SHARP ARFX4S Service Manual

Download

Page 1

SERVICE MANUAL

CODE: 00ZARFX4//A1E

DIGITAL LASER COPIER/ PRINTER OPTION

FAX EXPANSION KIT (For U.S.A./Canada)

MODEL

AR-FX4

EXPANSION MEMORY

2MB: AR-MM5 4MB: AR-MM6 8MB: AR-MM7

CONTENTS

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

[2] SPECIFICATIONS . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 1-1

[3] INSTALLATION PROCEDURE . . . . . . . . . . . . . . . . . . . . . . . . . . . 3-1

[4] ADJUSTMENTS . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 4-1

[5] SIMULATION . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 5-1

[6] SOFT SWITCH DESCRIPTIONS. . . . . . . . . . . . . . . . . . . . . . . . . . 6-1

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

[8] FLASH ROM VERSION UP PROCEDURE . . . . . . . . . . . . . . . . . . 8-1

[9] TROUBLE CODE LIST. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 9-1

[10] ELECTRICAL SECTION. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 10-1

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

SHARP CORPORATION

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

Page 2

CONTENTS

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

[2] SPECIFICATIONS

1. Communication system . . . . . . . . . . . . . . . . . . . . . . . . . . . 1-1

2. Scanning system . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 1-1

3. Image process system . . . . . . . . . . . . . . . . . . . . . . . . . . . . 1-2

4. Print system . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 1-2

5. Transmission function system. . . . . . . . . . . . . . . . . . . . . . . 1-2

6. Reception function system . . . . . . . . . . . . . . . . . . . . . . . . . 1-3

7. Registration system . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 1-3

8. Telephone function system. . . . . . . . . . . . . . . . . . . . . . . . . 1-4

9. Memory system . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 1-4

10. Additional information function for transmission . . . . . . . . . 1-4

11. Additional print function when receiving . . . . . . . . . . . . . . . 1-4

12. Recording table system . . . . . . . . . . . . . . . . . . . . . . . . . . . 1-5

13. Others . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 1-5

[3] INSTALLATION PROCEDURE

1. Install of expansion kit . . . . . . . . . . . . . . . . . . . . . . . . . . . . 3-1

A. Parts included. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 3-1

B. Installation . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 3-1

2. Mounting of additional memory (AR-MM5, MM6, MM7) . . . 3-3

[4] ADJUSTMENTS

1. Density section . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 4-1

A. FAX mode density adjustment (Overall mode) (<FAX

mode> SIM 46-12) . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 4-1

B. FAX mode density adjustment (Individual mode) (<FAX

mode> SIM 46-13 – 16) . . . . . . . . . . . . . . . . . . . . . . . . . 4-1

2. Communication section . . . . . . . . . . . . . . . . . . . . . . . . . . . 4-2

A. Dial test (<FAX mode> SIM 66-13) . . . . . . . . . . . . . . . . 4-2

[5] SIMULATION

1. Entering the simulation mode/cancel of simulation mode . 5-1

2. Simulation code list . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 5-1

3. Details . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 5-1

[6] SOFT SWITCH DESCRIPTIONS

1. Quick reference of FAX soft SW setup change . . . . . . . . . 6-1

2. Soft switch list . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 6-2

3. Soft switch descriptions . . . . . . . . . . . . . . . . . . . . . . . . . . 6-19

[7] KEY OPERATOR PROGRAM

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

2. Operating procedure . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 7-2

A. Common procedures . . . . . . . . . . . . . . . . . . . . . . . . . . . 7-2

B. List output . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 7-3

[8] FLASH ROM VERSION UP PROCEDURE

1. Program download procedure (Main body program, FAX

program) . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 8-1

2. Others (Error list) . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 8-2

[9] TROUBLE CODE LIST

1. Machine trouble codes . . . . . . . . . . . . . . . . . . . . . . . . . . . 9-1

2. Communication result code . . . . . . . . . . . . . . . . . . . . . . . . 9-2

A. Composition of communication report code . . . . . . . . . 9-2

3. List of buzzer sounds in case of FAX abnormality. . . . . . . 9-4

[10] ELECTRICAL SECTION

1. Block diagram . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 10-1

A. Main block diagram . . . . . . . . . . . . . . . . . . . . . . . . . . . 10-1

B. TEL/LIU PWB block diagram. . . . . . . . . . . . . . . . . . . . 10-2

2. Circuit diagram. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 10-3

A. FAX MAIN PWB . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 10-3

B. TEL/LIU PWB . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 10-13

Page 3

[1] OUTLINE

This unit is a fax expansion kit which provides facsimile functions by attaching to the digital machine AR-235/275 series.

To expand facsimile functions, use of SPF/RSPF is recommendable. By attaching a job separator/finisher, copy output and fax output can be separately discharged to different trays.

RSPF (AR-RP3) SPF (AR-SP4)

Job separator

(AR-TR3)

Finisher

(AR-FN5)

The fax board of the fax expansion kit is provided with 2MB flash memory (standard). An expansion memory of one of 2MB/4MB/8MB can be added. (2MB expansion memory for fax, AR-MM5; 4MB expansion memory for fax, AR-MM6; 8MB expansion memory for fax, AR-MM7)

FAX expansion kit

(AR-FX4)

2MB

AR-MM5 AR-MM6 AR-MM7

Expansion memory (One of them is attached to.)

4MB 8MB

[2] SPECIFICATIONS

1. Communication system

(1) Electronic transmission system

Transmission time About 3 sec (Super G3/33660bps)

Compression system MH, MR, MMR, JBIG Modem speed 33600bps Mutual communication Employed line Public Switched Telephone Network

Number of employed lines ECM YES

2. Scanning system

(1) Document size

Max. document width Unscanable area Lead edge 5mm or less, rear edge 5mm or less

Auto detection size

OC AB series A3/B4/A4/A4R/A5

SPF/ RSPF

About 6sec (G3 ECM/14400bps)

→ 2400 auto fall back

Super G3/G3

(PSTN), Private Branch Exchange (PBX) One line (no additional line allowed)

297mm (11.7")

left & right edges 6mm or less

Inch series 11 x 17/8.5 x 14/8.5 x 11/

8.5 x 11R/5.5 x 8.5 AB series A3/B4/A4/A4R/A5 Inch series 11 x 17/8.5 x 14/8.5 x 11/

8.5 x 11R/5.5 x 8.5

Document size specified

Duplex document specified Long document Max. 1000mm,.depending on the document

AB series A3/B4/A4/A4R/A5/8.5 x 11/

8.5 x 11R

Inch series 11 x 17/8.5 x 14/8.5 x 11/

8.5 x 11R/5.5 x 8.5/A4/A4R AB series + foolscap YES

width and resolution Differs in single/duplex.

A3/B4/A4/A4R/A5/8.5 x 11/

8.5 x 11R/8.5 x 13

(2) Transmission mode document load quantity scan

cycle (SPF/RSPF capacity)

SPF/OC transmission select Continuous auto paper feed Document load capacity

NO (Selection inhibited during scanning of a document) YES

30 sheets

(3) Half-tone reproduction density adjustment

Document scan cycle About 40 pages/min (Normal, A4R memory

Document scan speed Half-tone (Photo mode) Density selection Auto/manual in 5 steps

transmission, guaranteed scan pages = 30 pages) About 1.5sec/page (Normal, A4R memory transmission) Equivalent to 256 gradations (Combination of fine/super fine/ultra fine is possible.)

AR-FX4 OUTLINE/SPECIFICATIONS - 1

Page 4

3. Image process system

(1) Image selection

Normal 8dot/mm x 3.85line/mm Fine 8dot/mm x 7.7line/mm Super fine 8dot/mm x 15.4line/mm Ultra fine 16dot/mm x 15.4line/mm: ITU-T conforming

(reception impossible without additional memory. Receives in super fine mode.)

(2) Print resolution

600dpi (with resolution correction)

4. Print system

(1) Recording size

Max. record width 293mm (11.5") Recording paper

size detection

Recording paper size

YES (All sizes except for multi paper feed. Recognition of the set size. The tray has no function to detect the actual paper size.)

AB series

Inch series

A3/B4/A4/A4R/A5/8.5 x 11/8.5 x 11R

11 x 17/8.5 x 14/8.5 x 11/8.5 x 11R/

5.5 x 8.5/A4/A4R

→

(2) Recording paper

Cassette capacity Machine: 500 x 1 or 500 x 2

Recording paper empty detection

Paper feed All installed trays except for multi-manual tray.

Option: 500 x 1 or 500 x 2 YES

5. Transmission function system

(1) Simplified dialing function

Rapid key dialing 50 items Speed dialing 300 items Group dialing 50 items (including rapid key dialing) Telephone directory transmission Chain dialing YES Redialing The preceding number is saved, and is not

Program 9 items Mode recall NO

(2) F-code communication

Sub address YES (Max. 20 digits) Password YES (Max. 20 digits)

(3) Time specification

Time specification: Transmission/polling

(4) Recall mode

Auto recall mode when other party is busy.

Auto recall mode when in a communication error

Number of transmissions counted in recall mode simultaneously.

Any of other parties registered to speed dialing, rapid key dialing, and group dialing can be searched for using the first 10 letters.

cleared even with CLEAR ALL key.

Time is specified in transmission/polling.

Interval 1min to 15min, default 3min Number of

times Interval 1min to 15min / 0: Resend

Number of times

Send page After the error page

0 to 14 times / 0: No resend Default 2 times

immediately after disconnection of the line Default 1min 1 time only / 0: No resend Default 1 times

Max. 50 items

(5) Automatic reduction transmission

Message is reduced according to the receiver’s machine.

YES (ON/OFF by key operator program)

(6) Memory transmission/direct transmission

Memory transmission

Quick online transmission YES (Enable/Disable setup by key

Direct transmission YES (30 pages from SPF, only 1

Default setup Set by key operator program

Memory transmission

Number of transmission reservation to be set

Process in memory full

YES

Max. 50 items

Transmission cancel or only scanned data transmission

operator program)

page from OC)

(7) Broadcast function

Broadcast transmission

Group dialing Transmitted by group dialing

Relay broadcast transmission

Number of destinations

Transmission method

Usable dial 10-key entry, rapid key dialing,

Instructing station

Relay station Only from the machine having Sharp

Multiple relay NO Number of relay groups Number of receiving stations that may be specified per group

200 destinations (When group dialing is used, the number of other parties registered to group dialing is added.) Broadcast key, group key

speed dialing. However, those of which sub address is registered cannot be used.

registered to rapid key dialing Only from the machine having Sharp

relay broadcast instructing transmission function

relay broadcast transmission function

10 groups

120 items in rapid key dialing, 240 items in speed dialing

(8) Confidential function

Confidential transmission

Other station Only Sharp machine having

confidential function

(9) Scan specification

Page division YES (Allowed only from OC) Page coupling NO

(10) Priority function

Transmission reservation interrupt

Broadcast interrupt YES (by direct transmission)

YES (by direct transmission)

(11) Serial transmission function

Serial transmission NO

(12) Rotation transmission

Paper size AB series A4

Inch series 8.5 x 11

→ A4R, 8.5 x 11 → 8.5 x 11R

→ 8.5 x 11R, A4 → A4R,

(13) Book document transmission

Transmission method By OC mode Page division YES

AR-FX4 OUTLINE/SPECIFICATIONS - 2

Page 5

(14) Finish stamp

(15) Bulletin board, polling transmission functions

Bulletin board Bulletin board YES Protection function

Check by other party’s number YES Check by matching of system number (user’s

own machine), ID number (other party’s machine) (between Sharp machines only)

YES

6. Reception function system

(1) Reception mode

Default setup Automatic reception (Reception

Automatic reception

Manual reception

Dial-in NO Answering machine connection Reception mode time switch NO

Automatic reception setup

Number of calls 0 to 9 times (Factory setup 2

Automatic switching of Telephone/Fax Non-call reception Allowed by setting the number of

Manual reception setup Setup for switching to automatic reception Number of calls to switch to automatic reception in manual reception mode

Answering connection

(2) Zoom reception

Reduction Reduction to

Enlargement NO

regular size Reduction between

regular sizes

(3) Memory reception function

Proxy reception Only when output is disabled. Compulsory memory reception NO

(4) Received data override output

YES

(5) Transfer

Transfer destination registration YES (Registered by key operator

Transfer procedure YES (Operated with function

(6) Specified number reception

Reception of only specified numbers allowed NO Reception of specified numbers inhibited YES

(7) Confidential function

Confidential reception

Sender Sharp machine having

Confidential box Registered up to 10 boxes Confidential box

name Confidential ID

code

state switchable) YES

times, variable) NO

calls to 0. YES

YES (ON/OFF by key operator program)

YES (by print condition setup of key operator program)

program)

menu)

confidential function only

36 letters

May be set per confidential box

(8) Rotation reception

Paper is outputted by rotating 90 degrees to the set direction of paper in cassette

(9) Division reception

Division size When no paper for reception of long

document

Division reception setup YES (by print condition setup of key

operator program)

(10) Duplex reception

(11) 2 in 1 reception

(12) Polling (send request)

Polling YES Resolution at send request

Variable by soft SW. Default: fine

(13) Turn around transmission

7. Registration system

(1) Number registration

Speed dialing

Rapid key dialing

Group dialing

Number of items 300 items Number of digits of

other party’s number

Registered name 36 letters Searched letters Up to 10 letters User tag classification International communication

mode setup Transmission

method Number of items 50 items Number of digits of

other party’s number

Registered name 36 letters Searched letters Up to half-size 10 letters User tag classification International communication

mode setup Transmission

method Registered key Rapid dialing key Max. number of registration per

group dialing Registerable

number

Registered name 36 letters Searched letters Up to 10 letters User tag classification Transmission method

40 digits

YES

Speed dialing key + (000 to 299) + Start key

40 digits

YES

Rapid dialing key (01 – 50)

100 items (The total number of registration is 150 items.)

Numbers registered to speed dialing, rapid dialing, and numbers entered with 10-key

Rapid dialing key

AR-FX4 OUTLINE/SPECIFICATIONS - 3

Page 6

Program Number of items 9 items

Registerable item All items that can be set in

transmission, except for time

setup Registered name 36 letters Call method By pressing program key Change in setup

after calling

YES

(2) Sender registration

Sender’s name 36 letters, registered with key operator program Sender’s number 20 digits, registered with key operator program

(3) Polling (send request), bulletin board (remote

transmission) allow number registration)

Send request allow number

System number

ID number ID number

Registration of other party to which send request is made

System number registration

registration

10 digits, 20 digits, registered by

key operator program

Up to 1 number, registered in key

operator program

Up to 10 items in 4 digits.

Registered by key operator

program.

(4) Letter input

Input method Key entry YES Letters allowed for input

Half-size characters

Alphabet, Numerical figures,

Special characters, Codes

(5) Registered data write

YES (Service tool. Dial registration can be made with PC.)

(6) Date/time adjustment

Registered by key operator program.

(7) Backup

Backup of registration in power failure

SRAM used, by built-in battery

8. Telephone function system

Handset NO On-hook function YES Reserve NO Pause YES (1 to 15sec: Default 2sec, set

Telephone transmission in power failure

Sound volume adjustment

Tone pulse switch PULSE/TONE selection with key

External telephone connection

Call sound volume

Line monitor sound

On-hook sound YES (Set by key operator program to

Scan end sound

Communication end sound

Remote reception switch

by key operator program) No (However, external telephone

transmission is allowed.) YES (Set by key operator program to

Large/Medium/Small/No sound.) YES (Set by key operator program to

Large/Medium/Small/No sound.)

Large/Medium/Small.) YES (Set by soft switch to Large/

Medium/Small/No sound.) YES (Set by soft switch to Large/

Medium/Small/No sound.)

operator program. YES

YES (Switch number is in 1 digit +

∗∗

∗∗)

9. Memory system

Memory capacity Standard 2MB

Option Up to 8MB (+2MB/+4MB/+8MB)

Memory content (transmission reservation) confirmation

Memory use status YES (% display) Document data memory backup in power failure

LCD display YES Printout YES

YES (Flash memory)

10. Additional information function for transmission

Page counter YES Date printing YES (Year/month/day, Year

in 4 digits)

Cover paper function

Transmission message

Sender print function

Date/ display sequential switch

Cover

Date YES

paper

Receiver’s

item

name Receiver’s number Sender’s name Sender’s number Display of number of documents transmitted Transmission message Print paper size

Regular message CONFIDENTIAL/PLS.

User message NO Sender’s number 20 digits, registered with

Sender’s name 36 letters

YES

A4 (AB series)

8.5 x 11 (Inch series)

DISTRIBUTE/URGENT/ PLS. CALL BACK/IMPORTANT

key operator program

11. Additional print function when receiving

Index print YES (Set by key operator program)

AR-FX4 OUTLINE/SPECIFICATIONS - 4

Page 7

12. Recording table system

(1) Communication record function

Communication record table size AB series A4 (Not output when

Inch series

Communication record memory capacity Communication record table

Time-specified communication table

Confidential reception check table

Number of items

Time-specified output

Output when recording memory full

Output of individual department

50 items in total of transmission and reception Max. 50 items for each of transmission and reception (Total of transmission and reception is up to 50 items.) Record table is outputted separately. If registration exceeds 50, the oldest one is deleted. YES (2 times per day)

Soft SW provided

YES (Communication time of each department is outputted as department management record table.)

Common with transmission record table

YES

(2) Communication result report function

Communication result table (transmission)

YES (Select Always print/in failure of transmission/no print. With key operator program)

(3) Report function

Broadcast communication report Communication result table (reception) Communication result table (confidential reception) Document content print in transmission error

YES (Select Always print/in failure of transmission/no print. With key operator program) YES (Select Always print/in failure of transmission/no print. With key operator program) YES (Select Always print no print. With key operator program)

YES (Some part of the first page is printed: ON/OFF setup by key operator program. Confidential transmission data are never printed.)

(4) Other report list

Rapid key dialing table

Speed dialing table YES (Speed dialing table) Group table YES (Group number table Telephone number table

Transmission message list

ID/Senders list YES Confidential ID table Soft switch list YES Memory image deletion table

YES (Rapid key table)

YES (Table of searched letters in rapid key dialing, speed dialing, and group dialing in alphabetical order) NO

YES

paper greater than A4 is not set.)

Letter (not output if size setting is not Letter or larger)

13. Others

CSI transmission function

Department management

Operation panel display

Automatic booting mode NO

CSI transmission YES

Limitation on users in each department

Number of departments registered

Charge management function for each department

LCD 19 letters x 5 lines

YES

20 items

AR-FX4 OUTLINE/SPECIFICATIONS - 5

Page 8

[3] INSTALLATION PROCEDURE

1. Install of expansion kit

A. Parts included

Fax key unit: Fax PWB TEL/LIU PWB

Speaker unit: M3 golden screws:

2 pcs.

PWB spacers: 2 pcs. Fax connector cover:

1 pcs.

M3 screws with washer: 6 pcs.

Line cable: 1 pcs.

2) Attach the fax key unit. Connect the flat cable to the fax key unit, attach the fax key unit to

the operation panel, and use the screw to fix it. Close the front cover of the copier.

Fax key unit

Screw

Front cover

3) Remove the shielding plate and the left rear cabinet. Remove the 5 fixing screws on the shilding plate and take off the

shilding plate with inserting the flatblade screwdriver, etc. Next, remove the 5 fixing screws on the left rear cabinet, and slide

it backward to remove.

Supplied label:

1 sheet

Operation manuals:

2 pcs.

Writing label: 1 sheet Installation manual:

1 sheet

B. Installation

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

1) Remove the fax dummy cover. Open the front cover of the copier, remove the screw that fixes the

fax dummy cover, and remove the fax dummy cover.

Fax dummy cover

Screw

(2)

(1)

Screws

Shielding plate

4) Work the left rear cabinet. Cut and remove the cut-out portion from the left rear cabinet using

a tool such as nippers. Be careful about the direction of the tool so that the cut surface is

flat.

Screws

Cut-out portion

Left rear cabinet

Front cover

AR-FX4 INSTALLATION PROCEDURE - 1

Page 9

5) Attach the speaker. Attach the speaker to the left rear cabinet using supplied two

golden screws (M3).

M3 golden screws

8) Reattach the left rear cabinet.

1. Pass the speaker harness through the hole of the frame of the fax expansion PWB and connect it to the connector of the fax PWB.

2. Fit the pawls of the left rear cabinet to the mounting portions of the main unit. Slide the cabinet toward the front of the main unit to attach it.

3. Fix the left rear cabinet with 2 screws.

4. Attach the supplied fax connector cover.

Speaker harness

Screw

6) Attach the fax PWB. Mount the two spacers on the fax PWB. Next, insert the fax PWB connector into the connector on the

expansion PWB, install with 4 M3 screws with washer.

M3 screws with washer

Fax PWB

Spacers

M3 screws with washer

7) Attach the TEL/LIU PWB. Insert the TEL/LIU PWB connector into the fax PWB connector,

attach 2 spacers on the TEL/LIU PWB, and attach the TEL/LIU PWB with 2 M3 screws with washer.

Left rear cabinet

Fax connector cover

Screw

Pawls

9) Reattach the shielding plate. Fit the pawls of the shielding plate to the main unit and secure the

plate using five screws.

Screws

TEL/LIU PWB

Spacers

Insert the power plug of the copier to the outlet and turn on the main switch. Then, carry out the following procedure.

10) Date/time setting Press [SPECIAL FUNCTION] key on the operation panel, select

[KEY OPERATOR PROGRAM]. Input 5-digit Key Operator Code with 10-key, and select [FAX] in Mode Select.

Select [DEFAULT SETTING], [DATE/TIME SETTING], and input month/day/year in this order, and press [OK] to set.

M3 screws with washer

AR-FX4 INSTALLATION PROCEDURE - 2

Input hour/minute in this order, and press [OK] to set.

Shielding plate

Page 10

11) Paste the label on the left rear cabinet of the copier. Paste the FCC label to the position shown in the illustration.

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 Equivalence (Canada). After installing the FAX expansion kit in the machine, please put the registration label, packed with the kit, on the prescribed location.

FCC label

2. Mounting of additional memory

(AR-MM5, MM6, MM7)

• When mounting memory, turn off the main unit.

1) Remove the fax connector cover using a flatblade screwdriver or the like.

2) Insert the memory card securely so that the model name is on the rear side.

3) Reattach the fax connector cover.

• Turn on the main unit.

(When turning on the main unit just after expansion, the system check time will become longer due to memory initialization.)

4) Make certain that the memory was expanded by displaying SW list with SIM 66-21.

Fax connector cover

Memory card

AR-FX4 INSTALLATION PROCEDURE - 3

Page 11

[4] ADJUSTMENTS

Section Adjustment items Adjustment procedures

1 Density section A FAX mode density adjustment (Overall mode) <FAX mode> SIM 46-12

B FAX mode density adjustment (Individual mode) <FAX mode> SIM 46-13 – 46-16

2 Communication section A Dial test <FAX mode> SIM 66-13

1. Density section

A. FAX mode density adjustment (Overall mode)

(<FAX mode> SIM 46-12)

1) Set the test chart (TPAP-2109SCZZ <CCITT #3 chart>) on the OC table as shown below, and close the OC cover.

Glass holding plate

2) Switch to the FAX mode and execute SIM 46-12.

3) After warming up, shading is performed and the current density level is displayed on the lower two digits of the display section in standard and auto density mode.

4) Enter the set value with the 10-key to adjust the FAX image density.

5) Make a copy, and adjust so that the following adjustment specification is satisfied.

∗ When an adjustment is made in this mode, the exposure level for

each communication mode and each density mode are automatically adjusted accordingly.

Density

Auto Standard FAX

mode

Resolution

mode

SIM

mode 46-12

CCITT #3

chart output

result

“3” is slightly copied.

Set value

The greater the set value is, the greater the density is, and vice versa.

Set

range

0 – 99

B. FAX mode density adjustment (Individual mode)

(<FAX mode> SIM 46-13 – 16)

1) Set the test chart (TPAP-2109SCZZ <CCITT #3 chart>) on the OC table as shown below, and close the OC cover.

Glass holding plate

2) Switch to the FAX mode and execute SIM 46-13 to 46-16 depending on the adjustment mode.

3) After warming up, shading is performed and the current density level is displayed on the lower two digits of the display section.

4) Enter the set value with the 10-key to adjust the FAX image density.

5) Make a copy, and adjust the density with the copy as a reference.

Resolution

mode

Standard Switched with the

Fine Switched with the

Super fine Switched with the

Ultra fine Switched with the

Density

changeover

density select key.

SIM Set value

FAX mode 4613 FAX mode 4614 FAX mode 4615 FAX mode 4616

The greater the set value is, the greater the density is, and vice versa.

Set

range

0 – 99

AR-FX4 ADJUSTMENTS - 1

Page 12

2. Communication section

Note: These items are factory adjusted when shipping according to

FCC standards. Therefore, do not change the setting in the market.

A. Dial test (<FAX mode> SIM 66-13)

(1) Dial pulse transmission test

1) Execute SIM 66-13 in FAX mode.

2) Execute the dial pulse mode according to the instructions on the LCD display.

SELECT SIGNAL 1:PULSE 2:DTMF

3) Select the dial pulse.

SELECT PULSE 1:10PPS 2:20PPS

4) Set the make time.

INPUT MAKE TIME (0-15) _

5) Select the dial to be transmitted. Default: 0123456789 (After deleting with the clear key, it can be set to any desired

value.)

6) Transmission is started from the line.

∗

SEND yyPPS xxm s 1:YES 2:NO

6) Start transmission from the line.

H:xx L:yy 1:YES 2:NO

xx: High group soft SW set value yy: Low group soft SW set value

SENDING DTMF

Soft SWInitial

SW 531 – 4 SW 535 – 8

DTMF transmission level

High group Low group

SIM

(FAX mode) 6613 (Test only)

value

3.5dB (7)

Set value

SW set value: 0 – 15 Transmission level: 0 – 7.5dB

0.5ms step (Binary input)

SENDING yyPPS xxm s

Soft SWInitial

Dial pulse make time

10 PPS

20 PPS

SIM

FAX mode 66-13

SW 671 – 4

SW 675 – 8

value

40ms (14)

0ms 0 fixed

Set value

SW set value: 0 – 15 Make time: 26 – 41ms

1ms step (Binary input)

(2) DTMF signal transmission level adjustment

1) Execute SIM 66-13 in the FAX mode.

2) Execute the DTMF mode according to the instructions on the LCD display.

SELECT SIGNAL 1:PULSE 2:DTMF

3) Select the signal transmission level. The signal transmission level is classified into two groups: the high

group, and the low group. Transmission can be made with either of default and the soft SW

set value.

SELECT HIGH LEVEL 1:DEFAULT 2:SOFT SW.

SELECT LOW LEVEL 1:DEFAULT 2:SOFT SW.

4) The transmission level can be set when the following menu is displayed on the LCD. (et value 1 = 0.5dB change)

INPUT VALUE (0-15) _

(This value is returned to the original value when the simulation mode is canceled.)

5) Select the dial signal to be transmitted.

∗

Default: 0123456789 (After deleting with the clear key, it can be set to any desired

value.)

AR-FX4 ADJUSTMENTS - 2

Page 13

[5] SIMULATION

1. Entering the simulation mode/cancel of

simulation mode

Procedure Key operation

1 Simulation mode selection

2 Main code selection

3 Sub code selection

Selection of the mode and

item

5 Start simulation operation

Returns to the sub code selection.

Simulation mode clear

→

INTERRUPT

10-key

START

INTERRUPT

• Selection of the main code and the sub code is set with the [START]

key.

• There are two or more screens, the adjustment "Current page/Max.

] key (previous page) or [↓] key to select

page" is displayed. Press [

↑

a screen.

2. Simulation code list

Code

Main Sub

8 13 Used to check and adjust the operation of the

developing bias voltage in FAX mode and the control circuit.

14 Used to check and adjust the operation of the main

charger grid voltage (high mode) in FAX mode and the control circuit.

15 Used to check and adjust the operation of the main

charger grid voltage (low mode) in FAX mode and

the control circuit. 22 11 FAX related counter display 24 10 FAX related counter clear 26 1 Used to set options. (This simulation is used to

make option setting when an option is installed.)

60 Used to set enable/disable of the FAX mode key

when FAX is not installed. (When FAX is installed,

the FAX mode is enabled regardless of this setup.) 46 12 FAX exposure level adjustment (batch)

13 to 16FAX exposure level adjustment (individual)

48 8 FAX magnification ratio adjustment (read)

9 FAX magnification ratio adjustment (print)

10 FAX auto reduction magnification ratio (print).

50 8 FAX lead edge adjustment (read)

9 FAX lead edge adjustment (print)

66 1 FAX related soft SW setting

2 Initial set for the value of the FAX soft SW 3 FAX PWB memory check 4 Signal send mode 6 Printing the confidential password

7 Image data print 10 Image data memory clear 11 300bps signals send 13 Send test and adjustment of the dial pulse and

DTMF signal. 17 DTMF signal send 21 FAX information print 30 TEL/LIU state change recognition 32 Receive data check 34 Communication time measurement display

Function

→ →

(Input main code)

(Input sub code)

and

↑ ↓

INTERRUPT

→

START

→

START

Code

Main Sub

Function

37 Speaker sound volume adjustment

38 Time setting/check 50 The FAST area of SRAM is cleared.

3. Details

8-13

Purpose Adjustment/Operation test/check Function

(Purpose)

Section Image process (Photoconductor/Developping/

Operation/procedure

Enter the adjustment value and press the [OK] key, and output operation is performed for 30sec. (Initial screen) (Executing screen)

Sim8-13 DV BIAS FAX FAX 426

EXEC [200-550] 4260

Setting range 200-550 Default 426

The minimum increment is 2V. The result of (Set value – 199) / 2 is stored in the EEPROM. When reading a value from the EEPROM, the value of (EEP value *2) + 200 is used as the set value. Therefore, the set value entered must be an even number. If an odd number is entered the entered odd number + 1 is displayed after pressing [OK] key.

8-14

Purpose Adjustment/Operation test/check Function (Purpose)

Section Image process (Photoconductor/Developping/

Operation/procedure

Enter the adjustment value and press the [OK] key, and output operation is performed for 30sec.

The input value is in the increment of –25V. (Initial screen) (Executing screen)

Sim8-14 MHV(H) FAX FAX 5

EXEC [ 1- 8] 5

Setting range 1-8 Default 5

Used to check and adjust the operation of the developing bias voltage in FAX mode and the control circuit.

Transfer/Cleaning) Developer/Toner hopper

Sim8-13 DV BIAS FAX FAX 426

EXEC [200-550] 426

Used to check and adjust the operation of the main charger grid voltage (high mode) in FAX mode and the control circuit.

