service manual

Transcription

service manual

Brother Laser Printer
SERVICE MANUAL
MODEL: HL5130/5140/5150D/5170DN
Read this manual thoroughly before maintenance work.
Keep this manual in a convenient place for quick and easy reference at all times.
December 2003
SM-PRN051
© Copyright Brother Industries, Ltd. 2003
All rights reserved.
No part of this publication may be reproduced in any form or by any means without permission
in writing from the publisher.
Specifications are subject to change without notice.
Trademarks:
The brother logo is a registered trademark of Brother Industries, Ltd.
Apple, the Apple Logo, and Macintosh are trademarks, registered in the United States and
other countries, and TrueType is a trademark of Apple computer, Inc.
Epson is a registered trademark and FX-80 and FX-850 are trademarks of Seiko Epson
Corporation.
Hewlett Packard is a registered trademark and HP LaserJet is a trademark of Hewlett Packard
Company.
IBM, IBM PC and Proprinter are registered trademarks of International Business Machines
Corporation.
Microsoft and MS-DOS are registered trademarks of Microsoft Corporation.
Windows is a registered trademark of Microsoft Corporation in the U.S. and other countries.
HL-5130/5140/5150D/5170DN SERVICE MANUAL
PREFACE
This service manual contains basic information required for after-sales service of the laser
printer (hereinafter referred to as "this machine" or "the printer"). This information is vital to
the service technician to maintain the high printing quality and performance of the printer.
This service manual covers the HL-5130/5140/5150/5170N printers.
This manual consists of the following chapters:
CHAPTER 1:
GENERAL
Features, specifications, etc.
CHAPTER 2:
INSTALLATION AND BASIC OPERATION
Installation conditions, Installation procedures, basic operation of the printer
etc.
CHAPTER 3:
THEORY OF OPERATION
Basic operation of the mechanical system, the electrical system and the
electrical circuits and their timing information.
CHAPTER 4:
DISASSEMBLY AND RE-ASSEMBLY
Procedures for disassembling and re-assembling the mechanical system.
CHAPTER 5:
PERIODIC MAINTENANCE
Periodical replacements parts, consumable parts, etc.
CHAPTER 6:
TROUBLESHOOTING
Reference values and adjustments, troubleshooting image defects,
troubleshooting malfunctions, etc.
CHAPTER 7:
SERVICE SUPPORT SOFTWARE
Test print mode and Service menu mode, etc.
APPENDICS:
PCB circuit diagrams, etc.
Information in this manual is subject to change due to improvement or redesign of the product.
All relevant information in such cases will be supplied in service information bulletins
(Technical Information).
A thorough understanding of this printer, based on information in this service manual and
service information bulletins, is required for maintaining its print quality performance and for
improving the practical ability to find the cause of problems.
i
TABLE OF CONTENTS
TABLE OF CONTENTS
REGULATION.............................................................................................viii
SAFETY INFORMATION...............................................................................x
CHAPTER 1 GENERAL .......................................................................... 1-1
1.
FEATURES ...............................................................................................................1-1
2.
OVERVIEW ...............................................................................................................1-4
3.
SPECIFICATIONS.....................................................................................................1-5
3.1
3.2
3.3
3.4
3.5
Printing ............................................................................................................................. 1-5
Functions.......................................................................................................................... 1-6
Electrical and Mechanical ................................................................................................ 1-7
Network ............................................................................................................................ 1-8
Paper................................................................................................................................ 1-9
3.5.1 Feedable paper ................................................................................................................... 1-9
3.5.2 Paper tray capacity ........................................................................................................... 1-11
3.5.3 Print delivery ..................................................................................................................... 1-11
3.6
Printing Area .................................................................................................................. 1-13
3.6.1 PCL5e/EPSON/IBM emulation.......................................................................................... 1-13
3.6.2 PCL6/BR-Script3 emulation .............................................................................................. 1-16
3.7
3.8
4.
Print Speeds with Various Settings................................................................................ 1-17
Toner Cartridge Weight Information .............................................................................. 1-18
SERIAL NO. DESCRIPTIONS.................................................................................1-19
CHAPTER 2 INSTALLATION AND BASIC OPERATION...................... 2-1
1.
CONDITIONS REQUIRED FOR INSTALLATION .....................................................2-1
1.1
1.2
1.3
Power Supply ................................................................................................................... 2-1
Environment ..................................................................................................................... 2-1
System Requirements for Brother Printer Solution for Windows® ................................... 2-2
2.
UNPACKING .............................................................................................................2-3
3.
INSTALL THE PRINTER ...........................................................................................2-4
3.1
For All Users .................................................................................................................... 2-4
3.1.1 Install the drum unit assembly............................................................................................. 2-5
3.1.2 Load paper into the paper tray ............................................................................................ 2-5
3.1.3 Print a test page .................................................................................................................. 2-6
3.2
3.3
4.
For Windows® Users ........................................................................................................ 2-7
For Macintosh Users...................................................................................................... 2-11
PRINTING METHODS.............................................................................................2-14
4.1
4.2
4.3
4.4
4.5
Printing from the Paper Tray.......................................................................................... 2-14
Printing from manual feed Tray (HL-5130/5140 only) ................................................... 2-14
Printing from Multi-purpose Tray (MP Tray) (HL-5150D/5170DN only) ........................ 2-15
Printing on envelopes .................................................................................................... 2-17
Printing on transparencies ............................................................................................. 2-21
ii
4.6
4.7
4.8
5.
Printing on Both Sides of the Paper (manual duplex printing)....................................... 2-24
Paper orientation for printing on both sides of the paper............................................... 2-26
Printing on both sides of the paper (automatic duplex printing) .................................... 2-27
CONTROL PANEL OPERATION ............................................................................2-28
5.1
Control Panel Buttons & LED functions ......................................................................... 2-28
5.1.1 LEDs ................................................................................................................................. 2-28
5.1.2 Control Panel Buttons ....................................................................................................... 2-28
5.2
5.3
5.4
5.5
LED Indiations................................................................................................................ 2-29
Service call indications................................................................................................... 2-31
Control Panel Button Operations ................................................................................... 2-32
Other Control Features .................................................................................................. 2-33
5.5.1
5.5.2
5.5.3
5.5.4
6.
NETWORK FUNCTIONS ........................................................................................2-36
6.1
6.2
7.
Sleep mode....................................................................................................................... 2-33
Print a test page ................................................................................................................ 2-34
Print Settings..................................................................................................................... 2-34
Print fonts (For HL-5140, HL-5150D and HL-5170DN) ..................................................... 2-35
LED functions................................................................................................................. 2-36
Network Factory default setting (For HL-5170DN) ........................................................ 2-36
PAPER TRAY INFORMATION (FOR EUROPE ONLY) ..........................................2-37
CHAPTER 3 THEORY OF OPERATION ................................................ 3-1
1.
ELECTRONICS .........................................................................................................3-1
1.1
1.2
1.3
General Block Diagram.................................................................................................... 3-1
Main PCB Block Diagram ................................................................................................ 3-2
Main PCB ......................................................................................................................... 3-3
1.3.1
1.3.2
1.3.3
1.3.4
1.3.5
1.3.6
1.3.7
1.3.8
1.3.9
1.3.10
1.3.11
1.3.12
1.3.13
1.3.14
1.4
1.5
CPU .................................................................................................................................... 3-3
USB..................................................................................................................................... 3-5
IEEE 1284........................................................................................................................... 3-6
Network Interface ................................................................................................................ 3-7
ROM.................................................................................................................................... 3-8
Flash ROM.......................................................................................................................... 3-9
SDRAM ............................................................................................................................. 3-10
Optional RAM.................................................................................................................... 3-11
EEPROM .......................................................................................................................... 3-13
Reset Circuit ..................................................................................................................... 3-13
Engine I/O ......................................................................................................................... 3-14
Panel I/O ........................................................................................................................... 3-14
Video I/O ........................................................................................................................... 3-15
Power Supply .................................................................................................................... 3-16
Engine PCB.................................................................................................................... 3-17
Power Supply ................................................................................................................. 3-18
1.5.1 Low-voltage Power Supply................................................................................................ 3-18
1.5.2 High-voltage Power Supply ............................................................................................... 3-19
2.
