Canon SmartBase MPC600F Technical information

REVISION 0
SmartBase MPC600F
H12-2194 230V ENG
SmartBase MPC600F
SmartBase MPC600F
H12-2195 230V GER
H12-2197 230V FRN
SmartBase MPC400
H12-2204 230V EC
NOV. 2001
COPYRIGHT © 2001 CANON INC.
HY8-10AT-000
CANON SmartBase MPC600F/MPC400
NOV. 2001
Application
This manual has been issued by Canon Inc. for qualified persons to learn technical theory, installation, maintenance,
and repair of products. This manual covers all localities where the products are sold. For this reason, there may
be information in this manual that does not apply to your locality.
Corrections
This manual may contain technical inaccuracies or typographical errors due to improvements or changes in
products. When changes occur in applicable products or in the content of this manual, Canon will release technical information as the need arises. In the event of major changes in the contents of this manual, Canon will
issue a new editions of this manual.
The following paragraph does not apply to any countries where such provisions are inconsistent with local
law.
Trademarks
The product names and company names described in this manual are the registered trademarks of the individual
companies.
Copyright
This manual is copyrighted with all rights reserved. Under the copyright laws, this manual may not be copied,
reproduced or translated into another language, in whole or in part, without the written consent of Canon Inc.
Copyright © 2001 by Canon Inc.
CANON INC.
Consumer Imaging Products Quality Assurance Dept. 1
5-1 Hakusan 7-Chome, Toride-city, Ibaraki 302-8501, Japan
DTP System
This manual was produced on a Windows98®, personal computer, final pages were printed on AGFA
SelectSet Avantra 25.
All graphics were produced with Adobe Illustrator 9.0J®.
All documents and all page layouts were created with Adobe PageMaker 6.5®.
I. MEANING OF MARKS
The marks used in this manual have the following meanings.
Mark
Meaning
States a precaution to be taken to prevent danger to personnel, damage to the product, or
damage to electronic components by discharge of static electricity. for example.
States a precaution to be taken to prevent damage to electronic components by
electrostatic discharge.
If the following mark is used, following the directions given.
Informs you of fire-related cautions.
Informs you that the plug must be removed from the power outlet before starting an
operation.
Gives useful information to understand descriptions.
Indicates sections to be read to obtain more detailed information.
I
II. ABOUT THIS MANUAL
This manual is divided into five parts, and contains information required for servicing the product.
Each of the above parts is further divided into the following four chapters:
Chapter 1: General Description
This part explains product specifications and the how to service the unit safely. It is very important, so
please read it.
Chapter 2: Technical Reference
This part explains the technical theory the product.
Chapter 3: Assembly and Disassembly
This part explains the assembly and disassembly of the product.
Chapter 4: Maintenance and Service
This part explains how to maintain the products for adjustment and troubleshooting and service operations
and service switches.
Chapter 5: Appendix
This part explains the informations of the optional products and user data flow.
• For more details of user operations and user reports, see the separate volume of USER'S
GUIDE.
• Detailed description of each SSSW/parameter is not given in this manual except the new
SSSWs/parameters added to this model.
See G3 Facsimile Service Data Handbook (supplied separately) for details them.
• See the G3/G4 Facsimile Error Code List (Rev.2, supplied separately) for details of
the error codes not shown in this manual.
II
III. REVISION HISTORY
REVISION
0
CONTENT
Original
III
IV. TABLE OF CONTENTS
Page
Chapter 1: General Description
1- 1
1. FEATURES
1- 1
1.1 Overview
1- 2
2. SPECIFICATIONS
1- 2
2.1 General Specification
1- 2
2.2 Communication Specification (SmartBase MPC600F only)
1- 3
2.3 Color Communication Specification (SmartBase MPC600F only)
1- 4
2.4 Scanner Specification
1- 6
2.5 Printer Specification
1- 9
2.6 Copy Specification
1 -10
2.7 Function
1 -12
3. OVERVIEW
1 -12
3.1 External View
1 -13
3.2 Operation Panel
1 -16
3.3 Consumables
1 -16
3.3.1 BJ cartridge and ink cartridge
1 -17
3.3.2 Print media
Chapter 2: Technical Reference
2- 1
2- 1
1. COMPONENT LAYOUT
1.1 Parts Layout
2- 4
2. SCANNER MECHANISM
2- 6
3. PRINTER SECTION
2- 6
3.1 Overview of the Printer's Mechanical Parts
2- 7
3.1.1 Carriage
2- 7
3.1.2 Purge section
2- 7
3.1.3 Paper feed section
2- 8
3.2 Paper Feed Section
2- 8
3.2.1 Paper feed components
2- 9
3.2.2 Friction separation system
2- 9
3.2.3 Paper transport section
2- 9
3.2.4 Paper discharge section
2 -10
3.3 About the Ink Sensor
2 -12
3.4 Purge Section
2 -12
2 -13
2 -15
2 -16
3.4.1 Purge section functions
3.4.2 Purge section components
3.5 Ink Suction Amount in the Cleaning Mode
4. NEW FUNCTION
IV
Chapter 3: Assembly and Disassembly
3- 1
1. ATTENTION TO BE PAID DURING ASSEMBLY/ DISASSEMBLY
3- 1
1.1 Safety Cautions
3- 2
1.2 General Cautions
3- 3
1.3 Product-Inherent Cautions
3- 3
1.4 Action in the Event of Abnormality (All Clear)
3- 4
1.5 Removal of red screws prohibited
3- 4
1.6 Transporting the machine
3- 5
2. DISASSEMBLY/ASSEMBLY
3- 5
2.1 Parts Layout
3- 8
2.2 Disassembly Work-Flow
3- 9
2.3 Disassembly Procedure
Chapter 4: Maintenance and Service
4- 1
1. MAINTENANCE LIST
4- 1
1.1 Consumables
4- 1
1.2 Cleaning
4- 2
1.3 Periodic Inspection
4- 2
1.4 Periodic Replacement Parts
4- 2
1.5 Adjustment Items
4- 3
1.6 General Tools
4- 3
1.7 Special Tools
4- 4
2. HOW TO CLEAN PARTS
4- 4
2.1 Main Unit Outer Covers
4- 4
2.2 Pickup/Separation Roller (SmartBase MPC600F only)
4- 4
2.3 Document U-Turn/Feed/Eject Roller (SmartBase MPC600F only)
4- 4
2.4 Separation Guide (SmartBase MPC600F only)
4- 4
2.5 Document Guide Sheet (SmartBase MPC600F only)
4- 4
2.6 White Sheet (SmartBase MPC600F only)
4- 4
2.7 Document Glass
4- 4
2.8 Printer Platen
4- 6
3. ADJUSTMENT
4- 6
3.1 CS LED Lights-on Duration Adjustment
4- 7
3.2 When Adjustment of the Print Head Position is Required
4 -10
4. TROUBLESHOOTING
4 -10
4.1 Troubleshooting Index
4 -12
4.2 Errors Shown on the Display
4 -12
4.2.1 User error message
4 -17
4.2.2 Error codes
4 -23
4.3 Errors not Shown on the Display
4 -23
4.3.1 General errors
4 -24
4.3.2 Printing problems
4 -26
4.3.3 Scanning problems
4 -28
4.4 Processing Communication Problems
V
4 -28
4.4.1 Initial identification of problems
4 -29
4.4.2 Procedures for processing communication problems
4 -31
5. SERVICE SWITCHES
4 -31
5.1 Hardware Switches
4 -32
5.2 Service Data Setting
4 -32
5.2.1 Service data overview
4 -33
5.2.2 Service data registration/setting method
4 -34
5.2.3 Service data setting
4 -41
5.2.4 Explanation of service data
4 -42
5.2.5 New SSSWs/parameters added to this model
4 -56
4 -56
4 -56
4 -57
6. TEST FUNCTIONS
6.1 User Test Print Functions
6.1.1 Nozzle check pattern
6.2 Service Test Functions
4 -57
6.2.1 Test mode overview
4 -58
6.2.2 Test mode flowchart
4 -60
6.2.3 D-RAM tests
4 -60
6.2.4 CS tests
4 -61
6.2.5 PRINT test
4 -62
6.2.6 Modem and NCU tests
4 -66
6.2.7 Faculty tests
4 -71
4 -71
7. SERVICE REPORT
7.1 Report Output Function
4 -71
7.1.1 User report output functions
4 -72
7.1.2 Service report output functions
4 -85
8. WIRING DIAGRAM
4 -85
8.1 Wiring Diagram
Chapter 5: Appendix
5- 1
1. USER DATA FLOW
5- 1
1.1 User Data Flow (by Operation Panel)
5- 5
1.2 User Data Flow (by MultiPASS Suite)
VI
Chapter 1
General
Description
SmartBase MPC600F/MPC400 Chapter 1: General Description
1. FEATURES
1.1 Overview
This product is a G3 transreceiving facsimile based on the ITU-T recommendations. It can be used in
telephone networks.
Picture Quality Color Printer
High quality printing can be accomplished with the Canon Bubble Jet (BJ) method using the maximum
2400dpi × 1200dpi resolution. Various kinds of media can be printed with the high speed of a maximum
17 pages per minute. The printing paper tray can hold up to 100 sheets of plain paper, 30 sheets of
transparencies film, or 10 envelopes.
Plain paper fax which can transmit/receive in color *1
Conforming to ITU-T recommendations, this fax is able to transmit/receive in color. Due to containing
extremely high-speed 33.6kbps modems, transmission time can be shortened. Pictures and photographs
can both be send and received clearly by UHQ (Ultra High quality), Canon’s vivid image processing
technology. Up to 30 letter, A4 and legal size sheets, can be set in the ADF *1. 9 one-touch dial entries
and 100 speed dial entries can be registered, and group dial and broadcasting transmission can also be
done. When paper and ink run out, the data is saved to memory, so there is no worry. When a externalphone is attached, fax communication and normal telephone reception are possible due to FAX/TEL
switching.
Out-of-Ink Function
This machine has a function which detects when ink has run out. It also detects when the cartridges of
machines equipped with color communications are out of ink. The presence/absence of ink in the ink
chamber is detected by reflecting ink sensor.
Copy Function
This machine can be used as a 1200dpi × 1200dpi high resolution full color copier. With a monochrome
document (including half-tone), up to 99 pages can be copied at one time at the speed of a maximum of
17 pages/minute.
Full Color & 256 Gradation Grayscale Scanner
Using graphics or OCR software which conforms to the TWAIN standard, full color and 256-gradation
grayscale images with a quality of 40 ~ 9600 dpi can be read into a computer.
PC Fax *1
By connecting this machine to a computer, a fax can be transmitted from the included MultiPASS Suite
or from a Windows application, and a received image can be saved to the computer as-is without printing
it out.
*1 SmartBase MPC600F only
1-1
SmartBase MPC600F/MPC400 Chapter 1: General Description
2. SPECIFICATIONS
2.1 General Specification
Type
Body colour
Power source
Power consumption
Usage environment.
Operating noise
Dimensions (W × D × H)
Weight
Desktop
Cool White
180 ~ 264V AC, 48 ~ 62 Hz
Standby 5.8 W (SmartBase MPC400)
8.0 W (SmartBase MPC600F)
Max. 41.8 W
50.0° F ~ 90.5° F (10° C ~ 32.5° C), 20% ~ 80% RH, 570 ~ 760
mmHg (760 ~ 1013 hPa)
Horizontal
±3° or less
Measured in accordance with ISO standards
Operating
:50 dB(A) or less
17.32" × 20.59" × 8.89" (440 mm × 523 × 228 mm) SmartBase
MPC400
17.32" × 20.59" × 11.85" (440 mm × 523 × 301 mm) SmartBase
MPC600F
(Not including trays)
22.05 lbs (10.0 kg) SmartBase MPC400
27.34 lbs (12.4 kg) SmartBase MPC600F
(including trays)
2.2 Communication Specification (SmartBase MPC600F only)
Applicable lines
Applicable Services
Handset
Transmission method
Transmission control protocol
PSTN (Public Switched Telephone Network)
NET SWITCH (Australia)
Own Ringing (Fin)
FAX ABILITY (New zealand)
None
Half-duplex
ITU-T T30 binary protocol/ECM protocol/
ITU-T V.8 protocol/V.34 protocol/ECM protocol
Modulation method
G3 image signals
ITU-T V.27ter (2.4k, 4.8k bps)
ITU-T V.29 (7.2k, 9.6k bps)
ITU-T V.17 (TC7.2k, TC9.6k, 12k, 14.4k bps)
ITU-T V.34 (2.4k, 4.8k, 7.2k, 9.6k, 12k, 14.4k, 16.8k, 19.2k,
21.6k, 24k, 26.4k, 28.8k, 31.2k, 33.6k bps)
G3 procedure signals
ITU-T V.21 (No.2) (300bps)
ITU-T V.8 300bps
ITU-T V.34 600 bps, 1200 bps
(With automatic fallback function)
Coding
Black/white ITU-T T.4 Coding method (MH, MR)
ITU-T T.6 Coding method (MMR)
ITU-T T.82/T.85 Coding method (JBIG)
Color
ITU-T T.81 Coding method (JPEG)
1-2
SmartBase MPC600F/MPC400 Chapter 1: General Description
Error correction
ITU-T T30 (ECM)
Time required for transmission protocol
Protocol
Mode
G3 standard
V.8/V.34
Pre-message
Protocol *1
approx.12 sec.
approx.9 sec.
Post-message
Protocol *2
(between pages)
approx.4 sec.
approx.1 sec.
Post-message *3
(after pages)
approx.3.5 sec.
approx.1 sec.
*1 Time from when other facsimile is connected to the line until image transmission begins.
*2 Post-message (between pages): Time from after one document has been sent until transmission of the
next document starts if several pages are transmitted.
*3 Post-message (after last pages): Time from after image transmission is completed until line is
switched from facsimile to telephone.
Minimum transmission time
Transmission output level
Receive input level
Modem IC
10 msec (G3), 0 msec (G3, ECM)
From 0 to -15 dBm
From -3 to -43 dBm
FM336
2.3 Color Communication Specification (SmartBase MPC600F only)
ITU-T recommendation
Scanning Document size
Printing paper size
Resolution
Picture element
Coding
Color space
Illuminant Data
Sub sample
ITU-T T.30 ANNEX E (JPEG Color Fax)
T.4 ANNEX E (JPEG Header)
T.42 (Color space for Color Fax)
T.81 (JPEG)
A4
A4
200×200 dpi
8 bit
JPEG
CIELAB
CIE Standard Illuminant D50
4:1:1 (=Lab)
1-3
SmartBase MPC600F/MPC400 Chapter 1: General Description
2.4 Scanner Specification
Type
ADF capacity
Effective scanning width
Scanning method
Scanning resolution
Scanning speed
Mode
Text
Gray scale
Full color
Memory Scanning
Book
Sheet (SmartBase MPC600F only)
Max. 30 sheets (A4/Letter/Legal)
Letter/Legal
8.42" (214 mm)
A4
8.19" (208 mm)
Contact Image sensor scanning method
600 × 1200 dpi
Scanning speed
5.3 second/page
5.3 second/page
15.8 second/page
Scanner gradations
TWAIN
Scanning density adjustment
Image modes
Halftone (fax and copy)
Prescan
Canon FAX Standard Chart No.1 scanning
Max. approx. 270 sheet
Grayscale; 8 bit, 256 gradations
Color;
R,G,B (8 bits each) full color capability
Yes
9 density level
Halftone (PHOTO mode)
64-gradation error diffusion system (UHQ)
Yes
1-4
SmartBase MPC600F/MPC400 Chapter 1: General Description
Scanning range
Sheet dimensions (W × L)
SmartBase MPC600F
ADF Maximum
ADF Minimum
Document glass
SmartBase MPC400
Document glass
Thickness
ADF
Document glass
MAX. 0.16"
(MAX. 4.0 mm)
8.50" × 39.3" (216 mm × 1000 mm)
4.13" × 5.83" (105 mm × 148 mm)
8.50" × 11.7" (216 mm × 297 mm)
8.50" × 14.0" (216 mm × 356 mm)
0.002" ~ 0.005" (0.06 mm ~ 0.13 mm)
50~90 g/m2
0.79" (20 mm)
MAX. 0.16" (MAX. 4.0 mm)
COLOR FAX: MAX. 0.24"**
(MAX. 6.0 mm)
MAX. 0.18"
(MAX. 4.5 mm)
Letter/Legal*/A4
MAX. 0.18"
(MAX. 4.5 mm)
* When using legal-size documents with the SmartBase MPC600F, load them into the ADF.
**SmartBase MPC600F only
Figure 1-1 Scanning Range
Document scanning width “A4/LTR” is set in service data #1 SSSW SW06, bit4.
NOTE
1-5
SmartBase MPC600F/MPC400 Chapter 1: General Description
2.5 Printer Specification
Printing method
BJ Cartridge
Structure
Head
Ink colors
Ink tanks
Weight
Ink Tank
Products name
Product code
Weight
Ink detection
Printing speed
Printing resolution
Paper output tray stacking
Paper tray
Paper supply method
Number of paper tray
Paper capacity
Bubble-jet ink on-demand
Detachable ink tanks for each color and BK/Cl (C, M, Y) integrated
head
BK: 320 nozzles, 2-column vertical array
Cl: 256 nozzles/color, 2-column vertical array/color
Pigment BK, dyes C, M, Y
BCI-3eBK, BCI-3eC, BCI-3eM, BCI-3eY
BK: 32 g Cl (C, M, Y): 11 g
BCI-3eBK/BCI-3eC/BCI-3eM/BCI-3eY
F47- 3131 / F47- 3141/ F47- 3151/ F47- 3161
32g (BCI-3eBK)/11g (others)
Optical LOW-Ink sense
Black
Approx. 17 pages/minute (in case of character print)
Color
Approx. 12 page/minute
2400 dpi × 1200 dpi
Approx. 50 sheets (when using the recommended paper)
ASF (Auto Sheet Feeder)
1tray : Legal/Letter/A4/A5/B5 (Universal)
Max. 0.40" (10 mm) thickness
plain paper (Approx. 100 sheets)
64 ~ 105 g/m2
Weight
Recommended paper
KANGAS
Weight
Paper size
Manufactured by
80 g/m2
A4
KANGAS
NEUSIEDLER Canon Paper
Weight
Paper size
Manufactured by
80 g/m2
A4
NEUSIEDLER
1-6
SmartBase MPC600F/MPC400 Chapter 1: General Description
Printing range (Black & White FAX)
Paper dimensions (W × L)
Letter
Legal
A4
8.50" × 10.98" (216 mm × 279 mm)
8.50" × 14.02" (216 mm × 356 mm)
8.27" × 11.69" (210 mm × 297 mm)
Paper leading edge
2
1
3
PRINTING DROP OUT RANGE
4
PRINTING RANGE
5
Paper trailing edge
Figure 1-2 Printing Range
Item
1 Effective printing width
A4
8.00"
(203.2 mm)
2 Left margin
0.13"±0.06"
(3.4±1.5 mm)
3 Right margin
0.13"±0.06"
(3.4±1.5 mm)
4 Top margin
0.12"±0.06"
(3.0±1.5 mm)
5 Bottom margin
0.20"±0.12"
(5.0±3.0 mm)
Units are inches with mm shown in parentheses.
Letter
8.00"
(203.2 mm)
0.25"±0.06"
(6.4±1.5 mm)
0.25"±0.06"
(6.4±1.5 mm)
0.12"±0.06"
(3.0±1.5 mm)
0.20"±0.12"
(5.0±3.0 mm)
Legal
8.00"
(203.2 mm)
0.25"±0.06"
(6.4±1.5 mm)
0.25"±0.06"
(6.4±1.5 mm)
0.12"±0.06"
(3.0±1.5 mm)
0.20"±0.12"
(5.0±3.0 mm)
• The shaded area is included in the left and right margin errors of the paper trailing
edge.
• The printing range is set in user data “PRINTER SETTINGS”, “PAPER SIZE”.
NOTE
1-7
SmartBase MPC600F/MPC400 Chapter 1: General Description
Printing range (Color FAX & Printer mode)
Plain paper and Special media (Color FAX & Printer mode)
W
L = Min. 7.17 10.12 inch(182 257 mm)
Max. 8.5 14.0 inch(216 356 mm)
W
Feed direction
c
d
a
a = (Plain paper , etc.)
0.12 inch/3.0 mm
e
e = 1.10 inch/28.0 mm
b = 0.20 inch
5 mm
L
d = (B5/A5/A4)
0.13 inch/3.4 mm
c = (B5/A5/A4)
0.13 inch/3.4 mm
f = 1.04 inch/26.5 mm
: Recommended printing area
f
b
: Printable area
(contains recomended printing area)
Envelopes
W
L = (COM #10)
9.48 4.17 inch(241 106 mm)
(DL)
8.66 4.33 inch(220 110 mm)
a
b
c
a = 0.13 inch/3.4 mm
b = 0.13 inch/3.4 mm
c = 0.12 inch/3.0 mm
W
Feed direction
d
L
Figure 1-3 Printing Range (1)
1-8
d = 1.04 inch/26.5 mm
SmartBase MPC600F/MPC400 Chapter 1: General Description
c
Banner paper
a
1
2
3
4
5
6
b
Max.6 folds (To be cut at the edge of the 7th fold)
a=0.13 inch / 3.4 mm
b=0.13 inch / 3.4 mm
c=1.26 inch / 32 mm
Figure 1-4 Printing Range (2)
2.6 Copy Specification
Color copy
Multiple copy
Copy mode
Yes
99 copies
Black & white
Color
DRAFT, TEXT, PHOTO
FAST, NORMAL, FINE
Copy resolution
Black & white
600 dpi × 600 dpi
Color
1200 dpi × 1200 dpi
Copy magnification ratio 25~400%
Fixed ratio
A4 → LTR, LGL → LTR, 4 × 6 inch → LTR
1-9
SmartBase MPC600F/MPC400 Chapter 1: General Description
2.7 Function
Dialling
Manual dialling
Auto dialing
Group dial
Redial
Transmission
Broadcast transmission
Numeric button
Max. 120 digits
One-touch:9, Coded speed:100, Numeric button:1
Max. 110 locations
Numeric button redial function (Max. 120 digits)
Max. 110 locations (One-touch:9, Coded speed:100, Numeric
button:1)
Delayed transmission
Yes (PC Assisted) Max. 30 reservation
Confidential Tx/Rx
None
Relay broadcasting originating None
Relay broadcasting
None
Reception
Dual Access
Yes
FAX/TEL switching
Yes
Method
CNG detection
Message
None
Pseudo CI
None
Pseudo ring
Yes
Pseudo ringback tone
Yes
Reduction settings for reception
Automatic reduction of reception images
Built-in Answering machine
Answering machine connection
Remote reception
Memory lock reception
Reception printing in reverse order
Polling
Polling transmission
Polling reception
Extended copy function
mirror
Image repeat
Entire document
Yes
Yes (100% ~ 70%)
None
Yes (Telephone answering priority type)
Yes (Remote ID method)
None
None
None
Yes
Yes
Yes
Yes
1-10
SmartBase MPC600F/MPC400 Chapter 1: General Description
Others
Closed network
None
Direct mail prevention
None
Memory box
None
Memory backup
Backup contents
Dial registration data, User data, Service data, Time
Backup IC
256 kbit SRAM for control
Backup device
Lithium battery 3.0V DC/220 mAh
Battery life
Approx. 5 years
Image data backup
None
Image Memory
Approx. 4.3 MB
Activity management
Yes
a) User report
Activity management report (Every 20 transactions : always transmission and reception together)
Activity report (sending/receiving)
One-touch speed dialling list
Coded speed dialling list
Group dialling list
Memory clear list
User’s data list
Document memory list
Multi activity report
b) Service report
System data list
System dump list
Error list
Transmitting terminal identification
Time
Management data
Precision
Display
Completion stamp
Program button
Hook button
Telephone exchange function
Speaker phone
Demo print function
HELP function
Yes
Year/month/date/day/hour/minute (24 hour display)
±90 sec per month
2 row × 20 digits
None
None
Yes
None
None
None
None
1-11
SmartBase MPC600F/MPC400 Chapter 1: General Description
3. OVERVIEW
3.1 External View
Front View
ADF (AUTOMATIC DOCUMENT FEEDER)*
Holds documents for copying, scanning, and sending faxes, and
feeds them automatically into the machine.
