP capacity YES/

5 Receive PWD

6 Receive SID

7 Bulletin board send

8 Send request

11 1 Department

2 Not used 00000 3 Sender telephone

Item Switch serection and function

1 Enable 0 Disable

function

function default setting

specification receive reject

specification receive rejection in manual receive

broadcast function

receive function

NO in receive

capacity YES/NO

system number judgment

protection

management

number registration

1 Enable 0 Disable

1YES 0NO

1 Specified number

receive rejection

1 Specified number

receive rejection

1 Disable 0 Enable

1NO 0YES

1 Disable 0 Enable

1 Enable 0 Disable

1 Not protect 0 Protect

Used to set Enable/Disable of the department management in the FAX mode.

1 Enable 0 Disable

1 Disable 0 Enable

0 Specified number

receive disregard

0 Specified number

receive disregard

U.S.A.

CA U.K GR FR Initial value

11111Enable

00000 00000NO YES

00000Specified

number receive disregard

00000Specified

number receive disregard

00000Enable

00000YES

00000Enable

00000Disable

00000Protect

00000Disable YES

00000Enable YES

Key operator

YES

4 Manual send

selection menu display YES/NO

U.S.A.: U.S.A. CA: Canada U.K: U.Kingdom GR: German FR: France

1 Display 0 Not Display

AR-FX11 SIMULATIONS, FAX SOFTWARE SWITCH 6-25

11111Display

SW

Bit

No.

11 5-8 Dist inctive ring Enable only in U.S.A., Canada, Australia, and NZL.

12 1 Not used 11000

2 Auto switch of

3-6 Auto switch call

7 Not used 00000 8 Remote selection

Item Switch serection and function

For Australia, and NZL, selection is limited to ON or OFF. (Setting other than OFF is regarded as ON.)

Bit No. 5 6 7 8 OFF 0 0 0 0 Standard/ON 0 0 0 1 Pattern 1 1 0 0 0 Pattern 2 0 1 0 0 Pattern 3 1 1 0 0 Pattern 4 0 0 1 0 Pattern 5 1 0 1 0

Manual receive Auto receive

number of Manual receive Auto receive

type

Effective only for France. 00000Disable

1 Enable 0 Disable

Effective only for France. When this item is set to a value outside t he setting range, it is regarded as the initial value. Binary input Setting range : 1 - 9times

1 Both of call in and

call out

0 Only call in

U.S.A.

CA U.K GR FR Initial value

00000OFF YES 00000 00000 00000

111119times YES 00000 00000 11111

00000Only call in

Key operator

13 1-4 Number of recalls

when busy

5-8 Resend interval

when busy

14 1-4 Number of resends

in a communication error

5-8 Resend interval in

a communication error

15 1-3 Not used 00000

4-8 Signal send level Binary input

When this item is set to a value outside t he setting range, it is regarded as the initial value. Binary input Setting range 0 - 14 times (USA/Canada) 0 - 10 times (United Kingdom/Germany/France) 0 - 9 times (Australia/NZL)

When this item is set to a value outside t he setting range, it is regarded as the initial value. Binary input Setting range 1 - 15min

When this item is set to a value outside t he setting range, it is regarded as the initial value. Binary input Setting range 0 - 1times (USA/Canada/Australia) 0 - 5times (United Kingdom/Germany/France)

When this item is set to a value outside t he setting range, it is regarded as the initial value. Binary input Setting range : 0 - 15min 0 : Resend immediately after disconnection of the line

On the line : ( - X + Offset) dBm X (SW) : 0 - 26 Offset (Attenuation)

-2dB : North America

-1dB : Europe

000002times YES 00000 11111 00000

000003min YES 00000 11111 11111

000001time YES 00000 00000 11111

000001min YES 00000 00000 11111

00000 00000 00000Follow the 11111 00000 11000 11000

destination.

U.S.A.: U.S.A. CA: Canada U.K: U.Kingdom GR: German FR: France

AR-FX11 SIMULATIONS, FAX SOFTWARE SWITCH 6-26

SW

Bit

No.

16 1-4 Modem speed

Item Switch serection and function

(V.33 mode or less)

Bit No. 1 2 3 4 V.27 2400bps 0 0 0 0 V.29 9600bps 0 0 0 1 V.27 4800bps 0 0 1 0 V.29 7200bps 0 0 1 1 V.33 14.4kbps 0 1 0 0 V.33 12.0kbps 0 1 1 0 V.17 9600bps 1 0 0 1 V.17 12.0kbps 1 0 1 0 V.17 7200bps 1 0 1 1 V.17 14.4kbps Other than the above

U.S.A.

CA U.K GR FR Initial value

11111V.17 00000 00000 00000

14.4kbps

Key operator

5,6 Modem speed fixed

in receive

Not fixed 0 0 V.29 - 9600bps 0 1 V.27ter - 4800bps 1 0 V.17 - 14400bps 1 1

7 EOL detection

timer

8 RTN EOL send

number

17 1 Not used 00000

2 MH fixed (other

than SG3)

3 ECM MMR mode

(other than SG3 mode)

4 ECM JBIG mode

(other than SG3)

5 Not used 00000 6 MH fixed (in case of

SG3)

7 ECM MMR mode

(in case of SG3)

8 ECM JBIG mode

(in case of SG3)

1 25sec 0 13sec

1 6 times 0 12 times

1 YES 0 NO (Depending on

1YES 0NO

1 YES 0 NO (Depending on

1YES 0NO

Bit No. 5 6

the remote machine).

00000Not fixed 00000

0000013sec

111116 times

00000NO

11111YES

00000NO

11111YES

(Depending on the remote machine).

18 1-4 Ring sound number

setting

5-8 Ring back toner

limit number

U.S.A.: U.S.A. CA: Canada U.K: U.Kingdom GR: German FR: France

Binary input Setting range : 0 - 9 times

Binary input Setting range 1 - 15 times 0 : No limitation

AR-FX11 SIMULATIONS, FAX SOFTWARE SWITCH 6-27

000002times YES 00000 11111 00000 00000Fixed to 0. 00000 00000 00000

SW

Bit

No.

19 1-4 Minimum pause

5 Not used 00000

6-8 Minimum pause

20 1 Machine pseudo

2-4 PBX setting Set for other than Germany and France.

Item Switch serection and function

time (10PPS) setting

time (20PPS) setting

ringing

Binary input 0 (525ms) - 15 (900ms) X (ms) = ( N x 25 ) + 525

Binary input 0 (375ms) - 7 (550ms) X (ms) = ( N x 25 ) + 375

1 Not ring 0 Ring

Fixed to OFF. When this item is set to a value outside t he setting range, it is regarded as the initial value.

Bit No. 2 3 4 Setup OFF 0 0 0 Flash send 1 0 1 ID send 1 1 0

U.S.A.

CA U.K GR FR Initial value

11111Follow the 00111 00000 11000

00000375ms 00000 00000 00000Ring

00000Setup OFFYES 00000 00000

Key operator

destination.

5 SIM DTMF sound

speaker selection window

6,7 Flash send wait

time

8 Remained memory

capacity for receive

21 1 Dial tone detection 11000Follow the

2 Busy tone

detection

3 Dial tone

monitoring time

4CED detection time 000001000ms

5-8 CNG detection time Binary input

221,2Dial start wait time 000003.5sec

1YES 0NO

Fixed to 0 for other than Germany. 00010Follow the

Bit No. 6 7

0sec 0 0

0.5sec 0 1 1sec 1 0 2sec 1 1

1 64kbyte 0 128kbyte

1YES 0NO

1 10sec 0 5sec

1 500ms 0 1000ms

Setting range : 0 - 15 sec

Bit No. 1 2

3.5sec 0 0 4sec 0 1 5sec 1 0 6sec 1 1

00000NO

00000

00000128kbyte

11111YES

000005sec

00000Fixed to 0 00000 00000 00000

00000

destination.

U.S.A.: U.S.A. CA: Canada U.K: U.Kingdom GR: German FR: France

AR-FX11 SIMULATIONS, FAX SOFTWARE SWITCH 6-28

SW

Bit

No.

22 3,4 CNG send start

5,6 Tone/pulse default

7DPMUTE control 00000OFF

8 DP dial pulse

23 1 Not used 00000

2 Polarity inversion

3 Polarity inversion

4-8 Bef ore-dial time

24 1-3 Before-dial time

4 Not used 00000

5-8 OFF HOOK wait

25 1-4 Mak e time (10PPS)

5-8 Make time (20PPS)

26 1-5 DTMF signal send

6-8 Minimum pause

27 1 Not used 00000

2-4 Bef ore-dial time

Item Switch serection and function

time

setting

number process

monitor during communication

monitor during callout

(10PPS) setting

(20PPS) setting

time

setting

time

time (DTMF) setting

(DTMF) setting

0.5sec 0 0

1.0sec 0 1

1.5sec 1 0

10PPS 0 0 20PPS 0 1 TONE 1 0

1ON 0OFF

1 10 - N 0 Normal (N)

Fixed to “NO” for North America. 00000NO

1YES 0NO

Fixed to “NO” for North America. 00000NO

1YES 0NO

Binary input 0 (50ms) - 31 (360ms) X (ms) = ( N x 10 ) + 50

Binary input 0 (50ms) - 7 (120ms) X (ms) = ( N x 10 ) + 50

Binary input Setting range 0 (50ms) - 15 (200ms) X (ms) = (N x 10) + 50

Binary input Setting range 26 - 41ms 1ms interval

Binary input Setting range 9 - 24ms 1ms interval

Binary input 6 (60ms) - 31 (310ms) X (ms) = ( N x 10 )

Binary input 0 (90ms) - 7 (160ms) X (ms) = ( N x 10 ) + 90

Binary input 0 (30ms) - 7 (100ms) X (ms) = ( N x 10 ) + 30

Bit No. 3 4

Bit No. 5 6

U.S.A.

CA U.K GR FR Initial value

000000.5sec 00000

11111TONE YES 00000

00000Normal (N)

00111Follow the 00111 00000 00000 11111 0000050ms 00000 00000

00000100ms 11111 00000 11111 11111Follow the 11010 11010 00010 00000Fixed to 0 00000 00000 00000 00000110ms 11111 00000 11111 11111 00000120ms 11111 11111

0000050ms 11111 00000

Key operator

destination.

U.S.A.: U.S.A. CA: Canada U.K: U.Kingdom GR: German FR: France

AR-FX11 SIMULATIONS, FAX SOFTWARE SWITCH 6-29

SW

Bit

No.

27 5-8 DPMUTE OFF time

28 1-4 Pause time setting When this item is set to a v alue outside the setting range,

5,6 Not used 00000

7,8 Line open delay

29 1 Report table

2 Communication

3,4 Sequence of year,

5-8 Call time setting

30 1-3 Silic on DAA mute

4-8 Time specification

31 1 Dial tone ON/OFF

Item Switch serection and function

setting after dial

time in dial test

automatic print

report table time specification 1

month, and date in LCD, report, and sender record

(TO timer setting) in automatic send

boot time

print (o'clock) 1 on the communication report table

detection time upper limit

Binary input 0 (5ms) - 15 (80ms) X (ms) = ( N x 5 ) + 5

it is regarded as the initial value. Binary input Setting range 1 - 15sec

Bit No. 7 8 2sec 0 0 3sec 0 1 4sec 1 0 5sec 1 1

1YES 0NO

1 Enable 0 Disable

When this item is set to a value outside t he setting range, it is regarded as the initial value.

Bit No. 3 4 Year, Month, Day 0 0 Month, Day, Year 0 1 Day, Month, Year 1 0

When this item is set to a value outside t he setting range, it is regarded as the initial value. (Menu setting is made in the unit of 15sec). Binary input Setting range : 30 - 75sec In the unit of 5sec

Binary input 0 : 3.5sec 1 : 3.0sec 2 : 2.5sec 3 : 2.0sec 4 : 1.5sec 5 : 1.0sec 6 : 0.5sec 7 : No boot

When this item is set to a value outside t he setting range, it is regarded as the initial value. Binary input Setting range 00 - 23 o'clock

Used to set the lower limit of the dial tone ON/OFF detection time.

1 400ms 0 700ms

11

U.S.A.

CA U.K GR FR Initial value

00111Follow the 00000 00000 00111 000002sec YES 00000 11111 00000

00000 000002sec 00000

00000NO YES

00000Disable YES

00111Follow the 11000

0000045sec YES 00000 11111 11111

000003.5sec 00000 00000

000000 o'clock YES 00000 00000 00000 00000 00000700ms

Key operator

destination.

2 Dial tone ON/OFF

detection time lower limit

U.S.A.: U.S.A. CA: Canada U.K: U.Kingdom GR: German FR: France

Used to set the upper limit of the dial tone ON/OFF detection time.

1 300ms 0 100ms

AR-FX11 SIMULATIONS, FAX SOFTWARE SWITCH 6-30

00000100ms

SW

Bit

No.

31 3-8 T ime specification

32 1,2 Reception lamp There are following three patterns of flashing start

Item Switch serection and function

print (minute) 1 on the communication report table

When this item is set to a value outside t he setting range, it is regarded as the initial value. Binary input Setting range 00 - 59min

conditions of the reception lam

Bit No. 3 4

Pattern 1:Storing the FAX print data into the memory is notified

Pattern 2: Printing the FAX data is notified. 0 1 Pattern 3: OFF 1 0

00

U.S.A.

CA U.K GR FR Initial value

000000min YES 00000 00000 00000 00000 00000 00000Pattern 1YES 00000

Key operator

3 Print hold key

operation

4 Print hold function Used to set whether the print hold function is enabled or

5 Not used 00000 6 Shift to the power

interruption state when shutting off

7Time display format 11000Follow the

8 Display with priority

on the day of the week

33 1 Not used 00000

2 Report output to

paper smaller than A4 (LTR)

3 Sender TEL mark

print text judgment

4,5 Sent document

content print in case of a memory send error

6 Send document

content print in F code send

7 Image adding

function to the report table in memory confidential send

8 Communication

report total time and quantity print

Used to set whether print hold is enabled or disabled with the key operation.

1 Enable 0 Disable

disabled with the function menu. To enable, the setting (SW32-3) in the key operation must be allowed.

1ON 0OFF

1 Enable 0 Disable

1 AM/PM 0 24H

1YES 0NO

1 Reduced as an A4

(LTR) image.

1 Telephone mar k 0 FAX

Bit No. 4 5 Not print 0 0 All print 0 1 In case of a send error 1 0

SW33 - 4,5 must be set to output setting. 11111Not Print

1 Not print 0 Print

1YES 0NO

0 Reduced by the

specified value.

00000Disable

00000OFF YES

11111Enable

00011Follow the

00000Reduced by

00000FAX

11111In case of a

00000

00000NO

11111YES

destination.

the specified value.

send error

U.S.A.: U.S.A. CA: Canada U.K: U.Kingdom GR: German FR: France

AR-FX11 SIMULATIONS, FAX SOFTWARE SWITCH 6-31

SW

Bit

No.

34 1,2 Report output

3,4 Report output

5 Report output

6,7 Report output

8 Report output in

35 1 Automatic

2 Paper selection

3,4 Output condition

5-8 Automatic

36 1-4 PC-FAX job end

5 Not used 00000 6 Display time out

Item Switch serection and function

(receive)

(send)

(confidential receive)

(sequential broadcast, sequential send request, interface broadcast send)

cancel

reduction print

priority order

setting

reduction magnification ratio

wait time

setting

Print Disable 0 0 All print 0 1 Only in an error 1 0

When this item is set to a value outside t he setting range, it is regarded as the initial value.

Print Disable 0 0 All print 0 1 Only in a send error 1 0

1 Print 0 Not print

Print Disable 0 0 All print 0 1 Only for the destination of send error 1 0

1 Output 0 Not output

1 Enable 0 Disable

1 Priority on the width 0 Priority on the area

When this item is set to a value outside t he setting range, it is regarded as the initial value.

Reduction Enable 0 0 Normal 0 1 Division Enable 1 0

Binary input Setting range 0 - 15%

Binary input Setting range 0 (32min) - 15 (2min)

Used to set whether the FAX mode display time out is fixed to 1 min or it is linked with the key operation setting (however, less than 1 min is regarded as 1 min).

1 Variable (Linked with

key operation)

Bit No. 1 2

Bit No. 3 4

Bit No. 6 7

Bit No. 3 4

0 Fixed (1 min)

U.S.A.

CA U.K GR FR Initial value

00000Print DisableYES 00000

11111Only in a 00000

11111Print YES

00000All print YES 11111

00000Not outputYES

11111Enable YES

00000Priority on

00000Reduction 00000

000006% 11111 11111 00000 111112min 11111 11111 11111

00000Fixed (1 min)

Key operator

YES

send error

the area

YES

Enable

7,8 Not used 00000

00000

37 1 Not used 00000

2 1m scan

specification when no rotat ion send setting

U.S.A.: U.S.A. CA: Canada U.K: U.Kingdom GR: German FR: France

1 1m scan

specification

AR-FX11 SIMULATIONS, FAX SOFTWARE SWITCH 6-32

0 Normal operation

00000Normal

operation

SW

Bit

No.

37 3 Rotation send

4 Rotation send

5 Rotation send

6 Rotation send

7 Not used 11111 8 Rotation scan word

381Protocol monitor 00000NO

Item Switch serection and function

selection (A4 A4R)

selection (B5R B5)

selection (A5R A5)

selection (11” x 8.5”

8.5” x 11”)

number calculation

1YES 0NO

1 Fraction rounded up 0 Fraction rounded off

1YES 0NO

U.S.A.

CA U.K GR FR Initial value

11111YES YES

00000Fraction

rounded off

Key operator

2 Output only in case

of an error of the protocol monitor

3 Protocol monitor

save

4,5 Line sound monitor

range

6 Line monitor

display

7,8 Not used 00000

39 1 Receive document

output setting in receive

2 Data output

specification in communication error during receive

3 Memory over

during receive

4 Output method (AB

series) in A3 width receive

5 Output method (AB

series) in A4 width receive

6 Output method

(Inch series) in A3 width receive

7 Output method

(Inch series) in A4 width receive

1YES 0NO

1 Save 0 Disable

When this item is set to a value outside t he setting range, it is regarded as the initial value.

Bit No. 4 5 OFF 0 0 Up to send/receive of NSF signal 0 1 All 1 0

11

1YES 0NO

1 Output collectively

after completion of receive.

1 Not output 0 Output

1 Output 0 Not output

1 297mm width 0 11inch width

1 8.5 inch width print 0 210mm width print

1 297mm width 0 11inch width

1 8.5 inch width print 0 210mm width print

0 Output for every

page receive.

00000NO

11111Save

00000Up to send/ 11111

00000NO

00000 00111Follow the

00000Output

11111Output

11111297mm

00000210mm

0000011inch width

111118.5 inch

receive of NSF signal

destination.

width

width print

U.S.A.: U.S.A. CA: Canada U.K: U.Kingdom GR: German FR: France

AR-FX11 SIMULATIONS, FAX SOFTWARE SWITCH 6-33

SW

Bit

No.

39 8 Interface data

401Rotation print 11111Enable

2 Overtaking print

3 Page number print

4Index print setting 00000Not print YES

5 Duplex rotation

6 Receive data

Item Switch serection and function

output

setting

print specification

duplex print setting

1YES 0NO

1 Enable 0 Disable

1 Overtaking print YES 0 Overtaking print NO

1YES 0NO

1 Print 0 Not print

1YES 0NO

U.S.A.

CA U.K GR FR Initial value

11111YES

11111Overtaking

11111YES YES

11111YES

00000NO YES

print YES

Key operator

YES

7 Duplex print

sequence specification

8 Duplex back

surface print rotation direction specification

41 1 External telephone

connection

2-4 Not used 00000

5-8 Interval from

completion of communication to next call out

42 1-3 Communication

completion sound length (Buzzer length)

4,5 Send completion

tone

6,7 Receive completion

tone

8 V.34 mode function

in manual communication

43 1 V .34 mode function 11111ON

1 Print sequence

(214365 • • • )

1 180 degrees rotation

YES

1YES 0NO

Only for China, this setting is enabled even in busy or no response. Binary input Setting range 0 - 15 sec

Binary input 1:2.0 sec 2:2.5 sec 3:3.0 sec 4:3.5 sec 5:4.0 sec

Bit No. 4 5 550Hz 0 0 1000Hz 0 1 1700Hz 1 0

Bit No. 6 7 550Hz 0 0 1000Hz 0 1 1700 1 0

1ON 0OFF

0 Receive sequence

(123456 • • • )

0 180 degrees rotation

NO

11111

11111180 degrees

11111YES YES

00000 00000 00000Follow the 00111 00111 11000

000003.0sec YES 11111 11111

000001000Hz YES 11111

11111ON

Print sequence (214365 • • • )

rotation YES

destination.

U.S.A.: U.S.A. CA: Canada U.K: U.Kingdom GR: German FR: France

AR-FX11 SIMULATIONS, FAX SOFTWARE SWITCH 6-34

SW

Bit

No.

43 2 Resend in case of

3 V.34 primary

4-6 Symbol speed

Item Switch serection and function

an error, Super G3 disable in the last call out

channel return mode

mask in V.34 receive

1 Enable 0 Disable

1PPh 0Sh

Bit No. 4 5 6 2400 0 0 0 2743 0 0 1 2800 0 1 0 3000 0 1 1 3200 1 0 0 3429 1 0 1

U.S.A.

CA U.K GR FR Initial value

00000Disable

11111PPh

111113429 00000 11111

Key operator

7 V.34 control

channel communication speed

8 Control channel

retrain judgment in V.34 receive

44 1-4 V.34 primary

channel send speed

5-8 V.34 primary

channel receive speed

45 1,2 Scanner scanning

completion speaker sound volume

3-8 Scanning sound

volume pattern number

46 1,2 Speaker sound

volume in DTMF send

3-8 Sound volume

pattern number in DTMF send

1 2400bps 0 1200bps

1 EQM value

disregarded

Binary input Send speed = 2400 (bps) x N However, 0 = 2400bps 15 = 33600bps

Binary input Send speed = 2400 (bps) x N However, N is: 0 = 2400bps 15 = 33600bps

Bit No. 1 2 Mute 0 0 Small 0 1 Medium 1 0 Large 1 1

Binary input Setting range Pattern number 1 - 35

Bit No. 1 2 Mute 0 0 Small 0 1 Medium 1 0 Large 1 1

Binary input Setting range Pattern number 1 - 35

0 EQM value judged

000001200bps

00000EQM value

judged

1111133600bps 11111 11111 00000 1111133600bps 11111 11111 00000 11111Medium YES 00000

0000021 11111 00000 11111 00000 11111 11111Medium YES 00000

0000021 11111 00000 11111 00000 11111

U.S.A.: U.S.A. CA: Canada U.K: U.Kingdom GR: German FR: France

AR-FX11 SIMULATIONS, FAX SOFTWARE SWITCH 6-35

SW

Bit

No.

47 1,2 Line monitor

3-8 Line monitor sound

48 1,2 Communication

3-8 Communication

49 1,2 Onhook speaker

3-8 Onhook sound

50 1,2 Calling sound

3-8 Calling sound

Item Switch serection and function

speaker sound volume

volume pattern number

completion sound speaker sound volume

completion sound volume pattern number

sound volume

volume pattern number

volume

volume pattern number

Bit No. 1 2 Mute 0 0 Small 0 1 Medium 1 0 Large 1 1

Binary input Setting range Pattern number 1 - 35

Bit No. 1 2 Mute 0 0 Small 0 1 Medium 1 0 Large 1 1

Binary input Setting range Pattern number 1 - 35

Bit No. 1 2 Medium 0 0 Small 0 1 Medium 1 0 Large 1 1

Binary input Setting range Pattern number 1 - 35

Bit No. 1 2 Mute 0 0 Small 0 1 Medium 1 0 Large 1 1

Binary input Setting range Pattern number 1 - 35

U.S.A.

CA U.K GR FR Initial value

11000Follow the 00000

0000021 11111 00000 11111 00000 11111 11111Medium YES 00000

0000021 11111 00000 11111 00000 11111

destination.

Key operator

YES

U.S.A.: U.S.A. CA: Canada U.K: U.Kingdom GR: German FR: France

AR-FX11 SIMULATIONS, FAX SOFTWARE SWITCH 6-36

SW

Bit

No.

51 1,2 Busy tone

3 Busy tone

4 Busy tone

5 Busy tone

6 1300Hz detection 11111Not detect

7 1300 Hz detection

8 SDT signal

52 1,2 DT/BT detection

3 Busy tone

4,5 Busy tone

6 Mute detection

7,8 Mute detection

53 1-8 Not used 00000

Item Switch serection and function

detection frequency

detection time upper limit

detection time lower limit

detection time lower limit 2

time

detection

frequency range

detection level table

detection level

level table

level

2pulses 0 0 4pulses 0 1 6pulses 1 0 10pulses 1 1

1 650ms 0 750ms

1 350ms 0 250ms

1 150ms 0 Follows SW51-4.

1 Not detect 0 Detect

1 3sec 0 2.5sec

1YES 0NO

Modem fixed (400Hz) 0 0 420Hz - 680Hz 0 1 360Hz - 440Hz 1 0 245Hz - 650Hz 1 1

1 Variable (SRAM) 0 Constant (ROM)

-43dB 0 0

-35dB 0 1

-33dB 1 0

-30dB 1 1

1 Variable (SRAM) 0 Constant (ROM)

When this item is set to a value outside t he setting range, it is regarded as the initial value.

-37dB 0 0

-40dB 0 1

-43dB 1 0

-34dB

Bit No. 1 2

Bit No. 4 5

Bit No. 7 8

U.S.A.

CA U.K GR FR Initial value

000002pulses 00000

00000750ms

00000250ms

00000Follows

000002.5sec

00000NO

00000420Hz 11111

00000Constant

00000-43dB 00000

00000Constant

00000-37dB 00000

11111 11111 00000 00000 11111 00000 11111

SW51-4.

680Hz

(ROM)

Key operator

U.S.A.: U.S.A. CA: Canada U.K: U.Kingdom GR: German FR: France

AR-FX11 SIMULATIONS, FAX SOFTWARE SWITCH 6-37

SW

Bit

No.

54 1-8 Not used 00000

55 1-8 Not used 00000

56 1-8 Not used 00000

57 1-4 Ring back tone ON

5-8 Ring back tone

58 1,2 Not used 00000

3-8 External

59 1-4 Signal send level

5,6 Send cable

Item Switch serection and function

time

OFF time

connection sound volume

Max.

amplitude equalizer

Binary input Setting range 0 - 3 sec 200ms interval Fixed to 0

Binary input Setting range 0 - 3 sec 200ms interval

Binary input 0 (0.0dBm) - 48 ( - 24.0dBm) Step 0.5dBm 49 ( - 28.0dBm) 50 ( - 32.0dBm) 51 ( - 36.0dBm) 52 ( - 40.0dBm) 53 ( - 48.0dBm) 54 ( - 56.0dBm) 55 ( - 63.0dBm) 56 ( - (Mut e))

Binary input On the line : ( - X + Offset) dBm X (SW) : 0 -15 Offset (Attenuation)

-2dB : North America

-1dB : Europe

Bit No. 5 6 0db 0 0 4db 0 1 8db 1 0 12db 1 1

U.S.A.