MECHANICS ...........................................................................................................3-20
2.1
2.2
Overview of Printing Mechanism ................................................................................... 3-20
Paper Transfer ............................................................................................................... 3-21
2.2.1 Paper supply ..................................................................................................................... 3-21
iii
TABLE OF CONTENTS
2.2.2 Paper registration.............................................................................................................. 3-21
2.2.3 Paper eject........................................................................................................................ 3-22
2.2.4 Duplex printing (HL-5150D/HL-5170DN only) ................................................................... 3-22
2.3
Sensors .......................................................................................................................... 3-23
2.3.1
2.3.2
2.3.3
2.3.4
2.3.5
2.3.6
2.3.7
2.3.8
2.4
Drum Unit ....................................................................................................................... 3-27
2.4.1
2.4.2
2.4.3
2.4.4
2.5
2.6
Cover sensors ................................................................................................................... 3-23
Toner sensors ................................................................................................................... 3-23
Cassette sensor / Paper empty sensor (HL-5140/5150D/5170DN only) ........................... 3-24
Paper eject sensor ............................................................................................................ 3-24
MP PE sensor (HL-5150D/HL-5170DN)............................................................................ 3-25
DX sensor (HL-5150D/HL-5170DN) .................................................................................. 3-25
Regist sensor .................................................................................................................... 3-26
Rear cover sensor (HL-5150D/5170DN) ........................................................................... 3-26
Photosensitive drum.......................................................................................................... 3-27
Primary charger................................................................................................................. 3-27
Transfer roller.................................................................................................................... 3-27
Cleaner ............................................................................................................................. 3-27
Toner Cartridge .............................................................................................................. 3-27
Print Process.................................................................................................................. 3-27
2.6.1
2.6.2
2.6.3
2.6.4
2.6.5
Charging ........................................................................................................................... 3-27
Exposure stage ................................................................................................................. 3-28
Developing ........................................................................................................................ 3-29
Transfer............................................................................................................................. 3-29
Fixing stage....................................................................................................................... 3-30
CHAPTER 4 DISASSEMBLY AND RE-ASSEMBLY ............................. 4-1
1.
SAFETY PRECAUTIONS..........................................................................................4-1
2.
DISASSEMBLY FLOW ..............................................................................................4-2
3.
DISASSEMBLY PROCEDURE .................................................................................4-3
3.1
3.2
3.3
3.4
3.5
3.6
3.7
3.8
3.9
3.10
3.11
3.12
3.13
3.14
3.15
3.16
3.17
3.18
3.19
3.20
AC Cord ........................................................................................................................... 4-3
Drum Unit ......................................................................................................................... 4-3
Paper Tray ....................................................................................................................... 4-4
DX Feed ASSY .............................................................................................................. 4-14
Access Cover ................................................................................................................. 4-17
Rear Cover C ................................................................................................................. 4-17
Outer Chute (for HL-5130/5140 only) ............................................................................ 4-18
Rear Cover MP ASSY /Outer Chute MP ASSY (for HL-5150D/5170DN only) ............. 4-19
Rear Cover L/R .............................................................................................................. 4-20
Side Cover L/R............................................................................................................... 4-21
Top Cover ...................................................................................................................... 4-22
Front Cover ASSY (for HL-5130/5140 only) .................................................................. 4-25
MP Unit (for HL-5150D/5170DN only) ........................................................................... 4-26
Fixing Unit ...................................................................................................................... 4-32
Rear Cover Sensor (HL-5150D/5170DN)...................................................................... 4-41
Laser Unit....................................................................................................................... 4-41
Main PCB ....................................................................................................................... 4-43
Base Plate/ LV Insulation Sheet .................................................................................... 4-45
DX-Sensor PCB ASSY (HL-5150D/5170DN) ................................................................ 4-46
Engine PCB.................................................................................................................... 4-47
iv
3.21
3.22
3.23
3.24
3.25
3.26
High-voltage PS PCB ASSY .......................................................................................... 4-48
Low-voltage PS PCB ASSY........................................................................................... 4-48
Paper Feeder ................................................................................................................. 4-50
Frame L/ Drive Unit........................................................................................................ 4-58
Fan Motor 60 Unit LV/ Fan Motor 60 Unit...................................................................... 4-62
Frame R ......................................................................................................................... 4-63
4.
PACKING ................................................................................................................4-65
5.
LUBRICATION ........................................................................................................4-66
6.
GUIDELINES FOR LEAD FREE SOLDER..............................................................4-68
CHAPTER 5 PERIODIC MAINTENANCE............................................... 5-1
1.
CONSUMABLE PARTS.............................................................................................5-1
1.1
1.2
2.
Drum Unit ......................................................................................................................... 5-1
Toner Cartridge ................................................................................................................ 5-3
PERIODICAL REPLACEMENT PARTS ....................................................................5-8
2.1 Fixing Unit......................................................................................................................... 5-9
2.2 Paper Feeding Kit........................................................................................................... 5-12
3.
PERIODICAL CLEANING........................................................................................5-14
3.1
3.2
3.3
3.4
4.
Cleaning the Printer Exterior.......................................................................................... 5-14
Cleaning the Drum Unit.................................................................................................. 5-14
Cleaning the Scanner Window ...................................................................................... 5-15
Cleaning the Electrical Terminals .................................................................................. 5-16
MTBF / MTTR ..........................................................................................................5-17
CHAPTER 6 TROUBLESHOOTING ....................................................... 6-1
1.
INTRODUCTION .......................................................................................................6-1
1.1
1.2
1.3
2.
OPERATOR CALLS & SERVICE CALLS..................................................................6-4
2.1
2.2
3.
Operator Calls .................................................................................................................. 6-4
Service Calls .................................................................................................................... 6-5
ERROR MESSAGE ...................................................................................................6-6
3.1
3.2
4.
Initial Check...................................................................................................................... 6-1
Warnings for Maintenance Work ..................................................................................... 6-2
Identify the Problem ......................................................................................................... 6-3
Error Message in the Status Monitor ............................................................................... 6-6
Error Message Printouts .................................................................................................. 6-7
PAPER PROBLEMS..................................................................................................6-8
4.1
4.2
Paper Loading Problems ................................................................................................. 6-8
Paper Jams ...................................................................................................................... 6-9
4.2.1 Clearing jammed paper ....................................................................................................... 6-9
4.2.2 Causes & countermeasures .............................................................................................. 6-13
4.3
Paper Feeding Problems ............................................................................................... 6-14
5.
SOFTWARE SETTING PROBLEMS.......................................................................6-16
6.
MALFUNCTIONS ....................................................................................................6-19
7.
IMAGE DEFECTS ...................................................................................................6-24
v
TABLE OF CONTENTS
7.1
7.2
7.3
7.4
Image Defect Examples................................................................................................. 6-24
Diameter of Rollers ........................................................................................................ 6-24
Troubleshooting Image Defect....................................................................................... 6-25
Location of Grounding Contacts .................................................................................... 6-44
7.4.1 Drum unit .......................................................................................................................... 6-44
7.4.2 Printer body & Paper tray .................................................................................................. 6-44
8.