FEEDER
COVER*
DOCUMENT GUIDES*
Adjust to the width of the document.
MULTI-PURPOSE TRAY and TRAY COVER
Hold plain paper and other print media.
DOCUMENT OUTPUT SLOT*
Documents come out here.
PLATEN GLASS COVER
Open to place a document on the platen glass.
SCANNING UNIT
Lift up to install the Printhead (Cartridge) and
Ink Tanks, and to adjust the paper thickness
lever.
OPEN BUTTON
Push to lift up the scanning unit.
OPERATION PANEL
Controls the machine.
OUTPUT TRAY
Holds printed pages as they exit the machine.
Inside View
HOLDER
PLATEN GLASS
* MPC600F model only
PAPER THICKNESS LEVER
Adjusts the gap between the
printhead and the surface of the
printing paper. Set the paper
thickness lever to the right when
loading envelopes, Banner
Paper, and T-Shirt Transfers.
For all other print media, set to the left.
Figure 1-5 External View
1-12
SmartBase MPC600F/MPC400 Chapter 1: General Description
3.2 Operation Panel
Operation Panel
This section describes buttons used when making copies and scanning.
MPC600F Model
→ Fax Guide*
Copy
In Use/ Memory
ON/OFF
Alarm
Resume
Fax
Colour /B&W
Enlarge/
Reduce
ABC
1
Paper Select
Menu
Contrast
2
4
PQRS
Image Quality
DEF
JKL
GHI
OK
Scan
→ Fax Guide*
3
5
TUV
7
01
02
03
04
Redial/Pause
MNO
05
6
Coded Dial
WXYZ
8
06
07
D.T.
Polling
08
R
09
9
Hook
0
T
ON/OFF Button
Menu ( ) Button
Turns the machine on and off. Displays the menu to
customise operation of
Resume ( ) Button
your machine.
Resumes printing after an
error is corrected. Also ejects
a document remaining in the
ADF.*
OK Button
Selects and confirms
settings.
In Use/Memory Light*
Lights during copying and
scanning.
Enlarge/Reduce ( )
Button
Sets the enlargement or
reduction ratio of a
Alarm ( ) Light
Flashes when an error occurs, document.
or when the machine is out of Paper Select ( / )
paper or ink.
Button
Selects the paper size
LCD
and paper type when
Displays messages and
making copies.
selections, and prompts
during operation.
(-), (+) Buttons
Scroll through selections.
Contrast ( ) Button
Selects the copy contrast.
Image Quality (
)
Button
Selects the copy resolution.
Copy
Copy ( ) Button
Switches the standby display to Copy Mode.
Scan ( ) Button
Switches the standby display to Scan Mode.
When the machine is connected to your PC,
pressing this button starts scanning and sends
the scanned data to your PC. In Scan Mode,
pressing Start starts scanning. For details on
scanning, → MultiPASS Suite User’s Guide.
Numeric Buttons
Enter the copy quantity and other numerical
values.
(Stop/Reset) Button
Cancels copying and other operations,
and returns the machine to standby mode.
(Start) Button
Starts copying and scanning.
Colour/B&W (
/ ) Button
Sets the machine for colour or black & white
copying. For colour copying, press this button
to turn on its light.
Scan
/
ON/OFF
/
1
2
3
4
5
6
7
8
9
OK
0
MPC400 Model
* MPC600F model only
Figure 1-6 Operation Panel (1)
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SmartBase MPC600F/MPC400 Chapter 1: General Description
01
02
03
04
Redial/Pause
05
Coded Dial
06
07
D.T.
Polling
08
R
09
Hook
Hook Button
Engages or
disengages the
telephone line.
Coded Dial Button
Press this button and
a two-digit code to dial
a pre-registered fax/
telephone number or
group.
R Button
Dials the outside line access number
when the machine is connected
through a switchboard (PBX).
Polling Button
Polls another fax machine.
D.T. Button*
Confirms the dial tone when dialling a fax/telephone
number.
* This feature is only available for some countries.
One-Touch Speed Dial Buttons
Dial fax/telephone numbers pre-registered
for one-touch speed dialling.
Redial/Pause Button
Redials the last number that was dialled with the
numeric buttons. Also enters pauses between or after
the fax/telephone number when dialling or registering numbers.
Figure 1-7 Operation Panel (2)
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SmartBase MPC600F/MPC400 Chapter 1: General Description
Guidelines for Entering Numbers, Letters, and Symbols
When you come to a step that requires you to enter a name or number, refer to the table below to determine
which numeric button to press for the character you want:
Uppercase Letter
Mode (:A)
Lowercase Letter
Mode (:a)
Number Mode (:1)
• If you pause for more than two minutes between entering data, the machine will
automatically return to standby mode.
NOTE
Figure 1-8 Operation Panel (3)
1-15
SmartBase MPC600F/MPC400 Chapter 1: General Description
3.3 Consumables
3.3.1 BJ cartridge and ink cartridge
Ink Tanks
• For optimum printing results and to avoid printing problems, Canon recommends that
you only use the Canon Ink Tanks described in this guide.
NOTE
There are four Ink Tanks: Black, cyan, magenta, and yellow.
BCInk Ta
I-3 nk
eB
K
Ink
BC
Ta
I-3 nk
eC
Ink
BC
Ta
I-3 nk
eM
Ink
BC
Ta
I-3 nk
eY
Ink Tank
Ink Tank
Ink Tank
Ink Tank
BCI-3eBK
BCI-3eC
BCI-3eM
BCI-3eY
YELLOW INK TANK (BCI-3eY)
MAGENTA INK TANK (BCI-3eM)
CYAN INK TANK (BCI-3eC)
BLACK INK TANK (BCI-3eBK)
Figure 1-9 Consumables (1)
1-16
SmartBase MPC600F/MPC400 Chapter 1: General Description
3.3.2 Print media
Description of print media
■ Plain Paper
The machine supports A5-, A4-, B5-, letter-, and legal-size paper in portrait orientation. You can use
regular copier paper, cotton bond paper, or typical letterhead. Your machine does not require special
ink jet paper. Always use paper without curls, folds, staples, or damaged edges. Look at the label on
the package to see if the paper has a preferred side for printing.
■ Envelopes
The machine can print on European DL and U.S. Commercial No. 10 envelopes. You may be able to
load other sizes, but Canon cannot guarantee consistent performance on these.
Do not use the following types of envelopes since they may cause problems:
• Envelopes with windows, holes, perforations, cutouts, and double flaps.
• Envelopes made with special coated paper or deeply embossed paper.
• Envelopes with peel-off sealing strips.
• Envelopes with letters enclosed.
■ Glossy Photo Paper GP-301
A high gloss, thick paper that produces the look and feel of a photograph.
■ Banner Paper BP-101
Specifically designed for printing one continuous sheet in a banner format. The connected sheets are
divided by perforations and you can print from two to six sheets at a time.
■ High Resolution Paper HR-101/HR-101N
Designed to produce near-photographic quality print output with sharp and vivid graphics.
■ Bubble Jet Paper LC-301
Developed for high quality printing with minimal or no smearing when in contact with water or damp
surfaces. This specially coated paper produces bright and vivid colours and stands up to normal office
highlighters.
■ Transparencies CF-102
Produce excellent contrast, sharpness, and colour, creating crisp and professional overhead
presentations.
Do not use normal transparencies in the machine as they do not absorb ink and may cause ink to run.
■ High Gloss Photo Film HG-201
A bright white finish film that lends striking visual power to charts, graphs, and photographic images.
It creates a sharper and more vivid colour output than is possible with coated paper.
■ Glossy Photo Cards FM-101
Made from the same stock as Glossy Photo Paper, these cards allow you to print images over the entire
area of the card. Print the image so that it extends beyond the perforations and then trim off the
unwanted white margins.
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SmartBase MPC600F/MPC400 Chapter 1: General Description
■ Photo Paper Pro PR-101/ PC-101S
Photo Paper Pro PR-101 is thick paper with a treated surface that enhances gloss and provides superior
colour reproduction. It is ideal for printing high quality photographs.
Photo Paper Pro PC-101S is made of the same material as Photo Paper Pro PR-101. This photo-size
paper is intended for printing images that cover the entire surface of the card, without a white border.
To take full advantage of PC-101S, make the images slightly larger than the area indicated by the
perforations. This paper is ideal for printing high quality photographs.
■ T-Shirt Transfers TR-201
This paper is used to produce iron-on transfers.
1-18
Chapter 2
Technical
Reference
SmartBase MPC600F/MPC400 Chapter 2: Technical Reference
1. COMPONENT LAYOUT
1.1 Parts Layout
The parts layout of this machine consists of the scanning assembly, printing assembly and printer.
U-turn roller
Document pickup roller
Document feed motor
Separation roller
Document feed roller
Document eject roller
Contact sensor drive motor
Pick up roller
Paper feed motor
Carriage belt
Carriage motor
Contact sensor drive belt
Paper eject roller
Paper feed roller
Figure 2-1 Mechanical Layout
2-1
SmartBase MPC600F/MPC400 Chapter 2: Technical Reference
The electrical parts are laid out as follows.
• SCNT board ............................................................... controls the entire facsimile machine
• PCNT board ............................................................... controls the printer function
• NCU board (SmartBase MPC600F only) .................. controls the telephone line
• Modem board (SmartBase MPC600F only) .............. controls the modem
• Modular board (SmartBase MPC600F only) ............ relays the telephone liine to the NCU board
• Power supply unit ...................................................... supplies power to the units and assemblies
• OPCNT board ............................................................ detects keyboard operation and displays machine
information
• ADF board(SmartBase MPC600F only) ................... interface with SCNT board
OPCNT board
ADF board
SCNT board
Modem board
NCU board
PCNT board
Modular board
Power Supply unit
Figure 2-2 Electrical Layout
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SmartBase MPC600F/MPC400 Chapter 2: Technical Reference
• 9 sensors ............................................................... detect unit and assembly statuses
Document edge sensor (SmartBase MPC600F only):
Detects the trailing edge of the document.
Document sensor (SmartBase MPC600F only):
Detects whether or not a document is set.
Pickup sensor:
Detects the state of pick up roller.
Paper feed encoder film:
Cover sensor:
Detects the state of paper feed roller.
Detects the state of Flatbed unit.
Paper edge sensor:
Detects the state of
paper feeding and delivery.
Purge sensor:
Detects the state of
purge unit.
Ink sensor:
Detects that there is
no ink in the inkchamber
Carriage encoder film:
Detects the state of carriage unit.
Figure 2-3 Sensor Layout
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SmartBase MPC600F/MPC400 Chapter 2: Technical Reference
2. SCANNER MECHANISM
The scanner section scans documents that are to be sent or copied.
7
5
9
17
11
3
4
10
6
2
1
12
8
16
15
13
14
Figure 2-4 Document Feed Section
2-4
SmartBase MPC600F/MPC400 Chapter 2: Technical Reference
Names and function of parts
1. Paper Guide (SmartBase MPC600F only)
When properly adjusted to the width of the documents, the guide will hold documents in the
horizontal direction to prevent them from skewing when fed.
2. Document feed motor (SmartBase MPC600F only)
This motor drives all the rollers in the scanner sections.
3. Document Sensor (DS, SmartBase MPC600F only)
This sensor uses an actuator to detect the presence of documents to be scanned, and sends that
information to the SCNT board by the way of the ADF board.
4. Document stopper (SmartBase MPC600F only)
This stopper is located to the side of the separation rollers, and prevents documents from
entering too far inside the scanning section. This stopper is located here to improve document
loading and prevent double feeding or non-feeding due to defective loading of documents.
5. Document pickup rollor (SmartBase MPC600F only)
The document pickup roller is used to pick up a document and feed it to the
separation roller.
6. Separation guide (SmartBase MPC600F only)
Separates the documents to prevent double-feeding.
7. Separation roller (SmartBase MPC600F only)
This roller uses difference in the coefficients of friction of the separation guide, document and
separation roller to separate each of the sheets in a multiple-page document.
8. Document feed lever (SmartBase MPC600F only)
This lever switches between automatic document feed and manual document feed. Damage to
the document caused by the separation roller can be minimized by switching to the manual
document feed position when sending single sheets such as thick-stock paper or photographs.
9. U-Turn roller (SmartBase MPC600F only)
The U-turn roller is used to feed a document to the document feeder roller.
10. Document edge sensor (DES, SmartBase MPC600F only)
Using an actuator, the DES detects the edge of a document just before it reaches the contact
sensor, and sends this information to the SCNT board.
11. Document feed roller (SmartBase MPC600F only)
This roller feeds documents to the color contact sensor after they are separated by separation
roller.
12. White sheet
This white sheet is used as a whiteness reference when pre-scanning documents.
13. Contact sensor drive motor
The flatbed motor is used to drive the contact sensor.
14. Contact sensor drive belt
The CS belt is used to covey the driving force of the flatbed motor to the contact
sensor.
15. CS shaft
The CS shaft is used to keep the direction of the driving force of the contact sensor.
16. Color contact sensor
The color contact sensor scans the image data from the document, converts it to serial data, and
transmits it to the SCNT board as electrical signals. The color contact sensor has a scanning
resolution of the 600dpi and outputs Red, Green and Blue analog image data.
17. Paper eject roller (SmartBase MPC600F only)
This roller ejects documents fed from the document feed roller.
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SmartBase MPC600F/MPC400 Chapter 2: Technical Reference
3. PRINTER SECTION
The printer section mechanism in this model is taken from the S600 BJ printer.
Some illustrations are used in common with S600.
NOTE
3.1 Overview of the Printer's Mechanical Parts
The printer's mechanical parts consist of the BJ cartridge, carriage, purge section, and paper feed section.
Each part is explained below.
Carriage
Paper Feed Section
Purge
Figure 2-5 Printer's Mechanical Parts
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SmartBase MPC600F/MPC400 Chapter 2: Technical Reference
3.1.1 Carriage
The carriage holds one BJ cartridge in place. The carriage belt driven by the carriage motor (DC motor)
moves the carriage horizontally back and forth across the paper.
Regarding the carriage's position control, the initial position is detected when the carriage goes against
the right wall which is the home position.
After that, the carriage position is detected by reading the pulse from the encoder film.
The paper spacing position is read from the carriage position when the carriage goes against the left wall.
3.1.2 Purge section
The purge section, driven by a dedicated purge motor, consists of the wiper, pump, cap, and carriage
lock.
The wiper maintains the head face surface to ensure high-quality printing. The ink suction feature enables
the ink to be readily ejected from the nozzles.
When the BJ cartridge is not in use, the nozzles are protected by a cap, and the carriage is locked in place.
The motor's running direction controls the ink suction operation or capping/wiping/valve open/closing
operation.
3.1.3 Paper feed section
The paper feed section consists of the paper feed components, paper transport section, and paper
discharge section.
Paper feed
Paper is fed automatically by the auto sheet feeder.
The auto sheet feeder is driven by the ASF motor. Paper of various sizes up to legal size can be stacked
and fed automatically (the paper is transported to the paper transport section).
Paper transport section
The paper feed section, driven by the paper feed motor, keeps the sheet of paper flat and horizontal on the
platen and rotates the feed roller to move the paper horizontally to and beneath the print head.
Paper eject section
After printing, paper is ejected onto the discharge tray by the eject rollers.
After the sheet of paper leaves the paper feed rollers, the eject rollers take over to eject the paper.
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SmartBase MPC600F/MPC400 Chapter 2: Technical Reference
3.2 Paper Feed Section
3.2.1 Paper feed components
The paper feed components include an ASF incorporating a friction separation system which uses a
separation pad. Compared to previous ASF systems, it has a very strong paper feed force.
It consists of the following parts: Paper feed roller and separation pad, pressure roller and return corner,
pressure plate, motor, and sensor.
Nip
Paper feed roller
(Transports
the paper)
Chin
Pressure roller
(Applies pressure on
the paper on the
separation pad to
prevent transporting
more than 1 sheet)
Pressure plate
(Puts the next sheet
in position for the
paper feed roller)
Return pawl
(Returns the paper
remaining on the
separation pad)
Separation pad
(Separates
the paper)
Figure 2-6 Paper Feeding
The motor is a constant-current stepping motor. It drives the paper feed roller with 1-2-phase driving.
There is a sensor on the paper feed roller to detect the paper feed roller's initial position.
The pressure roller and return corner prevent the paper that could not be completely separated by the
separation pad from proceeding to the paper transport section. The pressure roller presses down the
sheet of paper that is on the separation pad. It prevents multiple sheets from being transported. The
paper therefore has a back tension (counteracting force against the feed roller's pulling force on the
paper). Also, the return corner is for returning the paper remaining on the separation pad. The timing
for returning the paper changes depending on the paper type and length selected with the printer driver.
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SmartBase MPC600F/MPC400 Chapter 2: Technical Reference
3.2.2 Friction separation system
The friction separation system's paper separation method is explained below.
1. When the paper feed roller turns, the top sheet of the paper stack is taken to the nip where the
pressure roller contacts the paper feed roller.
2. When the top edge of the paper reaches the nip, the paper pushes down the pad by the amount of the
paper's thickness. At this point, since the frictional force between the paper and separation pad is less
than the frictional force between the paper and paper feed roller, the paper feed roller further transports
the paper into the machine.
3. At this time, the next sheet of paper stops at the chin.
4. If the next sheet of paper could not be stopped at the chin in step 3, it will be stopped on the
separation pad because the frictional force between the paper sheets is less than the frictional force
between the paper and separation pad. Only the top sheet is therefore sent into the machine.
3.2.3 Paper transport section
At the printing section, an unchanging gap between the paper and print head is maintained while the
paper is pressed against the platen as it goes between the pressure roller and paper feed roller and
between the spur and eject roller.
For paper transport control during printing, a metallic, high-precision paper feed roller having a coat of
ceramic paint and an optical encoder film affixed on it is used. The paper feed roller is driven by a DC
motor via a belt. The paper transport is controlled according to the signal read from the encoder film.
The paper is transported in 1/1440-inch increments.
3.2.4 Paper discharge section
While the sharp-tipped spur presses down the printed side of the paper (without marking the paper)
against the eject rollers, the eject rollers discharge the printed paper.
The paper discharge section consists of the eject rollers and spur. The sheet of paper brought to the
printing starting position is printed on as it goes around the platen. The paper is transported by the paper
feed rollers and pinch roller. When printing is completed, the paper is ejected by the eject rollers and
spur. A Spring tabs on the left and right keep the discharged sheets stacked properly.
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SmartBase MPC600F/MPC400 Chapter 2: Technical Reference
3.3 About the Ink Sensor
Consisting of an LED and photo sensor, the ink sensor uses optical means to detect whether there is ink in
the ink tank.
At the bottom of the ink tank is an indentation that works like a prism.
When there is ink in the ink tank, the refractive index of the ink and the prism's resin material is about the
same. Therefore, the reflected amount of light is small.
When the ink is exhausted, the refractive index of the air and the prism's resin is very different, so all the
light entering the sensor is reflected and the amount of reflected light is high.
The ink sensor detects the difference in the reflected light amount to determine whether or not there is ink
in the tank. The MPU detects the voltage that changes according to the change in the reflected light
amount. The analog value that is input is converted to a digital value by an internal A/D converter.
When the printer detects no ink in the ink tank, it indicates "ink low" on the status monitor for the
respective ink tank. After the printer detects no ink in the ink tank, it starts to count the number of ejected
dots corresponding to the amount of ink (about 20% of the ink amount) in the sponge and it starts to detect
the no-ink error.
This error is detected in the following cases: While the power is ON, when the flatbed ass'y is closed, after
the pumping operation, or after the set number of dots have been printed. If the flatbed ass'y is opened
during the ink amount measurement, the external light may prevent an accurate measurement. The
presence of an ink tank will also not be detected. If there is no ink tank, there will be no reflected light and
the printer will therefore assume that there is ink.
Ink Tank
Air
Ink
Refracted
Light
Reflected
Light
Incident
Light
Incident
Light
Photo
Transistor
Photo Transistor
Ink Sensor
Ink Present
Prism
Reflected
Light
Ink Sensor
(Completely Reflected)
No Ink
Figure 2-7 Ink Sensor
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SmartBase MPC600F/MPC400 Chapter 2: Technical Reference
NOTE
Not Correctly Detecting the Absence of Ink
The mechanisms of the product are designed in such a way that the following
operations can at times prevent the correct detection of the absence of ink, not printing
received images and, as a result, generating a blank output.
• While ink is present, the flatbed ass'y is opened, the ink tank is removed, and the
flatbed ass'y is closed without putting back the ink tank.
• While ink is present, the flatbed ass'y is opened, the ink tank is removed, and the
flatbed ass'y is closed after improperly putting back the ink tank (i.e., without hearing
a clicking sound).
• While ink is present, the flatbed ass'y is opened, and the flatbed ass'y is closed after
fitting an ink tank whose ink chamber is empty.
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SmartBase MPC600F/MPC400 Chapter 2: Technical Reference
3.4 Purge Section
3.4.1 Purge section functions
In order to maintain good printing quality, the purge section maintains the BJ cartridge's nozzles. The
purge section's functions consist of capping and cleaning.
a) Capping
The purge unit's cap is pressed against the print head's face to protect the nozzles from dust, etc., and to
prevent the nozzles from drying out. To prevent the capping position from shifting, the carriage is
locked in place at the same time.
When the cap is open while the printer is on standby for printing and a certain period of time elapses
(55 sec. with no paper or 20 min. with paper loaded), the print head will be capped automatically. You
can also cap the print head by pressing the ON/OFF button to turn off the machine.
b) Cleaning
Cleaning executes the following operations:
Wiping: Paper residue and dried ink on the print head's face plate are wiped off.
Suction: The ink is sucked out of the print head to refresh the nozzles with new ink.
Maintenance jet: To eliminate any air bubbles in the head's nozzles and to remove waste particles near
the nozzle openings, ink is ejected from the nozzles onto the cap and maintenance jet receptacle.
Cleaning is performed at the times below to ensure that the head produces high-quality printing.
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SmartBase MPC600F/MPC400 Chapter 2: Technical Reference
3.4.2 Purge section components
Cleaner
Wiper
Cap
Purge Motor
Figure 2-8 Purge Section Components
a) Purge driving motor
The purge motor drives the wiper, carriage lock, and pump. It is a constant-voltage motor operating
with a 1-2 phase drive.
b) Wiper
The wiper consists of a wiper and wiper cleaner.
The wiping operation is executed while the carriage is fixed at the purge section. It wipes the print
head's nozzle array in a vertical motion.
c) Cap
The rubber cap protects the print head (capping operation) and sucks out (pumping operation) the ink in
the cap.
When the carriage moves to the capping position, the cap is pressed against the print head's face plate.
There is a different cap for the black and color print heads.
An ink tube connects the rubber cap to the pump and air valve.