CA U.K GR FR Initial value

00000 00111 00000 00111 11111 00000 00000

00000 00000 00111 00000 00000 00000 00000

00000 00000 00000 00000 00000 11111 00000 00000Fixed to 0 00000 00000 00000 00000Fixed to 0 00000 00000 00000

00000 00000-10dBm 11111 00000 11111 00000 00000

11000Follow the 00111 00111 00000

000000db 00000

Key operator

destination.

U.S.A.: U.S.A. CA: Canada U.K: U.Kingdom GR: German FR: France

AR-FX11 SIMULATIONS, FAX SOFTWARE SWITCH 6-38

SW

Bit

No.

59 7,8 Receive cable

60 1,2 Receive SED ON

3 Busy tone

4-8 Receive gain

61 1 Not used 11111

2-8 Sound send level Binary input

62 1,2 Not used 00000

3-8 Handset MIC

63 1-8 Not used 11111

64 1-3 Ring back tone

Item Switch serection and function

amplitude equalizer

level

detection time upper limit 2

correction

sound volume

send level correction

0db 0 0 4db 0 1 8db 1 0 12db 1 1

- 43db 0 0

- 38db 0 1

- 33db 1 0

- 48db 1 1

1 950ms 0 Follows SW51 - 3

Binary input 0 ( + 6.0dBm) - 24 ( - 6.0dBm) Step 0.5dBm

0 (10.0dBm) - 68 ( - 24.0dBm) Step 0.5dBm 69 ( - 28.0dBm) 70 ( - 32.0dBm) 71 ( - 36.0dBm) 72 ( - 40.0dBm) 73 ( - 48.0dBm) 74 ( - 56.0dBm) 75 ( - 63.0dBm) 76 ( - (Mut e))

Binary input 0 (0.0dBm) - 48 ( - 24.0dBm) Step 0.5dBm 49 ( - 28.0dBm) 50 ( - 32.0dBm) 51 ( - 36.0dBm) 52 ( - 40.0dBm) 53 ( - 48.0dBm) 54 ( - 56.0dBm) 55 ( - 63.0dBm) 56 ( - (Mut e))

Binary input Setting range 0 (0dBm) - 7 ( - 7dBm)

Bit No. 7 8

Bit No. 1 2

U.S.A.

CA U.K GR FR Initial value

000000db 00000

11111- 48db 11111

00000Follows

000000.0dBm 11111 11111 00000 00000

00000- 5.0dBm 00000 11111 11111 11111 11111 00000

00000 000000dBm 00000 00000 00000 00000 00000

11111 11111 00000 00000 00000 11111 00000 11111- 5dBm 00000 11111

Key operator

SW51 - 3

U.S.A.: U.S.A. CA: Canada U.K: U.Kingdom GR: German FR: France

AR-FX11 SIMULATIONS, FAX SOFTWARE SWITCH 6-39

SW

Bit

No.

64 4-8 DTMF send le vel

65 1-4 DTMF send MAX.

5-8 DTMF send lev el

66 1 Default date,

2 Department name

Item Switch serection and function

(High area)

level

(Difference between high area and low area)

sender print

notification

U.S.A.

CA U.K GR FR Initial value

Binary input times on the line : ( - X + Offset) dBm X (SW) : 0 - 21 Offset (Attenuation)

-2dB : North America

-1dB : Europe Binary input

Setting range 0 (0.0dBm) - 15 ( - 15.0dBm)

Setting range 0 (- 2.0dBm) - 15 ( + 5.5dBm) Step 0.5dBm 111112.0dBm

1ON 0OFF

00000Follow the 00000 11111 00111 00000

000000dBm 00000 00000 00000

00000 00000 00000 11111ON YES

00000OFF YES

destination.

Key operator

3 Date/sender print

position setting

4 Not used 00000 5 Department

number print

6-8 Polarity inversion

settlement time

67 1-4 After sending CFR,

both wait is inhibited for 1.6sec.

5 Communication

time measurement (image)

6 Reduction send

mode

7ECM 11111YES

8ECM byte/frame 00000256 [bytes/

68 1 Recording paper

tray selection (tray

1)

2 Recording paper

tray selection (tray

2)

3 Recording paper

tray selection (tray

3)

4 Recording paper

tray selection (tray

4)

1 Inside of document 0 Outside of document

Used to set whether the department number (2-digit serial number of department) or the department code (department pass code, 5 digits) is described in the “Department” column of the communication report and the communication report table when the department function is enable.

1ON 0OFF

Binary input Setting range 200 - 1600ms

Binary input Setting range 0 - 3000ms

1YES 0NO

1 Normal 0 Reduction

1YES 0NO

1 64 [bytes/frame] 0 256 [bytes/frame]

1ON 0OFF

00000Outside of

00000OFF

00000200ms 00000 00000 111111600ms 00000 00000 00000 11111YES

00000ReductionYES

11111ON YES

document

YES

frame]

U.S.A.: U.S.A. CA: Canada U.K: U.Kingdom GR: German FR: France

AR-FX11 SIMULATIONS, FAX SOFTWARE SWITCH 6-40

SW No.

Bit

No.

Item Switch serection and function

68 5 Duplex tray print

specification (tray

1)

6 Duplex tray print

specification (tray

2)

7 Duplex tray print

specification (tray

3)

8 Duplex tray print

specification (tray

4)

69 1,2 Receive size

specification (Indicating the receive capacity)

3 11 inch receive

capacity setting

1ON 0OFF

Bit No. 1 2 Depends on the installed cassette. 0 0 B4 (A4/B4) 0 1 A4 1 0 A3 (A4/B4/A3)j 1 1

1 255mm or 215mm 0 303mm or 255mm or

215mm

U.S.A.

CA U.K GR FR Initial value

Key operator

11111ON YES

00000Depends on 00000

the installed cassette.

00000303mm or

255mm or 215mm

4 Max. length of

receive

5,6 Send request

image quality capacity

1 No limitation 0 1.5m

Bit No. 5 6 Ultra fine 0 0

000001.5m

00000Ultra fine 00000

Super fine 0 1 Fine 1 0 Normal 1 1

7 Countermeasures

against echo in receive (CED tone

1 500ms 0 75ms

0000075ms

send interval)

8 Countermeasures

against echo in send (The hold

1 500ms 0 200ms

00000200ms

time until signal send is set after DIS receive.)

70 1 CED signal send 11111YES

1YES 0NO

2 CSI send 11111YES

1YES 0NO

3 DIS receive check

in G3 send

Functions only for other than SG3. 00000Once

1 Twice 0 Once

U.S.A.: U.S.A. CA: Canada U.K: U.Kingdom GR: German FR: France

AR-FX11 SIMULATIONS, FAX SOFTWARE SWITCH 6-41

SW

Bit

No.

70 4,5 DIS receive

Item Switch serection and function

process selection in receive

Bit No. 4 5

Judged as an echo has been received, and the command is resent.

The line is disconnected as an improper DIS. When DIS is a receiver and there is a polled

document, polled send is made. For the other cases, a judgment is made as an echo has been received, and the command is resent.

When DIS is a receiver and there is a polled document, polled send is made. When DIS is a transmitter, a judgment is made as an echo has been received, and the command is resent.For the other cases, a judgment is made as an improper DIS, and the times line is disconnected.

00

01 10

11

U.S.A.

CA U.K GR FR Initial value

00000Judged as 00000

an echo has been received, and the command is resent.

Key operator

6 Enable/Disable

after DIS 41Bit

7 Interval time

between DCS and TCF

8 TCF check time Check judgment is severer for 1.3sec. 111111.0sec

71 1-3 Not used 00000

4 Telephone line time Fixed to Enable for USA and Canada. 00111Follow the

5 Not used 00000

6-8 Dial-in wa i t ti me Bin ary in put

72 1,2 RCP send number 000003times

3-6 Flag detection byte

number

7EYE-Q check 00000O receive

1 Disable 0 Enable

1 75ms 0 150ms

1 1.0sec 0 13.sec

1 Disable 0 Enable

Setting range 0 - 7 (1000ms - 2400ms)

Bit No. 1 2 3times 0 0 6times 0 1 9times 1 0 12times 1 1

Binary input Setting range 0 - 15

1 EYE-Q check only 0 O receive and EYE-

Q check

00000Enable

1111175ms

00000 00000

destination.

000001400ms 11111 00000

00000

000004 11111 00000 00000

and EYE-Q check

8 Operation in ERR

frame receive

73 1 Error process in

RTN receive

U.S.A.: U.S.A. CA: Canada U.K: U.Kingdom GR: German FR: France

1 Continues the

process.

1 Not error 0 Error

AR-FX11 SIMULATIONS, FAX SOFTWARE SWITCH 6-42

0 Not continue the

process (Error).

00000Not continue

the process (Error).

00000Error

SW No.

Bit

No.

Item Switch serection and function

73 2,3 RTN send line error

rate

4,5 Timer setting (V.21

- FSK) between flag - adrs

6 Receive wait time

between frames

7,8 Min. flag number

between frames

74 1-4 FSK signal

settlement time in both wait

5,6 300bps preamble

send time

7,8 Phase C head

dummy data send time

75 1,2 CED send start

wait time

3,4 CED signal send

time

Bit No. 2 3 6lines 0 0 12lines 0 1 60lines 1 0 120lines 1 1

Bit No. 4 5 6sec 0 0 15sec 0 1 30sec 1 0 120sec 1 1

1 4.4sec 0 3.4sec

Bit No. 7 8 2-flag 0 0 3-flag 0 1 4-flag 1 0 5-flag 1 1

Binary input Settled time = 50 (ms) x N + 200 (ms)

Bit No. 5 6

0.5sec 0 0

1.0sec 0 1

1.5sec 1 0

2.0sec 1 1

Bit No. 7 8

0.2sec 0 0

0.3sec 0 1

0.4sec 1 0

0.5sec 1 1

Bit No. 1 2

2.25sec 0 0

3.0sec 0 1

4.0sec 1 0

Bit No. 3 4

3.0sec 0 0

4.0sec 0 1

5.0sec 1 0

6.0sec 1 1

U.S.A.

CA U.K GR FR Initial value

1111160lines 00000

000006sec 00000

000003.4sec

000002-flag 00000

00000400ms 11111 00000 00000

000001.0sec 11111

000000.2sec 00000

000002.25sec 00000

000003.0sec 00000

Key operator

U.S.A.: U.S.A. CA: Canada U.K: U.Kingdom GR: German FR: France

AR-FX11 SIMULATIONS, FAX SOFTWARE SWITCH 6-43

SW

Bit

No.

75 5,6 ANSam send start

Item Switch serection and function

wait time

Bit No. 5 6

U.S.A.

CA U.K GR FR Initial value

000002.25sec 00000

2.25sec 0 0

3.0sec 0 1

4.0sec 1 0

7,8 ANSam signal

send time

Bit No. 7 8

000004.0sec 11111

3.0sec 0 0

4.0sec 0 1

5.0sec 1 0

6.0sec 1 1

76 1-8 Not used 11111

00000 00000 00000 11111 11111 00000 11111

77 1-8 Not used 00000

00000 00000 00000 11111 00000 00111 00000

78 1-8 Not used 00000

11111 00000 11111 11111 00000 00000 00000

79 1-8 Not used 00000

11111 00000 11111 11111 00000 00000 00000

80 1-8 Not used 00000

11111 00000 11111 11111 00000 00000 00000

Key operator

U.S.A.: U.S.A. CA: Canada U.K: U.Kingdom GR: German FR: France

AR-FX11 SIMULATIONS, FAX SOFTWARE SWITCH 6-44

SW No.

Bit

No.

Item Switch serection and function

U.S.A.

CA U.K GR FR Initial value

81 1-8 Not used 00000

11111 00000 11111 11111 00000 00000 00000

82 1 V.8 mode CI signal

ON time

2 V.8 mode CI signal

OFF time

1 18byte 0 9byte

1 2sec 0 1sec

000009byte

000001sec

3 Not used 00000

4,5 CI receive number

for shifting to nonV.34 communication

Bit No. 4 5 Not shifted 0 0 1times 0 1

111112times 00000

2times 1 0 3times 1 1

6-8 CI send number for

shifting to non-V.34 communication

Binary input When N=0, retrain is not made. 0 - 7

000002 11111 00000

83 1-8 Not used 00000

00000 11111 11111 11111 11111 11111 11111

84 1-8 Not used 11111

11111 11111 11111 11111 11111 11111 11111

85 1-8 Not used 11111

11111 11111 11111 11111 11111 11111 11111

86 1 Not used 00000

2,3 CI detection When this item is set to a value outside the setting range,

it is regarded as the initial value.

000004sine wave 00000

Bit No. 2 3 4sine wave 0 0 3sine wave 0 1 2sine wave 1 0

11

Key operator

U.S.A.: U.S.A. CA: Canada U.K: U.Kingdom GR: German FR: France

AR-FX11 SIMULATIONS, FAX SOFTWARE SWITCH 6-45

SW

Bit

No.

86 4,5 CI extinction max.

Item Switch serection and function

OFF time

Bit No. 4 5

U.S.A.

CA U.K GR FR Initial value

0000010sec 11111

5sec 0 0 10sec 0 1 15sec 1 0 20sec 1 1

6-8 Not used 00000

00000 00000

87 1-7 CI signal OFF

detection enable time

Binary input Setting range 0 - 1270ms Unit of 10ms

111111200ms 11111 11111 11111 00000 00000 00000

8 Not used 00000

88 1-8 Not used 00000

11111 00000 00000 00000 11111 11111 00000

89 1-8 Not used 11111

11111 00000 11111 11111 00000 00000 00000

90 1-8 Not used 00000

11111 11111 11111 11111 11111 11111 11111

91 1-8 Not used 00000

11111 00000 00000 00000 00000 00000 00000

Key operator

U.S.A.: U.S.A. CA: Canada U.K: U.Kingdom GR: German FR: France

AR-FX11 SIMULATIONS, FAX SOFTWARE SWITCH 6-46

SW No.

Bit

No.

Item Switch serection and function

U.S.A.

CA U.K GR FR Initial value

92 1-8 Not used 00000

11111 00000 11111 11111 00000 00000 00000

93 1-8 Not used 11111

00000 00000 00000 00000 00000 00111 00000

94 1-8 Not used 00000

00000 11111 00000 11111 11111 00000 11111

95 1-4 Not used 00000

11111 00000 11111

5-8 T1 timer setting Binary input

Setting range 15 - 90 sec 5 sec interval

0000040sec 11111 00000 11111

96 1-8 Not used 00000

00000 00000 00000 00000 00000 00000 00000

97 1-8 Not used 00000

00000 00000 00000 00000 00000 00000 00000

98 1-8 Not used 00000

00000 00000 00000 00000 00000 00000 00000

Key operator

U.S.A.: U.S.A. CA: Canada U.K: U.Kingdom GR: German FR: France

AR-FX11 SIMULATIONS, FAX SOFTWARE SWITCH 6-47

SW No.

Bit

No.

Item Switch serection and function

U.S.A.

CA U.K GR FR Initial value

99 1-8 Not used 00000

00000 00000 00000 00000 00000 00000 00000

100

1-8 Not used 00000

00000 00000 00000 00000 11111 00000 00000

101

1-8 Not used 00000

00000 11111 11111 11111 11111 00000 00000

102

1-8 Not used 00000

00000 11111 00000 11111 11111 00000 11111

103

1-8 Not used 00000

11111 11111 00000 11111 11111 00000 11111

104

1-8 Not used 00000

00000 00000 00000 00000 00000 00000 00000

105

1-8 Not used 00000

00000 00000 00000 00000 00000 00000 00000

Key operator

U.S.A.: U.S.A. CA: Canada U.K: U.Kingdom GR: German FR: France

AR-FX11 SIMULATIONS, FAX SOFTWARE SWITCH 6-48

SW

Bit

No.

106

1-8 Not used 11111

107

1-8 Not used 00000

108

1,2 Not used 00000

3Ring ON OFFSET 00000-

4Ring OFF OFFSET 00000-

5-8 Not used 00000

109

1-4 Print lead edge

5-8 Print lead edge

110

1-4 Print lead edge

5-8 Print lead edge

111

1-4 Print lead edge

Item Switch serection and function

1 + 100ms 0 -

adjustment (Left edge position)

adjustment (Lead edge position)

adjustment (Rear edge position)

adjustment (Left edge position)

adjustment (Lead edge position)

1- 0+

Binary input Setting range 0 - ± 112 dots 16 dots interval

1- 0+

Binary input Setting range 0 - ± 112 lines 16 lines interval

1- 0+

Binary input Setting range 0 - ± 112 lines 16 lines interval

1- 0+

Binary input Setting range 0 - ± 112 dots 16 dots interval

1- 0+

Binary input Setting range 0 - ± 112 lines 16 lines interval

U.S.A.

CA U.K GR FR Initial value

00000 11111 00000 11111 11111 00000 11111

00000 11111 00000 00000 00000 00000 00000

00000

11111 00000 11111 00000+ 00000 11111 11111

00000+ 00000 11111 11111

Key operator

48dots

48lines

48dots

48lines

U.S.A.: U.S.A. CA: Canada U.K: U.Kingdom GR: German FR: France

AR-FX11 SIMULATIONS, FAX SOFTWARE SWITCH 6-49

SW

Bit

No.

111

5-8 Print lead edge

adjustment (Rear edge position) back surface

112

1-8 Print magnification

ratio adjustment (Main scanning)

113

1-8 Print magnification

ratio adjustment (Sub scanning)

114

1-4 Scan effectiv e

image area (OC) Sub scanning Lead edge image loss

5-8 Scan effectiv e

image area (OC) Sub scanning Rear edge image loss

115

1-4 Scan effectiv e

image area (OC) Main scanning left edge image loss

5-8 Scan effectiv e

image area (OC) Main scanning right edge image loss

116

1-8 Scanning

magnification ratio adjustment OC (Main scanning)

Item Switch serection and function

1- 0+

Binary input Setting range 0 - ± 112 lines 16 lines interval

1- 0+

Binary input Setting range 0 - ± 12.7%

0.1% interval

1- 0+

Binary input Setting range 0 - ± 12.7%

0.1% interval"

1- 0+

Binary input Setting range 0 - ± 56 lines 8 lines interval

1- 0+

Binary input Setting range 0 - ± 56 lines 8 lines interval

1- 0+

Binary input Setting range 0 - ± 56 dots 8 dots interval

1- 0+

Binary input Setting range 0 - ± 56 dots 8 dots interval

1- 0+

Binary input Setting range 0 - ± 12.7%

0.1% interval

U.S.A.

CA U.K GR FR Initial value

00000+ 00000 11111 11111

000000% 00000 00000 00000 00000 00000 00000 00000 000000% 00000 00000 00000 00000 00000 00000 00000 000000line 00000 00000 00000

000000line 00000 00000 00000

000000dot 00000 00000 00000

000000% 00000 00000 00000 00000 00000 00000 00000

48lines

Key operator

U.S.A.: U.S.A. CA: Canada U.K: U.Kingdom GR: German FR: France

AR-FX11 SIMULATIONS, FAX SOFTWARE SWITCH 6-50

SW

Bit

No.

117

1-8 Scanning

magnification ratio adjustment OC (Sub scanning)

118

1-4 Scan effective

image area (SPF), Sub scanning, Lead edge image loss

5-8 Scan effective

image area (SPF), Sub scanning, Rear edge image loss

119

1-4 Scan effective

image area (SPF), Main scanning, Left edge image loss

5-8 Scan effective

image area (SPF), Main scanning, Right edge image loss

120

1-4 Scan effective

image area (SPF) back surface, Sub scanning, Lead edge image loss

5-8 Scan effective

image area (SPF) back surface, Sub scanning, Rear edge image loss

121

1-4 Scan effective

image area (SPF) back surface, Main scanning, Left image loss

Item Switch serection and function

1- 0+

Binary input Setting range 0 - ± 12.7%

0.1% interval

1- 0+

Binary input Setting range 0 - ± 56 lines 8 lines interval

Since the rear edge of the SPF cannot be specified with the coordinates, it is subtracted after scanning. Since the setting value is not a coordinate, its unit diff ers f rom those of the other setting values. The value cannot be increased more than the coordinates specified when scanning.

1- 0+

Binary input Setting range 0 - ± 14 lines 2 lines interval

1- 0+

Binary input Setting range 0 - ± 56dots 8dots interval

1- 0+

Binary input Setting range 0 - ± 56dots 56dots interval

1- 0+

Binary input Setting range 0 - ± 56lines 8 lines interval

Since the rear edge of the SPF cannot be specified with the coordinates, it is subtracted after scanning. Since the setting value is not a coordinate, its unit diff ers f rom those of the other setting values. The value cannot be increased more than the coordinates specified when scanning.

1- 0+

Binary input Setting range 0 - ± 14 lines 2 lines interval

1- 0+

Binary input Setting range 0 - ± 56dots 8dots interval

U.S.A.

CA U.K GR FR Initial value

000000% 00000 00000 00000 00000 00000 00000 00000 000000line 00000 00000 00000

000000line 00000 00000 00000

000000dot 00000 00000 00000

000000line 00000 00000 00000

000000dot 00000 00000 00000

Key operator

U.S.A.: U.S.A. CA: Canada U.K: U.Kingdom GR: German FR: France

AR-FX11 SIMULATIONS, FAX SOFTWARE SWITCH 6-51

SW

Bit

No.

121

5-8 Scan effectiv e

image area (SPF) back surface, Main scanning, Right edge image loss

122

1-8 Scanning

magnification ratio adjustment SPF (Main scanning)

123

1-8 Scanning

magnification ratio adjustment SPF (Sub scanning)

124

1-8 Print magnification

ratio adjustment, back surface (Main scanning)

125

1-8 Print magnification

ratio adjustment, back surface (Sub scanning)

126

1-8 Scanning

magnification ratio adjustment APF, back surface (Main scanning)

127

1-8 Scanning

magnification ratio adjustment APF, back surface (Sub scanning)

Item Switch serection and function

1- 0+

Binary input Setting range 0 - ± 56dots 56dots interval

1- 0+

Binary input Setting range 0 - ± 12.7%

0.1% interval

1- 0+

Binary input Setting range 0 - ± 12.7%

0.1% interval

1- 0+

Binary input Setting range 0 - ± 12.7%

0.1% interval

1- 0+

Binary input Setting range 0 - ± 12.7%

0.1% interval

1- 0+

Binary input Setting range 0 - ± 12.7%

0.1% interval

1- 0+

Binary input Setting range 0 - ± 12.7%

0.1% interval

U.S.A.

CA U.K GR FR Initial value

000000dot 00000 00000 00000

000000% 00000 00000 00000 00000 00000 00000 00000 000000% 00000 00000 00000 00000 00000 00000 00000 000000% 00000 00000 00000 00000 00000 00000 00000 000000% 00000 00000 00000 00000 00000 00000 00000 000000% 00000 00000 00000 00000 00000 00000 00000 000000% 00000 00000 00000 00000 00000 00000 00000

Key operator

U.S.A.: U.S.A. CA: Canada U.K: U.Kingdom GR: German FR: France

AR-FX11 SIMULATIONS, FAX SOFTWARE SWITCH 6-52

SW

Bit

No.

128

1,2 Ring sound quality Calling sound ringing frequency setting

Item Switch serection and function

There are following four patterns:

U.S.A.

CA U.K GR FR Initial value

00000Pattern 2 11111

Bit No. 1 2 Pattern 1 (1000Hz/926Hz) 0 0 Pattern 2 (1035Hz/956Hz) 0 1 Pattern 3 (1048Hz/967Hz) 1 0 Pattern 4 (1119Hz/1027Hz) 1 1

3-8 Not used 00000

11111 11111 00000 11111 00000

129

1-8 Not used 00000

00000 11111 00000 00000 00000 11111 00000

130

1-8 Not used 00000

00000 11111 00000 11111 00000 11111 00000

131

1-8 Not used 00000

00000 00000 11111 00000 00000 00000 00000

132

1-8 Not used 00000

00000 11111 00000 00000 00000 00000 00000

133

1 Test mode

judgment flag

1 Test mode 0 Normal mode

00000Normal

2-8 Not used 00000

11111 11111 00000 00000 00000 00000

Key operator

mode

U.S.A.: U.S.A. CA: Canada U.K: U.Kingdom GR: German FR: France

AR-FX11 SIMULATIONS, FAX SOFTWARE SWITCH 6-53

SW

Bit

No.

134

1 Summer time Used to set whether the summer time is automatically set

Item Switch serection and function

or not.

1 Enable 0 Disable

U.S.A.

CA U.K GR FR Initial value

00111Follow the

destination.

Key operator

YES

2 Receive rejection

record

3,4 Time until resetting

when G3 DIS cannot be received in V.8 phase.

5 Report table output

when in receive rejection

6 Sheet count

method in case of an error

7 Not used 00000 8 YES/NO of quick

memory send setting

Used to set whether the rejected record is remained on the communication report or not when receive is rejected by the receive rejection function.

1 Not recorded 0 Recorded

When send is made via a satellite, if the DIS signal is not acknowledged, the receive level is adjusted again and receive is tried again. This setting is used to set the time until resetting.

Bit No. 3 4 8s 0 0 10s 0 1 12s 1 0 14s 1 1

Used to set whether the communication report is outputted or not when receive is rejected with the receive rejection function. ”Output” is enabled only when SW1342 is set to “0”.

1 Output 0 Not output

Used to set whether an error page is included in the send quantity count in FAX send or not. The default is: an error page is not counted.

1 Send error pages are

included.

Used to set whether the quick memory send ON/OFF is displayed on the menu or not.

1 Setting is displayed. 0 Setting is not

0 Send error pages are

not included.

displayed.

00000Recorded

0000010s 11111

00000Not output

00000Send error

11111Setting is

pages are not included.

displayed.

135

1-4 Scanner resource

securing time out in direct send

5 Energy-saving

reset with an ext ern al TEL

6 Not used 00000 7 External auditor

check

8 Not used 00000

136

1 RTC error

adjustment

Used to set the time out of the scanner warm-up time in direct send. Binary input 20 - 50 sec

Used to set whether the machine is reset from the energy-saving mode or not when the hand set of the external telephone is lifted in the energy-saving mode. The default is: Not reset in Japan only.

1 Reset (Complete

reset)

Used to set whether Enable/Disable of the FAX department management when an external auditor is used. The default is Disable.

1 Not check 0 Check

Used to correct advancement of the clock. The default is No Correction.

1 Error adjustment 0 No error adjustment

0 Not reset (Only 24V

is reset.)

0000026sec 00000 11111 11111 11111Reset

00000Check

00000No error

(Complete reset)

adjustment

U.S.A.: U.S.A. CA: Canada U.K: U.Kingdom GR: German FR: France

AR-FX11 SIMULATIONS, FAX SOFTWARE SWITCH 6-54

SW No.