INCORRECT PRINTOUT ........................................................................................6-45
9.
NETWORK PROBLEM............................................................................................6-48
9.1
9.2
9.3
9.4
9.5
9.6
9.7
9.8
9.9
9.10
9.11
9.12
9.13
9.14
Installation Problem ....................................................................................................... 6-48
Intermittent Problem....................................................................................................... 6-49
TCP/IP Troubleshooting................................................................................................. 6-50
UNIX Troubleshooting.................................................................................................... 6-50
Windows NT/LAN Server (TCP/IP) Troubleshooting..................................................... 6-51
Windows 95/98/Me (or later) Peer to Peer Print (LPR) Troubleshooting ...................... 6-51
Windows 95/98/Me (or later) Peer to Peer (HP JetAdmin Compatible Method) Troubleshooting.
....................................................................................................................................... 6-52
Windows 95/98/Me/NT 4.0/2000 (or later) Peer to Peer Print (NetBIOS) Troubleshooting .
....................................................................................................................................... 6-52
Brother Internet Print (TCP/IP) Troubleshooting ........................................................... 6-52
Windows 95/98/Me/2000/XP IPP Troubleshooting........................................................ 6-53
Novell Netware Troubleshooting.................................................................................... 6-53
AppleTalk Troubleshooting ............................................................................................ 6-54
DLC/LLC Troubleshooting ............................................................................................. 6-54
Web Browser Troubleshooting (TCP/IP) ....................................................................... 6-54
CHAPTER 7 SERVICE SUPPORT SOFTWARE.................................... 7-1
1.
CONTROL PANEL ....................................................................................................7-1
1.1
1.2
1.3
Test Print Mode................................................................................................................ 7-1
Service Mode ................................................................................................................... 7-2
Inspection Mode............................................................................................................... 7-3
2.
HOW TO KNOW DRUM UNIT LIFE & PAGE COUNTER .........................................7-5
3.
HOW TO USE THE SELF-DIAGNOSTICS TOOLS ..................................................7-8
4.
NVRAM DEFAUT VALUE........................................................................................7-12
5.
HOW TO REWRITE HL-5130/5140/5150D/5170DN FLASH ROM.........................7-13
APPENDICES
1.
MAIN PCB CIRCUIT DIAGRAM, HL-5130/5140/5150D (1/3) .................................. A-1
2.
3.
4.
MAIN PCB CIRCUIT DIAGRAM, HL-5170DN (1/4).................................................. A-4
5.
6.
7.
vi
8.
POINT TO POINT CONNECTION DIAGRAM .......................................................... A-8
9.
ENGINE PCB CIRCUIT DIAGRAM (1/2).................................................................. A-9
10. ENGINE PCB CIRCUIT DIAGRAM (2/2) ............................................................... A-10
11. LOW-VOLTAGE POWER SUPPLY PCB CIRCUIT DIAGRAM (120V) .................. A-11
12. LOW-VOLTAGE POWER SUPPLY PCB CIRCUIT DIAGRAM (230V) .................. A-12
13. HIGH-VOLTAGE POWER SUPPLY PCB CIRCUIT DIAGRAM ............................. A-13
14. HARNESS ROUTING............................................................................................. A-14
vii
REGULATION
REGULATION
LASER SAFETY (110 - 120V MODEL ONLY)
This printer is certified as a Class I laser product under the US Department of Health and
Human Services (DHHS) Radiation Performance Standard according to the Radiation
Control for Health and Safety Act of 1968. This means that the printer does not produce
hazardous laser radiation.
Since radiation emitted inside the printer is completely confined within the protective
housing and external covers. the laser beam cannot escape form the machine during any
phase of user operation.
FDA REGULATIONS (110 - 120V MODEL ONLY)
The US Food and Drug Administration (FDA) has implemented regulations for laser
products manufactured on and after August 2, 1976. Compliance is mandatory for
products marketed in the United States. One of the following labels on the back of the
printer indicates compliance with the FDA regulations and must be attached to laser
products marketed in the United States.
The label for Japanese manufactured products
MANUFACTURED:
BROTHER INDUSTRIES, LTD.
K
15-1, Naeshiro-cho, Mizuho-ku, Nagoya 467-8561,
Japan.
This product complies with FDA radiation performance
standards, 21 CFR Subchapter J.
The label for Chinese manufactured products
MANUFACTURED:
BROTHER Corporation (Asia) Ltd.
Shenzen Buji Nan Ling Factory
C
Gold Garden Ind., Nan Ling Village, Buji, Rong Gang,
Shenzen, CHINA
This product complies with FDA radiation performance
standards, 21 CFR Subchapter J.
Caution
Use of controls, adjustments or performance of procedures other than those specified in
this manual may result in hazardous radiation exposure.
viii
IEC 825 (220-240V MODEL ONLY)
This printer is a Class I laser product as defined in IEC 825 specifications. The label
shown below is attached in countries where required.
CLASS 1LASERP RODUCT
APPAREIL Å LASER DE CLASSE 1
LASER KLASSE 1 PRODUKT
This printer has a laser diode which emits invisible laser radiation in the Laser Unit. The
Laser Unit should not be opened without disconnecting the two connectors connected with
the AC power supply and laser unit. Since the variable resistor in the laser unit is adjusted
in accordance with the standards, never touch it.
Caution
Use of controls, adjustments or performance of procedures other than those specified in
this manual may result in hazardous radiation exposure.
For Finland and Sweden
LUOKAN 1 LASERLAITE
KLASS 1 LASER APPARAT
Varoitus! Laitteen käyttäminen muulla kuin tässä käyttöohjeessa mainitulla tavalla saattaa
altistaa käyttäjän turvallisuusluokan 1 ylittävälle näkymättömälle lasersäteilylle.
Varning – Om apparaten används på annat sätt än i denna Bruksanvisning specificerats,
kan användaren utsättas för osynlig laserstrålning, som överskrider gränsen för laserklass
1.
ix
SAFETY INFORMATION
SAFETY INFORMATION
CAUTION FOR LASER PRODUCT (WARNHINWEIS FUR LASER DRUCKER)
CAUTION:
When the machine during servicing is operated with the cover open, the
regulations of VBG 93 and the performance instructions for VBG 93 are
valid.
CAUTION:
In case of any trouble with the laser unit, replace the laser unit itself. To
prevent direct exposure to the laser beam, do not try to open the enclosure
of the laser unit.
ACHTUNG:
Im Falle von Störungen der Lasereinheit muß diese ersetzt werden. Das
Gehäuse der Lasereinheit darf nicht geöffnet werden, da sonst
Laserstrahlen austreten können.
<Location of the laser beam window>
ADDITIONAL INFORMATION
When servicing the optical system of the printer, be careful not to place a screwdriver or
other reflective object in the path of the laser beam. Be sure to take off any personal
accessories such as watches and rings before working on the printer. A reflected beam,
though invisible, can permanently damage the eyes.
Since the beam is invisible, the following caution label is attached on the laser unit.
CAUTION
ADVARSEL
VARNING
VARO!
INVISIBLE LASER RADIATION WHEN OPEN AND INTERLOCK DEFEATED.
AVOID DIRECT EXPOSURE TO BEAM. CLASS 3B LASER PRODUCT.
ADVARSEL
ATTENTION
VORSICHT
USYNLIG LASERSTRÅLING.UNNGÅ DIREKTE KONTAKT MED LASERENHETEN
NÅR TOPPDEKSELET ER ÅPENT. KLASSE 3B LASERPRODUKT.