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SmartBase MPC600F/MPC400 Chapter 2: Technical Reference
Rotation Direction for
Wire/Capping
Rotation Direction for
Ink Suction
To Waste-Ink
Absorber
Valve Open
Valve
Closed
Rotating Roller (inside)
Black Ink Tube
Color Ink Tube
Figure 2-9 Pump Operation
d) Pump
This is a tube pump system consisting of two ink tubes (one for black and one for color) pressurized by
a rotating roller. A negative pressure is thereby created to suck the ink. Inside, there is a valve dedicated
to black ink and one dedicated to color ink. When the valves close or open separately or
simultaneously, only the black ink (color valve open) or color ink (black valve open) can be sucked or
both inks can be sucked (black and color valves closed).
The amount of ink sucked can be high, medium, or low depending on how much the roller rotates.
The pumping operation is executed with the rotation of the roller after the carriage is released from the
capping position and both valves are opened.
The degree of rotation of the pump's roller and the timing of the rotation are controlled by the step
count in accordance with the initial position detected by the pump sensor.
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SmartBase MPC600F/MPC400 Chapter 2: Technical Reference
3.5 Ink Suction Amount in the Cleaning Mode
The printer has five cleaning modes (A to G). Cleaning is executed for maximum effectiveness and
efficiency. The cleaning operation is selected depending on the respective condition. The ink suction
operation differs depending on the condition at three occasions: Operation by the user, cover open/
closing, and before printing starts.
• Operation by the user: Manual ink suction (Including printer driver operation)
• Cover open/closing: Cleaning at printer arrival
• Before printing starts: Other than manual suction
Mode
Cleaning A All colors
Bk+Cl
Bk
Bk
Cl
Cl
Cleaning D All colors
Bk+Cl
Bk
Cl
Cleaning E All colors
Cleaning F All colors
Cleaning G All colors
Bk
Cl
Bk+Cl
Bk+Cl
Bk+Cl
Suction
Precondition*
Amount (g)
0.15+0.36
Dot count suction, Manual suction (All colors) *2,
timer suction (Time not set)*4
0.15
Dot count suction, Manual suction (Bk) , timer suction
(60*5 ~ 336 h)
0.36
Dot count suction, Manual suction (Cl) , timer suction
(120 ~ 336 h)
0.3+0.72
Tank replacement*3 after soft power ON
(All colors)
0.3
Tank replacement*3 after soft power ON (Bk)
0.72
Tank replacement*3 after soft power ON (Cl)
0.45+0.72
Long timer suction (336 h ~)
0.45+1.08
When print head is replaced, at printer arrival
1.5+1.08
Head refreshing
*1 If the preconditions overlap, the stronger suction will take priority.
Cleaning A < Cleaning D < Cleaning E < Cleaning F < Cleaning G
*2 In the case of the boxed preconditions, the suction starts right after the precondition is executed. For
other preconditions, suction is executed right before the printing starts or during printing.
*3 Ink tank replacement is detected when the ink tank's status changes from H to L.
*4 Printing of EEPROM contents, etc., with the printer alone.
*5 Purging operations will be performed after 24 hours only the first 5 times, after which purging will
occur at 60 to 336 hours intervals.
When checking the functions of the purge unit, measure the suction amount for a manual
suction.
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SmartBase MPC600F/MPC400 Chapter 2: Technical Reference
4. NEW FUNCTION
There is no new function is this model.
2-16
Chapter 3
Assembly and
Disassembly
SmartBase MPC600F/MPC400 Chapter 3: Assembly and Disassembly
1. ATTENTION TO BE PAID DURING ASSEMBLY/ DISASSEMBLY
1.1 Safety Cautions
Electrical shock
In order to prevent any risk of electrical shock, always be sure to check that the power cord and modular
jack have been removed. Also, remove all cables connecting to the computer. When conducting service
that requires the main unit to be powered on, be sure to wear some kind of earthing, such as a wrist strap,
etc. Otherwise, there is a danger of conduction and electrical shock.
Parts which are generally likely to cause electrical shock are as follows.
• Power supply unit primary (supplied with AC voltage)
• Telephone line primary
• LBP engine high voltage contacts (for high voltage during developing and transfer)
High temperature
In order to prevent burns during disassembly, allow at least ten minutes, after the power has been switched
off, for the high temperature components to cool down.
General high temperature components are as follows.
• Motors
• Power supply unit
• Elements on driver ICs, etc., on PCBs (in particular, ICs with heatsinks)
• BJ cartridge aluminium plate (for BJ cartridge engine models)
• Fixing unit and peripheral covers (for LBP engines)
Battery Replacement
The batteries must be replaced correctly to avoid explosion. Do not replace any battery with one not
indicated for the machine, ie., use one of the same type or equivalent. Be sure to dispose of used batteries
according to local laws and regulations.
Fire
It is dangerous to throw lithium batteries and parts and components containing flammable substances, such
as cartridges, etc., into fire. Such parts and components must be disposed of in accordance with local laws
and regulations.
Ignition
When using solvents such as alcohol, etc., while conducting service, there is a danger of fire igniting from
heat from internal circuitry and from sparks. Before using any such solvents, be sure to switch off the
power and allow time for high temperature parts to cool down. Make sure that there is sufficient
ventilation when working with solvents.
Movable parts
In order to prevent accidents with movable parts, be sure to remove the power cable when conducting
service that requires disassembly. Also, take care that personal accessories and hair, etc., are not caught in
any moving parts.
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SmartBase MPC600F/MPC400 Chapter 3: Assembly and Disassembly
1.2 General Cautions
Damage due to electrostatic discharge
This machine contains contact sensors and printed circuit boards that use ROMs, RAMs, custom chips and
other electronic components that are vulnerable to damage by electrostatic discharge.
Be careful to avoid any damage from electrostatic discharge when conducting service that requires
disassembly.
Static electricity warning
Electrostatic discharge can destroy electronic components and alter electrical
characteristics. Plastic tools and even your hands, if they are not earthed, contain
sufficient static electricity to damage electronic components.
The following materials may be used as countermeasures against electrostatic discharge:
• an earthed, conductive mat,
• an earthed wrist-strap,
• crocodile clips for the purpose of grounding metallic parts of the main unit.
For service conducted on the user’s premises, etc., where such countermeasure materials are not available,
the following countermeasures may be employed.
• Use anti-static bags for the storage and carrying of PCBs and electrical elements.
• Avoid silk and polyester clothing and leather soled shoes, favouring instead cotton clothes and rubber
soled shoes.
• Avoid working in a carpeted area.
• Before beginning the work, touch the grounded earth terminals of the main unit in order to discharge any
static electricity.
• Use a wrist-strap and earth the metal parts of the main unit.
• PCBs and electrical elements must lifted around the edges and their terminals must not be touched.
Caution against electrical shock while working with power on
In cases where service must be carried out with power on, via a connected power cable,
be sure to wear an anti-static wrist-strap or other earth, in order to prevent an electrical
path being created through your body.
Application of grease
Grease must not be applied to any parts that are not so designated. If grease comes into contact with the
rubber cap of the purge unit or wire, the BJ cartridge nozzle may become blocked and the cartridge
rendered unusable. Also, never use any other than the specified type of grease. Otherwise, plastic parts
and rubber parts may melt or be otherwise deformed.
Attaching and removing cables
Attaching and removing cables with the power still on may cause breakdowns and should be avoided. In
particular, flat cables are likely to cause short circuits. When attaching or removing cables, always be sure
to turn the power off.
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SmartBase MPC600F/MPC400 Chapter 3: Assembly and Disassembly
1.3 Product-Inherent Cautions
Prevention of ink-soiling
Be careful when handling the BJ ink cartridge nozzle, the ink pad, head cap, head wiper and waste ink pad.
Residual ink may soil the main unit, working surfaces, your hands and clothes, etc. The ink is watersoluble, but because it contains pigments, it will not wash out of clothes.
The ink does not contain any substances that are harmful to humans, but does contain organic solvents
(isopropyl alcohol 67-63-0, diethylene glycol 111-46-6, glycerin 56-81-5 and ethylene glycol 107-21-1). If
the ink should accidentally get into someone’s eyes, rinse the affected eye with plenty of clean water and
seek medical attention. If a large quantity of ink is accidentally swallowed, seek medical advice
immediately. In such a case, let the doctor know exactly what is written on the BJ cartridge label.
Conductivity of the ink
The ink used in the BJ cartridge is conductive. This means that, if the ink leaks, mechanical parts should
be wiped with a dampened paper towel or similar and electrical circuits wiped with tissue paper so that all
ink is removed from below the IC chips.
If power is switched on while ink is leaking on the electrical circuits, the circuitry may short out and be
damaged. If ink is leaking, the power must be switched off.
1.4 Action in the Event of Abnormality (All Clear)
In the event of extreme noise or shock, etc., in very rare cases, the display may go out, and all the keys
become inoperable. In that case, perform an All Clear. This operation returns all values and settings to
their default settings. However, as all settings, such as received images and user data, service data, etc.,
will be re-initialised, be sure to note down any settings that you will need to re-enter later.
Menu
Copy
Selects
ALL
#8 CLEAR
ALL
Selects
#8 CLEAR
#
OK
SERVICE MODE
#8 CLEAR
Execute All clear
OK
Standby
Figure 3-1 All Clear Operation
While waiting to return to the ready state after executing “All clear”, please do not press
the Stop button. Doing so may cause a malfunction afterwards.
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SmartBase MPC600F/MPC400 Chapter 3: Assembly and Disassembly
1.5 Removal of red screws prohibited
Since adjustment of the following red screws is very difficult in the field, they must
not be loosened or removed.
(a) The two paper spacing red screws (one on the right and left).
(b) The two screws securing the paper feed motor.
a
b
a
Figure 3-2 Do not Remove the Red Screws
1.6 Transporting the machine
The procedure for transporting the machine after completing repairs is described below.
(a) Mount the BJ cartridge (print head) on the carriage.
(b) Turn off the machine so that the carriage locks at the home position.
If the BJ cartridge (print head) is not on the carriage, the ink may dry and harden. So even
while transporting the machine, leave the BJ cartridge mounted on the carriage.
Also, if the carriage is not locked at the home position, it will move while the machine is
being transported. This may strain the paper feed encoder film.
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SmartBase MPC600F/MPC400 Chapter 3: Assembly and Disassembly
2. DISASSEMBLY/ASSEMBLY
2.1 Parts Layout
The parts layout of this machine consists of the scanning assembly, printing assembly and printer.
U-turn roller
Document pickup roller
Document feed motor
Separation roller
Document feed roller
Document eject roller
Contact sensor drive motor
Pick up roller
Paper feed motor
Carriage belt
Carriage motor
Contact sensor drive belt
Paper eject roller
Paper feed roller
Figure 3-3 Mechanical Layout
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SmartBase MPC600F/MPC400 Chapter 3: Assembly and Disassembly
The electrical parts are laid out as follows.
• SCNT board ............................................................... controls the entire facsimile machine
• PCNT board ............................................................... controls the printer function
• NCU board (SmartBase MPC600F only) .................. controls the telephone line
• Modem board (SmartBase MPC600F only) .............. controls the modem
• Modular board (SmartBase MPC600F only) ............ relays the telephone liine to the NCU board
• Power supply unit ...................................................... supplies power to the units and assemblies
• OPCNT board ............................................................ detects keyboard operation and displays machine
information
• ADF board(SmartBase MPC600F only) ................... interface with SCNT board
OPCNT board
ADF board
SCNT board
Modem board
NCU board
PCNT board
Modular board
Power Supply unit
Figure 3-4 Electrical Layout
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SmartBase MPC600F/MPC400 Chapter 3: Assembly and Disassembly
• 9 sensors ............................................................... detect unit and assembly statuses
Document edge sensor (SmartBase MPC600F only):
Detects the trailing edge of the document.
Document sensor (SmartBase MPC600F only):
Detects whether or not a document is set.
Pickup sensor:
Detects the state of pick up roller.
Paper feed encoder film:
Cover sensor:
Detects the state of paper feed roller.
Detects the state of Flatbed unit.
Paper edge sensor:
Detects the state of
paper feeding and delivery.
Purge sensor:
Detects the state of
purge unit.
Ink sensor:
Detects that there is
no ink in the inkchamber
Carriage encoder film:
Detects the state of carriage unit.
Figure 3-5 Sensor Layout
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SmartBase MPC600F/MPC400 Chapter 3: Assembly and Disassembly
2.2 Disassembly Work-Flow
The work-flow for the disassembly of the main units is as follows. In order to replace parts, you need to
confirm which parts have to be removed. Numbers in parenthese indicate the disassembly number.
Main unit
Pressure Plat / Rear cover (1)
SCNT board / Power Supply unit (2)
ROM replacement (16)
Flatbed ass'y (3)
Operation panel (4)
Middle cover ass'y(5)
Printer & ASF unit (6)
Contact sensor (7)
Contact sensot drive motor (8)
PCNT board (9)
Carriage unit (12)
Platen unit (14)
Paper feed roller (15)
ROM replacement (16)
Auto sheet feeder unit (10)
Carriage motor / Timing sensor (13)
Purge unit (11)
Figure 3-6 SmartBase MPC400 Disassembly Work-Flow
Main unit
Rear cover / MODEM board / NCU board / Modular board (101)
SCNT board / Power Supply unit (102)
ROM replacement (16)
Flatbed ass'y (104)
DF ass'y (103)
Operation panel (105)
Middle cover ass'y (106)
Contact sensor (108)
Print & ASF unit (107)
Contact sensor drive motor (109)
PCNT board (9)
Carriage unit (12)
Platen unit (14)
Paper feed roller (15)
ROM replacement (16)
Auto sheet feeder unit (10)
Carriage motor / Timing sensor (13)
Purge unit (11)
DF cover / ADF board (110)
Document feed motor (111)
Separation roller unit (112)
Separation guide (113)
Figure 3-7 SmartBase MPC600F Disassembly Work-Flow
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SmartBase MPC600F/MPC400 Chapter 3: Assembly and Disassembly
2.3 Disassembly Procedure
Disassembly 1. Pressure plate, Rear cover
(1) Lift the pressure plate to remove.
(2) Remove the 5 screws (a), and detach the rear cover.
a
Rear cover
Pressure plate
Figure 3-8 Disassembly 1
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SmartBase MPC600F/MPC400 Chapter 3: Assembly and Disassembly
Disassembly 2. SCNT board, Power supply unit
(1) Perform Disassembly 1 to remove the rear cover.
(2) Remove the 3 screws (a), and detach the grounding wire.
(3) Disconnect all cables from the SCNT board.
(4) Remove the 3 screws (b), and detach the SCNT holder.
(5) Remove the power supply cover.
(6) Disconnect the connector (c) from the SCNT board.
(7) Remove the 5 screws (d), and detach the SCNT board from the SCNT holder.
(8) Remove the 2 screws (e), and detach the power supply unit from the SCNT holder.
For details on ROM replacement, see Disassembly 16. ROM Replacement.
REFERENCE
Power supply cover
a
d
SCNT
board d
d
b
e
Power supply unit
c
b
b
SCNT holder
a
Figure 3-9 Disassembly 2
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SmartBase MPC600F/MPC400 Chapter 3: Assembly and Disassembly
Caution When Replacing SCNT Board
To replace the SCNT board, perform the following:
NOTE
a) Caution before replacing
You will need to execute 'all clear' at the end of replacement. As necessary, print out the
following data:
a-1) Image Data in Image Memory
The image data stored in image memory will be lost when the power is turned off.
Before turning off the power, check to make sure that all images have been printed
out.
a-2) User reports
Press the Menu button, and then select 'REPORTS/LISTS' using the </> button. Press
the OK button. Using the </> button, select the type of report to generate, and press
the OK button.
a-3) Service reports
Select service mode, and select 'SERVICE REPORT' using the </> button. Press the
OK button; then, select the type of list to generate using the </> button.
b) Replacing the SCNT Board
(1) Remove the existing board.
(2) To prevent exhaustion of the battery otherwise occurring in storage, the jumper plug
(JP3) of the service SCNT board (if new) is not shorted. Be sure to short the plug
before use.
(3) Mount the new SCNT board, and put back all parts you may have removed.
(4) Turn on the power, and execute 'all clear'. For details, see the instructions to follow
in response to an error (See this Chapter 1.4 Action in the Event of Abnormality (All
Clear)).
(5) After executing 'all clear', enter the data you have previously printed out as
necessary (battery backup).
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SmartBase MPC600F/MPC400 Chapter 3: Assembly and Disassembly
Disassembly 3. Flatbed ass’y
(1) Perform Disassembly 1.
(2) Remove the screw (a), and detach the grounding wire.
(3) Remove the cable (b), and free the cable from the core.
(4) Remove the cable (c).
(5) Remove the joint shaft. Be sure to free the claw (d) while doing so.
(6) Remove the left/right torsion bar.
(7) Remove the flatbed ass’y.
Disassembly 4. Operation panel unit
(1) Push the button, and open the flatbed ass’y.
(2) Remove the 5 screws (e).
(3) Free the cable (f) from the operation panel unit, and detach the operation panel unit.
b
c
a
Flatbed ass'y
Joint shaft
Torsion bar
d
f
e
e
Button
Figure 3-10 Disassembly 3 and Disassembly 4
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SmartBase MPC600F/MPC400 Chapter 3: Assembly and Disassembly
Disassembly 5. Middle cover ass’y
(1) Perform Disassembly 3.
(2) Remove the 2 cables (a).
(3) Remove the screw (b), and detach the grounding wire.
(4) Remove the 4 screws (c), and detach the middle cover ass’y.
b
a
a
c
Middle cover ass'y
c
Figure 3-11 Disassembly 5
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SmartBase MPC600F/MPC400 Chapter 3: Assembly and Disassembly
Disassembly 6. Print & ASF ass’y
(1) Perform Disassembly 5, and detach the middle cover ass’y.
(2) Remove the screw (a), and detach the grounding wire.
(3) Remove the 2 cables (b).
(4) Remove the 3 screws (c), and detach the Print & ASF ass’y.
(5) Remove the 2 ink absorbers.
c
Print & ASF ass'y
Ink absorber
a
b
Figure 3-12 Disassembly 6
NOTE
Replacement of waste ink absorbers
The waste ink absorbers are designed to sop up any excess ink ejected during the cleaning
operation or during ink squirting for maintenance, in order to maintain the good printing
quality of the BJ cartridge. The volume of ink absorbed is counted and these data stored
in the EEPROM on the PCNT board. Once the volume is judged to have reached 100%,
the message "CHECK PRINTER" (error code ##342) will be displayed, and printing
will stop, in order to ensure that the volume of ink absorbed does not exceed the allowed
limit. To clear this error, you need to replace the waste ink absorbers and reset the waste
ink volume counter. Refer to page 4-22, Action for ##342, for details on how to reset the
waste ink volume counter.
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SmartBase MPC600F/MPC400 Chapter 3: Assembly and Disassembly
Disassembly 7. Contact sensor
(1) Perform Disassembly 3 to remove the flatbed ass’y.
(2) Remove the 2 screws (a).
(3) Free the claw (b), and detach the scanner cover. At this time, take care not to drop the document glass.
(4) Remove 2 spring plates, and detach the document glass.
(5) Remove the flat cable stopper (c).
(6) Remove the contact sensor from the contact sensor holder. At this time, take care not to lose the
spacer.
Handling the contact sensor
Be careful not to scratch or soil the glass surface of the contact sensor. Any such
scratches or dirty marks may lead to image defects, such as vertical streaks, etc., on the
scanned image.
Caution when replacing the contact sensor
When replacing the contact sensor, the CS LED light-on duration needs to be adjusted.
Refer to page 4-6, 3.1 CS LED Lights-on Duration Adjustment, for details.
a
b
Scanner cover
b
Document glass
Spring plate
Spring plate
Spacer
Spacer
Contact sensor
Contact sensor holder
c
Figure 3-13 Disassembly 7
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SmartBase MPC600F/MPC400 Chapter 3: Assembly and Disassembly
Disassembly 8. Contact sensor drive motor
(1) Perform Disassembly 7.
(2) Remove the harness holder.
(3) Remove the 2 screws (a), and detach the grounding plate.
(4) Push the pulley toward the inside, and free the Contact sensor drive belt from the gear.
(5) Remove the screw (b), and detach the Contact sensor drive motor together with the plate.
(6) Remove the 2 screws (c), and detach the Contact sensor drive motor from the plate.
a
Contact sensor drive belt
b
Grounding Plate
Contact sensor drive motor
c
Pulley
Harness holder
Figure 3-14 Disassembly 8
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SmartBase MPC600F/MPC400 Chapter 3: Assembly and Disassembly
Disassembly 9. PCNT board
(1) Perform Disassembly 6 to remove the Print & ASF ass’y.
(2) Remove the screw (a), and detach the PCNT cover.
(3) Disconnect all cables from the PCNT board.
(4) Remove the 3 screws (b), and detach the PCNT board.
When replacing the PCNT board, check to make sure that the PCNT sheet is found.
Otherwise, purchase a PCNT sheet (HC1-0165), and attach it before mounting the board
to the machine.
NOTE
Attaching the PCNT Sheet
When attaching the PCNT sheet, place the sheet in proper position by doing as follows:
Butt the PCNT sheet against the paper edge sensor located on the left part on the PCNT
board, and fit the pickup sensor on the right part on the PCNT board into the notch in the
PCNT sheet. Moreover, when mounting the PCNT board after attaching the PCNT sheet,
make sure that the PCNT sheet is inside the PCNT cover.
PCNT board replacement
The PCNT board EEPROM is for storing data on the volume of waste ink absorbed and
vertical line displacement correction data. When replacing the PCNT, you should confirm
the waste ink volume from the system dump list and make a note of it. Then, after you
have replaced the board, enter this value and perform vertical line displacement
correction.
Disassembly 10. ASF unit
(1) Perform Disassembly 6 to remove the Print & ASF ass’y.
(2) Remove the screw (c), and detach the cable guide.
(3) Remove the cable (d), from the PCNT board.
(4) Remove the 2 screws (e), and detach the ASF unit.
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SmartBase MPC600F/MPC400 Chapter 3: Assembly and Disassembly
PCNT cover
a
b
b
Paper edge
sensor
Cable guide
PCNT sheet
c
Pickup
sensor
d
e
ASF unit
e
Figure 3-15 Disassembly 9 and Disassembly 10
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SmartBase MPC600F/MPC400 Chapter 3: Assembly and Disassembly
Disassembly 11. Purge unit
(1) Perform Disassembly 6 to remove the Print & ASF ass’y.
(2) Disconnect the cable (a) from the carriage motor.
(3) Remove the screw (b), and detach the blade cleaner.
(4) Remove the 2 screws (c), and detach the purge unit.
c
b
Blade cleaner
Purge unit
Figure 3-16 Disassembly 11
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SmartBase MPC600F/MPC400 Chapter 3: Assembly and Disassembly
NOTE
Carriage lock release
Normally, when a cartridge is installed on the carriage and the power is turned off, the
printer moves the carriage to the capping position to lock it.
When the power is turned on, the carriage lock is normally released. However, if the
printer does not operate properly, you can release the carriage lock manually in one of
two ways:
a) On the back of the printer, push down the purge unit's locking pin.
b) On the front of the printer, rotate the gear as shown by the arrow in the illustration
below so that the locking pin goes down.
a
b
Purge Unit
Figure 3-17 Carriage Lock Release
Handling the purge unit
Note the following with regard to the purge unit:
(1) Grease soiling the blade
Due to the blade's height, the carriage guide shaft may touch it when the shaft is
removed or installed. Grease may soil the blade as a result.
You must not allow any grease or oily substance to adhere to the blade.
(2) Replacing the blade cleaner
When replacing the purge unit, also replace the blade cleaner at the same time.
Since it is soiled by ink, the blade cleaner needs to be replaced.
Blade Cleaner
Blade
Figure 3-18 Handling the Purge Unit
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SmartBase MPC600F/MPC400 Chapter 3: Assembly and Disassembly
Disassembly 12. Carriage unit
(1) Perform steps 1 and 2 of Disassembly 9.