Bit

No.

Item Switch serection and function

U.S.A.

CA U.K GR FR Initial value

136 2-8 Not used 00000

00000 00000 00000 00000 00000 00000

137 to 150

Not used 00000

00000 00000 00000 00000 00000 00000 00000

Key operator

U.S.A.: U.S.A. CA: Canada U.K: U.Kingdom GR: German FR: France

AR-FX11 SIMULATIONS, FAX SOFTWARE SWITCH 6-55

[7] KEY OPERATOR PROGRAM

KEY OPERATOR PROGRAM Set value(Default) Remark

LIST PRINT/SET LIST PRINT KEY OPE. LIST

LIST SETTING (PRINT SELECTION)

LIST SETTING (AUTO LISTING)

INITIAL SETTING DIAL MODE Tone*/20PPS/10 PPS

PAUSE TIME 1,2* - 15sec OWN PASSCODE SET SPEAKER VOLUME On-hook volume High/Middle*/Low

TX/RX END SOUND SEND PATTERN 1/2*/3

END SOUND LENGTH 2.0/2.5/3.0*/3.5/4.0sec EXTENSION TEL ON*/OFF DISTINCTIVE RING OFF*/STANDARD(For SCA/SCNZ/SRH)

PBX SETTING MODE ON/OFF* For SEEG/

REMOTE RECEPTION*1 0 - 5* - 9 ACCOUNT CONTROL Enabled/Disabled* ACCOUNT # SET Program, Delete, Change DATE & TIME SET DAYLIGHT SAVING

TIME SETTING DISABLE FAX PRINT HOLD ON*/OFF

JUNK FAX # LIST ACC. USAGE LIST

TRANSMISSION ALWAYS PRINTS/

ERROR ONLY*/ NEVER PRINTS

BROADCAST ALWAYS PRINTS*/

ORIGINAL IMAGE PRI N T SETTING ALWAYS PRINTS/

RECEPTION ALWAYS PRINTS/

CONF. RECEPTION ALWAYS PRINTS*/

AUT O PRINT REPT AT LIMIT (50) Print/Not print* PRINT DAILY AT DESIGNATED

TIME

Ringer volume Line monitor volume TX/RX end volume Scan end volume Tone volume

RECEIVE PA TTERN 1/2*/3

ERROR ONLY/ NEVER PRINTS

ERROR ONLY*/ NEVER PRINTS

ERROR ONLY/ NEVER PRINTS *

NEVER PRINTS

NOT SETTING

High/Middle*/Low/OFF

OFF*/STANDARD, PATTERN1/2/3/4/5(For SEC/SECL)

ON*/OFF(For SUK/SEEG/SEF/SCA/SCNZ) ON/OFF*(For SEC/SECL)

SEF only

AR-FX11 KEY OPERATOR PROGRA M 7 -1

KEY OPERATOR PROGRAM Set value(Default) Remark

SENDING FUNCTION

RES. CON. SET Resolution STANDARD*/FINE/SUPER FINE/

ULT RA F INE/FINE (HALF TONE) / S-FINE (HALF T ONE) / U-FINE ( HALF TONE)

Exposure Auto* AUTO REDUCE TX Enabled*/Disabled ROTATE TX Enabled*/Disabled PAGE COUNTER SET Enabled*/Disabled SEND MODE MEMORY TX*/DIRECT TX QUICK ON LINE TX Enabled*/Disabled PRINT STATION # IN RCVD

Out*/IN DATA

DATA ACC. NAME PRINT Enabled/Disabled* RECALL SETTING (BUSY)*2 2 recall attempts at inter vals of 3 minutes. RECALL SET (ERR)*2 1 recall attempt at intervals of 1 minute. For SEC/

RING TIMEOUT IN AUTO TX 30/45*/60sec

30/45*(For SRH/SOCC)

AUT O COVER SHEET Enabled/Disabled*

RCV. FUNCTION FAX RECEPTION LIGHT PATTERN1*/2/OFF

#OF RINGS AT. RX 0 - 2* - 9

0 - 2* - 15(For /SRS/SRCC/SBI)

#OF RINGS MAN. RX 0*-9 For SEF

TRAY SE LECT IO N TRAY1,TRAY2, TRAY3 Enabled*/Disabled RECEIVED DATA PRIN T

REDUCTION*/DIVISION

CONDITION AUTO RCV REDUCE TO

Enabled*/Disabled

REGULAR S IZE DUPLEX RECEPTION*3 ON/OFF* A3 RX REDUCE ON/OFF* FW. RX DATA Enabled/Disabled* RECEIVED DATA FW.

STATION SET INDEX PRINT Enabled/Disabled* EARLIER OUTPUT Enabled*/Disabled ANTI JUNK FAX Enabled/Disabled* ENTER JUNK FAX #

POLLING SECURITY

POLLING SECURITY Enabled*/Disabled POLLING PASSCODE #

MODE

*1)Only when an extension phone is connected. *2)If you do not wish to have recalling take place, set the number of attempts to “0”. *3)Only on models with the two-sided printing function.

SECL only

only

AR-FX11 KEY OPERATOR PROGRA M 7 -2

[8] TROUBLE CODE LIST

1. FAX-related service call error

MAIN SUB Conditions

F6 00 F AX board

communic ation trouble

10 FAX hard

error

80 FAX break

error

81 FAX parity

error

82 FAX

overrun error

84 FAX

framing error

88 FAX

interface error

99 FAX

language error

U1 03 FAX

battery error

When sending cannot be made due to buffer over.

When one of the following items is detected. Page Memory Error/ FAX Board Error/ ROM Error/ RAM Error/ Flash ROM Error.

When an error is detected in the IO ASIC serial controller.

There is no response of data from the machine for 30 sec or more.

When the TEL/LIU PWB for EX Japan is operated under the setting for Japan. When the TEL/LIU PWB for Japan is operated under the setting for EX Japan.

When the battery voltage on the FAX PWB falls.

2. Communication report codes

MAIN SUB Conditions

F6 00 F AX board

communic ation trouble

10 FAX hard

error

80 FAX break

error

81 FAX parity

error

82 FAX

overrun error

84 FAX

framing error

88 FAX

interface error. FAX command time out error.

99 FAX

language error

U1 03 FAX

battery error

When sending cannot be made due to buffer over.

When either of Bit3 - Bit7 is set.

When an error is detected in the IO ASIC serial controller.

When SSH Bit2 (Interface Error) is set. When there is no response of the command which has response for 30 sec or more. R_REL_REQ->R_REL_REQ_ACK R_ENABLE->R_ENABLE _ACK R_RSV_CAN->R_RSV_CAN_ACK STARTING_REQ->STARTING_ACK DOWNLD_REQ->DOWNLD_ACK F_CINFO->F_CINFO INF_AUDIT_CODE->INF_AUDIT_CODE CHECK_AUDIT_CODE>CHECK_AUDIT_CODE HAND_REC_REQ->HAND_REC_ACK GET_TIME->SEND_TIME S_SIM_REQ->S_SIM_ACK CFG_START->CFG_START_ACK F_P_COMPLETE->F_P_COMPLETE_ACK F_SEJCT->F_SEJCT_ACK LANGU_INFO->LANGU_INFO WEBPAGE->WEBPAGE

In the response LANGU_INFO for SETUP, the parameter is sent back as 0xfe.

When SSH Bit0 (Battery Error) is set.

AR-FX11 TROUBLE CODE LIST 8-1

[9] ELECTRICAL SECTI O N

1. FAX Block diagram

FAX BLOCK DAIGRAM

5

MN8606

1Mbit

SRAM

CEDEC

MEMORY

I/F

5

OL

1Mbit

I/F

SRAM

CONTR

MN8606

I/F

MN86065

CEDEC IC

FAX UNIT MAIN PWB

MEMORY

SRAM 1Mbit

FAX UNIT

IMAGE PROCESSING

SRAM CONTROL

SCANNING PROCESS FLOW

IMAGE PROCESSING GATE ARRAY

1/2X

VERTICAL

SCANNING

IMAGE

ROTATING

SDRAM

CONTROL

2/3X

VERTICAL

SCANNING

I/F

SCAN

IMAGE

ROTATI

3 x 3

on

Resoluti

I/F

PRINT

I/F

FAX GA

I/F

CPU

NG

ion

PRINT PROCESS FLOW

convert

PAGE

MEMORY

SDRAM

RTC

128Mbit

GATE

CPU

DMAC

I/F

ARRAY

I/F

OL

CONTR

MODE

VOICE

M

RTC

IC

CONTR

I/F

SYSTEM CONTROL GATE ARRAY

CPU

(SH7709A)

x 2

PROGRAM

FLASH ROM

(JAPAN)16Mb

BACK UP

MEM

(EX)8Mb x 2

MEMORY

ORY

SRAM

back

WORK

2Mbit

up

OL

SDRAM

MEMORY

16Mbit x 2

MODEM

MN195006-E

16Mbit

MEMORY

FAX IMAGE

FLASH ROM

SI-3000

(Japan only)

BUS

BUFFER

ADD-ON

MEMORY

CONNECTOR

PCL

PCFAX

COPIER

SCANNER

COPIER

PRINTER

COPIER CPU

AR-FX11 ELECTRICAL SECTION 9-1

PWB

TEL/LIU

LINE

SILICONDAA

EX TEL

(JAPAN ONRY)

PSUED RINGER

ER

SPEAK

8MB

(AR-MM9)

ADD-ON MEMORY

HAND SET

2. FAX Circuit diagram

D

D[16:31]

A[1:25]

D[0:15]

C

CKIO_GA1

CKIO_S

TP84

FB3

MEM2012(NM)

GND

R7 33

R13 33

TP73

IC2

1G12G

TP55

CKIO_GA2

TP50

TP70

FB1

FB2

MEM2012(NM)

GND

R8 33

R415 R(NM)

TP66

TP69

+3.3V

C1

F0.1u/16

TP83

TP87

TP93

10

20

18

16

14

12

9

7

5

3

1Y1

1Y2

1Y3

1Y4

2Y1

2Y2

2Y3

2Y4

VCC

1A1

1A2

1A3

1A4

2

4

6

8

19

GND

2A1

2A2

2A3

2A4

11

13

15

17

1

GND

TP803

R18 0 TP96

TC74LCX244FT

GND

BR36

MNR04 10K

BR35

MNR04 10K

TP129

GND

BR34

MNR04 10K

FB6

MEM2012(NM)

BR33

MNR04 10K

GND

R30 47

BR32

MNR04 10K

+3.3V

RD-

WE0-

WAIT-

4 5 3

6

2

7

1

8

2

7

1

8

4 5 3

6

4 5 3

6

2

7

1

8

4 5 3

6

2

7

1

8

4 5 3

6

2

7

1

8

R47

10K

B

RD/WR-

BS-

WE1-

CS0-

CS3-

CS4-

CS6-

CS5-

CS2-

IRQ0-

IRQ1-

IRQ2-

DRAK[1]

DREQ[1]-

DREQ[0]-

DRAK[0]

A

HS2-

R60100

GND

CKE

CASL-

C29

B1000p/50

RAS3L-

4 5 3

6

2

7

BR39

MNR04 10K

1

8

+3.3V

RHS

HS1

LIUID

EXHS-

CPU_CKIO

RD/WR-

WE0-

WE1-

CS5-

BS-

TP177

TP174

TP172

MNR04 33

687

123

R55 33

TP171

TP173

TP176

87

89

90

93RD88

RD/WR

BS/PTK(4)

WE0/DQMLL

WE1/DQMLU/WE

TP175

R54 0

+1.8V

CS0-

CS2-

TP181

TP179

BR38

687

4 5

TP178

TP180

96

98

CS0/MCS(0)

VccQ

111

163

FB8

MEM2012(NM)

CS3-

TP183

MNR04 33

TP182

CS3/PTK(1)99CS2/PTK(0)

VccQ

183

CS4-

TP187

TP185

123

R56 33

TP186

TP184

101

100

CS4/PTK(2)

Vcc29Vcc81Vcc

CS6-

DREQ[0]-

TP189

R57 33

TP188

102

191

CS6/CE1B

DREQ0/PTD(4)

CS5/CE1A/PTK(3)

Vcc

134

154

175

B

WAIT-

TUIKA1

RD-

TP4

TP8

TP10

D29

D30

D31D5D26

BR1

MNR04 33

687

4 5

TP7

TP9

TP3

TP12

D28

123

TP11

TP14

TP17

D27

BR3

687

4 5

TP13

TP16

TP20

TP23

TP26

TP28

D24

D23

D22

D25D6D19

BR5

MNR04 33

687

123

4 5

TP19

TP22

TP25

TP27

TP33

TP35

TP37

TP39

TP41

TP30

D21

D17

D16

D20

D18

MNR04 33

BR10

MNR04 33

687

123

4 5

TP32

TP34

TP36

TP38

TP40

TP29

32

TP45

TP47

TP49

TP43

D13

D12

D14

BR12

MNR04 33

687

4 5

TP42

TP44

TP46

TP48

D1534D1436D1337D1238D1139D10

TP57

TP59

TP52

TP54

D9

D8

D10

D11D4D15

BR14

MNR04 33

687

123

4 5

TP58

TP51

TP53

TP56

40

D941D842D743D644D546D448D349D250D151D0

TP63

TP61

TP65

TP68

D7

BR16

MNR04 33

687

123

4 5

TP60

TP62

TP64

TP67

TP75

TP72

D2

D3

D1

BR18

MNR04 33

687

4 5

TP71

TP74

TP77 TP78

TP86

TP92

TP82

TP80

D0

A2

BR20

MNR04 33

687

4 5

123

TP81

TP79

TP85

TP91

52

A053A154A255A356A458A560A661A762A863A9

TP95

A3

123

TP94

TP101

TP99

A4

A5

BR22

4 5

TP98

TP100

TP105

A6A0A10

MNR04 33

687

TP104

TP135

TP108

TP113

TP115

TP125

TP132

TP110

TP118

TP137

TP121

TP128

A13

A17

A14

A7

A15

A12

A8

A16

A11

A9

BR24

MNR04 33

BR28

BR26

MNR04 33

687

123

4 5

123

4 5

TP107

TP136

TP109

TP112

TP114

TP117

TP120

TP124

TP127

TP131

TP134

64

A1065A1166A1267A1368A1470A1572A1673A1774A1875A1976A2077A2178A2280A2382A2484A25

TP140

TP143

A19

A18

MNR04 33

123

TP139

TP142

D31/PTB(7)13D30/PTB(6)14D29/PTB(5)15D28/PTB(4)16D27/PTB(3)17D26/PTB(2)18D25/PTB(1)20D24/PTB(0)22D23/PTA(7)23D22/PTA(6)24D21/PTA(5)25D20/PTA(4)26D19/PTA(3)28D18/PTA(2)30D17/PTA(1)31D16/PTA(0)

IC1 HD6417709AF100BV

RxD1/SCPT(2)

TxD1/SCPT(2)

172

166

TP2

TP6

R2

4.7K

R1

6 5 24 3 1

4.7K

+3.3V

R3 100

R4 100

TP1

TP5

PCRXD

PCTXD

4

CN1

B4B-PH-K-S(NM)

8 7

FAX MAIN PWB(CPU) 1/10

SOK0/SCPT(1)

SCK1/SCPT(3)

165

167

TP15

R526 100

R546 33

R545 33

RTC_DATA

RTC_CLK

123

RxD2/SCPT(4)

TxD2/SCPT(4)

RTS2/SCPT(6)

170

176

174

168

TP21

TP24

TP18

R527 100

FAXSTS

FAXCMD

FAXSRDY-

BR9

MNR04 4.7K

BR8

MNR04 4.7K

BR7

MNR04 4.7K

+3.3V

GND

RxD0/SCPT(0)

TxD0/SCPT(0)

SCK2/SCPT(5)

CTS2/IRQ5/SCP(7)

171

164

169

TP31

FAXCRDY-

RTC_DIR

R6

4.7K

R5

3.3K

4 5 3

6

2

7

1

8

1

8

2

7

3

6

4 5

1

8

2

7

3

6

4 5

CN2

AUDATA(0)/PTG(0)

AUDATA(1)/PTG(1)

AUDATA(2)/PTG(2)

ASMD0/PTG(6)

127

135

133

131

AUDATA1

AUDATA2

AUDATA0

ASMD0-

1

3

5

7

1

3

5

7

2

4

6

8

2

4

6

8

AUDATA(3)/PTG(3)

AUDSYNC/PTE(7)94TCK/PTF(4)/PINT(12)

TMS/PTF(6)/PINT(14)

TRST/PTF(7)/PINT(15)

136

130

139

137

138

AUDATA3

AUDSYNC-

CPU_TMS

TRST-

CPU_TCK

CPU_TDI

11

13

15

17

19

21

23

9

11

13

15

17

19

21

10

12

14

16

18

20

22

10

12

14

16

18

20

22

24

TDI/PTF(5)/PINT(13)

ASEBRKAK/PTG(5)

AUDCK/PTH(6)

128

151

TP76

VOL[A]

R9 0

R10 6.8K

AUDCK

CPU_TDO

ASEBRKRK-

25

27

29

31

33

35

23

25

27

29

31

33

24

26

28

30

32

34

26

28

30

32

34

36

AN(6)/DA(1)/PTL(6)

206

R12 10K

+3.3V

L_BT-

SRAMCLR-

R11 0(3216)(NM)

Q1 K RC105S-RTK/P

TP88

35

36

NCS036-014-DS(NM)

+3.3V

0

R14

CASHL/PTJ(4)

112

TP90

R17 10K

LED

B

JP1 SD00415-52(NM)

C

TP89

R16 820

R15 820

+5V

D

RESETP

RESETM

AN(5)/PTL(5)

193

124

204

TP103

TP97

TP106

R22 10K

R19 100

KA

CPURES-

K

+3.3V

1 2

JP2 SD00415-52(NM)

E

LED1 SML-310VTT86K

LED2 SML-310VTT86K

TP102

R20 820

R21 820

+3.3V

GND

FB4

MEM2012(NM)

GND

C

CA

NMI

7

194

TP116

TP111

R28 10K

PWOFF-

A

D1 DA20 4KT146

TP119

GND

R27 R(NM)

GND

8

R25 R(NM)

IC3

1

R24 R(NM)

R23 10K

R26 0

3

X1

1

R29

R(NM)

XTAL

EXTAL

XTAL24EXTAL25CAP1

MD5

155

156

196

197

TP126

TP123

TP133

TP130

TP138

TP141

R31 10K

R41 10K

R35 10K

R38 10K

CPU_CKIO

R33 R(NM)

R40 R(NM)

R39 10K

R32 0

F0.1u/16

C3

6

7

5

FS0

VSS

VDD

MODOUT

P2782AF-08SR

FS13XIN

LF

XOUT

4

2

C5

TP122

C4

R34 330F

FB5

MEM2012(NM)

GND

2

OUT

GND

VDD

OE

C2 F 0.1u/16

4

SG-8002JC 19.6608M PCC-L2

MD4

+3.3V

TP149

TP155

TP146

TP152

A23

A21

A22

A20A1A24

BR30

MNR04 33

687

4 5

TP145

TP148

TP151

TP154

MD11MD22MD3

195

TP147

TP150

TP153

TP144

R44 10K

R43 R(NM)

R42 10K

MD3

R37 0

C270p/25

F0.1u/16

R36 R(NM)

GND

TP157

123

R46 33

TP156

MD0

144

GND

R45 0

TP164

TP162

TP160

A25

R48 33

TP159

86

162

CKIO

CAP2

146

149

TP158

TP161

GND

TP163

GND

+1.8V

R49 0

+3.3V

TP170

TP168

BR37

4 5

R51 10K

TP169

TP166

TP165

TP167

122

121

123

WAIT

BACK

BREQ

Vcc(RTC)3VccQ21VccQ35VccQ47VccQ59VccQ71VccQ85VccQ97VccQ

R53 0

FB7

MEM2012(NM)

DRAK[0]

DREQ[1]-

DRAK[1]

TP190

R58 33

R59 33

TP191

TP192

189

190

192

DRAK0/PTD(1)

DRAK1/PTD(0)

DREQ1/PTD(6)

Vcc-PLL1

Vcc-PLL2

AVcc(3.3V)

145

150

205

C7

A33u/10

+

C6

A33u/10

+

IRQ2-

IRQ1-

IRQ0-

TP195

TP196

TP193

160

8

177

IRQOUT

IRQ2/IRL2/PTH(2)10IRQ1/IRL1/PTH(1)9IRQ0/IRL0/PTH(0)

AVss

148

198

208

C28

F0.1u/16

C27

F0.1u/16

C26

F0.1u/16

C25

F0.1u/16

C24

F0.1u/16

C23

F0.1u/16

C22

F0.1u/16

C21

F0.1u/16

C20

F0.1u/16

C19

F0.1u/16

C18

F0.1u/16

C17

F0.1u/16

C16

F0.1u/16

C15

F0.1u/16

C14

F0.1u/16

C13

F0.1u/16

C12

F0.1u/16

C11

F0.1u/16

C10

B470p/50

C9

B470p/50

F0.1u/16

C8

SPMUTE

EC

CML

HNDMUTE-

TP202

TP201

TP200

TP197

TP198

TP199

R547 33

188

187

186

185

180

179

178

MCS(4)/PTC4)/PINT(4)

MCS(1)/PTC(1)/PINT(1)

MCS(2)/PTC(2)/PINT(2)

MCS(3)/PTC(3)/PINT(3)

MCS(5)/PTC(5)/PINT(5)

MCS(6)/PTC(6)/PINT(6)

MCS(7)/PTC(7)/PINT(7)

Vss

Vss-PLL1

Vss-PLL2

132

152

153

173

147

1

TP801

S

CION

TP203

115

DACK1/PTD(7)

MCS(0)/PTC(0)/PINT(0)

VssQ

Vss27Vss79Vss

161

181

GND

TP800

150VON-

RTC_CE

TP204

TP205

116

114

182

DACK0/PTD(5)

WAKEUP/PTD(3)

109

1

GND

TP557

VOLCNT[A]

VOLCNT[B]

TP209

TP208

TP207

TP206

117

104

103

CE2B/PTE(5)

CE2A/PTE(4)

CAS2L/PTE(6)

CAS2H/PTE(3)

1

GND

TP799

VOL[A]

VOL[B]

VOL[C]

TP211

TP210

120

118

119

TDO/PTE(0)

RAS3U/PTE(2)

RAS2U/PTE(1)

Vss(RTC)6VssQ19VssQ33VssQ45VssQ57VssQ69VssQ83VssQ95VssQ

1

GND

C_BT

TP218

TP216

TP213

TP212

12

158

157

159

IRQ4/PTH(4)

TCLK/PTH(7)

STATUS1/PTJ(7)

RESETOUT/PTD(2)

IRLS(0)/PTF(0)/PINT(8)

IRLS(1)/PTF(1)/PINT(9)

184

143

142

141

TP217

TP214

TP215

TP220

TP229

207

203

202

201

200

199

113

AN(4)/PTL(4)

AN(3)/PTL(3)

AN(2)/PTL(2)

AN(1)/PTL(1)

CASHH/PTJ(5)

STATUS0/PTJ(6)

AN(7)/DA(0)/PTL(7)

IRLS(2)/PTF(2)/PINT(10)

IRLS(3)/PTF(3)/PINT(11)

IRQ3/IRL3/PTH(3)

RAS2L/PTJ(1)

CASLH/CASU/PTJ(3)

IOIS16/PTG(7)

ADTRG/PTH(5)

PTG(4)

11

92

140

107

110

126

125

129

TP221

TP222

TP223

TP224

TP225

TP226

TP228

TP219

CI

R66 33

R65

10K

R64

10K

+3.3V

TP227

C30

R63 100

RGDT-

R62

10K

R61

10K

GND GND

GND

GND GND GND

A

TP237

TP235

TP233

R68 33

R69 33

R70 33

TP232

TP234

TP236

105

106

108

CKE/PTK(5)

AN(0)/PTL(0)

RAS3L/PTJ(0)

CASLL/CASL/PTJ(2)

WE2/DQMUL/ICIORD/PTK(6)

WE3/DQMUL/ICIOWR/PTK(7)

91

TP231

R67 33

TP230

DQMUU

DQMUL

B1000p/50

GND

7 6 5 24 3 1

8

AR-FX11 ELECTRICAL SECTION 9-2

TP246

TP245

TP244

10K

BR54

687

D10

ROMORY

R87

BR55

123

D27

4 5

D11

33

3 4

1 2

IC7

687

4 5

MNR04 33

D31

D30

D28

D29

687

123

MNR04 33

D12

D13

D14

D15

+3.3V

RES-

IC29B

IC29A

1

OUT

VCC3GND

C41

F0.1u/16

123

4 5

BR56

TC74LCX14FT

TP247

2

4

MNR04 33

R89 33

ROMRP-

MNR04 33

R88 33

MNR04 10K

6 7 8

RES

TP809

B

R96 10K

+3.3V

R95 10K

+3.3V

ROMPRY

R94 10K

+3.3V

PST591IMT

1

B

A

1

TC74LCX05FT

Q3

E C

GND

TC74LCX14FT

TC74LCX05FT

TC74LCX14FT

1

TP812

GND

TP813

GND

DIM2-SD72AR-1131- F

GND

C49

F0.1u/16

C48

F0.1u/16

1

DIM2-SD72AR-1131-F

TP810

GND

TP811

GND

C47

F0.1u/16

C46

F0.1u/16

1 2 3 4 5 6

SW1

RE-H062SD-1110

GND

SRAMCLR-

R106

470(2012)

KTC3875S Y-RTK/P

GND

R105

5.6K

Operation SRAM Clear

SW1-2

+3.3V

F0.1u/16

C194

SW3-4

147

:Jumper

:NO Jumper

SW5-6

IC29F

TC74LCX14FT

GND

13 12

GND

7 6 5 24 3 1

R109 33

TP253

TP248

GND

3 4

SW2

IC32B

TC74LCX05FT

GND

FRESET

TP261

SKHU(NM)

13 12

IC32F

TC74LCX05FT

GND

TP260

GND

8

72

+

C45

+3.3V

R97 33

ROMPCE-

A33u/10

ROMPOE-

ROMPWE-

ROMPWP-

72

+

C44

+3.3V

A33u/10

R423 10K R422 10K

4 5 3 2 1

R93 10K

R92 10K

R91 10K

R90 10K

+3.3V

R101

2.2K

D2

GND

ROMOOE-

TP250

ROMOWP-

ROMOWE-

ROMOCD0

R102

ZD1

1SS355TE-17

R104

+3.3V

C43

F0.1u/16

+3.3V

ROMOCD1

Q2

EC

R103

1K

10K

UDZ TE-17 2.0B

C50

10K

R98

KTA1504S-Y-RTK/P

B

TP252

TP251

B2200p/50

R100

TP249

147

GND

10K

56

IC32C

ROMOCID0

R99 10K

ROMOCID1

RAMCE2

TP255

B

TP254

33

IC29C

5 6

R409 33

IC32A

1 2

R548

33

10

IC29E

11

C42

C(NM)