ATENCIÓN
RADIACIÓN LASER INVISIBLE CUANDO SE ABRE
LA TAPA Y EL INTERRUPTOR INTERNO ESTÁ
ATASCADO. EVITE LA EXPOSICIÓN DIRECTA
DE LOS OJOS. PRODUCTO LASER CLASE 3B.
USYNLIG LASER STRÅLING NÅR KABINETLÅGET STÅR ÅBENT.
UNGDÅ DIREKTE UDSÆTTELSE FOR STRÅLING. KLASSE 3B LASER.
OSYNLIG LASERSTRÅLNING NÄR DENNA DEL ÄR ÖPPNAD OCH SPÄRRAR
ÄR URKOPPLADE. STRÅLEN ÄR FARLIG. KLASS 3B LASER APPARAT.
AVATTAESSA JA SUOJALUKITUS OHITETTAESSA OLET ALTTIINA
NÄKYMÄTTÖMÄLLE LASERSÄTEILYLLE. ÄLÄ KATSO SÄTEESEEN. LUOKAN
3B LASERLAITE.
RADIATIONS LASER INVISIBLES QUANDOUVERT ET VERROUILLAGE ENLEVE.
EVITER EXPOSITIONS DIRECTES AU FAISCEAU. PRODUIT LASER CLASSE 3B.
UNSICHTBARE LASERSTRAHLUNG WENN ABDECKUNG
GEÖFFENT UND SICHERHEITSVERRIEGELUNG
ÜBERBRÜCKT. NICHT DEM STRAHL AUSSETZEN.
SICHERHEITSKLASSE 3B.
x
DEFINITIONS OF WARNINGS, CAUTIONS AND NOTES
The following conventions are used in this service manual:
WARNING
Indicates warnings that must be observed to prevent possible personal injury.
!
CAUTION:
Indicates cautions that must be observed to service the printer properly or prevent
damage to the printer.
NOTE:
Indicates notes and useful tips to remember when servicing the printer.
**Listed below are the various kinds of “WARNING” messages included in this manual.
WARNING
Always turn off the power switch and unplug the power cord from the power outlet
before accessing any parts inside the printer.
WARNING
Some parts inside the printer are extremely hot immediately after the printer is
used. When opening the front cover or back cover to access any parts inside the
printer, never touch the shaded parts shown in the following figures.
WARNING
If you analyze malfunctions with the power plug inserted into the power outlet,
special caution should be exercised even if the power switch is OFF because it is a
single pole switch.
xi
CHAPTER 1
1.
GENERAL
FEATURES
This printer has the following features;
High Resolution and Fast Print Speed
True 600 x 600 dots/ true 300 x 300 dots per inch (dpi) and HQ1200 for graphics with
microfine toner and up to 17 (HL-5130)/ 20 (HL-5140/5150D/5170DN) pages per minute
(ppm) print speed for A4 and 18 (HL-5130)/ 21 (HL-5140/5150D/5170DN) pages per minute
(ppm) print speed for Letter- size paper.
Versatile Paper Handling
The printer loads paper automatically from the paper tray. The paper tray can hold A4, letter,
B5 (ISO), A5, B6 (ISO), A6, Executive and Legal size of paper. The manual feed tray (HL5130/5140) allows manual paper loading sheet by sheet so you can use a variety of types and
sizes of paper. The multi-purpose tray (HL-5150D/5170DN) also allows you to use a variety
of types and sizes of paper.
Front Operation
Basic operation of the printer can be controlled from the control panel.
Enhanced Printing Performance and User-Friendly Operation for Windows
The dedicated printer driver for Microsoft Windows 95/98/Me, Windows NT 4.0 and
Windows 2000/XP are available on the CD-ROM supplied with your printer. You can easily
install them into your Windows system using our installer program. The driver supports our
unique compression mode to enhance printing speed in Windows applications and allows
you to choose various printer settings including toner save mode, custom paper size, sleep
mode, gray scale adjustment, resolution, water mark and many layout functions. You can
easily setup these print options through the Printer Setup Menu.
Printer Status Monitor with Bi-directional Parallel Interface
The printer driver can monitor the status of your printer using bi-directional parallel
communications. IEEE-1284 bi-directional parallel printer cable is recommended.
The printer status monitor program can show the current status of your printer. When printing,
the animated dialog box appears on your computer screen to show the current printing
process. If an error occurs, a dialog box will appear to let you know what to correct. If you
have turned on the interactive Help (Windows only) you can get visual guidance on your PC
screen on the actions in the event of certain printer errors. The default setting is OFF.
Quick Print Setup
The Quick Print Setup is a convenient utility to allow you to make changes to frequently used
driver settings easily without having to open the printer properties selection box every time. It
is launched automatically when this printer driver is selected. You can change the settings by
clicking on the icon with the right mouse button. The default setting is OFF.
Enhanced Memory Management
The printer provides its own data compression technology in its printer hardware and the
supplied printer driver software, which can automatically compress graphic data and font data
efficiently into the printer’s memory. You can avoid memory errors and print most full page
600 dpi graphic and text data, including large fonts, with the standard printer memory.
1-1
CHAPTER 1 GENERAL
USB Interface (for Windows 98/Me/2000/XP, iMac and Power Macintosh)
The printer can be connected using the Universal Serial Bus (USB) interface to a PC or Mac
which has a USB interface. Drivers that allow you to use the USB port are provided on the
CD-ROM supplied with the printer.
Popular Printer Emulation Support (HL-5140/5150D/5170DN only)
These printers support the following printer emulation modes;
HP LaserJet (PCL6), PostScript Level 3 language emulation (Brother BR-Script Level 3),
Epson FX-850 and IBM Proprinter XL.
HL-5140:only HP LaserJet (PCL6)
When you use DOS application software or Windows version 3.0 or earlier, you can use any
of these emulations to operate the HL-5150D/5170DN printers. The printers also support
auto-emulation switching between HP, Brother BR-Script 3 and Epson or HP, BR-Script 3 and
IBM. If you want to set the printer emulation, you can do it using the Remote Printer Console
Program.
High Resolution Control
High Resolution Control (HRC) technology provides clear and crisp printouts. Use this
function to get smooth text print quality. (300 dpi, 600dpi only)
Environment-Friendly
<Economy Printing Mode>
This feature will cut your printing cost by saving toner. It is useful for obtaining draft copies for
proof-reading. You can select the toner saving economy mode through the Windows printer
driver supplied with your printer.
<Sleep Mode (Power Save Mode)>
Sleep mode automatically reduces power consumption when the printer is not in use for a
certain period of time. The printer consumes less than 5W(HL-5130/5140/5150D), 6W(HL5170DN) when in sleep mode.
<Low Running Cost>
Since the toner cartridge is separate from the drum unit, you need to replace only the toner
cartridge after printing around 6,700 (High-yield toner cartridge)/ 3,500 (Standard toner
cartridge) pages at 5% coverage for A4 paper for the standard cartridge, which is both cost
effective and ecologically friendly.
Bar Code Print (HL-5140/5150D/5170DN only)
The printer can print the following 11 types of bar codes;
•
•
•
•
Code 39
Code 128
Interleaved 2 of 5
Codabar
•
•
•
•
US-PostNet
ISBN
UPC-A
UPC-E
•
•
•
EAN-8
EAN-13
EAN-128
Network Feature (for HL-5170DN only)
The Brother printer has built in multi protocol network capability as standard. This allows
multiple host computers to share the printer on a 10/100Mbps Ethernet network. Any users
can print their jobs as if the printer was directly connected to their computer. Users on
Windows® 95/98/Me, Windows® NT, Windows® 2000/XP, UNIX, Novell, Apple Macintosh, LAN
server and OS/2 Warp server computer simultaneously can access this printer. For further
information, see the Network User’s Guide supplied with the printer.