Transfer/Cleaning) Photo conductor

Sim8-14 MHV(H) FAX FAX 5

EXEC [ 1- 8] 5

AR-FX4 SIMULATION - 1

Page 14

NO. Set value Grid High Grid Low

1 480 –480V –350V 2 505 –505V –375V 3 530 –530V –400V 4 555 –555V –425V 5 580 –580V –450V 6 605 –605V –475V 7 630 –630V –500V 8 655 –655V –525V

*1. The negative value of the set value corresponds to the grid high

output voltage. *2. The set values can be selected from the above 8 patterns only. *3. The selected pattern determines the grid high voltage and the grid

low voltage.

If, for example, the grid high voltage is set to –480V (pattern 1), the

grid low voltage is –350V.

8-15

Purpose Adjustment/Operation test/check Function

(Purpose)

Section Image process (Photoconductor/Developping/

Operation/procedure

Enter the adjustment value and press the [OK] key, and output operation is performed for 30sec. (Initial screen) (Executing screen)

Sim8-15 MHV(L) FAX FAX 5

EXEC [ 1- 8] 5

Setting range 1-8 Default 5

NO. Set value Grid High Grid Low

1 480 –480V –350V 2 505 –505V –375V 3 530 –530V –400V 4 555 –555V –425V 5 580 –580V –450V 6 605 –605V –475V 7 630 –630V –500V 8 655 –655V –525V

*1. The negative value of the set value corresponds to the grid high

output voltage. *2. The set values can be selected from the above 8 patterns only. *3. The selected pattern determines the grid high voltage and the grid

low voltage.

If, for example, the grid high voltage is set to –480V (pattern 1), the

grid low voltage is –350V.

Used to check and adjust the operation of the main charger grid voltage (low mode) in FAX mode and the control circuit.

Transfer/Cleaning) Photo conductor

Sim8-15 MHV(L) FAX FAX 5

EXEC [ 1- 8] 5

22-11

Purpose Adjustment/Setting/Check Function

(Purpose)

FAX related counter display

Operation/procedure

The current counter value (number of send/receive pages) of the FAX send/receive counter and the accumulated reception time and the print counter are displayed.

Note: Executable only when the FAX is installed.

24-10

Purpose Adjustment/Setting/Check Function (Purpose)

Operation/procedure

The current counter value (number of send/receive pages) of the FAX send/receive counter and the accumulated reception time and the print counter are cleared to 0.

Note: Executable only when the FAX is installed.

FAX related counter clear

26-1

Purpose Setting Function

(Purpose) Item Specifications Option

Operation/procedure

Set the job separator.

Sim26-1 OPTION SET. JOB SEPARATOR 0 (0:NONE 1:JOB SEPARATOR) [ 0- 1] 0

26-60

Purpose Setting Function (Purpose)

Item Operation

Operation/procedure

Input the set value with the 10-key and press the [OK] key. This setup varies in connection with SIM 26-6 (Destination setup).

Sim26-60 FAX KEY FAX KEY SETTING 0 (0:ON 1:OFF)

[ 0- 1] 0

Display

items

0:ON

1:OFF

Used to set options. (This simulation is used to make option setting when an option is installed.)

Set value Connection option

0 None (default) 1 Job separator provided.

Used to set enable/disable of the FAX mode key when FAX is not installed. (When FAX is installed, the FAX mode is enabled regardless of this setup.)

Default

Content

Effective (The message with FAX uninstalled is displayed.) Disable (Error Beep)

Setting

range

0-1 0 1

JAPAN,

SEC, SECL,

SUK, SCA

Others

AR-FX4 SIMULATION - 2

Page 15

46-12

Purpose Adjustment Function (Purpose)

Operation/procedure

Shading is performed to turn on the copy LED. The current exposure value of "Normal character, Auto exposure" mode is displayed. Enter an adjustment value of 2 digits with the 10-key and press the START key, and the entered value will be set to all the modes and the self print will be made in the normal size.

Exposure adjustment value table

Mode AE Photo Exposure adjustment STD (Standard character)

Fine (Small character)

S-fine (Fine)

U-fine (Super fine)

When initializing each data: 50 Note: Executable only when the FAX is installed.

46-13 to 16

Purpose Adjustment Function

(Purpose)

Operation/procedure

The FAX exposure level can be adjusted separately for each mode by specifying a sub code. Since selection of Auto/Manual and Photo ON/ OFF is allowed separately for each mode, adjustments of 14 patterns in total can be made.

(Refer to 46-12, "Exposure adjustment table".)

Sub code Mode

13 STD (normal character) 14 Fine (small character) 15 S-fine (super fine)

16 U-fine (super fine) Shading is performed to turn on the copy LED. The current exposure value of the selected mode is displayed. Enter the 2-digit adjustment value with the 10-key pad and push

START key. The entered value is set for the specified mode, and the self print is made with the same magnification ratio for the mode.

Note: Executable only when the FAX is installed.

FAX exposure level adjustment (batch)

Auto Manual Auto Manual Auto Manual Auto Manual Auto Manual Auto Manual Auto Manual Auto Manual

FAX exposure level adjustment (individual)

ON –

OFF

Individual adjustment

OFF

enable

(46-13 to 16)

48-8

Purpose Adjustment Function (Purpose) Related soft SWSW76-1 to 8, SW77-1 to 8

Operation/procedure

Adjust and set FAX document read magnification ratio, read and print the document.

Adjustment magnification ratio

OC read main scanning magnification ratio

OC read sub scanning magnification ratio

SPF read main scanning magnification ratio

SPF read sub scanning magnification ratio

Note: Executable only when the FAX is installed.

48-9

Purpose Adjustment Function (Purpose) Related soft SW SW78-1 to 8, SW79-1 to 8

Operation/procedure

After the adjustment/setting of FAX print magnification ratio, read and print the document.

Adjustment magnification ratio

Main scanning magnification ratio Sub scanning magnification ratio

Note: Executable only when the FAX is installed.

48-10

Purpose Adjustment Function (Purpose) Related soft SW SW25-1 to 4

Operation/procedure

Set the FAX auto reduction magnification ratio (0 to 15%). Note:Executable only when the FAX is installed.

FAX magnification ratio adjustment (read)

Adjustment

range

1 – 128 –

255%

FAX magnification ratio adjustment (print)

Adjustment

range

1 – 128 –

255%

FAX auto reduction magnification ratio (print).

Adjustment

unit

0.1%

increment

Adjustment

unit

0.1%

increment

50-8

The adjustments on the machine side must have been normally completed.

Purpose Adjustment Function

(Purpose) Related soft SW SW44-1 to 4, SW44-5 to 8

Operation/procedure

Adjust and set FAX document read lead edge position, read and print the document.

FAX lead edge adjustment (read)

SW45-1 to 4, SW45-5 to 8

AR-FX4 SIMULATION - 3

Page 16

OC read

Read area

Adjustment position Adjustment range

SPF read

Read area

Adjustment

unit A OC read lead edge position 43 – 50 – 57 lines 8 lines B OC read left edge position 43 – 50 – 57 dots 8 dots C OC read rear edge position 43 – 50 – 57 lines 8 lines D OC read right edge position 43 – 50 – 57 dots 8 dots E SPF read lead edge position 43 – 50 – 57 lines 8 lines

F SPF read left edge position 43 – 50 – 57 dots 8 dots G SPF read rear edge position 43 – 50 – 57 lines 8 lines H SPF read right edge position 43 – 50 – 57 dots 8 dots

Note: Executable only when the FAX is installed.

50-9

Purpose Adjustment Function

FAX lead edge adjustment (print)

(Purpose) Related soft SW SW74-1 to 4, SW75-5 to 8

Operation/procedure

After the adjustment/setting of FAX print lead edge position, read and print the document.

Adjustment position Adjustment range

Adjustment

unit A Lead edge position 43 – 50 – 57 lines 16 lines B Left edge position 43 – 50 – 57 dots 16 dots

Note: Executable only when the FAX is installed.

66-1

Purpose Adjustment/Setting/Check Function

(Purpose)

Operation/procedure

Display FAX software SW on LCD, and set/change those with 10-key. Note: Executable only when the FAX is installed.

66-2

Purpose Adjustment/Setting/Check Function (Purpose)

Operation/procedure

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

Note: Executable only when the FAX is installed.

FAX related soft SW setting

Initial set for the value of the FAX soft SW

66-3

Purpose Adjustment/Setting/Check Function

FAX PWB memory check

(Purpose)

Operation/procedure

Read/write can be checked for FAX PWB memory. The check result is displayed separately for each memory.

1. Memory to be checked DRAM

SRAM Flash ROM Program area SUM check only

Memory area

Option memory The memory size follows the

automatically detected value.

PAGE

2. Detailed procedure

1 "55H" is written to all the addresses of each memory, and the

address data are read in sequence to check that they were properly written.

2 "AAH" is written to all the addresses of each memory, and the

address data are read in sequence to check that they were properly written.

3 "00H" is written to all the addresses of each memory, and the

address data are read in sequence to check that they were properly written.

4 Perform checks 1 - 3 sequentially. If there is no abnormality, it is

"OK." If there is any abnormality, "NG" is notified to the error address.

5 After completion of check, the memory is returned to the initial

state.

(CPU is not reset) Interruption cannot be made during operation. Note: Executable only when the FAX is installed.

66-4

Purpose Adjustment/Setting/Check Function

Signal send mode

(Purpose) Related soft SWSW5-5 to 8 (signals send level)

SW23-1 to 4 (RBT ON time) SW23-5 to 8 (RBT OFF time) SW43-1 to 5 (DTMF signal send time)

Operation/procedure

By setting the message No., the signal is sent to the line and the speaker of the body. (The signal is continuously sent until the interruption command is provided by pressing the [BACK] key.)

The signal send level can be selected from 0dB or the soft SW set value. However, the level setup is not required for 01, 31 - 35, the selection may does not appear. After completion of the mode, the signal send level is returned to the soft SW set value before execution of the mode.

Signal

number

Send signal

Send level

Selection menu 01 Signal not send None 26 7EH Flag signal Yes 27, 28, 30 Tone signal Yes 31 Pseudo-ringer sound

None

([ON HOOK] key ON)

32 Voice message (no sound) None

Under the state where the ring back tone can be sent to the line, keep the sound composition IC volume to

AR-FX4 SIMULATION - 4

Page 17

Signal

number

Send signal

Send level

Selection menu

33 Ring back tone (no sound) None

Under the state where the ring back tone can be sent to the line, keep the G/A volume to 0.

34 Dial pulse (make) 1: 0dB

Maintain the make state with

2: Soft SW

keeping the condition to be able to send to the dial pulse line.

35 Dial pulse (break) 1: 0dB

Maintain the break state with

2: Soft SW

keeping the condition to be able to send to the dial pulse line.

Other than

FFH Yes

the above

Note: Executable only when the FAX is installed.

66-6

Purpose Adjustment/Setting/Check Function

Printing the confidential password

(Purpose)

Operation/procedure

The confidential ID table (confidential BOX numbers, confidential BOX names, and confidential password) is printed.

The confidential data of My company mode is printed separately. Note: Executable only when the FAX is installed.

66-7

Purpose Adjustment/Setting/Check Function

Print the screen memory contents

(Purpose)

Operation/procedure

Used to input all image data (including confidential reception data, remote send image, not-sent image) stored in image memory of the FAX section.

The output image is remained even after outputting. Note: Executable only when the FAX is installed.

66-10

Purpose Adjustment/Setting/Check Function

Image data memory clear

(Purpose)

Operation/procedure

Used to clear all image data (including confidential reception data) stored in image memory of the FAX section.

The management table is also cleared (initialized) at the same time. Note: Executable only when the FAX is installed.

66-11

Purpose Adjustment/Setting/Check Function

300bps signals send

(Purpose)

Operation/procedure

By setting the signal number, the specified signal is delivered to the line at the speed of 300bps. (The signal is continuously sent until the interruption command is provided by pressing the [BACK] key.)

The signal send level can be selected from 0dB or the soft SW set value.

The signal send level is returned to the soft SW set value before execution of the mode after completion of the mode.

Number Signal Number Signal

1 No signal (CML ON) 4 00000 2 11111 5 010101 3 11110 6 00001

Note: Executable only when the FAX is installed.

66-13

Purpose Adjustment/Setting/Check Function

(Purpose)

Send test and adjustment of the dial pulse and DTMF signal.

Related soft SW SW53-1 to 4 (DTMF high group end level)

SW53-5 to 8 (DTMF low group send level) SW67-1 to 4 (DP 10PPS make time) SW67-5 to 8 (DP 10PPS make time)

Operation/procedure

The send test of dial pulse and DTMF signal is performed and the make time adjustment of dial pulse and the DTMF signal send level adjustment are performed if necessary.

1. Dial pulse (10pps) send test

2. Dial pulse (20pps) send test

• Used to set the make time. By performing the test, the registered dial pulse of max. 100 digits can be sent from the line.

• When "*" and "#" are included in the registered dial number, they are disregarded and the number is not processed as a dial.

• The make time set in the dial test is written into the corresponding soft SW.

• Default: 1 2 3 4 5 6 7 8 9 0

] [ → ] key in DP dial selection menu to switch.

Operate the [ (Time before pulse delivery can be changed as 2sec

←

→ 4sec →

8sec.)

3. DTMF signal send test

• Set the signal send level to 0dB or the soft SW set value. Used to set the high level group and the low level group of DTMF signal send level. By executing the test, DTMF signal is sent from the line to a recorded dial number of max. 100 digits.

• The high group/low group value of the DTMF signal send level set in the dial test is written into the corresponding soft SW.

• Default: 1 2 3 4 5 6 7 8 9 * 0 #

] keys to select.

In the PB dial select menu, press [

←][→

Pressing the [CLEAR] key during the operation clears the input value and returns to the value input menu.

• Max. 100 digits can be assigned to each dial (0 - 9, *, #). While the default value is displayed at first, a desired value can be entered and the entered value is stored on the FAX side until the menu is canceled.

• After completion of the mode, the signal send level is returned to the soft SW set value before execution of the mode.

Make time 1ms for input value of 1. Adjust so that the dial pulse

make rate is within 33±3%. (For North America, 40±3%.) Dial pulse make rate =

Make time / (Make time + Break time)

Break time It is obtained from the formula below and

automatically set.

PPS = 1000 / (make time + break time) DTMF signal adjustment

The signal send levels are classified into the high

group and the low group. The send level is 0.5dB for

each 1 of input value.

Note: Executable only when the FAX is installed.

AR-FX4 SIMULATION - 5

Page 18

66-17

Purpose Adjustment/Setting/Check Function (Purpose) Related soft SW SW53-1 to 4 (DTMF high group end level)

Operation/procedure

Set the signal send level to 0dB or the soft SW set value, and specify one dial to be delivered to.

The DTMF signal of the specified dial number is delivered until the interruption command is provided by pressing the [BACK] key.) When another dial number is specified during delivery of the signal, the new dial number is delivered.

The signal send level is returned to the soft SW set value before execution of the mode after completion of the mode.

Note: Executable only when the FAX is installed.

66-21

Purpose Adjustment/Setting/Check Function (Purpose)

Operation/procedure

The following FAX information is printed.

Print information Details 1 User switch list 2 Soft SW list 3 Dump list 4 System error Used to print the system error log (error

5 Protocol monitor Regardless of soft SW19-1 status, the

Note: Executable only when the FAX is installed.

66-30

Purpose Adjustment/Setting/Check Function

(Purpose)

Operation/procedure

When the relay state of the polarity reverse relay, the external telephone hook switch is changed, the content of change is displayed regardless of the soft SW setup. The display of change is kept until an interruption command is supplied by pressing the [BACK] key.

Check signal

HS2 —— HS1 ——

RHS ON OFF

EXHS ON OFF

Note: Executable only when the FAX is installed.

DTMF signal send

SW53-5 to 8 (DTMF low group send level)

FAX information print

number and time). For this operation, the system error log is always stored as the ring buffer in the SRAM 256byte area.

protocol monitor of the preceding communication is printed. (Printing is allowed at any time before starting the next communication.) For this operation, the protocol monitor of one communication is always buffered.

Recognize TEL/LIU state change.

Notification contents

Signal low Signal high

66-32

Purpose Adjustment/Setting/Check Function (Purpose)

Operation/procedure

The data received from the line are checked to insure that the following reception data are identical to the judgment data. If identical, "OK" is notified. If not, "NG."

A judgment is made according to the reception start data. Continuous coincidence is required.

Receive speed 300bps Receive data 00 Number of judgment data 100

Note: Executable only when the FAX is installed.

66-34

Purpose Adjustment/Setting/Check Function (Purpose) Related soft SW SW10-1

Operation/procedure

The send/receive test is performed, and the time required for send/ receive of the image data in the test is measured and displayed.

Setup on the user side when executing communication

Measuring range

Mode when measuring

How to check the time

Measuring unit

When there are two or more send/receive operations of image data in one communication, only the time of the last send/receive data near the end is measured.

Note: Executable only when the FAX is installed.

66-37

Purpose Adjustment/Setting/Check Function

(Purpose) Related soft SW SW 86-1, 2 (call sound)

Receive data check

Communication time measurement display

Communication means Picture quality Density ECM Sender information

Send From flag reception before sending of

image data until sending of RCP frame

Receive From flag reception before reception of

image data until reception of RCP frame Used to make communication not in a simulation process but in the normal screen and measure the time. Enter the simulation for communication time check and check the time. msec

Speaker sound volume adjustment

SW 85-1, 2 (line monitor sound) SW 84-1, 2 (on hook) SW 88-1, 2 (read end sound) SW 89-1, 2 (communication end sound) SW 87-1, 2 (DTMF send sound) SW75-1, 2 (send end sound length) SW75-3, 4 (receive end sound length)

: Memory send

: Normal Character : Lighter :ON :OFF

AR-FX4 SIMULATION - 6

Page 19

Operation/procedure

The following test sound is delivered to the line and the speaker to adjust the sound kind and volume.

The send level to the line is the set value of soft SW. The set values of the selected sound kind and volume are written to

each soft SW.

1. Sound kinds pattern

Sound kinds (Test sound)

Sound volume set value Sound

0 123

volume

Pattern 1 Call sound NS S M L 01 to 35 2 Lline monitor sound

NS S M L 01 to 35 (Test sound : Communication signal sound)

3 On hook

(Test sound :

Setting

Disable

S M L 01 to 35

Communication signal sound)

4 Read complete

NS S M L 01 to 35 sound

5 Communication

NS S M L 01 to 35 end sound

6 DTMF signal send

NS S M L 01 to 35 sound

NS=No Sound S=Small M=Medium L=Large

2. Sound volume pattern Sound

volume

VR set value

1234567 1234567

Sound

volume

VR set value

01 S M L 20 S M L 02 S M L 21 S M L 03 S M L 22 S M L 04 S M L 23 S M L 05 S M L 24 S M L 06 S M L 25 S M L 07 S M L 26 S M L 08 S M L 27 S M L 09 S M L 28 S M L 10 S M L 29 S M L 11 S M L 30 S M L 12 S M L 31 S M L 13 S M L 32 S M L 14 S M L 33 S M L 15 S M L 34 S M L 16 S M L 35 S M L 17 S M L 18 S M L

19 S M L S=Small M=Medium L=Large Note: Executable only when the FAX is installed.

66-38

Purpose Adjustment/Setting/Check Function

Time setting/check

(Purpose)

Operation/procedure

Read/write the time (year, month, day, min., sec.) on RTC of FAX PWB.

Note: Executable only when the FAX is installed.

66-50

Purpose Adjustment/Setting/Check Function

The FAST area of SRAM is cleared.

(Purpose)

Operation/procedure

Only the SRAM area where data related to FAST are stored is cleared. Note: Executable only when the FAX is installed.

AR-FX4 SIMULATION - 7

Page 20

[6] SOFT SWITCH DESCRIPTIONS

1. Quick reference of FAX soft SW setup change

Large item Medium item Switch content Key operator Soft SW No. Purpose of use

Dial (calling) Remote party

Redialing When error Recall interval Send function setup SW 4-1 – 4 When transmission errors occur frequently

Reception (receiving call)

External telephone

Communication General Transmission level NO SW 5-5 – 8 When remote machine cannot receive

Transmission G3/SG3 DIS reception

Reception G3/SG3 CSI transmission NO

calling inhibited

Signal detection Busy tone detection NO SW 7-3 When busy tone detection inhibited

When error Number of times of recall Send function setup SW 40-1 – 4 When busy Recall interval Send function setup SW 4-5 – 8 When line is busy frequently When busy Number of times of recall Send function setup SW 40-5 – 8 When CI detection inhibited

Setup of external telephone Remote switch number Remote switch setup

SG3 V34 mode function setup NO SW 52-7 When SG3 communication errors occur

SG3 V34 transmission speed Rapid key/speed dial, etc. When an error occurs in SG3

G3 V29 no-modulation

SG3 V34 reception speed NO When fall-down frequently occurs in SG3

G3 Countermeasure for

Pause time Initial setup SW 38-1 – 4 When dial inhibited/erroneous dial Dial calling signal Initial setup SW 41-1, 2 When dial inhibited DTMF related items NO SW 53-1 – 4 When dial inhibited in PB (PBX/FAX

NO SW 53-5 – 8 When dial inhibited in PB (PBX/FAX

NO SW 43-1 – 5 When dial inhibited in PB (PBX/FAX

Pulse (10PPS) NO SW 67-1 – 4 When dial inhibited with pulse

Busy tone detection NO SW 15-1 – 3 When busy tone detection error Dial tone detection NO SW 7-4

CI detection NO SW 12-6, 7 No reception CI signal OFF detection time YES/NO Initial setup SW 16-2 When connecting external telephone

Input of 2-digit number Initial setup SW 2-5 – 8 When remote switch is erroneously

YES/NO NO SW 8-5 When remote switch is erroneously

JBIG mode NO SW 10-8 When an error occurs in JBIG mode

V34 symbol rate NO SW 58-1 – 6 When SG3 communication errors occur

confirmation Line equalizer NO SW 5-1, 2 It is set depending on the distance with the

Manual transmission V34 NO SW 52-6 When SG3 communication error occurs in

carrier Modem transmission

speed RTN reception error NO SW 52-5 When the result is OK though RTN is

Max. reception length NO When receiving a document of 1m or more

Proxy reception NO Prevention against EQM dissipation

echo in reception Reception modem speed NO SW 7-7, 8 When line is in bad condition and fall-back

EYE-Q check only NO SW 72-1 Change in detection method of training

NO SW 55-1 – 7 No reception

Rapid key/speed dial, etc. SW 6-8 When an error occurs in phase B

NO SW 6-5 When V29 communication error occurs.

Rapid/speed dial, etc. SW 15-5 – 8 For certain/uncertain destinations

NO When line is in bad condition and errors

NO When an error occurs in phase B of

service, etc.)

detected

signals at a proper level.

frequently

station when a communication error occurs.

communication.

FAX service, etc.

received.

length

occur frequently.

communication.

reception.

or errors occur frequently.

error

AR-FX4 SOFT SWITCH DESCRIPTIONS - 1

Page 21

Large item Medium item Switch content Key operator Soft SW No. Purpose of use

Reception print Paper selection Sub scan length

judgment Output condition setup Reception function setup To make divided print instead of reduction

Automatic reduction print Reception function setup When reduction print is not made. Magnification ratio in

automatic reduction Rotation reception print NO When rotation print is not made. Reception size setup Reception function setup Reception capacity is indicated on the

Index Index print setup Reception function setup When an index is added to received data.

NO When print is not made on selected paper.

NO When reduction print is not made on a fixed

size paper.

transmission machine.

2. Soft switch list

When outside the set range, the default value is automatically set.

∗

Never change the soft switch setup which are inhibited to use.

∗

Data

NO.

No.

1 Size specification Bit No. 1 2

2 Conforms to the machine

3 Inhibited to use 0 4 Auto/Manual default

setup

5 Send request protection 1: Not protected 0: Protected Protected 0 6 Reduction send mode 1: Normal 0: Reduction Reduction 0 7 Contents of send

document are printed in

memory send error 8 Inhibited to use 0 1 Inhibited to use 0 2 0 3 0 4 0 5 Remote selection

number setup

6 Bit No. 7 0 8

1 Density default setup Bit No. 1 2 3 4 5

2 Light 1 0 0 0 0

3 Medium 00100

4 Dark 00001 0 5 0 6 Image quality priority

selection

7 Super fine 0 1 0

8 Fine + half-tone 1 0 1

Item Switch selection and contents of functions Initial value Remark

Centimeter size 0 0 Inch size 1 0

information. Conforms to the machine

information.

1: Manual reception 0: Automatic reception

1: Not print 0: Print

Binary input

Set range

Auto 00000

Slightly light 0 1 0 0 0

Slightly dark 0 0 0 1 0

Bit No. 6 7 8

Fine 0 0 1

Not used 1 0 0

Ultra fine + half-tone 1 1 1

5678 0 to 9

Conforms to the

machine information.

Automatic reception 0

Print 0

Auto

Normal

When set to conformity to the

machine information, if machine information is

uncertain, set to centimeter size.

Manual reception can be set only when external telephone is connected.

0 When a value

outside the set

range is set, the initial value is

set.

0Normal 0 0 0

0Ultra fine 0 1 1

0Super fine + half-tone 1 1 0

AR-FX4 SOFT SWITCH DESCRIPTIONS - 2

Page 22

Data

NO.

No.

1 Recall interval in

communication error

2 Bit No. 3 0 4

5 Recall interval in busy Binary input

6 Bit No. 7 1 8

1 Line equivalent unit [km] Bit No. 1 2

23.6km10

3 Inhibited to use 0

4 1 5 Signal send level Binary input 6 Bit No. 7 1 8 1 1 ECM 1: YES 0: NO YES 1 2 CED signal send 1: YES 0: NO YES 1 3 CSI transmission 1: YES 0: NO YES 1 4 DIS reception

confirmation in G3 send

5 Non-modulation carrier

in V.29 send 6 EOL detection timer 1: 25sec 0: 13sec 13sec 0 7 Countermeasure for

echo in reception

(CED tone send

interval) 8 Countermeasure for

echo in transmission

(After reception of DIS,

hold time up to signal

send is set.) 1 MH fixed 1: YES 0: NO (depending on the other

2 Dial tone detection 1: YES 0: NO NO 0 3 Busy tone detection 1: YES 0: NO YES 1 4 Dial tone monitoring

time 5 Inhibited to use 0 6 Max. length of reception 1: No limit 0: 1.5m 1.5m 0 7 Modem speed in

reception fixed

8 V.27ter-4800BPS 1 0

Item Switch selection and contents of functions Initial value Remark

Binary input

1234

Set range

No Filter 0 0

1.8km 0 1

7.2km 1 1

Set range

1: 2 times 0: Once in NFS reception

1: YES 0: NO

1: 500ms 0: 75ms

1: 500ms 0: 200ms

1: 10sec 0: 5sec

Bit No. 7 8

V.29-9600BPS 0 1

V.17-14400BPS 1 1

0 to 15min 0: Immediate recall after disconnection of line

5678 1 to 15min

5678 –5 to –20dBm

2 times in DIS reception

party’s machine)

No Filter

–12dBm

Once in NFS

reception, 2 times in

DIS reception

No fixing

1min

3min

NO 0

75ms 0

200ms 0

NO 0

5sec 0

0 0

0 When a value

outside the set

range is set, the initial value is

set. When a value

outside the set

range is set, the initial value is

set.

0 1

0No fixing 0 0

AR-FX4 SOFT SWITCH DESCRIPTIONS - 3

Page 23

Data

NO.

No.

1 Memory transmission/

direct transmission

default setup 2 Proxy reception 1: YES 0: NO YES 1 3 Printing the content of

transmitted document in

S W 10

S W 11

S W 12

normal memory transmission

4 Judgment of system No.

in bulletin transmission

5 Remote reception

indication 6 Inhibited to use 0 7 1 8 0 1 Print of total

communication time

and total pages 2 Inhibited to use 1 3 Quick memory

transmission 4 Yes/No of SUB capacity

in reception 5 F-code relay broadcast

function 6 F-code confidential

reception function 7 Yes/No of SEP capacity

in reception 8 Yes/No of reception

PWD capacity 1 Measurement of

communication time

(image) 2 Sender’s telephone

number registration 3 Yes/No of reception SID

capacity 4 SDT signal detection 1: YES 0: NO NO 0 5 Inhibited to use 0 6 0 7 ECM MMR mode 1: YES 0: NO YES 1 8 ECM JBIG mode 1: YES 0: NO YES 1 1 Inhibited to use 0 2 0 3 0 4 0 5 0 6 0 7 0 8 0 1 Inhibited to use 0 2 0 3 0 4 0 5 0 6 CI detection Bit No. 6 7

7 2 sine wave 0 1

8 Inhibited to use 0

Item Switch selection and contents of functions Initial value Remark

1: Direct transmission 0: Memory transmission

1: Not print 0: Print

1: Allow 0: Inhibit

1: YES 0: NO

1: Allow 0: Inhibit

1: NO 0: YES

1: Inhibit 0: Allow

1: NO 0: YES

1: Send without password 0: Disconnection of line with

DCN

1: YES 0: NO

1: Inhibit 0: Allow

1: Send without password 0: Disconnection of line with

DCN

4 sine wave 0 0 3 sine wave 1 0

Memory transmission 0

Not print 1

Disconnection of line

with DCN

Disconnection of line

with DCN

4 sine wave

Inhibit 0

YES 1

Allow 1

YES 0

Allow 0

YES 0

YES 1

Allow 0

When a value outside the set

range is set, the initial value is

set.

AR-FX4 SOFT SWITCH DESCRIPTIONS - 4

Page 24

SW NO.

Data

No.

Item Switch selection and contents of functions Initial value Remark

1 Inhibited to use 0 2 0 3 0 4 0

5 0

6 0 7 Relay data output 1: YES 0: NO YES 1 8 Relay broadcast

1: Allow 0: Inhibit

function 1 V.34 mode sending

speed

2 Bit No. 1 2 3 4 1 3 Sending speed =

4 0

5 V.34 mode reception

speed

6 Bit No. 5 6 7 8 1 7 Reception speed = 8 0 1 Lower limit of speaker

Binary input

When N=0, 2400bps.

2400(bps) x N

When N=15, 33600bps.

Binary input

When N=0, 2400bps.

2400(bps) x N

When N=15, 33600bps.

1: 350ms 0: 250ms

33600bps

sound detection time 2 Upper limit of speaker

1: 650ms 0: 750ms

sound detection time 3 Lower limit 2 of speaker

sound detection time

1: 150ms 0: Follows SW15-1.