MANRES-

A

46

14

ROMNWP-

A10

TP807

C33

C32

NC

10

TP239

D17

D16

R75

1K

A6

+3.3V

A11

A12

A11

A10

1

GND

F0.1u/16

MBM29LV160B-90PFTN-SFKE1

15

29

15

29

C

687

BR47

BR43

MNR04 33

123

4 5

687

A14

A13

A17

A16

A15

A18

A20

A19

A21

A22

BR41 MNR04 33

687

BR45

123

4 5

D2

D3

D5D8D9

D0

D7

D1

D10

D11

687

BR46

BR42

MNR04 33

123

4 5

687

123

4 5

D3

D2D1D4D7D9

R81

R80

33

687

BR44

MNR04 33

123

D7D5D6

D8

D10

D11

33

8

IC37C

TC74LCX32FT

9

10

A18

A20

A14

A17

A19A9A16

A13

A15A5A12

BR40

D0

1

TP808

GND

4 5

MNR04 33

123

D13

D14

D12

123

MNR04 33

4 5

D14

D12

D13

+3.3V

BR51

MNR04 33

123

687

BR49

123

4 5

D15

D17

D16

D20D4D25

D18

D19

687

BR50

MNR04 33

4 5

687

BR48

123

4 5

D1

D4

D3

D0D2D5D8D9

D15

R84

33

11

147

12

C67

F0.1u/16

687

MNR04 33

123

4 5

687

BR53

MNR04 33

4 5

D23D6D26

D24

D21

D22

687

MNR04 33

123

4 5

BR52

MNR04 33

123

D6

IC37D

TC74LCX32FT

13

GND

9 8

IC29D

TC74LCX14FT

ROMOCE-

ROMBANK1

ROMBANK0

1

TP805

GND

TP806

C35

A33u/10

+

R78

10K

TP241

47

13

37

VPP

VCC

BYTE

RY/BY

CE26OE28WE11WP

RP

12

25

A2

A3

+3.3V +3.3V

ROMPRY ROMPRY

C34

A33u/10

+

R77

10K

TP240

37

47

13

VPP

VCC

BYTE

RY/BY

CE26OE28WE11WP

RP

25

12

A2D3A4

A3

10K

R76

R79 0

ROMPCE-

GND

C39

F0.1u/16

C38

F0.1u/16

46

GND27GND

NC

MBM29LV160B-90PFTN-SFKE1(NM)

14

10

TP243

ROMPWP-

ROMPOE-

ROMPWE-

1

TP802

GND

TP804

GND

GND GND

C37

F0.1u/16

C36

F0.1u/16

46

GND27GND

NC

MBM29LV160B-90PFTN-SFKE1(NM)

10

14

TP242

ROMPOE-

ROMPWE-

ROMPWP-

ROMRP-

R85 1K

+3.3V

R86

+3.3V

ROMRP-

R82 R(NM)

R83 33

RES-

RAMCE2

C

D

CN4

A013A114A215A316A417A518A628A731A832A929A1033A1134A1236A1365A1466A1567A1668A1769A1870A1971A2041D02D13D24D35D46D57D68D79D821D922D1023D1124D1225D1326D1427D15/A-135D1637D1738D1849D1950D2051D2152D2253D2354D2456D2557D2658D2760D2859D2962D3063D3164RP19RY/BY45BYTE48VPP551CE40D15/A-1122CE42NC43OE44WP46WE47NC11VCC10GND30VCC61GND1GND20GND39NC

A3A4A6A7A5A9A8

CN3

A013A114A215A316A417A518A628A731A832A929A1033A1134A1236A1365A1466A1567A1668A1769A1870A1971A2041D02D13D24D35D46D57D68D79D821D922D1023D1124D1225D1326D1427D15/A-135D1637D1738D1849D1950D2051D2152D2253D2354D2456D2557D2658D2760D2859D2962D3063D3164RP19RY/BY45BYTE48VPP551CE40D15/A-1122CE42NC43OE44WP46WE47NC11VCC10GND30VCC61GND1GND20GND39NC

A3

A6A4A7A2A8

A1 A2

+3.3V

ROMNRY

C31

A33u/10

R73

1K

+

R74 10K

TP238

D3

D4

D9

D0

D1

D7

D5

D8

D6

D2

D10

D11

D12

D15

D13

15

47

13

29

34

DQ932DQ830DQ744DQ642DQ540DQ438DQ335DQ233DQ131DQ0

DQ1545DQ1443DQ1341DQ1239DQ1136DQ10

IC4

A199A1816A1717A1648A151A142A133A124A115A106A97A88A718A619A520A421A322A223A124A0

A18

A14

A19 D14A8A13A5A12

A17

A10A3A9

A15

A16

A11

A20

37

VPP

VCC

GND27GND

BYTE

RY/BY

CE26OE28WE11WP

RP

12

25

A4

A7

A6

A2

A1

ROMNWE-

ROMNOE-

ROMNCE-

D28

D22

D24

D30

D25

D19

D21

D31

D20

D27

D23

D26

D29

D18

34

DQ932DQ830DQ744DQ642DQ540DQ438DQ335DQ233DQ131DQ0

DQ1545DQ1443DQ1341DQ1239DQ1136DQ10

6 5 24 3 1

IC6

A199A1816A1717A1648A151A142A133A124A115A106A97A88A718A619A520A421A322A223A124A0

A18

A14

A13A4A11

A17

A20

A21A5A15

D15

D14

A10A8A9A6A7

A19

A12

A16

+3.3V

D6D4D0

D8

D2

D5

D7

D12

D11

D13

D10

34

DQ932DQ830DQ744DQ642DQ540DQ438DQ335DQ233DQ131DQ0

DQ1545DQ1443DQ1341DQ1239DQ1136DQ10

IC5

A199A1816A1717A1648A151A142A133A124A115A106A97A88A718A619A520A421A322A223A124A0

A13D1A5

A11

A15 D9

A16

A9

A12

A20A7A14

A19

A21

8 7

A[1:25]

D[0:15]

D[16:31]

A8

A10

A17

A18

FAX MAIN PWB(FLASH) 2/10

D

AR-FX11 ELECTRICAL SECTION 9-3

B

L_BT-

R1240TP276

3

1

NC

OUT

PST3426

VCC2GND

IC13

4

GND

R123

0

JP3

SD00415-52(NM)

R126

82K

1 2

TP281

R128

1.6K

R125

1.6K BT1

CR2477-H01Y(NM)

R130

C66

A10u/16

+

+5V+3.3V

+

+3.3V

GND GND

C65

VBT3.3

Q6

MMBTA56-RTK/P

TP273

R118

0

R119

1K

TP272

ZD3

UDZ TE-17 2.0B

D5

1SS355(NM)

1

TP814

GND

TP815

24

VSS

WE

IS62WV2568BLL-55TLI

5

A10u/16

R120

GND

D7

D6

CE

360

TP274

+3.3V

RB751V-40(NM)

1SS355(NM)

Q7

KTC3875S Y-RTK/P

B

GND

D7

I/O729I/O6

IC12

NC/A179A1212A111A1031A9

10

R121

C69

D6

28

D9

1SS355TE-17

D8

RLS-73(NM)

R122

20K

560

F1u/10(1608)(NM)

D5

D3

D4

27

I/O426I/O5

A134A1411A157A16

TP275

D10 1SS355(NM)

D1

D0

D2

25

I/O021I/O122I/O223I/O3

2

12

TP278

TP277

GND

A515A614A713A8

3

TP280

231

BT3

CR2450

12

BT2

HL50-A

R127

0

BT4

1

TP816

GND

TP817

GND

C70

F0.1u/16

8

24

VSS

VCC

A020A119A218A317A416CE1

WE

CE26OE

IS62WV2568BLL-55TLI

5

30

32

A

C

E

GND

Q8

DTC363EKA T146

B

0

Battery Cover

C_BT

GND

C_BT

7 6 5 24 3 1

VBT3.3

74LCX125MTCX(NM)

4

R418

R(NM)

D25

D26

D24

D23

D22

45

13

42

44

DQ8

DQ9

DQ10

DQ1147DQ1248DQ1350DQ1451DQ15

A10A9A2A3A8

D9D7D6

D8D0D4

D10

13

42

44

45

DQ8

DQ9

DQ10

DQ1147DQ1248DQ1350DQ1451DQ15

A7

C

C52

C56

C8p/50

C(NM)

DMX-38 32.768KHz

X2

C55

C8p/50

1 4

2 3

C53

+

C54

4

2

XT

VSS

SM8578BV-G

5

74LCX125MTCX(NM)

10

GND

R419

R(NM)

27

14

43

VDD

VDDQ3VDDQ9VDDQ49VDDQ

UDQM39NC

LDQM

18

15

CKE

CASL-

RAS3L-

DQMUL

RD/WR-

DQMUU

43

27

14

VDD

VDDQ3VDDQ9VDDQ49VDDQ

UDQM39NC

LDQM

18

15

CKE

WE0-

WE1-

CASL-

RAS3L-

RD/WR-

A47u/16

TP820

F0.1u/16

GND

TP818

C62

A10u/16

+

54

41

VSS28VSS

VSS

CLK38CKE37CAS17WE16RAS

CKIO_SDRAM

+

54

41

VSS28VSS

VSS

CLK38CKE37CAS17WE16RAS

CKIO_SDRAM

D13D8D11

D14

D15

27

28

I/O729I/O6

IC11

NC/A179A1212A111A1031A9

10

GND

1

GND

1

C348 F0.1u/16

C347 F0.1u/16

C61 F0.1u/16

C60 F0.1u/16

C59 A10u/16

C346 F0.1u/16

C345 F0.1u/16

C58 F0.1u/16

C57 F0.1u/16

D12

GND

TP819

52

VSSQ12VSSQ6VSSQ46VSSQ

NC

40

36

TP270

TP268

52

VSSQ12VSSQ6VSSQ46VSSQ

NC

40

36

TP267

TP269

D10

25

I/O426I/O5

A134A1411A157A16

1

GND

+3.3V

R512

+3.3V

GND

MT48LC4M16A2TG-75

GND

MT48LC4M16A2TG-75

D9

I/O021I/O122I/O223I/O3

3

2

14

10K

+3.3V

12 11

IC31C

A515A614A713A8

IC49D

13

7

F0.1u/16

C320

C274

F0.1u/16

5 6

RTC_DIR

VBT3.3

74LCX125MTCX(NM)

GNDGND

GND

TC74LCX14FT

D4

1SS355(NM)

C64

A47u/16

+

C63

F0.1u/16

8

VCC

A020A119A218A317A416CE1

CE26OE

30

32

C51

C(NM)

3

8

XT-

VDD

IC10

DATA7I/O-1CLK6CE

R420 R(NM)

R515 33

IC49C

9 8

GND

RTC_CLK

+3.3V

D18

D19

D17

D16

D20

D21

10

DQ02DQ14DQ25DQ5

DQ37DQ48DQ611DQ7

VDD1VDD

A429A530A631A732A833A934A11

A023A124A225A3

CS

19

26

CS3-

+3.3V

D5

D3

10

DQ02DQ14DQ25DQ5

DQ37DQ48DQ611DQ7

VDD1VDD

A429A530A631A732A833A934A11

A023A124A225A3

CS

19

26

CS3-

D

R421 33

R114

470(2012)

TP266

KTA1504S-Y-RTK/P

EC

+3.3V

B

TP264

R112

1K

TP263 Q4

R111

10K

Q5

KTC3875S Y-RTK/P

E C

GND

2.2K

D3

33

TP262

9 8

11 10

RTC_CE

ZD2

1SS355TE-17

IC32D

TC74LCX05FT

IC32E

TC74LCX05FT

R417

3.3K

B

UDZ TE-17 2.0B

R113

5.6K

TP265

R514 33

R115 R(NM)

IC49A

74LCX125MTCX(NM)

IC49B

56

1

2 3

GND

IC9

IC8

D30

D31

53

BA020BA1

21

A14

D15D2D13D1D11

D14

53

BA020BA1

21

A14

A15 A15

RTC_DATA

D29

35

A13A5A7

35

A13

D28

D27

A10

22

A12A6A4

A11

D12

A10

22

A11A8A9A4A3

A12A5A6A2A10

R110

R416

10K

+3.3V

R517

6 5 24 3 1

A10

A15A9A12A2A8

A14

A17

TC74LCX32FT

A16

A18

GNDGND

C68

C150p/50

B

A5

RAMCE2

A11A1A4

A9A8A14A6A13A7A15

A10

GND

R116

R(NM)

A3

TP271

R117

33

3

IC37A

1

2

+3.3V

A16A2A12

A17

A18

8 7

A[1:25]

D[0:15]

D[16:31]

RAMCE-

RAMOE-

RAMLB-

RAMWE-

RAMUB-

FAX MAIN PWB(SRAM) 3/10

D

C

A13

A11A6A5

A4

A7

A1

A3

C71

C150p/50

TP279

R129

GND

33

6

IC37B

TC74LCX32FT

4

5

8

A

AR-FX11 ELECTRICAL SECTION 9-4

TP821

19

1G12G

VCC20GND

C98

+3.3V

BR60

MNR04 10K

BR59

MNR04 10K

BR58

MNR04 10K

BR57

MNR04 10K

B

+1.8V+3.3V

TP308

C99

A33u/10

+

C101

4

F0.1u/16

OUT12OUT2

GND

1

IN

3

R170 0

GND2GND

R171 0

C100p/50

C336

C100p/50

C335

C100p/50

C334

C100p/50

C333

C100p/50

C332

C100p/50

C331

C100p/50

C330

C100p/50

C329

C100p/50

C328

C100p/50

C327

C100p/50

C326

C100p/50

C325

C100p/50

C324

C100p/50

C323

C100p/50

C322

C100p/50

C321

25

GND19GND

GND

C100

F0.1u/16

GND GND GND GND GND GND GNDGND GND GND GNDGND GNDGNDGNDGND

TP309

27

46

26

30

50

GND

26

27

1

2

D11 1SS 355TE-17

IC14

LM1117MPX-1.8/NOPB

TP307

GDATA[0:15]

GND

1

TC74LCX244FT

10

GDATA1

GDATA2

GDATA3

GDATA0

GND GND

F0.1u/16

TP292

TP290

TP293

TP291

+3.3V

1

8

2

7

3

6

4 5

1

8

2

7

3

6

4 5

1

8

2

7

3

6

4 5

1

8

2

7

3

6

4 5

BR61

MNR04 33

687

123

4 5

GDATA040GDATA238GDATA414GDATA637GDATA8

GDATA141GDATA339GDATA536GDATA712GDATA9

GDATA14

GDATA6

GDATA10

GDATA5

GDATA13

GDATA7

GDATA9

GDATA4

TP294

4 5

GDATA15

GDATA11

GDATA8

GDATA12

TP306

TP301

TP302

TP295

TP305

TP303

TP296

TP304

TP299

TP298

TP297

BR64

MNR04 33

BR62

MNR04 33

BR63

MNR04 33

687

123

4 5

123

4 5

34

35

6

31

GDATA1010GDATA1233GDATA14

GDATA1132GDATA138GDATA15

B

A

C315

R464

22

F0.1u/16

GND

C344

R525

22

F0.1u/16

C343

R524

22

F0.1u/16

C341

R522

22

F0.1u/16

R519

22

C338

F0.1u/16

GND GNDGNDGND GND

R518

22

C337

F0.1u/16

C308

R457

22

F0.1u/16

C307

R456

22

F0.1u/16

C306

R455

22

F0.1u/16

C305

R454

22

F0.1u/16

C304

R453

22

F0.1u/16

C303

R452

22

F0.1u/16

C302

R451

22

F0.1u/16

C301

R450

22

F0.1u/16

C300

R449

22

F0.1u/16

C298

R447

22

F0.1u/16

R446

22

C297

F0.1u/16

C296

R426

22

F0.1u/16

C295

R444

22

F0.1u/16

C294

R443

22

F0.1u/16

C293

R442

22

F0.1u/16

C292

R441

22

F0.1u/16

C291

R431

22

F0.1u/16

C290

R439

22

F0.1u/16

C289

R438

22

F0.1u/16

C288

R437

22

F0.1u/16

C287

R436

22

F0.1u/16

C286

R435

22

F0.1u/16

C285

R434

22

F0.1u/16

C284

R433

22

F0.1u/16

C283

R432

22

C319

R468

F0.1u/16

C282

R440

22

F0.1u/16

R430

22

C281

F0.1u/16

C280

R429

22

F0.1u/16

C279

R428

22

F0.1u/16

C278

R427

22

F0.1u/16

C277

R445

22

F0.1u/16

C276

R425

22

F0.1u/16

C275

R424

22

F0.1u/16

+3 .3V

HOLE

H7

HOLE

H6

HOLE

H5

HOLE

H4

HOLE

H3

HOLE

H2

HOLE

H1

GND

22

F0.1u/16

C318

R467

22

F0.1u/16

GND GND

C340

R521

22

F0.1u/16

C339

R520

22

F0.1u/16

GND GND

C314

R463

22

F0.1u/16

C313

R462

22

F0.1u/16

C312

R461

22

F0.1u/16

R460

22

C311

F0.1u/16

GNDGND GND GND GND

C310

R459

22

F0.1u/16

GND GND GND GNDGND GND GNDGNDGND GND GNDGNDGND GND GNDGNDGND GND GNDGNDGND GND GNDGND GND GNDGNDGND GND GNDGNDGND GND

+5V

7 6 5 24 3 1

8

A

FAXCS1P-

TP287

R154 33

R155 33

42

FAXCS1P-

FAXACK1P-

R156 100

43

FAXACK1P-

13

FAXSTS

R157 100

5

FAXCRDY-

FB9

MEM2012(NM)

C

FAXSTS

FAXCRDY-

FAXCS0P-

FAXPAGE-

FAXACK0P-

FAXREQ1P-

FAXPRD-

TP288

+3.3V

GND

R159 0

R161 0

R162 0

R163 0

R165 100

R164 0

R166 33

B1000p/50

C90

B1000p/50

C89

C100p/50

C88

C100p/50

C87

C100p/50

C86

C100p/50

C85

C100p/50

C84

B1000p/50

C83

GND GND GNDGNDGND GNDGNDGND GND

B1000p/50

C82

R158 0

3

28

7

9

4

29

11

1

FAXCMD

FAXPRD-

FAXCS0P-

FAXPAGE-

FAXSRDY-

FAXACK0P-

FAXREQ1P-

FAXDET-

FAXCMD

FAXSRDY-

R168 10K

R167 10K

2

4

6

8

11

13

15

17

1A1

1A2

1A3

1A4

2A1

2A2

2A3

2A4

1Y1

1Y2

1Y3

1Y4

2Y1

2Y2

2Y3

2Y4

IC45

9

7

5

3

18

16

14

12

TP867

TP868

TP869

TP300

R528 100

R529 100

C100p/50

C97

B1000p/50

C96

GND

C100p/50

C95

C100p/50

C94

C100p/50

C93

C100p/50

C92

C100p/50

C91

GND GND GND GND GND GNDGND

D

IC36B

TC74LCX14FT

3 4

GND

FRESET

PWOFF-

HSYNC-

R136 33

TP283

IC36A

TC74LCX14FT

1 2

TP282

6 5 24 3 1

8 7

+24V

R131 0(3216)

47

49

+24V

CN5

TX25-50P-23ST-H1E

+5V

C76

C74

A33u/10

A10u/35

+

GND

C73

C75

F0.1u/16

F0.01u/50

C72

F0.01u/50

R132 0(3216)

R133 0(3216)(NM)

R134 0(3216)

17

+5V

+24V

R160 33

R147 33

IC36D

TC74LCX14FT

9 8

11 10

TP289

TP286

IC36C

TC74LCX14FT

147

+3.3V

5 6

13 12

C40

F0.1u/16

GND

TP285

+3.3V

+5VS

+3.3V

TP284

C78

A33u/10

+

GND

C77

F0.1u/16

R135 0(3216)

15

21

+5VEN

+5VEN and +3.3V always ON +24V and +5V are OFF in power save

IC36E

TC74LCX14FT

IC36F

TC74LCX14FT

C80

A33u/10

+

C79

F0.1u/16

22

+3.3V23+3.3V

PRLINE-

READY-

FAXREQ0P-

GND

R146 10K

R145 10K

R144 10K

R143 10K

R142 10K

R141 10K

R140 10K

R139 10K

R138 10K

R137 10K

GND

R148 100

R151 33

R150 33

R149 100

R152 33

R153 33

44

48

16

45

20

+3.3V24+3.3V

RESET-

READY-

HSYNC-

PWOFF-18PRLINE-

FAXREQ0P-

FAX MAIN PWB(MCU I/F) 4/10

D

C

AR-FX11 ELECTRICAL SECTION 9-5

183

GND-183

C124

TP422

TP421

F0.1u/16

B

GND

3.3VGA1

C126

ROMNRY

ROMORY

ROMNWP-

ROMOWE-

ROMNCE-

ROMOCE-

ROMNWE-

ROMOOE-

ROMOWP-

ROMNOE-

ROMPRY

ROMPCE-

ROMPWP-

ROMPWE-

F0.1u/16

BR83

MNR04 33

ROMOCD0

ROMOCD1

TP433

TP431

TP429

177

176

175

ROMOCD[1]

ROMOCD[0]

ROMOCID[0]

TP430

TP432

R192 33

G1ACK-

G1REQ-

C125

F0.1u/16

ROMBANK1

ROMBANK0

R193 33

R195 33

174

173

ROMBNK[2]

ROMBNK[1]

ROMBNK[0]

TP434

TP435

R194 33

G2ACK-

G2REQ-

GND

3.3VGA1

BR81

172

GND-172

BR80

MNR04 33

171

MNR04 33

C127

123

TP437

170

ROMRY

VDD-171

TP436

123

G1D0

G1D[0:7]

F0.1u/16

687

4 5

TP443

TP441

TP439

169

168

167

ROMOWP_N

ROMOWE_N

TP438

TP442

TP440

BR82

MNR04 33

687

4 5

G1D2

G1D1

G1D3

GND

TP445

166

ROMOOE_N

TP444

123

G1D4

ROMOCID0

ROMOCID1

TP428

TP427

TP424

182

180

179

178

181

BFDIR

BFOE_N

GND-180

ROMOCID[1]

TP425

TP426

TP423

GND

3.3VGA1

687

123

BR84

TP450

TP448

165

164

163

GND-165

ROMNRY

ROMOCE_N

TP447

TP446

TP449

687

4 5

G1D5

G1D6

G1D7

4 5

MNR04 33

123

TP456

TP454

TP452

161

160

162

ROMNOE_N

ROMNWP_N

ROMNWE_N

TP453

TP451

TP455

G2D0

G2D1

G2D2

BR85

MNR04 33

123

687

4 5

TP462

TP460

TP458

157

158

159

ROMPRY

ROMWP_N

ROMNCE_N

TP457

TP461

TP459

G2D5

G2D3

G2D4

ROMPOE-

687

4 5

TP466

TP464

154

155

156

ROMPCE_N

ROMPOE_N

ROMPWE_N

TP465

TP463

G2D7

G2D6

G2D[0:7]

153

GND-154

GND-153

76

TP824

TP825

1

GND

VDD-152 VDD-151 D[15] D[14] GND-148 D[13] D[12] GND-145 VDD-144 D[11] D[10] GND-141 D[9] D[8] GND-138 VDD-137 D[7] D[6] GND-134 GND-133 D[5] D[4] GND-130 D[3] D[2] GND-127 VDD-126 D[1] D[0] GND-123 MODE3 IRQ[1]_N IRQ[0]_N BSSEL[1] BSSEL[0] CLK GND-116 GND-115 VDD-114 VDD-113 WAIT_N DRAK[1]_N DRAK[0]_N DREQ[1]_N DREQ[0]_N WE1_N WE0_N RD_N RW (RD/WR-) BS_N CS6_N CS4_N CS0_N A[22] A[21] A[20] GND-96 GND-95 A[16] A[15] A[14] A[13] A[12] A[11] A[10] A[9] A[8] A[7] A[6] A[5] A[4] A[3] A[2] A[1] VDD-78 VDD-77

GND

A

GND

D[0:15]

152 151 150

D15

149

D14

148 147

D13

146

D12

145 144 143

D11

142

D10

141 140

D9

139

D8

138 137 136

D7

135

D6

134 133 132

D5

131

D4

130 129

D3

128

D2

127 126 125

D1

124

D0

123 122

33

121

33

TP472

120

33

119

TP471

118

TP473

117 116 115 114 113

33 R196

112

TP467 R181 33

111

TP470

110

TP469

109

33

108

TP468

33

107 106 105 104 103 102 101 100

99

A22

98

A21

97

A20

96 95 94

A16

93

A15

92

A14

91

A13

90

A12

89

A11

88

A10

87

A9

86

A8

85

A7

84

A6

83

A5

82

A4

81

A3

80

A2

79

A1

78 77

A[1:25]

GNDGNDGNDGND

C132

F0.1u/16

C131

F0.1u/16

C130

F0.1u/16

C129

F0.1u/16

3.3VGA1 3.3VGA1 3.3VGA1 3.3VGA1

R201

MD3 R200 R199

CKIO_GA1

WAIT-

DRAK[1]

DRAK[0] R198 R197

WE1WE0-

RD-

RD/WR-

BS-

CS6CS4CS0-

C128

F0.1u/16

3.3VGA1

GND

IRQ1-

R204 0

R205 0

IRQ0-

GND DREQ[1]DREQ[0]-

C133

F0.1u/16

3.3VGA1

GNDGND

7 6 5 24 3 1

8

GND

3.3VGA1

M1A9

M1A11

M1A10

123

TP370

TP372

TP374

220

219

MA[11]

MA[10]

VDD-221

VOBUSY_N

VONAR

NC

9

10

TP373

TP369

TP371

R510 1K

C

RES-

C121

C100p/50

R188 100

GND

3.3VGA1

C118

C116

F0.1u/16

M1A7

M1A6

M1A5

M1A4

M1A8

687

4 5

TP376

218

217

MA[9]

TCK

11

12

TP375

BR77

MA[8]

TDI

TP377

R511 1K

MNR04 33

216

215

GND-216

TRST

13

14

TP378

123

TP380TP379

214

VDD-215

TDO

15

TP382

MA[7]

RTCDT

TP381

GND

213

16

TP384

MA[6]

RTCCK

TP383

687

212

MA[5]

RTCCE

17

4 5

TP386

211

18

TP385

MA[4]

RTCIO

3.3VGA1

BR78

210

19

MNR04 33

209

VDD-209

GND-210

VDD-19

GND-20

20

C117

M1A2

M1A3

123

TP388

TP390

208

207

MA[3]

RTC245DIR

21

22

TP389

TP387

F0.1u/16

M1A0

M1A1

687

4 5

TP394

TP392

204

206

205

MA[2]