1-2
Duplex printing (HL-5150D/HL-5170DN only)
This printer has duplex function as standard. You can print on both sides of paper by using
this function.
1-3
CHAPTER 1 GENERAL
2.
OVERVIEW
<Front View>
Face-down
Output Tray
Power Switch
Support Flap S
Front Cover
Release Button
Control Panel
(HL-5130/5140) Manual Feed Tray
(HL-5150D/5170DN)
Multi-purpose Tray (MP Tray)
Support Flap
Front cover
Paper Tray
*The printer illustration is based on HL-5150D and HL-5170DN.
Fig. 1-1
<Rear View>
(HL-5170DN)
LED (Lightemitting Diode)
Face-up Output
Tray
Duplex Tray (HL5150D/HL-5170DN)
Side Cover
AC Power
Connector
(HL-5170DN)
10/100Baser TX Port
Parallel Interface Connector
USB Interface
Connector
*The printer illustration is based on HL-5170DN.
Fig. 1-2
1-4
3.
3.1
SPECIFICATIONS
Printing
Print method
Electrophotography by semiconductor laser beam scanning
Laser
Wavelength:
Output:
Resolution
HQ1200 (for Windows® 95/98/Me, WindowsNT® 4.0, Windows®
2000/XP, and Mac OS)
780 nm
5mW max
600 dpi (for Windows® 95/98/Me, WindowsNT® 4.0, Windows®
2000/XP, DOS and Mac OS)
300 dpi (for Windows® 95/98/Me, WindowsNT® 4.0, Windows®
2000/XP, and Mac OS)
Print quality
Normal printing mode
Economy printing mode (Toner saving mode)
Print speed
Normal:
Up to 17 pages/minute (A4)
(HL-5130)
Up to 20 pages/minute (A4)
(HL-5140/5150D/5170DN)
Up to 18 pages/minute (Letter-size paper)
(HL-5130)
Up to 21 pages/minute (Letter-size paper)
(HL-5140/5150D/5170DN)
Warm-up
Max. 18 seconds at 23°C (73.4°F)
First print
Max. 10 seconds
(when loading A4 or Letter-size paper from the standard paper tray)
Consumables
Toner cartridge
Life expectancy:
(Standard cartridge) 3,500 pages/cartridge
(High yield cartridge) 6,700 pages/cartridge
(when printing A4 or Letter-size paper at 5% print coverage)
Drum unit
Life expectancy:
20,000 pages/drum unit
*NOTE:
Print speed varies depending on the paper size or media type. For details, refer to 3.7 ‘PRINT
SPEEDS WITH VARIOUS SETTINGS’ in this chapter.
1-5
CHAPTER 1 GENERAL
3.2
Functions
CPU
Fujitsu SPARClite 133MHz
Emulation
<HL-5130>
GDI
<HL-5140>
HP LaserJet (PCL level 6)
<HL-5150D/5170DN>
Automatic emulation selection among HP LaserJet (PCL level 6),
Brother BR-Script Level 3, EPSON FX-850 or IBM Proprinter XL
Printer driver
<PCL Driver>
Windows 95/98/Me, Windows NT 4.0, Windows® 2000/XP driver,
supporting Brother Native Compression mode
<PS Driver>
PPD file driver for Windows 95/98/Me, Windows NT 4.0, Windows®
2000/XP driver and Macintosh driver
<Others>
• iMac, Power Macintosh with USB printer driver
• Optional Macintosh driver available for System 6.0.7 or higher
Interface
• Bi-directional parallel
• Hi-Speed USB 2.0
• 10/100 BaseTX Ethernet network interface (optional for HL5140/5150D, standard for HL-5170DN)
Memory
HL-5130: 8 Mbytes
HL-5140/5150D: 16 Mbytes
HL-5170DN: 32 Mbytes
Expandable up to 144 Mbytes for HL-5140/5150D and 160 Mbytes for
HL-5170DN by installing an industry standard DIMM*
Control Panel
• Display
• Buttons
Diagnostics
Self-diagnostic program
LED: 4 LEDs
2 buttons
*NOTE:
The DIMM must have the following specifications;
Type:
100 pin
Access time: 60 nsec - 80 nsec
Capacity:
16, 32, 64, 128 Mbyte
Height:
35.0 mm (1.38 inches) or less
Output:
32 bit or 36 bit (independent of parity)
1-6
3.3
Electrical and Mechanical
Power source
U.S.A. and Canada:
Europe and Australia:
AC 110 to 120V, 50 Hz/60 Hz
AC 220 to 240V, 50 Hz/60 Hz
Power consumption
Printing (average):
Standing by:
Sleep*:
460 W or less
75 W or less
5 W or less (for HL-5130/5140/5150D)
6 W or less (for HL-5170DN)
Noise
Printing:
Standing by:
Temperature
Operating:
10 to 32.5°C (50 to 90.5°F)
Non operating: 0 to 40°C (38 to 104°F)
Storage:
-20 to 40°C (-4 to 104°F)
Humidity
Operating:
Storage:
Dimensions
(W x D x H)
382 x 383 x 252 mm (HL-5130/5140)
(15.0x 15.1 x 9.9 inches)
(W x D x H)
382 x 401 x 252 mm (HL-5150D/5170DN)
(15.0x 15.8 x 9.9 inches)
50dB
30dB A or less
20 to 80% (non condensing)
10 to 85% (non condensing)
*When the lower tray is installed, the total height (printer + lower tray)
will be 353mm.
Weight
HL-5130/5140: Approx. 10.5 kg (Included Toner and Drum)
Approx. 9.1 kg (Excluded Toner and Drum)
HL-5150D/5170DN: Approx. 11.9 kg (Included Toner and Drum)
Approx. 10.5 kg (Excluded Toner and Drum)
*NOTE:
• The power consumption figure quoted for sleep mode is when the fan has stopped.
1-7
CHAPTER 1 GENERAL
3.4
Network
Type / Speed
10/100 Base TX Ethernet
Automatic negotiation
Protocols
TCP/IP (RARP, BOOTP, DHCP, APIPA, NetBIOS/WINS, SSDP,
Simple Network Configuration Capabilities of Apple Mac OS X,
LPR/LPD, Port9100, POP3/SMTP, SMB, IPP, FTP, TELNET, SNMP,
HTTP, TFTP), Netware IPX/SPX (Bindery and NDS), Appletalk,
DLC/LLC
Management
•
•
•
•
•
Firmware update
Flash ROM based for Network module
• Can be upgraded using TFTP/FTP
• Can be upgraded using IPX/SPX
• Easy upgrade using Brother BRAdmin Professional Utility
Supplied software
• BRAdmin Professional (for Windows 95/98/ME, WindowsNT
4.0/Windows 2000/XP)
• Port driver for Windows 95/98/ME, WindowsNT
4.0/Windows2000/XP
LPR port driver (for Windows 95/98/ME/NT4.0)
NetBIOS port driver (for Windows 95/98/ME/NT4.0/2000/XP)
SMTP port driver (for Windows 95/98/ME/NT4.0/2000/XP)
Web Based Management (HTTPD)
BRAdmin Professional (using TCP/IP protocol or IPX/SPX)
SNMP, MIB II as well as Brother private MIB
TELNET command console
Web BRAdmin
• Web BRAdmin (NOT supplied with CD-ROM. Available only on
Web page. For more information on Web BRAdmin Professional, go
to http://solutions.brother.com
1-8
3.5
Paper
3.5.1
Feedable paper
(1) Paper type
Select the paper
type from the
printer driver
Tray1
Manual
feed tray
MP tray
Tray 2
60 g/m2 to 105 g/m2
(16 to 28 lbs.)