(2) Disconnect the 3 cables found between the PCNT board (J1, J2, J3) and the carriage unit.
(3) By referring to the instructions on page 3-20, release the carriage lock.
(4) Remove the 2 screws (a), and detach the carriage guide frame.
(5) Remove the left/right shaft crip.
(6) Remove the carriage shaft.
(7) Remove the cable guide.
(8) Press the pulley to detach the carriage belt.
(9) Remove the tension spring and the carriage encorder film.
(10) Remove carriage unit.
a
Carriage guide frame
Shaft clip
a
Pulley
Tonsion spring
Carriage unit
Shaft clip
Cable guide
Carriage encorder film
Carriage belt
Carriage shaft
Figure 3-19 Disassembly 12
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SmartBase MPC600F/MPC400 Chapter 3: Assembly and Disassembly
Installing and removing the carriage encoder film
The carriage encoder film is fixed in place and held taut by the torsion spring.
When you install or remove the carriage encoder film, you have to stretch the torsion
spring. Be careful not to pull the torsion spring too much in the direction of the arrow.
Otherwise, you will not be able to properly install the carriage encoder film the next
time.
Therefore, when installing or removing the carriage encoder film, be very careful not to
pull the torsion spring too much.
Figure 3-20 Encoder Film
Handling encoder film
(1) Be careful not to get any grease on the encoder film (carriage encoder
film and paper feed encoder film).
If grease gets on the encoder film, the film's slits will not be read correctly, resulting in
error. If grease gets on the film, use alcohol to wipe it off completely.
(2) Do not fold or scratch the encoder film.
If the film is folded and a white line is created or if a slit is scratched, replace the
encoder film.
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SmartBase MPC600F/MPC400 Chapter 3: Assembly and Disassembly
Disassembly 13. Carriage motor, Timing sensor unit
(1) Perform Disassembly 10 to remove the ASF unit.
(2) Disconnect the cable from the carriage motor.
(3) Remove the 2 screws (a), and detach the carriage motor.
(4) Disconnect the cable (b) from the paper feed motor and the PCNT board.
(5) Remove the screw (c), and detach the timing sensor unit.
(6) Remove the 4 springs (d), and detach the pressure roller.
a
Carriage motor
d
d
d
Pressure roller
b
c
b
Timing sensor unit
Figure 3-21 Disassembly 13
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SmartBase MPC600F/MPC400 Chapter 3: Assembly and Disassembly
Disassembly 14. Platen unit
(1) Perform Disassembly 12.
(2) Remove the 2 screws (a), and detach the platen unit.
(3) Free the claw (b), and detach the spur holder assembly.
Spur holder ass'y
b
Platen unit
a
Figure 3-22 Disassembly 14
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SmartBase MPC600F/MPC400 Chapter 3: Assembly and Disassembly
Disassembly 15. Paper feed roller
(1) Perform Disassembly 13 to remove the pressure roller.
(2) Perform Disassembly 14.
(3) Turn the left/right lever to detach the paper feed roller.
Paper feed encoder film
Paper feed roller
Figure 3-23 Disassembly 15
Handling encoder film
(1) Be careful not to get any grease on the encoder film (carriage encoder
film and paper feed encoder film).
If grease gets on the encoder film, the film's slits will not be read correctly, resulting in
error. If grease gets on the film, use alcohol to wipe it off completely.
(2) Do not fold or scratch the encoder film.
If the film is folded and a white line is created or if a slit is scratched, replace the
encoder film.
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SmartBase MPC600F/MPC400 Chapter 3: Assembly and Disassembly
Disassembly 16. Replacing the ROM
To replace the ROM, perform the following:
a) Before Starting the Work
At the end of replacement, you will have to execute 'all clear'. As necessary, print out the follwing data.
a-1) Image Data Stored in Image memory
The image data stored in image memory will be lost when the power is turned off. Before
turning off the power, check to be sure that all images have been printed out.
a-2) User reports
Press the menu button, and select 'REPORTS/LIST' using the </> button. Then, select the type of
report using the </> button.
a-3) Service reports
Select service mode, and select 'SERVICE REPORT' using the </> button. Then, select that type of
list to generate using the </> button.
b) Replacing the ROM
b-1) ROM on the SCNT Board
(1) Disconnect the power cord.
(2) Put on a wrist strap to prevent static damage.
(3) Perform Disassembly 2 or 102.
(4) Remove the ROM from the SCNT board using the ROM removing tool.
(5) Match the ROM and the IC socket in relation to the cut-offs, and fit the new ROM.
(6) Put back all parts you may have removed.
b-2) ROM on the PCNT Board
(1) Disconnect the power cord.
(2) Put on a wrist strap to prevent static damage.
(3) Perform Disassembly 9.
(4) Remove the printer ROM from the PCNT board using a ROM removing tool.
(5) Match the ROM and the IC socket in relation to the cut-offs, and fit the new ROM.
(6) Put back all parts you have removed.
c) After Replacement
(1) If you have replace the ROM because of a fault in a ROM element, you may end the work by
turning on the power after assembling the machine.
(2) If you have replaced the ROM for upgrading that involves changes to the service data, user data, or
soft witches, you need to execute 'all clear' (because the memory backed up by the battery retains
previous settings). After executing 'all clear', be sure to enter the data you have previously printed
out as necessary.
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SmartBase MPC600F/MPC400 Chapter 3: Assembly and Disassembly
Disassembly 101. Rear cover, Modem board, NCU board, Modular board
(1) Remove the 5 screws (a), and detach the rear cover.
(2) Remove the 3 cables (b) from the SCNT board.
(3) Remove the cable (c) from the NCU board.
(4) Remove the 2 screws (d), and detach the NCU holder.
(5) Remove the cable (e) from the NCU board.
(6) Remove the 2 screws (f), and detach the modem board from the NCU holder.
(7) Remove the 2 cables (g) from the NCU board.
(8) Remove the 2 screws (h), and detach the NCU board from the NCU holder.
(9) Remove the 2 screws (i), and detach the modular board from the NCU holder.
a
Rear cover
d
Modem board
e
f
c
NCU holder
g
h
NCU board
Modular board
i
b
b
Figure 3-24 Disassembly 101
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SmartBase MPC600F/MPC400 Chapter 3: Assembly and Disassembly
Disassembly 102. SCNT board, Power supply unit
(1) Perform Disassembly 101.
(2) Disconnect all the cables from the SCNT board.
(3) Remove the 4 screws (a), and detach the 4 grounding wires.
(4) Remove the 3 screws (b), and detach the SCNT holder.
(5) Remove the power supply cover.
(6) Remove the cable (c) from the SCNT board.
(7) Remove the 5 screws (d), and detach the SCNT board from the SCNT holder.
(8) Remove the 2 screws (e), and detach the power supply unit from the SCNT holder.
Power supply cover
a
d
SCNT
board d
d
b
e
Power supply unit
c
b
SCNT holder
a
Figure 3-25 Disassembly 102
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SmartBase MPC600F/MPC400 Chapter 3: Assembly and Disassembly
Disassembly 103. ADF ass’y
(1) Remove the stop arm from the DF rear cover.
(2) Remove screw (a) and detach the DF rear cover.
(3) Remove three cables (b) from the ADF board.
(4) Remove screw (c) and detach the grounding wire.
(5) Remove screw (d) and detach the ADF board.
(6) Lift the ADF ass'y to take it off from the main unit.
a
DF rear cover
d
c
Stop arm
ADF
board
b
ADF ass'y
Figure 3-26 Disassembly 103
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SmartBase MPC600F/MPC400 Chapter 3: Assembly and Disassembly
Disassembly 104. Flatbed unit
(1) Perform Disassembly 101.
(2) Perform Disassembly 103.
(3) Reference Disassembly 3 to the flatbed unit.
Disassembly 105. Operation panel unit
(1) Perform Disassembly 104.
(2) Reference Disassembly 4 to the operation panel unit
Disassembly 106. Middle cover unit
(1) Perform Disassembly 104.
(2) Reference Disassembly 5 to the middle cover.
Disassembly 107. Printer unit
(1) Perform Disassembly 106.
(2) Reference Disassembly 6 to the printer unit.
Disassembly 108. Contact sensor
(1) Perform Disassembly 104.
(2) Reference Disassembly 7 to the contact sensor.
Disassembly 109. Flatbed motor
(1) Perform Disassembly108.
(2) Reference Disassembly 8 to the flatbed motor.
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SmartBase MPC600F/MPC400 Chapter 3: Assembly and Disassembly
Disassembly 110. DF cover, ADF board
(1) Remove the stop arm from the DF rear cover.
(2) Remove the screw (a), and detach the DF rear cover.
(3) Remove the screw (b).
(4) Free the 2 claws (c), and detach the DF front cover.
(5) Disconnect the 3 connectors (d) from the ADF board.
(6) Remove the screw (e), and detach the grounding wire.
(7) Remove the screw (f), and detach the ADF board.
a
DF rear cover
f
e
ADF board
Stop arm
d
b
c
DF front cover
Figure 3-27 Disassembly
3-31
SmartBase MPC600F/MPC400 Chapter 3: Assembly and Disassembly
Disassembly 111. Document feed motor
(1) Perform Disassembly 110.
(2) Remove the 3 screws (a), and detach the motor plate.
(3) Remove the 2 screws (b), and detach the document feed motor.
a
a
b
Document feed motor
a
Figure 3-28 Disassembly 111
3-32
SmartBase MPC600F/MPC400 Chapter 3: Assembly and Disassembly
Disassembly 112. Separation unit
(1) Perform Disassembly 110 to remove the DF cover.
(2) Detach the 2 separation shaft guides from the shaft.
(3) Remove the E-ring (a).
(4) Remove the gear (b).
(5) Remove the left/right busing (c).
(6) Remove the separation unit.
Disassembly 113. Separation guide
(1) Perform Disassembly 112.
(2) Remove the 2 screws (d), and detach the document guide lower cover.
(3) Remove the lever.
(4) Remove the spring (e).
(5) Remove the separation guide.
Separation unit
d
Separation
shaft guide
Separation
shaft guide
Document guide
lower cover
Lever
e
Separation
guide
a
c
c
b
Figure 3-29 Disassembly 112 and Disassembly 113
3-33
Chapter 4
Maintenance
and Service
SmartBase MPC600F/MPC400 Chapter 4: Maintenance & Service
1. MAINTENANCE LIST
1.1 Consumables
Level
User
Consumable
INK tank
(BCI-3eBK/BCI-3eC
/BCI-3eM/BCI-3eY)
Service Technician
None
When
When ink in the ink tank being used has run out.
1.2 Cleaning
For the cleaning procedure, see 2. HOW TO CLEAN PARTS on page 4-4.
Level
User
Service Technician
Location
Main unit outer covers
When
When dirty.
Pickup/Separation roller
When document pickup/separation performance
deteriorates.
Document U-Turn/
feed/eject roller
When document feed/eject performance deteriorates.
Separation guide
When document separation performance deteriorates.
Document guide sheet
When black vertical stripes appear in copied or
transmitted images.
Document glass
When dirty.
White sheet
When the color or brightness of the copied or
transmitted image is not normal.
Printer platen
When ink adheres to the platen.
None
4-1
SmartBase MPC600F/MPC400 Chapter 4: Maintenance & Service
1.3 Periodic Inspection
None
1.4 Periodic Replacement Parts
None
1.5 Adjustment Items
The following adjustments must be made on this fax.
For the adjustment procedure, see 3. ADJUSTMENT on page 4-6.
Item
CS LED lights-on duration
adjustment
Printhead position adjustment
When
When the SCNT board, or the lithium battery, or the contact
sensor are replaced. Also, when the color or brightness of the copy
image or transmission image is not normal.
When the vertical lines shift during Bi-directional printing.
Automatic adjustment of CS LED lights-on duration
The CS LED lights-on duration, which can be adjusted via button operation, is also
adjusted automatically in the following cases:
NOTE
• When power is turned ON then SRAM data is corrupted
When this product is shipped, after factory adjusment of the CS LED light-on
duration, the exposure control data is stored in SRAM. Because this data is preserved
by the Lithium battery even if the power supply is shut off, further adjustment is
unnecessary in almost all cases. When the machine’s power switch is turned on, the
data stored in SRAM is checked for correctness by Checksum, and if any data in
SRAM has been lost, adjustment of CS-LED lights-on duration is automatically
performed at that time.
4-2
SmartBase MPC600F/MPC400 Chapter 4: Maintenance & Service
1.6 General Tools
Tool
Phillips screwdriver
Flat bladed screwdriver
Precision Phillips screwdriver
Precision flat bladed screwdriver
Tweezers
Isopropyl alcohol (IPA)
Pliers, needle nose
Use
Removing/inserting screws
Removing/inserting screws
Removing/inserting screws
Removing plastic tabs
Removing coil spring
Cleaning the cleaning location
Driving retaining ring
1.7 Special Tools
Tool
Grease (FLOIL G311S)
Grease (FLOIL KG-107A)
Grease (MOLYKOTE PG-641)
Grease (MOLYKOTE EMD-110)
Use
Apply to specified parts
Apply to specified parts
Apply to specified parts
Apply to specified parts
4-3
Part No.
TKC-0953
QY9-0057
CK-0562
HY9-0023
SmartBase MPC600F/MPC400 Chapter 4: Maintenance & Service
2. HOW TO CLEAN PARTS
2.1 Main Unit Outer Covers
Wipe with a dry, soft cloth.
2.2 Pickup/Separation Roller (SmartBase MPC600F only)
Open the ADF cover, and wipe with a dry, soft cloth.
2.3 Document U-Turn/Feed/Eject Roller (SmartBase MPC600F only)
Open the ADF cover, and wipe with a dry, soft cloth.
2.4 Separation Guide (SmartBase MPC600F only)
Open the ADF cover, and wipe with a dry, soft cloth.
2.5 Document Guide Sheet (SmartBase MPC600F only)
Open the ADF ass'y, and wipe with a dry soft cloth.
2.6 White Sheet (SmartBase MPC600F only)
Open the ADF ass'y, and wipe with a dry soft cloth.
2.7 Document Glass
Open the pressure plate or ADF ass'y, and wipe with a dry soft cloth.
2.8 Printer Platen
Open the flatbed ass'y, and wipe with a cloth moistened with a little water.
If the parts above are very dirty, wipe with a cloth moistened with IPA (isopropyl
alcohol).
NOTE
Do not use tissue paper. Dust from the tissue paper causes static electricity.
Precautions when Using IPA
When cleaning with IPA, take care to prevent the IPA from splashing high-temperature
parts. If IPA splashes high-temperature parts, leave for at least three minutes to allow
the IPA to evaporate.
4-4
SmartBase MPC600F/MPC400 Chapter 4: Maintenance & Service
Document pickup roller
Separation roller
U-TURN roller
Document eject roller
Printer platen
Separation guide
White sheet
Document feed roller
Document guide sheet
Document glass
Figure 4-1 Cleaning Location
4-5
SmartBase MPC600F/MPC400 Chapter 4: Maintenance & Service
3. ADJUSTMENT
3.1 CS LED Lights-on Duration Adjustment
a) Overview
This adjustment is used to eliminate uneven scanning which can result from variations in light intensity
between individual LED’s. Performing the adjustment will therefore have an effect on scanned and
copied images.
The adjustment value is registered in an SRAM IC which has lithium battery back-up and will not be lost
even if power is turned off. However, the SRAM data can become damaged, for example by battery
depletion. In this case, the machine checks the data’s validity the next time power is turned ON. If the
data is invalid, the adjustment is made automatically. Because the user is automatically prompted, it is
almost never necessary to perform this adjustment during normal use. However, if the SCNT board,
Contact sensory ass’y, or lithium battery is replaced, be sure to perform this adjustment. Also, if the
color or brightness of scanned or copied images is faulty, performing this adjustment may correct the
problem.
b) Procedure
(1) Check that the ADF or pressure plate is closed correctly, then perform the adjustment by following
the steps described below.
Menu
SERVICE MODE
TEST MODE
Copy
OK
2
FOR 300 DPI CS
Several seconds later
1
2-1 ADJ LED TIME
[1]----[2]
Several seconds later
1
2-1 ADJ LED TIME
[1]----[2]
Display TEST MODE by
pressing
button
#
2
FOR 600 DPI CS
2
TEST MODE [1] - [4]
CF-FH : EC-02-01
Figure 4-2 CS LED Lights-on Duration Adjustment Operation
(2) The adjustment procedure is finished when the display reads TEST MODE.
4-6
1
SmartBase MPC600F/MPC400 Chapter 4: Maintenance & Service
3.2 When Adjustment of the Print Head Position is Required
a) Overview
When replacing the print heads, the point of ink ejection may be off, preventing clean characters,
depending on the state in which BJ cartridge is installed. In order to eliminate this drift, it is necessary to
adjust the head position after attaching the BJ cartridge. Set 2 or more sheets of normal paper sized A4 or
LTR on the Auto Sheet Feeder, and perform head position adjustment following the steps in Fig. 4-5.
Figure 4-3 Print Position Adjustment Pattern
4-7
SmartBase MPC600F/MPC400 Chapter 4: Maintenance & Service
Figure 4-4 Print Stript Adjustment Pattern
Be sure to set A4 or LTR-sized paper in the ASF before printing the head position
adjustment pattern. Using printing paper smaller than the printing area of the data when
performing the head position adjustment print will contaminate the platen with ink.
4-8
SmartBase MPC600F/MPC400 Chapter 4: Maintenance & Service
Menu
Display PRINTER SETTINGS
Pressing or
button
Display ALIGN PRINT HEAD
Pressing or
button
PRINTER SETTINGS
2.ALIGN PRINT HEAD
Printing the VERT LINE Pattern
OK
OK
MENU
7.PRINTER SETTINGS
OK
CHANGE V VALUE
A
0
CHANGE V VALUE
DATA ENTRY OK
VERT LINE PATTERN
For the Printed A pattern, use
or button to select the Value
of the mostuniform pattern.
CHANGE V VALUE
B
0
Printing the LAT LINE
pattern
LAT LINE PATTERN
OK
With regard to pattern B to
Pattern F, make the same
adjustments as for A pattern
CHANGE L VALUE
G
0
For the Printed G pattern, use
or button to select the Value
of pattern with the weakest line.
OK
CHANGE L VALUE
DATA ENTRY OK
CHANGE L VALUE
H
0
For the Printed H pattern, use
or button to select the Value
of pattern with the weakest line.
OK
CHANGE L VALUE
DATA ENTRY OK
Return to standby mode
Figure 4-5 Vertical Line Misalignment Correction Procedure
4-9
SmartBase MPC600F/MPC400 Chapter 4: Maintenance & Service
4. TROUBLESHOOTING
4.1 Troubleshooting Index
For troubleshooting, use the troubleshooting index below to investigate the cause of the problem and refer
to the specified page for countermeasures.
Problem
• Errors shown on the display (Evaluation criteria: Look at the unit in question.)
Page 4-12.
• The error message can be checked.
• The error code can be checked.
Page 4-17.
Page 4-23.
• General errors
• The unit does not power on.
• The display looks abnormal.
• The buttons do not work.
• No sound from the speaker
• Printing problem (Evaluation criteria: Test printing is no good.)
• The paper is not fed properly.
Page 4-24.
The paper feed motor does not run.
The paper is not picked up from the auto sheet feeder.
• The printing operation is abnormal.
Page 4-24.
Nothing is printed.
The carriage motor does not run.
• Printing quality error
Page 4-25.
(Evaluation criteria: Look at the printing result.)
The printer does not at all.
Printing stop midway.
Certain colors are not printed.
Blotches appear.
Blank ink appear.
4-10
SmartBase MPC600F/MPC400 Chapter 4: Maintenance & Service
• Scanning problem (Evaluation criteria: Test printing is good, but the copied image is no
good.)
• The document is not fed.
Page 4-26.
The document feed motor does not run.
The document slips against the rollers.
The document does not separate.
Faulty scanner unit's sensors
• The scanning image is abnormal.
Page 4-27.
Nothing is printed.
The image has vertical stripes.
The half-tone image contains black dots.
The color or brightness of the scanned image is not normal.
• Processing communication problems.
Initial identification of problems.
Procedures for processing communication problems.
4-11
Page 4-28.
SmartBase MPC600F/MPC400 Chapter 4: Maintenance & Service
4.2 Errors Shown on the Display
4.2.1 User error message
Look for the applicable error message and execute the appropriate countermeasures.
"BUSY/NO SIGNAL" (#005/#018)
Cause:
The receiving fax did not answer within 55 seconds. (T1 timer over)
Solution:
Contact the other party and have them check their fax.You can try to send the
document manually. For an overseas call, add pauses to the registered number.
Cause:
The touch tone/rotary pulse setting on your fax is incorrect.
Solution:
Set your fax to the setting that matches your telephone line.
Cause:
The other party is not using a G3 machine.
Solution:
Contact the other party and have them send or receive the document using a G3
machine.
Cause:
The other party's fax is not working.
Solution:
Contact the other party and have them check their fax.
Cause:
The telephone number you dialed is busy.
Solution:
Try sending the document at a later time.
"C INK EMPTY"
Cause:
Solution:
The Cyan ink tank in the BJ cartridge is empty.
Replace the Cyan ink tank.
4-12
SmartBase MPC600F/MPC400 Chapter 4: Maintenance & Service
"CARTRIDGE JAMMED"
Printing position correction failed
Cause:
Carriage movement prevented by one of the following.
Damaged shaft.
Parts deformed. (Carriage or guide frame)
Insufficient grease.
Solution:
Replace the shaft.
Replace the deformed parts.
Apply more grease.
Cause:
Bi-directional print displacement correction failed because the carriage motor
is out of step, or some similar reason.
Solution:
Replace the carriage motor.
Home position error
Cause:
Foreign body in carriage section.
Solution:
Open flatbed ass'y, and remove foreign body.
Cause:
Loose carriage belt.
Solution:
Replace carriage belt.
Cause:
Guide frame home position detection tabs is damaged or bent parts.
Solution:
Replace the damaged or bent parts.
Cause:
Carriage motor does not work.
Solution:
(1) Switch power OFF/ON.
(2) Replace carriage motor.
Cause:
The position of the carriage cannot be detected (due to smears on the carriage
encoder film or PCNT board failure).
Solution:
(1) Switch power off/on.
(2) Wipe the carriage encoder film with a cloth soaked with alcohol.
(3) Replace the carriage encoder film.
(4) Replace the PCNT board.
This error message means the same as service error codes ##338 and ##340. When this
error occurs in this model, it is not treated as a service error, but as a user error, and the
error message is displayed.
NOTE
4-13
SmartBase MPC600F/MPC400 Chapter 4: Maintenance & Service
"CHECK PAPER SIZE"
Cause:
The size of the paper loaded in the paper cassette is different from the paper size
set by user data.
Solution:
Select a correct paper size by pressing Paper select button.
"CHECK PRINTER" (##332~##337, ##342, ##345, ##346 and ##348)
Cause:
The printer's internal unit has malfunctioned.
Solutions:
(1) Remove the jammed paper. (Check the paper edge sensor is OFF.)
(2) Press Resume button.
(3) Reinstall the Cartridge.
(4) Turn the power off and on.
(5) Set the service data #1 SSSW SW01 bit 0 to "1" and check the service code.
Refer to the countermeasures for that error code.
"CLEAR ADF" (SmartBase MPC600F only)
Cause:
A paper jam occurred in the ADF.
Solution:
Remove the document you are trying to copy or send from the ADF and press the
Resume button. Then start again.
"CLEAR PAPER JAM" (#009)
Cause:
Paper jam.