MA[1]

MA[0]

GND-204

RTC245OE_N

BZ

BT

MDMRES_N

23

24

25

TP391

TP393

TP395

BZ

MDMRES-

GND

C119

M1UB-

R182 33

TP398

202

203

VDD-203

MDMCS_N

26

27

TP396

TP397

M1LB-

M1WE-

R184 33

R183 33

TP402

TP400

200

201

MLB_N

MUB_N

MWE_N

MDMRD_N

MDMWR_N

MDMIRQ

28

29

TP399

TP401

MDMIRQ

M1OE-

R186 33

TP404

199

30

TP403

R185 4.7K

C120

C123

F0.1u/16

M1CE-

R187 33

TP405

MOE_N

TMS

3.3VGA1

198

31

197

MCE_N

GND-31

32

TP406

196

VDD-196

GND-197

MDMA[0]

MDMA[1]

33

TP407

195

RES_N

MDMA[2]

34

TP408

RAMOE-

RAMUB-

RAMWE-

RAMLB-

RAMCE-

F0.1u/16

CPURES-

MANRES-

R191

33

687

BR79

MNR04 62

123

4 5

R190 33TP410

R189 33

TP420

TP419

TP417

TP415

TP413

TP411

193

186

192

191

187

188

184

185

194

190

189

VDD-190

VDD-189

GND-192

GND-191

RAMLB_N

RAMUB_N

RAMCE_N

RAMOE_N

RAMWE_N

CPURES_N

MANRES_N

IC15

uPD65948GL-114-NMU-A

MDMA[3]

MDMA[4]

VDD-37

VDD-38

GND-3939GND-4040MDMD[0]41MDMD[1]42MDMD[2]43MDMD[3]44VDD-4545GND-4646MDMD[4]47MDMD[5]48MDMD[6]49MDMD[7]50VDD-5151GND-5252G1REQ_N53G1ACK_N54G2REQ_N55G2ACK_N56VDD-5757GND-5858G1D[0]59G1D[1]60G1D[2]61G1D[3]62G1D[4]63G1D[5]64G1D[6]65G1D[7]66G2D[0]67G2D[1]68G2D[2]69G2D[3]70G2D[4]71G2D[5]72G2D[6]73G2D[7]74GND-7575GND-76

35

36

37

38

TP409

TP414

TP416

TP412

TP418

GND

C122

F0.1u/16

3.3VGA1

D

1

TP826

GND

F0.1u/16

C115

M1A[0:15]

M1A15

M1A12

M1A13

M1A14

687

BR76

BR74

MNR04 33

123

4 5

TP364

TP366

TP360

TP362

228

227

222

226

225

224

223

VDD-229 VDD-230

VDD-235 GND-236

VDD-241 GND-242

GND-247 GND-248

VDD-253 GND-254

TRES_N

CDCLK

VDD-259 GND-260

VDD-265 VDD-266 GND-267 GND-268 CDCS_N CDRD_N

VDD-273 GND-274 CDREQC CDREQD

VDD-279 GND-280

GND-285 GND-286

VDD-291 GND-292

CDD[10] CDD[11]

VDD-297

GND-298 CDD[12] CDD[13] CDD[14] CDD[15]

VDD-303

VDD-304

CDRES_N

CDWR_N

CDUBE_N

CDACKC_N CDACKD_N

1

GND-228

GND-227

GND-1

GND-2

2

MA[15]

VORES_N

3

4

TP359

TP361

TP823

MA[14]

VOSD

1

5

TP363

MA[13]

VOSI

MA[12]

VOST_N

6

TP365

GND

GND-222

VOCH_N

7

TP367

221

8

TP368

GND

M1D[0:15]

229

BR73 MNR04 33

230

TP358 TP357 TP356 TP355

TP354 TP353 TP352 TP351

TP350 TP349 TP348 TP347

TP346 TP345 TP344 TP343

TP342

TP340 TP339

TP338 TP337 TP336 TP335

TP334 TP333 TP332 TP331

TP330 TP329 TP328 TP327

TP326 TP325 TP324 TP323

TP322 TP321 TP320 TP319

TP318 TP317 TP316 TP315

TP314 TP313 TP312 TP311

C114 +

FB10

MEM2012(NM)

MD[0]

231

MD[1]

232

MD[2]

233

MD[3]

234 235 236

MD[4]

237

MD[5]

238

MD[6]

239

MD[7]

240 241 242

MD[8]

243

MD[9]

244

MD[10]

245

MD[11]

246 247 248

MD[12]

249

MD[13]

250

MD[14]

251

MD[15]

252 253 254 255 256 257

CDIRQ

258 259 260

CDA[0]

261

CDA[1]

262

CDA[2]

263

CDA[3]

264 265 266 267 268 269 270 271 272 273 274 275 276 277 278 279 280

CDD[0]

281

CDD[1]

282

CDD[2]

283

CDD[3]

284 285 286

CDD[4]

287

CDD[5]

288

CDD[6]

289

CDD[7]

290 291 292

CDD[8]

293

CDD[9]

294 295 296 297 298 299 300 301 302 303 304

A33u/10

GND

C113

3.3VGA1 3.3VGA13.3VGA13.3VGA13.3VGA13.3VGA13.3VGA13.3VGA13.3VGA13.3VGA13.3VGA13.3VGA1

C112

C111

C110

C109

C108

C107

C106

C105

C104

C103

C102

6 5 24 3 1

8 7

M1D3

BR72 MNR04 33

1

8

M1D4

2

7

M1D5

3456

M1D6

F0.1u/16

M1D7

BR71 MNR04 33

1

8

M1D8

2

7

M1D9

3456

M1D10

F0.1u/16

M1D11

BR70 MNR04 33

1

8

M1D12

2

7

M1D13

3456

M1D14

F0.1u/16

M1D15

33

CD1RES-

TP341

R549

F0.1u/16

GND GND GND GND GND GND GND GND GND

F0.1u/16

GND GND GND

F0.1u/16

CD1CLK

CD1IRQ-

4 5

CD1A0

3

6

CD1A1

2

7

CD1A2

1

8

CD1A3

BR69 MNR04 33

CD1CSCD1RD-

R180 33

CD1WR-

R179 33

CD1UBE-

R178 33

CD1REQC0 CD1REQD0

CD1ACKC0-

R177 33

CD1ACKD0-

R176 33

4 5

CD1D0

3

6

CD1D1

2

7

CD1D2

1

8

CD1D3

BR68 MNR04 33

4 5

CD1D4

3

6

CD1D5

2

7

CD1D6

1

8

CD1D7

BR67 MNR04 33

4 5

CD1D8

3

6

CD1D9

2

7

CD1D10

1

8

CD1D11

BR66 MNR04 33

4 5

CD1D12

3

6

CD1D13

2

7

CD1D14

1

8

CD1D15

BR65 MNR04 33

CD1D[0:15]

CD1A[0:3]

3.3VGA1

TP310

R175 0

R173 0

R172 0

R174 0

+3.3V

1

8

M1D0

2

7

M1D1

3456

M1D2

F0.1u/16

FAX MAIN PWB(GA1) 5/10

D

C

B

A

AR-FX11 ELECTRICAL SECTION 9-6

B

1

M1D0

M1D1

M1D2

M1D3

M1D5

M1D7

M1D8

M1D4

M1D6

BR100

MNR04 33

BR101

687

123

4 5

123

10

16

I/O413I/O514I/O615I/O7

I/O829I/O9

A525A624A721A8

20

M1A2

M1A5

M1A4

M1A3

M1A8

M1A6

M1A7

R230 2K

74

73

117

116

120

PCO

MINTC

MINTIN

SCANEN

MINTEST

MNR04 33

M1A1

TP539

C152

+

+3.3V

687

4 5

TP540

TP543

TP544

11

33

28

NC22NC23NC

I/O07I/O18I/O29I/O3

VCC

A044A143A242A327A426CE

WE

LB39UB40OE

6

17

41

M1A0

M1UB-

M1OE-

M1CE-

M1WE-

M1LB-

TP542

C150

F0.01u/50

GND

C149

B2200p/50

R231 100

TP541

119

VCOI

1

TP831

GND

TP832

A33u/10

12

GND

C154

F0.1u/16

C153

F0.1u/16

34

VSS

IS61LV6416-10TL

GND GND

A

BR97

ID2

TP503

C

M1D15

M1D12

M1D14

M1D13

M1D11

M1D10

M1D9

BR99

MNR04 33

BR98

MNR04 33

M1D[0:15]

1

GND

R229 10K

TP526

48

DREQ049DREQ1

GND

TP527

TP528

63

DACK0-64DACK1-

TP529

TP530

57

DCMP0-58DCMP1-

TP531

52

M1A[0:15]

TP532

IOR-

GND

R217

10K

+3.3V

R216

10K

R215

10K

MNR04 10K

R214

10K

687

123

+3.3V

ID0

ID1

R213 10K

R219 10K

R228 10K

R223 33

R220 33

TP518

TP508

TP505

TP507

110

111

112

46

ID2

ID1

ID0

IHREQ

TP510

47

IHACK

TP512

56

IREADY

TP513

59

IMUE-

TP515

60

TP522

TP524

TP525

TP516

61

51

50

IMR-

IMW-

EXA062EXA1

IMLE-

53

IC18

IOW-

123

38

1

M1A14

M1A15

TP533

122

NC6767NC6868NC6969NC7070NC7171NC72

PLLOFF

687

M1A13

TP534

4 5

A133A142A15

M1A12

TP535C146

123

32

I/O1235I/O1336I/O1437I/O15

A124A115A1018A9

M1A10

M1A11

TP536

TP537

687

30

I/O1031I/O11

19

M1A9

TP538

72

D

1

TP833

GND

TP834

C134

A33u/10

+

+3.3V

F0.1u/16

C136

ID3

ID1

ID8

ID6

ID4

ID9

ID2

ID0

ID7

ID5

ID12

ID10

ID13

ID11

ID15

ID14

32

38

IC17

A133A142A15

1

IA15

IA13

IA14

ID[0:15]

IA[0:15]

IA15

IA14

IA13

TP474

TP475

TP476

IA1575IA1476IA1377IA1278IA1179IA10

I/O1235I/O1336I/O1437I/O15

A124A115A1018A9

IA12

TP477

IA11

TP478

IA10

TP479

82

16

30

I/O829I/O9

I/O1031I/O11

20

19

IA7

IA5

IA9

IA8

IA6

IA9

IA8

IA7

IA6

IA5

TP483

TP482

TP481

TP484

TP480

IA983IA884IA785IA686IA587IA488IA389IA2

10

I/O07I/O18I/O29I/O3

I/O413I/O514I/O615I/O7

A044A143A242A327A426CE

A525A624A721A8

IA0

IA3

IA1

IA4

IA2

+3.3V

IA4

IA3

IA2

IA1

IA0

TP489

TP485

TP487

TP486

TP488

90

94

IA193IA0

28

NC22NC23NC

WE

LB39UB40OE

6

17

41

BR94

MNR04 10K

687

123

4 5

ID14

ID13

ID12

ID15

TP492

TP493

TP490

TP491

ID1595ID1496ID1397ID1298ID1199ID10

ID11

TP494

C135

F0.1u/16

12

34

11

33

VSS

VCC

IS61LV6416-10TL

BR95

MNR04 10K

BR96

MNR04 10K

687

123

4 5

123

4 5

ID9

ID8

ID5

ID3

ID4

ID6

ID7

ID10

TP502

TP495

TP496

TP497

TP498

TP499

TP500

TP501

101

104

105

106

107

108

109

100

ID9

ID8

ID7

ID6

ID5

ID4

ID3

MN86065

IC16

A342A243A1

44

45

+3.3V

4 5 3

6

BR89

2

7

1

8

MNR04 (NM)

4 5 3

6

BR88

2

7

1

6 5 24 3 1

8

MNR04 (NM)

4 5 3

6

BR87

2

7

1

8

MNR04 (NM)

4 5 3

6

BR86

2

7

1

8

MNR04 (NM)

CD1A1

CD1A0

CD1A2

CD1A3

D1413D1314D1215D1116D1017D918D8

D1512A0

CD1D14

CD1D12

CD1D13

CD1D15

CD1D11

CD1D10

D720D621D522D423D326D227D128D0

19

CD1D8

CD1D6

CD1D9

CD1D7

CD1D4

CD1D5

7

8

CD1A[0:3]

FAX MAIN PWB(GA1-CODEC) 6/10

CD1D[0:15]

D

UBE-

7

29

31

CD1D2

CD1D1

CD1D0

CD1D3

CD1UBE-

R206 62

3

1

CD1RD-

CS-30WR-8HEX-2REQC032ACKC0-

INTR0

RESET-

RD-

INTR14INTR25REQC133REQD034REQD135ACKC1-39ACKD0-40ACKD1-

3

1

TP506

TP509

TP504

R208 1K

R211 1K

R550 33

R210 33

CD2REQC0

CD1CS-

CD1IRQ-

CD1RES-

CD2IRQ1

CD1REQC0

R209 62

6

IC35A

TC74LCX08FT

IC35B

TC74LCX08FT

2

4

5

CD2RD-

CD1WR-

CD2WR-

CLKOUT10CLKIN6TEST0

TEST1

TEST2

TEST3

VDD19VDD224VDD3

VDD454VDD565VDD680VDD791VDD8

VDD9

38

41

128

127

126

125

TP517

TP514

TP511

TP523

R225 R(NM)

GND

+3.3V

TP521

CD2ACKD0-

CD2ACKC0-

FB12

MEM2012(NM)

GND

R222 0

TP520

R224 R(NM)

R227 33

CD2REQD0

CD1CLK

TP519

GND

3

CD1REQD0

2

CD1ACKC0-

CD1ACKD0-

OUT

GND

X3

+3.3V

VDD

OE

4

1

SG-8002JC 16M PCC-L2

C137F0.1u/16

R226

R(NM)

FB11

MEM2012(NM)

0

GND

R221

+3.3V

VDD10

36

124

102

113

123

C147

F0.1u/16

C145

F0.1u/16

C144

F0.1u/16

C143

F0.1u/16

C142

F0.1u/16

C141

F0.1u/16

C140

F0.1u/16

C139

F0.1u/16

C138

F0.1u/16

C

VSS10

VSS9

114

VSS8

VSS792VSS681VSS566VSS4

103

VSS111VSS225VSS3

VREF5

AVDD

37

55

AVSS

115

118

121

F0.1u/16

C151

C148

A33u/10

+

+3.3V

TP827

B

GND

1

GND

TP828

1

TP829

GND

TP830

GND

11

F0.1u/16

GND

C228

+3.3V

12

8

IC35D

TC74LCX08FT

7 14

GND

9

13

GND

7 6 5 24 3 1

IC35C

TC74LCX08FT

10

GND

8

A

AR-FX11 ELECTRICAL SECTION 9-7

C181 A10u/16(NM)

C188 A10u/16(NM)

AFERES-

R267

47K

R266

47K

R265

47K

R264

47K

R263

47K

R544 33

77

81

79

GPIO076GPIO1

GPIO2

DPD00

DPD01

DPD026DPD037DPD04

DPD05

2

4

8

10

BR108

MNR04 100

687

123

4 5

123

D5D2D3

D4

D0

D1

B

TP870

GND

147

13 12

11 10

9 8

1

IC52F

TC74LCX14FT

GND

GNDGNDGND

IC31E

TC74LCX14FT

IC31D

TC74LCX14FT

R278

62

6

4

R316 62

11

IC38D

TC74LCX00FT

12

13

R539 47

IC52D

TC74LCX14FT

9 8

RD-

R275 47

GND

F0.1u/16

C195

3

147

+3.3V

1

2

F0.1u/16

C227

+3.3V

R272

R(NM)

GND

R271

47K

GND

C354

C100p/50

MDM_ABITCLK

R273

47K

MDM3.3V

IC31A

TC74LCX14FT

12

R270

R(NM)

GNDGND

R269

47K

R268

47K

GND

1

TP837

GPIO583GPIO482GPIO3

1

TP835

VSS

5

VSS

11

VSS

17

VSS

23

VSS

32

VSS

40

VSS

47

VSS

56

VSS

64

VSS

70

VSS

80

VSS

89

VSS

99

AVSS

35

IC31B

TC74LCX14FT

34

R274

33

1

GND

TP838

GND

1

GND

TP836

GND

A

Vhnd

R279

0

FB17

MEM2012(NM)

GND

R280

0

R281

R(NM)

+5V

MDM3.3V

GND

IC38B

TC74LCX00FT

5

R557 47

IC52C

TC74LCX14FT

5 6

R318 47

8

IC38C

TC74LCX00FT

9

10

C350

C(NM)

GND

R536 47

R537 R(NM)

R538 0

IC52B

TC74LCX14FT

3 4

TP845

GND

1

+3.3V

C349

F0.1u/16

GND

16

19

20

10

Q7

VCC

GND

MR

CP

D617D7

TC74LVX273FT

1

11

18

R407 33

GND

C357

C(NM)

7 6 5 24 3 1

R410 47

1 2

IC52A

TC74LCX14FT

IC38A

TC74LCX00FT

R531 47

R532 47

R533 47

R530 47

R534 47

R535 47

2

6

9

12

Q0

Q15Q2

Q3

Q4

Q515Q6

D03D1

D27D3

D413D5

IC50

4

8

14

+3.3V

GND

8

TX+1RX+2RX-3TX-

R245 20K

MDM3.3V

0

X4

C179

F0.1u/16

C178

R237

4

Vhnd

R248

SG-710ECKSCAV(24.576MHz)

R247

MDM3.3V

F0.1u/16

4.7K

GND

147

C

B4B-PH-K-S(NM)

GND

C188

A10u/16(NM)

+

GNDGND

IC21

5

R256

R(NM)

NJM2135M-TE1(NM)

8 7

6

1

4

3

2

C186

F1u/10(1608)

GND

+

C185

A10u/16(NM)

F0.1u/16

1

OE

OUT

3

GND

52 53

9 21 42 62 86 97

54 55

3 15 30 44 68 78 92

34

GND

FB14

MEM2012(NM)

4

VDD

GND

2

TP551

IC31F

TC74LCX14FT

C183

IC20

26

NDBGREQ

T3IRQ

1

F1u/10(1608)

GND

27

DBGMOD

VDD2 VDD2 VDD2 VDD2 VDD2 VDD2

VDD3 VDD3 VDD3 VDD3 VDD3 VDD3 VDD3

AVDD

GND

FB15

36

A10u/16(NM)

R250 15K

14

15

16

13

12

VA

VD

GND

LINEO

SPKRL

SPKRR1MBIAS2HDST3SDI4SDO5FSYNC6MCLK7SCLK

R540 0

C182 F0 .1u/16

R556 R(NM)

MDM3.3V

R255

MEM2012(NM)

GND

R252 4.7K

R249 4.7K

R253 47K

R251 4.7K

31

28

33

29

TDI

TCK

TDO

TMS

PLLON

REGOUT REGOUT

VDDREG VDDREG

NDPCS75NDPRD74NDPWR73NLB72NUB

71

R257 22K

Vhnd

C184

F10u/10(3216)(NM)

C190

10

11

9

MIC

LINEI

RESET

SI3000-FS(NM)

8

C189

F0.1u/16

GND

R541 R(NM)

IC52E

TC74LCX14FT

11 10

MDMCLK

MDM3.3V

FB16

MEM2012(NM)

GND

MMZ1005D680C

JP4

JP5

SD00415-52(NM)

1 2

TP553

TP552

46

43

38

45

37

51

39

CNT

LON

CXIN

CXOUT

INTEST48MODE049MODE1

CLKOUT

SCANNT

MINTEST

IC19

NRESET

DPA0693DPA0794DPA0895DPA09

DPA10

DPA11

41

91

96

98

100

BR102

MNR04 100

BR103

MNR04 100

687

123

4 5

123

4 5

A7

A4

A6

A11

A8

A10

A9

GND

C187

C100p/50

R254 100

C181

+

C180

R(NM)

33

TP547

R239 33

TP546

1312

R238 33

IC20 SI3000-KS(NM)

IC21 NJM2135M(NM)

R270 R(NM)

R260 47k

CN10 MD-S6100-90(NM)

HNDMUTE-

F0.1u/16

GND

MDM3.3V

MDM_ATXD

MDM_ARXD

MDM_ASPCLK

R262

47K

R261

47K

R260

47K

R259

47K

R258

47K

R542 33

58

EYECLK

DPA0185DPA00

84

123

EYEDAT

R543 33

59

65

60

66

63

69

61

67

ATXD

BTXD

ARXD

BRXD

ASPCLK

BSPCLK

ABITCLK

BBITCLK

DPD0612DPD0713DPD08

DPD0916DPD1018DPD1119DPD12

DPD13

DPD1424DPD15

14

20

22

25

BR106

MNR04 100

BR107

BR105

MNR04 100

687

123

4 5

123

4 5

D6

D9

D8

D7

D15

D13

D10

D12

D11A5D14

GND

50

57

MN195006E

DPA0388DPA02

DPA0490DPA05

87

BR104

MNR04 100

687

4 5

A3

A2

A1

D

5

CN10 MD-S6100-90(NM)

642 1

RHS-

R236

2.2K

R234

R(NM)

R235

0

+5V

F0.1u/16

C165

C158

A33u/10

C160

C162

+

MDM1.8VMDM3.3V

CN6

C176

B0.027u/10

F0.1u/16

C168

SI3OUT

MDM3.3V

R246

R240 0

R242 0

F0.1u/16

C167

C170

C174

C172

GND

3

6 5 24 3 1

C157

A33u/10

+

F0.1u/16

C164

C175

C166

C177

C169

C171

C159

C161

MDM3.3V

C299

R448

22

F0.1u/16

C317

R466

22

F0.1u/16

GNDGND GND

C316

R465

22

F0.1u/16

GND

C342

R523

22

F0.1u/16

C309

R458

22

F0.1u/16

GND

C155

A33u/10

+

TP545

GND

C156

F0.1u/16

FB13

MEM2012(NM)

8 7

GND

R232 0

R233 0

C173

MDM3.3V

C163

F0.1u/16

+3.3V

FAX MAIN PWB(MN195006E) 7/10

+3.3V

D

CS5-

WE1-

WE0-

MDMIRQ

MDMRES-

A[1:25]

C

D[0:15]

B

CKIO_GA1

A

AR-FX11 ELECTRICAL SECTION 9-8

B

F0.1u/16

GND

C211

GND

C215

F0.1u/16

TP630

TP635

TP627

SDRAM_D7

SDRAM_D6

SDRAM_D9

SDRAM_D8

MNR04 33

687

123

4 5

TP632

TP629

TP626

166

167

168

SDRAM_D[7]

SDRAM_D[8]

SDRAM_D[9]

SDRAM_D[10]

CDD[1]

TP655

TP646

TP649

45

123

MNR04 0

CD1D5

CD1D4

CD1D3

CD1D2

3.3VGA2

TP642

TP636

TP639

SDRAM_D5

SDRAM_D4

BR114

MNR04 33

687

4 5

TP634

TP638

163

164

165

SDRAM_D[5]

SDRAM_D[6]

TP656

TP658

TP661

123

687

BR92

MNR04 0

CD1D7

CD1D6

162

VDD-162

GND-163

TP664

45

CD1D8

F0.1u/16

TP645

TP648

SDRAM_D3

SDRAM_D2

BR115

123

TP647

TP641

TP644

160

161

SDRAM_D[3]

SDRAM_D[4]

TP677

TP671

TP674

687

BR91

MNR04 0

CD1D9

CD1D11

CD1D10

159

SDRAM_D[2]

123

C213

TP621

SDRAM_D10

SDRAM_D11

BR113

123

TP620

TP623

172

171

169

170

VDD-171

GND-172

SDRAM_D[11]

CDD[0]59CDD[2]61CDD[3]62CDD[4]63CDD[5]64CDD[6]65CDD[7]66CDD[8]67CDD[9]68CDD[10]69CDD[11]70CDD[12]71CDD[13]72CDD[14]73CDD[15]

58

60

TP640

TP643 TP624

45

687

BR93

CD1D1

CD1D0

CD1D[0:15]

B

GND

TP653

TP651

SDRAM_D0

SDRAM_D1

MNR04 33

687

4 5

TP652

TP650

157

158

SDRAM_D[0]

SDRAM_D[1]

TP679

TP678

45

687

BR90

CD1D13

CD1D12

SDRAM_CKE

SDRAM_CLK

TP735

TP736

BR116

123

TP662

TP659

155

156

SDRAM_CLK

SDRAM_CKE

74

TP680

TP681

123

MNR04 0

CD1D14

CD1D15

SDRAM_DQM1

TP741

TP654

MNR04 33

687

4 5

154

153

GND-154

GND-7575GND-76

76

SDRAM_DQM0

TP841

GND-153

TP840

1

GND

1

GND

VDD-152

152

VDD-151

151

SDRAM_DQM1

150

SDRAM_DQM0

149

SDRAM_WR_N

148

SDRAM_CAS_N

147

SDRAM_RAS_N

146

SDRAM_CS_N

145

SDRAM_BA[1]

144

GND-143

143

VDD-142

142

SDRAM_BA[0]

141

SDRAM_A[12]

140

SDRAM_A[11]

139

SDRAM_A[10]

138

SDRAM_A[9]

137

SDRAM_A[8]

136

SDRAM_A[7]

135

GND-134

134

GND-133

133

SDRAM_A[6]

132

SDRAM_A[5]

131

SDRAM_A[4]

130

SDRAM_A[3]

129

SDRAM_A[2]

128

SDRAM_A[1]

127

SDRAM_A[0]

126

GND-125

125

VDD-124

124

MD[15]

123

MD[14]

122

MD[13]

121

MD[12]

120

MD[11]

119

MD[10]

118

MD[9]

117

GND-116

116

GND-115

115

VDD-114

114

VDD-113

113

MD[8]

112

MD[7]

111

MD[6]

110

MD[5]

109

MD[4]

108

MD[3]

107

MD[2]

106

GND-105

105

VDD-104

104

MD[1]

103

MD[0]

102

MA[15]

101

MA[14]

100

MA[13]

99

MA[12]

98

MA[11]

97

GND-96

96

GND-95

95

MA[10]

94

MA[9]

93

MA[8]

92

MA[7]

91

MA[6]

90

MA[5]

89

MA[4]

88

GND-87

87

VDD-86

86

MA[3]

85

MA[2]

84

MA[1]

83

MA[0]

82

MWE_N

81

MOE_N

80

MCE_N

79

VDD-78

78

VDD-77

77

GND

TP665 TP667 TP669 TP672 TP675 TP733

TP731 TP730 TP729 TP728 TP727 TP726 TP725

TP724 TP723 TP722 TP721 TP720 TP719 TP718

TP717 TP716 TP715 TP714 TP713 TP712 TP711

TP710 TP709 TP708 TP707 TP706 TP705 TP704

TP703 TP702 TP701 TP700 TP699 TP698 TP697

TP696 TP695 TP694 TP693 TP692 TP691 TP690

TP689 TP688 TP687 TP686 TP685 TP684 TP683

A

SDRAM_A[0:12]