O
O
O
O
Plain paper
Recycled paper
O
O
O
O
Plain paper
O
O
Bond paper
O
O
Thick paper
or thicker paper
O
A4 or
Letter
O
Up to 10
sheets
A4 or
Letter
Transparencies
Paper type
Plain paper
Bond paper
Thick paper
105 g/m2 to 161 g/m2
(28 to 43 lbs.)
Transparency
O
Up to 10
sheets
A4 or
Letter
O
A4 or
Letter
Label
O
Envelope
O
O
Envelopes
Up to 3
envelopes
or Env.Tick
O
Card
Thicker paper
A4 or
Letter
or Env.Thin
Thick paper
or thicker paper
O
(2) Paper size
Tray 1
A4, Letter, Legal, ,
B5 (ISO), Executive,
A5, A6, B6
Manual feed
tray
Width:
69.9 to 215.9
mm
(2.75 to 8.5 in.)
Paper size
Length:
116 to 406.4
mm
(4.57 to 16.0 in.)
1-9
MP tray
Width: 69.9 to
215.9 mm (2.75
to 8.5 in.)
Length: 116 to
406.4 mm (4.57
to 16.0 in.)
Tray 2
A4, Letter,
Legal,
B5(ISO),
Executive,
A5
CHAPTER 1 GENERAL
(3) Other paper specifications
<Paper tray>
Cut sheet
Basis weight
60 to 105 g/m2 (16 to 28 lb.)
Caliper
0.08 to 0.13 mm (0.003 to 0.005 in.)
Moisture content
4% to 6% by weight
<Multi-purpose tray>
Cut sheet
Envelope
2
2
Basis weight
60 to 161 g/m (16 to 43 lb.)
75 to 90 g/m (20 to 24 lb.)
single thickness
Caliper
0.08 to 0.2 mm (0.003 to 0.008 in.)
0.084 to 0.14 mm (0.003 to 0.005 in.)
single thickness
Moisture
content
4% to 6% by weight
4% to 6% by weight
(4) Recommended paper
Europe
Plain paper
USA
Xerox Premier 80 g/m
2
Xerox 4200DP 20 lb
2
Xerox Business 80 g/m
Modo DATACOPY 80 g/m
Hammermill Laser Paper 24 lb
2
IGEPA X-Press 80 g/m2
Recycled paper
Xerox Recycled Supreme
Transparency
3M CG3300
3M CG 3300
Label
Avery laser label L7163
Avery laser label #5160
*This printer can use recycled paper that meets the DIN 19309 specification.
1-10
!
CAUTION:
When you are choosing print media, be sure to follow the information given below to prevent
any paper jams, print quality problems or printer damage;
• It is recommended to use long-grained paper for the best print quality. If short-grained
paper is being used, it might be the cause of paper jams.
• Use neutral paper. Do not use acid paper to avoid any damage to the drum unit.
• Avoid using coated paper such as vinyl coated paper.
• Avoid using preprinted or highly textured paper.
• It is recommended to use labels or transparencies which are designed for use in laser
printers.
• Avoid feeding labels with the carrier sheet exposed, or the printer will be damaged.
• Before loading paper with holes such as organizer sheets, be sure to fan the stack well.
• Do not use organizer sheets that are stuck together. The glue that is used might caused
damaged to the printer.
• When printing on the back of pre-printed paper, if the paper is curled, be sure to straighten
the paper as much as possible.
• Different types of paper should not be loaded at the same time in the paper tray to avoid
any paper jams or misfeeds.
3.5.2
Paper tray capacity
Tray 1
Paper
Capacity
MP tray
250 sheets
2
(80 g/m or 21 lb)
50 sheets
(80 g/m2 or 21 lb)
Tray 2
250 sheets
(80 g/m2 or 21 lb)
* Manual feed tray: Single sheet
3.5.3
Print delivery
(1) Face down output tray
capacity:
Maximum 150 sheets (80 g/m2)
face down only
(2) Face up output tray
capacity:
NOTE:
Face-down:
Face-up:
(HL-5150D/5170DN)
Maximum 25 sheets (80 g/m2)
face up only
(HL-5130/5140)
Single sheet
Delivery with the printed face of the paper downwards.
Delivery with the printed face of the paper upwards.
1-11
CHAPTER 1 GENERAL
(3) We recommend the following print methods (output tray) for each paper media type.
Media type
Plain paper
Paper output
Face down
Face up
O
O
O
Thick paper
Recycled paper
O
Transparency
O
O
Label
O
Envelope
O
Card
O
O
1-12
3.6
Printable Area
3.6.1
PCL5e/EPSON/IBM emulation
When using PCL emulation, the edges of the paper that cannot be printed on are shown
below.
Physical page
Printable area
Logical page
B
Physical page length
D
Maximum logical page length
F
Distance from edge of physical page to
edge of logical page
NOTE:
“Logical page” shows the printable area for a PCL driver.
“Printable area” shows mechanical printable area of the machine.
Therefore, the machine can only print within the shaded area when you use a PCL driver.
1-13
CHAPTER 1 GENERAL
The table below shows the printable areas when printing on Portrait for each paper size.
Size
Letter
Legal
Folio
Executive
A4
A5
A6
B 5 (JIS)
B 5 (ISO)
B6
COM10
MONARCH
C5
DL
DL L
A
215.9 mm
8.5”
(2,550 dots)
215.9 mm
8.5”
(2,550 dots)
215.9 mm
8.5”
(2,550 dots)
184.15 mm
7.25”
(2,175 dots)
210.0 mm
8.27”
(2,480 dots)
148.5 mm
5.85”
(1,754 dots)
105.0 mm
4.13”
(1,240 dots)
182.0 mm
7.1”
(2,130 dots)
176.0 mm
6.93”
(2,078 dots)
125.0 mm
4.92”
(1,476 dots)
104.78 mm
4.125”
(1,237 dots)
98.43 mm
3.875”
(1,162 dots)
162.0 mm
6.38”
(1,913 dots)
110.0 mm
4.33”
(1,299 dots)
220.0 mm
8.66”
(2,598 dots)
B
C
D
279.4 mm
11.0”
(3,300 dots)
355.6 mm
14.0”
(4,200 dots)
330.2mm
13.0”
(3,900 dots)
266.7 mm
10.5”
(3,150 dots)
297.0 mm
11.69”
(3,507 dots)
210.0 mm
8.27”
(2,480 dots)
148.5 mm
5.85”
(1,754 dots)
257.0 mm
10.11”
(3,033 dots)
250.0 mm
9.84”
(2,952 dots)
176.0 mm
6.93”
(2,078 dots)
241.3 mm
9.5”
(2,850 dots)
190.5 mm
7.5”
(2,250 dots)
229.0 mm
9.01”
(2,704 dots)
220.0 mm
8.66”
(2,598 dots)
110.0 mm
4.33”
(1.299 dots)
203.2 mm
8.0”
(2,400 dots)
203.2 mm
8.0”
(2,400 dots)
203.2 mm
8.0”
(2,400 dots)
175.7 mm
6.92”
(2,025 dots)
198.0 mm
7.79”
(2,338 dots)
136.5 mm
5.37”
(1,612 dots)
93.0 mm
3.66”
(1,098 dots)
170.0 mm
6.69”
(2,007 dots)
164.0 mm
6.46”
(1,936 dots)
164.0 mm
4.44”
(1,334 dots)
92.11 mm
3.63”
(1,087 dots)
85.7 mm
3.37”
(1,012 dots)
150.0 mm
5.9”
(1,771 dots)
98.0 mm
3.86”
(1,157 dots)
207.4 mm
8.17”
(2,450 dots)
279.4 mm
11.0”
(3,300 dots)
355.6 mm
14.0”
(4,200 dots)
330.2mm
13.0”
(3,900 dots)
266.7 mm
10.5”
(3,150 dots)
297.0 mm
11.69”
(3,507 dots)
210.0 mm
8.27”
(2,480 dots)
148.5 mm
5.85”
(1,754 dots)
257.0 mm
10.11”
(3,033 dots)
250.0 mm
9.84”
(2,952 dots)
176.0 mm
6.93”
(2.078 dots)
241.3 mm
9.5”
(2,850 dots)
190.5 mm
7.5”
(2,250 dots)
229.0 mm
9.01”
(2,704 dots)
220.0 mm
8.66”
(2,598 dots)
110.0 mm
4.33”
(1.299 dots)
E
6.35 mm
0.25”
(75 dots)
F
0 mm
Ç
0 mm
Ç
0 mm
6.35 mm
0.25”
(75 dots)
6.01 mm
0.24”
(71 dots)
0 mm
0 mm
Ç
0 mm
Ç
0 mm
Ç
0 mm
Ç
0 mm
Ç
0 mm
6.35 mm
0.25”
(75 dots)
Ç
6.01 mm
0.24”
(71 dots)
Ç
6.27 mm
0.25”
(74 dots)
0 mm
0 mm
0 mm
0 mm
0 mm
G
4.2 mm
0.16”
(50 dots)
4.2 mm
0.16”
(50 dots)
4.2 mm
0.16”
(50 dots)
4.2 mm
0.16”
(50 dots)
4.2 mm
0.16”
(50 dots)
4.2 mm
0.16”
(50 dots)
4.2 mm
0.16”
(50 dots)
4.2 mm
0.16”
(50 dots)
4.2 mm
0.16”
(50 dots)
4.2 mm
0.16”
(50 dots)
4.2 mm
0.16”
(50 dots)
4.2 mm
0.16”
(50 dots)
4.2 mm
0.16”
(50 dots)
4.2 mm
0.16”
(50 dots)
6.27 mm
0.25”
(74 dots)
NOTE:
• The paper sizes indicated here should confirm to the nominal dimensions specified by JIS
except B5 (ISO).