Follows SW15-1. 0

4 Inhibited to use 0 5 Modem speed

(V.33 mode or below)

W 15

6 V.27 4800bps 0 0 1 0

Bit No. 5678

V.29 9600bps 0 0 0 1

V.29 7200bps 0 0 1 1

7 V.33 14.4kbps 0 1 0 0

V.17 14.4kbps

V.33 12.0kbps 0 1 1 0

8 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

Others

1 Inhibited to use 0 2 External telephone

1: YES 0: NO

connection 3 Inhibited to use 0 4 0 5 Rotation transmission

S W 16

selection (11 x 8.5

6 Rotation transmission

selection (A4

7 Rotation transmission

selection (B5R

8 Rotation transmission

selection (A5

1 Paper selection priority

sequence

→ 8.5 x 11)

→ A4R)

→ B5)

→ A5R)

1: YES 0: NO

1: Width priority 0: Area priority

Area priority 0

2 Output condition setup Bit No. 2 3

Reduction allowed 0 0

3 Division allowed 1 0

Reduction allowed

W 17

4 Inhibited to use 0 5 1 6 1 7 1 8 1

Allow 1

250ms 0

750ms 0

YES 1

1V.27 2400bps 0 0 0 0

When a value

outside the set range is set, the initial value is

set.

AR-FX4 SOFT SWITCH DESCRIPTIONS - 5

Page 25

Data

NO.

No.

1 Inhibited to use 1 2 0 3 Reception size

specification (Indicates reception capacity.)

4A410

5 11 inch reception

W 18

S W 19

S W 20

S W 21

capacity setup

6 Output method in A3

width reception (Inch series)

7 Output method in A4

width reception (Inch

series) 8 Override print setup 1: Override print allowed 0: Override print inhibited Override print allowed 1 1

Protocol monitor 2 Inhibited to use 0 3 Output only in protocol

monitor error 4 Protocol monitor save 1: Save 0: Disable Save 1 5 Inhibited to use 0 6 Recording table

automatic print 7 Time specification 1 of

communication record

table 8 Time specification 2 of

communication record

table 1 Line sound monitor

range

2All10

3 Line monitor display 1: YES 0: NO NO 0 4 Data output

specification in

communication error

during reception 5 Receivable memory

capacity 6 Memory over during

reception 7 Flag-adrs timer setup

(V.21-FSK)

8 30sec 1 0

1 Interval between

completion of

2 Bit No.

communication and the

3 0

next call

4 0 5 0 6 0 7 0 8 1

Item Switch selection and contents of functions Initial value Remark

Bit No. 3 4

B4 (A4/B4) 0 1

A3 (A4/B4/A3) 1 1

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

215mm

1: 297mm width 0: 11 inch width

1: Data of 8.5 inch width is printed

1: YES 0: NO NO 0

1: YES 0: NO

1: Allow 0: Inhibit

Bit No. 1 2 OFF 0 0 Up to NSF signal send/

receive

1: Not output 0: Output

1: 64Kbyte 0: 128Kbyte

1: Output 0: Not output

Bit No. 7 8

15sec 0 1

120sec 1 1

Binary input

Set range

0: Data of 210mm width is printed 8.5 inch width print 1

12345678 0 to 255sec

By the attached

cassette

303mm or 255mm or

11 inch width

Up to NSF signal send/

128Kbyte 0

215mm

NO 0

YES 1

Inhibit 0

receive

Output 0

Output 1

6sec

1sec

0By the attached cassette 0 0

When a value outside the set

range is set, the initial value is set.

06sec 0 0

0 0

AR-FX4 SOFT SWITCH DESCRIPTIONS - 6

Page 26

Data

NO.

No.

1 Inhibited to use 0 2 0 3 0

4 0

5 0

6 0 7 0 8 0 1 Inhibited to use 0 2 0 3 0

4 0

5 0

6 0 7 0 8 0 1 Image capacity at send

request

2Fine10

3 Specified number

S W 24

S W 25

S W 26

S W 27

reception

4 Specified number

reception when manual

reception 5 Inhibited to use 0 6 Document output setup

in reception 7 Inhibited to use 0 8 Automatic reduction

print 1 Automatic reduction

rate setup

2 Bit No. 3 1 4 0 5 Inhibited to use 0 6 0 7 0 8 0 1 Inhibited to use 0 2 0 3 0 4 0 5 1 6 0 7 1 8 0 1 Inhibited to use 0 2 Recording paper tray

selection

(Tray 1) 3 Recording paper tray

selection

(Tray 2) 4 Recording paper tray

selection

(Tray 3) 5 Recording paper tray

selection

(Tray 4) 6 Inhibited to use 0 7 0 8 0

Item Switch selection and contents of functions Initial value Remark

Bit No. 1 2

Super fine 0 1

Normal 1 1

1: Refuge specified number reception

1: Collective output after completion of reception.

1: Allow 0: Inhibit

Binary input

Set range

1: ON 0: OFF

0: Ignore specified number reception

0: Output after reception of every page

1234 0 to 15%

Ultra fine

Ignore specified

number reception

Ignore specified

number reception

Output after reception

of every page

Allow 1

ON 1

0Ultra fine 0 0

0 1

AR-FX4 SOFT SWITCH DESCRIPTIONS - 7

Page 27

Data

NO.

No.

1 Inhibited to use 1 2 0 3 0

4 0

5 0

6 0 7 0 8 0 1 Inhibited to use 0 2 0 3 0

4 0

5 Setup of number of

S W 30

S W 31

S W 32

times of call rings

6 Bit No. 7 1 8 0 1 Report output when

canceling 2 Inhibited to use 1 3 Rotation print 1: Allow 0: Inhibit Allow 1 4 Department

management 5 Default data, sender

print 6 Department name

notification 7 Date/sender print

position setup 8 Report output (in

confidential reception) 1 Report output (in

transmission)

2 Only when transmission

3 Report output

(In broadcast,

sequential send

request, and relay

4 Only the address to

broadcast)

5 Report output (in

reception)

6 Only in error 1 0

7 Inhibited to use 1 8 0 1 Distinctive ring Bit No. 1 2 3 4

2 Standard/ON 0 0 0 1

3 Pattern2 0 1 0 0

4 Pattern4 0 0 1 0

5 Inhibited to use 0 6 Index print setup 1: Print 0: Not print Not print 0 7 Inhibited to use 0 8 0

Item Switch selection and contents of functions Initial value Remark

Binary input

Set range

1: Output 0: Not output

1: Allow 0: Inhibit

1: ON 0: OFF

1: Inside of document 0: Outside of document

1: Print 0: Not print

Bit No. 1 2

All print 0 1

is failed.

Bit No. 3 4

All print 0 1

which transmission is failed

Bit No. 5 6

All print 0 1

OFF 0000

Pattern1 1 0 0 0

Pattern3 1 1 0 0

Pattern5 1 0 1 0

5678 0 to 9 times

Not output 0

Outside of document 0

Only when

transmission is failed.

Print inhibited

2 times

Inhibit 0

ON 1

OFF 0

Print 1

All print

OFF

0 0

1Print inhibited 0 0

0Print inhibited 0 0

Other than

U.S.A., Canda,: OFF (fixed)

Australia: ON/ OFF only

AR-FX4 SOFT SWITCH DESCRIPTIONS - 8

Page 28

Data

NO.

No.

1 Page number print

setup 2 Inhibited to use 0 3 0

4 0

W 33

5 0 6 0 7 0 8 0 1 Inhibited to use 0 2 0 3 0

4 0

5 0

6 0 7 0 8 0 1 Cover function default

setup 2 Inhibited to use 0 3 CI delete max. OFF

S W 35

S W 36

S W 37

S W 38

S W 39

time

4 15sec 1 0

5 Inhibited to use 1 6 0 7 1 8 0 1 Inhibited to use 0 2 1 3 0 4 1 5 0 6 0 7 0 8 0 1 Inhibited to use 0 2 0 3 0 4 0 5 0 6 1 7 0 8 1 1 Pause time setup Binary input 2 Bit No. 3 1 4

5 Inhibited to use 0 6 0 7 Transfer function 1: Allow 0: Inhibit Inhibit 0 8 Inhibited to use 0 1 Call time setup in

automatic transmission

2 Bit No.

(T0 timer setup)

4 Inhibited to use 1 5 0 6 0 7 0 8 0

Item Switch selection and contents of functions Initial value Remark

1: YES 0: NO

Bit No. 3 4

10sec 0 1

20sec 1 1

Set range

Binary input

Set range

1234 1 to 15sec

123 30 to 60sec 5sec unit

YES 1

NO 0

10sec

2sec

45sec

05sec 0 0

0 When a value

outside the set

range is set, the initial value is

set.

0 When a value

outside the set

range is set, the initial value is

set.

AR-FX4 SOFT SWITCH DESCRIPTIONS - 9

Page 29

Data

NO.

No.

1 Number of times of

recall in error

2 Bit No. 3 0 4

S W

5 Number of times of

recall in busy

6 Bit No. 7 1

Item Switch selection and contents of functions Initial value Remark

Binary input

1234

Set range

0 to 1 times

Binary input

5678

Set range

0 to 14 times

1 Tone/Pulse default

setup

Bit No. 1 2 10PPS 0 0 20PPS 0 1

2TONE10

Telephone line menu

4 Maintenance system 0

S W

5 F.A.S.T mode 1: YES 0: NO

1: Inhibit 0: Allow

6 Sequence of year/

month/day in LCD, report, and sender record

7 Day/Month/Year 1 0

Bit No. 6 7 Year/Month/Day 0 0 Month/Day/Year 0 1

Month/Day/Year

11 8 Time display format 1: am/pm 0: 24H am/pm 1 1

Direct send recall Allow/

1: Allow 0: Inhibit

Inhibit 2 Inhibited to use 0 3 0

4 Manual/Auto reception

W 42

auto swiching 5 Number of auto switch

calls of manual

6 Bit No.

reception

7 0

reception

→ auto

1: Allow 0: Inhibit

Binary input

5678

Set range

1 to 9

1 DTMF signal send time Binary input 2 Bit No. 3 0

Set range 4 1 5 1

6 Maintenance cycle Bit No. 6 7 8

50K 0 0 1

12345 60 to 310ms 10ms unit

7 25K 0 1 0

12.5K 0 1 1

85K100

Others FREE 1 Scan effective image

area (OC)

2 Binary input

Main scan

3 Bit No.

Left edge image loss

5 Scan effective image

area (SPF)

6 Binary input

Main scan

7 Bit No.

Left edge image loss

1: – 0: + + 0

234

Set range

0 to ±56 dots 8 dot interval

1: – 0: + + 0

678

Set range

0 to ±56 dots 8 dot interval

1 times

2 times

TONE

Allow 0

NO 0

Allow 1

Inhibit 0

9 times

110ms

50K

+0 dot

0 When a value

outside the set

range is set, the initial value is

set.

0 When a value

outside the set

range is set, the initial value is

set. When a value

outside the set

range is set, the initial value is

set.

Japan, U.S.A., Canada: Fixed to “Allow”

Fixed to NO for other than U.S.A. and Canada.

When a value outside the set

range is set, the initial value is

set.

1 When a value

outside the set

range is set, the initial value is

set.

0 When a value

outside the set

range is set, the initial value is set.

0 0

AR-FX4 SOFT SWITCH DESCRIPTIONS - 10

Page 30

Data

NO.

No.

1 Scan effective image

area (OC)

2 Binary input

Main scan

3 Bit No.

Right edge image loss

5 Scan effective image

S W 46

S W 47

S W 48

S W 49

S W 50

S W 51

area (SPF)

6 Binary input

Main scan

7 Bit No.

Right edge image loss

1 Inhibited to use 1 2 1 3 Priority in the day of

week 4 Inhibited to use 0 5 Daylight saving tive 1: Allow 0: Inhibit Inhibit 0 6 Inhibited to use 0 7 0 8 0 1 Time specification print

1 (O’clock) in the

2 Bit No.

communication report

3 0

table

4 0 5 0 6 Inhibited to use 0 7 0 8 0 1 Time specification print

1 (min) in the

2 Bit No.

communication report

3 0

table

4 0 5 0 6 0 7 Inhibited to use 0 8 0 1 Time specification print

2 (O’clock) in the

2 Bit No.

communication report

3 0

table

4 0 5 0 6 Inhibited to use 0 7 0 8 0 1 Time specification print

2 (min) in the

2 Bit No.

communication report

3 0

table

4 0 5 0 6 0 7 Inhibited to use 0 8 0 1 Inhibited to use 0 2 0 3 0 4 0 5 0 6 CED detection time 1: 500ms 0: 1000ms 1000ms 0 7 Busy tone detection

cycle

8 6puls 1 0

Item Switch selection and contents of functions Initial value Remark

1: – 0: + + 0

Set range

1: – 0: + + 0

Set range

1: YES 0: NO

Binary input

Set range

Binary input

Set range

Binary input

Set range

Binary input

Set range

Bit No. 7 8

4puls 0 1

10puls 1 1

234 0 to ±56 dots 8 dot interval

678 0 to ±56 dots 8 dot interval

12345 00 to 23 o’clock

123456 00 to 59min

12345 00 to 23 o’clock

123456 00 to 59min

0 o’clock

+0 dot

NO 0

0 min

2puls

0 0

0 When a value

outside the set

range is set, the initial value is set.

0 When a value

outside the set

range is set, the initial value is set.

0 When a value

outside the set

range is set, the initial value is set.

0 When a value

outside the set

range is set, the initial value is set.

02puls 0 0

AR-FX4 SOFT SWITCH DESCRIPTIONS - 11

Page 31

Data

NO.

No.

1 Busy tone detection

level

2 –33dB 1 0

3 ERR frame reception

S W 52

S W 53

S W 54

S W 55

S W 56

S W 57

operation 4 Inhibited to use 0 5 Error process in RTN

reception 6 V.34 mode function in

manual communication 7 V.34 mode function 1: ON 0: OFF ON 1 8 V.34 control channel

communication speed 1 DTMF send level

(High group) setup

2 Bit No. 3 1 4 1 5 DTMF send level

(Low group) setup

6 Bit No. 7 1 8 1 1 Scan effective image

area (OC)

2 Binary input

Sub scan

3 Bit No.

lead edge image loss

5 Scan effective image

area (SPF)

6 Binary input

Sub scan

7 Bit No.

lead edge image loss

1 CI signal OFF detection

enable time

2 Bit No. 3 1 4 1 5 0 6 0 7 0 8 EQM judgment

threshold value

1 Inhibited to use 0 2 0 3 0 4 0 5 0 6 0 7 0 8 0 1 Inhibited to use 0 2 1 3 0 4 0 5 0 6 0 7 0 8 0

Item Switch selection and contents of functions Initial value Remark

Bit No. 1 2

–35dB 0 1

–30dB 1 1

1: Continues process. 0: Not continue process.

1: Not error 0: Error

1: ON 0: OFF

1: 2400bps 0: 1200bps

Binary input

Set range

Binary input

Set range

1: – 0: + + 0

Set range

1: – 0: + + 0

Set range

Binary input

Set range

1: Loose 0: Tight

(Error)

1234 0 to 7.5db

0.5dB interval

5678 0 to 7.5db

0.5dB interval

234 0 to ±56 line 8 line interval

678 0 to ±56 line 8 line interval

1234567 0 to 1270ms 10ms unit

Not continue process.

1200bps 0

1200ms

–43dB

(Error)

Error 0

ON 1

3.5db

+0 line

Tight 0

0–43dB 0 0

0 1

0 0

1 1

Disable when EQM Judge Value is SRAM

AR-FX4 SOFT SWITCH DESCRIPTIONS - 12

Page 32

Data

NO.

No.

1 V.34 3429 (baud)

Rate Mask 2 V.34 3200 (baud)

Rate Mask 3 V.34 3000 (baud)

S W 58

S W 59

S W 60

S W 61

S W 62

S W 63

Rate Mask

4 V.34 2800 (baud)

Rate Mask 5 Inhibited to use 0 6 V.34 2400 (baud)

Rate Mask 7 Inhibited to use 0 8 0 1 Inhibited to use 0 2 0 3 0 4 0 5 0 6 0 7 0 8 0 1 Inhibited to use 1 2 1 3 1 4 1 5 Countermeasures

against V.34

communication error

(reception)

(Phase 2 error retry

setup) 6 Countermeasures

against V.34

communication error

(transmission)

(Phase 2 error retry

setup) 7 Inhibited to use 0 8 0 1 Inhibited to use 0 2 0 3 1 4 1 5 0 6 0 7 0 8 0 1 Inhibited to use 0 2 0 3 0 4 0 5 1 6 0 7 1 8 1 1 Inhibited to use 1 2 0 3 0 4 1 5 0 6 1 7 0 8 1

Item Switch selection and contents of functions Initial value Remark

1: supported 0: not supported

1: YES 0: NO

supported 1

AR-FX4 SOFT SWITCH DESCRIPTIONS - 13

Page 33

Data

NO.

No.

1 Inhibited to use 0 2 1 3 0

4 0

5 0

6 1 7 1 8 0 1 Inhibited to use 0 2 0 3 1

4 0

5 0

6 0 7 0 8 1 1 Inhibited to use 0 2 0 3 1

4 0

5 0

6 0 7 0 8 1 1 Setup of make rate

(10PPS)

2 Bit No. 3 1

4 0

5 Inhibited to use 0

6 0 7 0 8 0 1 Inhibited to use 0 2 0 3 1

4 0

5 T1 timer setup Binary input

6 Bit No. 7 0 8 1 1 Inhibited to use 0 2 0 3 0

4 0

5 0

6 0 7 0 8 0 1 Inhibited to use 0 2 0 3 0

4 0

5 0

6 1 7 0 8 0

Item Switch selection and contents of functions Initial value Remark

Binary input

Set range

1234 26 to 41ms 1ms interval

5678 15 to 90sec 5sec interval

40ms

40sec

1 1

0 1

AR-FX4 SOFT SWITCH DESCRIPTIONS - 14

Page 34

Data

NO.

No.

1 Dial ringing wait time Bit No. 1 2

2 5sec 1 0

3 Inhibited to use 1

4 0

5 1 6 1 7 Silent detection level Bit No. 7 8

8 –39dBm 1 0 0 1 EYE-Q check 1: EYE-Q check only 0: 0 reception & EYE-Q check 0 reception & EYE-Q

2 Inhibited to use 0 3 0

4 0

W 72

5 1 6 0 7 0 8 0 1 Inhibited to use 0 2 0 3 0 4 0 5 0 6 0 7 DIS reception process

S W 73

S W 74

S W 75

selection in reception

8 Polled send when there is polled document with DIS

1 Print lead edge

adjustment (Lead edge

2 Binary input

adjustment)

3 Bit No. 4

5 Print lead edge

adjustment (Rear edge

6 Binary input

adjustment)

7 Bit No. 8

1 Transmission end

sound (Buzzer sound length) setup

2 Silent 1 0

3 Reception end sound

(Buzzer sound length) setup

4 Silent 1 0

5 Print lead edge

adjustment (Left edge)

6 Binary input 7 Bit No. 8

Item Switch selection and contents of functions Initial value Remark

4sec 0 1

6sec 1 1

–43dBm 0 0 –40dBm 0 1

Bit No. 7 8

Line disconnection by judging as improper DIS 0 1

10 reception. In other cases, command resend by judging that echo has been received. Polled send when there is polled document with DIS reception, command resend when judgement that transmitter has received echo, in other cases, shut down the line as ellegal DIS. 1: – 0: + + 0

Set range

1: – 0: + + 0

Set range

Bit No. 1 2 3sec 0 0 1sec 0 1

Bit No. 3 4 3sec 0 0 1sec 0 1

1: – 0: + + 0

Set range

234 0 to ±112 line 16 line interval

678 0 to ±112 line 16 line interval

–43dBm

Command resend by

judging that echo has

been received

3.5sec

check

48 line

3sec

48 line

03.5sec 0 0

When outside the set range,

the initial value is set.

0Command resend by judging that echo has been received 0 0

0 1

Communi-cation error sound is

generated even in silent setup

Communi-cation error sound is

generated even in silent setup

0 1

AR-FX4 SOFT SWITCH DESCRIPTIONS - 15

Page 35

Data

NO.

No.

1 Scan magnification ratio

adjustment OC

2 Binary input

(main scan)

3 Bit No.

4 0

5 0

6 0 7 0 8 0 1 Scan magnification ratio

adjustment OC

2 Binary input

(sub scan)

3 Bit No.

4 0

5 0

6 0 7 0 8 0 1 Print magnification

ration adjustment (main

2 Binary input

scan)

3 Bit No.

4 0

5 0

6 0 7 0 8 0 1 Print magnification

ration adjustment (sub

2 Binary input

scan)

3 Bit No.

4 0

5 0

6 0 7 0 8 0 1 Scan effective image

area (OC)

2 Binary input

Sub scan

3 Bit No.

Rear edge image loss

5 Scan effective image

S W 81

S W 82

area (SPF)

6 Binary input

Sub scan

7 Bit No.

Rear edge image loss

1 Destination information Binary input 2 Bit No. 1 2 3 4 3 0 4 1 5 Language information Binary input 6 Bit No. 5 6 7 8 7 0 8

1 Scan magnification ratio

adjustment SPF

2 Binary input

(main scan)

3 Bit No. 4 0 5 0 6 0 7 0 8 0

Item Switch selection and contents of functions Initial value Remark

1: – 0: + + 0

Set range

1: – 0: + + 0

Set range

1: – 0: + + 0

Set range

1: – 0: + + 0

Set range

1: – 0: + + 0

Set range

1: – 0: + + 0

Set range

1: – 0: + + 0

Set range

2345678 0 to ±12.7%

0.1% interval

2345678 0 to ±12.7%

0.1% interval

2345678 0 to ±12.7%

0.1% interval

2345678 0 to ±12.7%

0.1% interval

234 0 to ±56 line 8 line interval

678 0 to 28 line 2 line interval 0 = 14 line

1: U.S.A. 2: Canada

1: English

2345678 0 to ±12.7%

0.1% interval

+14 line

U.S.A.: 0 0 0 1

Canada: 0 0 1 0

English: 0 0 0 1

+0 line

0 0

0 For English, the

proper character

is determined by destination

information.

0 0

AR-FX4 SOFT SWITCH DESCRIPTIONS - 16

Page 36

Data

NO.

No.

1 Scan magnification ratio

adjustment SPF

2 Binary input

(sub scan)

3 Bit No.

4 0

5 0

6 0 7 0 8 0 1 On-hook speaker

volume

2Medium10

S W

3 On-hook pattern

S W 85

S W 86

S W 87

S W 88

number

4 Bit No. 5 0 6 1 7 0 8 1 1 Line monitor speaker

volume

2Medium10

3 Line monitor pattern

number

4 Bit No. 5 0 6 1 7 0 8 1 1 Ringing volume Bit No. 1 2

2Medium10

3 Ringing pattern number Binary input 4 Bit No. 5 0 6 1 7 0 8 1 1 Speaker volume in

DTMF send

2Medium10

3 Pattern number in

DTMF send

4 Bit No. 5 0 6 1 7 0 8 1 1 Speaker volume at

scanner scan end

2Medium10

3 Pattern number in

scanner scanning

4 Bit No. 5 0 6 1 7 0 8 1

Item Switch selection and contents of functions Initial value Remark

1: – 0: + + 0

Set range

Bit No. 1 2

Small 0 1

Large 1 1

Binary input

Set range

Bit No. 1 2

Small 0 1

Large 1 1

Binary input

Set range

Small 0 1

Large 1 1

Set range

Bit No. 1 2

Small 0 1

Large 1 1

Binary input

Set range

Bit No. 1 2

Small 0 1

Large 1 1

Binary input

Set range

2345678 0 to ±12.7%

0.1% interval

Medium

345678 Pattern number 1 to 35

Medium

345678 Pattern number 1 to 35

Medium

345678 Pattern number 1 to 35

Medium

345678 Pattern number 1 to 35

Medium

345678 Pattern number 1 to 35

0 0

1Not used 0 0

0 1

1Silent 0 0

0 1

1Silent 0 0

0 1

1Silent 0 0

0 1

1Silent 0 0

0 1

AR-FX4 SOFT SWITCH DESCRIPTIONS - 17

Page 37

Data

NO.

No.

1 Speaker volume of

communication end sound

2Medium10

3 Pattern number of

W 89

S W 90

S W 91

S W 92

S W 93

S W 94

S W 95

communication end

4 Bit No.

sound

5 0 6 1 7 0 8 1 1 Inhibited to use 0 2 0 3 0 4 1 5 1 6 0 7 0 8 0 1 Inhibited to use 0 2 0 3 0 4 0 5 0 6 0 7 0 8 0 1 Inhibited to use 0 2 0 3 0 4 0 5 0 6 0 7 0 8 0 1 Inhibited to use 0 2 0 3 0 4 0 5 0 6 0 7 0 8 0 1 Inhibited to use 0 2 0 3 0 4 0 5 0 6 0 7 0 8 0 1 Inhibited to use 1 2 1 3 0 4 0 5 0 6 1 7 0 8 0

Item Switch selection and contents of functions Initial value Remark

Bit No. 1 2

Small 0 1

Large 1 1

Binary input

Set range

345678 Pattern number 1 to 35

Medium

1Silent 0 0

0 1

AR-FX4 SOFT SWITCH DESCRIPTIONS - 18

Page 38

Data

NO.

No.

1 Inhibited to use 0 2 1 3 0

4 0

5 1

6 0 7 0 8 0 1 Inhibited to use 0 2 1 3 1

4 0

5 1

6 0 7 0 8 0

Item Switch selection and contents of functions Initial value Remark

3. Soft switch descriptions

SW1 No.1, No.2 Size specification

Used to set inch series or AB series for recording paper when printing received documents.

There is normally no need to change from "Depends on the machine information."

SW1 No.3 Inhibited to use SW1 No.4 Auto/Manual default setup

Used to select Auto/Manual reception mode when turning on the power. (When no external telephone is connected, do not select Manual. However, setup is possible and reception can be made by onhook.)

When set to 1, manual reception. When set to 0, auto reception. Default: 0 (auto reception)

SW1 No.5 Send request protection

Used to set YES/NO of the confidential protection function (inhibition of transmission to an erroneous party). Confidential protection is performed by collating the number registered in this machine and that in the other party’s machine. (Sender’s telephone number ←→ Send request allow number, System number ←→ ID number)

When set to 1, protection is not made. When set to 0, protection is made. Default: 0 (protection enable)

SW1 No.6 Reduction send mode

Used to set whether the transmitted document is received in reduction size or both ends of recording paper are cut when the transmitted document width is greater than the recording paper width.

When set to 1, both ends are cut without reduction and transmitted. When set to 0, it is reduced and transmitted. Default: 0 (Reduction transmission)

SW1 No.7 Contents of send document are printed in memory send error

Used to set Print/Not print part of the sent document in the transmission result table in case of a memory transmission error.

When set to 1, the transmitted document is not printed on the transmission result table.

When set to 0, the transmitted document is printed on the transmission result table.

Default: 0 (Print transmitted documents)

SW1 No.8 Inhibited to use SW2 No.1 – No.4 Inhibited to use SW2 No.5 – No.8 Remote selection number setup

Used to set the number by binary input for remote switch reception from an external telephone. "**" in a remote switch number (X**) is fixed.

When 10 or greater value is entered, the operations will be the same as setup of 5.

Default: Setup of 5 as 0101

SW3 No.1 – No.5 Density default setup

Used to set the default setup of density of the operation panel.

SW3 No.6 – No.8 Image quality priority selection

Used to set the initial value of image selection when scanning a document.

When set to 100, the operations are the same as the normal mode. Default: 000 (Normal mode)

SW4 No.1 – No.4 Recall interval in communication error

Used to set recall interval after disconnection of communication due to a communication error in memory transmission.

The set range is 0 to 15 min in the increment of 1 min by binary input. When set to 0, recall is made immediately after disconnection. However, the time interval set by SW21 (Interval between the end of a

communication and the next call) is taken. Default: 0001 (1 min)

SW4 No.5 – No.8 Recall interval in busy

Used to set recall interval after disconnection of communication due to the busy state of the other party or no response.

Can be set in the range of 1 – 15min by increment of 1min by binary input.

When set to 0 min, it is the same as setup of 3 min. Default: 0 0 1 1 (3 min)

SW5 No.1, No.2 Line equivalent unit [km]

Used to set the modem filter coefficient.

SW5 No.3, No.4 Inhibited to use SW5 No.5 – No.8 Signal send level

Used to set the attenuation quantity of signal send level from the modem. The actual output level to the line pin is further attenuated by 8dBm. (When set to 2, the actual level on the line is about –10dBm.)

Default: 0 1 1 1 (–12dBm)

AR-FX4 SOFT SWITCH DESCRIPTIONS - 19

Page 39

SW6 No.1 ECM

Used to set whether ECM (Error Correction Mode) is performed or not. When, however, SW52-7 (V.34 mode function) is set to OFF, or when SW52-7 (V.34 mode function is set to ON and the transmission is not the super G3 transmission, ECM Disable setup is effective. This is because the ECM function is indispensable in a transmission other than super G3 transmission in V.34 mode and the other party machine may perform checking. With SW52-7 (V.34 mode function) is ON and this reception function is disabled.

When set to 1, ECM is enabled. When set to 0, ECM is disabled. Default: 1 (ECM enabled)

SW6 No.2 CED signal send

Used to set whether CED signal is sent or not. This setup is effective only when SW52-7 (V.34 mode function) is off. This is because V.34 mode requires sending of ANSam signal.

When set to 1, CED (ANSam) signal is sent. When set to 0, CED (ANSam) signal is not sent. Default: 1, CED (ANSam) signal is sent.

SW6 No.3 CSI transmission

CSI signal includes the telephone number registered as sender’s number. Used to set whether this signal is sent or not.

When set to 1, CSI signal is sent. When set to 0, CSI signal is not sent. Default: 1 (CSI signal is sent.)

SW6 No.4 DIS reception confirmation in G3 send

Used to set whether DIS reception is checked or not in G3 mode. When set to 1, DIS reception is always checked twice. When set to 0, NSF/DIS reception is checked once, or DIS reception

without NSF is checked twice. Default: 0 (NSF reception is checked once, DIS without NSF is

checked twice.)

SW6 No.5 Non-modulation carrier in V.29 send

Used to set whether non-modulation carriers are sent or not in V.29 transmission.

When set to 1, non-modulated carrier is sent. When set to 0, non-modulated carrier is not sent. Default: 0 (Non-modulated carrier is not sent.)

SW6 No.6 EOL detection timer

Used to set the detection timer of EOL (End Of Life) when Phase-C reception.

When set to 1, the timer is set to 25sec. When set to 0, the timer is set to 13sec. Default: 0 (13sec)

SW6 No.7 Countermeasures for echo in reception (CED tone send interval)

Used to select ON/OFF of countermeasures against echo. An interval of 500ms is inserted before DIS transmission. Default: 0 (75ms)

SW6 No.8 Countermeasure for echo in transmission (After reception of DIS, hold time up to signal send is set.)