GND

3.3VGA23.3VGA2

C222

F0.1u/16

C223

TP749

4 5 3

6

MNR04 33

2

7

BR117

1

8

4 5 3

6

MNR04 33

2

7

BR129

1

8

4 5 3

6

MNR04 33

2

7

BR124

1

8

4 5 3

6

MNR04 33

2

7

BR128

1

8

4 5 3

6

MNR04 33

2

7

BR123

1

8

4 5 3

6

MNR04 33

2

7

BR122

1

8

4 5 3

6

MNR04 33

2

7

BR127

1

8

4 5 3

6

MNR04 33

2

7

BR121

1

8

MNR04 33

4 5

3.3VGA2 GND

3

6

2

7

BR126

1

8

4 5

MNR04 33

3

6

BR120

2

7

1

8

4 5 3

6

MNR04 33

2

7

BR119

1

8

4 5 3

6

MNR04 33

2

7

BR125

1

8

4 5 3

6

MNR04 33

2

7

BR118

1

8

33

R313

33

R312

33

R311

M2D9

M2D12

M2D15

M2D10

M2D14

M2D11

M2D13

BR131

MNR04 33

BR130

MNR04 33

687

123

4 5

M2A[0:15]

30

32

38

I/O1031I/O11

I/O1235I/O1336I/O1437I/O15

IC24

A124A115A1018A9

A133A142A15

1

19

M2A9

M2A11

M2A12

M2A10

M2A13

M2A14

M2A15

F0.1u/16

TP740

SDRAM_WR-

TP739

SDRAM_CAS-

TP738

SDRAM_RAS-

TP737

SDRAM_CS-

TP734 TP732

SDRAM_BA1

TP743

SDRAM_BA0

TP742

TP657

SDRAM_A12

TP660

SDRAM_A11

TP663

SDRAM_A10

TP666

SDRAM_A9

TP668

SDRAM_A8

TP670

SDRAM_A7

TP673

SDRAM_A6

TP676

SDRAM_A5

TP748

SDRAM_A4

TP747

SDRAM_A3

TP746

SDRAM_A2

TP745

SDRAM_A1

TP744

SDRAM_A0

M2D15 M2D14 M2D13 M2D12 M2D11 M2D10 M2D9 M2D8

M2D7 M2D6 M2D5 M2D4

M2D3 M2D2 M2D1

M2D0 M2A15 M2A14 M2A13 M2A12

M2A11 M2A10 M2A9 M2A8 M2A7 M2A6 M2A5 M2A4

M2A3 M2A2 M2A1 M2A0

M2WEM2OEM2CE-

M2D7

M2D8

M2D6

BR132

4 5

123

16

I/O829I/O9

20

M2A7

M2A6

M2A8

GND

C221

F0.1u/16

C220

F0.1u/16

3.3VGA2

C219

F0.1u/16

3.3VGA2

C218

F0.1u/16

GND GND GND GND GND

3.3VGA2 3.3VGA2 3.3VGA2

C217

M2D[0:15]

F0.1u/16

M2D3

M2D2

M2D5

M2D4

M2D1

M2D0

C224

A33u/10

+

GND

+3.3V

BR133

MNR04 33

687

4 5

A525A624A721A8

M2A4

M2A5

F0.1u/16

C226

687

123

4 5

TP751

TP750

TP752

28

10

NC22NC23NC

I/O07I/O18I/O29I/O3

I/O413I/O514I/O615I/O7

A044A143A242A327A426CE

WE

LB39UB40OE

6

17

41

M2A2

M2A0

M2A1

M2A3

M2WE-

M2OE-

M2CE-

7 6 5 24 3 1

F0.1u/16

C225

12

34

11

33

VSS

VCC

IS61LV6416-10TL

GND

8

A

3.3VGA2

209

VDD-209

GND-210

20

C203

F0.1u/16

FAXCS0P-

FAXACK0P-

FAXREQ0P-

R306 33

R504 0

R308 33

TP581

TP606

TP604

TP602

208

207

206

FAXCS0P_N

FAXACK0P_N

FAXREQ0P_N

G1D[4]

G1D[3]

G1D[2]

21

22

23

G1D4

G1D2

G1D3

G1D1

GND

F0.1u/16

C

GDATA[0:15]

GND

3.3VGA2

F0.1u/16

C214

GDATA14

GDATA13

GDATA15

BR146

MNR04 33

687

123

TP853

TP852

TP851

200

201

202

205

204

203

VDD-203

GND-204

SCLINE_N

GDATA[14]

GDATA[15]

G1D[1]24G1D[0]25G2ACK_N26G2REQ_N27G1ACK_N

28

29

G1D0

R297 33

R298 33

G2ACK-

G1ACK-

G2REQ-

C

GND

C216

GDATA12

4 5

TP854

199

198

GDATA[12]

GDATA[13]

G1REQ_N

TMS30TRES_N31RAMTEST_N32CDCLK

TP583

TP584

R299 4.7K

G1REQ-

3.3VGA2

GND

3.3VGA2

F0.1u/16

C208

F0.1u/16

GDATA9

GDATA7

GDATA10

GDATA11

GDATA8

BR147

MNR04 33

687

123

4 5

123

TP857

TP858

TP856

TP855

TP859

195

196

192

191

197

190

189

188

193

194

VDD-197

VDD-190

VDD-189

GND-198

GND-192

GND-191

GDATA[7]

GDATA[8]

GDATA[9]

GDATA[10]

GDATA[11]

IC22

uPD65954GL-084-NMU-A

CDRES_N

CDIRQ035CDIRQ136VDD-3737VDD-3838GND-39

GND-40

CDUBE_N

33

34

39

40

41

TP589

TP591

TP593

TP594

TP599

TP587

CD2IRQ1

3.3VGA2

C207

F0.1u/16

SDRAM_D[0:15]

GND

3.3VGA2

C206

F0.1u/16

GDATA2

GDATA1

GDATA3

GDATA6

GDATA0

GDATA5

GDATA4

BR149

MNR04 33

BR148

MNR04 33

687

123

4 5

TP865

TP866

TP864

TP863

TP861

TP862

TP860

184

178

183

177

179

180

181

182

185

186

187

VDD-183

GND-184

GND-178

GDATA[0]

GDATA[1]

GDATA[2]

GDATA[3]

GDATA[4]

GDATA[5]

GDATA[6]

CDCS_N

CDRD_N

CDWR_N

CDA[0]45CDA[1]46CDA[2]47CDA[3]48CDREQC049CDREQC150CDACKC0_N51CDACKC1_N52CDREQD053CDREQD154CDACKD0_N55CDACKD1_N56VDD-5757GND-58

42

43

44

TP619

TP617

TP622

R304 33

TP603

GND

TP625

TP607

TP610

TP613

TP565

R305 33

R501 33

TP605

CD2RD-

CD2WR-

CD2REQC0

CD2ACKC0-

GND

3.3VGA2 C212

F0.1u/16

TP601

3.3VGA2

TP615

TP612

TP609

SDRAM_D14

SDRAM_D15

SDRAM_D13

BR112

MNR04 33

123

TP611

TP614

TP608

175

176

VDD-177

SDRAM_D[14]

SDRAM_D[15]

TP628

TP631

TP633

R503 33

CD2REQD0

3.3VGA2

TP616

SDRAM_D12

687

4 5

TP618

173

174

SDRAM_D[12]

SDRAM_D[13]

TP637

CD2ACKD0-

D

FB20

MEM2012(NM)

GND

R300 0

3.3VGA2

RES-

R296 100

R283 0

R286 0

6 5 24 3 1

8 7

R302

FB19

MEM2012(NM)

GND

R295 0

GNDGND

C196

F0.1u/16

GND

A[1:25]

R505 0

R506 R(NM)

R507 R(NM)

C205

C100p/50

GND

GNDGND GND GND

3.3VGA23.3VGA23.3VGA2

C201

F0.1u/16

CS2BSRDWE0-

GND

WE1-

WAIT-

33

IRQ2-

33

CKIO_GA2

GND

3.3VGA2

C200

F0.1u/16

C199

F0.1u/16

3.3VGA2

C198

F0.1u/16

C197

F0.1u/16

D[0:15]

R284 0

R287 0

R288 0

FAX MAIN PWB(GA2) 8/10

GND

3

2

OUT

GND

X5

VDD

OE

C209

F0.1u/16

4

1

SG-8002JC 40.6188M PCC-L2

R(NM)

1

TP842

GND

229 230 231

TP598

232

TP597

233

TP596

A[1]

234

A1

A[2]

235

A2

A[3]

236

A3

A[4]

237

A4

A[5]

238

A5

A[6]

239

A6

A[7]

240

A7

A[8]

241

A8

A[9]

242

A9

A[10]

243

A10

A[11]

244

A11

245

A12

246

A13

247 248 249

A14

250

A15

251

A16

252

A17

253

A18

254

A19

255

A20

256

A21

257

A22

258

A23

259

A24

260

A25

CS5_N

261

BS_N

262

RD_N

263

WE0_N

264 265 266 267 268

WE1_N

269

WAIT_N

270

TP564

R290

271

TP194

R551

R292 4.7K R291 4.7K

TP558

R289 0

RES_N

272 273

TP562

274

TP561

275

TP573

TEB_N

276

TP571

TIN

277

TP570

278 279 280

D[0]

281

D0

D[1]

282

D1

D[2]

283

D2

D[3]

284

D3

285 286

D[4]

287

D4

D[5]

288

D5

D[6]

289

D6

D[7]

290

D7

291 292

D[8]

293

D8

D[9]

294

D9

D[10]

295

D10

D[11]

296

D11

297 298

D[12]

299

D12

D[13]

300

D13

D[14]

301

D14

D[15]

302

D15

303 304

1

TP839

3.3VGA2

C202

A33u/10

+

FB18

MEM2012(NM)

GND

+3.3V

VDD-229 VDD-230

PLL_SEL[0] PLL_SEL[1] PLL_SEL[2]

GND-247 GND-248

VDD-265 VDD-266 GND-267 GND-268

IRQ[2]_N

BSSEL[0] BSSEL[1]

TMOD1_N

CLK_SYS VDD-279 GND-280

GND-285 GND-286

VDD-291 GND-292

VDD-297 GND-298

VDD-303 VDD-304

GND

228

227

226

GND-228

GND-227

A[12]/PLL_TCK0 A[13]/PLL_TCK1

A[14]/PLL_TSMI

A[15]PLL_TSEL0

A[16]/PLL_TSEL1 A[17]/PLL_TSEL2 A[18]/PLL_TSEL3

A[19]/PLL_TFSEL0

A[20]/PLL_TFSEL1 A[21]/TOUT1 A[22]/TOUT2 A[23]/TOUT3 A[24]/TOUT4 A[25]/TOUT5

GND-1

GND-2

1

2

3

BR109

MNR04 33

123

G2D7

G2D[0:7]

GND

TP566

225

224

GND-225

PLL_RCLK

PLL_TMD[2]

G2D[7]

G2D[6]

G2D[5]

4

5

687

G2D5

G2D6

GND

TP567

TP568

223

222

PLL_TMD[1]

PLL_TMD[0]

G2D[4]

G2D[3]

6

7

123

4 5

G2D4

G2D3

GND

C210

GND

TP569

221

220

PLL_TOUT

G2D[2]

8

9

678

G2D1

G2D2

GND-220

G2D[1]

219

10

TP572

3.3VGA2

F0.1u/16

TP575

218

VDD-219

NC

11

TP574

R508 1K

HSYNC-

FAXPRD-

READY-

R303 33

TP582

TP600

217

216

READY_N

FAXPRD_N

TCK

TDI12TRST13TDO

TP576

TP578

R509 1K

PRLINE-

R294 33

TP579

TP577

215

214

HSYNC_N

PRLINE_N

14

15

4 5

G2D0

TP580

FAXACK1P-

FAXCS1P-

FAXPAGE-

R513 33

TP560

TP559

TP563

211

212

213

FAXCS1P_N

FAXPAGE_N

FAXACK1P_N

G2D[0]

G1D[7]

G1D[6]

16

17

BR110

MNR04 33

G1D7

G1D6

G1D5

G1D[0:7]

GND

3.3VGA2

GND

C204

FAXREQ1P-

210

FAXREQ1P_N

G1D[5]18VDD-1919GND-20

D

AR-FX11 ELECTRICAL SECTION 9-9

D

C

B

A

TP843

1

GND1TP844

GND

C233

A33u /1 0

+

+3 .3V

C2 40

F0.1u/16

C2 39

F0.1u/16

C2 38

F0.1u/16

SD RAM _ D5

SD RAM _ D0

SD RAM _ D4

SD RAM _ D3SDRAM _A 3

SD RAM _ D2

SD RAM _ D1

SDRAM _ D[ 0:15 ]

BR 139

BR 138

MN R04 33

687

45

123

45

10

8

7

5

4

2

I/O5

I/O4

I/O3

I/O2

I/O1

I/O0

IC 25

23

A5

A4

A3

A2

A1

A0

30

29

26

25

24

S DRAM _D1 0

SD RAM _ D6

SD RAM _ D7

SD RAM _ D9

SD RAM _ D8

MN R04 33

BR 140

MN R04 33

687

123

45

44

13

11

I/O842I/O9

I/O7

I/O6

A732A833A934A1022A1135A12

A6

31

S DRAM _D1 1

S DRAM _D1 5

S DRAM _D1 4

S DRAM _D1 3

S DRAM _D1 2

BR 141

MN R04 33

687

123

45

123

53

I/O1045I/O1147I/O1248I/O1350I/O1451I/O15

BA020BA1

21

36

1

VCC3VCC9VCC14VCC

VCC

WE

16

C2 37

F0.1u/16

C2 36

F0.1u/16

C2 35

F0.1u/16

C2 34

F0.1u/16

27

VCC43VCC

DQMU39CLK38CKE

RAS18CAS

DQML

17CS19

15

49

37

41

6

GND12GND28GND46GND52GND

GND

NC

40

GN D

54

W 9812G 6BH - 75

TP760

SDRAM _A1 0

SDRAM _A 2

SDRAM _A 4

SDRAM _A 0

SDRAM _A 1

SDRAM _A 6

6 5 24 3 1

SDRAM _A 5

SD RA M_ A[0: 12]

8 7

SDRAM _A1 2

SDRAM _A 9

SDRAM _A1 1

SDRAM _A 8

SDRAM _A 7

SDRAM _B A1

SDRAM _B A0

SDRAM _RAS-

SDRAM _CS-

SDRAM _CAS-

SDR A M_W R -

SDRAM _CKE

SDRAM _DQ M 0

SDRAM _CL K

SDRAM _DQ M 1

7 6 5 24 3 1

8

FAX MAIN PWB(GA2-CPDEC) 9/10

D

C

B

AR-FX11 ELECTRICAL SECTION 9-10

A

B

CN9

DG1DG2+3.3V3+5VS4+24V5ARXD6RGDT-7nAFERES-8ABITCLK9AOUT10Not used11CID-12SON13HS2-14LIUID15+5V16AG17Not used18AG19DG20MCLOCK21EXHS-22CION23ATXD24ASPCLK-25LIUID226MRON27Not used28Not used29Not used-

R373 100

R378 33

R374 33

R384 33

R383 33

R375 100

R381 0

R382 0

R376 100

R379 0

+24V

+5VS +5V

+3.3V

R37110K

R37010K

R36910K

R368R(NM)

R37210K

R36410K

R36510K

R36675K

R36210K

S

HS2-

RGDT-

SPOUT

SI3OUT

AFERES-

MDM_ARXD

R363

10K

MDM_ABITCLK

R367 100

KA

A

K

D13 DA204KT146

12

GND

1DG2

RHS

CN8

RHS-

R361

1K

+5V VRE F

34

IC30B TC74L CX14FT

IC30A TC74L CX14FT

GND

R552 33

R553 33

B2B-PH-K-S(NM)

CI

RHS

C258

A47u/16

+

GND

ZD4

UDZ TE -17 2.0B

B

R386 0

LIUID

R388 0

R391 33

R390 0

R392 0

CION

MDMCLK

1110

TP795

98

56

IC30C TC74LCX14FT

TP794

R554 33

EXHS-

HNDMUTE-

R393 100

R396 33

R395 100

CID2 -

MDM_ATXD

MDM_ASPCLK

IC30E

TC74LCX14FT

C193

+3.3V

IC30D TC74LCX14FT

R397 0

R399 0

EC

CML

F0.1u/16

147

30

R400 33

R401 0

GND

1312

R555 33

HS1

TX25-30P-6ST-H1E

150VON-

IC30F TC7 4LCX14FT

A

GND

C355

C(NM)

GND

C266

F0.1u/16

+

C262

A47u/16

F0.1u/16

C265

+

C261

A47u/16

F0.1u/16

C264

+

GND

C260

A33u/10

BR145

MNR04 2. 7K

1

8

2

7

3

6

45

GND

R516

2.7K

GNDGND

C353

C(NM)

C352

C(NM)

C267

C(NM)

GND

C269

B1000p/50

GND GNDGND

C268

B1000p/50

C270

B1000p/50

GND

7 6 5 24 3 1

8

A

GND

GND GND

MUTE

22K

Q11

DTC363EKA T146

GNDGND

GND

E

C

B

SPMUTE

VSEL

C

E

GND

+3.3V

+5VS

TP791

TP792

TP793

C257

C(NM)

C256

C(NM)

C255

C(NM)

GND

R359

10K

R358

10K

R357

10K

C

E

Q12

DTC363EKA T146

B

C

E

C

Q14

DTC363EKA T146

B

VOL[C ]

GND

E

+5V VSEL

Q13

DTC363EKA T146

B

GND

VOL[B]

VOL[A]

+5VS

R360

0

C

D

CN7

11223

B3B-PH-K-S( LF)

R338

TP767

GND

C248

A10u/16V(NP) (NM)

R339 680K

6

R343

R342

R(NM)

C247

F0.1u/16

1M

IC27

1M

F0.1u/16

C246

IC26

VREF

GNDGND

B4700p/50

3

TP775

SP+

SP-

R350 0

TP788

5

IC28

NJM2113M-TE1

8 7 1

4

3

2

TP780

3.3K

TP787

TP773 0TP769

TP772

TP771

R341 3.3k

TP770

3

X

C252

VSEL

16

VDD

X013X114X215X312X41X55X62X74INH6A11B10C

TP785

TP783

TP784

TP779

TP774

TP782

R348 18K

R352 100K

R344 5.1K

R351 62K

R346 10K

R349 33K

R355 200K TP786

C251

VSEL

TP768

TP778

3

16

X13Y

VDD

X012X114X215X311Y01Y15Y22Y34INH6A10B

TP781

R347 56K

R340 56K

R354

10K

TP777

VSEL

R353

10K

R345 1K

Q9

DTC363EKA T146

TP776

F0.1u/16

C249

C250

B2200p/50

GND

SPOUT

F0.1u/16

7

TP789

C

B

C254 +

C253 +

TP850

VEE7VSS

TP849

VOLCNT [A]

A4.7u/50

+5V

8

9

VSS8VEE

9

Q10

1

GND

TC4051BF

1

GND

TC4052BF

GND

TP790

E

C

DTC363EKA T146

B

VOLCNT [B]

R356

SP OUT

C242

A4.7u/50

+

+5V

TP766

C244

B1000p/50

TP765

100K

R337

+5V

R336

VREF

R335

VREF

6 5 24 3 1

8 7

VREF

FAX MAIN PWB(TEL / LIU IF) 10/10

R330 56K

R333 56K

TP764

R332 3.3K

TP763

F0.1u/16

C243

R334

1.6K

TP762

C245

R331 20K

BZ

D

AR-FX11 ELECTRICAL SECTION 9-11

D

C

B

A

MDMCLK

R288

DAA3.3VDAA3.3V

(NM) 10k (1005)

1

3

5

4 2

IC12

(NM) TC7S14

R299

4.7k 1/16W(1005)

DAA3.3V

C94

DAA3.3V

B1000p/50V (1005)

RGDT-

R183

DAA3.3V

R255 0 1/16W(1608)

DAA3.3V

Secondary side

Primary side

R179

R181

R180

(U) 5.36KF 1/4W (3225)

R182

(E) 1.78KF 2W

6 5 24 3 1

EC

Q117

2SD1733 (SC-63)

EC

Q118

2SC4548 (SC-62)

EC

B

100KF

R184

B

8 7

LIU PWB 1/2

D

MDM_ABITCLK

MDM_ASPCLK

DAAGND

R279 0 1/16W(1005)

L29 MMZ1608D500C (1608)

L30 MMZ1608D500C (1608)

R281 0 1/16W(1608)

R278

0 1/16W(1005)

1234567

VD

SCLK

MCLK

FSYNC

RGDT/FSD

OFHK

IC3

0 1/16W(1608)

C68

R187

10p/50V (1608)

C46

R188

1234567

QE2

DCT

FILT2

IC4

B0.22u/16V (2125)

C42

B1u/16V

C43

C45

B0.1u/50V

Q113

(NM) 2SD1266A (TO-220)

B

150

R185

Q119

2SA1759 (SC-62)

AFERES-

MDM_ARXD

MDM_ATXD

R280 0 1/16W(1005)

R282 0 1/16W(1608)

89

SDI

SDO

RESETAOUT

FC/RGDT

M1

C1A

GNDVAM0

10111213141516

10 1/10W

150p/AC250V (7.5mm)

(NM) 150p/AC250V (5750)

10 1/10W

C1B

IGND

RNG1

RNG2

REF

REXT2

REXTRXFILT

11121314151610

R186

2.2K 1/10W

B

E C

Si3021-FS

89

QB

VREG2

HS1-

C114 (NM)(1608)

C113 (NM)(1608)

C112 (NM)(1608)

C111 (NM)(1608)

C110 (NM)(1005)

DAAGND

R264

C47

B0.1u/16V (1608)

C115

B0.1u/16V (1608)

AOUT

DAAGND

B0.22u/16V (2125)

C49

RLZ5.6B

ZD17

A K

DAN217

D6

A

K

AK

DAN217

D7

QEVREG

K

RLZ5.6B

Si3015-FS

R195

78.7F R190

402F R191

B1800p/50V (1608)

C50

RD43FM

ZD18

A K

R192

R193

R194

(E) 1.78KF 2W

R177

R189

120K

C48

B0.01u/50V

R198

0 1/16W(1608)

10K (1608)

DAAGND

AK

A

ZD19

A K

B0.1u/16V (1608)

C51

B0.1u/16V (1608)

C52

9.31KF

B0.68u/16V C53

215F R196

(U) 5.36KF 1/4W (3225)

1 3

+3.3V DAA3.3V

DAAGND

DG

B

Q120

2SC4548 (SC-62)

FB2

(NM) MEM2012

2

C64 150p/AC250V (7.5mm)

B0.022u/250V (2125)

C59

(NM) B0.022u/250V (3216)

C98

E C

DAAGND

(NM) 150p/AC250V (5750)

C109 (NM) 150p/AC250V (7.5mm)

C96

C55

(NM) B470p/250V (3216)

R199

C87

(NM) B0.027u/50V

C86

(NM) B0.027u/50V

33p/50V

C66

R203

680 1/10W

L11

NLV32T-R47J

L31

H1

F2

L24

DAAGND

B470p/250V (1608)

56K 1/10W

L15

0 1/4W

L13

BLM31A601S

(U) 0 1/4W (E) LHL10TB151K

(5/10/12.5mm)

L32 B-01A

L22

(NM) EL0607RA-331J

0 1/4W

SBT-0260

12345

MJ1

B3300p/50V (1608)

C56

(NM) B0.01u/250V

C69

VA4

SA7

12

D8

S1ZB60

3 4

R200 10M

10M

R201

(NM) LHL13TB103J

L16

C104

C61

C57

(NM) 1000p/AC250V (7.5mm)

1000p/AC250V (7.5mm)

C58

C62

L21

ST-110AV

DSS-401M

SA4

L25

SBT-0260

6

MJ-64J-RD315

+5VS

B3300p/50V (1608)

C60

(NM) DSSA-P3100SB

C63

(U) DSS-401M (E) DSS-301L

R202

56K 1/10W

(NM) B0.01u/250V

C65

(NM) 1000p/AC250V (5750)

C105

L14

L12

BLM31A601S

(U) 0 1/4W (E) LHL10TB151K

L23

(NM) EL0607RA-331J

DSS-401M

SA5

(U) DSS-401M (E) DSS-301L

SA6

C

IC9

C97

(NM) B470p/250V (3216)

B470p/250V (1608)

33p/50V

C67

R204

680 1/10W

1000p/AC250V (7.5mm)

B

0 1/16W(1608)

R262

4

53

1

2

C92

(E) F0.1u/16V (1005)

(NM) 1000p/AC250V (5750)

R252

(U) EL0607RA-331J (E) 10 1/4W

C91

(E) A0.47u/50V(N.P.)

R251

C90

(E) A0.47u/50V(N.P.)

(U) EL0607RA-331J (E) 10 1/4W

HS2-

or

NC7ST08M5XorEquivalent

(E) NC7SZ08MSX

R263

C

Q133

B

(E) DTC114EKA

AG

456

7

IC6

(E) THS-56F

1

23

L6

(E) LHL08TB102J

L28 BLM31A601S

L27 BLM31A601S

0 1/16W(1608)

E

AK

ZD24

AG

R206

(U) HZS2C1

43

21

(U) 30 1/4W

C95

(U) B1000p/50V (1005)

PC11

(U) TLP620

(U) HZS2C1

ZD25

A K

1

23

S4A

CID2-

0 1/16W(1608)

R209

AG

+5VS

43

12

ZD27

AK

ZD12

MTZJ30B

ZD26

D2

R168

39K 1W

C25

0.22u 250V

(10mm/15mm pitch)

6

84

(NM) OUAZ-SH-105D

R205

L9

SBT-0260

1000p/AC250V (7.5mm)

C106

1000p/AC250V (7.5mm)

C107

A

CID-

0 1/16W(1608)

R266

C

E

Q130

B

DTC114EKA

+

PC6

TLP621

(NM) MTZJ30B

A K AK

(NM) MTZJ30B

1SS355

A K

11

913

S3A

RSB-5

(U) 91 1/4W (E) 0 1/4W

(5mm/10mm pitch)

L26

(NM) ST-101

TT1L1T2

12345

MJ2

(U): For North America

(E): For Europe and Australia

A0.33u/50V

C73

B1000p/50V (1005)

C72

10K (1608)

AG

R253

S3B

RSB-5

JP5

(NM) 0 1/4W

L10

SBT-0260

6

MJ-62J-RD315

R without specified W is 1/15W. 1/4W or above without specified size is DIP.