• The dot size is based on 300 dpi resolution.
1-14
Physical page
Printable area
Logical page
B
Physical page length
D
Maximum logical page length
F
Distance from edge of physical page to
edge of logical page
NOTE:
“Logical page” shows the printable area for a PCL driver.
“Printable area” shows mechanical printable area of the machine.
Therefore, the machine can only print within the shaded area when you use a PCL driver.
1-15
CHAPTER 1 GENERAL
The table below shows the printable areas when printing on Landscape for each paper size.
Size
Letter
Legal
Folio
Executive
A4
A5
A6
B 5 (JIS)
B 5 (ISO)
B6
COM10
MONARCH
C5
DL
DL L
A
279.4 mm
11.0”
(3,300 dots)
355.6 mm
14.0”
(4,200 dots)
330.2mm
13.0”
(3,900 dots)
266.7 mm
10.5”
(3,150 dots)
297.0 mm
11.69”
(3,507 dots)
210.0 mm
8.27”
(2,480 dots)
148.5 mm
5.85”
(1,754 dots)
257.0 mm
10.11”
(3,033 dots)
250.0 mm
9.84”
(2,952 dots)
176.0 mm
6.93”
(2,078 dots)
241.3 mm
9.5”
(2,850 dots)
190.5 mm
7.5”
(2,250 dots)
229 mm
9.01”
(2,704 dots)
220 mm
8.66”
(2,598 dots)
110 mm
4.33”
(1,299 dots)
B
C
D
215.9 mm
8.5”
(2,550 dots)
215.9 mm
8.5”
(2,550 dots)
215.9 mm
8.5”
(2,550 dots)
184.15 mm
7.25”
(2,175 dots)
210.0 mm
8.27”
(2,480 dots)
148.5 mm
5.85”
(1,754 dots)
105.0 mm
4.13”
(1,240 dots)
182.0 mm
7.1”
(2,130 dots)
176.0 mm
6.93”
(2,078 dots)
125.0 mm
4.92”
(1,476 dots)
104.78 mm
4.125”
(1,237 dots)
98.43 mm
3.875”
(1,162 dots)
162 mm
6.38”
(1,913 dots)
110 mm
4.33”
(1,299 dots)
220 mm
8.66”
(2,598 dots)
269.3 mm
10.6”
(3,180 dots)
345.5 mm
13.6”
(4,080 dots)
320.0mm
12.6”
(3,780 dots)
256.6 mm
10.1”
(3,030 dots)
287.0 mm
11.2”
(3,389 dots)
200.0mm
7.87”
(2,362 dots)
138.5 mm
5.45”
(1,636 dots)
247.0 mm
9.72”
(2,916 dots)
240.0 mm
9.44”
(2,834 dots)
166.4 mm
6.55”
(1,960 dots)
231.1 mm
9.1”
(2,730 dots)
180.4 mm
7.1”
(2,130 dots)
219.0 mm
8.62”
(2,586 dots)
210.0 mm
8.26”
(2,480 dots)
97.5 mm
3.84”
(1,151 dots)
215.9 mm
8.5”
(2,550 dots)
215.9 mm
8.5”
(2,550 dots)
215.9 mm
8.5”
(2,550 dots)
184.15 mm
7.25”
(2,175 dots)
210.0 mm
8.27”
(2,480 dots)
148.5 mm
5.85”
(1,754 dots)
105.0 mm
4.13”
(1,240 dots)
182.0 mm
7.1”
(2,130 dots)
176.0 mm
6.93”
(2,078 dots)
125.0 mm
4.92”
(1,476 dots)
104.78 mm
4.125”
(1,237 dots)
98.43 mm
3.875”
(1,162 dots)
162 mm
6.38”
(1,913 dots)
110 mm
4.33”
(1,299 dots)
220 mm
8.66”
(2,598 dots)
E
5.0 mm
0.2”
(60 dots)
F
0 mm
Ç
0 mm
Ç
0 mm
5.0 mm
0.2”
(60 dots)
4.8 mm
0.19”
(59 dots)
0 mm
0 mm
Ç
0 mm
Ç
0 mm
Ç
0 mm
Ç
0 mm
Ç
0 mm
5.0 mm
0.2”
(60 dots)
Ç
4.8 mm
0.19”
(59 dots)
Ç
6.27 mm
0.25”
(74 dots)
0 mm
0 mm
0 mm
0 mm
0 mm
G
4.2 mm
0.16”
(50 dots)
4.2 mm
0.16”
(50 dots)
4.2 mm
0.16”
(50 dots)
4.2 mm
0.16”
(50 dots)
4.2 mm
0.16”
(50 dots)
4.2 mm
0.16”
(50 dots)
4.2 mm
0.16”
(50 dots)
4.2 mm
0.16”
(50 dots)
4.2 mm
0.16”
(50 dots)
4.2 mm
0.16”
(50 dots)
4.2 mm
0.16”
(50 dots)
4.2 mm
0.16”
(50 dots)
4.2 mm
0.16”
(50 dots)
4.2 mm
0.16”
(50 dots)
6.27 mm
0.25”
(74 dots)
NOTE:
• The paper sizes indicated here should confirm to the nominal dimensions specified by JIS
except B5 (ISO).
• The dot size is based on 300 dpi resolution.
3.6.2
PCL6/BR-Script3 emulation
You can not print within 4.2 mm (50dots in 300 dpi mode) on all four sides of the paper.
1-16
3.7
Print Speeds with Various Settings
Print speed is up to 17/18 ppm (HL-5130), 20/21 ppm (HL-5140when loading A4 or Letter size
paper from the paper tray in the plain paper mode.