An interval of 500ms is inserted before DCS transmission. Default: 0 (200ms)

SW7 No.1 MH fixed

Used to fix the image data compression method in communication. Normal setting

When set to 0, automatic selection of MH/MR/MMR is performed according to the other party machine’s capacity.

When set to 1, MH fixed. This is effective when communication is made only with MH machine or when images are disturbed due to poor conditions of the line.

When SW52-7 (V.34 mode function) is OFF or when SW52-7 (V.34 mode function) is ON in transmission, MH fixing is enabled. This is because the MMR function is indispensable in V.34 mode and the other party machine checks that. When SW52-7 (V.34 mode function) is ON in reception, this function is disabled.

SW7 No.2 Dial tone detection

Used to set whether dial tone detection is performed or not in auto dial ringing.

"1": YES "0": NO When set to YES and dial tone is not detected, dial is not performed. Default: 0 (NO)

SW7 No.3 Busy tone detection

Used to set whether busy tone signal is detected or not in ringing. When set to 1, busy tone is detected.

When set to 0, busy tone is not detected. Default: 1 (Busy tone is detected.)

SW7 No.4 Dial tone monitoring time

Used to set dial tone monitoring time when detecting dial tone. "1": 10sec "0": 5sec Default: 0 (5 sec)

SW7 No.5 Inhibited to use SW7 No.6 Max. length of reception

Used to set the length of reception when long document is sent from the other party.

When set to 1, reception is made without limitations. When set to 0, reception is terminated after 1.5m reception. Default: 0 (Reception is terminated after receiving 1.5m.)

SW7 No.7, No.8 Modem speed in reception fixed

Used to set the start speed of reception procedure when receiving from an other party other than V.34.

bit 7 8

0 0 : No fixing 0 1 : V.29-9600BPS 1 0 : V.27ter-4800BPS 1 1 : V.17-14400BPS

When set to "no fixing," the operations are the same as V.1714400BPS. The above four setups are possible. The reception procedure is started at the set communication speed.

Default: 0 0 (no fixing) Reception is made at the proper communication speed.

SW8 No.1 Memory transmission/direct transmission default setup

Used to select memory transmission or direct transmission when the power is turned on and when time out is cleared.

When set to 1, direct transmission is selected when the power is turned on and the time out is cleared. When set to 0, memory transmission is selected when the power is turned on and the time out is cleared.

Default: 0 (Memory transmission)

SW8 No.2 Proxy reception

When set to 1, auto reception is accepted under the following conditions to perform proxy reception.

(1) No recording paper or jam (2) Remaining image memory capacity is 128KB or 64KB or above. (3) The number of memory reception (max. 50 items) and the number

of pages do not exceed the limit.

When set to 0, automatic reception is not allowed without recording paper or in case of a jam.

Default: 1 (YES)

AR-FX4 SOFT SWITCH DESCRIPTIONS - 20

Page 40

SW8 No.3 Printing the content of transmitted document in normal memory transmission

Used to set whether transmitted images are printed on the communication result table or not when the communication result table is printed after normal completion of memory transmission.

"1": The transmitted document is not printed. "0": The transmitted document is printed. Default: 1 (Not printed.)

SW8 No.4 Judgment of system No. in bulletin transmission

Used to set whether the condition of coincidence between the system number of this machine and that of the other party machine is employed as a criterion to judge whether to allow bulletin transmission by receiving polling transmission from the other party machine made by our company.

"1": When the system number of the other party machine made by our company coincide with the system number of this machine, polling is allowed.

"0": Though the system number of the other party machine made by our company coincide with the system number of this machine, polling is not allowed.

Default: 0 (Inhibited)

SW8 No.5 Remote reception indication

Used to set whether remote select function is used or not. When set to 1, the function is allowed. When set to 0, inhibited. Default: 1 (Allowed)

SW8 No.6 – No.8 Inhibited to use SW9 No.1 Print of total communication time and total

pages

Used to set whether total communication time and total number of sheets are recorded or not on the communication record table.

When set to 1, the total communication time and the total number of pages are printed on the communication record table.

When set to 0, they are not printed on the communication record table. Default: 1 (YES)

SW9 No.2 Inhibited to use SW9 No.3 Quick memory transmission

Used to set whether quick memory transmission (transmission of ringing before completion of scanning) is performed or not. Linked with the key operator program menu.

Default: 1 (Allow)

SW9 No.4 Yes/No of SUB capacity in reception

Used to set notification of YES/NO of DIS signal Bit 49 SUB capacity. "0": YES "1": NO Default: 0 (YES) When notified 0 and NO, the F code transmission from the other party

can be inhibited.

SW9 No.5 F-code relay broadcast function

Used to set whether F code relay broadcast instruction from the other party is received and relay broadcast transmission is performed or F code relay broadcast instruction is not received (though the relay box number by SUB coincides with) from the other party. Though this function is set to disable, F code instruction can be transmitted.

Default: 0 (Allow)

SW9 No.6 F-code confidential reception function

Used to set whether F code confidential reception from the other party is made or not (though the confidential box number by SUM coincides with).

Though this function is set to disable, F code transmission can be made.

Default: 0 (Allow)

SW9 No.7 Yes/No of SEP capacity in reception

Used to set notification of YES/NO of DIS signal Bit 47 SEP capacity. "0": YES "1": NO Default: 0 (YES) When set to 1 (NO), F code polling is inhibited.

SW9 No.8 Yes/No of reception PWD capacity

Used to set whether password function is judged or not for F code bulletin board polling.

"0": Password is judged. If password is not acceptable, communication is cut off.

"1": Password is not judged. Password is disregarded and communication is allowed.

Default: 0 (Password is judged.)

SW10 No.1 Measurement of communication time (image)

Used to set YES/NO of measurement. Used to measure the communication time in phase C. However, it is

the communication time in the latest phase C. (Unit: msec) Default: 1 (YES)

SW10 No.2 Sender’s telephone number registration

Used to set Enable/Disable of registered transmitter telephone number change.

When set to 1, sender’s TEL No. cannot be registered and changed. To prevent sender’s TEL No. from being changed erroneously, this is set to 1.

Default: 0 (Allow)

SW10 No.3 Yes/No of reception SID capacity

Used to set whether password is judged or nor in F code reception. "0": Password is judged. If password is not acceptable, communica-

tion is cut off. "1": Password is not judged. Password is disregarded and communi-

cation is allowed. Default: 0 (Password is judged.)

SW10 No.4 SDT signal detection

Used to set whether SDT signal which is the second dial tone when transmitting to F net is detected or not.

When SDT signal is not detected, dialing is performed normally even after "16X."

When set to 1, the signal is detected. When set to 0, the signal is not detected. Default: 0 (Not detected)

SW10 No.5, No.6 Inhibited to use SW10 No.7 ECM MMR mode

Used to set whether MMR coding system is used or not. "1": MMR is used. "0": MMR is not used. Default: 1 (MMR communication is made.)

SW10 No.8 ECM JBIG mode

Used to set whether JBIG communication is used or not. "1": JBIG communication is used. "0": JBIG communication is not used. Default: 1 (JBIG communication is used.)

SW11 No.1 – No.8 Inhibited to use

AR-FX4 SOFT SWITCH DESCRIPTIONS - 21

Page 41

SW12 No.1 – No.5 Inhibited to use SW12 No.6, No.7 CI detection

Used to set the frequency to detect CI signal which is the calling signal as follows:

bit 6 7

0 0 : 4 sine wave (280ms) 1 0 : 3 sine wave (190ms) 0 1 : 2 sine wave (130ms) 1 1 : Similar to 4 sine wave (280mm).

Default: 0 0 (4 sine wave)

SW12 No.8 Inhibited to use SW13 No.1 – No.6 Inhibited to use SW13 No.7 Relay data output

Used to set whether the received document is outputted from the relay direction station when relay broadcasting direction is received.

When set to 1, the document received from the relay instruction station is printed.

When set to 0, the document received from the relay instruction station is not printed.

Default: 1 (Printed)

SW13 No.8 Relay broadcast function

Used to set whether relay broadcasting transmission is performed when receiving the relay broadcasting direction from the other party or the relay broadcasting direction is not received from the other party.

When set to 1, the relay broadcast instruction from the allowed party is received.

When set to 0, the relay broadcast instruction is not received even from the allowed party.

Default: 1 (The relay broadcast instruction is received.) When this function is set to disable, relay broadcast instruction can be

transmitted.

SW14 No.1 – No.4 V.34 mode sending speed

Used to set the transmission speed when starting communication in V.34 mode.

Setting can be made by binary input of N in "2400 (bps) x N" in the range of 2400bps – 33600bps.

N can be set in the range of 0 – 15. When it is set to 0, 2400bps; when set to 15, 33600bps.

Default: N = 14 (Transmission is started from 33600bps.)

SW14 No.5 – No.8 V.34 mode reception speed

Used to set the reception speed when starting reception in V.34 mode. Setting can be made by binary input of N in "2400 (bps) x N" in the

range of 2400bps – 33600bps. N can be set in the range of 0 – 15. When it is set to 0, 2400bps; when

set to 15, 33600bps. Default: N = 14 (Reception is started from 33600bps.)

SW15 No.1 Lower limit of speaker sound detection time

Lower limit of speaker sound detection time 1: 350ms 0: 250ms

Default: 0 (250ms)

SW15 No.2 Upper limit of speaker sound detection time

Upper limit of speaker sound detection time 1: 650ms 0: 750ms

Default: 0 (750ms)

SW15 No.3 Lower limit 2 of speaker sound detection time

Lower limit 2 of speaker sound detection time 1: 150ms 0: Follows SW15-1.

Default: 0 (Follows SW15-1.)

SW15 No.4 Inhibited to use SW15 No.5 – No.8 Modem speed (V.33 mode or less)

Used to set the speed to start communication. When communication troubles occur frequently, the speed may be reduced to solve the troubles.

Default: 1 0 0 0 (V.17 14.4kbps)

SW16 No.1 Inhibited to use SW16 No.2 External telephone connection

When this switch is not set to YES, an external telephone cannot be used.

Default: 1 (YES)

SW16 No.3, No.4 Inhibited to use SW16 No.5 Rotation transmission selection (11 x 8.5 →

8.5 x 11)

Used to set whether letter R document is transmitted as A3 width or the scanned image is rotated and transmitted as A4R width.

Default: 1 (YES)

SW16 No.6 Rotation transmission selection (A4 → A4R)

Used to set whether A4 document is transmitted as A4 or the scanned image is rotated and transmitted as A4R.

When set to 1, the document is transmitted as A4 width. When set to 0, the document is transmitted as A3 width. Default: 1 (Transmitted as A4 width.)

SW16 No.7 Rotation transmission selection (B5R → B5)

Used to set whether B5R document is transmitted as B5R or the scanned image is rotated and transmitted as B5.

When set to 1, the document is transmitted as B4 width. When set to 0, the document is transmitted as A4 width. Default: 1 (Transmitted as B4 width.)

SW16 No.8 Rotation transmission selection (A5 → A5R)

Used to set whether A5R document is transmitted as A5R or the scanned image is rotated and transmitted as A5.

When set to 1, the document is transmitted as A4 width. When set to 0, the document is transmitted as A5R. (However, the transmission width is A4.) Default: 1 (Transmitted as A4 width.)

SW17 No.1 Paper selection priority sequence

Used to set whether the FAX reception paper is selected by data width priority or data area priority.

"0": Area priority "1": Width priority Default: 0 (Area priority)

SW17 No.2, No.3 Output condition setup

Used to set whether the received data are reduced or divided to print when a document is received and there is no suitable size paper.

bit 2 3

0 0 : Reduction allowed 1 0 : Division allowed

Default: 0 0 (Reduction print)

SW17 No.4 – No.8 Inhibited to use SW18 No.1, No.2 Inhibited to use

AR-FX4 SOFT SWITCH DESCRIPTIONS - 22

Page 42

SW18 No.3, No.4 Reception size specification (Indicates reception capacity.)

Used to set the receivable document width which is informed the other party when receiving a communication.

The setup items are as follows:

bit 3 4

0 0 : By the attached cassette 0 1 : B4 (A4/B4) width 1 0 : A4 width

1 1 : A3 (A4/B4/A3) width Default: 0 0 (Varies depending on the installed cassette.) Max. allowed reception width selection

Max. allowed reception width is determined by Table 1 and Table 2. This determines the transmitted size from the other party.

When set to A3 with SW18-No. 3/No. 4 only with B5 cassette, proxy reception is always performed. Do not use this combination. (Because division process in the main scanning direction is not performed.)

When set to A4 with SW18-No. 3/No. 4, A3 document from the other party is not divided into A4 paper but reduction to A4width is requested to the other party.

• Max. allowed reception width setup

SW18

No.3 No.4

0 0 Depends on the

0 1 B4 A4 & B4 width 1 0 A4 A4 width 1 1 A3 A4 & B4 & A3 width

• Max. allowable reception width by installed cassette

[Max. paper size of installed

cassette with FAX function]

No cassette with FAX function → A3

Size specification

installed cassette.

→

A5 → A4 B5 → B4 A4 → A3 B4 → B4 A3 → A3

Reception allowable

width

Varies according to the table below.

[Sampled paper size

(Data width)]

SW18 No.5 11 inch reception capacity setup

When SW18-3 – 4 is set to "Depends on installed cassette," the max. allowable reception width by 8.5 x 11" cassette is set.

When set to 0, the reception allowable width is A3. When set to 1, the reception allowable width is B4. Default: 0 (Reception allowable width is A3)

SW18 No.6 Output method when A3 width reception (Inch series)

Used to set whether an image of 297mm width is reduced and printed or an image of 11" width is printed without reduction on paper of 11" width when an image of A3 width is received.

When set to 0, printing is made on paper of 11" width. When set to 1, printing is made on paper of 297mm width. Default: 0 (Printed on paper of 11" width.)

SW18 No.7 Output method when A4 width reception (Inch series)

Used to set whether printing is made on paper of 8.5" width or of 210mm width when an image of A4 width is received.

When set to 0, printing is made on paper of 210mm width. When set to 1, printing is made on paper of 8.5" width. Default: 1 (Printing is made on paper of 8.5" width.)

SW18 No.8 Override print setup

Used to set whether the latter print job is performed or not when the former print job is suspended at the first page due to printable paper empty.

When set to 0, override print is not allowed. When set to 1, override print is allowed. Default: 1 (Override print allowed)

SW19 No.1 Protocol monitor

Used to set whether communication protocol result is printed after completion of communication or not.

Used for communication test. Default: 0 (NO)

SW19 No.2 Inhibited to use SW19 No.3 Output only in protocol monitor error

Used to set whether protocol monitor is outputted only when a communication error occurs or every time when communication is completed. Effective when SW19 No. 1 (Protocol monitor) is set to YES. However, only when SW19 No. 1 is set to 1 (YES), protocol monitor is outputted in case of a communication error.

Default: 0 (NO)

SW19 No.4 Protocol monitor save

Used to set whether the protocol monitor of the final communication is saved or not.

When set to "Saved," the preceding protocol monitor can be printed with SIM 66-21.

Default: The protocol monitor is saved.

SW19 No.5 Inhibited to use SW19 No.6 Recording table automatic print

Used to set whether the communication record table is printed automatically when each of transmission/reception data of communication record table reaches 50 items.

When set to 1, the table is automatically printed. When set to 0, the table is not printed though the data reaches 50

items. Default: 1 (Printed)

SW19 No.7 Time specification 1 of communication record table

Used to set whether time No. 1 is enabled or not in the output function of communication result table at the specified time.

Linked with the key operator program. Default: 0 (Inhibit)

SW19 No.8 Time specification 2 of communication record table

Used to set whether time No. 2 is enabled or not in the output function of communication result table at the specified time.

Linked with the key operator program. Default: 0 (Inhibit)

SW20 No.1, No.2 Line sound monitor range

Used to set the line sound monitor range when the line monitor function is used.

Used to set to monitor NSF signal send/receive until NSF signal is sent/received.

When set to ALL, all procedures up to line disconnection are monitored.

The setup items are as follows:

bit 1 2

0 0 : Not used. (Same as 0.1) 0 1 : Up to NSF signal send/receive 10 :All 1 1 : Not used. (Same as 0.1)

Default: 0 1 (Up to NSF signal send/receive)

AR-FX4 SOFT SWITCH DESCRIPTIONS - 23

Page 43

SW20 No.3 Line monitor display

Used to set whether the communication speed and the reception level are displayed on the LCD or not.

Displayed on the communication status screen by pressing the job status key.

When set to 1, displayed on LCD. When set to 0, not displayed on LCD. Default: 0 (Not displayed)

SW20 No.4 Data output specification in communication error during reception

Used to set whether the image on the page where a communication error occurred during image reception is printed or not.

"0": Setup to print "1": Setup not to print Default: 0 (Output) However, “Output setting” is effective only when SW24-6 is set to "Out-

put for every page reception."

SW20 No.5 Receivable memory capacity

Used to set the remaining memory capacity for acceptance of call. When set to 1, ringing is made until the remaining memory capacity is

64KB or less. When set to 0, ringing is made until the remaining memory capacity is

128KB or less. Default: 0 (Ringing is made until the remaining is 128KB or less.)

SW20 No.6 Memory over during reception

Used to set whether the received data are output or destroyed when memory is over during reception.

When set to 1, received data are output. When set to 0, received data are disposed without output. Default: 1 (Received data are output)

SW20 No.7, No.8 Flag-adrs timer setup (V.21-FSK)

Used to set the time between Flag-adrs during FSk signal reception in a communication other than V.34 mode.

FSK signal reception in V.34 does not conform to this soft switch. Default: 0 0 (6sec)

SW21 No.1 – No.8 Inhibited to use

Used to set the time interval between the end of a communication and a call for the next communication.

The actual interval is the setup value + 3.5sec. Setup is made by binary input in the interval of 0 – 255sec. The initial setup is to ring in the interval of 1sec.

SW22 No.1 – No.8 Inhibited to use SW23 No.1 – No.8 Inhibited to use SW24 No.1, No.2 Image capacity at send request

Used to set the image capacity of the machine when send request (polling).

Reflected on DTC. Default: 0 0 (Ultra fine)

SW24 No.3 Specified number reception

Used to set ON/OFF of the function to reject FAX reception from a registered number.

Default: 0 (Ignore specified number reception)

SW24 No.4 Specified number reception when manual reception

Used to set whether reception from manual reception is rejected or not when reception function by specifying the number is ON.

Default: 0 (Ignore specified number reception)

SW24 No.5 Inhibited to use

SW24 No.6 Document output setup in reception

Used to set whether all received documents are outputted at a time after completion of reception or each document is outputted every time when it is received.

When set to 1, all are outputted collectively after completion of reception.

When set to 0, output is made after reception of every page. Default: 0 (Output after reception of every page)

SW24 No.7 Inhibited to use SW24 No.8 Automatic reduction print

Used to set whether the received document is automatically reduced and printed so that the print-out is fit in a fixed size when the document size is longer than the fixed sizes but smaller than the max. length of automatic reduction ratio.

When set to 1, the document is automatically reduced and printed. When set to 0, the document is printed without reduction. Default: 1 (Automatic reduction print enable)

SW25 No.1 – No.4 Automatic reduction rate setup

Used to set the auto reduction ratio when "Auto reduction print" is set to Enable.

Setup is made in the range of 0 – 15% by binary input of N in "100% – N x 1%."

Default: 94% (Reduce 6%)

SW25 No.5 – No.8 Inhibited to use SW26 No.1 – No.8 Inhibited to use SW27 No.1 Inhibited to use SW27 No.2 – No.5 Recording paper tray selection

(Tray 1 – 4)

Used to select the tray for output of the received documents. Tray 1 to Tray 4 can be set to ON/OFF individually. When set to OFF,

the tray does not output received documents. Setup is made by selecting bit 2 – bit 5. Each bit is selected in the

sequence of tray 1 – tray 4. When bit 1 is selected, output is made by using that tray. When bit 0 is selected, output is made by using that tray. Default: Tray 1 – tray 4 are used.

bit 2 : Tray 1 bit 3 : Tray 2 bit 4 : Tray 3 bit 5 : Tray 4

SW27 No.6 – No.8 Inhibited to use SW28 No.1 – No.8 Inhibited to use SW29 No.1 – No.4 Inhibited to use SW29 No.5 – No.8 Setup of number of times of call rings

Used to set the number of call rings until reception is started in auto reception mode.

The set range is 0 to 9 times by binary input. When set to 0, no ring is made. Default: 2 times

SW30 No.1 Report output when canceling

Used to set whether the communication report table is outputted or not when canceling transmission during document transmission.

When set to 1, the communication report table is printed. When set to 0, the communication report table is not printed. Default: 0 (Not printed)

SW30 No.2 Inhibited to use

AR-FX4 SOFT SWITCH DESCRIPTIONS - 24

Page 44

SW30 No.3 Rotation print

Used to set Enable/Disable of rotation print when the received document can be printed by rotation.

When set to 1, the received document is rotated and printed. When set to 0, the received document is not rotated. Default: 1 (The received document is rotated and printed.)

SW30 No.4 Department management

Used to set Enable/Disable of FAX using dept. management by the use of the dept. management function.

When set to 1, the department management function is used. When set to 0, the department management function is not used. Default: 0 (The department management function is not used.)

SW30 No.5 Default data, sender print

Used to set whether the registered sender information and date and time of transmission are printed at the top of the transmission document when a document is transmitted through the second line.

When set to 1, date and sender are printed. When set to 0, date and sender are not printed. Default: 1 (Date and sender are printed.)

SW30 No.6 Department name notification

Used to set whether the department name is transmitted as sender information when the department management function is enabled.

Default: 0 (OFF)

SW30 No.7 Date/sender print position setup

Used to set the print position of date and transmitter information on the transmitted documents.

When set to 1, printed at the top of the document. When set to 0, added outside the document. Default: 0 (Added outside the document.)

SW30 No.8 Report output (in confidential reception)

Used to set whether the communication report table is outputted or not when a confidential reception is made.

When set to 1, the communication report table is printed. When set to 0, the communication report table is not printed. Default: 1 (Printed)

SW31 No.1, No.2 Report output (in transmission)

Used to set whether the communication report is outputted or not after completion of transmission (excluding sequential broadcasting, sequential send request, and relay broadcasting).

Setup is selected from "print inhibition," "all output," and "only when transmission is failed" as follows:

bit 1 2

0 0 : Print inhibited 0 1 : All are printed. 1 0 : Only when transmission is failed. 1 1 : Not used (Same as "Only when transmission is failed.")

Default: 1 0 (Outputted only when transmission is failed.)

SW31 No.3, No.4 Report output (In broadcast, sequential send request, and relay broadcast)

Used to set whether the communication report table is outputted or not after completion of transmission (sequential broadcasting, sequential send request, and relay broadcasting).

Setup is selected from "print inhibition," "all output," and "only the address to which transmission is failed" as follows:

bit 3 4

0 0 : Print inhibited 0 1 : All are printed. 1 0 : Only the address to which transmission is failed. 1 1 : Not used (Same as "Only the address to which

transmission is failed")

Default: 0 1 (All are printed.)

SW31 No. 5, No.6 Report output (in reception)

Used to set whether the communication report table is outputted or not when a reception (excluding confidential reception) is made.

Setup is selected from "print inhibition," "all output," and "only in error" as follows:

bit 5 6

0 0 : Print inhibited 0 1 : All are printed. 1 0 : Only in error 1 1 : Same as "print inhibited."

Default: 0 0 (Print inhibited)

SW31 No.7, No.8 Inhibited to use SW32 No.1 – No.4 Distinctive ring

The function judges TEL or FAX by CI ringing. Default: 0 0 0 0 (OFF)

SW32 No.5 Inhibited to use SW32 No.6 Index print setup

Used to set whether the index is printed or not when outputting received documents.

When set to 1, the index is printed on the received document. When set to 0, the index is not printed. Default: 0 (The index is not printed.)

SW32 No.7, No.8 Inhibited to use SW33 No.1 Page number print setup

Used to set whether the page number is added to the position where date and transmitter information are printed. (In memory transmission, paper number/total number of pages)

When set to 1, the page number is printed. When set to 0, the page number is not printed. Default: 1 (The page number is printed.)

SW33 No.2 – No.8 Inhibited to use SW34 No.1 – No.8 Inhibited to use SW35 No.1 Cover function default setup

Used to set whether the cover is added or not when transmitting. When set to 1, the cover is added. When set to 0, the cover is not added. Default: 0 (The cover is not added.)

SW35 No.2 Inhibited to use SW35 No.3, No.4 CI delete max. OFF time

Used to set the max. wait time from detection of CI signal pulse (number of times) to the next CI signal pulse detection. If next Ci signal pulse is not detected within this time, the number of calls up to now is cleared.

The setup items are as follows:

bit 3 4

00 :5sec 0 1 : 10sec 1 0 : 15sec 1 1 : 20sec

Default: 0 1 (10sec)

SW35 No.5 – No.8 Inhibited to use SW36 No.1 – No.8 Inhibited to use SW37 No.1 – No.8 Inhibited to use SW38 No.1 – No.4 Pause time setup

Used to set the pause time. The set range is 1 sec to 15 sec by binary input. When set to 0, it is the same as 2 sec. Default: 2sec

AR-FX4 SOFT SWITCH DESCRIPTIONS - 25

Page 45

SW38 No.5, No.6 Inhibited to use SW38 No.7 Transfer function

Used to set Enable/Disable the transfer function. Default: 0 (Inhibit)

SW38 No.8 Inhibited to use SW39 No.1 – No.3 Call time setup in automatic

transmission (T0 timer setup)

Used to set the call time when call does not reach the other party in auto send mode.

The set range is 30 to 60 sec in the increment of 5 sec by binary input of "(5 sec x N) + 30 sec)".

"N" can be set in the range of 0 to 7. When set to 7 (65 sec), it is the same as setup of 45 sec.

Default: 45sec (N=3)

SW39 No.4 – No.8 Inhibited to use SW40 No.1 – No.4 Number of times of recall in error

Used to set the number of recall times in case of a communication error.

Setup is made in the range of 0 – 1 times by binary input. When set to 0, recall is not made. Default: 1 time of recall

SW40 No.5 – No.8 Number of times of recall in busy

Used to set the number of recall times in case of busy state of the other party or when call does not reach the other party.

Setup is made in the range of 0 – 14 times by binary input. When set to 0, recall is not made. Default: 2 times of recall

SW41 No.1, No.2 Tone/Pulse default setup

Employed line setup (Dial setup) Selection of 10PPS, 20PPS, and TONE is allowed. The setup items are as follows:

bit 1 2

0 0 : 10PPS

0 1 : 20PPS

10 :TONE

1 1 : Similar to TONE. Default: 1 0 (TONE)

SW41 No.3 Telephone line menu

Used to set whether Tone/Pulse setup is displayed on the menu or not. Default: 0 (Fixed to “Allow”)

SW41 No.4 Maintenance system

Setup of the model for judgment of consumable parts system when using the F.A.S.T. function.

SW41 No.5 F.A.S.T mode

Used to set Enable/Disable of FAST operation. To enable FAST operation, the serviceman must change this SW

setup. Default: 0 (NO)

SW41 No.6, No.7 Sequence of year/month/day in LCD, report, and sender record

Used to set the sequence of year, month, and day in the display, report, and sender record.

SW41 No.8 Time display format

Used to set the sequence of year, month, and day in the LCD display, report, and sender record.

When set to 0, time is indicated in 24H format. When set to 1, time is indicated in AM/PM format. Default: 1 (AM/PM)

SW42 No.1 Direct send recall Allow/Inhibit

Used to set allow/inhibit of wait for recall in direct send. Default: 1 (Allow)

SW42 No.2, No.3 Inhibited to use SW42 No.4 Manual/Auto reception auto swiching

Used to set whether automatic reception is made or not when ringing is made the number of auto switch call times in manual reception.

Default: 0 (Inhibit)

SW42 No.5 – No.8 Number of auto switch calls of manual reception → auto reception

When the above setup is allowed, automatic reception is made at the set number of times.

The set range is 1 to 9 times. Default: 9 times

SW43 No.1 – No.5 DTMF signal send time

Used to set the send time when sending DTMF signal. Setup is made in the range of 60 – 310ms by binary input of N in

"10(ms) x N" in the increment of 10ms. N is set in the range of 0 – 31. When N is set to 0, it is the same as 110ms (N=11). Default: 110ms

SW43 No.6 – No.8 Maintenance cycle

Setup for judgment of consumable parts notification when using the F.A.S.T. function. This setup should be the same as SIM21-2 setup.

Default: 0 0 1 (50K)

SW44 No.1 – No.4 Scan effective image area (OC) Main scan Left edge image loss

Used to set the left edge image loss of main scan in OC scan of FAX. The set value of SIM 50-8 is reflected.

SW44 No.5 – No.8 Scan effective image area (SPF) Main scan Left edge image loss

Used to set the left edge image loss of main scan in SPF scan of FAX. The set value of SIM 50-8 is reflected.

SW45 No.1 – No.4 Scan effective image area (OC) Main scan Right edge image loss

Used to set the right edge image loss of main scan in OC scan of FAX. The set value of SIM 50-8 is reflected.

SW45 No.5 – No.8 Scan effective image area (SPF) Main scan Right edge image loss

Used to set the right edge image loss of main scan in SPF scan of FAX. The set value of SIM 50-8 is reflected.

SW46 No.1, No.2 Inhibited to use SW46 No.3 Priority in the day of week

Used to set the recording sequence of the day of month and the day of week if the date is in the sequence of day, month, and year.

Default: 0 (NO)

SW46 No.4 Inhibited to use SW46 No.5 Daylight saving tive

Used to set Enable/Disable of Daylight saving time. Default: 0 (Inhibit)

SW46 No.6 – No.8 Inhibited to use SW47 No.1 – No.5 Time specification print 1 (O’clock) in

the communication report table

Used to set "o’clock" of the time (o’clock, min) when specifying the time in the communication report table.

Setup is in the range of 0 – 23 (o’clock) by binary input. When set to 24 – 31, the time is set to 0 o’clock. Default: 0 o’clock

AR-FX4 SOFT SWITCH DESCRIPTIONS - 26

Page 46

SW47 No.6 – No.8 Inhibited to use SW48 No.1 – No.6 Time specification print 1 (min) in the

communication report table

Used to set "min" of the time (o’clock, min) when specifying the time in the communication report table.

Setup is in the range of 0 – 59 (min) by binary input. When set to 60 – 63, the time is set to 0 min. Default: 0 min

SW48 No.7, No.8 Inhibited to use SW49 No.1 – No.5 Time specification print 2 (O’clock) in

the communication report table

Used to set "o’clock" of the time (o’clock, min) when specifying the time in the communication report table.