7 6 5 24 3 1

8

AR-FX11 ELECTRICAL SECTION 9-12

D

C

B

A

+5VS

116

1SS355

S3C

D5

AK

54

RSB-5

+-

S4B

(NM) OUAZ-SH-105D

+-

C

E

Q116

DTD113ZK

AG

B

0 1/4W (JP)

DG

R178

(NM) 0 1/4W

L33 (NM) BLM31A601S

L34 B-01A

DG

+24V

(NM) A47u/35V

R208

(NM) 0 1/16W(1005)

MDM_ASPCLK

MDM_ATXD

6 5 24 3 1

HS1-

CID2-

MDMCLK

HS2-

CID-

AOUT

AFERES-

MDM_ABITCLK

RGDT-

+C31

MDM_ARXD

AG

TP3

+5VS

0 1/4W (JP)

C35

F0.1u/16V (1005)

A47u/25V

C39

+

AG

+5V

C40

F0.1u/16V (1005)

AG

(NM) A47u/25V

C37

+

DG

F0.1u/16V (1005)

+3.3V

TP4

0 1/4W (JP)

+

C41

A47u/25V

C38

TP7

H2

AG

DG

ARXD

RGDT-

+24V

+5VS

+3.3V

1234567891011121314151617181920212223242526272829

DG

7 6 5 24 3 1

TX24-30R-12ST-H1

CN1

30

150VON

HS1

ECON

MRON

LIUID2

ASPCLK-

ATXD

CION

EXHKD-

MCLOCK

AG

DG

FNETD

+5V

LIUID

HS2

SON

CID

AOUT

ABITCLK

DPMUTE

nAFERES-

8 7

8

LIU PWB 2/2

D

C

B

AR-FX11 ELECTRICAL SECTION 9-13

A

LEAD-FREE SOLDER

The PWB’s of this model employs lead-free solder. The “LF” marks indicated on the PWB’s and the Service Manual mean “Lead-Free” solder. The alphabet following the LF mark shows the kind of lead-free solder.

Example:

Solder composition

Sn-Ag-Cu

Sn-Ag-Bi Sn-Ag-Bi-Cu

Sn-Zn-Bi

Sn-In-Ag-Bi

Sn-Cu-Ni

Sn-Ag-Sb

Bi-Sn-Ag-P Bi-Sn-Ag

5mm

Lead-Free

Solder composition code (Refer to the table at the right.)

a

(1) NOTE FOR THE USE OF LEAD-FREE SOLDER THREAD

When repairing a lead-free solder PWB, use lead-free solder thread. Never use conventional lead solder thread, which may cause a breakdown or an accident. Since the melting point of lead-free solder thread is about 40°C higher than that of conventional lead solder thread, the use of the exclusive-use soldering iron is recommendable.

Solder composition code

a

b

z

i

n

s

p

(2) NOTE FOR SOLDERING WORK

Since the melting point of lead-free solder is about 220°C, which is about 40°C higher than that of conventional lead solder, and its soldering capacity is inferior to conventional one, it is apt to keep the soldering iron in contact with the PWB for longer time. This may cause land separation or may exceed the heat-resistive temperature of components. Use enough care to separate the soldering iron from the PWB when completion of soldering is confirmed. Since lead-free solder includes a greater quantity of tin, the iron tip may corrode easily. Turn ON/OFF the soldering iron power frequently. If different-kind solder remains on the soldering iron tip, it is melted together with lead-free solder. To avoid this, clean the soldering iron tip after completion of soldering work. If the soldering iron tip is discolored black during soldering work, clean and file the tip with steel wool or a fine filer.

q

PARTS GUIDE

CODE:00ZARFX11/P1E

DIGITAL COPIER OPTION FAX EXPANSION KIT

1

Packing material & Accessories

2

FAX main PWB unit

3

TEL/LIU PWB unit

Index

■

MODEL

CONTENTS

AR-FX11

SHARP CORPORATION

This document has been published to be used for after sales service only. The contents are subject to change without ontice.

DEFINITION

The definition of each Rank is as follows and also noted in the list

Rank A : Maintenance parts, and consumable parts which are not included in but closely related to maintenance parts Rank B : Performance/function parts (sensors, clutches, and other electrical parts), consumable parts Rank E : Unit parts including PWB Rank D : Preparation parts (External fitting, packing, parts packed together) Rank C : Parts other than the above (excluding sub components of PWB)

Because parts marked with "!" is indispensable for the machine safety maintenance and operation, it must be replaced with the parts specific to the product specification.

F Other than this Parts Guide, please refer to documents Service Manual(including Circuit Diagram)of this model. F Please use the 13 digit code described in the right hand corner of front cover of the document, when you place an order. F For U.S. only-Use order codes provided in advertising literature. Do not order from parts department.

* These parts are supplied by SMF.

Packing material & Accessories

1

PRICE

NEW

NO. PARTS CODE

TCADZ0364QSZZ AN N D FAX inst. manual [U.S.A,Canada]

1

TCADZ0404TSZZ TINSE1363QSZZ BN N D Operation manual (FAX)[U.S.A,Canada] TINSE1400TSZZ TINSX1401TSZZ

2

TINSF1402TSZZ TINSI1403TSZZ TINSS1404TSZZ

3 SSAKA2345QCZZ AC D Vinyl bag(260×360mm) [Except Australia,New Zealand] 5 SPAK-547ECCZZ AB D Vinyl bag(280mm) 6 DUNT-0533QS11 BB N E FAX key unit 7 CPLTP0378QS02 AR N C FAX sub panel 8 JBTN-0089QSZZ AP N C Shortening key

9 CPNLH0040QS02 AT N C FAX key panel 10 MLEVP0109QSZZ AN N C FAX panel lever 11 CPWBF0178QS31 AY N E FAX key PWB 12 XEBSD30P08000 AA C Screw(3×8) 16 XHBSE30P08000 AA C Screw(3×8) 17 RSP-Z0001QSPZ AG N B Speaker 18 LX-HZ0002QSZZ AC C Screw 19 LPLTM0383QSZZ AY N C FAX fixing plate

CPWBX0171QS32 CQ N E FAX main PWB unit [U.S.A,Canada]

20

CPWBX0171QS33 CQ N E FAX main PWB unit [Australia,New Zealand] CPWBX0171QS34 CQ N E FAX main PWB unit [Other Countries]

21 XBPS730P08KS0 AB N C Screw(3×8KS)

CPWBN0173QS31 BQ N E TEL/LIU PWB unit [U.S.A,Canada]

22

CPWBN0173QS32 BS N E TEL/LIU PWB unit [Except U.S.A,Canada] VHI29L32007QS BC N B FAX FLASH ROM [U.S.A,Canada]

23

VHI29L32008QS BC N B FAX FLASH ROM [Australia,New Zealand] VHI29L32009QS BC N B FAX FLASH ROM [Other Countries] TLABF0588QSZZ AC N D Circuit authorization label [U.S.A,Canada]

24

TLABG0613QSZZ AE N D Circuit authorization label [Australia,New Zealand]

25 SSAKA0006UCZZ AA D Vinyl bag(50×60mm)

QCNWG0013QSZZ AF N C Line cable [U.S.A,Canada] QCNW-7252HSZZ AR N C Line cable [Germany]

26

QCNW-7253HSZZ AT N C Line cable [France] QCNW-7254HSZZ AP N C Line cable [Other Countries] RADPA0002TSZZ RADPA0003TSZZ

27

RADPA0007TSZZ QPLGZ0001TSZZ

28 SPAKP2374ACZZ AD D Vinyl bag(250× 360mm) 29 LSUPP0001QSZZ AC C LIU spacer

101 TLABH0604QSZZ AD N D Line label [Except U.S.A,Canada] 102 TLABH0605QSZZ AD N D TEL label [Except U.S.A,Canada] 103 SSAKA2440QCZZ AB D Vinyl bag(280×410mm) [Europe]

TINSX1405TSZZ

104

TINSH1406TSZZ TINSX1407TSZZ

105 TLABG0371TSZZ 108 TLABZ0622TSZZ 109 TLABP0576QSZZ AD N D FAX address label

RANK

∗

∗ ∗ ∗ ∗ ∗

∗ ∗ ∗ ∗

∗ ∗ ∗ ∗ ∗

MARK

N

N N N N N

N N N N

N N N N N

PART RANK

FAX inst. manual [Europe]

D

Operation manual (FAX)[U.kingdom,Denmark,Finland,Norway,Holland]

D

Operation manual (FAX)[Switzerland,Germany]

D

Operation manual (FAX)[France]

D

Operation manual (FAX)[Italy]

D

Operation manual (FAX)[Spain]

D

AC adaptor [U.kingdom]

B

AC adaptor [Holland]

B

AC adaptor [Spain]

B

Plug [Switzerland]

C

Quick manual [Denmark,Finland,Norway]

D

Quick manual [Holland]

D

Quick manual [Switzerland]

D

LPD FAX label [Spain]

D

White label [Europe]

D

DESCRIPTION

– 1 –

1

Packing material & Accessories

19

21

29

21

22

20

21

23

18

21

25

3

1

2

27

26

24

28

5

6

11

7

9

8

10

12

16

17

PRP02448

– 2 –

FAX main PWB unit

2

PRICE

NEW

NO. PARTS CODE

1 PCOVP1468FCZZ AD D FAX battery cover [BT4]

2 QCNCM0149QSPZ AT N C Connector(TX25-50P-23ST-H1E) [CN5]

3 QCNCM0150QSPZ AG N C Connector(TX25-30P-6ST-H1E) [CN9]

4 QCNCM0151QSZZ AE N C Connector(RE-H062SD-1190) [SW1]

5 QCNCM7014SC0C AA C Connector(B3B-PH-K-S) [CN7]

7 QSOCZ0094FCPZ AL C Connector(DIM2-SD72AR-1131-F) [CN3,CN4]

8 RCRSC0014QSZZ AH B Crystal(32.768KHz) [X2] 10 RCRUA0034QSPZ AR N B Crystal(19.6608MHz) [X1] 11 RCRUA0035QSPZ AR N B Crystal(40.6188MHz) [X5] 12 RCRUA0037QSPZ AR N B Crystal(16.0000MHz) [X3] 15 RMPTR4000ACZZ AB B Block resistor(0Ω×4) [BR90,BR91,BR92,BR93]

RMPTR4101ACZZ AB B Block resistor(100Ω×4) [BR102,BR103,BR104,BR105,BR106]

16

RMPTR4101ACZZ AB B Block resistor(100Ω×4) [BR107,BR108] RMPTR4103ACZZ AB B Block resistor(10KΩ×4) [BR32,BR33,BR34,BR35,BR36]

17

RMPTR4103ACZZ AB B Block resistor(10KΩ×4) [BR39,BR56,BR57,BR58,BR59] RMPTR4103ACZZ AB B Block resistor(10KΩ×4) [BR60,BR94,BR95,BR96,BR97]

18 RMPTR4272ACZZ AB B Block resistor(2.7KΩ×4) [BR145]

RMPTR4330ACZZ AB B Block resistor(33Ω×4) [BR1,BR3,BR5,BR10,BR12] RMPTR4330ACZZ AB B Block resistor(33Ω×4) [BR14,BR16,BR18,BR20,BR22] RMPTR4330ACZZ AB B Block resistor(33Ω×4) [BR24,BR26,BR28,BR30,BR37] RMPTR4330ACZZ AB B Block resistor(33Ω×4) [BR38,BR40,BR41,BR42,BR43] RMPTR4330ACZZ AB B Block resistor(33Ω×4) [BR44,BR45,BR46,BR47,BR48] RMPTR4330ACZZ AB B Block resistor(33Ω×4) [BR49,BR50,BR51,BR52,BR53] RMPTR4330ACZZ AB B Block resistor(33Ω×4) [BR54,BR55,BR61,BR62,BR63] RMPTR4330ACZZ AB B Block resistor(33Ω×4) [BR64,BR65,BR66,BR67,BR68] RMPTR4330ACZZ AB B Block resistor(33Ω×4) [BR69,BR70,BR71,BR72,BR73]

19

RMPTR4330ACZZ AB B Block resistor(33Ω×4) [BR74,BR76,BR77,BR78,BR80] RMPTR4330ACZZ AB B Block resistor(33Ω×4) [BR81,BR82,BR83,BR84,BR85] RMPTR4330ACZZ AB B Block resistor(33Ω×4) [BR98,BR99,BR100,BR101,BR109] RMPTR4330ACZZ AB B Block resistor(33Ω×4) [BR110,BR112,BR113,BR114,BR115] RMPTR4330ACZZ AB B Block resistor(33Ω×4) [BR116,BR117,BR118,BR119,BR120] RMPTR4330ACZZ AB B Block resistor(33Ω×4) [BR121,BR122,BR123,BR124,BR125] RMPTR4330ACZZ AB B Block resistor(33Ω×4) [BR126,BR127,BR128,BR129,BR130] RMPTR4330ACZZ AB B Block resistor(33Ω×4) [BR131,BR132,BR133,BR138,BR139] RMPTR4330ACZZ AB B Block resistor(33Ω×4) [BR140,BR141,BR146,BR147,BR148,BR149]

20 RMPTR4472ACZZ AB B Block resistor(4.7KΩ×4) [BR7,BR8,BR9]

! 22 UBATI0014FCZZ AN B Battery(CR2477-H01) [BT1]

23 VCCCCZ1EH271J AA C Capacitor(25WV 270pF) [C5]

VCCCCZ1HH101J AA C Capacitor(50WV 100pF) [C84,C85,C86,C87,C88] VCCCCZ1HH101J AA C Capacitor(50WV 100pF) [C91,C92,C93,C94,C95] VCCCCZ1HH101J AA C Capacitor(50WV 100pF) [C97,C121,C187,C205,C321]

25

VCCCCZ1HH101J AA C Capacitor(50WV 100pF) [C322,C323,C324,C325,C326] VCCCCZ1HH101J AA C Capacitor(50WV 100pF) [C327,C328,C329,C330,C331] VCCCCZ1HH101J AA C Capacitor(50WV 100pF) [C332,C333,C334,C335,C336,C354]

26 VCCCCZ1HH151J AC C Capacitor(50WV 150pF) [C68,C71] 27 VCCUCY1AJ105Z AC C Capacitor(10WV 1.0µF) [C183,C186] 29 VCEASM1CM106M AB C Capacitor(16WV 10µF) [C59,C62,C65,C66] 33 VCKYCZ1AB273K AB C Capacitor(10WV 0.027µF) [C176]

VCKYCZ1CF104Z AB C Capacitor(16WV 0.1µF) [C1,C2,C3,C4,C8] VCKYCZ1CF104Z AB C Capacitor(16WV 0.1µF) [C11,C12,C13,C14,C15] VCKYCZ1CF104Z AB C Capacitor(16WV 0.1µF) [C16,C17,C18,C19,C20] VCKYCZ1CF104Z AB C Capacitor(16WV 0.1µF) [C21,C22,C23,C24,C25] VCKYCZ1CF104Z AB C Capacitor(16WV 0.1µF) [C26,C27,C28,C32,C33] VCKYCZ1CF104Z AB C Capacitor(16WV 0.1µF) [C36,C37,C38,C39,C40] VCKYCZ1CF104Z AB C Capacitor(16WV 0.1µF) [C41,C43,C46,C47,C48] VCKYCZ1CF104Z AB C Capacitor(16WV 0.1µF) [C49,C54,C57,C58,C60] VCKYCZ1CF104Z AB C Capacitor(16WV 0.1µF) [C61,C63,C67,C70,C75] VCKYCZ1CF104Z AB C Capacitor(16WV 0.1µF) [C77,C79,C98,C100,C101] VCKYCZ1CF104Z AB C Capacitor(16WV 0.1µF) [C102,C103,C104,C105,C106] VCKYCZ1CF104Z AB C Capacitor(16WV 0.1µF) [C107,C108,C109,C110,C111] VCKYCZ1CF104Z AB C Capacitor(16WV 0.1µF) [C112,C113,C115,C116,C117] VCKYCZ1CF104Z AB C Capacitor(16WV 0.1µF) [C118,C119,C120,C122,C123] VCKYCZ1CF104Z AB C Capacitor(16WV 0.1µF) [C124,C125,C126,C127,C128] VCKYCZ1CF104Z AB C Capacitor(16WV 0.1µF) [C129,C130,C131,C132,C133]

34

VCKYCZ1CF104Z AB C Capacitor(16WV 0.1µF) [C135,C136,C137,C138,C139] VCKYCZ1CF104Z AB C Capacitor(16WV 0.1µF) [C140,C141,C142,C143,C144] VCKYCZ1CF104Z AB C Capacitor(16WV 0.1µF) [C145,C146,C147,C151,C153] VCKYCZ1CF104Z AB C Capacitor(16WV 0.1µF) [C154,C156,C159,C160,C161] VCKYCZ1CF104Z AB C Capacitor(16WV 0.1µF) [C162,C163,C164,C165,C166] VCKYCZ1CF104Z AB C Capacitor(16WV 0.1µF) [C167,C168,C169,C170,C171] VCKYCZ1CF104Z AB C Capacitor(16WV 0.1µF) [C172,C173,C174,C175,C177] VCKYCZ1CF104Z AB C Capacitor(16WV 0.1µF) [C178,C179,C180,C182,C189] VCKYCZ1CF104Z AB C Capacitor(16WV 0.1µF) [C190,C193,C194,C195,C196] VCKYCZ1CF104Z AB C Capacitor(16WV 0.1µF) [C197,C198,C199,C200,C201] VCKYCZ1CF104Z AB C Capacitor(16WV 0.1µF) [C203,C204,C206,C207,C208] VCKYCZ1CF104Z AB C Capacitor(16WV 0.1µF) [C209,C210,C211,C212,C213] VCKYCZ1CF104Z AB C Capacitor(16WV 0.1µF) [C214,C215,C216,C217,C218] VCKYCZ1CF104Z AB C Capacitor(16WV 0.1µF) [C219,C220,C221,C222,C223] VCKYCZ1CF104Z AB C Capacitor(16WV 0.1µF) [C225,C226,C227,C228,C234] VCKYCZ1CF104Z AB C Capacitor(16WV 0.1µF) [C235,C236,C237,C238,C239]

RANK

MARK

PART RANK

DESCRIPTION

– 3 –

FAX main PWB unit

2

PRICE

NEW

NO. PARTS CODE

VCKYCZ1CF104Z AB C Capacitor(16WV 0.1µF) [C240,C243,C246,C247,C249] VCKYCZ1CF104Z AB C Capacitor(16WV 0.1µF) [C251,C252,C264,C265,C266] VCKYCZ1CF104Z AB C Capacitor(16WV 0.1µF) [C274,C275,C276,C277,C278] VCKYCZ1CF104Z AB C Capacitor(16WV 0.1µF) [C279,C280,C281,C282,C283] VCKYCZ1CF104Z AB C Capacitor(16WV 0.1µF) [C284,C285,C286,C287,C288] VCKYCZ1CF104Z AB C Capacitor(16WV 0.1µF) [C289,C290,C291,C292,C293] VCKYCZ1CF104Z AB C Capacitor(16WV 0.1µF) [C294,C295,C296,C297,C298]

34

VCKYCZ1CF104Z AB C Capacitor(16WV 0.1µF) [C299,C300,C301,C302,C303] VCKYCZ1CF104Z AB C Capacitor(16WV 0.1µF) [C304,C305,C306,C307,C308] VCKYCZ1CF104Z AB C Capacitor(16WV 0.1µF) [C309,C310,C311,C312,C313] VCKYCZ1CF104Z AB C Capacitor(16WV 0.1µF) [C314,C315,C316,C317,C318] VCKYCZ1CF104Z AB C Capacitor(16WV 0.1µF) [C319,C320,C337,C338,C339] VCKYCZ1CF104Z AB C Capacitor(16WV 0.1µF) [C340,C341,C342,C343,C344] VCKYCZ1CF104Z AB C Capacitor(16WV 0.1µF) [C345,C346,C347,C348,C349] VCKYCZ1HB102K AA C Capacitor(50WV 1000pF) [C29,C30,C82,C83,C89]

35

VCKYCZ1HB102K AA C Capacitor(50WV 1000pF) [C90,C96,C244,C268,C269,C270] 36 VCKYCZ1HB222K AA C Capacitor(50WV 2200pF) [C50,C149,C250] 37 VCKYCZ1HB471K AA C Capacitor(50WV 470pF) [C9,C10] 38 VCKYCZ1HB472K AA C Capacitor(50WV 4700pF) [C245] 39 VCKYCZ1HF103Z AA C Capacitor(50WV 0.01µF) [C72,C73,C150] 40 VHD1SS355//-1 AB B Diode(1SS355) [D2,D3,D9,D11] 41 VHDDA204K//-1 AC B Diode(DA204K) [D13,D1] 42 VHEUDZ2.0B/-1 AC B Zener diode(UDZ2.0B) [ZD1,ZD2,ZD3,ZD4] 47 VHI74LCX00FT1 AE B IC(74LCX00FT1) [IC38] 48 VHI74LCX08FT1 AF B IC(74LCX08FT1) [IC35] 49 VHI74LCX14FT1 AF B IC(74LCX14FT1) [IC29,IC30,IC31,IC36,IC52] 50 VHI74LCX244FT AH B IC(TC74LCX244) [IC45,IC2] 51 VHI74LCX32FT/ AE B IC(74LCX32FT) [IC37] 52 VHILM111718-1 AH B IC(LM1117MPX-1.8) [IC14] 54 VHIMN86065+-1 BN B IC(MN86065) [IC16] 55 VHIN195006E-1 BK B IC(MN195006E) [IC19] 56 VHINJM2113M-1 AG B IC(NJM2113-M) [IC28] 59 VHIPST3426U-1 AE B IC(PST3426) [IC13] 60 VHIPST591IM-1 AG B IC(PST591IMT) [IC7] 61 VHISD4M16L1-1 AZ B IC(SD4M16L1) [IC8,IC9] 62 VHISH770910-1 BH B IC(HD6417709AF100) [IC1] 64 VHISM8578BV-1 AK B IC(SM8578BV) [IC10] 66 VHIT4052BFF-1 AG N B IC(TC4052BF) [IC26]

VRS-CZ1JD000J AA C Resistor(1/16W 0Ω ±5%) [R9,R14,R18,R26,R32]

VRS-CZ1JD000J AA C Resistor(1/16W 0Ω ±5%) [R37,R45,R49,R53,R54]

VRS-CZ1JD000J AA C Resistor(1/16W 0Ω ±5%) [R79,R118,R123,R124,R127]

VRS-CZ1JD000J AA C Resistor(1/16W 0Ω ±5%) [R130,R158,R159,R161,R162]

VRS-CZ1JD000J AA C Resistor(1/16W 0Ω ±5%) [R163,R164,R170,R171,R172]

VRS-CZ1JD000J AA C Resistor(1/16W 0Ω ±5%) [R173,R174,R175,R204,R205]

70

VRS-CZ1JD000J AA C Resistor(1/16W 0Ω ±5%) [R221,R222,R232,R233,R235]

VRS-CZ1JD000J AA C Resistor(1/16W 0Ω ±5%) [R240,R242,R246,R279,R280]

VRS-CZ1JD000J AA C Resistor(1/16W 0Ω ±5%) [R283,R284,R286,R287,R288]

VRS-CZ1JD000J AA C Resistor(1/16W 0Ω ±5%) [R289,R295,R300,R342,R350]

VRS-CZ1JD000J AA C Resistor(1/16W 0Ω ±5%) [R360,R379,R381,R382,R386]

VRS-CZ1JD000J AA C Resistor(1/16W 0Ω ±5%) [R388,R390,R392,R397,R399]

VRS-CZ1JD000J AA C Resistor(1/16W 0Ω ±5%) [R401,R504,R505,R538,R540]

VRS-CZ1JD101J AA C Resistor(1/16W 100Ω ±5%) [R3,R4,R19,R60,R63]

VRS-CZ1JD101J AA C Resistor(1/16W 100Ω ±5%) [R148,R149,R156,R157,R165]

71

VRS-CZ1JD101J AA C Resistor(1/16W 100Ω ±5%) [R188,R231,R254,R296,R367]

VRS-CZ1JD101J AA C Resistor(1/16W 100Ω ±5%) [R373,R375,R376,R393,R395]

VRS-CZ1JD101J AA C Resistor(1/16W 100Ω ±5%) [R526,R527,R528,R529]

VRS-CZ1JD102J AA C Resistor(1/16W 1.0KΩ ±5%) [R73,R75,R85,R103,R112]

72

VRS-CZ1JD102J AA C Resistor(1/16W 1.0KΩ ±5%) [R119,R208,R211,R345,R361]

VRS-CZ1JD102J AA C Resistor(1/16W 1.0KΩ ±5%) [R508,R509,R510,R511]

VRS-CZ1JD103J AA C Resistor(1/16W 10KΩ ±5%) [R12,R17,R22,R23,R28]

VRS-CZ1JD103J AA C Resistor(1/16W 10KΩ ±5%) [R31,R35,R38,R39,R41]

VRS-CZ1JD103J AA C Resistor(1/16W 10KΩ ±5%) [R42,R44,R47,R51,R61]

VRS-CZ1JD103J AA C Resistor(1/16W 10KΩ ±5%) [R62,R64,R65,R74,R76]

VRS-CZ1JD103J AA C Resistor(1/16W 10KΩ ±5%) [R77,R78,R86,R90,R91]

VRS-CZ1JD103J AA C Resistor(1/16W 10KΩ ±5%) [R92,R93,R94,R95,R96]

VRS-CZ1JD103J AA C Resistor(1/16W 10KΩ ±5%) [R98,R99,R102,R104,R111]

73

VRS-CZ1JD103J AA C Resistor(1/16W 10KΩ ±5%) [R137,R138,R139,R140,R141]

VRS-CZ1JD103J AA C Resistor(1/16W 10KΩ ±5%) [R142,R143,R144,R145,R146]

VRS-CZ1JD103J AA C Resistor(1/16W 10KΩ ±5%) [R167,R168,R213,R214,R215]

VRS-CZ1JD103J AA C Resistor(1/16W 10KΩ ±5%) [R216,R217,R219,R228,R229]

VRS-CZ1JD103J AA C Resistor(1/16W 10KΩ ±5%) [R346,R353,R354,R357,R358]

VRS-CZ1JD103J AA C Resistor(1/16W 10KΩ ±5%) [R359,R362,R363,R364,R365]

VRS-CZ1JD103J AA C Resistor(1/16W 10KΩ ±5%) [R369,R370,R371,R372,R416]

VRS-CZ1JD103J AA C Resistor(1/16W 10KΩ ±5%) [R422,R423,R512]

74 VRS-CZ1JD104J AA C Resistor(1/16W 100KΩ ±5%) [R352,R338] 75 VRS-CZ1JD105J AA C Resistor(1/16W 1.0MΩ ±5%) [R335,R336] 76 VRS-CZ1JD153J AA C Resistor(1/16W 15KΩ ±5%) [R250] 77 VRS-CZ1JD162J AA C Resistor(1/16W 1.6KΩ ±5%) [R125,R128,R334]