Solution:
Clear the paper jam and press the Resume button.
"COVER OPEN"
Cause:
Solution:
You opened the flatbed ass'y during an operation.
close the flatbed ass'y.
"DOC. TOO LONG" (#003)
Cause:
The document is longer than 39.4"(1m).
Solution:
Use a copy machine to make a reduced copy of the document. Then send again.
Cause:
It took more than 32 minutes to send or copy a document. It took more than 32
minutes to receive a document.
Solution:
Divide the document and send or copy each part separately. Contact the other
party. Have them divide the document and send each part separately.
"K INK EMPTY"
Cause:
Solution:
The Black ink tank in the BJ cartridge is empty.
Replace the Black ink tank.
"LOAD PAPER" (#009)
Cause:
The fax is out of paper.
Solution:
Add more paper to the auto sheet feeder. Make sure the stack is below the limit
mark and press the Start or Resume button.
4-14
SmartBase MPC600F/MPC400 Chapter 4: Maintenance & Service
"M INK EMPTY"
Cause:
Solution:
The Mazenta ink tank in the BJ cartridge is empty.
Replace the Mazenta ink tank.
"MEMORY FULL" (#037) (SmartBase MPC600F only)
Cause:
The fax’s memory is full because it has received too many documents.
Solutions:
(1) Print out any documents which are stored in memory. Then start
the operation again.
(2) If the memory contains any facsimiles you don’t need, delete them.
(3) You cannot receive a fax was scanned with fine graphic images.
Cause:
The fax’s memory is full because you tried to send too many pages at once.
Solution:
Divide the document and send each part separately.
"NO ANSWER" (#005)
Cause:
The receiving fax machine does not answer.
Solution:
Make sure you dialed the correct number. Try again later.
"NO RX PAPER" (#012)
Cause:
The receiving fax machine declares no paper in DIS, or its memory is full.
Solution:
Contact the other party, and ask them to put paper in their machine, or to clear
their fax machine's memory.
"NO TEL #" (#022)
Cause:
The button you pressed has no number registered for One-Touch Speed Dialing,
Coded Speed Dialing, or Group Dialing.
Solution:
Print a list of registered numbers and make any corrections needed, then try again.
"NOT AVAILABLE" (#025)
Cause:
One-touch or coded speed dial already registered.
Solution:
Check the contents of the one-touch or coded speed dialling registration, then try
again.
"PUT IN CARTRIDGE"
Cause:
The BJ cartridge is not set.
Solution:
Set the BJ cartridge.
Cause:
The BJ cartridge is set incorrectly.
Solution:
Set the BJ cartridge correctly.
"TRY AGAIN IN B/W" (#085)
Cause:
You tried faxing a color document to a machine that does not support color faxing.
Solution:
(1) Change the setting of MENU> FAX SETTINGS> TX SETTINGS> COLOR
DIRECT TX to ON.
(2) Try sending again in black & white.
(3) Check the received fax machine’s setting for color faxing is available.
4-15
SmartBase MPC600F/MPC400 Chapter 4: Maintenance & Service
"WAIT COOLING"
Cause:
The BJ cartridge is hot.
Solution:
Wait until the message disappears.
"WRONG CARTRIDGE"
Cause:
The cartridge isn’t installed correctly.
Solution:
(1) Reinstall the cartridge.
(2) Replace the cartridge.
"Y INK EMPTY"
Cause:
Solution:
The Yellow ink tank in the BJ cartridge is empty.
Replace the Yellow ink tank.
4-16
SmartBase MPC600F/MPC400 Chapter 4: Maintenance & Service
4.2.2 Error codes
a) Service error code output
When service data #1 SSSW SW01 bit 0 is set to “1”, then service error codes are printed on the
activity management reports, reception result reports and error transmission reports, when
communication ends in an error. Also, the following is displayed, when an error occurs.
TX/RX No. 5001
Display repeated
START AGAIN ##106
Figure 4-6 Service Error Code Display
b) Error code countermeasures
The following item c) lists all the error codes that the product can display. As for the causes and
countermeasures, only the error codes which are newly incorporated in the unit a remedies unique to
the product are included in the item d). For the causes and countermeasures of other error codes, refer
to the separate G3/G4 Facsimile Error Code List (Rev. 2).
• Increase the transmission level
Set service data #2 MENU Parameter No.07 to -8(dBm).
• Decrease the transmission level
Set service data #2 MENU Parameter No.07 to -15 (dBm).
• Echo measures
Change the following bit switches of service data #1 SSSW SW03.
Bit 4:1 Ignore the first DIS signal sent by the other fax machine.
0 Do not ignore the first DIS signal sent by the other fax machine.
Bit 5:1 Transmit a tonal signal (1850 or 1650 Hz) when the other fax machine sends a DIS signal.
0 Do not transmit a tonal signal when the other fax machine sends a DIS signal.
Bit 6:1 Transmit a 1650-Hz tonal signal when bit 5 is 1.
0 Transmit a 1850-Hz tonal signal when bit 5 is 1.
Bit 7:1 Transmit a tonal signal before sending a CED signal.
0 Do not transmit a tonal signal before sending a CED signal.
4-17
SmartBase MPC600F/MPC400 Chapter 4: Maintenance & Service
• EPT (Echo Protect Tone)
Change service data #1 SSSW SW03 bit 1.
Bit 1:1 Transmit an echo protect tone.
0 Not transmit an echo protect tone.
• Adjust NL equalizer.
Set service data #2 MENU Parameter No.05 to “ON”.
• Reduce the transmission start speed.
Reduce the transmission speed by changing user data “FAX SETTINGS” “TX SETTINGS” “TX
START SPEED”.
• Loosen the TCF judgment standard.
Not available for this fax.
• Loosen the RTN transmission conditions.
Change service data #3 NUMERIC Param. Parameter No.02 to 04.
No.02 Percentage of errors in all lines
: Set close to 99%.
No.03 Number of lines of burst condition
: Set close to 99 lines.
No.04 Lines below the burst condition
: Set close to 99 times.
• Increase the no-sound time after CFR reception.
Change service data #1 SSSW SW04 bit 4 to “1”.
Bit 4:1 Time when the low-speed signal is ignored after sending a CFR signal: 1500 ms
0 Time when the low-speed signal is ignored after sending a CFR signal: 700 ms
4-18
SmartBase MPC600F/MPC400 Chapter 4: Maintenance & Service
c) ERROR CODE LIST
The error codes that have newly been added starting with the product are identified by the notation
“new” those error codes for which remedies unique to the product are offered are identified by the
notation “UNQ (UNIQUE).”
C-1) User error code
No.
Tx or Rx
Definition
#001
[ TX
]
Paper jam
#003
[ TX/RX ]
Copy page, communication time over
#005
[ TX/RX ]
Initial ID (T1) time over
#009
[ RX
]
Recording paper jam or out of paper
#012
[ TX
]
Other party out of paper
#018
[ TX/RX ]
Automatic dialing error
#022
[ TX
]
Call failure
#037
[ RX
]
Image memory full
#052
[ RX
]
Image memory full by no ink error
#085
[ TX
]
Other party does not support ITU-T Color Faxing
#995
[ TX/RX ]
Memory Communication reservation cancellation
c-2) Service error code
• G3 mode error codes
No.
Tx or Rx
##100
[ TX
]
##101
[ TX/RX ]
##102
[ TX
]
##103
[ RX
]
##104
##106
[ TX
[ RX
]
]
##107
##109
[ RX
[ TX
]
]
##111
##114
##200
##201
##204
##220
##224
##229
##232
##237
##238
##261
##280
##281
##282
[ TX/RX
[ RX
[ RX
[ TX/RX
[ TX
[ TX/RX
[ TX/RX
[ RX
[ TX
[ RX
[ RX
[ TX/RX
[ TX
[ TX
[ TX
]
]
]
]
]
]
]
]
]
]
]
]
]
]
]
Definition
Excessive repeat protocol during Rx
Modem speed different from other party
Fall back failure during Tx
Fail to detect EOL for 5 seconds (15 seconds for CBT) during
Rx
RTN or PIN received during Tx
Fail to receive protocol for 6 seconds when waiting for
protocol during Rx
Fall back failure on Tx side during Rx
Receive Signals other than DIS, DTC, FTT, CFR or CRP after DCS
Tx and exceed the number of protocol re-transmissions during Tx
Memory error
RTN Transmission during reception
Fail to detect picture Rx carrier for 5 seconds during Rx
DCN received other than normal binary protocol
Receive DTC without Tx data
System error (main program runaway)
Abnormal protocol during G3 communication
Recording unit locked for 1 minute
ENCODE control unit malfunction
DECODE control unit malfunction
PRINT control unit malfunction
System error between MODEM and SCNT
Excessive repeat protocol command during Tx
Excessive repeat protocol command during Tx
Excessive repeat protocol during Tx
4-19
SmartBase MPC600F/MPC400 Chapter 4: Maintenance & Service
No.
##283
##284
##285
##286
##287
##288
Tx or Rx
[ TX
]
[ TX
]
[ TX
]
[ TX
]
[ TX
]
[ TX
]
##289
[ TX
]
##290
[ TX
]
• Printer error codes
No.
Tx or Rx
##332
[TX/RX ]
##333
[TX/RX ]
##334
[TX/RX ]
##335
[TX/RX ]
##336
##337
UNQ ##342
##345
##346
##348
[TX/RX
[RX
[TX/RX
[TX/RX
[TX/RX
[TX/RX
]
]
]
]
]
]
Definition
Excessive repeat protocol during Tx
DCN reception after TCF transmission
DCN reception after EOP transmission
DCN reception after EOM transmission
DCN reception after MPS transmission
Receive signals other than PIN, PIP, MCF, RTP or RTN after EOP
transmission
Receive signals other than PIN, PIP, MCF, RTP or RTN after EOM
transmission
Receive signals other than PIN, PIP, MCF, RTP or RTN after MPS
transmission
Definition
Printer control DRAM check error
Printer control ROM check error
Printer control EEPROM check error
Data transmission error between the system control section and printer
control section
BJ head abnormal temperature error
BJ head temperature sensor error
Cleaning absorption waste ink capacity full
BJ cartridge head cleaning error
Inside temperature error
Ink detection sensor error
• V.8/V.34 protocol error codes
No.
Tx or Rx
Definition
##670
[ TX
]
At V.8 late start, the called party declares the V.8 protocol in DIS
signal and this unit transmits a CI signal, but the protocol does not
progress and a T1 time-out occurs.
##671
[ RX
]
At V.8 termination, the protocol did not advance to phase 2 and a T1
time-out occurs after the caller CM signal was detected.
##672
[ TX
]
The protocol did not move from phase 2 to phase 3 and a T1 time-out
occurred during V.34 transmission.
##673
[ RX
]
The protocol did not move from phase 2 to phase 3 and a T1 time-out
occurred during V.34 reception.
##674
[ TX
]
The protocol did not move from phase 3 to phase 4 and a T1 time-out
occurred during V.34 transmission.
##675
[ RX
]
The protocol did not move from phase 3 to phase 4 and a T1 time-out
occurred during V.34 reception.
4-20
SmartBase MPC600F/MPC400 Chapter 4: Maintenance & Service
• ECM mode error codes
No.
Tx or Rx
##750
[ TX
]
##752
##753
[ TX
[ TX
]
]
##754
[ TX
]
##755
[ TX
]
##757
##758
[ TX
[ TX
]
]
##759
[ TX
]
##760
[ TX
]
##762
##763
[ TX
[ TX
]
]
##764
[ TX
]
##765
[ TX
]
##767
##768
[ TX
[ TX
]
]
##769
[ TX
]
##770
[ TX
]
##772
##773
[ TX
[ TX
]
]
##774
##775
[ TX
[ TX
]
]
##777
##778
[ TX
[ TX
]
]
##779
##780
[ TX
[ TX
]
]
##782
[ TX
]
Definition
Exceed repeat protocol due to failure to receive significant signals
after transmitting PPS-NULL during ECM Tx
Receive DCN after PPS-NULL transmission during ECM Tx
Exceed protocol retransmission limit or T5 time (60 seconds) after
PPS-NULL transmission during ECM Tx
Exceed retransmit protocol after PPS-NULL transmission during
ECM Tx
Exceed protocol retransmission limit due to failure to receive
significant signals after PPS-MPS transmission during ECM Tx
during ECM Tx
Receive DCN after PPS-MPS Transmission during ECM Tx
Exceed Protocol Retransmission Limit or T5 Time (60 seconds) after
PPS-MPS Transmission during ECM Tx
Exceed Retransmit Protocol after PPS-MPS Transmission during
ECM Tx
Exceed Protocol Retransmission Limit Due to Failure to Receive
Significant Signals after PPS-EOM Transmission during ECM Tx
Receive DCN after PPS-EOM Transmission during ECM Tx
Exceed Protocol Retransmission Limit or T5 Time (60 seconds) after
PPS-MPS Transmission during ECM Tx
Exceed Retransmit Protocol after PPS-EOP Transmission during
ECM Tx
Exceed protocol retransmission limit due to failure to receive
significant signals after PPS-EOP transmission during ECM Tx
Receive DCN after PPS-EOP transmission during ECM Tx
Exceed protocol retransmission limit or T5 time (60 seconds) after
PPS-EOP transmission during ECM Tx
Exceed retransmit protocol after PPS-EOP transmission during ECM
Tx
Exceed repeat protocol limit due to failure to receive significant
signals after transmitting EOR-NULL during ECM Tx
Receive DCN after EOR-NULL transmission during ECM Tx
Exceed protocol retransmission limit or T5 time (60 seconds) after
EOR-NULL transmission during ECM Tx
Receive ERR after EOR-NULL transmission during ECM Tx
Exceed protocol retransmission limit due to failure to receive
significant signals after EOR-MPS transmission during ECM Tx
Receive DCN after EOR-MPS transmission during ECM Tx
Exceed protocol retransmission limit or T5 time (60 seconds) after
EOR-MPS transmission during ECM Tx
Receive ERR after EOR-MPS transmission during ECM Tx
Exceed protocol retransmission limit due to failure to receive
significant signals after EOR-EOM transmission during ECM Tx.
Receive DCN after EOR-EOM transmission during ECM Tx
4-21
SmartBase MPC600F/MPC400 Chapter 4: Maintenance & Service
No.
##783
Tx or Rx
[ TX
]
##784
##785
[ TX
[ TX
]
]
##787
##788
[ TX
[ TX
]
]
##789
##790
##791
##792
##793
[ TX
[ RX
[ TX/RX
[ RX
[ RX
]
]
]
]
]
##794
##795
##799
[ TX
]
[ TX/RX ]
[ TX
]
Definition
Exceed protocol retransmission limit or T5 time (60 seconds) after
EOR-EOM transmission during ECM Tx
Receive ERR after EOR-EOM transmission during ECM Tx
Exceed protocol retransmission limit due to failure to receive
significant signals after EOR-EOP transmission during ECM Tx.
Receive DCN after EOR-EOP transmission during ECM Tx
Exceed protocol retransmission limit or T5 time (60 seconds) after
EOR-EOP transmission during ECM Tx
Receive ERR after EOR-EOP transmission during ECM Tx
Transmit ERR after EOR-Q reception during ECM Rx
Receive non-significant signals during ECM mode procedures
Fail to detect PPS-NULL between partial pages during ECM Rx
Time over due to failure to receive valid frame during high speed
signal Rx upon ECM Rx
Receive all 0 PPR during ECM Tx
Trouble in the decoding processing during communication
System error
d) New error codes and recovery methods
Those error codes that have been added starting with the product and those error codes for which
remedies unique to the product are offered are shown together with causes and remedies, where
applicable.
##342 Cleaning absorption waste ink capacity full
Solution:
Unlike errors that trigger the “CHECK PRINTER” message, This error is
programmed so that it cannot be cleared using the Resume button. Replace the
waste ink absorber as follows in the error occurs:
(1) Select 5. INK ABS CAPA under #7 PRINTER in service mode, and the
counter to 0.
(2) Check to make sure that no image exist in memory; then, turn off the power,
remove the appropriate parts, and replace the waste ink absorber.
4-22
SmartBase MPC600F/MPC400 Chapter 4: Maintenance & Service
4.3 Errors not Shown on the Display
4.3.1 General errors
• The unit does not power on.
(1) Check the power cord connection.
(2) Check the connection between the SCNT board (JPSU1) and power supply unit.
(3) Check the power supply unit's fuse (F1).
(4) Replace the power supply unit.
• The display looks abnormal.
Nothing is displayed.
(1) Check the connection between the Operation panel unit and SCNT board (JPANEL1).
(2) Replace the Operation panel unit.
(3) Replace the SCNT board.
Part of the LCD panel does not display anything.
(1) Check the connection between the Operation panel unit and SCNT board (JPANEL1).
(2) Replace the Operation panel unit.
(3) Replace the SCNT board.
• The buttons do not work.
(1) If the test mode can be used, check for faulty buttons.
(2) Check the connection between the Operation panel unit and SCNT board (JPANEL1).
(3) Replace the Operation panel unit.
(4) Replace the SCNT board.
• No sound from the speaker
(1) Check the connection of the speaker and SCNT board (JSPK1).
(2) Replace the speaker.
(3) Replace the SCNT board.
4-23
SmartBase MPC600F/MPC400 Chapter 4: Maintenance & Service
4.3.2 Printing problems
• Faulty printing (Evaluation criteria: Test print is no good.)
• The paper is not fed properly. (Evaluation criteria: Look at the actual unit.)
The Paper feed motor does not run.
(1) Check the connection from the paper feed motor to the PCNT board (J10).
(2) Replace the PCNT board.
(3) Replace the main unit.
The paper is not picked up from the auto sheet feeder.
(1) Check the connection ASF motor to the PCNT board (J7).
(2) Check the foreign matter in the paper feed section.
(3) Replace the ASF unit.
(4) Replace PCNT board (Faulty PRS or PES).
• The printing operation is abnormal.
Nothing is printed.
(1) Remove the BJ-cartridge and re-install it.
(2) Execute cleaning five times, and try printing again.
(3) Replace the BJ cartridge.
(4) Replace the ink tank.
(5) Check the connection between carriage ribbon cable and PCNT board (J1, J2, J3).
(6) Replace the carriage unit.
(7) Replace the PCNT board.
The carriage motor does not run.
(1) Check the connection from the carriage motor to the PCNT board (J9).
(2) Replace the carriage motor.
(3) Replace the PCNT board.
• Carriage error
The carriage comes into contact with the push-on plates at the left and right sides,
resulting in noise.
(1) Check if grease adheres to the carriage encoder film.
(2) Using lint-free paper impregnated with alcohol, wipe the carriage encoder film with care so as
not to scratch the film.
(3) If a lot of grease adheres to the carriage, replace the carriage board because grease might be
spread to the sensor on the carriage board. (In this case, you must replace the carriage unit
(QG4-0011) which contains the carriage board.)
(4) Replace the carriage encoder film.
4-24
SmartBase MPC600F/MPC400 Chapter 4: Maintenance & Service
• Printing quality error
• The printer does not at all.
• Printing stops midway.
• Certain colors are not printed.
(1) Check that the orange cap or tape is not on the BJ cartridge.
(2) Carry out nozzle cleaning on the BJ cartridge five times with the cleaning operation, than visually
cheek the test print for non-discharge of ink from nozzle. (Fig. 4-7)
(3) Remove and reinstall the BJ cartridge.
(4) Replace the appropriate ink tank.
(5) Replace the BJ cartridge.
(6) Replace the purge unit.
• Blotches appear
• Blank ink appear
(1) Carry out nozzle cleaning on the BJ cartridge five times with the cleaning operation, than visually
cheek the test print for non-discharge of ink from nozzle. (Fig. 4-7)
(2) Remove and reinstall the BJ cartridge.
(3) Replace the appropriate ink tank.
(4) Replace the BJ cartridge.
(5) Check the connection of the carriage ribbon cable and the PCNT board. (J1/J2/J3)
(6) Replace the carriage unit.
(7) Replace the PCNT board.
(8) Replace the purge unit.
Missing dots
Unstable printing
Splashed dots
Figure 4-7 Defective Pattern (Sample)
4-25
SmartBase MPC600F/MPC400 Chapter 4: Maintenance & Service
4.3.3 Scanning problems
• Faulty scanning (Evaluation criteria: Test print is good, but the copied image is
no good.)
• The document is not fed.
The document feed motor does not run. (Evaluation criteria: Check it visually.)
(1) Check the connection from the document feed motor to the ADF board (JFM).
(2) Check the connection from the ADF board and SCNT board (JADF1).
(3) Replace the document feed motor.
(4) Replace the ADF board.
(5) Replace the SCNT board.
The document slips against the rollers. (Evaluation criteria: Check it visually.
Stretched copy image.)
(1) See page 4-4 and clean the document reading section.
(2) Replace the ADF section's rollers.
The document does not separate. (Evaluation criteria: Check it visually.)
(1) Check whether the document feed motor is driving all the rollers. (Check for any damaged gears
or foreign matter stuck inside.)
(2) See page 4-4 and clean the separation roller and separation guide.
(3) Replace the separation roller and separation guide.
Faulty scanner unit's sensors (Evaluation criteria: The placed document or
transported document is not detected.)
(1) Check for any faulty sensors while executing the copying operation and test mode.
(2) Check the connection from Document sensor and Document edge sensor to the ADF board
(JDS, JDES).
(3) Check the connection from the ADF board to the SCNT board (JADF1).
(4) Replace the SCNT board.
(5) Replace the ADF board.
4-26
SmartBase MPC600F/MPC400 Chapter 4: Maintenance & Service
• The scanning image is abnormal. (Evaluation criteria: Check the copy image's faults.)
Nothing is printed.
(1) Check the connection between the contact sensor and SCNT board (JCS1).
(2) Replace the contact sensor unit.
(3) Replace the SCNT board.
The image has vertical stripes.
(1) Clean the Document glass.
(2) Clean the white sheet.
(3) Check the connection between the contact sensor and SCNT board (JCS1).
(4) Replace the contact sensor unit.
(5) Replace the SCNT board.
The halftone image contains black dots.
(1) Clean the Document glass.
(2) Clean the white sheet.
(3) Check the connection between the contact sensor and SCNT board (JCS1).
(4) Adjust the CS LED lights-on duration. See Page 4-6.
(5) Replace the contact sensor unit.
(6) Replace the SCNT board.
The color or brightness of the image is not normal.
(1) Clean the Document glass.
(2) Clean the white sheet.
(3) Adjust the CS LED lights-on duration. See Page 4-6.
(4) Replace the contact sensor unit.
(5) Replace the SCNT board.
4-27
SmartBase MPC600F/MPC400 Chapter 4: Maintenance & Service
4.4 Processing Communication Problems
4.4.1 Initial identification of problems
Since the facsimile must transmit picture information, a transmitter, a receiver and telephone lines are
required for this purpose. Transmissions may cause problems if one or more of the three is poor.
Communication
trouble
FAX
FAX
Your
customer's
machine
Communication
companion
machine
Figure 4-8 Communication Trouble
To process communication problems, first of all, it is necessary to narrow down the cause of the problem.
Thus, the procedures appearing below must be checked accordingly.
Start
Does an error
appear on the
display?
YES
Errors show on the display.
error massage page 4-12
error code
page 4-17
NO
Is copying
being done?
NG
General error
Page 4-23
OK
Do copying
Is copy
picture OK?
OK
Communication problems
exist. Carry out the procedures
on the next page.
NG
Test print
NG
Printing problem
Page 4-24
OK
Scanning problem
Page 4-26
Figure 4-9 Procedures for Initial Identification of Trouble
4-28
SmartBase MPC600F/MPC400 Chapter 4: Maintenance & Service
4.4.2 Procedures for processing communication problems
If the problem proves to be communication trouble, deal with it according to the following procedures.