Setup is in the range of 0 – 23 (o’clock) by binary input. When set to 24 – 31, the time is set to 0 o’clock. Default: 0 o’clock

SW49 No.6 – No.8 Inhibited to use SW50 No.1 – No.6 Time specification print 2 (min) in the

communication report table

Used to set "min" of the time (o’clock, min) when specifying the time in the communication report table.

Setup is in the range of 0 – 59 (min) by binary input. When set to 60 – 63, the time is set to 0 min. Default: 0 min

SW50 No.7, No.8 Inhibited to use SW51 No.1 – No.5 Inhibited to use SW51 No.6 CED detection time

Used to set CED/ANSam signal detection time. When the CED/ ANSam signal is detected for duration of the set time, it is recognized.

When set to 1, if a signal is detected for 500ms or more, it is recognized.

When set to 0, if a signal is detected for 1000ms or more, it is recognized.

Default: 0 (1000ms or more)

SW51 No.7, No.8 Busy tone detection cycle

Used to set the number of pulses of busy tone detected to recognize as busy tone.

When set to 0 0, 2 pulses are detected. When set to 0 1, 4 pulses are detected. When set to 1 0, 6 pulses are detected. When set to 1 1, 10 pulses are detected. Default: 0 0 (2 pulses are detected for recognition of busy tone.)

SW52 No.1, No.2 Busy tone detection level

Used to set the lowest detection level when detecting busy tone. When set to 0 0, busy tone of –43dB is detected. When set to 0 1, busy tone of –35dB is detected. When set to 1 0, busy tone of –33dB is detected. When set to 1 1, busy tone of –30dB is detected. Used to set for erroneous detection of busy tone. Default is 0 0 (–43dB).

SW52 No.3 ERR frame reception operation

Used to set the operation when image data with error frame is received.

"0": Not continue process. (Error) "1": Continues process. Default: 0 (Not continue process. (Error))

SW52 No.4 Inhibited to use

SW52 No.5 Error process in RTN reception

Used to set whether RTN reception is treated as a communication error or not.

When set to 1, it is not judged as an error when RTN is received. When set to 0, it is judged as an error when RTN is received. Default: 0 (Judged as an error.)

SW52 No.6 V.34 mode function in manual communication

Used to set whether V.34 mode function is enabled or not in manual transmission.

When set to 1, V.34 mode function is enabled. When set to 0, V.34 mode function is disabled. Default: 1 (V.34 mode function is enabled.)

SW52 No.7 V.34 mode function

Used to set whether V.34 mode is used for send/receive with the other party machine is provided with V.34 mode.

When set to 1, send/receive is made by using V.34 mode. When set to 0, send/receive is made without using V.34 mode. Default: 1 (V.34 mode function is enabled.)

SW52 No.8 V.34 control channel communication speed

Used to set V.34 mode communication speed of the control channel. When set to 1, the communication speed of control channel is

2400bps. When set to 0, the communication speed of control channel is

1200bps. Default: 0 (1200bps)

SW53 No.1 – No.4 DTMF send level (High group) setup

Used to set the DTMF signal send level (high group). The set range is 0 to 7.5 with binary input in the increment of 0.5dB. Default: 3.5 Send level = – (set value + 12)/2 [dB]

SW53 No.5 – No.8 DTMF send level (Low group) setup

Used to set the DTMF signal send level (low group). The set range is 0 to 7.5 with binary input in the increment of 0.5dB. Default: 3.5 Send level = – (set value + 12)/2 [dB]

SW54 No.1 – No.4 Scan effective image area (OC) Sub scan lead edge image loss

Setup of image loss in OC scan image area The quantity of image loss at the lead edge in sub scan direction can

be adjusted. When the set value is increased, the lead edge image loss quantity is increased.

The set value of SIM 50-8 is reflected.

SW54 No.5 – No.8 Scan effective image area (SPF) Sub scan lead edge image loss

Used to set image loss in SPF scan image area. The quantity of image loss at the lead edge in sub scan direction can

be adjusted. When the set value is increased, the lead edge image loss quantity is increased.

The set value of SIM 50-8 is reflected.

SW55 No.1 – No.7 CI signal OFF detection enable time

Used to set the min. OFF time for judgment of CI pulse (16Hz call signal). When OFF time continues for more than the set time, it is judged as 1 pulse of CI.

Setup is made in the range of 0 – 1270 by binary input. Set value x 10ms.

Default is 1200ms.

AR-FX4 SOFT SWITCH DESCRIPTIONS - 27

Page 47

SW55 No.8 EQM judgment threshold value

Used to set whether the threshold value, FTT, for EQM judgment is severely adjusted or loosely adjusted when confirming TCF reception.

When it is loosely adjusted, TCF is easy to return CFR, however, it is apt to cause an error in PIX (Phase-C).

SW56 No.1 – No.8 Inhibited to use SW57 No.1 – No.8 Inhibited to use SW58 No.1 V.34 3429 (baud) Rate Mask

Used to set whether 3429 is supported as the symbol rate in V.34 communication or not.

SW58 No.2 V.34 3200 (baud) Rate Mask

Used to set whether 3200 is supported as the symbol rate in V.34 communication or not.

SW58 No.3 V.34 3000 (baud) Rate Mask

Used to set whether 3000 is supported as the symbol rate in V.34 communication or not.

SW58 No.4 V.34 2800 (baud) Rate Mask

Used to set whether 2800 is supported as the symbol rate in V.34 communication or not.

SW58 No.5 Inhibited to use SW58 No.6 V.34 2400 (baud) Rate Mask

Used to set whether 2400 is supported as the symbol rate in V.34 communication or not.

SW58 No.7, No.8 Inhibited to use SW59 No.1 – No.8 Inhibited to use SW60 No.1 – No.4 Inhibited to use SW60 No.5 Countermeasures against V.34

communication error (reception) (Phase 2 error retry setup)

Improves and controls error retry in phase 2 of V.34 reception. Default: 0 (NO)

SW60 No.6 Countermeasures against V.34 communication error (transmission) (Phase 2 error retry setup)

Improves and controls error retry in phase 2 of V.34 transmission. Default: 0 (NO)

SW60 No.7, No.8 Inhibited to use SW61 No.1 – No.8 Inhibited to use SW62 No.1 – No.8 Inhibited to use SW63 No.1 – No.8 Inhibited to use SW64 No.1 – No.8 Inhibited to use SW65 No.1 – No.8 Inhibited to use SW66 No.1 – No.8 Inhibited to use SW67 No.1 – No.4 Setup of make rate (10PPS)

Used to set the make rate when dialing at 10PPS. The set range of N is 0 to 15 in binary input for the make rate of (N +26

ms), which ranges from 26 to 41 ms. Default: 40 ms

SW67 No.5 – No.8 Inhibited to use SW68 No.1 – No.4 Inhibited to use SW68 No.5 – No.8 T1 timer setup

Used to set time-out time from phase B to detection of signal. T1 time-out time is set in the range of 30 – 105sec (in the increment of

5sec). Default is 40sec.

SW69 No.1 – No.8 Inhibited to use SW70 No.1 – No.8 Inhibited to use SW71 No.1, No.2 Dial ringing wait time

Used to set wait time from connection of the line to start of dial ringing. When ringing is made without detecting dial tone, ringing is made after

setting this time. When set to 0 0, ringing is made after 3.5sec. When set to 0 1, ringing is made after 4sec. When set to 1 0, ringing is made after 5sec. When set to 1 1, ringing is made after 6sec. Default: 0 0 (Ringing after 3.5sec)

SW71 No.3 – No.6 Inhibited to use SW71 No.7, No.8 Silent detection level

Used to set the judgment level of silence. When set to 0 0, –43dBm or less is judged as silence. When set to 0 1, –40dBm or less is judged as silence. When set to 1 0, –39dBm or less is judged as silence. Default: 0 0 (–43dBm or less is judged as silence.)

SW72 No.1 EYE-Q check

Used to set whether TCF is checked or not in TCF reception. When set to 1, check is made only with EQM value. Therefore, TCF

check becomes loose. When set to 0, check is made both with received data and EQM value. Default: 0 (check is made both with received data and EQM value. )

SW72 No.2 – No.8 Inhibited to use SW73 No.1 – No.6 Inhibited to use SW73 No.7, No.8 DIS reception process selection in

reception

Used to set the process when DIS is received. When set to 0 0, it is judged as reception of echo and the command is

sent again. When set to 0 1, the line is disconnected as improper DIS. When set to 1 0, if DIS is the receiver machine and there are some

accumulated documents, bulletin transmission is made. In other cases, it is judged as reception of echo and the command is sent again.

When set to 1 1, if DIS is the receiver machine and there are some accumulated documents, bulletin board is transmitted. If DIS is the transmitter machine, it is judged as reception of echo and the command is sent again. In the other cases, it is judged as improper DIS and the line is disconnected.

Default: 0 0 (Judged as reception of echo, and the command is sent again.)

SW74 No.1 – No.4 Print lead edge adjustment (Lead edge adjustment)

Setup of print image area void The quantity of lead edge void in sub scan direction can be adjusted.

When the set value is increased, the lead edge void is increased. Setup of SIM 50-9 is reflected.

SW74 No.5 – No.8 Print lead edge adjustment (Rear edge adjustment)

Setup of print image area void The quantity of lead edge void in sub scan direction can be adjusted.

When the set value is increased, the lead edge void is increased. Setup of SIM 50-9 is reflected.

AR-FX4 SOFT SWITCH DESCRIPTIONS - 28

Page 48

SW75 No.1, No.2 Transmission end sound (Buzzer sound length) setup

Setup of the length of buzzer sound indicating the completion of transmission.

Setup is selected from 3sec, 1sec, and silent as follows:

bit 1 2

00 :3sec

01 :1sec

1 0 : Silent

1 1 : Similar to the setup of 3sec. Default: 0 0 (3sec)

SW75 No.3, No.4 Reception end sound (Buzzer sound length) setup

Setup of the length of buzzer sound indicating the completion of transmission.

Setup is selected from 3sec, 1sec, and silent as follows:

bit 3 4

00 :3sec

01 :1sec

1 0 : Silent

1 1 : Similar to the setup of 3sec. Default: 0 0 (3sec)

SW75 No.5 – No.8 Print lead edge adjustment (Left edge)

Setup of print image area void The quantity of left edge void in main scan direction can be adjusted.

When the set value is increased, the image void becomes greater. Setup of SIM 50-9 is reflected.

SW76 No.1 – No.8 Scan magnification ratio adjustment OC (main scan)

The magnification ratio in main scan direction of OC scan is adjusted. Setup of SIM 48-8 is reflected.

SW77 No.1 – No.8 Scan magnification ratio adjustment OC (sub scan)

The magnification ratio in sub scan direction of OC scan is adjusted. Setup of SIM 48-8 is reflected.

SW78 No.1 – No.8 Print magnification ration adjustment (main scan)

The magnification ratio in main scan direction when printing is adjusted.

Setup of SIM 48-9 is reflected.

SW79 No.1 – No.8 Print magnification ration adjustment (sub scan)

The magnification ratio in sub scan direction when printing is adjusted. Setup of SIM 48-9 is reflected.

SW80 No.1 – No.4 Scan effective image area (OC) Sub scan Rear edge image loss

Setup of image loss in OC scan image area The quantity of image loss at the rear edge in sub scan direction can

be adjusted. When the set value is increased, the image loss quantity at the rear edge is increased.

The set value of SIM 50-8 is reflected.

SW80 No.5 – No.8 Scan effective image area (SPF) Sub scan Rear edge image loss

Used to set image loss in SPF scan image area. The quantity of image loss at the rear edge in sub scan direction can

be adjusted. When the set value is increased, the image loss quantity at the rear edge is increased.

The set value of SIM 50-8 is reflected.

SW81 No.1 – No.4 Destination information

Destination setup

SW81 No.5 – No.8 Language information

Language setup

SW82 No.1 – No.8 Scan magnification ratio adjustment SPF (main scan)

SPF scan main scan magnification ratio setup Setup of SIM 48-8 is reflected.

SW83 No.1 – No.8 Scan magnification ratio adjustment SPF (sub scan)

SPF scan sub scan magnification ratio setup Setup of SIM 48-8 is reflected.

SW84 No.1, No.2 On-hook speaker volume

The speaker volume is set when on-hook.

SW84 No.3 – No.8 On-hook pattern number

Pattern of sound volume (Large/Medium/Small) when on-hook. Refer to SIM 66-37.

SW85 No.1, No.2 Line monitor speaker volume

Used to set the line sound volume from the speaker in FAX transmission.

SW85 No.3 – No.8 Line monitor pattern number

Pattern of line monitor sound volume (Large/Medium/Small)

SW86 No.1, No.2 Ringing volume

Used to set the ringing sound volume.

SW86 No.3 – No.8 Ringing pattern number

Pattern of ringing sound volume (Large/Medium/Small)

SW87 No.1, No.2 Speaker volume in DTFM send

Used to set the volume of transmission sound and DTMF sound from speaker when pressing on-hook button.

SW87 No.3 – No.8 Pattern number in DTFM send

Pattern of sound volume (Large/Medium/Small) when sending DTMF

SW88 No.1, No.2 Speaker volume at scanner scan end

Used to set the volume of scan end sound from the speaker when scan is completed.

SW88 No.3 – No.8 Pattern number in scanner scanning

Pattern of sound volume (Large/Medium/Small) when scan is completed.

SW89 No.1, No.2 Speaker volume of communication end sound

Used to set the volume of communication end sound from the speaker when communication is completed.

SW89 No.3 – No.8 Pattern number of communication end sound

Pattern of sound volume (Large/Medium/Small) of communication end

SW90 No.1 – No.8 Inhibited to use SW91 No.1 – No.8 Inhibited to use SW92 No.1 – No.8 Inhibited to use SW93 No.1 – No.8 Inhibited to use SW94 No.1 – No.8 Inhibited to use SW95 No.1 – No.8 Inhibited to use SW96 No.1 – No.8 Inhibited to use SW97 No.1 – No.8 Inhibited to use

AR-FX4 SOFT SWITCH DESCRIPTIONS - 29

Page 49

[7] KEY OPERATOR PROGRAM

1. List

Function setup Program name

List output, setup

Initial setup Dial ring signal setup SW41-1, 2 Used to set the kind of telephone line connected to this machine.

Send function setup

List output No Key operator list, confidential ID list, reception rejection number list, F code setup

Communication result table print

The content of document is printed in case of a communication error. Recording table print SW47-1 – 5

Pause time SW38-1 – 4 Used to set the pause time between destination numbers. Sender registration SW10-2 Used to register the telephone number and the sender’s name to use this

Sound volume SW84-1, 2

External telephone connection

Remote switch number SW2-1 – 8

Department management SW30-4 Used to set department management. Department number No Used to register department codes and department names in department

Date, time No Used to set date and time of the clock built in the machine. Distinctive ring SW32-1 – 4 The function judges TEL or FAX by CI ringing. Daylight saving tive SW46-5 Used to set Enable/Disable of Daylight saving time. Send image quality, density SW3-1 – 5 Used to set image quality and density under the standard state of FAX mode. Automatic reduction

transmission Rotation transmission SW16-5, 6 Used to set whether document placed longitudinally is transmitted laterally or

Page number print SW33-1 Used to set to print page number on the top of paper in the other party. Default transmission setup SW8-1 Used to set the transmission mode under the standard state to memory send or

Quick online SW9-3 Used to set memory send or quick online send when transmission mode is

Date/sender print position SW30-7 Used to set print position of date and sender at the top of recording paper of the

Department name notification SW30-6 Used to set whether document placed longitudinally is transmitted laterally or

Recall when the other party is busy.

Recall in case of a transmission error

Call time in automatic send SW39-1 – 3 Used to set the time up to disconnection of line when the other party does not

Cover function default setup SW35-1 Used to set whether the cover is added or not when transmitting.

Soft SW

setup

check list, department code table, and department management record table are printed.

SW30-8 SW31-1 – 8

SW1-7 This setup is made to print data (which were tried to be sent) under the result table

SW48-1 – 6 SW49-1 – 5 SW50-1 – 6 SW19-7, 8

SW85-1, 2 SW86-1, 2

SW16-2 Used to set connection of external telephone.

SW8-5

SW1-6 Used to set to reduce document images according to the recording paper size of

SW4-5 – 8 SW40-5 – 8

SW4-1 – 4 SW40-1 – 4

This setup is made to print the communication result (normal completion or communication error) after completion of communication (normal transmission, broadcasting, reception, confidential reception).

in case of a communication error.

This setup is made to print all the previous communication data at the specified time.

machine. Used to set when on-hook volume, ringing volume, and line monitor volume are adjusted.

Used to set when remote switch number is changed in order to enter FAX reception mode from external telephone mode.

management.

the other party.

transmitted by rotating reversely. (Rotation transmission setup is available for letter size, not available for B5R/A5R.)

direct send.

memory send.

other party.

transmitted by rotating reversely. Used to set the recall interval and the number of times of recalls when the line is

busy. Used to set resend interval and the number of times of resending when a

communication error occurs during transmission.

respond to calling made by automatic dialing of registered number in this machine.

Program function (Outline)

AR-FX4 KEY OPERATOR PROGRAM - 1

Page 50

Function setup Program name

Reception function setup

Special function setup

Number of times of automatic reception call

Reception data print tray SW27-2 – 5 Used to set recording paper tray for printing reception data] Reception data print condition Automatic reduction print in a fixed size Reception data transfer SW38-7 Used to set data transfer to the telephone number registered in this program when

Registration of telephone number to transfer reception data Index print SW32-6 Used to set whether a black mark (index) is printed at the top of recording paper. Reception data override SW18-8 Used to set to print the latter data prior to the former data when printing of the

Output method when A3 width reception (Inch series)

Specified number reception SW24-3 Used to set ON/OFF of the function to reject FAX reception from a registered

Polling protection SW1-5 Used to set the protection function when transmission is made by receiving

Registration of polling allow number ID number registration No Used to set the system number of the other party’s machine. System number registration No Used to set for registration of the system number of this machine. Relay ID code registration SW13-8 Used to set for registration of the relay broadcast transmission allow number from

Confidential box registration No Used to set for registration of the confidential box number and password of

F code confidential box registration

Registration of F code relay group

Registration of F code bulletin board

Soft SW

setup

SW29-5 – 8 Used to set the number of times of calls until reception is started in automatic

reception state.

SW17-2 – 3 Used to set whether reduction print is made or divided print is made when there is

no paper of the same size as the received image.

SW24-8 Used to set whether reduction print is made or not according to the size of paper

set in the tray when data of greater size than the size of paper set in the tray.

image data received in the memory of this machine cannot be outputted.

No The FAX number to be transferred is registered.

former data is in standby state due to recording paper empty, etc. and the latter data are ready to print.

SW18-6 Used to set whether an image of 297mm width is reduced and printed or an image

of 11" width is printed without reduction on paper of 11" width when an image of A3 width is received.

number.

polling.

No Used to register or delete the other party’s number for transmission by polling.

the transmission station.

confidential reception.

No Used to set for registration of memory box for F code confidential reception.

No Used to set for registration of memory box for F code relay reception.

No Used to set for registration of memory box for F code bulletin board transmission.

Program function (Outline)

2. Operating procedure

The key operator program can be set from all the modes (copy, FAX, printer, scanner). When setup is completed, the mode returns to the original mode.

Note:

• When the key operator program is used, send/receive of FAX cannot

be made.

• The key operator program cannot be used during send/receive of

FAX or during communication.

A. Common procedures

1) Press [SPECIAL FUNCTION] key.

SPECIAL FUNCTION

2) Select the key operator program with [UP] [DOWN] keys, and press [OK] key.

SPECIAL FUNCTION

BACK

CONFIGURATION

PAPER SIZE SET DISPLAY CONTRAST KEY OPERATOR PRG.

3) Enter the key operator code.

• Enter a code of 5 digits and go to step 4).

• When a code is entered, "-" is changed to "*."

• When an erroneous key is pressed, press [CLEAR] key and

enter the correct entry again.

SPECIAL FUNCT

AR-FX4 KEY OPERATOR PROGRAM - 2

Page 51

4) Select FAX with [UP] [DOWN] keys, and press [OK] key.

• Select COPY, and the key operator program in the copy mode can be set.

BACK

SPECIAL FUNCTI

5) Perform setup of each program according to the description in the following pages.

• Set and register the program for setup of the following functions.

List output/setup, initial setup, transmission function setup, reception function setup, special function setup

6) When setup is completed, press [CA] (Clear All) key.

• Terminate the key operator program.

Press [BACK] key to return to the previous screen. To terminate each program, press [CA] (Clear All) key.

B. List output

1) Perform common operating procedures up to step 4).

2) Select "List output/Setup" with [UP] [DOWN] keys and press [OK] key.

3) Select "List output" with [UP] [DOWN] keys and press [OK] key.

4) Select a list name to output with [UP] [DOWN] keys and press [OK] key.

• Select among Key operator table, Confidential ID table, F code

setup check table, Department code table, and Department management record table *.

• When the key operator program is terminated, print is started. * This item is displayed on the list only when department manage-

ment is set to ON (Effective) in the initial setup of the key operator program.

Key operator list

Confidential ID table

F code setup check table

Department code table

Department management record table

Anti Junk list The reception rejection telephone number list is

(3) Print method of record table

1) Press [SPECIAL FUNCTION] key in the FAX mode.

2) Select "PRINT" with [UP] [DOWN] keys, and press [OK] key.

3) Select "Record table" with [UP] [DOWN] keys, and press [OK] key.

4) Select a record table name to be printed with [UP] [DOWN] keys, and press [OK] key.

• Print reservation is made and print is made automatically.

• Printable record table

Communication record table, communication reservation table, document load check table, speed dial table, rapid dial table, group table, telephone number table, program table, relay group table, ID sender table, confidential reception check table

When [CA] key is pressed in the record table selection screen, the display returns to the initial screen. When [BACK] key is pressed, the display returns to the print selection screen of step 3).

The communication record table can be automatically printed by specifying time to print. Specification of print time can be set by the key operator program up to 2 times per day.

Used to print the current setup conditions of key operator program.

Used to print the contents of confidential box registration (confidential box number, confidential box name, ID number).

Used to print the contents of F code confidential box registration, F code relay group registration, and F code bulletin board registration.

Used to print registered numbers, department names, and department numbers.

Used to print communication time and communication pages in each department.

printed.

AR-FX4 KEY OPERATOR PROGRAM - 3

Page 52

[8] FLASH ROM VERSION UP

PROCEDURE

(Items necessary for upgrade)

A Personal computer B RS232C Cross cable (D-sub 9pin to D-sub 9pin, or D-sub 25pin to

D-sub 9pin)

C Software for upgrade

(Type of ROM)

Flash ROM is directly attached to each PWB

(Targeted PWBs)

1 MCU-PWB 2 FAX-PWB

Diagrammatic sketch for upgrade method

(Personal computer)

RS232C connector (9pin or 25pin)

RS232C Cross cable

(D-sub 9pin to D-sub 9pin)

(D-sub 25pin to D-sub 9pin)

Download data

1. Program download procedure (Main

body program, FAX program)

Follow the procedure below to download the main body program and the FAX program:

1) Preliminary procedure: Connect PC and the main body with the download cable (RS-232C cable).

2) PC side: Boot the maintenance program.

3) Main body side: Turn on the power of LEOPARD, and it enters the download mode.

4) PC side: Check that the tree structure is displayed on the maintenance program.

Be sure to perform step 2) before turning on the power.

∗

I/F Circuit (9pin)

MCU-PWB

FAX-PWB

(AR-235/275)

(Files necessary for download)

• Maintenance program: mainte.exe

• Loader files

• IMC loader file: imcbios.cvt

• FAX loader file: faxbios.cvt

The maintenance program performs downloading of the following program:

• FAX program download

Note: The downloaded files such as Printer Control Board file should

be copied in the same folder as that of the maintenance program.

When the tree is displayed, downloading can be performed. (Double-click to perform.)

5) PC side: Double-click Special in the main tree items to extend the sub tree items, then double-click All Area Download.

6) PC side: The maintenance program asks the file name. Specify a download file (*.dat).

Download file:

• leopXXXX.dat: File for collective download (IMC, FAX)

XXXX: Release version (Leop0114.dat, etc.)

7) PC side: When a download file is specified, the downloading procedure advances automatically.

Time required for downloading is as follows:

• Main body program download time: About 5 min

• FAX program download time: About 5 min

8) PC side: When the message below is displayed, downloading is completed.

End message: Download Complete

9) After-process: Terminate the maintenance program, and turn off and on the power of the main body.

With the above procedures, downloading is completed.

AR-FX4 FLASH ROM VERSION UP PROCEDURE - 1

Page 53

2. Others (Error list)

The list below describes errors occurring during download and countermeasures.

No Error message Descriptions

01 COM Port Open Error ! This error message is displayed when a COM port which is disabled is selected or when there is an abnormal

02 TimeOut Error ! This error message is displayed when no response is sent back from the remote party for 10 sec.

03 Receive Error ! This error message is displayed when data received from the remote party are abnormal.

04 Panel Size Error ! This error message is displayed when the download file size is specified to 8MB though the machine panel is of

05 Destination Error ! This error message is displayed when the destination of the machine panel does not coincide with that of the

06 Printer Control Board

FirmWare Download Send Error !

COM port. [Countermeasures]

Select another COM port which is enable. Check if there is any software which is using the COM port.

[Countermeasures] Once reset the maintenance software and the machine, then download again.

4MB size. [Countermeasures]

Specify a download size suitable for the machine panel size, and download again.

download file. [Countermeasures]

Specify the download file suitable for the destination of the machine panel, and download again. This error message is displayed when an error occurs during downloading of the printer control board firmware. [Countermeasures] Execute SIM 67-14 on the machine panel to check that "Please Send Data" is displayed, and download again.

AR-FX4 FLASH ROM VERSION UP PROCEDURE - 2

Page 54

[9] TROUBLE CODE LIST

1. Machine trouble codes

Trouble code

Main

Sub

code

F6 00 Content F6-**: MCU-FAX communication trouble

Detail Communication setup error/framing/parity/

protocol error

Cause FAX control PWB connector disconnection

Defective harness between FAX control PWB and MCU PWB Motherboard connector pin breakage FAX control PWB ROM error/Data error

Check and remedy

10 Content FAX control PWB trouble

Detail Communication trouble between MCU and

Cause FAX control PWB connector disconnection

Check and remedy

80 Content FAX control PWB communication trouble

Detail Communication trouble between MCU and

Cause FAX control PWB connector disconnection

Check and remedy

81 Content FAX control PWB communication trouble

Detail Communication trouble between MCU and

Cause FAX control PWB connector disconnection

Check and remedy

Check connector/harness of FAX control PWB and MCU PWB. Check the grounding of the copier. Check FAX control PWB ROM.

FAX control PWB

Defective harness between FAX control PWB and MCU PWB Motherboard connector pin breakage FAX control PWB ROM error/Data error Check connector/harness of FAX control PWB and MCU PWB. Check the grounding of the copier. Check FAX control PWB ROM.

(Protocol)

FAX control PWB (Protocol error)

Defective harness between FAX control PWB and MCU PWB Motherboard connector pin breakage FAX control PWB ROM error/Data error

Check connector/harness of FAX control PWB and MCU PWB. Check the grounding of the copier. Check FAX control PWB ROM.

(Parity)

FAX control PWB (Parity error)

Details of trouble

Trouble code

Main

Sub

code

F6 82 Content FAX control PWB communication trouble

(Over-run)

Detail Communication trouble between MCU and

FAX control PWB (Overrun error)

Cause FAX control PWB connector disconnection

Defective harness between FAX control PWB and MCU PWB Motherboard connector pin breakage

FAX control PWB ROM error/Data error Check and remedy

84 Content FAX control PWB communication trouble

Detail Communication trouble between MCU and

Cause FAX control PWB connector disconnection

Check and remedy

88 Content FAX control PWB communication trouble

Detail Communication trouble between MCU and

Cause FAX control PWB connector disconnection

Check and remedy

99 Content Machine-FAX board language error

Detail The machine language setup does not

Cause FAX board correction error

Check and remedy

Check connector/harness of FAX control

PWB and MCU PWB.

Check the grounding of the copier.

Check FAX control PWB ROM.

(Framing)

FAX control PWB (Framing error)

Defective harness between FAX control

PWB and MCU PWB

Motherboard connector pin breakage

FAX control PWB ROM error/Data error

Check connector/harness of FAX control

PWB and MCU PWB.

Check the grounding of the copier.

Check FAX control PWB ROM.

(Timeout)

FAX control PWB (Timeout error)

Defective harness between FAX control

PWB and MCU PWB

Motherboard connector pin breakage

FAX control PWB ROM error/Data error

Check connector/harness of FAX control

PWB and MCU PWB.

Check the grounding of the copier.

Check FAX control PWB ROM.

coincide with the FAX board language setup.

SIM setup error

Check the firmware of the FAX board and

the combination of the panel screen data,

and download the correct version, if

necessary.

Check the machine language information.

(Machine language setup:SIM 26-22)

Details of trouble

AR-FX4 TROUBLE CODE LIST - 1

Page 55

2. Communication result code

Described on the communication report table, the communication management table, and the protocol communication report table when communication is completed.

A. Composition of communication report code

Communication result X X (X X X X) Upper 2 digits of a communication result code: Communication report

code of 00 - 90 (Refer to the list of communication report codes.) Lower 4 digits of a communication result code: Codes used by service-

man.

Top 2 digits Communication report sub code 1 (Refer to

Bottom 2 digits Communication report sub code 2 (Refer to

Note) Communication report sub code 1 and sub code 2 are in hexa-

decimal. (The others are in decimal.)

Result

code

0 Abnormal signal Abnormal signal 1 NSF, DIS (SID), (SUB), NSS, DCS 2 CFR (PWD), (SEP), NSC, DTC 3 FTT EOP 4MCF EOM 5 PIP, PIN MPS 6 RTN, RTP PRI-Q 7 No signal, DCN DCN 8 PPR PPS-EOP

9PPS-EOM 10 PPS-MPS, PPS-NULL 11 RNR RR 12 CTR CTC 13 ERR EOR-Q 14 PPS-PRI-Q 15 16 Abnormal signal Abnormal signal 17 NSF, DIS SID, SUB, NSS, DCS 18 CFR PWD, SEP, NSC, DTC 19 FTT PPS-EOP 20 MCF PPS-EOM 21 PIP, PIN PPS-MPS, PPS-NULL 22 RTN, RTP PRI-Q 23 No signal, DCN DCN 24 PPR 25 RNR RR 26 CTR CTC 27 ERR EOR-Q 28 PPS-PRI-Q 29 V.8 Phase-1 V.8 Phase-1 30 V.8 Phase-2 V.8 Phase-2 31 V.8 Phase-3 V.8 Phase-3

(Note) For result codes 16 - 31, V.34 mode communication. For 32 or later, refer to the table below.

Final reception signal

(Transmitting side)

the list of communication sub code 1.)

the list of communication sub code 2.)