RANK

MARK

PART RANK

DESCRIPTION

– 4 –

FAX main PWB unit

2

PRICE

NEW

NO. PARTS CODE

78 VRS-CZ1JD183J AA C Resistor(1/16W 18KΩ ±5%) [R348] 79 VRS-CZ1JD202J AA C Resistor(1/16W 2.0KΩ ±5%) [R230] 80 VRS-CZ1JD203J AA C Resistor(1/16W 20KΩ ±5%) [R122,R245,R331] 81 VRS-CZ1JD204J AA C Resistor(1/16W 200KΩ ±5%) [R355]

VRS-CZ1JD220J AA C Resistor(1/16W 22Ω ±5%) [R424,R425,R426,R427,R428]

VRS-CZ1JD220J AA C Resistor(1/16W 22Ω ±5%) [R429,R430,R431,R432,R433]

VRS-CZ1JD220J AA C Resistor(1/16W 22Ω ±5%) [R434,R435,R436,R437,R438]

VRS-CZ1JD220J AA C Resistor(1/16W 22Ω ±5%) [R439,R440,R441,R442,R443]

VRS-CZ1JD220J AA C Resistor(1/16W 22Ω ±5%) [R444,R445,R446,R447,R448]

82

VRS-CZ1JD220J AA C Resistor(1/16W 22Ω ±5%) [R449,R450,R451,R452,R453]

VRS-CZ1JD220J AA C Resistor(1/16W 22Ω ±5%) [R454,R455,R456,R457,R458]

VRS-CZ1JD220J AA C Resistor(1/16W 22Ω ±5%) [R459,R460,R461,R462,R463]

VRS-CZ1JD220J AA C Resistor(1/16W 22Ω ±5%) [R464,R465,R466,R467,R468]

VRS-CZ1JD220J AA C Resistor(1/16W 22Ω ±5%) [R518,R519,R520,R521,R522]

VRS-CZ1JD220J AA C Resistor(1/16W 22Ω ±5%) [R523,R524,R525]

83 VRS-CZ1JD222J AA C Resistor(1/16W 2.2KΩ ±5%) [R101,R110,R236] 84 VRS-CZ1JD223J AA C Resistor(1/16W 22KΩ ±5%) [R356,R257] 85 VRS-CZ1JD272J AA C Resistor(1/16W 2.7KΩ ±5%) [R516]

VRS-CZ1JD330J AA C Resistor(1/16W 33Ω ±5%) [R7,R8,R13,R46,R48]

VRS-CZ1JD330J AA C Resistor(1/16W 33Ω ±5%) [R55,R56,R57,R58,R59]

VRS-CZ1JD330J AA C Resistor(1/16W 33Ω ±5%) [R66,R67,R68,R69,R70]

VRS-CZ1JD330J AA C Resistor(1/16W 33Ω ±5%) [R80,R81,R83,R84,R87]

VRS-CZ1JD330J AA C Resistor(1/16W 33Ω ±5%) [R88,R89,R97,R100,R109]

VRS-CZ1JD330J AA C Resistor(1/16W 33Ω ±5%) [R117,R129,R136,R147,R150]

VRS-CZ1JD330J AA C Resistor(1/16W 33Ω ±5%) [R151,R152,R153,R154,R155]

VRS-CZ1JD330J AA C Resistor(1/16W 33Ω ±5%) [R160,R166,R176,R177,R178]

VRS-CZ1JD330J AA C Resistor(1/16W 33Ω ±5%) [R179,R180,R181,R182,R183]

VRS-CZ1JD330J AA C Resistor(1/16W 33Ω ±5%) [R184,R186,R187,R189,R190]

VRS-CZ1JD330J AA C Resistor(1/16W 33Ω ±5%) [R191,R192,R193,R194,R195]

86

VRS-CZ1JD330J AA C Resistor(1/16W 33Ω ±5%) [R196,R197,R198,R199,R200]

VRS-CZ1JD330J AA C Resistor(1/16W 33Ω ±5%) [R201,R210,R220,R223,R227]

VRS-CZ1JD330J AA C Resistor(1/16W 33Ω ±5%) [R238,R239,R247,R274,R290]

VRS-CZ1JD330J AA C Resistor(1/16W 33Ω ±5%) [R294,R297,R298,R303,R304]

VRS-CZ1JD330J AA C Resistor(1/16W 33Ω ±5%) [R305,R306,R308,R311,R312]

VRS-CZ1JD330J AA C Resistor(1/16W 33Ω ±5%) [R313,R374,R378,R383,R384]

VRS-CZ1JD330J AA C Resistor(1/16W 33Ω ±5%) [R391,R396,R400,R407,R409]

VRS-CZ1JD330J AA C Resistor(1/16W 33Ω ±5%) [R421,R501,R503,R513,R514]

VRS-CZ1JD330J AA C Resistor(1/16W 33Ω ±5%) [R515,R517,R542,R543,R544]

VRS-CZ1JD330J AA C Resistor(1/16W 33Ω ±5%) [R545,R546,R547,R548,R549]

VRS-CZ1JD330J AA C Resistor(1/16W 33Ω ±5%) [R550,R551,R552,R553,R554,R555]

87 VRS-CZ1JD331F AA C Resistor(1/16W 330Ω ±1%) [R34] 88 VRS-CZ1JD332J AA C Resistor(1/16W 3.3KΩ ±5%) [R5,R332,R341,R343,R417] 89 VRS-CZ1JD333J AA C Resistor(1/16W 33KΩ ±5%) [R349] 90 VRS-CZ1JD361J AF C Resistor(1/16W 360Ω ±5%) [R120]

VRS-CZ1JD470J AA C Resistor(1/16W 47Ω ±5%) [R30,R275,R318,R410,R530] 91

VRS-CZ1JD470J AA C Resistor(1/16W 47Ω ±5%) [R531,R532,R533,R534,R535]

VRS-CZ1JD470J AA C Resistor(1/16W 47Ω ±5%) [R536,R539,R557]

VRS-CZ1JD472J AA C Resistor(1/16W 4.7KΩ ±5%) [R1,R2,R6,R185,R237]

92

VRS-CZ1JD472J AA C Resistor(1/16W 4.7KΩ ±5%) [R249,R251,R252,R291,R292,R299]

VRS-CZ1JD473J AA C Resistor(1/16W 47KΩ ±5%) [R253,R258,R259,R260,R261]

93

VRS-CZ1JD473J AA C Resistor(1/16W 47KΩ ±5%) [R262,R263,R264,R265,R266]

VRS-CZ1JD473J AA C Resistor(1/16W 47KΩ ±5%) [R267,R268,R269,R271,R273]

94 VRS-CZ1JD512J AA C Resistor(1/16W 5.1kΩ ±5%) [R344] 95 VRS-CZ1JD561J AA C Resistor(1/16W 560Ω ±5%) [R121] 96 VRS-CZ1JD562J AA C Resistor(1/16W 5.6KΩ ±5%) [R113,R105] 97 VRS-CZ1JD563J AA C Resistor(1/16W 56KΩ ±5%) [R330,R333,R340,R347] 99 VRS-CZ1JD623J AA C Resistor(1/16W 62KΩ ±5%) [R351]

100 VRS-CZ1JD682J AA C Resistor(1/16W 6.8KΩ ±5%) [R10] 102 VRS-CZ1JD753J AA C Resistor(1/16W 75KΩ ±5%) [R366] 103 VRS-CZ1JD821J AA C Resistor(1/16W 820Ω ±5%) [R15,R16,R20,R21] 104 VRS-CZ1JD823J AA C Resistor(1/16W 82KΩ ±5%) [R126] 106 VRS-TS2AD471J AA C Resistor(1/10W 470Ω ±5%) [R114,R106]

VSDTC363EKA-1 AC B Transistor(DTC363EKA) [Q8,Q9,Q10,Q11,Q12]

108

VSDTC363EKA-1 AC B Transistor(DTC363EKA) [Q13,Q14]

(Unit)

901 CPWBX0171QS32 CQ N E FAX main PWB unit [U.S.A,Canada]

RANK

MARK

PART RANK

DESCRIPTION

– 5 –

TEL/LIU PWB unit

3

PRICE

NEW

NO. PARTS CODE

1 QCNCW0069QSZZ AK C Connector(TX24-30R-12ST-H1) [CN1] 2 QJAKT0001FCZZ AD C Connector(MJ-62J-RD315) [MJ2] 3 QJAKT0004QSZZ AE C Connector(MJ-64J-RD315) [MJ1] 8 RCILZ0008QSZZ AD C Coil(1mH 250mA) [Except U.S.A,Canada][L6]

9 RCILZ0089FCZZ AG C Coil(ST110AV) [L21] 10 RCORF1003MCZZ AC C Coil(BLM31AJ601SN1L) [L11,L12,L27,L28] 11 RCILZ7012XCZZ AC C Beads core(B-01-AT1F) [L32,L34] 13 RFILN2011SCZZ AC C Coil(SBT-0260) [L9,L10,L24,L25] 19 VCCCCY1HH100D AA C Capacitor(50WV 10pF) [C68] 20 VCCCCY1HH330J AA C Capacitor(50WV 33pF) [C66,C67] 23 RC-EZ0365FCPZ AB N C Capacitor(50WV 47µF) [C38,C39] 25 VCFYPU2EA474K AF C Capacitor(250WV 0.47µF) [U.S.A,Canada][C25] 26 VCFYJU2EA224K AD C Capacitor(250WV 0.22µF) [Except U.S.A,Canada][C25] 27 VCKYCY1CB104K AB C Capacitor(16WV 0.1µF) [C47,C51,C52,C115] 28 VCKYCY1HB103K AA C Capacitor(50WV 0.01µF) [C48] 29 VCKYCY1HB182K AA C Capacitor(50WV 1800pF) [C50] 30 VCKYCY1HB332K AA C Capacitor(50WV 3300pF) [C56,C60]

VCKYCZ1CF104Z AB C Capacitor(16WV 0.1µF) [C35,C40,C41]

31

VCKYCZ1CF104Z AB C Capacitor(16WV 0.1µF) [Except U.S.A,Canada][C92] VCKYCZ1HB102K AA C Capacitor(50WV 1000pF) [C72,C94]

32

VCKYCZ1HB102K AA C Capacitor(50WV 1000pF) [U.S.A,Canada][C95] 33 VCKYTV1CB105K AC C Capacitor(16WV 1µF) [C43] 34 VCKYTV1CB224K AC C Capacitor(16WV 0.22µF) [C42,C49] 35 VCKYTV1CB684K AC C Capacitor(16WV 0.68µF) [C53] 36 VCKYTW1HB104K AC C Capacitor(50WV 0.1µF) [C45] 37 VHD1SS355//-1 AB B Diode(1SS355) [D2,D5] 38 VHDDAN217//-1 AC B Diode(DAN217) [D6,D7] 39 VHDS1ZB60//-1 AC B Diode(S1ZB60) [D8] 40 VHEHZS2A1//-1 AB B Zener Diode(HZS2A1TD) [U.S.A,Canada][ZD24,ZD25] 41 VHEMTZJ30B/-1 AB B Diode(HZ3B1) [ZD12] 43 VHERLZ5.6B/-1 AC B Zener diode(RLZ5.6B) [ZD17,ZD19] 44 VHITC7SET08F/ AE B IC(TC7SET08F) [Except U.S.A,Canada][IC9] 45 VHISI3015FS-1 AZ B IC(Si3015-FSR) [IC4] 46 VHISI3021FS-1 AU B IC(Si3021-FSR) [IC3] 47 VHITHS56F//-1 AS B IC(THS56F) [Except U.S.A,Canada][IC6] 48 VHPTLP620-1GB AH B Photo transistor(TLP620) [U.S.A,Canada][PC11] 49 VHPTLP621-1GB AF B Photo coupler(TLP621) [PC6] 50 VHVDSS301L/-1 AF B Varistor(DSS301L) [Except U.S.A,Canada][SA6,SA7]

VHVDSS-401M// AH B Arrestor(DSS-401M) [SA4,SA5] 51

VHVDSS-401M// AH B Arrestor(DSS-401M) [U.S.A,Canada][SA6,SA7]

VRD-HT2EY000J AA C Resistor(1/4W 0Ω ±5%) [F2,L15]

52

VRD-HT2EY000J AA C Resistor(1/4W 0Ω ±5%) [U.S.A,Canada][L13,L14]

VRD-HT2EY000J AA C Resistor(1/4W 0Ω ±5%) [Except U.S.A,Canada][R205]

53 VRD-HT2EY100J AA C Resistor(1/4W 10Ω ±5%) [Except U.S.A,Canada][R251,R252] 54 VRD-HT2EY300J AA C Resistor(1/4W 30Ω ±5%) [U.S.A,Canada][R206] 55 VRD-HT2EY910J AA C Resistor(1/4W 91Ω ±5%) [U.S.A,Canada][R205]

VRS-CY1JD000J AA C Resistor(1/16W 0Ω ±5%) [R183,R198,R209,R255,R262] 56

VRS-CY1JD000J AA C Resistor(1/16W 0Ω ±5%) [R263,R266,R281,R282] 57 VRS-CY1JD103J AA C Resistor(1/16W 10KΩ ±5%) [R253,R264] 58 VRS-CY1JD104F AA C Resistor(1/16W 100KΩ ±1%) [R184] 59 VRS-CY1JD106J AA C Resistor(1/16W 10MΩ ±5%) [R200,R201] 60 VRS-CY1JD124J AA C Resistor(1/16W 120KΩ ±5%) [R189] 61 VRS-CY1JD151J AA C Resistor(1/16W 150Ω ±5%) [R185] 62 VRSCY1JD2150F AA C Resistor(1/16W 215Ω ±1%) [R196] 63 VRS-CY1JD222J AA C Resistor(1/16W 2.2KΩ ±5%) [R186] 65 VRSCY1JD78R7F AA C Resistor(1/16W 78.7Ω ±1%) [R190] 67 VRS-CZ1JD000J AA C Resistor(1/16W 0Ω ±5%) [R278,R279,R280] 68 VRS-CZ1JD472J AA C Resistor(1/16W 4.7KΩ ±5%) [R299] 69 VRS-RA3AA103J AB C Resistor(1W 10KΩ ±5%) [U.S.A,Canada][R168] 70 VRS-HT3AA393J AC C Resistor(1W 39KΩ ±5%) [Except U.S.A,Canada][R168] 71 VRS-TS2AD100J AA C Resistor(1/10W 10Ω ±5%) [R187,R188] 72 VRS-TS2AD563J AA C Resistor(1/10W 56KΩ ±5%) [R199,R202] 73 VRS-TS2AD681J AA C Resistor(1/10W 680Ω ±5%) [R203,R204]

VSDTC114EK/-1 AB B Transistor(DTC114EK) [Q130] 77

VSDTC114EK/-1 AB B Transistor(DTC114EK) [Except U.S.A,Canada][Q133] 78 VSDTD113ZK/-1 AC B Transistor(DTD113ZK) [Q116]

(Unit)

CPWBN0173QS31 BQ N E TEL/LIU PWB unit [U.S.A,Canada]

901

CPWBN0173QS32 BS N E TEL/LIU PWB unit [Except U.S.A,Canada]

RANK

MARK

PART RANK

DESCRIPTION

– 6 –

■

Index

PARTS CODE NO.

[C] CPLTP0378QS02 CPNLH0040QS02 CPWBF0178QS31 CPWBN0173QS31

CPWBN0173QS32

CPWBX0171QS32

CPWBX0171QS33 CPWBX0171QS34

DUNT-0533QS11

JBTN-0089QSZZ

LPLTM0383QSZZ LSUPP0001QSZZ LX-HZ0002QSZZ

MLEVP0109QSZZ

PCOVP1468FCZZ

QCNCM0149QSPZ QCNCM0150QSPZ QCNCM0151QSZZ QCNCM7014SC0C QCNCW0069QSZZ QCNW-7252HSZZ QCNW-7253HSZZ QCNW-7254HSZZ QCNWG0013QSZZ QJAKT0001FCZZ QJAKT0004QSZZ QPLGZ0001TSZZ QSOCZ0094FCPZ

RADPA0002TSZZ RADPA0003TSZZ RADPA0007TSZZ RC-EZ0365FCPZ RCILZ0008QSZZ RCILZ0089FCZZ RCILZ7012XCZZ RCORF1003MCZZ RCRSC0014QSZZ RCRUA0034QSPZ RCRUA0035QSPZ RCRUA0037QSPZ RFILN2011SCZZ RMPTR4000ACZZ RMPTR4101ACZZ RMPTR4103ACZZ RMPTR4272ACZZ RMPTR4330ACZZ RMPTR4472ACZZ RSP-Z0001QSPZ

SPAK-547ECCZZ SPAKP2374ACZZ SSAKA0006UCZZ SSAKA2345QCZZ SSAKA2440QCZZ

TCADZ0364QSZZ TCADZ0404TSZZ TINSE1363QSZZ TINSE1400TSZZ TINSF1402TSZZ TINSH1406TSZZ TINSI1403TSZZ TINSS1404TSZZ TINSX1401TSZZ TINSX1405TSZZ TINSX1407TSZZ TLABF0588QSZZ TLABG0371TSZZ

"

[D]

[J]

[L]

[M]

[P]

[Q]

[R]

[S]

[T]

PRICE

NEW

MARK

PART RANK

RANK

1- 7 AR N C 1- 9 AT N C 1- 11 AY N E 1- 22 BQ N E 3- 901 BQ N E 1- 22 BS N E 3- 901 BS N E 1- 20 CQ N E 2- 901 CQ N E 1- 20 CQ N E 1- 20 CQ N E

1- 6 BB N E

1- 8 AP N C

1- 19 AY N C 1- 29 AC C 1- 18 AC C

1- 10 AN N C

2- 1 AD D

2- 2 AT N C 2- 3 AG N C 2- 4 AE N C 2- 5 AA C 3- 1 AK C 1- 26 AR N C 1- 26 AT N C 1- 26 AP N C 1- 26 AF N C 3- 2 AD C 3- 3 AE C 1- 27 N C 2- 7 AL C

1- 27 N B 1- 27 N B 1- 27 N B 3- 23 AB N C 3- 8 AD C 3- 9 AG C 3- 11 AC C 3- 10 AC C 2- 8 AH B 2- 10 AR N B 2- 11 AR N B 2- 12 AR N B 3- 13 AC C 2- 15 AB B 2- 16 AB B 2- 17 AB B 2- 18 AB B 2- 19 AB B 2- 20 AB B 1- 17 AG N B

1- 5 AB D 1- 28 AD D 1- 25 AA D 1- 3 AC D 1- 103 AB D

1- 1 AN N D 1- 1 N D 1- 2 BN N D 1- 2 N D 1- 2 N D 1- 104 N D 1- 2 N D 1- 2 N D 1- 2 N D 1- 104 N D 1- 104 N D 1- 24 AC N D 1- 105 N D

PARTS CODE NO.

TLABG0613QSZZ TLABH0604QSZZ TLABH0605QSZZ TLABP0576QSZZ TLABZ0622TSZZ

[U]

UBATI0014FCZZ

[V] VCCCCY1HH100D VCCCCY1HH330J VCCCCZ1EH271J VCCCCZ1HH101J VCCCCZ1HH151J VCCUCY1AJ105Z VCEASM1CM106M VCFYJU2EA224K VCFYPU2EA474K VCKYCY1CB104K VCKYCY1HB103K VCKYCY1HB182K VCKYCY1HB332K VCKYCZ1AB273K VCKYCZ1CF104Z

"

VCKYCZ1HB102K

" VCKYCZ1HB222K VCKYCZ1HB471K VCKYCZ1HB472K VCKYCZ1HF103Z VCKYTV1CB105K VCKYTV1CB224K VCKYTV1CB684K VCKYTW1HB104K VHD1SS355//-1

" VHDDA204K//-1 VHDDAN217//-1 VHDS1ZB60//-1 VHEHZS2A1//-1 VHEMTZJ30B/-1 VHERLZ5.6B/-1 VHEUDZ2.0B/-1 VHI29L32007QS VHI29L32008QS VHI29L32009QS VHI74LCX00FT1 VHI74LCX08FT1 VHI74LCX14FT1 VHI74LCX244FT VHI74LCX32FT/ VHILM111718-1 VHIMN86065+-1 VHIN195006E-1 VHINJM2113M-1 VHIPST3426U-1 VHIPST591IM-1 VHISD4M16L1-1 VHISH770910-1 VHISI3015FS-1 VHISI3021FS-1 VHISM8578BV-1 VHIT4052BFF-1 VHITC7SET08F/ VHITHS56F//-1 VHPTLP620-1GB VHPTLP621-1GB VHVDSS301L/-1 VHVDSS-401M// VRD-HT2EY000J VRD-HT2EY100J VRD-HT2EY300J VRD-HT2EY910J VRS-CY1JD000J VRS-CY1JD103J VRS-CY1JD104F VRS-CY1JD106J VRS-CY1JD124J VRS-CY1JD151J VRSCY1JD2150F VRS-CY1JD222J

PRICE

NEW

MARK

PART RANK

RANK

1- 24 AE N D 1- 101 AD N D 1- 102 AD N D 1- 109 AD N D 1- 108 N D

2- 22 AN B

3- 19 AA C 3- 20 AA C 2- 23 AA C 2- 25 AA C 2- 26 AC C 2- 27 AC C 2- 29 AB C 3- 26 AD C 3- 25 AF C 3- 27 AB C 3- 28 AA C 3- 29 AA C 3- 30 AA C 2- 33 AB C 2- 34 AB C 3- 31 AB C 2- 35 AA C 3- 32 AA C 2- 36 AA C 2- 37 AA C 2- 38 AA C 2- 39 AA C 3- 33 AC C 3- 34 AC C 3- 35 AC C 3- 36 AC C 2- 40 AB B 3- 37 AB B 2- 41 AC B 3- 38 AC B 3- 39 AC B 3- 40 AB B 3- 41 AB B 3- 43 AC B 2- 42 AC B 1- 23 BC N B 1- 23 BC N B 1- 23 BC N B 2- 47 AE B 2- 48 AF B 2- 49 AF B 2- 50 AH B 2- 51 AE B 2- 52 AH B 2- 54 BN B 2- 55 BK B 2- 56 AG B 2- 59 AE B 2- 60 AG B 2- 61 AZ B 2- 62 BH B 3- 45 AZ B 3- 46 AU B 2- 64 AK B 2- 66 AG N B 3- 44 AE B 3- 47 AS B 3- 48 AH B 3- 49 AF B 3- 50 AF B 3- 51 AH B 3- 52 AA C 3- 53 AA C 3- 54 AA C 3- 55 AA C 3- 56 AA C 3- 57 AA C 3- 58 AA C 3- 59 AA C 3- 60 AA C 3- 61 AA C 3- 62 AA C 3- 63 AA C

– 7 –

PARTS CODE NO.

VRSCY1JD78R7F VRS-CZ1JD000J

" VRS-CZ1JD101J VRS-CZ1JD102J VRS-CZ1JD103J VRS-CZ1JD104J VRS-CZ1JD105J VRS-CZ1JD153J VRS-CZ1JD162J VRS-CZ1JD183J VRS-CZ1JD202J VRS-CZ1JD203J VRS-CZ1JD204J VRS-CZ1JD220J VRS-CZ1JD222J VRS-CZ1JD223J VRS-CZ1JD272J VRS-CZ1JD330J VRS-CZ1JD331F VRS-CZ1JD332J VRS-CZ1JD333J VRS-CZ1JD361J VRS-CZ1JD470J VRS-CZ1JD472J

" VRS-CZ1JD473J VRS-CZ1JD512J VRS-CZ1JD561J VRS-CZ1JD562J VRS-CZ1JD563J VRS-CZ1JD623J VRS-CZ1JD682J VRS-CZ1JD753J VRS-CZ1JD821J VRS-CZ1JD823J VRS-HT3AA393J VRS-RA3AA103J VRS-TS2AD100J VRS-TS2AD471J VRS-TS2AD563J VRS-TS2AD681J VSDTC114EK/-1 VSDTC363EKA-1 VSDTD113ZK/-1

[X] XBPS730P08KS0 XEBSD30P08000 XHBSE30P08000

PRICE

NEW

MARK

PART RANK

RANK

3- 65 AA C 2- 70 AA C 3- 67 AA C 2- 71 AA C 2- 72 AA C 2- 73 AA C 2- 74 AA C 2- 75 AA C 2- 76 AA C 2- 77 AA C 2- 78 AA C 2- 79 AA C 2- 80 AA C 2- 81 AA C 2- 82 AA C 2- 83 AA C 2- 84 AA C 2- 85 AA C 2- 86 AA C 2- 87 AA C 2- 88 AA C 2- 89 AA C 2- 90 AF C 2- 91 AA C 2- 92 AA C 3- 68 AA C 2- 93 AA C 2- 94 AA C 2- 95 AA C 2- 96 AA C 2- 97 AA C 2- 99 AA C 2- 100 AA C 2- 102 AA C 2- 103 AA C 2- 104 AA C 3- 70 AC C 3- 69 AB C 3- 71 AA C 2- 106 AA C 3- 72 AA C 3- 73 AA C 3- 77 AB B 2- 108 AC B 3- 78 AC B

1- 21 AB N C 1- 12 AA C 1- 16 AA C

PARTS CODE NO.

PRICE

RANK

NEW

MARK

PART RANK

– 8 –

MEMO

– 9 –

(For USA,CANADA)

CAUTION FOR BATTERY DISPOSAL

Contains lithium-ion battery. Must be disposed of properly.

Remove the battery from the product and contact

agencies for information on recycling and disposal options.

federal or state environmental

c

No part of this publication may be reproduced,

electronic, mechanical, photocopying, recording, or otherwise,

without prior written permission of the publisher.

Trademark acknowledgments

Windows and Windows NT are trademarks of Microsoft Corporation in the U.S.A.

Windows and Windows NT are trademarks of Microsoft Corporation in the U.S.A. and other countries.

and other countries.

and other countries. IBM and PC/AT are trademarks of International Business Machines Corporation.

IBM and PC/AT are trademarks of International Business Machines Corporation.

IBM and PC/AT are trademarks of International Business Machines Corporation. PCL is a trademark of Hewlett-Packard Company.

PCL is a trademark of Hewlett-Packard Company.

PCL is a trademark of Hewlett-Packard Company. Pentium is a registered trademark of Intel Corporation.

Pentium is a registered trademark of Intel Corporation.

Pentium is a registered trademark of Intel Corporation. All other trademarks and copyrights are the property of their respective owners.

All other trademarks and copyrights are the property of their respective owners.

c

Printed in Japan.

stored in a retrieval system, or transmitted,

in any form or by any means,

SHARP CORPORATION

SHARP CORPORATION Digital Document System Group

Digital Document System Group

Digital Document System Group Qualty Enhancement Center Yamatokoriyama, Nara 639-1186, Japan

Yamatokoriyama, Nara 639-1186, Japan

2004 November Printed in Japan

N

SHARP SM-ARFX11 Service Manual

Specifications and Main Features

Frequently Asked Questions

User Manual