(1) Study the conditions at the time of trouble as closely as possible.
Record or keep the items listed below.
a) Operations at the time of trouble
Document number, transmission mode, error occurrence timing call set-up method
(auto dialing etc.)
b) Sample of defective picture (When receiving)
c) LCD display at the time of trouble
d) Communication management report at the time of trouble
e) User’s name, telephone number (to contact), Fax number, model name
f) User’s name1 of the other party, telephone number (to contact), Fax number, model name, name of
servicemen in charge
g) Frequency of trouble and error code
h) Condition of the other party’s facsimile:
Transmitted/received page number? Automatic or manual?
Error occurred? The receive condition? etc.
When visiting a user with a trouble report, a) and g) can be known by outputting the
system dump list.
NOTE
(2) Test communication according to flowchart procedures appearing on the next page.
• Carry out the tests with the actual lines on each item several times, verify the symptoms and record it.
(3) Finally, process over by judging systematically all the data.
NOTE
If the other party’s facsimile is that of another manufacturer and there is nothing wrong
with your customer’s machine, it is recommended that you ask your customer to contact
the facsimile user of the other party, so that the other party’s facsimile is checked by the
dealer.
4-29
SmartBase MPC600F/MPC400 Chapter 4: Maintenance & Service
• Procedures for processing communication problems
The process for carrying out communications at 3-points as shown in the figure.
Trouble
FAX:A
FAX:B
FAX:C
A: machine of the user
B: machine of the other party
C: test machine within the same block
(best if of the same model as A)
Start
TX/RX?
RX
TX
A to C
NG
Check A
OK
C to B
C to A
Check A
OK
NG
B to C
OK
Check the line
NG
NG
OK
Check B
and the line
Check the line
Figure 4-10 3-Points Communication
4-30
Check B
and the line
SmartBase MPC600F/MPC400 Chapter 4: Maintenance & Service
5. SERVICE SWITCHES
5.1 Hardware Switches
B
SW1
A
B
SW3
A
Figure 4-11 Slide Switch Location on NCU Board
SW No.
1
Nation
General
2
B
Figure 4-12 Slide Switch Settings
4-31
3
B
SmartBase MPC600F/MPC400 Chapter 4: Maintenance & Service
5.2 Service Data Setting
Service data can be checked and changed with items on display menus. The default values of the SSSW/
parameters available in this fax machine are shown in this Chapter, 5.2.3 Service data setting in this
manual. The SSSW/parameters given in the previous product-specific manual are explained in the G3
Facsimile Service Data Handbook. The new switches for this model are described in this Chapter,
5.2.3 Service data setting.
5.2.1 Service data overview
The service data menu items are divided into the following nine blocks.
#1 SSSW (Service soft switch settings)
These setting items are for basic fax service functions such as error management, echo
countermeasures, and communication trouble countermeasures.
#2 MENU (MENU switch settings)
These setting items are for functions required during installation, such as NL equalizer and transmission
levels.
#3 NUMERIC Param. (NUMERIC parameter settings)
These setting items are for inputting numeric parameters such as the various conditions for the FAX/
TEL switching function.
#4 NCU (NCU settings)
These setting items are for telephone network control functions such as the selection signal transmission
conditions and the detection conditions, for the control signals sent from the exchange.
#5 TYPE (TYPE setting)
The type setting makes the service data conform to a specific country communications standards. There
is only one setting item in this block.
#6 GENESIS (UHQ function setting)
These setting items are for scanned image processing such as edge enhancement and error diffusion
processing.
#7 PRINTER (PRINTER function settings)
These setting items are for basic printer service functions such as the reception picture reduction
conditions. Also there is an item for resetting the printer section without switching the power off-on.
#8 CLEAR (Data initialization mode)
Various data are initialized by selecting one of these setting items. There is a setting item for checking/
inputting the total number of pages printed and total number of pages scanned by this fax.
#9 ROM (ROM management)
ROM data such as the version number and checksum are displayed.
4-32
SmartBase MPC600F/MPC400 Chapter 4: Maintenance & Service
5.2.2 Service data registration/setting method
Service data can be registered/set by the following operations:
100% LTR TEXT
PLAIN
01
Standby (date and Receive mode display)
(1) User data mode selection
Press the Menu button, and then Copy button.
MENU
1.SPECIAL COPY
(2) Service data mode selection
Press the # button.
SERVICE MODE
#1 SSSW
(3) Menu item selection
Select the menu item by pressing the
or
button.
SERVICE MODE
#3 NUMERIC Param.
Press the OK button.
#3 NUMERIC Param.
01:
0
(4) Data registration
Input the data and press the OK button.
Press the STOP button to return to standby.
Figure 4-13 Service Data Setting Method
Precautions when registering/setting service data
Detach the telephone line before registering service data. We cannot guarantee the
integrity of any reception of transmission operations during the registration process.
4-33
SmartBase MPC600F/MPC400 Chapter 4: Maintenance & Service
5.2.3 Service data setting
Service
#1 SSSW
(Service soft switch setting)
#+No.
Bit
SW01
SW02
7
0
–
6
–
–
5
–
–
4
0
–
3
0
–
2
–
–
1
0
–
0
0
0
SW03
SW04
0
1
0
0
0
0
0
0
–
0
–
0
0
–
–
–
SW05
–
–
–
0
–
–
–
–
SW06
SW07
SW08
SW09
–
–
–
–
–
–
–
–
–
–
–
–
1
–
–
–
–
–
–
–
0
–
–
–
–
–
–
0
–
–
–
0
SW10
SW11
SW12
SW13
SW14
SW15
SW16
SW17
SW18
SW19
SW20
SW21
SW22
SW23
SW24
SW25
SW26
SW27
SW28
SW29
SW30
–
–
0
–
–
–
–
–
–
–
–
–
–
–
–
–
0
–
–
–
–
–
–
–
–
–
0
–
–
–
–
–
–
–
–
–
–
0
–
–
–
–
–
–
0
–
–
–
–
–
–
–
–
–
–
–
–
–
–
–
0
–
–
–
–
0
–
–
–
–
–
–
–
–
–
–
–
–
–
–
–
0
–
–
–
–
0
–
–
–
–
–
–
–
–
–
–
–
–
–
0
–
0
–
–
–
–
0
–
–
–
–
–
–
–
–
–
–
–
–
–
–
–
0
–
–
–
–
1
–
–
–
–
–
–
–
–
–
–
–
–
0
–
–
0
–
–
–
–
0
–
–
–
–
–
–
–
–
–
–
–
–
0
0
–
0
–
–
Error management
NETWORK connection condition settings/
memory clear list setting
Echo solution setting
Communication trouble
solution settings
Standard function (DIS signal)
setting
Scan condition settings
Not used
Not used
Communications result display
function settings
Not used
Not used
Page timer settings
Not used
Not used
Dial-in FAX/TEL switching function setting
Not used
Not used
Not used
Not used
Not used
Not used
Not used
Not used
Not used
Report display function settings
Transmission function settings
Not used
V.8/V.34 protocol settings
Not used
Not used
Figure 4-14 Service Data (page 1)
The switches marked “–” are not used. Do not change their settings.
4-34
SmartBase MPC600F/MPC400 Chapter 4: Maintenance & Service
#2 MENU
(Menu switch settings)
01:
02:
03:
04:
05:
Not used
Not used
Not used
Not used
NL equalizer setting
ON
OFF
06:
DIAL
SERVICEMAN
OFF
Line monitor setting
07:
10 (-10dBm)
(8~15)
Transmission level setting
08:
3429 (baud)
3200
3000
2800
2743
2400
V.34 Baud rate
09:
33.6 (Kbps)
(2.4 x n, 1 n
10:
25 (Hz)
17
50
Frequency of pseudo ring signal
Items 10 to 20:
Not used
20:
V.34 Transmission speed
14)
Figures in boldface indicate the default setting.
Figure 4-15 Service Data (page 2)
No. 01 to 04, 10 to 20 are not used. Do not change their settings.
4-35
SmartBase MPC600F/MPC400 Chapter 4: Maintenance & Service
#3 NUMERIC Param.
(Numeric parameter settings)
Default
0
10 (10%)
15 (15 lines)
12 (12 times)
4 (4 seconds)
4 (4 seconds)
350
0
6 (6 digits)
Range
01:
02:
03:
04:
05:
06:
07:
08:
09:
10:
11:
12:
13:
14:
15:
16:
5500 (55 seconds)
3500 (35 seconds)
0
1300
0
120 (1200 ms)
2 (2 seconds)
(0~ 9999)
(0~9999)
17:
18:
19:
20:
21:
22:
23:
24:
25:
100 (1000 ms)
0 (0 ms)
400 (4000 ms)
100 (1000 ms)
0 (0ms)
400 (4000 ms)
44
10
60 (600 ms)
(0~ 999)
(0~ 999)
(0~ 999)
(0~ 999)
(0~ 999)
(0~ 999)
(Do not change)
(0~ 20)
(0~ 999)
26:
27:
28:
29:
30:
44
0
0
0
10
(Do not change)
(1~ 99)
(2~ 99)
(1~ 99)
(1~ 60)
(1~ 60)
(1~ 20)
(0~ 999)
(0~ 9)
Not used
RTN signal transmission condition (1)
RTN signal transmission condition (2)
RTN signal transmission condition (3)
Pause time for NCC (after the ID code)
Pause time for NCC (after the ID code)
Not used
Not used
The number of digits in telephone number
compared against TSI signal to be matched
for restricted receiving function
Line connection detection time (T0 timer)
T1 Timer (Rx)
Not used
Not used
Not used
Hooking detection time
Pseudo RBT transmission from CML on time
until start
Pseudo RBT signal pattern: On time
Pseudo RBT signal pattern: Off time (short)
Pseudo RBT signal pattern: Off time (long)
Pseudo ring pattern: On time setting
Pseudo ring pattern: Off time (short)
Pseudo ring pattern: Off time (long)
FAX/TEL switching function signal detection level
Pseudo-RBT signal transmission level
Answering machine connection function
signal detection time
Not used
Not used
Not used
Not used
Not used
Figure 4-16 Service Data (page 3)
No. 01, 07 to 08, 12 to 14, and 26 to 30 are not used. Do not change their settings.
4-36
SmartBase MPC600F/MPC400 Chapter 4: Maintenance & Service
NOTE
#3 NUMERIC PARAM. (Numeric parameter settings)
The relationship between the settings and the detection levels is as follows:
Parameter 24
0: Not used
1: Not used
2: Not used
3: Not used
4:
5: -8 dBm
6: -9 dBm
7: -10 dBm
8: -11 dBm
9:
10: -13 dBm
11: -14 dBm
12: -15 dBm
13: -16 dBm
14:
15: -18 dBm
16: -19 dBm
17: -20 dBm
18: -21 dBm
19:
20: -23 dBm
4-37
Not used
-12 dBm
-17 dBm
-22 dBm
SmartBase MPC600F/MPC400 Chapter 4: Maintenance & Service
#4 NCU
(NCU settings)
#5 TYPE
(Type setting)
TONE/PULSE
DIAL TONE
2nd DIAL TONE
BUSY TONE 0
BUSY TONE 1
REORDER TONE
MULTI
AUTO RX
CNG DETECT
SPECIAL
RKEY
PBX DIAL TONE
PBX BUSY TONE
U. K.
SWEDEN
SWISS
AUSTRIA
DENMARK
NORWAY
HOLLAND
BELGIUM
AUSTRALIA
FINLAND
N. Z.
ITALY
SPAIN
PORTUGAL
IRELAND
HONG KONG
MALAYSIA
HUNGARY
SAF
CHINA
GERMAN
FRANCE
SINGAPORE
CZECH
SLOVENIA
ASIA
POLAND
EUROPE2
EUROPE
#6 GENESIS (UHQ)
(Genesis function settings)
Bit SW
SLICE
GAMMA
Figure 4-17 Service Data (page 4)
#4 NCU (NCU settings)
The values of these items are all set to match a specific nation’s communications
standards by the #5 TYPE setting. Do not change these setting.
#6 GENESIS (UHQ function settings)
Tampering with this setting may cause the scanned image quality to deteriorate.
Do not change these settings.
4-38
SmartBase MPC600F/MPC400 Chapter 4: Maintenance & Service
#7 PRINTER
1. SSSW
(Printer function settings)
Bit
SW01
SW02
SW03
SW04
SW05
7
–
–
–
–
–
6
–
–
–
–
–
SW06
– –
SW7~20:
SW20
2. NUMERIC Param
5
–
–
–
–
–
4
–
–
–
–
–
3
–
–
–
–
–
2
–
–
–
–
–
1
–
–
–
–
–
0
–
–
–
–
–
Not used
Not used
Not used
Not used
Not used
– – –
Not used
1
0
0
Reduction settings
01: 18 (mm)
02: 0
03: 0
04: 0
05: 5 (mm)
Not used
Not used
Not used
Leading edge margin
Trailing edge margin (Black printing)
Item 06~12, 14~30:
Not used
30:
3. PRINT COUNT
86/
Print counter check
4. PRINTER RESET
Yes = ( * )
No = ( # )
Printer section reset function
5. INK ABS CAPA
SUCTION
Waste ink capacity check/entry See page 4-45
Figure 4-18 Service Data (page 5)
4-39
SmartBase MPC600F/MPC400 Chapter 4: Maintenance & Service
#8 CLEAR
(Data initialization mode
settings)
TEL
USER SW
SERVICE SW
NCU
SERVICE DATA
REPORT
COUNTER
ALL
EC-XX-XX
#9 ROM
Dialling data initialization
User data and service data #1 to #3
initialization
User data and service data #1 to #3 and
#6 to #7 initialization
#4 NCU setting data initialization
Data on system dump list initialization
Data on activity report initialization
Total number of pages printed/scanned
All user data, service data, activity
management data, and image data
initialization (except COUNTER)
Version No. and Checksum display
(ROM management)
#10 CS SET
SERVICE REPORT
TEST MODE
SERVICE & SYSTEM
SERVICE DATA
SYSTEM DUNP
(See page 4-57)
Figure 4-19 Service Data (page 6)
If USER SW is selected from #8 CLEAR, the memory management of the user data is
not cleared. If TEL or SERVICE SW is selected, the memory management of the user
data is cleared.
NOTE
For details on test mode, see 6.2 Service Test Functions on page 4-57.
4-40
SmartBase MPC600F/MPC400 Chapter 4: Maintenance & Service
5.2.4 Explanation of service data
Bi
t7
Bi
t6
Bi
t5
Bi
t4
Bi
t3
Bi
t2
Bi
t1
Bi
t0
a) SSSW (Service Soft Switch settings)
The items registered and set by each of these switches comprise 8-bit switches. The figure below shows
which numbers are assigned to which bits. Each bit has a value of either 0 or 1.
SW01
0
0
0
0
0
0
0
0
Figure 4-20 Bit Switch Display
See the chart in the service data shown in this Chapter, 5.2.3 Service data setting to see effective
bits and their default values. The meanings (functions) of the bits are not described in this manual
except the new switches added to this model. See the G3 Facsimile Service Data Handbook
(supplied separately) for details of the switches.
Below are examples showing how to read bit switch tables.
Indicates that the
setting is "1".
Indicates that the
setting is "0".
Figures in boldface
are default settings.
Bit
0
1
2
3
4
5
6
7
Function
Service error code
Error dump list
Not used
Copy function
##300 series service error code
Not used
Not used
User setting restriction
1
Output
Output
0
Not Output
Not Output
No
Output
Yes
Not Output
Setting possible Setting restricted
Figure 4-21 How to Read Bit Switch Tables
4-41
SmartBase MPC600F/MPC400 Chapter 4: Maintenance & Service
5.2.5 New SSSWs/parameters added to this model
#1 SSSW (service soft switch setting)
SW01 (service soft switch 01: error management)
Bit
Function
1
0
Service error code
Output
1
Error dump list
Output
2
Not used
3
Copy function
No
4 (New) ##300 series service error code
Output
5
Not used
6
Not used
7
User setting restriction
Setting possible
0
Not output
Not output
Yes
Not output
Setting restricted
[Bit 4]
Even when Bit0 is set to "Not output", you can select whether or not to output ##300 series Service
Error Codes, caused by hardware malfunction.
When "Output" is selected, ##300 series Service Error Codes are displayed and in reports.
When "Not Output" is selected, no Service Error Codes are displayed.
#1 SSSW (service soft switch setting)
SW15 (service soft switch 15: Dial-in FAX/TEL switching function setting)
Bit
Function
1
0
0
Not used
1
Not used
2
Not used
3
Not used
4
Not used
5
Not used
6 (New) Detect continuous signal at
Yes
No
FAX/TEL switching
7
Not used
[Bit 6]
You may enable or disable detection of ROT continuous signal for FAX/TEL switching.
Normally, only ROT intermittent signals are detected for FAX/TEL switching. If you need to
detect both in view of exchange specifications, select
to enable detection.
4-42
SmartBase MPC600F/MPC400 Chapter 4: Maintenance & Service
#1 SSSW (service soft switch setting)
SW26 (service soft switch 26: Transmission function setting)
Bit
Function
1
0
Compulsory direct transmission
Set
1
Not used
2
Not used
3 (New) Prohibit broadcast
Yes
4
Not used
5
Not used
6
When STOP key is pressed
Only cancel
during a sequential broadcasting communication
7
Error transmission report when
Not output
transmission is stopped
0
Not set
No
Cancel all
communication
Output
[Bit 3]
You may disable selection of multiple addresses to prevent broadcasting by mistake (on the part of
the user); however, this setting will not affect broadcasting by group dialing.
SW28 (service soft switch 28: V.8/ V.34 protocol settings)
Bit
Function
1
0 (New) Caller V.8 protocol
NO
1 (New) Called party V.8 protocol
NO
2 (New) Caller V.8 protocol late start
NO
3 (New) Called party V.8 protocol late start NO
4 (New) V.34 reception fallback
Prohibited
5
Not used
6
Not used
7
Not used
0
YES
YES
YES
YES
Not prohibited
[Bit 0]
Select whether to use the V.8 protocol when calling. If NO is selected, the V.8 protocol is inhibited
at calling and the V.21 protocol is used.
[Bit 1]
Select whether to use the V.8 protocol when called. If NO is selected, the V8 protocol is inhibited
when called and the V.21 protocol is used.
[Bit 2]
If ANSam signal is not received during transmission (mainly manual transmission), select whether
to use the V.8 protocol when the other fax machine declares the V.8 protocol in DIS signal. If NO
is selected, the CI signal is not transmitted and the V.8 protocol is not used even if the DIS that
specifies the V.8 protocol is received.
4-43
SmartBase MPC600F/MPC400 Chapter 4: Maintenance & Service
[Bit 3]
Select whether to declare the V.8 protocol in DIS signal for reception (mainly caller manual
transmission). If NO is selected, the V.8 protocol cannot be used because it is not declared in DIS
signal.
[Bit 4]
Select whether the receiver falls back during V.34 reception. If OFF is selected, the receiver does
not fall back.
#2 MENU
No.
08
09
Function
V.34 max. baud rate
V.34 max. transmission speed
Selection range
2400~3429
2400~33600
Default setting
3429 (3429 baud)
33600 (33600 bps)
[No. 08]
Select the maximum baud rate for V.34 transmission: 3429, 3200, 3000, 2800, 2743, and 2400.
This model cannot use 2743 baud due to its modem specificarion. If it is set to 2743 baud,
the maximum baud rate is 2400 baud.
NOTE
[No.09]
Select the maximum transmission speed for V.34 transmission: 2400 to 33600 bps (2400 × n: 1 ≤ n
≤ 14).
4-44
SmartBase MPC600F/MPC400 Chapter 4: Maintenance & Service
#3 NUMERIC PARAM (numeric parameter settings)
No.
Function
Selecting range
10
T0 Timer
0~9999
11
T1 Timer (Rx)
0~9999
Default setting
5500 (55 second)
3500 (35 second)
[Parameter 10]
The "wait time after transmission of a dialing signal ends until a significant signal is detected in
transmission" was set as T1 timer with parameter 10.
However, ITU-T recommends that it should be set as T0 timer, so parameter 10 has been renamed to
T0 timer and the default time-out time has been changed from 35 to 55 seconds.
The T1 timer for the transmitter (wait time after a CED, V21 flag, or ANSam significant
signal is detected until the next significant signal is detected) is fixed at 35 seconds.
NOTE
[Parameter 11]
Set the T1 timer for the receiver (wait time after DIS transmission starts until a significant signal is
received).
If frequent errors occur during reception (2 instances) because of line connection conditions, raise
the value of this parameter.
#7 PRINTER (printer function settings)
2. NUMERIC PARAM.
No.
Function
05
Trailing edge margin
for black&white copy & FAX
Selecting range
0 ~ 9999
Default setting
5 ( 5 mm)
[Parameter 05]
Sets the bottom margin for B/W printing (Copy & Fax). This parameter also sets the margins when
PRINT MARGIN in user data is set to SMALLER for color printing.
5. INK ABS CAPA
This switch allows the waste ink capacity stored in the PCNT board to be checked or entered.
[SUCTION]
This allows the waste ink capacity for the ink absorbed during cleaning to be checked or entered.
When entering the waste ink capacity, use the numeric buttons to enter a value 0 to 100 (%).
NOTE
The ink absorber's absorption capacity for the waste ink discharged by the BJ cartridge is
set to a certain amount. The waste ink capacity settings are stored in the PCNT board's
EEPROM. When replacing the PCNT board, check the waste ink capacity and enter the
waste ink capacity into the new PCNT board.
The various waste ink capacity can be checked with the SYSTEM DUMP LIST.
4-45
SmartBase MPC600F/MPC400 Chapter 4: Maintenance & Service
SSSW Default Setting
TYPE
EUROPE
U.K.
SWEDEN
SWISS
AUSTRIA
DENMARK
SW01
SW02
00010000
00000000
00010000
00000000
00010000
00000000
00010000
00000000
00010000
00000000
00010000
00000000
SW03
SW04
00000000
10000000
00000000
10000000
00000000
10000010
00000000
10000010
00000000
10000010
00000000
10000000
SW05
SW06
00000000
10000000
00000000
10000000
00000000
10000000
00000000
10000000
00000000
10000000
00000000
10000000
SW07
SW08
00000000
00000000
00000000
00000000
00000000
00000000
00000000
00000000
00000000
00000000
00000000
00000000
SW09
SW10
00000100
00000000
00000100
00000000
00000100
00000000
00000100
00000000
00000100
00000000
00000100
00000000
SW11
SW12
00000000
00000010
00000000
00000010
00000000
00000010
00000000
00000010
00000000
00000010
00000000
00000010
SW13
SW14
00000000
00000000
00000000
00000000
00000000
00000000
00000000
00000000
00000000
00000000
00000000
00000000
SW15
SW16
00000000
00000011
01000000
00000011
00000000
00000011
00000000
00000011
00000000
00000011
00000000
00000011
SW17
SW18
00000000
00000000
00000000
00000000
00000000
00000000
00000000
00000000
00000000
00000000
00000000
00000000
SW19
SW20
00000000
00000000
00000000
00000000
00000000
00000000
00000000
00000000
00000000
00000000
00000000
00000000
SW21
SW22
00000000
00000000
00000000
00000000
00000000
00000000
00000000
00000000
00000000
00000000
00000000
00000000
SW23
SW24
00000000
00000000
00000000
00000000
00000000
00000000
00000000
00000000
00000000
00000000
00000000
00000000
SW25
SW26
00000000
00000000
00000000
00000000
00000000
00000000
00000000
00000000
00000001
00000000
00000000
00000000
SW27
SW28
00000000
00000000
00000000
00000000
00000000
00000000
00000000
00000000
00000000
00000000
00000000
00000000
SW29
SW30
00000000
00000000
00000000
00000000
00000000
00000000
00000000
00000000
00000000
00000000
00000000
00000000
#1 SSSW
#2 MENU
05:
OFF
OFF
OFF
OFF
OFF
OFF
06:
07:
DIAL
10
DIAL
10
DIAL
10
DIAL
10
DIAL
10
DIAL
10
08:
09:
3429Hz
33.6
3429Hz
33.6
3429Hz
33.6
3429Hz
33.6
3429Hz
33.6
3429Hz
33.6
10:
25Hz
25Hz
25Hz
25Hz
25Hz
25Hz
4-46
SmartBase MPC600F/MPC400 Chapter 4: Maintenance & Service
SSSW Default Setting
TYPE
NORWAY
HOLLAND
BELGIUM
AUSTRALIA
FINLAND
N.Z.