Final reception signal

(Receiving side)

Result code

(Communication

result) 0 – 31 Refer to the

33 Busy The calling side cannot

34 Cancel When a communication

35 Power OFF When the power is cur off

38 Reception

42 Reception

44 Document error When a document jam occurs

46 No response

48 OK Communication normal end 49 The other party

50 Polling is not

51 Polling allow

56 Interface not

Communication

report result

column

previous table.

memory over

length over

from the other party

has no polling function.

accepted.

number discrepancy

accepted

Communication interruption

content

Depends on the communication disconnection position. For 16 or later, V.34 mode communication.

connect the line with the other party.

interruption command is delivered during transmission or reception, <Send/Receive/ Poll/Bulletin> When the operation is interrupted by the stop key.

during sending or receiving, <Send/Receive/Poll/Bulletin>

When memory is over during reception, <Receive/Poll>. When printing cannot be performed during reception due to inhibition of proxy reception, <Receive/Poll>

When the received data length of one page exceeds the range during reception, <Receive/ Poll>

during direct transmission, <Send>

When the FAX signal from the other party is not detected within T1 time, <Send/Poll>

When the called side has no polling function in polling reception, <Poll> When the called side has no transmission data, <Bulletin>

When DCN is received for DTC in polling reception, <Poll> When there is no transmission data in polling transmission, <Bulletin> When the allow number does not coincide in polling transmission, <Bulletin> When the system number does not coincide in polling transmission, <Bulletin>

1) When DCN is received for NSS in transmission of the relay instruction, <Send>

2) When a receiving station number that is not registered is instructed in reception of the relay instruction, <Receive>

3) When F code relay instruction is received during F code relay broadcasting, <Receive>

AR-FX4 TROUBLE CODE LIST - 2

Page 56

Result code

(Communication

result)

59 The other party

60 F code polling

61 F code bulletin

62 F code bulletin

63 The other party

64 F code is not

67 F code

68 BOX NO. NG When a BOX number that is

• When communication result is OK, the communication result sub code 1 and sub code 2 are 0000.

• < > indicates the communication means. <Send>, send; <Receive>, receive; <Poll>, polling; <Bulletin>, bulletin board

The status code from the modem in V.34 mode is indicated with the communication result sub code 1 (top 2 digits). However, the communication sub code 1 is 00 in communication other than V.34 mode.

Communication

report result

column

has no function of F code bulletin board.

is not accepted.

board number discrepancy

board password discrepancy

has no function of F code.

accepted.

password discrepancy

Communication interruption

content

When the other party machine does not have DIS bit 47 (Selective polling function) in F code polling (ringing), <Poll>

When DCN is received for SEP in F code polling (ringing), <Poll> When there is no transmission data for SEP in bulletin board, <Bulletin>

When the sub address (bulletin board number (SEP)) does not coincide in bulletin board, <Bulletin>

When the pass code (PWD) does not coincide in bulletin board, <Bulletin> When the other party machine does not have DIS bit 49 (sub address capacity) in F code transmission, <Send>. Check that the other party machine conforms to F code.

When F code is transmitted, <Send>

1) When DCN is received for SUB, check the BOX number.

2) When DCN is received for SID, check BOX number and the pass code.

When F code is received, <Receive> When the F code relay broadcast function or the F code confidential reception function is inhibited with soft switches. When the pass code (SID) does not coincide in F code reception, <Receive>

not registered is instructed (SUB discrepancy) in F code reception, <Receive>

Code

(Hexadecimal)

21 Phase 2 Timeout standby for INFO0 22 Check sum error in INFO0 23 Timeout standby for tone A or B 24 Timeout standby for the first phase

25 Timeout standby for cut off tone

26 Timeout standby for the second

27 Timeout standby for probing end 28 Timeout standby for the third phase

29 Timeout standby for INFO1 2A Check sum error in INFO1 2B Tone found before INFO1 2C Unexpected INFO0 found 31 Timeout standby for turning off the

91 Control 92 Timeout standby for PPh 93 Tone A/B detected in CC retrain 94 Timeout standby for ALT 95 Ach found 97 Timeout standby for turning off CC 98 FED OFF with CC data A1 A trouble which cannot be solved in

B0 Primary

B1 FED OFF in S sequence of HDX-

B2 Unexpected completion of S

B3 Timeout standby for S-Sbar in

B4 Timeout standby for S-Sbar in

B5 Timeout standby for S in HDX-

B6 Timeout for sync with PP C0 Phase 3 Trouble in S sequence of phase 3 C1 FED OFF in S sequence of phase 3 C2 Unexpected completion of S

C3 Timeout standby for S-Sbar of

C4 Timeout standby for S-Sbar of

C5 Timeout standby for S of phase 3 C7 Training due to TRN failure D0 Phase 4 Trouble in S sequence of phase 4 D1 FED OFF in S sequence of phase 4 D2 Unexpected completion of S

D3 Timeout standby for S-Sbar of

D4 Timeout standby for S-Sbar of

D5 Timeout standby for S of phase 4 D6 Timeout standby for MP D8 Timeout standby for E DA Timeout at renegotiation of the

DB Timeout at MPh of the transmitter

channel

channel resync

reversion

probing

phase reversion

reversion

reception control channel Error in the first CC train

phase 2. Retrain is forcibly made. Trouble in S sequence of HDXresync

resync

sequence in HDX-resync

HDX-resync

resync

sequence

phase 3

sequence

phase 4

transmitter rate

Descriptions

AR-FX4 TROUBLE CODE LIST - 3

Page 57

Code

(Hexadecimal)

E2 Retrain Retrain detected in phase 2 E3 Retrain detected in phase 3 E4 Retrain detected in phase 4 FE DTR OFF in retrain FF TX setup port flag

71 Writing is not made to the first

mapping frame. 96 Clear down PSTN clear down request is made. 61 HDLC The transmitter sends HDLC abort

in underflow state.

Descriptions

Result

code 2

02 EOL time over Reception 03 Carrier detection time over Reception 05 Time-up in phase C (8min) Transmission 06 Memory image decoding error Reception 07 Memory image decoding error Transmission 11 Polarity reversion detection Reception 12 Invalid command reception Reception 13 Time over (1min timer/6sec timer) Reception 14 PUT error Reception 20 Polarity reversion detection Transmission 21 Invalid command reception Transmission 22 Fall back retry number over Transmission 23 Resend over of the number of times of

24 Time over (T5 timer) Transmission 25 Time over (T5 timer) in V.34 mode Transmission 26 Time over occurrence during shift from

28 Modem chip answering NG Transmission/

Communication interruption content

command retry

Primary to Control in V.34 mode

Transmission/

Reception

Transmission

Reception

3. List of buzzer sounds in case of FAX abnormality

– : Long sound • : Single sound 3: Pause Example: In case of TEL/LIU connection abnormality

Beep sound

– • • • Expanded memory connection

– • • • • Internal DMA transfer abnormality Internal DMA transfer operation

– • • • • • TEL/LIU PWB connection abnormality TEL/LIU PWB is not connected to the

– • • • Program ROM (main section) writing not

– • • • • Program ROM (font section) writing not

– • • • • Work DRAM (IC13, 14) abnormality Work DRAM abnormality IC13, 14: PWB solder trouble, PWB parts

– • • • • • SRAM (IC41) abnormality 1 IC41: PWB solder trouble, PWB parts

– • • • • • • SRAM (IC41) abnormality 2 IC41: PWB solder trouble, PWB parts

– • – – MCU upload no responding MCU PWB does not respond. MCU PWB - main PWB connection

– • • – System abnormality 1 Various internal operation abnormality PWB solder trouble, PWB parts trouble – • • • – System abnormality 2 Various internal operation abnormality PWB solder trouble, PWB parts trouble

{{– • • • • •} repeats {Pee • pi • pause • pi • pi • pi • pi}.

pattern

abnormality

completed

Information content Detail Trouble content

Expanded memory insertion abnormality Expanded memory reinsertion

abnormality

main PWB. Program ROM (main section) data

abnormality Program ROM (font section) data

abnormality

PWB solder trouble, PWB parts trouble

Download retry

trouble

AR-FX4 TROUBLE CODE LIST - 4

Page 58

[10] ELECTRICAL SECTION

1. Block diagram

A. Main block diagram

PCL

COPIER

SCANNER

S (1)

SCAN

I/F

S (2) SUB

SCAN

2/3

MULTI-

PLICATION

FAX UNIT

FAX MAIN PWB

IMAGE PROCESS GA

SCAN PROCESS FLOW

S (3)

SDRAM

CONTROL

S (3)

ROTATION

SCAN

S (4) SUB

SCAN

1/2

MULTI-

PLICATION

S (5)

MN860

65 I/F

CODE/ DECODE MN86065

COPIER

PRINTER

COPIER CPU

LINE

EXTERNAL TELEPHONE

TEL/LIU

PWB

SPEAKER

P (5)

I/F

CPU

(SH7709A)

WORK

MEMORY

SDRAM

16Mbit

MODEM

FM336

P (4)

P (3)

RESO-

LUTION

CON-

VERSION

PRINT PROCESS FLOW

FLASH ROM

(STANDARD) FLASH ROM

P (2)

ROTATION

PROGRAM

16Mb

REGISTRATION MEMORY

SRAM

2Mbit

IMAGE

MEMORY

16Mbit

P (1)

SDRAM

CONTROL

PAGE MEMORY

SDRAM 128Mbit

CPU

I/F

CPU

I/F

MODEM

CONTROL

FAX

DMAC

CON-

I/F

TROL

FAX PROCESS GA

IMAGE

DMAC

CON-

I/F

TROL

RTC

I/F

RTC

SRAM

CONTROL

MN860

65 I/F

SRAM

CONTROL

IMAGE

PROCESS

MEMORY

SRAM

1Mbit

CODE/ DECODE MN86065

IMAGE

PROCESS

MEMORY

SRAM

1Mbit

IMAGE

MEMORY

(EXPANDED)

FLASH ROM

2MB/4MB/8MB

EXPANSION

CONNECTOR

BUS

BUFFER

AR-FX4 ELECTRICAL SECTION - 1

Page 59

B. TEL/LIU PWB block diagram

DC SEPARATE

SWITCH CIRCUIT SECTION

POWER SUPPLY LINE CONNECTION JACK

EXTERNAL TELEPHONE

JACK

CURRENT DETECT SECTION

CML RELAY

S RELAY

ON HOOK DP TRANSMISSION CIRCUIT

PHOTO

COUPLER

CI DETECT

TRANSFORMER

POWER SOURCE RECIVE CONDITION

AC120V

EARTH

LINE CLOSE/ INTERFACE CIRCUIT

DC24V DC5V DC3.3V GND

TRANSFORMER

TO EACH SECTION

MODEM

33600bps

V.34

ATT (0 – 15db)

PB SIGNAL

GENERATE

SECTION

READ SECTION

PRINT SECTION

PROGRAM

CONTROL ROM

FAX CONTROL

SECTION

(CPU, GATE ARRAY) PSEUDO RBT SOUND GENERATE SECTION

COPY CONTROL SECTION

PRINTER I/F

(OPTION)

CENTRONICS I/F

LAN (10/100BASE-1)

AR-FX4 ELECTRICAL SECTION - 2

Page 60

D[0:15]

D[16:31]

A[1:25]

CKIO_GA1

CKIO_GA2

TP415

TP216

TP1066

FB2

MEM2012(NM)

FB1

MEM2012(NM)

R7 33

TP737

+3.3V

678

BR11

123

4 5

MNR14 (NM)

123

BR13

MNR14 (NM)

678

4 5

BR15

123

678

4 5

MNR14 (NM)

BR4

MNR14 (NM)

123

4 5

678

BR6

BR2

MNR14 (NM)

4 5

123

4 5

IC2

123

BR17

R8 33

TP128

MNR14 (NM)

678

4 5

R12 33

TP126

TP127

TP911

1A1 1Y1

1A2 1Y2

1A3 1Y3

1A4 1Y4

2 18

4 16

6 14

8 12

11 9

+3.3V

678

BR19

MNR14 (NM)

123

4 5

BR21

MNR14 (NM)

123

R39 R(NM)

TP912

TP913

2A1 2Y1

2A2 2Y2

13 7

15 5

678

4 5

CKIO_SDRAM

FB3

MEM2012(NM)

+3.3V

VCC

2A3 2Y3

2A4 2Y41G2G

17 3119

R16 0 TP686

CPU_CKIO

BR23

4 5

123

F0.1u/16

GND

678

123

BR25

MNR14 (NM)

74LCX244WM

MNR14 (NM)

678

4 5

R219 33

BR27

123

TP129

678

4 5

MNR14 (NM)

FB13

123

BR29

MEM2012(NM)

MNR14 (NM)

678

4 5

BR36

MNR14 10K

BR35

MNR14 10K

BR34

MNR14 10K

BR33

MNR14 10K

BR32

MNR14 10K

+3.3V

BR31

123

6 7 8

678

4 5

MNR14 (NM)

BS-

RD/WR-

RD-

WE0-

WAIT-

WE1-

CS0-

CS3-

CS4-

CS5-

4 5 3 2 1

R40

10K

MNR14 (NM)

123

R42 R(NM)

BS-

CS2-

TUIKA1

WAIT-

RD-

WE0-

CS6-

RD/WR-

CS0-

WE1-

CS4-

CS3-

CS5-

CS6-

IRQ0-

IRQ1-

IRQ2-

DRAK[1]

DREQ[1]-

DREQ[0]-

DRAK[0]

CI-

DPON-

VOLCNT[B]

VOL[A]

VRSEL[2]-

VOL[B]

VOLCNT[A]

TXSEL[B]

TXSEL[A]

DPMUTE

150VON

CION

VOL[C]

VRSEL[1]-

C_BT

VRSEL[3]-

DREQ[0]-

DREQ[1]-

DRAK[0]

DRAK[1]

MPXA

SPMUTE

CML

TELMUTE

RCVMUTE

IRQ1-

IRQ0-

IRQ2-

BR39

+3.3V

FNETD

6 7 8

MNR14 10K

EXHS-

LIUID

CASL-

RAS3L-

CKE

4 5 3 2 1

RHS-

HS[1]-

HS[2]-

+3.3V

8 7 6 5 432 1

FAX MAIN PWB (CPU) 1/10

2. Circuit diagram

A. FAX MAIN PWB

TP424

TP1070

TP1076

D29

D28

D27

BR3

4 5

123

TP632

TP638

TP639

D30/PTB(6)

D29/PTB(5)

D28/PTB(4)

D27/PTB(3)

SOK0/SCPT(1)

RxD1/SCPT(2)

SCK1/SCPT(3)

165

167

TP88

TP90

TP425

TP1072

TP1078

TP423

TP1068

D22

D25D6D19

D24

D23

678

MNR14 33

123

678

BR5

MNR14 33

4 5

TP633

TP649

TP648

TP650

TP647

D26/PTB(2)

D25/PTB(1)

D24/PTB(0)

D23/PTA(7)

RxD2/SCPT(4)

TxD2/SCPT(4)

RTS2/SCPT(6)

CTS2/IRQ5/SCP(7)

174

168

170

176

TP157

TP747

TP158

TP162

FAXSTS

FAXCMD

FAXCRDY-

FAXSRDY-

BR9

MNR14 4.7K

BR8

MNR14 4.7K

BR7

MNR14 4.7K

+3.3V

S4B-PH-SM3-TB

TP1069

TP1075

D20

D21

BR10

123

TP627

TP626

D22/PTA(6)

D21/PTA(5)

TxD0/SCPT(0)

171

164

TP91

TP89

4.7K

3.3K

6 7 8

TP1071

TP1077

TP426

D18

D17

678

4 5

MNR14 33

TP651

TP624

TP652

D20/PTA(4)

D19/PTA(3)

D18/PTA(2)

D17/PTA(1)

ASMD0/PTG(6)

RxD0/SCPT(0)

SCK2/SCPT(5)

169

127

4 5 3 2 1

ASMD0-

12345678910

CN2

TP1067

TP1074

D30

D31D5D26

678

BR1

4 5

TP634

TP685

131415161718202223242526283031323436373839404142434446484950515253545556586061626364656667687072737475767778808284

D31/PTB(7)

IC1 SH7709A

TxD1/SCPT(2)

172

166

TP674

TP673

4.7K

R3 100

R4 100

TP672

TP671

PCRXD

PCTXD

123

CN1

TP1093

TP1092

TP1085

TP1094

TP1073

D16

D13

D12

D14

BR14

MNR14 33

123

678

BR12

123

4 5

TP623

TP653

TP625

TP654

TP636

D15

D14

D13

D16/PTA(0)

AUDATA(0)/PTG(0)

AUDATA(1)/PTG(1)

AUDATA(2)/PTG(2)

AUDATA(3)/PTG(3)

135

133

131

13094139

AUDATA3

AUDATA2

AUDATA1

AUDATA0

AUDSYNC-

1112

TP1090

TP1084

TP1087

TP1088

TP1091

D10

D11D4D15

678

123

4 5

BR16

MNR14 33

TP630

TP631

TP628

TP629

TP637

D9D8D7D6D5D4D3D2D1

D12

D11

D10

AUDSYNC/PTE(7)

TCK/PTF(4)/PINT(12)

TMS/PTF(6)/PINT(14)

137

CPU_TMS

TRST-

CPU_TCK

1314

1516

1718

1920

1112

1314

1516

1718

1920

TP1079

TP1080

TP1083

TP1081

TP1086

TP1089

678

BR18

MNR14 33

4 5

678

MNR14 33

123

4 5

TP646

TP720

TP641

TP645

TP642

TP643

TRST/PTF(7)/PINT(15)

TDI/PTF(5)/PINT(13)

ASEBRKAK/PTG(5)

136

138

128

151

TP731

VOL[A]

R9 0

R10 6.8K

CPU_TDI

ASEBRKRK-

CPU_TDO

2122

2324

2526

2728

2930

3132

3334

2122

2324

2526

2728

2930

3132

TP662

TP125

TP1082

MNR14 33

123

678

BR20

4 5

TP107

TP644

TP108

A0A1A2A3A4A5A6A7A8

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

AUDCK/PTH(6)

206

R11 10K

+3.3V

L_BT

JP1

SD00415-52(NM)

Q1 DTC363EKA

1 2

TP1129

AUDCK

3536

3334

3536

NCS036-014-DS(NM)

TP660

TP661

BR22

123

TP640

TP721

CASHL/PTJ(4)

112

TP730

R15 10K

LED

SRAMCLR-

TP1130

R14 820

R13 820

+5V

TP665

TP664

TP666

A6A0A10

A5 678

4 5

MNR14 33

TP109

TP111

TP110

AN(5)/PTL(5)

193

204

TP92

TP1127

JP3

JP2

SD00415-52

1 2

LED1 LT1P67A

TP1128

R17 820

TP663

123

BR24

TP112

RESETP

RESETM

124

TP676

R19 10K

CPURES-

SD00415-52

R18 820

+3.3V

TP658

TP659

MNR14 33

4 5

TP706

TP709

TP1065

LED2 LT1P67A

+3.3V

678

NMI

PWOFF-

TP657

TP656

A11

123

TP708

TP707

A10

194

TP679 BR26

R23 10K

R22 0

TP742

R21 R(NM)

IC3

TP132

TP668

TP667

A13

A12

678

4 5

MNR14 33

TP113

TP114

A11

A12

155

TP73

R24 10K

CPU_CKIO

R25

TP743

VDD

231

TP296

R20 10K

OUTOE

TP670

TP669

A14

A15

123

BR28

TP115

TP116

A13

A14

A15

XTAL

EXTAL

XTAL2

156

TP74

TP96

TP427

R26

TP744

678

FSOUT

XOUTS1XIN

LF VSS

4 5

TP130

TP131

TP741

GND

VDD

TP655

A16

TP711R27

TP94

R28 10K

R(NM)

SG-8002JCPC(39.3216MHz)

TP722

A17

MNR14 33

678

4 5

TP710

A16

EXTAL2

FB4

FS781

3.3K

A17

MEM2012(NM)

TP736

TP701

A19

A18

BR30

TP713

TP712

A18

MD5

197

TP680

TP687

R34 10K

R31 10K

R33 R(NM)

R32 10K

C242F0.1u/16

TP733

TP735

A21

A20A1A24

678

4 5

MNR14 33

123

TP120

TP119

A19

A20

MD3

MD4

195

196

TP682

TP133

+3.3V

MD3

R30 10K

C(NM)

B2200/50

R29 R(NM)

+3.3V

TP696

TP723

A25

MNR14 33

R41 33

TP121

A25

CAP1

CAP2

146

149

TP80

TP75

+1.8V

R230 0

+3.3V

TP677

TP97

162

123

CKIO

TP1042

TP693

R43 10K

BR37

4 5

TP84

TP678

TP102

122

121

WAIT

BACK

BREQ

Vcc(RTC)

VccQ

21354759718597

FB5

TP694

TP700

678

TP101

TP100

WE0/DQMLL

WE1/DQMLU/WE

VccQ

R231 0

+1.8V

MEM2012(NM)

TP699

123

TP99

RD/WR

VccQ

TP695

BR38

R44 33

MNR14 33

TP702

BS/PTK(4)

VccQ

TP1043

678

4 5

TP103

TP104

CS0/MCS(0)

VccQ

111

163

FB6

MEM2012(NM)

TP719

TP697

123

TP105

TP106

1009998

CS4/PTK(2)

CS3/PTK(1)

CS2/PTK(0)

VccQ

Vcc

183

TP717

TP718

MNR14 33

R45 33

R46 33

TP714

TP715

101

CS5/CE1A/PTK(3)

Vcc

TP1044

TP732

TP734

A23

A22

123

R38 33

TP118

TP117

TP692

A21

A22

A23

A24

MD0

MD1

MD2

144

TP681

TP675

R37 10K

R36 R(NM)

R35 10K

TP698

102

CS6/CE1B

Vcc

134

154

TP417

TP689 R47 33

191

192

DREQ0/PTD(4)

DREQ1/PTD(6)

Vcc

Vcc-PLL1

175

145

R48 33

TP688

TP87

189

190

160109

DRAK0/PTD(1)

DRAK1/PTD(0)

Vcc-PLL2

AVcc(3.3V)

150

205

C24

C23

C22

C21

C20

C19

C18

C17

C16

C15

C14

C13

C12

C11

C10

TP95

TP683

IRQOUT

IRQ2/IRL2/PTH(2)

IRQ1/IRL1/PTH(1)

IRQ0/IRL0/PTH(0)

AVss

198

208

F0.1u/16

B470/50

F0.1u/16

TP135

TP409

186

185

180

179

178

177

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

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

AVss

132

152

153

173

147

148

TP136

TP137

TP729

TP727

114

115

182

188

187

DACK0/PTD(5)

DACK1/PTD(7)

WAKEUP/PTD(3)

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

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

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

VssQ

Vss

109

161

181

TP527

TP528

116

104

CE2B/PTE(5)

CAS2L/PTE(6)

VssQ

TP8

TP7

117

103

CE2A/PTE(4)

CAS2H/PTE(3)

VssQ

TP98

TP14

TP15

118

119

120

TDO/PTE(0)

RAS3U/PTE(2)

RAS2U/PTE(1)

Vss(RTC)

VssQ

19334557698395

TP738

TP740

TP635

TP739

158

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

TP134

TP77

TP76

TP78

157

113

207

203

202

201

200

AN(4)/PTL(4)

AN(3)/PTL(3)

AN(2)/PTL(2)

CASHH/PTJ(5)

STATUS0/PTJ(6)

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

PTG(4)

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

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

IRQ3/IRL3/PTH(3)

CASLH/CASU/PTJ(3)

IOIS16/PTG(7)

ADTRG/PTH(5)

141

140

107

110

126

125

129

TP83

TP81

TP93

TP82

TP85

TP86

TP79

R50

10K

R49

10K

+3.3V TP728

R274

10K

R273

10K

TP122

TP124

TP123

R53 33

R54 33

R55 33

TP726

TP724

TP725

106

108

105

199

CKE/PTK(5)

AN(1)/PTL(1)

AN(0)/PTL(0)

RAS3L/PTJ(0)

CASLL/CASL/PTJ(2)

RAS2L/PTJ(1)

WE2/DQMUL/ICIORD/PTK(6)

WE3/DQMUL/ICIOWR/PTK(7)

TP703

TP705

TP704 R51 33

TP716 R52 33

DQMUL

DQMUU

7 6 5 432 1

AR-FX4 ELECTRICAL SECTION - 3

Page 61

D3D4D5D6D7

D11

D12

D13

D14

D15

CN3

3738394041

TP1032

TP1027

TP1030

TP1031

TP1028

TP1029

+5V

1234

BR41

MNR14 10K

BR40

MNR14 10K

4 5

A1 B1

A2 B2

A3 B3

A4 B4

A5 B5

A6 B6

IC4

2 18

3 17

4 16

5 15

6 14

7 13

8 12

D11

D10A7D12

D14

D15

D13

+5V

4 5

BR43

MNR14 10K

+3.3V

A7 B7

A8 B8

DIR VCC

9 11191 20

BFDIR

BFOE-

C25

F0.1u/16

BR42

GND

74LCX245M

4 5

MNR14 10K

A1 B1

IC8

2 18

3 17

D13

D15

D14

525047454139363451494644403835

DQ15

DQ14

A19

A20

IC7

567

A20

A18

A19

D0D1D2

D8D9D10

23456

303132

646566

TP1022

TP1033

TP1024

TP1034

TP1021

TP1026

TP1020

TP1023

TP1019

TP1025

+3.3V

C26

A2 B2

A3 B3

A4 B4

A5 B5

A6 B6

A7 B7

A8 B8

DIR VCC

4 16

5 15

6 14

7 13

8 12

9 11191 20

D0D8D4

ROMOBNK[0:2]

D10

D11

D12

DQ9

DQ8

DQ7

DQ6

DQ5

DQ4

DQ3

DQ13

DQ12

DQ11

DQ10

A18

A17

A16

A15

A14

A13

A12

A11

A10A9A8A7A6A5A4A3A2A1A0

101112131718192022232425262728

A15A6A8

A12D5A9

A17

A13

A14

A10

A11

A16

NCNCNC

A22

A21

A20

A19

A18

A17

A16

A15

A14

A13

A12

A11

A14

A17

A11

A16

A13

A15

A18D5A20

A19

A12

+3.3V

ROMNRY

C33

R60

R59 10K

TP268

311692142

374348

STS

VPP

VCC

BYTE

CE0

CE1

OEWEWP

145455

TP271

A10A9A8A7A6A5A4A3A2A1A0

A10

A33u/10

C35

F0.1u/16

C34

F0.1u/16

GND

NCNCNC

TP273

TP269

TP270

TP274

5655545350494847461920141321108111222232425262728

TP1036

TP1035

R220 1K

R221 1K

F0.1u/16

GND

74LCX245M

ROMOBNK1

ROMOBNK2

ROMOBNK0

R225 4.7K

R224 4.7K

R223 4.7K

+5V

DQ2

DQ1

DQ0

A1A4A3

A4A5A6

LH28F160S3T-L10A(NM)

CE1-

OE-

WE-

READY

CD1-

CE2-

TP1037

4 5 3

BR46

MNR14 100K

R61 1K

R229 100K

R228 100K

R227 100K

R226 100K

+5V

R222 1K

ROMOWE-

ROMOCE-

ROMOOE-

ROMOWP-

CD2-

TP1041

ROMOCD1

ROMOCD0

WAIT-NCREG-

434445575859606162

TP1040

TP405

ROMORY

TP1038

GND

CS1

CS2NCRESET

BVD2

BVD1

VCC

VCCNCNC

175118

TP1039

TP407

TP406

TP408

TP404

C40

C38

+5V

A33u/10

ROMOCID0

ROMOCID1

D11D4D9

D14

D10D8D15

D13D6D5

D12

454341393634323044424038353331

DQ9

DQ15

DQ14

DQ13

DQ12

DQ11

DQ10

IC70

A19

A18

A17

A16

A15

A14

A13

1234567

161748

A17A8A18

A16

A15A1A19

A20

A14

GND

F0.1u/16

C39

F0.1u/16

DQ8

DQ7

DQ6

DQ5

DQ4

DQ3

DQ2

A12

A11

A10A9A8A7A6A5A4A3A2A1A0

18192021222324

A9A4A11

A10

A12A2A13A7A6

ICM-MB68H-S153-400N

15134712372746

VPP

DQ1

DQ0

BYTE

RY/BY

VCC

262811

OEWEWP

1234

GND

MBM29LV160BE-

TP272

D28

D24

D30

D25

D31

D27

D23

D26

D29

454341393634323044424038353331

DQ9

DQ8

DQ15

DQ14

DQ13

DQ12

DQ11

DQ10

A19

A18

A17

A16

A15

A14

A13

A12

IC6

1234567

161748

A18

A14

A13A4A11

A17

A20

A19

A21A5A15

A16

D12

D15

D11A2D3

D14

D13

D10

454341393634323044424038353331

DQ9

DQ8

DQ15

DQ14

DQ13

DQ12

DQ11

DQ10

IC5

A19

A18

A17

A16

A15

A14

A13

A12

1234567

161748

A13D1A5

A15D9A16

A20A7A14

A19

A17

A18

A21

D17

D22

D19

D21

D20

D16

D18

DQ7

DQ6

DQ5

DQ4

DQ3

DQ2

DQ1

DQ0

A11

A10A9A8A7A6A5A4A3A2A1A0

18192021222324

A10A8A9A6A7

A12

R56

+3.3V

D6D4D0

DQ7

DQ6

DQ5

DQ4

DQ3

DQ2

DQ1

DQ0

A11

A10A9A8A7A6A5A4A3A2A1A0

18192021222324

A11

A12

A10

ROMNCE-

C28

A33u/10

R58

10K

TP894

15134712372746

VPP

VCC

BYTE

RY/BY

262811

ROMPCE-

ROMPRY ROMPRY

+3.3V +3.3V

R57

10K

TP895

15134712372746

VPP

VCC

BYTE

RY/BY

262811

GND

OEWEWP

ROMPOE-

ROMPWE-

C27

A33u/10

GND

OEWEWP

ROMNWE-

ROMNOE-

C32

C31

F0.1u/16

GND

TP893

ROMPWP-

C30

C29

F0.1u/16

GND

TP892

ROMNWP-

F0.1u/16

MBM29LV160BE

F0.1u/16

MBM29LV160BE

RES-

TP145

147

IC20C

74LCX04M

5 6

TP146

C36

F0.1u/16

IC9A

74LCX14M

147

+3.3V

1 2

TP385

74LCX14M

IC9C

R62

10K

+3.3V

TP383

RES

OUT

PST591IMT

VCC

GND

IC10

C37

F0.1u/16

+3.3V

TP749

147

IC20D

9 8

TP750

R249 0

+3.3V

R63

74LCX04M

R64

147

IC11A

IC9D

10K

+3.3V

TP397

1 2

TP422

9 8

MANRES-

TP751

147

IC20E

11 10

TP753

R250 0

R65 10K

C42

F0.1u/16

74LCX06M

74LCX14M

C41

TP752

TP393

147

74LCX04M

IC20F

74LCX04M

IC11C

5 6

13 12

TP754

TP394

R251 0

R252 0

C43

TP1064

B2200/50

R66

TP396

IC11B

3 4

74LCX06M

TP140

IC24A

147

+3.3V

1 2

C(NM)