#1 SSSW
SW01
00010000
00010000
00010000
00010000
00010001
00010000
SW02
SW03
00000000
00000000
00000000
00000000
00000000
00000000
00000000
00000000
00000000
00000000
00000000
00000000
SW04
SW05
10000010
00000000
10000010
00000000
10000000
00000000
10000000
00000000
10000000
00000000
10000000
00000000
SW06
SW07
10000000
00000000
10000000
00000000
10000000
00000000
10000000
00000000
10000000
00000000
10000000
00000000
SW08
SW09
00000000
00000100
00000000
00000100
00000000
00000100
00000000
00000100
00000000
00000100
00000000
00000100
SW10
SW11
00000000
00000000
00000000
00000000
00000000
00000000
00000000
00000000
00000000
00000000
00000000
00000000
SW12
SW13
00000010
00000000
00000010
00000000
00000010
00000000
00000010
00000000
00000010
00000000
00000010
00000000
SW14
SW15
00000000
00000000
00000000
00000000
00000000
00000000
00000000
00000000
00000000
00000000
00000000
00000000
SW16
SW17
00000011
00000000
00000011
00000000
00000011
00000000
00000011
00000000
00000011
00000000
00000011
00000000
SW18
SW19
00000000
00000000
00000000
00000000
00000000
00000000
00000000
00000000
00000000
00000000
00000000
00000000
SW20
SW21
00000000
00000000
00000000
00000000
00000000
00000000
00000000
00000000
00000000
00000000
00000000
00000000
SW22
SW23
00000000
00000000
00000000
00000000
00000000
00000000
00000000
00000000
00000000
00000000
00000000
00000000
SW24
SW25
00000000
00000000
00000000
00000000
00000000
00000000
00000000
00000000
00000000
00000000
00000000
00000000
SW26
SW27
00000000
00000000
00000000
00000000
00000000
00000000
00000000
00000000
00000000
00000000
00000000
00000000
SW28
SW29
00000000
00000000
00000000
00000000
00000000
00000000
00000000
00000000
00000000
00000000
00000000
00000000
SW30
#2 MENU
00000000
00000000
00000000
00000000
00000000
00000000
05:
06:
OFF
DIAL
OFF
DIAL
OFF
DIAL
OFF
DIAL
OFF
DIAL
OFF
DIAL
07:
08:
10
3429Hz
10
3429Hz
10
3429Hz
10
3429Hz
10
3429Hz
10
3429Hz
09:
10:
33.6
25Hz
33.6
25Hz
33.6
25Hz
33.6
25Hz
33.6
25Hz
33.6
25Hz
4-47
SmartBase MPC600F/MPC400 Chapter 4: Maintenance & Service
SSSW Default Setting
TYPE
ITALY
SPAIN
PORTUGAL
IRELAND
#1 SSSW
SW01
00010000
00010000
00010000
00010000
00010000
00010000
SW02
SW03
00000000
00000000
00000000
00000000
00000000
00000000
00000000
00000000
00000000
00000000
00000000
00000000
SW04
SW05
10000010
00000000
10000010
00000000
10000010
00000000
10000000
00000000
10000000
00000000
10000000
00000000
SW06
SW07
10000000
00000000
10000000
00000000
10000000
00000000
10000000
00000000
10000000
00000000
10000000
00000000
SW08
SW09
00000000
00000100
00000000
00000100
00000000
00000100
00000000
00000100
00000000
00000100
00000000
00000100
SW10
SW11
00000000
00000000
00000000
00000000
00000000
00000000
00000000
00000000
00000000
00000000
00000000
00000000
SW12
SW13
00000010
00000000
00000010
00000000
00000010
00000000
00000010
00000000
00000010
00000000
00000010
00000000
SW14
SW15
00000000
00000000
00000000
00000000
00000000
00000000
00000000
00000000
00000000
00000000
00000000
00000000
SW16
SW17
00000011
00000000
00000011
00000000
00000011
00000000
00000011
00000000
00000011
00000000
00000011
00000000
SW18
SW19
00000000
00000000
00000000
00000000
00000000
00000000
00000000
00000000
00000000
00000000
00000000
00000000
SW20
SW21
00000000
00000000
00000000
00000000
00000000
00000000
00000000
00000000
00000000
00000000
00000000
00000000
SW22
SW23
00000000
00000000
00000000
00000000
00000000
00000000
00000000
00000000
00000000
00000000
00000000
00000000
SW24
SW25
00000000
00000000
00000000
00000001
00000000
00000000
00000000
00000000
00000000
00000000
00000000
00000000
SW26
SW27
10000000
00000000
00000000
00000000
00000000
00000000
00000000
00000000
00000000
00000000
00000000
00000000
SW28
SW29
00000000
00000000
00000000
00000000
00000000
00000000
00000000
00000000
00000000
00000000
00000000
00000000
SW30
#2 MENU
00000000
00000000
00000000
00000000
00000000
00000000
05:
06:
OFF
DIAL
OFF
DIAL
OFF
DIAL
OFF
DIAL
OFF
DIAL
OFF
DIAL
07:
08:
10
3429Hz
10
3429Hz
10
3429Hz
10
3429Hz
10
3429Hz
10
3429Hz
09:
10:
33.6
25Hz
33.6
25Hz
33.6
25Hz
33.6
25Hz
33.6
25Hz
33.6
25Hz
4-48
HONG KONG MALAYSIA
SmartBase MPC600F/MPC400 Chapter 4: Maintenance & Service
SSSW Default Setting
TYPE
HUNGARY
SAF
CHINA
GERMAN
FRANCE
SINGAPORE
#1 SSSW
SW01
00010000
00010000
00010000
00010000
00010000
00010000
SW02
SW03
00000000
00000000
00000000
00000000
00000000
00000000
00000000
00000000
00000000
00000000
00000000
00000000
SW04
SW05
10000000
00000000
10000000
00000000
10000000
00000000
00000010
00000000
00000010
00000000
10000000
00000000
SW06
SW07
10000000
00000000
10000000
00000000
10000000
00000000
10000000
00000000
10000000
00000000
10000000
00000000
SW08
SW09
00000000
00000100
00000000
00000100
00000000
00000100
00000000
00000100
00000000
00000100
00000000
00000100
SW10
SW11
00000000
00000000
00000000
00000000
00000000
00000000
00000000
00000000
00000000
00000000
00000000
00000000
SW12
SW13
00000010
00000000
00000010
00000000
00000010
00000000
00000010
00000000
00000010
00000000
00000010
00000000
SW14
SW15
00000000
00000000
00000000
00000000
00000000
00000000
00000000
00000000
00000000
00000000
00000000
00000000
SW16
SW17
00000011
00000000
00000011
00000000
00000011
00000000
00000011
00000000
00000011
00000000
00000011
00000000
SW18
SW19
00000000
00000000
00000000
00000000
00000000
00000000
00000000
00000000
00000000
00000000
00000000
00000000
SW20
SW21
00000000
00000000
00000000
00000000
00000000
00000000
00000000
00000000
00000000
00000000
00000000
00000000
SW22
SW23
00000000
00000000
00000000
00000000
00000000
00000000
00001000
00000000
00000000
00000000
00000000
00000000
SW24
SW25
00000000
00000001
00000000
00000000
00000000
00000000
00000000
00000101
00000000
00000001
00000000
00000000
SW26
SW27
00000000
00000000
00000000
00000000
00000000
00000000
00010000
00000000
00000000
00000000
00000000
00000000
SW28
SW29
00000000
00000000
00000000
00000000
00000000
00000000
00000000
00000000
00000000
00000000
00000000
00000000
SW30
#2 MENU
00000000
00000000
00000000
00000000
00000000
00000000
05:
06:
OFF
DIAL
OFF
DIAL
OFF
DIAL
OFF
DIAL
OFF
DIAL
OFF
DIAL
07:
08:
10
3429Hz
10
3429Hz
13
3429Hz
10
3429Hz
10
3429Hz
10
3429Hz
09:
10:
33.6
25Hz
33.6
25Hz
33.6
25Hz
33.6
25Hz
33.6
50Hz
33.6
25Hz
4-49
SmartBase MPC600F/MPC400 Chapter 4: Maintenance & Service
SSSW Default Setting
TYPE
CZECH
SLOVENIA
ASIA
POLAND
EUROPE2
#1 SSSW
SW01
00010000
00010000
00010000
00010000
00010000
SW02
SW03
00000000
00000000
00000000
00000000
00000000
00000000
00000000
00000000
00000000
00000000
SW04
SW05
10000000
00000000
10000000
00000000
10000000
00000000
10000000
00000000
10000000
00000000
SW06
SW07
10000000
00000000
10000000
00000000
10000000
00000000
10000000
00000000
10000000
00000000
SW08
SW09
00000000
00000100
00000000
00000100
00000000
00000100
00000000
00000100
00000000
00000100
SW10
SW11
00000000
00000000
00000000
00000000
00000000
00000000
00000000
00000000
00000000
00000000
SW12
SW13
00000010
00000000
00000010
00000000
00000010
00000000
00000010
00000000
00000010
00000000
SW14
SW15
00000000
00000000
00000000
00000000
00000000
00000000
00000000
00000000
00000000
00000000
SW16
SW17
00000011
00000000
00000011
00000000
00000011
00000000
00000011
00000000
00000011
00000000
SW18
SW19
00000000
00000000
00000000
00000000
00000000
00000000
00000000
00000000
00000000
00000000
SW20
SW21
00000000
00000000
00000000
00000000
00000000
00000000
00000000
00000000
00000000
00000000
SW22
SW23
00000000
00000000
00000000
00000000
00000000
00000000
00000000
00000000
00000000
00000000
SW24
SW25
00000000
00000000
00000000
00000000
00000000
00000000
00000000
00000000
00000000
00000000
SW26
SW27
00000000
00000000
00000000
00000000
00000000
00000000
00000000
00000000
00000000
00000000
SW28
SW29
00000000
00000000
00000000
00000000
00000000
00000000
00000000
00000000
00000000
00000000
SW30
#2 MENU
00000000
00000000
00000000
00000000
00000000
05:
06:
OFF
DIAL
OFF
DIAL
OFF
DIAL
OFF
DIAL
OFF
DIAL
07:
08:
10
3429Hz
10
3429Hz
10
3429Hz
10
3429Hz
10
3429Hz
09:
10:
33.6
25Hz
33.6
25Hz
33.6
25Hz
33.6
25Hz
33.6
25Hz
4-50
SmartBase MPC600F/MPC400 Chapter 4: Maintenance & Service
SSSW Default Setting
TYPE
EUROPE
U.K.
SWEDEN
SWISS
AUSTRIA
DENMARK
02:
03:
10
15
10
15
10
15
10
15
10
15
10
15
04:
05:
12
4
12
4
12
4
12
4
12
4
12
4
06:
07:
4
350
1
350
4
350
4
350
4
350
4
350
09:
10:
6
5500
6
5500
6
5500
6
5500
6
5500
6
5500
11:
13:
3500
1300
3500
1300
3500
1300
3500
1300
3500
1300
3500
1300
15:
16:
120
2
120
2
120
2
120
2
120
2
120
2
17:
18:
100
0
100
0
100
0
100
0
100
0
100
0
19:
20:
400
100
400
100
400
100
400
100
400
100
400
100
21:
22:
0
400
0
400
0
400
0
400
0
400
0
400
23:
24:
44
10
44
10
44
10
44
10
44
10
44
10
25:
26:
60
44
60
44
60
44
60
44
60
44
60
44
EUROPE
U.K.
SWEDEN
SWISS
AUSTRIA
DENMARK
#3 NUMERIC
Param
#5 TYPE
4-51
SmartBase MPC600F/MPC400 Chapter 4: Maintenance & Service
SSSW Default Setting
TYPE
NORWAY
HOLLAND
BELGIUM
AUSTRALIA
FINLAND
N.Z.
02:
03:
10
15
10
15
10
15
10
15
10
15
10
15
04:
05:
12
4
12
4
12
4
12
4
12
4
12
4
06:
07:
4
350
4
350
4
350
4
350
4
350
4
350
09:
10:
6
5500
6
5500
6
5500
6
5500
6
5500
6
5500
11:
13:
3500
1300
3500
1300
3500
1300
3500
1300
3500
1300
3500
1300
15:
16:
120
2
120
2
120
2
120
2
120
2
120
2
17:
18:
100
0
100
0
100
0
100
0
100
0
100
0
19:
20:
400
100
400
100
400
100
400
100
400
100
400
100
21:
22:
10
400
0
400
0
400
0
400
0
400
0
400
23:
24:
44
10
44
10
44
10
44
10
44
12
44
10
25:
26:
60
44
60
44
60
44
60
44
60
44
60
44
NORWAY
HOLLAND
BELGIUM
AUSTRALIA
FINLAND
N.Z.
#3 NUMERIC
Param
#5 TYPE
4-52
SmartBase MPC600F/MPC400 Chapter 4: Maintenance & Service
SSSW Default Setting
TYPE
ITALY
SPAIN
PORTUGAL
IRELAND
HONG KONG MALAYSIA
02:
03:
10
15
10
15
10
15
10
15
10
15
10
15
04:
05:
12
4
12
15
12
4
12
4
12
4
12
4
06:
07:
4
350
3
350
4
350
4
350
1
350
4
350
09:
10:
6
5500
6
5500
6
5500
6
5500
6
5500
6
5500
11:
13:
3500
1300
3500
1300
3500
1300
3500
1300
3500
1300
3500
1300
15:
16:
120
2
120
2
120
2
120
2
120
2
120
2
17:
18:
100
0
100
0
100
0
100
0
100
0
100
0
19:
20:
400
100
400
100
400
100
400
100
400
100
400
100
21:
22:
0
400
0
400
0
400
0
400
0
400
0
400
23:
24:
44
10
44
10
44
10
44
10
44
10
44
10
25:
26:
60
44
60
44
60
44
60
44
60
44
60
44
ITALY
SPAIN
PORTUGAL
IRELAND
#3 NUMERIC
Param
#5 TYPE
4-53
HONG KONG MALAYSIA
SmartBase MPC600F/MPC400 Chapter 4: Maintenance & Service
SSSW Default Setting
TYPE
HUNGARY
SAF
CHINA
GERMAN
FRANCE
SINGAPORE
02:
03:
10
15
10
15
10
15
8
15
8
15
10
15
04:
05:
12
4
12
4
12
4
6
4
12
4
12
4
06:
07:
4
350
4
350
4
350
4
350
4
350
4
350
09:
10:
6
5500
6
3500
6
4300
6
9000
6
5500
6
5500
11:
13:
3500
1300
3500
1300
3500
1200
3500
1300
3800
1300
3500
1300
15:
16:
120
2
120
2
120
2
120
2
120
2
120
2
17:
18:
100
0
100
0
100
0
100
0
100
0
100
0
19:
20:
400
100
400
100
400
100
400
100
400
100
400
100
21:
22:
0
400
0
400
0
400
0
400
0
400
0
400
23:
24:
44
10
44
10
44
10
44
10
44
10
44
10
25:
26:
60
44
60
44
60
44
60
44
60
44
60
44
HUNGARY
SAF
CHINA
GERMAN
FRANCE
SINGAPORE
#3 NUMERIC
Param
#5 TYPE
4-54
SmartBase MPC600F/MPC400 Chapter 4: Maintenance & Service
SSSW Default Setting
TYPE
CZECH
SLOVENIA
ASIA
POLAND
EUROPE2
02:
03:
10
15
10
15
10
15
10
15
10
15
04:
05:
12
4
12
4
12
4
12
4
12
4
06:
07:
4
350
4
350
4
350
4
350
4
350
09:
10:
6
5500
6
5500
6
5500
6
5500
6
5500
11:
13:
3500
1300
3500
1300
3500
1300
3500
1300
3500
1300
15:
16:
120
2
120
2
120
2
120
2
120
2
17:
18:
100
0
100
0
100
0
100
0
100
0
19:
20:
400
100
400
100
400
100
400
100
400
100
21:
22:
0
400
0
400
0
400
0
400
0
400
23:
24:
44
10
44
10
44
10
44
10
44
10
25:
26:
60
44
60
44
60
44
60
44
60
44
CZECH
SLOVENIA
ASIA
POLAND
EUROPE2
#3 NUMERIC
Param
#5 TYPE
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SmartBase MPC600F/MPC400 Chapter 4: Maintenance & Service
6. TEST FUNCTIONS
6.1 User Test Print Functions
User enabled Test print functions are as follow.
6.1.1 Nozzle check pattern
If you find a nozzle pattern indistinct or partially missing when you conduct this test print, do the head
cleaning. If the symptom is not solved even after the cleaning is done three times, do the head refreshing.
If the head refreshing does not solve the symptom, replace the BJ cartridge or the ink cartridge. The
method of printing a nozzle check pattern is to press the Menu button, select PRINTER SETTINGS
using < / > keys, and press the OK button. Select CLEANING using < / > keys, and then press the OK
button. Select NOZZLE CHECK using < / > keys, and then press the OK button.
Figure 4-22 Nozzle Check Pattern Print
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SmartBase MPC600F/MPC400 Chapter 4: Maintenance & Service
6.2 Service Test Functions
The fax functions for testing individual operations, such as below.
See Page 4-33 for details of entering the test mode. To leave the test mode, press the Stop/Reset button,
and then ON/OFF button.
6.2.1 Test mode overview
Test mode can be executed by following the menu items from the display.
a) DRAM tests
Writes data to DRAM image storage areas and reads that data to check operations.
b) CS test
CS test is used to enter the contact sensor's shading data.
c) Print test
Prints nine different patterns within the print area.
d) Modem, NCU tests
The frequency test and the G3 signal transmission and CNG signal and DTMF signals reception tests.
e) Faculty tests
Test the operation of operation panel and sensor functions.
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SmartBase MPC600F/MPC400 Chapter 4: Maintenance & Service
6.2.2 Test mode flowchart
TEST MODE
‘ * ’ indicates that these
are not used in the field.
[1] D-RAM
[2] CS
See Page 4-60
[1] ADJ LED TIME
See Page 4-60
✽[2] Not used
✽[3] DISP LED TIME
✽[4] REG LED TIME
✽[5] SHADING
✽[6] FB READ
[3] PRINT
✽[1] CLR PTN1
✽[2] CLR PTN2
✽[3] LF CHK
✽[4] COMET
✽[5] CR CHK
✽[6] HEAD CHK
✽[7] ENDURANCE
[8] CHECKERS
✽[9] BLACK
[4] MODEM NCU
See Page 4-61
✽[1] RELAY 1–2
[2] FREQ 1–7
See Page 4-63
✽[3] Not used
[4] G3 Tx 0–8
See Page 4-64
✽[5] DTMF Tx 0–9✽#
✽[6] TONE Rx
✽[7] Not used
✽ [5] AGING TEST
[8] V34 G3 Tx
Figure 4-23 Test Mode
4-58
See Page 4-65
SmartBase MPC600F/MPC400 Chapter 4: Maintenance & Service
[6] FACULTY TEST
✽[1] G3 4800bps Tx
✽[2] Not used
[3] SENSOR
See Page 4-66
✽[4] ADF
✽[5] Not used
✽[6] SPEAKER
[7] PANEL
See Page 4-68
✽[8] F13 333 pps B&W PWM31
[9] LINE DETECT 1–3
✽ [7] DATA SET
✽ [8] PRINTER TEST
Figure 4-24 Test Mode
4-59
See Page 4-70
SmartBase MPC600F/MPC400 Chapter 4: Maintenance & Service
6.2.3 D-RAM tests
Pressing the 1 button from the test mode menu selects the D-RAM tests. D-RAM Test 1 writes data to
the entire D-RAM region and reads it out to check that operations are correct. D-RAM Test 2 just reads
data at high speed.
Replace the SCNT board if an error occur.
Operating
1:D-RAM
4528K
4528K: D-RAM total memory capacity (bytes)
✽ : Indicates an address for which write testing is complete.
. : Indicates an address for which read testing is complete.
✽✽✽. . . . .✽✽✽
Error
Normal end
Error display
Complete
(no err)
WRT= 33CC RD= 3333
ADR= 2800
Restart by pressing
Start key.
WRT : data written
RD : data read
ADR : address
Error display
Complete
(err)
Figure 4-25 D-RAM Test
6.2.4 CS tests
Pressing the 2 button from the test mode menu selects the CS tests. ADJ LED TIME is used to adjust the
CS LED lights-on duration and enter the contact sensor’s shading data (pre-scan operation).
Details on CS LED lights-on duration adjustment, see 3.1 CS LED Lights-on Duration
Adjustment on page 4-6.
Tests [2], [3], [4] and Tests [5] are not used in the field.
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SmartBase MPC600F/MPC400 Chapter 4: Maintenance & Service
6.2.5 PRINT test
Pressing the 3 button from the test mode menu selects the print test. This test prints various patterns. For
servicing, use the 3-8: CHECKERS pattern (press the 8 button from the print test menu). The other
patterns are not to be used since they are for development and factory personnel. End this test by
pressing the Stop button. Refer to page 4-25 if blank ink appear, etc occur.
Check the pattern for the following:
Check for any vertical or horizontal white
stripes on the black squares.
Also, check that all the squares have
straight edges on all four sides.
Figure 4-26 Print Test Pattern Check
If the print test is normal, make a copy of a document. If the copy is faulty, the reading
section is faulty.
NOTE
Please do not select the following menus:
3-1: CLR PTN1 3-2: CLR PTN2
If a mistake is made and these menus are selected, the value of #7 PRINTER 5. INK
ABS CAPA will be reset to 0%, so it will be necessary to re-register. Check the value of
LostInkCount. printed on the top of each test pattern, and register this value in #7
PRINTER 5. INK ABS CAPA. If the absorption amount has been forgotten, replace the
waste ink absorber and set to 0%
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SmartBase MPC600F/MPC400 Chapter 4: Maintenance & Service
Figure 4-27 Print Pattern Sample
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SmartBase MPC600F/MPC400 Chapter 4: Maintenance & Service
6.2.6 Modem and NCU tests
These tests test modem and NCU transmission and reception. The modem tests check whether signals are
sent correctly from the modem by comparing the sound of the signals from the speaker with the sounds
from a normal modem. Also, you check on the display whether or not the modem correctly detected
received tone signals and DTMF signals.
End this test by pressing the Stop/Reset button.
Modem test type
Frequency test
G3 signal transmission test
V34 signal transmission test
Overview
The modem sends tone signals from the modular jack and
the speaker.
The modem sends G3 signals from the modular jack and the
speaker.
The V.34 modem sends G3 signals from the modular jack and
the speaker
a) Frequency test
The frequency test menu is selected by pressing the 2 button from the MODEM NCU test menu.
Signals of the frequencies below are sent from the modem using the modular jack and the speaker. The
frequency can be changed with the numeric buttons.