FRESET

TP388

TP143

147

IC11E

TP391

R254 0

74LCX14M (NM)

TP387

147

IC11F

11 10

13 12

74LCX06M

TP390

R255 0

TP144

TP153

TP150

TP148

IC24F

IC24C

74LCX14M (NM)

IC24D

74LCX14M (NM)

5 6

9 8

TP154

74LCX14M (NM)

IC24E

74LCX14M (NM)

13 12

11 10

TP147

TP149

TP389

147

IC11D

9 8

74LCX06M

TP392

R253 0

SW1 SKHU(NM)

TP142

IC24B

74LCX14M (NM)

3 4

TP141

FAX MAIN PWB (FLASH) 2/10

D[16:31]

D[0:15]

A[1:25]

ROMPCE-

ROMPOE-

ROMPWE-

ROMPWP-

AR-FX4 ELECTRICAL SECTION - 4

Page 62

C59

F0.1u/16

VBT5

VSS

VDD

DATA

I/O-

CLKCEXT

IC18

71652

TP399

R73

10K

R72

10K

R71

10K

+5V

C57

F0.1u/16

TP402

VCC

GND

DIRGA1 B1

A2 B2

IC15

TC7WH245FK

172 6

3 5

TP403

RTCDT

RTC125G-

RTC125DIR

D30

D31

I/O15

IC14

A11

A12

A13A5A7

IC17

D25

D26

D28

D27

D29

I/O9

I/O10

I/O11

I/O12

I/O13

I/O14

A7A8A9

A10

3031322019

A10A9A2

TP1013

2 18

D24

39404243454648

A6A4A11

XT-

NJU6356EM

TP401

TP1123

TP1122TP267

TP400

TP398

C62

C10/50

R77 4.7K

DMX-38(32.768KHz)

C56

C54

C53

R69

12K

DAP202U

A10u/16

R68

R67

DAP202U

A10u/16

A10u/35

TP382

+5V+3.3V

TP381

VBT5

C55

A10u/16

TP380

TP379

D10

VBT3.3

TP420

C61

C10/50

+5V

C60

F0.1u/16

TP1015

TP1018

TP1017

TP1016

VCC

2A1 2Y1

11 9

13 7

TP1012

TP1100

R79 10K

+5V

D18

D17

D16

221322523624827928112912

2A2 2Y2

2A3 2Y3

2A4 2Y41G2G

15 5

17 3119

TP1014

TP1101

+3.3V

71325381026475041

I/O0A0I/O1A1I/O2A2I/O3A3I/O4A4I/O5A5I/O6A6I/O7

VCC

CLK

CKE

CASCSLDQM

RAS

1716181415

CKE

CS3-

RD/WR-

CASL-

RAS3L-

CKIO_SDRAM

VCC

DQMUL

GND

C49

VCC

UDQM

DQMUU

DM74ALS244AWM

A10u/16

C48

F0.1u/16

C47

F0.1u/16

GND

TP888

TP889

GND

1A1 1Y1

1A2 1Y2

1A3 1Y3

1A4 1Y4

4 16

6 14

8 12

TP1010

RTCIO

RTCCK

RTCCE

D19

D23

D22

D20

D21

I/O8

+12V

+5V

+3.3V

W981616AH

+5V+5V

RB751V-40

TP419

RB751V-40

R70

JP4

1 2

1SS355

L_BT

TP421

SD00415-52

TP1134

1 2

TP1135

IC16A

LM393

R76

JP5

SD00415-52

R75

R74

82K

1.6K

C58

TP1007

F0.1u/16

R78

1.6K

TP1008

BT1

CR2477-H01

TP1009

TP1136

TP378

IC16B

LM393

JP6

SD00415-52

1 2

R80

DTC363EKA

C_BT

C46

A10u/16

+3.3V

C45

F0.1u/16

D15D2D13D1D11D9D7D6D5

D12

D8D0D4

D10

D14

I/O15

A11

IC13

A12A5A6A2A10

A13

I/O11

I/O12

I/O13

I/O14

A7A8A9

A10

3031322019

A11A8A9A4A3

221322523624827928112912

39404243454648

I/O8

I/O9

I/O0A0I/O1A1I/O2A2I/O3A3I/O4A4I/O5A5I/O6A6I/O7

I/O10

CLK

CKIO_SDRAM

A B

D5D3D7D4D1D9D2

D13

D11D6D15

D14D0D12

D10

789

131415

303132

353637

D[16:31]

D[0:15]

A[1:25]

I/O11

I/O12

I/O13

I/O14

I/O15

IC12

A12

A13

A14

A15

A16

222425

212019

A15

A14A3A7A5A1

A13A8A16A2A11

A17

A12A4A10A9A6

I/O0

I/O1

I/O2

I/O3

I/O4

I/O5

I/O6

I/O7

I/O9

I/O10

A5A6A7

A11

A10

A9 I/O8

444342

26 29

FAX MAIN PWB (SRAM) 3/10

71325381026475041

VCC

UDQM

CKE

RAS

CASCSLDQM

1716181415

CS3-

CKE

WE0-

RD/WR-

WE1-

CASL-

RAS3L-

VBT3.3

TP266

VCC

A0A1A2A3A4

54321

394041

RAMCE-

RAMOE-

RAMWE-

RAMUB-

RAMLB-

C44

GND

TP891

TP890

C52

A10u/16

VSS

F0.1u/16

GND

IS62LV12816LL-70T (NM)

W981616AH

IC71

D13D8D11

D14

D15D0D9D7D12

I/O6

A15

A16 I/O7

10 29

A16A2A12

A17

I/O4

I/O5

A13

A14

4117

D10

212223

25826

I/O0

I/O1

I/O2

I/O3

A11

A10

12131

A11A1A4

A10

C50

F0.1u/16

TP1114

VSS

C241

IC73

IS62LV1024LL-70T

74LCX32M

F0.1u/16

I/O5

I/O6

A14

A15

A16 I/O7

4117

10 29

A15A9A12A2A8

A14

A17

A16

RES-

25826

I/O3

I/O4

A13

12131

A13

212223

I/O0

I/O1

I/O2

A11

A10

A11A6A5

TP1112

VCC

A0A1A2A3A4

CE1

A5A6A7

A8NCA12

A9A8A14A6A13A7A15

CE2

2019181716

151413

IC72A

147

+3.3V

C51

F0.1u/16

TP1113

VSS

VCC

A0A1A2A3A4

CE1

A5A6A7

A8NCA12

CE2

IS62LV1024LL-70T

2019181716

151413

TP1115

IC72B

147

TP1116

IC72C

147

74LCX32M

TP1117

R256 0

TP1119

IC72D

147

TP1120

TP1121

R258 0

R259 0

74LCX32M

TP1118

R257 0

AR-FX4 ELECTRICAL SECTION - 5

Page 63

D5 1SS355

+12V

C74

TP413

C67

A47u/25

R239 0

FB14

RB551V-30

AGAG

R232 R(NM)

C69

F0.1u/16

OUT

GND

IC19 NJM7812

C244

F0.01u/50

C68

F0.01u/50

JP10

SD00415-52

1 2

R260 0

R81 0

D6 1SS355

TP1132

JP11

IC21 NJM78M05DLA

SD00415-52

1 2

OUT

GND

R261 0

R82 0

A33u/10

C76

C75

F0.1u/16

R240 R(NM)

MDM3.3V+5V

C78

A33u/10

TP1049

TP410

C82

TP1124

JP13

1 2

OUT1

IC25 LM1117MPX-1.8

SD00415-52

R88 0

A33u/10

C84

OUT2 GND

C83

R263 0

C80

F0.1u/16

R246 0

FB15

MEM2012(NM)

TP1103

AGAG

OUT1

OUT2 GND

TP1131

JP12

1 2

IC23 LM1117MPX-3.3

SD00415-52

R86 0

C79

F0.1u/16

AGAG

D8 1SS355

AGAG

D7 1SS355

F0.1u/16

+24V

+5V

C64

A10u/35

C63

F0.01u/50

C243

F0.01u/50

JP7

JP8

SD00415-52

1 2

323334

8 7 6 5 4321

+5V

+24V

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

CN4

TX24-60R-12ST-H1

C66

A33u/10

C65

F0.1u/16

SD00415-52

+5V

FRESET

TP395

IC9E

74LCX14M

11 10

TP1231

C72

R284 0

+3.3V

R238 10K

R237 10K

R236 10K

R235 10K

R234 10K

R233 10K

+3.3V

TP897

C71

A33u/10

C70

F0.1u/16

JP9

SD00415-52

1 2

FRESET-

TP138 TP1102

789101112131415

373839404142434445

+3.3V

RESET-

C(NM)

TP139

PWOFF-

+12V +5VA

147

IC20A

IC9F

SCLINE-

PRLINE-

PWOFF-

1 2

TP386

13 12

TP1230

READY-

HSYNC-

IC20B

3 4

TP384

IC9B

3 4

TP1232

GDATA10

GDATA9

TP1201

TP1202

BR106

MNR14 33

678

GDATA9

HSYNC-

74LCX04M

+3.3V

74LCX14M

C81

R286 0

GDATA12

GDATA11

TP1203

TP1219

4 5

GDATA11

GDATA10

C(NM)

GDATA13

TP1218

678

4 5

GDATA12

+3.3V

GDATA14

GDATA15

TP1216

TP1217

BR107

MNR14 33

123

GDATA13

GDATA14

R87

GDATA15

+3.3V +1.8V

240F

FAXPAGE-

FAXCMD

FAXSRDY-

FAXPRD-

R248 10K

R247 10K

218

416

614

812

1A11Y1

1A21Y2

1A31Y3

1A41Y4

IC26

GDATA[0:15]

252627

555657

GND

FAXPRD-

FAXACK0P-

TP161

119

137

2A12Y1

2A22Y2

FAXACK1P-

FAXREQ1P-

FAXCS0P-

155

173119

2A32Y3

2A42Y4

TP160

FAXCS1P-

VCC

C85

+3.3V

GND

74LCX244WM

F0.1u/16

585960

FAXCS0P-

FAXACK0P-

FAXREQ0P-

AGAG

R270

R269

R268

R267

R266

R265

R264

R89 0

TP1055

R90 0

GND

7 6 5 4321

+3.3V

PRLINE-

SCLINE-

READY-

FAXSTS

FAXCRDY-

FAXREQ0P-

F0.1u/16

GND

GDATA0

TP1215 2 3 4 5

4 5 3 2 1

1 2 3 4 5

4 5

TP1211

GDATA0

74LCX244WM

GDATA2

GDATA1

TP1213

TP1214

MNR14 33

678

TP1209

TP1210 R262 0

GDATA1

GDATA3

TP1212

BR104

123

TP1208

GDATA3

GDATA2

GDATA5

GDATA4

TP1206

TP1207

678

4 5

GDATA4

GDATA6

TP1205

MNR14 33

GDATA5

GDATA6

GDATA8

GDATA7

TP1200

TP1204

BR105

123

GDATA7

147

123

GDATA8

74LCX04M

+3.3V

C77

TP745

TP746

74LCX14M

IC22

2 18

C73

C(NM)

R285 0

+3.3V

GND

VCC

1A1 1Y1

1A2 1Y2

1A3 1Y3

1A4 1Y4

2A1 2Y1

2A2 2Y2

2A3 2Y3

2A4 2Y41G2G

4 16

6 14

8 12

11 9

13 7

15 5

17 3119

R85

TP748

R84 R(NM)

FAXACK1P-

FAXCS1P-

R245 10K

R244 10K

R243 10K

R242 10K

R241 10K

+3.3V

8 7 6

BR50

MNR14 10K

6 7 8

BR49

MNR14 10K

8 7 6

BR48

MNR14 10K

8 7 6

BR47

MNR14 10K

R83 0

161718192021222324

464748495051525354

GND

FAXSTS

FAXCMD

FAXDET-

FAXSRDY-

FAXPAGE-

FAXCRDY-

10K

AR-FX4 ELECTRICAL SECTION - 6

Page 64

EDCBA

ROMOBNK[0:2]

ROMOCID0

ROMOCD1

ROMOCID1

TP929

TP933

TP931

17913178

177

ROMOCID[1]

ROMOCID[0]

MDMD[7]

VDD-51

TP591

MDMD7

ROMOCD0

ROMOBNK1

ROMOBNK2

TP926

TP934

TP928

176

17514174

ROMBNK[2]

ROMOCD[1]

ROMOCD[0]

GND-52

G1REQ_N

G1ACK_N

TP878

TP872

TP870

F0.1u/16

ROMOBNK0

TP927

173

172

GND-172

ROMBNK[1]

ROMBNK[0]

G2REQ_N

G2ACK_N

VDD-57

TP869

C109

17115170

VDD-171

GND-58

3.3VGA1

ROMORY

ROMOWP-

TP924

TP925

169

ROMRY

G1D[0]

TP871

TP874

G1D0

G1D1

ROMOWE-

ROMOCE-

ROMOOE-

TP935

TP922

TP923

168

16716166

ROMOOE_N

ROMOWP_N

ROMOWE_N

G1D[1]

G1D[2]

G1D[3]

TP873

TP875

TP877

G1D2

G1D4

G1D3

ROMNWP-

ROMNRY

TP937

TP938

165

164

16317162

GND-165

ROMNRY

ROMOCE_N

G1D[4]

G1D[5]

G1D[6]

TP868

TP876

TP867

G1D5

G1D6

G1D7

ROMNCE-

ROMNWE-

ROMNOE-

TP941

TP936

TP942

161

160

ROMNOE_N

ROMNWP_N

ROMNWE_N

G1D[7]

G2D[0]

G2D[1]

TP861

TP862

TP863

G2D0

G2D1

G2D2

ROMPRY

ROMPWP-

TP939

TP945

15918158

ROMPRY

ROMWP_N

ROMNCE_N

G2D[2]

G2D[3]

G2D[4]

TP860

TP864

G2D3

G2D4

ROMPCE-

ROMPWE-

ROMPOE-

TP943

TP946

TP944

157

156

15519154

ROMPOE_N

ROMPWE_N

G2D[5]

G2D[6]

TP865

TP866

TP859

G2D5

G2D6

G2D7

153

GND-153

GND-154

ROMPCE_N

G2D[7]

GND-75

GND-76

VDD-152

152

VDD-151

151

D[15]

150

D[14]

149

GND-148

148

D[13]

147

D[12]

146

GND-145

145

VDD-144

144

D[11]

143

D[10]

142

GND-141

141

D[9]

140

D[8]

139

GND-138

138

VDD-137

137

D[7]

136

D[6]

135

GND-134

134

GND-133

133

D[5]

132

D[4]

131

GND-130

130

D[3]

129

D[2]

128

GND-127

127

VDD-126

126

D[1]

125

D[0]

124

GND-123

123

MODE3

122

IRQ[1]_N

121

IRQ[0]_N

120

BSSEL[1]

119

BSSEL[0]

118

CLK

117

GND-116

116

GND-115

115

VDD-114

114

VDD-113

113

WAIT_N

112

DRAK[1]_N

111

DRAK[0]_N

110

DREQ[1]_N

109

DREQ[0]_N

108

WE1_N

107

WE0_N

106

RD_N

105

RW (RD/WR-)

104

BS_N

103

CS6_N

102

CS4_N

101

CS0_N

100

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

TP916

D[0:15]

C114

D15 D14

D13 D12

D11 D10

D9 D8

D7 D6

D5 D4

D3 D2

D1 D0

A22 A21 A20

A16 A15 A14 A13 A12 A11 A10 A9 A8 A7 A6 A5 A4 A3 A2 A1

TP684

TP915

TP690 TP691

TP416

F0.1u/16

C113

F0.1u/16

C112

F0.1u/16

C111

F0.1u/16

3.3VGA1

3.3VGA1 3.3VGA1 3.3VGA1 3.3VGA1

MD3

IRQ1-

R95 R(NM)

R94 R(NM)

IRQ0-

TP914

CKIO_GA1

R212

WAIT-

DRAK[1] DRAK[0]

DREQ[1]DREQ[0]-

C115

WE1WE0-

3.3VGA1

RD-

RD/WR-

BS-

CS6CS4CS0-

C110

F0.1u/16

3.3VGA1

A[1:25]

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

3.3VGA1

C98

F0.1u/16

M1A[0:15]

TP982

TP985

TP983

TP978

TP981

TP984

M1A11

M1A12

M1A14

M1A10

M1A15

M1A13

228

227

226

225

224

223

222

221

220

219

MA[15]

MA[14]

MA[13]

MA[12]

M1D[0:15]

M1D0 M1D1 M1D2

CD1A[0:3]

CD1D[0:15]

M1D3

M1D4 M1D5 M1D6 M1D7

M1D8 M1D9 M1D10 M1D11

M1D12 M1D13 M1D14 M1D15

CD1RES-

CD1CLK

CD1IRQ-

CD1A0 CD1A1 CD1A2 CD1A3

CD1CSCD1RDCD1WR-

CD1UBE-

CD1REQC0 CD1REQD0 CD1ACKC0CD1ACKD0-

CD1D0 CD1D1 CD1D2 CD1D3

CD1D4 CD1D5 CD1D6 CD1D7

CD1D8 CD1D9 CD1D10 CD1D11

CD1D12 CD1D13 CD1D14 CD1D15

C97

F0.1u/16

C96

F0.1u/16

C95

F0.1u/16

C94

F0.1u/16

C93

F0.1u/16

C92

F0.1u/16

C91

F0.1u/16

C90

F0.1u/16

C89

F0.1u/16

C88

F0.1u/16

C87

F0.1u/16

C86

F0.1u/16

TP993 TP971 TP970 TP995

TP994 TP997 TP998 TP999

TP996

TP371

TP428

TP372 TP359 TP360 TP361

TP364

TP374

TP375 TP363

TP949 TP950 TP947 TP952

TP951 TP948 TP953 TP954

TP955 TP958 TP957 TP956

TP959 TP960 TP961 TP962

TP1002 TP1001 TP1000

TP1003 TP1004 TP1005 TP1006

TP1061

TP1062

TP1060 TP1059

TP1058 TP1057

VDD-229

229

VDD-230

230

MD[0]

231

MD[1]

232

MD[2]

233

MD[3]

234

VDD-235

235

GND-236

236

MD[4]

237

MD[5]

238

MD[6]

239

MD[7]

240

VDD-241

241

GND-242

242

MD[8]

243

MD[9]

244

MD[10]

245

MD[11]

246

GND-247

247

GND-248

248

MD[12]

249

MD[13]

250

MD[14]

251

MD[15]

252

VDD-253

253

GND-254

254

TRES_N

255 256

CDCLK

257

CDIRQ

258

VDD-259

259

GND-260

260

CDA[0]

261

CDA[1]

262

CDA[2]

263

CDA[3]

264

VDD-265

265

VDD-266

266

GND-267

267

GND-268

268

CDCS_N

269

CDRD_N

270

CDWR_N

271 272

VDD-273

273

GND-274

274

CDREQC

275

CDREQD

276 277 278

VDD-279

279

GND-280

280

CDD[0]

281

CDD[1]

282

CDD[2]

283

CDD[3]

284

GND-285

285

GND-286

286

CDD[4]

287

CDD[5]

288

CDD[6]

289

CDD[7]

290

VDD-291

291

GND-292

292

CDD[8]

293

CDD[9]

294

CDD[10]

295

CDD[11]

296

VDD-297

297

GND-298

298

CDD[12]

299

CDD[13]

300

CDD[14]

301

CDD[15]

302

VDD-303

303

VDD-304

304

GND-228

CDRES_N

CDUBE_N

CDACKC_N CDACKD_N

GND-1

GND-227

GND-2

VORES_N

TP613

VORES-

TP616

VOSD

MA[11]

VDD-221

GND-222

VOSD

VOSI

VOST_N

VOCH_N

VOBUSY_N

VONAR

TP612

TP611

TP297

TP617

TP614

TP615

VOST-

VOCH-

VOBUSY-

VOSI

VONAR

MA[10]

TP979

M1A9

218

TP300

C101

C99

F0.1u/16

TP975

TP974

TP988

TP976

TP987

TP973

TP977

M1A4

M1A2

M1A3

M1A5

M1A8

217

216

MA[9]

MA[8]

TDI

TCK

TP299

TP298

215

VDD-215

GND-216

IC27

TRST

TDO

TP301

M1A7

214

MA[7]

RTCDT

TP1099 TP980

RTCDT

M1A6

213

212

211

210

MA[6]

MA[5]

MA[4]

GND-210

uPD65948GL-114

RTCCK

VDD-19

RTCCE

RTCIO

TP305

TP306

TP307

RTCCE

RTCIO

RTCCK

209

208

MA[3]

VDD-209

GND-20

RTC245DIR

TP303

RTC125DIR

M1A1

207

206

MA[2]

RTC245OE_N

TP304

TP513

RTC125G-

TP986

M1A0

MA[1]

TP1

F0.1u/16

205

204

MA[0]

GND-204

MDMRES_N

TP596

MDMRES-

C102

M1UB-

TP992

203

202

MUB_N

VDD-203

MDMCS_N

MDMRD_N

TP580

TP581

MDMCS-

MDMRD-

M1LB-

M1WE-

TP972

TP989

201

200

MLB_N

MDMWR_N

TP582

TP51

MDMIRQ

MDMWR-

M1OE-

TP991

199

MOE_N

MWE_N

MDMIRQ

TMS

TP302

C103

C105

F0.1u/16

M1CE-

TP990

198

197

MCE_N

GND-31

TP586

MDMA0

196

VDD-196

GND-197

MDMA[0]

MDMA[1]

TP587

MDMA1

RES-

195

TP585

MDMA2

RES_N

MDMA[2]

CPURES-

MANRES-

TP940

194

193

CPURES_N

MDMA[3]

TP584

TP583

MDMA3

MDMA4

192

MANRES_N

MDMA[4]

BFDIR

BFOE-

RAMOE-

RAMUB-

RAMWE-

RAMLB-

RAMCE-

TP920

TP921

TP919

TP918

TP917

TP930

TP932

191

190

189

188971871118698185

1849918312182

181

180

BFDIR

BFOE_N

VDD-190

VDD-189

GND-192

GND-191

GND-183

GND-180

RAMLB_N

RAMUB_N

RAMCE_N

RAMOE_N

RAMWE_N

VDD-37

VDD-38

GND-39

GND-40

MDMD[0]

MDMD[1]

MDMD[2]

MDMD[3]

VDD-45

GND-46

MDMD[4]

MDMD[5]

TP594

MDMD0

TP595

MDMD1

TP593

MDMD2

TP592

MDMD3

TP589

MDMD4

TP588

MDMD5

MDMD[6]

TP590

MDMD6

39404142434445464748495051525354555657585960616263646566676869707172737475

3.3VGA1

R96 0

F0.1u/16

EDCBA

R97 0

FAX MAIN PWB (GA1) 5/10

F0.1u/16

R93 4.7K

3.3VGA1

MDMA[0:4]

3.3VGA1

C104

F0.1u/16

MDMD[0:7]

3.3VGA1

G2ACK-

G2REQ-

G1ACK-

G1REQ-

G1D[0:7]

C107

C106

F0.1u/16

3.3VGA1

C108

F0.1u/16

3.3VGA1

G2D[0:7]

4 5

BR51

MNR14 4.7K

3.3VGA1

TP1098

FB7

MEM2012(NM)

R91 0

R271 0

+3.3V

3.3VGA1

C100

AR-FX4 ELECTRICAL SECTION - 7

Page 65

AOUT

TP516

C119

F0.1u/16

R101 24KF

TP619

IC29A

C120

R100

IC29B

NJM2904M

F0.1u/16

33K

C121

F0.1u/16

TP71

C122

B470/50

R102 33KFTP338

TP622

AGAG

R213 0

1234

TP620

(JATE‘Î‰ )

C116

B470/50

TP414

R99 10.0KF

TP72

+12V

F0.1u/16

C117

TP69

R98

33K

+12V

C118

F0.1u/16

AOUT(SIG)

TP618

C124

F0.1u/16

NJM4558M

IC30A

C123

F0.1u/16

+12V

R106 10K

TP621

IC31

R105

10K

TP1052

R104

10K

4 5 3

BR65

MNR14 10K

MSM5V

FB12

MEM2012(NM)

AGAG

+5VA MSM5V

TP609

R107 100

C125

BUSY

NAR

TP610

TP608

R108 100

R110 100

VOBUSY-

VONAR

F0.1u/16

RESET

VORES-

TP64

AOUT1

AGAG

R117

100K

TP53

TP54

TP61

TP62

456

192021

AOUT

CMDNCST

I1I2I2/PORT0

1011121314

TP1051

TP65

TP59

TP58

R116 100

R118 100

VOST-

VOCH-

TP60

PRG

TP57

I3/PORT1I4I5/SI

TP56

TP66

NJM4558M

IC30B

AGAG

TP68

TP67

MSM5V

F0.1u/16

C126

IC31, X4, IC29, IC30

QS51 MSM6653A

QS52~ Not Mount

VPP

VDD

GND

I6/SD

MSM6653A-583GS-K

TP70

TP55

TP607

TP63

TP1126

SMD-49(4.096MHz)

R121 100

TP1125

R119 100

R120 100

C18/50

C127

VOSD

VOSI

M1D[0:15]

C128

C18/50

M1A[0:15]

M1D13

M1D6

M1D7

M1D8

M1D14

M1D10

M1D15

IC32

M1A15

M1D5

M1D9

M1D11

M1D12

M1D4

M1D3

M1D2

131415

293031

353637

I/O3

I/O4

I/O5

I/O6

I/O7

I/O8

I/O9

I/O10

I/O11

I/O12

I/O13

I/O14

I/O15

A5A6A7

A12

A11

A10

A13

A14

A15

321

252421

M1A13

M1A9

M1A6

M1A7

M1A4

M1A14

M1A12

M1A11

M1A10

M1A2

M1A3

M1A8

M1A5

C142

A33u/10

+3.3V

C144

F0.1u/16

C143

TP369

NCNCNC

M1CE-

M1WE-

TP367

F0.1u/16

VSS

VCC

IS61LV6416-12T

394041

M1LB-

M1UB-

M1OE-

M1D0

M1D1

TP368

789

222328

I/O0

I/O1

I/O2

A0A1A2A3A4

4443422726

M1A0

M1A1

1234

FAX MAIN PWB (GA1-CODEC) 6/10

BR60

MNR14 (NM)

BR59

MNR14 (NM)

BR58

MNR14 (NM)

BR57

MNR14 (NM)

IC28

+3.3V

4 5 3

4 5

4 5 3

4 5

CD1A[0:3]

TP310

TP318

TP314

TP313

TP322

TP323

TP316

TP312

TP317

TP315

75767778798283848586878889

IA9

IA8

IA7

IA6

IA15

IA14

IA13

IA12

IA11

IA10

A3A2A1

D14

D13

D12

D11

D15

424344

13141516171819

CD1A1

CD1A0

CD1A2

CD1A3

CD1D15

CD1D14

CD1D13

CD1D12

CD1D11

CD1D[0:15]

TP321

IA5

D10D9D8

CD1D10

TP326

CD1D9

TP324

TP325

TP328

93949596979899

IA4

IA3

IA2

IA1

D7D6D5D4D3D2D1

20212223262728

CD1D7

CD1D8

CD1D6

BR61

MNR14 10K

TP329

IA0

CD1D5

CD1D4

4 5

TP331

CD1D3

ID15

678

TP330

CD1D2

TP332

ID14

ID13

CD1D1

678

4 5

BR62 MNR14 10K

123

TP333

TP334

TP336

100

ID12

ID11

CD1D0

BR63

TP335

101

ID9

ID10

RD-

UBE-

CD1UBE-

CD1RD-

678

123

4 5

123

4 5

BR64 MNR14 10K

BR66 MNR14 10K

678

MNR14 10K

123

4 5

TP342

TP358

TP344

TP343

TP345

TP337

104

ID8

WR-

CD1WR-

105

TP340

106

ID7

CS-

CD1CS-

TP339

107

ID6

HEX-

TP1056

TP963

TP341

108

109

110

111

112464760505149486463585752

ID5

ID4

ID3

ID2

ID1

ID0

IHACK

IHREQ

IREADY

REQC0

INTR0

RESET-

INTR1

INTR2

REQC1

REQD0

REQD1

3334353940

TP969

TP373

TP362

TP968

R103 1K

CD1RES-

CD1IRQ-

CD1REQC0

CD1REQD0

TP349

TP351

IMLE-

IMUE-

ACKC0-

ACKC1-

TP966

R109

10K

+3.3V

CD1ACKC0-

TP357

TP365

IMR-

IMW-

ACKD0-

ACKD1-

TP967

10K

R112

R111 0

CD1ACKD0-

R114 R(NM)

R113 R(NM)

CD1CLK

TP352

TP377

TP376

R115 0 TP1053

TP353

EXA0

EXA1

CLKOUT

CLKIN

TP366

FB8

TP418

OUTOE

+3.3V

TP354

TP355

TP964

TP965

DREQ0

DREQ1

DACK0-

DACK1-

TEST0

TEST1

TEST2

TEST3

128

127

126

125

MEM2012(NM)

CLK16M

GND

+3.3V

VDD

SG-8002JCPC(16.000MHz)

C245F0.1u/16

TP1011

C140

F0.01u/50

C139

B2200/50

R123 100

116

SCANEN

MINTEST

VSS8

VSS7

928166

MINTIN

VSS6

MINTC

VSS5

TP346

R122 2K

TP347

119

120

PCO

VCOI

MN86065

VSS1

VSS2

VSS3

VSS4

AVSS

VREF5

AVDD

112537

115

118

121

C141

F0.1u/16

+3.3V

TP350

TP370

TP348

TP308

TP320

TP356

TP327C137

TP309

TP319

TP311

67686970717273

117

122

IOR-

IOW-

NC67

NC68

NC69

NC70

NC71

NC72

PLLOFF

DCMP0-

DCMP1-

VDD1

VDD2

VDD3

VDD4

VDD5

546580

VSS10

VDD6

VDD7

VDD8

VDD9

VDD10

VSS9

124

102

113

123

114

103

C138

F0.1u/16

C136

F0.1u/16

C135

F0.1u/16

C134

F0.1u/16

C133

F0.1u/16

C132

F0.1u/16

C131

F0.1u/16

C130

F0.1u/16

C129

F0.1u/16

AR-FX4 ELECTRICAL SECTION - 8

Page 66

SPOUT

TP533

R131 6.2K

TP522

IC34

X0X1X2X3X4X5X6X7INHAB

131415

TP16

R132 5.1K

TP523

C148

F0.1u/16

TP12

+5VA

R125 56K

TP9

C146

F0.1u/16

R124 0

TP515

C145

F0.1u/16

SIGRX

R128 56K

TP520

R127 3K

TP514

TP521

R126 10K

R129

C147

B4700/25

IC33

X0X1X2X3Y0Y1Y2Y3INHAB VSS

121415

R130 56K

+5VA

AGAG AGAG

8 7 6 5 4321

FAX MAIN PWB (FM336) 7/10

TP13

R134 10K

TP11

TP517

R133 10K

AOUT

+12V

15246

TP17

TP512

R137 33K

R136 18K

TP518

R135 56K

+12V

1678

VDD

TP509

TP510

TP511

R138 62K

R139 200K

R142 360K

+12V

VDD

15246109 8

R141

10K

R140

10K

R143 0

C150

F0.1u/16

VEE

VSS

C149

F0.1u/16

VEE

TP10

DTC363EKA

VOLCNT[A]

TP1054

+5VA MDM5V

NJM4052BM

FB9

MEM2012(NM)

NJM4051BM

AGAG AGAG

DTC363EKA

TP1227

+12V

TP519

VOLCNT[B]

AGAG

C248

C247

C249

TP412

R144 0

F0.1u/16

C151

IC37D

NJM2058M

TP1226

B0.01u/25

TP1223

TP1222

B0.01u/25

TP1224

TP1221

F0.1u/16

TP1220

R147

10K

R146

10K

R145

10K

R214 0

TP26

R149 3K

TP526

TP524

DTC363EKA

AGAG

R278

R277

R283

R276

R275

TP21

43K

12K

5.1K

VOL[A]

R281

10K

TP1225

R280

30K

R279

20K

TP20

DTC363EKA

VOL[B]

MDG

AGAG

R282

18K

C250

B0.01u/25

C251

B0.01u/25

AGAG

TP19

DTC363EKA

VOL[C]

TP411

R150 0

R215 0

SIGTX

TP24

1312

XX0

IC35

TP23

VREF

+12V TP22 3

X1X2X3Y0Y1Y2Y3

141511

TP25

TP525

R152 33K

R153 100K

+12V

C155

C154

C153

AGAG

AOUT(SIG)

MDM5V

MDM3.3V

AGAG MAG

C156

F0.1u/16

VEE

VDD

NJM4052BM

INHAB VSS

15246109 8

AGAG AGAG

TP529

TP1133

TP508

R155

R216

R158 44.2KF

C161

C(NM)

AGAG

MDM5V

R154 10K

R156 10K

R157 10K

TP558

TP605

TP36

377677116778129687564

TALK

IC36

VDD

TP604

TP40

TP39

TP606

TP44

TXD

RXD

SPKR

RINGD

VDD1

MAVDD

VDD1

VGG

VDD1

697071

TP550

C160

L1 10uH 10%

C158

C159

C157

+12V

C162

F0.1u/16

TP2

411

TP3

R159 44.2KF

TP506

F0.1u/16

R160 10K

TP1047

TP554

TP556

RTS

CTS

DTR

RLSD

VCORE

TP572

TP574

TP576

678

BR71

123

BR72

MDMD0

MDMD2

MDMD1

F0.1u/16

A33u/10

F0.1u/16

A33u/10

C163

TP41

DSR

TP575

4 5

MDMD3

MDG

IC37A

F0.1u/16

R161 10K

TP1048

XTCLK

TP573

123

MDMD4

R162

10K

ZD1

UDZ10B

C164

F0.1u/16

NJM2058M

TP507

R163 44.2KF

TP505

TP555

TP38

TDCLK

TP568

TP571

TP569

MNR14 100

678

MDMD6

MDMD5

MDMD7

DTC363EKA

R164

44.2KF

TP37

TP31

3639404142

RIN

MIC_BIAS

D7D6D5D4D3D2D1

95949391908988

TP570

BR73

123

MNR14 100

4 5

MDMA0

MDMD[0:7]

+12V

TXSEL[A]

TP5

TP539

SR1IO

MIC_EN

M_CNTRL_SIN

RS0

RS2

RS1

TP567

TP560

TP563

678

BR74

MDMA2

MDMA3

MDMA1

AGAG

4 5

TP544

SLEEP

RS4

RS3

496765

TP564

123

MDMA4

MDMA[0:4]

R165

AGAG

C165

B470/50

TP29

IA_SLEEP

/READ

/WRITE

TP562

TP561

TP559

MNR14 100

678

4 5

MDMRD-

MDMWR-

TP530

10K

DTC363EKA

TP543

TP542

R166 0

R168 0

TP30

EYECLK

EYESYNC

M_STROBE

/CS

SR4IN

TP34

R167 4.7K

MNR14 100

MDMCS-

TXSEL[B]

C166

F0.1u/16

TP603

R169 0

TP602

4546

EYEXY

M_SCKM_RXOUT

MDM3.3V

TP577

GPO0

IRQ

TP601

R170 10

MDMIRQ

R171 68.1KF

TP502

TP557

82324

RDCLK

TP43 7273748081

171920

TP551

SIGRX

TP6

C174

F0.1u/16

R179

33K

R177

33K

SIGRX

C177

TP501

MDM3.3V

TP566

TP52

9899100

MAVSS

SET3V_BAR2

XTALI

XTALO

TP598

TP599

R176 R(NM)

TP1050

SMD-49(28.224MHz) (NM)

R178 100

TP1097

C246F0.1u/16

C172

C27/50

NJM2058M

IC37C

VREF

MAG

NL322522T-8R2J

C176

A10u/16

C175

F0.1u/16

PLL_VDD

VSS

VSUB

VSS

C173

C27/50

MDG

F0.1u/16

PLL_GND

VSS

C167

F0.1u/16

AGAG

TP538

R173 137KF

TP503

TP504

R175

IC37B

NJM2058M

C169

F0.1u/16

C171

F0.1u/16

C168

A10u/16

C170

A10u/16

TP547

TP549

TP548

TP546

TP545

TP42

TP565

TP553

TP552

TP46

TP49

TP45

TP578

TP47

TP50

MDM3.3V

15859

PF7

XYCNT

TP48

TP541

R174 0

TP600

OUTOE

PF6

SR4OUT

TP579

CSP

TESTP

DSPRDP

DSPWTP

CLK_OUT

M_CLKIN

M_TXSIN

TP540

MDG

GND

VDD

SG-8002JCPC(28.224MHz)

283530

TXA2

TXA1

YCLK

XCLK

VREF

MICROPHONE

POR

/RESET

TP597

TP32

TP33

TP35

MDMRES-

AGAG AGAG

AGAG

MDG

FM336

VSS

7 6 5 4321

MDG

MAG

AR-FX4 ELECTRICAL SECTION - 9

Page 67

EDCBA

GDATA[0:15]

3.3VGA2

FAXPAGE-

READY-

SCLINE-

PRLINE-

HSYNC-

GDATA15

R186 4.7K

R185 4.7K

R187 4.7K

GDATA13

GDATA14

TP164

TP165

TP159

TP163

TP169

TP170

TP168

TP167

TP174

TP175

TP155

TP176

TP166

228

227

226

225

224

223

222

221

220

219

218

217

216

215

214

213

212

TIN

TEB_N

TMOD1_N

G2D[2]

G2D[1]

NC[0]

TP257

G2D1

MNR14 4.7K

TP858

4 5 3 2 1

READY_N

FAXPAGE_N

TCK

TDI

TP855

TP856

PRLINE_N

SCLINE_N

IC38

TRST

TDO

TP857

G2D0

211

HSYNC_N

GDATA[15]

GDATA[14]

uPD65954GL-061

G1D[7]

G1D[6]

G2D[0]

G1D5

G1D6

G1D7

G1D[0:7]

3.3VGA2

R181 0

R180 R(NM)

3.3VGA2

R183 0

R182 R(NM)

R272 0

3.3VGA2

3.3VGA23.3VGA23.3VGA23.3VGA2

C178

TP1063

R184 0

F0.1u/16

C183

C182

C181

C180

C179

3.3VGA2

F0.1u/16

FB10

BS-

RD-

WAIT-

MEM2012(NM)

A[1:25]

CS5-

WE0WE1-

CKIO_GA2

IRQ2-

D[0:15]

TOUT5

TOUT4

TOUT3

TOUT2

TOUT1

GND-228

GND-227

VDD-229

229

VDD-230

230

A[1]

231

A[2]

232

A[3]

233

A[4]

234

A[5]

235

A[6]

236

A[7]

237

A[8]

238

A[9]

239

A[10]

240

A10

A[11]

241

A11

A[12]

242

A12

A[13]

243

A13

A[14]

244

A14

A[15]

245

A15

A[16]

246

A16

GND-247

247

GND-248

248

A[17]

249

A17

A[18]

250

A18

A[19]

251

A19

A[20]

252

A20

A[21]

253

A21

A[22]

254

A22

A[23]

255

A23

A[24]

256

A24

A[25]

257

A25

CS5_N

258

BS_N

259

NC[1]

260

TP210

RD_N

261

WE0_N

262

WE1_N

263

R217

WAIT_N

264

TP215

VDD-265

265

VDD-266

266

GND-267

267

GND-268

268

CLK_SYS

269

BSSEL[0]

270

TP214

BSSEL[1]

271

TP211

IRQ[2]_N

272

NC[2]

273

TP213

NC[3]

274

TP212

GND-275

275

D[0]

276

D[1]

277

VDD-278

278

GND-279

279

D[2]

280

D[3]

281

GND-282

282

D[4]

283

D[5]

284

GND-285

285

GND-286

286

D[6]

287

D[7]

288

VDD-289

289

GND-290

290

D[8]

291

D[9]

292

GND-293

293

D[10]

294

D10

D[11]

295

D11

VDD-296

296

GND-297

297

D[12]

298

D12

D[13]

299

D13

GND-300

300

D[14]

301

D14

D[15]

302

D15

VDD-303

303

VDD-304

304

GND-1

GND-2

G2D[7]

G2D[6]

G2D[5]

G2D[4]

G2D[3]

G2D3

G2D5

G2D7

G2D2

G2D4

G2D6

BR75

G2D[0:7]

6 7 8

3.3VGA2

C185

GDATA12

210

209

VDD-209

GND-210

GDATA[13]

GND-20

G1D[5]

VDD-19

G1D4

C184

3.3VGA2

F0.1u/16

GDATA11

208

207

GDATA[12]

GDATA[11]

G1D[3]

G1D[4]

G1D3

F0.1u/16

GDATA9

GDATA10

206

205

GDATA[10]

G1D[2]

G1D2

G1D1

GDATA7

GDATA8

204

GDATA[9]

GDATA[8]

G1D[1]

G1D[0]

G1D0

G2ACK-

IC39

GDATA6

203

202

GDATA[7]

G2ACK_N

G2REQ-

TP908

CKOTR

+5V

GDATA4

GDATA5

201

200

GDATA[6]

GDATA[5]

G2REQ_N

G1ACK_N

G1REQ-

G1ACK-

TP903

TP904

/CKO

CKO/2

VCC

C186

GDATA2

GDATA3

199

198

GDATA[4]

GDATA[3]

G1REQ_N

TMS

TP258

R188 4.7K

3.3VGA2

TP909

/CKO/2

CNTCK

VCC

GDATA1

GDATA0

197

GDATA[2]

GDATA[1]

GND-31

CDCLK

TP1046

CD2CLK

TP906

PULSE

TP173

F0.1u/16

TP171

196

195

GDATA[0]

CDRES_N

TP880

TP896

CD2IRQ0

CD2RES-

TP907

TP905

TP910

3921647101113

158

TEST2

TEST1

TEST3GND

CLKIN

GND

OUTOE

GND

VDD

SG-8002JCPH(28.16301MHz)

3.3VGA2

C188

F0.1u/16

RES-

TP172

194

193

192

191

1909618912188971871318698185

RES_N

VDD-190

VDD-189

CLK_VID

GND-192

GND-191

CDIRQ0

CDIRQ1

CDUBE_N

VDD-37

VDD-38

GND-39

GND-40

TP879

TP881

CD2IRQ1

CD2UBE-

3.3VGA2 C187

F0.1u/16

M66235FP

SDRAM_D[0:15]

3.3VGA2 F0.1u/16

TP767

TP778

TP765

TP777 C190

TP766

TP764

TP779

TP776

SDRAM_D10

SDRAM_D9

SDRAM_D8

SDRAM_D11

SDRAM_D13

SDRAM_D12

SDRAM_D14

SDRAM_D15

678

BR76

MNR14 33

123

4 5

FAXREQ0P-

FAXACK0P-

TP151

TP755

TP156

FAXPRD_N

FAXREQOP_N

CDCS_N

CDRD_N

TP883

TP882

TP884

CD2RD-

CD2WR-

CD2CS- FAXPRD-

CD2A[0:3]

FAXACKOP_N

CDWR_N

678

FAXCS0P-

BR77

123

4 5

TP760

TP763

TP188

TP190

TP762

TP189

TP152

TP761

TP191

1849918314182

181

18015179

178

177

17616175

VDD-180

GND-181

SDRAM_D[9]

FAXCSOP_N

CDA[0]

TP287

CD2A0D0CD2A2

SDRAM_D[8]

SDRAM_D[12]

SDRAM_D[15]

SDRAM_D[14]

SDRAM_D[13]

SDRAM_D[11]

SDRAM_D[10]

CDA[1]

CDA[2]

CDA[3]

VDD-48

GND-49

CDREQC0

CDREQC1

CDACKC0_N

CDACKC1_N

CDREQD0

45464748495051525354555657585960616263646566676869707172737475

TP901

TP902

TP292

TP288

TP289

TP290

TP1104

TP293

CD2A1

CD2A3

CD2ACKC0-

CD2REQD0

CD2REQC0

3.3VGA2

C189

F0.1u/16

IC74

3.3VGA2 C192

F0.1u/16

TP769

TP773

TP775

TP768

TP774

SDRAM_D4

SDRAM_D3

SDRAM_D7

SDRAM_D5

SDRAM_D6

678

BR78

123

4 5

BR79

MNR14 33

123

TP759

TP187

TP758

TP186

TP185

17417173

172

171

17018169

168

VDD-171

GND-172

SDRAM_D[7]

SDRAM_D[6]

SDRAM_D[5]

SDRAM_D[4]

CDREQD1

CDACKD0_N

VDD-57

GND-58

CDACKD1_N

CDD[0]

TP807

TP887

TP885

TP886

TP806

CD2D0

CD2D1

CD2ACKD0-

CD2ACKD1-

CD2REQD1

C191

F0.1u/16

TP1107

TP1106

TP1105

TP1111

TP1110

TP1109

TP1108

34561011121314

ABCLK

128

TP771

TP770

TP772

SDRAM_D1

SDRAM_D0

SDRAM_D2

MNR14 33

678

4 5

TP756

TP177

TP757

167

16619165

SDRAM_D[3]

SDRAM_D[2]

SDRAM_D[1]

CDD[1]

CDD[2]

CDD[3]

TP804

TP809

CD2D2

CD2D3

3.3VGA2

C240

VCC

CLR

3.3VGA2

TP208

16420163

SDRAM_D[0]

SDRAM_A[12]

VDD-64

GND-65

C193

TP795

SDRAM_A12

BR80

123

MNR14 33

162

GND-163

CDD[4]

TP805

TP808

CD2D4

CD2D5

F0.1u/16

GND

C194

F0.1u/16

TP796

TP797

SDRAM_A11

SDRAM_A10

678

TP178

TP184

161

16021159

VDD-162

SDRAM_A[11]

SDRAM_A[10]

CDD[5]

CDD[6]

CDD[7]

TP810

TP811

CD2D6

CD2D7

3.3VGA2

74VHC164M

TP799

TP798

SDRAM_A9

SDRAM_A8

4 5

BR81

123

TP179

TP180

158

SDRAM_A[8]

SDRAM_A[9]

CDD[8]

VDD-71

TP812

CD2D8

TP802

TP800

TP801

SDRAM_A6

SDRAM_A7

SDRAM_A5

MNR14 33

678

4 5

TP182

TP181

TP183

157

15622155

SDRAM_A[7]

SDRAM_A[6]

GND-72

CDD[9]

TP814

TP815

CD2D9

CD2D10

C195

F0.1u/16

MNR14 33

154

153

GND-154

GND-153

SDRAM_A[5]

CDD[10]

GND-75

GND-76

VDD-152

152

VDD-151

151

SDRAM_A[4]

150

SDRAM_A[3]

149

SDRAM_A[2]

148

SDRAM_A[1]

147

SDRAM_A[0]

146

SDRAM_BA[1]

145

SDRAM_BA[0]

144

GND-143

143

VDD-142

142

SDRAM_DQM1

141

SDRAM_DQM0

140

SDRAM_WR_N

139

SDRAM_CAS_N

138

SDRAM_RAS_N

137

SDRAM_CKE

136

SDRAM_CLK

135

GND-134

134

GND-133

133

SDRAM_CS_N

132

MD[15]

131

MD[14]

130

MD[13]

129

MD[12]

128

MD[11]

127

MD[10]

126

GND-125

125

VDD-124

124

MD[9]

123

MD[8]

122

MD[7]

121

MD[6]

120

MD[5]

119

MD[4]

118

MD[3]

117

GND-116

116

GND-115

115

VDD-114

114

VDD-113

113

MD[2]

112

MD[1]

111

MD[0]

110

MA[15]

109

MA[14]

108

MA[13]

107

MA[12]

106

GND-105

105

VDD-104

104

MA[11]

103

MA[10]

102

MA[9]

101

MA[8]

100

MA[7] MA[6] MA[5] GND-96 GND-95

MA[4]

MA[3]

MA[2]

MA[1]

MA[0]

MWE_N

MOE_N

GND-87

VDD-86

MCE_N

TRES_N

CDD[15]

CDD[14]

CDD[13]

CDD[12]

CDD[11]

VDD-78

VDD-77

TP819 TP818 TP817 TP816 TP813

TP207 TP206 TP205 TP204 TP203 TP192 TP193 TP194

TP195 TP196 TP197 TP198 TP199 TP201 TP200

TP202 TP854 TP848 TP847 TP846 TP844 TP845

TP852 TP851 TP833 TP834 TP835 TP836 TP837

TP839 TP838 TP840 TP832 TP829 TP830 TP828

TP831 TP823 TP821 TP822 TP820 TP825 TP826

TP824 TP827 TP849 TP850 TP853 TP841 TP842

TP843 TP295

6 7 8

CD2D15 CD2D14 CD2D13 CD2D12 CD2D11

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

M2WE-

M2OE-

M2CE-

CD2D[0:15]

6 7

MNR14 33

8 4 5 3 2 1

BR83

MNR14 33

8 4 5 3 2 1

BR82

M2A[0:15]

M2D[0:15]

MNR14 33

4 5 3 2 1

BR85

MNR14 33

4 5 3 2 1

BR84

3.3VGA2

TP209 TP780 TP781 TP782 TP783 TP794 TP793 TP792

TP791 TP790 TP789 TP788 TP787 TP785 TP786 TP784

3.3VGA2 3.3VGA2 3.3VGA2 3.3VGA2 3.3VGA2

C196

F0.1u/16

C201

C200

C199

C198

C197

F0.1u/16

SDRAM_A[0:12]

SDRAM_A4 SDRAM_A3 SDRAM_A2 SDRAM_A1 SDRAM_A0

SDRAM_BA1 SDRAM_BA0

SDRAM_WR-

SDRAM_CAS-

SDRAM_RASSDRAM_CKE SDRAM_CLK

SDRAM_CS-

3.3VGA2

SDRAM_DQM1 SDRAM_DQM0

C202

F0.1u/16

EDCBA

FAX MAIN PWB (GA2) 8/10

CD2ACKC1-

CD2REQC1

+3.3V

CD2CLKIN

AR-FX4 ELECTRICAL SECTION - 10

Page 68

8 7 6

MNR14 (NM)

8 7 6

MNR14 (NM)

8 7 6

MNR14 (NM)

8 7 6

MNR14 (NM)

+3.3V

SDRAM_A[0:12]

1 2 3 4 5

SDRAM_D0

SDRAM_D1

223

I/O0A0

IC42

SDRAM_A1

SDRAM_A0

SDRAM_D2

424

525

I/O1A1

I/O2A2

SDRAM_A2

SDRAM_D4

SDRAM_D3

SDRAM_D5

726

829

1030

I/O3A3

I/O4A4

SDRAM_A5

SDRAM_A4

SDRAM_A3

SDRAM_D7

SDRAM_D6

1131

1332

I/O5A5

I/O6A6

I/O7A7

SDRAM_A6

SDRAM_A7

SDRAM_D9

SDRAM_D12

SDRAM_D11

SDRAM_D8

SDRAM_D10

42444547485051

I/O8

I/O9

I/O10

I/O11

A8A9A10

A11

3334223536

SDRAM_A12

SDRAM_A9

SDRAM_A8

SDRAM_A11

SDRAM_A10

SDRAM_D14

SDRAM_D13

SDRAM_D15

I/O12

I/O13

I/O14

BA0

A12

SDRAM_BA0

I/O15

BA1

SDRAM_BA1

C219

A33u/10

+3.3V

3914271228465254

VCC

GND

DQMU

CLK

CKE

RAS

CASCSDQML

1817191516

393837

TP1095

8 7 6

SDRAM_CLK

SDRAM_WR-

SDRAM_RAS-

SDRAM_CAS-

SDRAM_CS-

SDRAM_DQM0

SDRAM_DQM1

SDRAM_CKE

12345

+3.3V

M2D[0:15]

M2D8

M2D5M2A5

M2D4

M2D12

M2D14

M2D10

M2D9

M2D3

M2A[0:15]

M2D11

M2D15

M2D13

353637

I/O10

I/O11

I/O12

I/O13

I/O14

I/O15

IC41

A12

A11

A10

A13

A14

A15

321

M2A10

M2A9

M2A11

M2A14

M2A13

M2A15

M2A12

M2D0

M2D1

M2D2

M2D6

M2D7

TP261

TP260

TP259

789

131415

293031

I/O8

I/O9

M2A7

M2A8

222328

NCNCNC

I/O4

I/O5

I/O6

I/O7

I/O0

I/O1

I/O2

I/O3

A5A6A7

A0A1A2A3A4

4443422726

252421

M2A2

M2A3

M2A6

M2A0

M2A4

M2A1

M2CE-

M2WE-

BR102

SDRAM_D[0:15]

BR101

C203

A33u/10

C205

F0.1u/16

C204

F0.1u/16

VSS

VCC

IS61LV6416-12T

394041

M2OE-

BR100

BR99

12345

C226

F0.1u/16

C225

F0.1u/16

C224

F0.1u/16

C223

F0.1u/16

C222

F0.1u/16

C221

F0.1u/16

C220

F0.1u/16

GND

W981216BH

1 2 3 4 5

BR103

MNR14 4.7K

R218

4.7K

BR89

MNR14 (NM)

BR88

MNR14 (NM)

BR87

MNR14 (NM)

BR86

MNR14 (NM)

IC40

+3.3V

4 5 3

4 5

4 5 3

4 5

TP232

TP231

TP227

TP225

TP223

TP221

TP230

TP224

TP226

TP222

TP219

75767778798283848586878889

IA9

IA8

IA7

IA6

IA15

IA14

IA13

IA12

IA11

IA10

A3A2A1

D14

D13

D12

D11

D15

424344

13141516171819

CD2A0

CD2A2

CD2A3

CD2A1

CD2D14

CD2D13

CD2D11

CD2D12

CD2D10

CD2D15

TP235

IA5

D10D9D8

CD2D9

TP234

IA4

CD2D8

BR94 MNR14 10K

TP233

TP237

TP238

93949596979899

IA3

IA2

IA1

IA0

D7D6D5D4D3D2D1

20212223262728

CD2D7

CD2D5

CD2D6

CD2D4

4 5

TP240

CD2D3

ID15

678

TP239

CD2D2

TP241

ID14

CD2D1

4 5

BR95 MNR14 10K

123

TP242

TP243

ID13

ID12

ID11

CD2D0

678

TP245

100

ID10

UBE-

CD2UBE-

123

BR96 MNR14 10K

TP246

TP244

101

104

ID9

ID8

WR-

RD-

CD2WR-

CD2RD-

678

123

4 5

123

4 5

BR98 MNR14 10K

BR97 MNR14 10K

678

123

4 5

TP1045

TP252

TP249

TP898

TP247

105

ID7

CS-

CD2CS-

TP251

TP248

TP253

TP250

106

107

108

109

110

ID6

ID5

ID4

ID3

ID2

HEX-

INTR0

RESET-

R190 1K

CD2RES-

CD2IRQ0

TP278

TP276

TP254

TP285

111

112464760505149486463585752

ID1

ID0

IMUE-

IHACK

IHREQ

IREADY

REQC0

ACKC0-

INTR1

INTR2

REQC1

REQD0

REQD1

3334353940

TP291

TP265

R191 1K

CD2IRQ1

CD2REQC0

CD2REQD0

CD2REQD1

CD2REQC1

CD2ACKC0-

TP284

TP294

IMR-

IMW-

IMLE-

ACKC1-

ACKD0-

ACKD1-

R193 R(NM)

R192 0

CD2ACKD0-

CD2ACKD1-

CD2ACKC1-

C217

F0.01u/50

TP803

R197 100

C216

B2200/50

TP283

TP900

TP282

TP279

TP899

TP281

TP280

EXA0

EXA1

DREQ0

DREQ1

DACK0-

DACK1-

CLKOUT

CLKIN

TEST0

TEST1

TEST2

TEST3

VDD1

128

127

126

125

+3.3V

TP262

FB11

MEM2012(NM)

TP263

R195 0 TP264

R194 R(NM)

CD2CLK

CLK16M

CD2CLKIN

+3.3V

TP277

TP286

DCMP0-

VDD2

DCMP1-

VDD3

VDD4

546580

TP275

IOR-

VDD5

TP229

TP236

TP217

67686970717273

122

IOW-

NC67

NC68

PLLOFF

VDD6

VDD7

VDD8

VDD9

VDD10

102

113

123

C215

C214

C213

C212

C211

C210

C209

C208

C207

C206

R196 2K

116

MINTEST

VSS7

928166

MINTIN

VSS6

MINTC

VSS5

TP255

TP256

119

120

PCO

VCOI

MN86065

VSS4

VSS2

VSS3

AVSS

VREF5

AVDD

VSS1

112537

115

118

121

C218

F0.1u/16

+3.3V

TP218

TP220

TP228

117

NC69

NC70

NC71

NC72

SCANEN

VSS9

VSS8

VSS10

124

114

103

F0.1u/16

FAX MAIN PWB (GA2-CODEC) 9/10

CD2A[0:3]

CD2D[0:15]

AR-FX4 ELECTRICAL SECTION - 11

Page 69

1234

CN6

DGDG+12VA

+12V

+24V

MPXA

HS1-

TELMUTE

RCVMUTE

SIGRX

EXMSG

CI-SHS2-

LIUID

+5VAGFNETDAGVRSEL1

VRSEL2

VRSEL3

CION

SIGTX

RHS-DPCMLECEXHS-

150VON

RHS-

CMLEC150VON

DPON-

EXHS-

TX25-30P-6ST-H1

C239

C238

C237

F0.1u/16

6 7 8

6 7

TP1228

TP1229

C234

C236

C235

A47u/25

4 5 3 2 1

A33u/10

A47u/25

BR110

MNR14 3K

BR109

MNR14 3K

BR108

MNR14 3K

AGAG

123456789

CN5

S2B-PH-SM3-TB

TP1096

C227

A4.7u/50

+5V

TP536

C228

B1000/50

TP535

R198

+5V

R200 75K

R199 100K

TP27

R(NM)

C229

C230

C(NM)

3.3K

R202

TP532 0

R201

TP531

F0.1u/16

SP+

SP-

R203 0

TP537

IC43

NJM2113M

8 7 1

C232

A4.7u/50

TP28

C231

A4.7u/50

TP534

MUTE

R204

22K

+5V

Q10

DTC363EKA

+5V

+12V

+24V

+12V

+3.3V

R211

R209

R207

R210

R208

R206

R205

10K

101112131415161718192021222324252627282930

LIUID

CI-

HS[1]-

MPXA

RCVMUTE

TELMUTE

SIGRX

DPMUTE

HS[2]-

FNETD

VRSEL[3]-

VRSEL[2]-

VRSEL[1]-

SIGTX

CION

1234

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

SPOUT

SPMUTE

AR-FX4 ELECTRICAL SECTION - 12

Page 70

7.5k

6.8k

10k

Capacitors are of 50V unless otherwise specified.

Resistors are of 1/16W unless otherwise specified.

ABCDEFGH

TEL/LIU PWB 1/3

B. TEL/LIU PWB

ABCDEFGH

AR-FX4 ELECTRICAL SECTION - 13

Page 71

18k

ABCDEFGH

TEL/LIU PWB 2/3

27k

100k

1800p

ABCDEFGH

Capacitors are of 50V unless otherwise specified.

Resistors are of 1/16W unless otherwise specified.

AR-FX4 ELECTRICAL SECTION - 14

Page 72

ABCDEFGH

TEL/LIU PWB 3/3

47 µ 35V

Capacitors are of 50V unless otherwise specified.

Resistors are of 1/16W unless otherwise specified.

ABCDEFGH

AR-FX4 ELECTRICAL SECTION - 15

Page 73

Page 74

Page 75

Page 76

Printed.

No part of this publication may be reproduced,

stored in a retrieval system, or transmitted,

in any form or by any means,

electronic; mechanical; photocopying; recording or otherwise

without prior written permission of the publisher.

Trademark Acknowledgments

Microsoft Windows, MS-DOS, Windows NT, Windows 2000 are trademarks of Microsoft Corporation in the U. S. A. and other countries.

Macintosh, Power Macintosh, Mac OS, LaserWriter, and AppleTalk are registered trademarks of Apple Computer, Inc.

IBM, PC/ AT, and PowerPC are trademarks of International Business Machines Corporation. Pentium is a registered trademark of Intel Corporation. PCL is a trademark of the Hewlett- Packard Company. PostScript is a registered trademark of Adobe Systems Incorporated. NetWare is a registered trademark of Novell, Inc. All other trademarks and copyrights are the property of their respective owners.

Digital Document Systems Group Quality & Reliability Control Center Yamatokoriyama, Nara 639-1186, Japan

2001 June Printed

SHARP ARFX4S Service Manual

Specifications and Main Features

Frequently Asked Questions

User Manual