Numeric button
1
2
3
4
5
6
7
Frequency
462 Hz
1100 Hz
1300 Hz
1500 Hz
1650 Hz
1850 Hz
2100 Hz
The transmission levels for each frequency follow the service data transmission level
settings.
NOTE
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SmartBase MPC600F/MPC400 Chapter 4: Maintenance & Service
b) G3 signal transmission test
The G3 signal transmission test menu is selected by pressing the 4 button from the MODEM NCU test
menu. The G3 signals below are sent from the modem using the modular jack and the speaker. The
frequency can be changed with the numeric buttons.
Numeric button
0
1
2
3
4
5
6
7
8
Frequency
300 bps
2400 bps
4800 bps
7200 bps
9600 bps
TC7200 bps
TC9600 bps
12000 bps
14400 bps
The transmission level for each frequency follows the service data.
NOTE
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SmartBase MPC600F/MPC400 Chapter 4: Maintenance & Service
c) V.34 G3 signal transmission test
The V.34 G3 signal transmision test menu is selected by pressing the 8 key from the MODEM NCU
test menu. The V.34 G3 signals below are sent from the modem using the modular jack and the speaker
by pressing the Start key.
The Baud rate can be changed with the numeric keys, and the Speed can be changed with the search
keys.
Numeric key
0
1
2
3
4
5
3429 baud
3200 baud
3000 baud
2800 baud
2743 baud (Not used)
2400 baud
Search key
▲
▲
Baud rate
Speed
2400 bps–2.4 kbps
4800 bps–4.8 kbps
7200 bps–7.2 kbps
9600 bps–9.6 kbps
12000 bps–12.0 kbps
14400 bps–14.4 kbps
16800 bps–16.8 kbps
19200 bps–19.2 kbps
21600 bps–21.6 kbps
24000 bps–24.0 kbps
26400 bps–26.4 kbps
28800 bps–28.8 kbps
31200 bps–31.2 kbps
33600 bps–33.6 kbps
The transmission level for each frequency follows the service data.
NOTE
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SmartBase MPC600F/MPC400 Chapter 4: Maintenance & Service
6.2.7 Faculty tests
The faculty tests are selected by pressing the 6 button from the test mode menu. These tests test the
following faculties of this fax.
Test type
Sensor tests
Operation panel test
Line signal reception test
Overview
Test whether the sensors are operating correctly.
Tests whether the button switches on the control panel are
operating correctly.
Tests whether the NCU board signal sensor and frequency
counter are operating correctly.
a) Sensor tests
The sensor test is selected by pressing the 3 button from the faculty test menu. In this test, you can
check the status of each sensor of this fax in item 1 on the display.
You can also check if sensors that use actuators and microswitches are operating correctly by moving
the actuator or microswitch. (See page 4-26 Faulty scanner unit’s sensors.)
The sensor tests cannot be used to test all of the sensors. The following sensors cannot be
tested with the sensor tests:
NOTE
Pickup sensor, and ink sensor.
If any of these sensor are faulty, an error message or service error code will appear to
indicate the faulty sensor.
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SmartBase MPC600F/MPC400 Chapter 4: Maintenance & Service
6-3 : SENSOR
[1]---[3]
Pressing the 1 key.
DS of DES of DOC A4
DS: Document sensor
DES: Document edge sensor
on/off: document/no document
DOC: Document width sensor A4 (This machine does not have this sensor)
Pressing the 3 key.
CVR on
PE on
CVR: cover sensor on/of: open/close
PE: paper edge sensor on/of: recording paper/no recording paper
Figure 4-28 Sensor Tests
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SmartBase MPC600F/MPC400 Chapter 4: Maintenance & Service
b) Operation panel tests
The operation panel test is selected by pressing the 7 button from the faculty test menu. In this test,
check that the display, LED lamps, and buttons on the control panel are operating correctly.
b-1) Display test
If you press Start button in the menu of the operation panel, 20 letters of “H” are displayed in two
lines. If you press Start button one more time, all the LCD dots are displayed. If you press Start
button once again, “_” is displayed. Verify that there are no LCD dots which fail to be displayed by
performing this operation.
b-2) LED lamp test
The LED lamp test is selected by pressing the Start button after the display test.
When the Start button is pressed, all the lamps on the control panel light. Check for any LED that
does not light during the test.
b-3) Operation button test
The Operation button test is selected by pressing the Start button after the LED lamp test.
In this test, you press the button corresponding to the displayed character to put it out. The table
giving the correspondence between the characters and the buttons is below.
▲
Operation button
Numeric buttons
ON/OFF button
Resume button
button
Menu/ button
Set button
▲
Character
1-#
W
M
+
S
Character
C
N
L
F
R
Z
Enlarge/Reduce button
D
P
E
I
Paper Select button
Contrast button
Image Quality button
O
Operation button
Copy button
Scan button
Color/B&W button
FAX button (SmartBase MPC600F only)
Redial/Pause button (SmartBase MPC600F
only)
Coded Dial Button (SmartBase MPC600F
only)
Hook button (SmartBase MPC600F only)
b-4) One-touch speed dial test (SmartBase MPC600F only)
When all the characters displayed have gone out, the system next starts the one-touch speed dialing
button test. The letters a-l are displayed on the display, corresponding to one-touch speed dialing
buttons 01-12. Each letter displayed on the display goes out when its corresponding one-touch speed
dialing button is pressed.
In this test, check for operation buttons whose corresponding character or letter does not go out when
the button is pressed. (See page 4-23 The buttons do not work.)
4-68
SmartBase MPC600F/MPC400 Chapter 4: Maintenance & Service
6-7:PANEL
Press start button.
HHHHHHHHHHHHHHHHHHHH
HHHHHHHHHHHHHHHHHHHH
H pattern displayes
Press start button.
All LCD dots displayed
Press start button.
____________________
____________________
_ pattern displayed
Press start button.
6-7 PANEL
LED TEST
All LED lamps light up
Press start button.
123456789
0#
When a button is preesed, the
corresponding character goes out.
When the entire
display has gone out
WM-+SZPEICFNLFRDO
When a button is preesed, the
corresponding character goes out.
When the entire
display has gone out
When a one-touch speed dialing
key is pressed, the corresponding
letter goes out.
abcdefghijkl
When the entire
display has gone out
OK
Press the Stop/Reset key to end the test.
Figure 4-29 Operation Panel
4-69
SmartBase MPC600F/MPC400 Chapter 4: Maintenance & Service
c) Line signal reception test
The line detect test menu is selected by pressing the 9 button from the faculty test menu. This test
checks the operation of the NCU signal sensor and frequency counter. In Menu 1, the CI, status can be
detected and in Menu 2 the frequency can be detected at changing detection levels. In this way, you
can check if the NCU board is correctly detecting signals.
c-1) Test Menu 1
Test Menu 1 is selected by pressing the 1 button from the Line Detect menu. When CI, and CNG are
detected from the modular jack, the display changes from OFF to ON and the received frequency is
displayed.
c-2) Test Menu 2
Test Menu 2 is selected by pressing the 2 button from the Line Detect menu. When a tonal frequency
is detected from the modular jack, the display changes from OFF to ON and the received frequency is
displayed. The frequency detection level can be set with the numeric buttons.
Numeric button
0
1
2
3
4
5
6
7
8
9
Detection level (dBm)
–26
–30
–32
–35
–38
–41
–43
–45
–47
–51
c-3) Test Menu 3
Test Menu 3 is selected by pressing the 3 button from the Line Detect menu. When CNG is detected
from the modular jack, the display changes from OFF to ON.
c-4) Test Menu 4
This item is not used. Do not select it.
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SmartBase MPC600F/MPC400 Chapter 4: Maintenance & Service
7. SERVICE REPORT
7.1 Report Output Function
7.1.1 User report output functions
The fax can output user reports manually by user operation, or automatically, according to user data
settings.
a) Manual output of reports by user operation
Operations
▲
▲
▲
Press the Menu button, and then select REPORTS/LISTS using
the
button. Press the OK button. Using the
button,
select the type of report to generate, and press the OK button.
▲
Report type
Activity Report
Speed dial list
User data list
Document memory list
b) Reports output automatically by user data settings
Each report written below can be automatically output by specifying “REPORT SETTINGS” in user
data.
Transmission (TX) reports
Error TX report
TX report
TX report with first page
Reception (RX) reports
Error RX report
RX report
Activity report
NOTE
ROM Version display
The ROM version is printed on the top left hand side of the User's data list. Please refer
to this when troubleshooting.
example:
EC XX-XX / X.XX
Printer ROM version
MAIN-ROM-version
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SmartBase MPC600F/MPC400 Chapter 4: Maintenance & Service
c) Reports output automatically
Memory clear report
The fax automatically outputs a memory clear report when the power is turned on after a power cut.
Figure 4-30 Memory Clear List
TX/RX NO
MODE
CONNECTION TEL
PAGES
SET TIME
: Indicates four digits of the transaction number
: Indicates, TRANSMIT, or AUTO RX or B’CAST (Broadcast) and
COL (Color)
: Number sent from the other party or number dialled
: Number of pages are stored in memory
: Time when data is stored in memory
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SmartBase MPC600F/MPC400 Chapter 4: Maintenance & Service
7.1.2 Service report output functions
The fax outputs service data setting status, past communications history reports.
a) List of service reports
The fax outputs the service reports shown below.
Report type
1. System data list
▲
▲
Operations
In the service mode, and select SERVICE REPORTS using the
button. Press the OK button; then, select the type of list to
generate using the
button.
▲
▲
2. System dump list
3. System data list & System
dump list
Service activity report
(with service error code
and dump list)
If you set bits 0 and 1 of #1 SSSW SW01 in the service
mode, the service error code and dump list are indicated on
the activity report (sending/receiving).
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SmartBase MPC600F/MPC400 Chapter 4: Maintenance & Service
a-1) System data list
This list shows service data #1~#5, #7, #9 setting statuses.
The following is a sumple list.
Figure 4-31 System Data List (1/6)
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SmartBase MPC600F/MPC400 Chapter 4: Maintenance & Service
Figure 4-32 System Data List (2/6)
4-75
SmartBase MPC600F/MPC400 Chapter 4: Maintenance & Service
Figure 4-33 System Data List (3/6)
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SmartBase MPC600F/MPC400 Chapter 4: Maintenance & Service
Figure 4-34 System Data List (4/6)
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SmartBase MPC600F/MPC400 Chapter 4: Maintenance & Service
Figure 4-35 System Data List (5/6)
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SmartBase MPC600F/MPC400 Chapter 4: Maintenance & Service
Figure 4-36 System Data List (6/6)
“START DATE” records the date when the fax performs its first transmission, after
shipment from the factory.
NOTE
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SmartBase MPC600F/MPC400 Chapter 4: Maintenance & Service
a-2) System dump list
This list shows the past communications statuses and error communications history.
The following is a sample list.
Figure 4-37 System Dump List (1/2)
4-80
SmartBase MPC600F/MPC400 Chapter 4: Maintenance & Service
CLEAR DATE
RX/TX
A4/B4/A3/LTR/LGL
33600 bps~2400 bps
: Date on which data was initialized with service data #8 CLEAR, ALL
: Total number of receptions/transmissions
: Total number of pages transmitted and received for each document size
: Total number of pages transmitted and received for each modem speed
STD/FINE/SUPER/ULTRA
: Total number of pages transmitted and received for each mode
MH/MR/MMR/JBIG/JPEG
: Total number of pages transmitted and received for each coding
method
G3/ECM
: Total number of pages transmitted and received in each mode
PRINT/READ
: Total number of pages printed/scanned
[Display example]
PRINT = 30*/100** READ = 30*/100**
* Indicates the value input with Service Data #8 CLEAR, COUNTER.
** Indicates the value counted since shipment from the factory.
INK ABSORBER CAPACITY : Waste ink absorber's ink absorption amount
[Display example]
Suction = 10%
These indicate the following:
The suction waste ink absorber's ink absorption amount is 10%.
#000~##750
[Display example]
: Total number of occurrences for each error code
##280
1
7
3
0
0
##280
##281
##282
errors
errors
errors
4-81
SmartBase MPC600F/MPC400 Chapter 4: Maintenance & Service
Figure 4-38 System Dump List (2/2)
##nnn
START TIME
OTHER PARTY
MAKER CODE
: Service error code
: Communication start date and time (on 24 hour clock)
: Telephone number sent from other party
: Maker code
[1000 1000] Indicates a Canon fax
lower nibble
upper nibble
RCV V.8 FRAME
: Received V.8 protocol signal
SYMBOL RATE
: Symbol rate used for the primary channel
TX LVL REDUCTION : 0 (Fixed)
ERR ABCODE
: Code output by the modem when an error occurred (Not used in the
field)
ERR SECTXB
: Transmit status of the modem when an error occurred (Not used in the
field)
ERR SECRXB
: Received status of the modem when an error occurred (Not used in the
field)
RX/TX
: Received/transmitted protocol signal
bit 1 to bit 96 of received/transmitted DIS, DCS, or DTS
If no service errors have occurred in the past, the above report will not be output.
NOTE
4-82
SmartBase MPC600F/MPC400 Chapter 4: Maintenance & Service
a-3) Service activity report (sending/receiving)
Figure 4-39 Service Error Tx Report
Header
TX/RX NO
CONNECTION TEL
(OTHER PARTY)
SUBADDRESS
CONNECTION ID
START TIME
USAGE TIME
PAGES
: OK, NG messages
: Indicates four digits of the transaction number
: Number sent from the other party or number dialled (lower 20 digits)
:
:
:
:
:
Subaddress number sent from the other party
ID sent from the other party, if the other party is a Canon fax
Communication start date and time (on 24-hour display)
Communication time (in minutes and seconds)
Number of pages for which transmission was complete
(For details, see User’s manual)
RESULT
: “NG” display with number of pages for which transmission was
fault, and service error code
MAKER CODE
: Maker code
[1000 1000] Indicates a Canon fax
lower nibble
upper nibble
RCV V.8 FRAME
: Received V.8 protocol signal
SYMBOL RATE
: Symbol rate used for the primary channel
TX LVL REDUCTION : 0 (Fixed)
ERR ABCODE
: Code output by the modem when an error occurred (Not used in the field)
ERR SECTXB
: Transmit status of the modem when an error occurred (Not used in the
field)
ERR SECRXB
: Received status of the modem when an error occurred (Not used in the
field)
RX/TX
: Received/transmitted protocol signal
bit 1 to bit 96 of received/transmitted DIS, DCS, or DTS
The V.8/V.34-related items (RCV V.8 FRAME to ERR SECRXB) are not printed on the
Notmal G3 Service Activity Report.
NOTE
4-83
SmartBase MPC600F/MPC400 Chapter 4: Maintenance & Service
Figure 4-40 Service Error Activity Report (receiving)
Header
TX/RX NO
CONNECTION TEL
(OTHER PARTY)
SUBADDRESS
CONNECTION ID
START TIME
USAGE TIME
PAGES
: OK, NG messages
: Indicates four digits of the transaction number
: Number sent from the other party or number dialled
(lower 20 digits)
: Subaddress number sent from the other party
: ID sent from the other party, if the other party is a Canon fax
: Communication start date time (on 24-hour display)
: Communication time (in minutes and seconds)
: Number of pages for which transmission was complete
(For details, see User’s manual)
RESULT
: “NG” display with number of pages for which
transmission was fault, and service error code
MAKER CODE
: Maker code
[1000 1000]
Indicates a Canon fax
lower nibble
upper nibble
RCV V.8 FRAME
: Received V.8 protocol signal
SYMBOL RATE
: Symbol rate used for the primary channel
DATA RATE
: Transmission speed used for the primary channel
TX LVL REDUCTION : 0 (Fixed)
ERR ABCODE
: Code output by the modem when an error occurred (Not used in the field)
ERR SECTXB
: Transmit status of the modem when an error occurred
(Not used in the field)
ERR SECRXB
: Receive status of the modem when an error occurred
(Not used in the field)
RX/TX
: Received/transmitted protocol signal
bit 1 to bit 96 of received/transmitted DIS, DCS, or DTS
The V.8/V.34-related items (RCV V.8 FRAME to ERR SECRXB) are not printed on the
Normal G3 Service Activity Report.
NOTE
4-84
SmartBase MPC600F/MPC400 Chapter 4: Maintenance & Service
8. WIRING DIAGRAM
5- - -1
MODULAR
board*
J6 J4
Flat
cable
JUS1
6- - -1
Flat cable
14 - - - - -1
Flat cable
to SCNT
board
JNCUEC1
J8
23 - - - - - - -1
Modem
board*
J1
to
SCNT
board
JNCU 1
J1
28- - - - - - - -1
to SCNT
board
JMODEM 1
NCU
board*
J10
J7
J2
6- - - -1
6- - - -1
5- - -1
8.1 Wiring Diagram
to Power Suplly Unit
AC230V
color contact sensor
JPSU1
JPCNT2
JPCNT1
22- - - - - - - - - 1
JCS1
1- - - - -14
JPANEL1
1- - - - --12
12- - - - - -1
SCNT board
Flat
cable
1- - - - - -11
to NCU board J4
ARG
PSU
to PCNT board J5
Operation
panel
to PCNT board J4
M Contact sensor drive motor
JSPK1
DES
1--4
2-1
DS
JRMTR1
1- - -8
Spesker
JNCU1*
JNCUEC1*
JMODEM1*
14 - - - - -1
1- - - - - - - - - - 28
to NCU
borad
J6
to
MODEM
borad J1
23- - - - - - - - - - 1
to NCU
borad
J1
JUSB1
JDES 3 - 1
JADF1*
JCENTRO2
ADF
board*
JDS 3 - 1
JFM
1--4
JSCNT1
1- - - 8
M
Document
feed motor
Purge motor
M
J9
5- - 1
5- - 1
PCNT board
Cover Sensor
Pickup
Sensor
Paper Edge
sorse
M
* SmartBase MPC600F only
Paper feed
motor
Figure 4-41 Wiring Diagram
4-85
1- - - - -12
J6
1--- 6
21- - - - - - - - - -1
J3
to SCNT board JPCNT1
SCNT board JPCNT2
1--3
J2
21- - - - - - - - - -1
Carrige
unit
J4
J1
J5
M
J10
M
21- - - - - - - - - -1
Carrige
motor
Purge
sensor
J7
J8
1- - - - - - - - -22
ASF
motor
5- - 1
ink sensor
Timming
sensor
Chapter 5
Appendix
SmartBase MPC600F/MPC400 Chapter 5: Appendix
1. USER DATA FLOW
1.1 User Data Flow (by Operation Panel)
Press the Menu button.
Menu button
1.SPECIAL COPY
IMAGE REPEAT
VERTICAL
HORIZONTAL
2.RECEIVE MODE*1
MIRROR IMAGE
ENTIRE IMAGE
TEL / FAX AUTO SW
FAX ONLY MODE
1
2
3
4
1
2
3
4
MANUAL MODE
ANS. MACHINE MODE
NET SWITCH (Australia and New Zealand) only
3.MEMORY REFERENCE*1
4.REPORTS / LISTS*1
5.TEL REGISTRATION*1
DOC. MEMORY LIST
PRINT DOCUMENT
DELETE DOCUMENT
FILE PRINT
ACTIVITY REPORT
SPEED DIAL LIST
USER DATA LIST
DOC. MEMORY LIST
1-TOUCH SPD DIAL
CODED SPEED DIAL
GROUP DIAL
01-09
*00-*99
01-09
*1: SmartBase MPC600F only
Figure 5-1 User Menu Settings (1/5)
5-1
SmartBase MPC600F/MPC400 Chapter 5: Appendix
6.FAX SETTINGS*1
1.USER SETTINGS
DATE & TIME
DATE SETUP
MM/DD/YYYY
DD/MM YYYY
YYYY MM/DD
UNIT TELPHONE #
UNIT NAME
TX TERMINAL ID
OFFHOOK ALARM
VOLUME CONTROL
ON
OFF
TTI POSITION
OUTSIDE IMAGE
INSIDE IMAGE
FAX
TELEPHONE # MARK
TEL
ON
OFF
CALLING VOLUME
LINE MONITOR VOL
HIGH
STANDARD
TOUCH TONE
ROTARY PULSE
RX CALL LEVEL
TEL LINE TYPE
R-KEY SETTING
2.REPORT SETTINGS
TX REPORT
RX REPORT
PSTN
PBX
1
2
3
0
1
2
3
EARTH CONNECTION
PREFIX
HOOKING
PRINT ERROR ONLY
PRINT WITH IMAGE
OUTPUT YES
OUTPUT NO
PRINT WITH IMAGE
PRINT ERROR ONLY
OUTPUT YES
OUTPUT NO
ACTIVITY REPORT
ON
OFF
*1: SmartBase MPC600F only
Figure 5-2 User Menu Settings (2/5)
5-2
ON
OFF
ON
OFF
SmartBase MPC600F/MPC400 Chapter 5: Appendix
3.TX SETTINGS
ECM TX
ON
OFF
MID PAUSE SET
AUTO REDIAL
4 SEC. (1-15 SEC)
REDIAL TIMES
ON
OFF
REDIAL INTERVAL
ON
TIME OUT
OFF
33600 bps
TX START SPEED
14400 bps
9600 bps
7200 bps
4800 bps
2400 bps
ON
COLOUR DIRECT TX
OFF
4.RX SETTINGS
ON
OFF
FAX / TEL AUTO SW
2 TIMES (1-10 TIMES)
2 MIN. (1-99 MIN.)
ECM RX
INCOMING RING
MAN / AUTO SWITCH
REMOTE RX
RX REDUCTION
RX START SPEED
RING START TIME
F / T RING TIME
DEFAULT ACTION
8 SEC. (0-30 SEC)
22 SEC. (10-60 SEC)
RECEIVE
DISCONNECT
ON
2 TIMES (1-99 TIMES)
OFF
15 SEC. (1-99 SEC.)
ON
OFF
ON
OFF
ON
25 (0-99)
VERTICAL ONLY
HORIZ & VERTICAL
OFF
33600 bps
14400 bps
9600 bps
7200 bps
4800 bps
2400 bps
Figure 5-3 User Menu Settings (3/5)
5-3
SmartBase MPC600F/MPC400 Chapter 5: Appendix
7.PRINTER SETTINGS
CLEANING
NOZZLE CHECK
HEAD CLEANING
HEAD REFRESHING
ROLLER CLEANING
ALIGN PRINT HEAD
BOTTOM MARGIN
NORMAL
LONG
8. SYSTEM SETTINGS
UN/LOCK PHONE*1
DISPLAY LANGUAGE
AUDIBLE TONES
LOCK PHONE
ON
PASS WORD
OFF
ENGLISH
FRENCH
SPANISH
GERMAN
ITALIAN
DUTCH
FINNISH
PORTUGUESE
NORWEGIAN
SWEDISH
DANISH
SLOVENE
CZECH
HUNGARIAN
RUSSIAN
KEYPAD VOLUME
0
1
2
3
ALARM VOLUME
0
1
2
3
*1: SmartBase MPC600F only
Figure 5-4 User Menu Settings (4/5)
5-4
SmartBase MPC600F/MPC400 Chapter 5: Appendix
COUNTRY SELECT
UK
GERMANY
FRANCE
ITALY
SPAIN
HOLLAND
DENMARK
NORWAY
SWEDEN
FINLAND
AUSTRIA
BELGIUM
SWITZERLAND
PORTUGAL
IRELAND
GREECE
LUXEMBOUGE
HUNGARY
CZECH
RUSSIA
SLOVENIA
SOUTH AFRICA
OTHERS
Figure 5-5 User Menu Settings (5/5)
1.2 User Data Flow (by MultiPASS Suite)
Please see the MultiPASS Suite User’s Guide.
5-5
1101 AT
CANON INC.