Actual print speed varies depending on the media type or paper size as shown in the tables
below;
<A4 / Letter size>
Media type setting
Transparencies
All models
Up to 17/18 ppm (HL-5130)
Up to 20/21 ppm (HL-5140/5150D/5170DN)
Thin Paper
Up to 17/18 ppm (HL-5130)
Up to 20/21 ppm (HL-5140/5150D/5170DN)
Plain paper,
Env.Thin
Up to 17/18 ppm (HL-5130)
Thick Paper,
Envelopes
Up to 17/18 ppm (HL-5130)
Thicker/Bond Paper,
Env.Thick
4 ppm *
Up to 20/21 ppm (HL-5140/5150D/5170DN)
Up to 20/21 ppm (HL-5140/5150D/5170DN)
<Smaller size than A4 or Letter>
Media type setting
Transparency
All models
Up to 17/18 ppm (HL-5130)
Up to 20/21 ppm (HL-5140/5150D/5170DN)
Thin Paper
Up to 17/18 ppm (HL-5130)
Up to 20/21 ppm (HL-5140/5150D/5170DN)
Plain paper,
Env.Thin
8 ppm
Thick Paper,
Envelopes
8 ppm
Thicker/Bond Paper,
Env.Thick
4 ppm *
*The print speed may vary according to conditions, such as paper size and paper tray.
NOTE:
• When a smaller size paper than A4 or Letter is printed, the temperature on both edges of
the fixing unit is much higher than the temperature on the center of the unit where the
paper is fed depending on the setting or model. Therefore, the print speed is slowed in
order to decrease the temperature on the edges after the specified time, it is maximum
print speed when you first start printing.
• The actual print speed varies depending on the paper size.
1-17
CHAPTER 1 GENERAL
3.8
Toner Cartridge Weight Information
Toner Cartridge Weight (approx weight)
TN3060/TN570
Brand new Toner Cartridge Weight
827.5g
Toner Weight at Brand New Toner Cartridge
197.5±2.5g
Toner Cartridge Weight at Toner Near Empty
693.5-698.5g
Remain Toner Weight at Toner Near Empty
80-85g
Toner Cartridge Weight at Toner Empty
678.5-683.5g
Remain Toner Weight at Toner Empty
65-70g
You can print 500 to 600 pages with 10g toner.
TN3030/TN540
772.5g
142.5±2.5g
693.5-698.5g
80-85g
678.5-683.5g
65-70g
*Without yellow protector
*Toner cartridge weight may vary within 2 to 3g depending on the cartridge weight.
1-18
4.
SERIAL NO. DESCRIPTIONS
The descriptions below show how to understand the meanings of the numbers printed on the
labels or bag of the printer and printer parts:
< ID for production month >
A:
E:
J:
January
May
September
B:
F:
K:
February
June
October
4:
2004
C:
G:
L:
March
July
November
D:
H:
M:
April
August
December
< ID for year >
3:
2003
< ID for factory >
9:
J:
Kariya Plant
A:
Buji Nan Ling Factory
Mie Brother
C:
BIUK
(1) Printer: Printed on the label attached on the rear of the main body
<MODEL NO.>
<Example>
< SERIAL NO. >
U52682A3J111101
SEQUENTIAL NO.
FACTORY ID NO.
YEAR
MONTH
(2) Process unit: Imprinted on the aluminum bag
(Drum unit with toner cartridge)
3A11
YEAR
MONTH
JA
PRODUCTION
LINE NO.
DATE
FACTORY ID NO.
(3) Drum unit: Printed on the bar code label attached inside the drum unit
A395100104A
MONTH
YEAR
SERIAL NO.
PRODUCTION
LINE NO.
TONER VOLUME
FACTORY ID NO.
1-19
DR/TN REUSE
The first time: M
The second time: N
The third time: P
CHAPTER 1 GENERAL
(4) Toner cartridge: Imprinted on the aluminum bag
3A30
J
YEAR
MONTH
DATE
FACTORY ID NO.
Printed on the bar code label attached on the toner cartridge
CARTRIDGE
PRODUCTION INFO.
M39A000199A
MONTH
YEAR
SERIAL NO.
TONER VOLUME
FACTORY ID NO.
PRODUCTION
LINE NO.
DR/TN REUSE
The first time: M
The second time: N
The third time: P
(5) Laser unit: On the laser unit
2 8 0 0 1
PRODUCTION LOT NO.
LASER UNIT NO. 8: LM2486001 Laser Unit ZL2E
FACTORY ID NO. 1: Kariya Plant
2: Buji Nan Ling Factory
1-20
CHAPTER 2
1.
1.1
INSTALLATION AND BASIC OPERATION
CONDITIONS REQUIRED FOR INSTALLATION
Power Supply
• The source voltage must stay within ±10% of the rated voltage shown on the rating plate.
• The power cord, including extensions, should not exceed 5 meters (16.5 feet).
• Do not share the same power circuit with other high-power appliances, particularly an air
conditioner, copier or shredder. If it is unavoidable that you must use the printer with these
appliances, it is recommended that you use an isolation transformer or a high-frequency
noise filter.
• Use a voltage regulator if the power source is not stable.
1.2
Environment
• The printer should be installed near a power outlet, which is easily accessible.
• The room temperature is maintained between 10°C and 32.5°C. The relative humidity is
maintained between 20% and 80%.
• The printer should be used in a well ventilated room.
• Place the printer on a flat, horizontal surface.
• Keep the printer clean. Do not place the printer in a dusty place.
• Do not place the printer where the ventilation hole of the printer is blocked. Keep
approximately 100 mm (4 inches) between the ventilation hole and the wall.
• Do not place the printer where it is exposed to direct sunlight. Use a blind or a heavy
curtain to protect the printer from direct sunlight when the printer is unavoidably set up near
a window.
• Do not place the printer near devices that contain magnets or generate magnetic fields.
• Do not subject the printer to strong physical shocks or vibrations.
• Do not expose the printer to open flames or salty or corrosive gasses.
• Do not place objects on top of the printer.
• Do not place the printer near an air conditioner.
• Keep the printer horizontal when carrying.
• Do not cover the slots in the side cover.
2-1
CHAPTER 2 INSTALLATION AND BASIC OPERATION
1.3
System Requirements for Brother Printer Solution
Check the following system requirements to setup and operate the printer using Brother
Printing Solution:
Computing System
Operating System Version
Processor Speed
Minimum
RAM
Recommended
RAM
Available
Hard Disk
Space
Windows
95, 98, 98SE
486/ 66MHz
8MB
16MB
40MB
Operating
System
NT
Pentium 75MHz
16MB
32MB
50MB
2000
Professional
Pentium 133MHz
64MB
128MD
50MB
Me
Pentium 150MHz
32MB
64MB
50MB
XP
Pentium 300MHz
128MB
128MB
50MB
Apple
OS 8.6 to 9.2
32MB
64MB
50MB
Macintosh
OS X 10.1 to
10.2.1
All base models
meet minimum
system
requirements
128MB
160MB
Operating
System
Workstation
4.0
2-2
2.
UNPACKING
When unpacking the printer, check to see that all of the following components are included in
the carton.
Printer
Drum Unit Assembly
(with Toner Cartridge
included)
AC power
cord
CD-ROM
Quick Setup Guide
Fig. 2-1
NOTE:
Components may vary depending on the country.
Interface cable
An interface cable is not a standard accessory.
Some computers have a USB and a parallel port. Please buy the appropriate cable for the
interface you are going to use.
When using a Parallel interface
Most parallel cables support bi-directional communication, but some might have an
incompatible pin assignment or may not be IEEE 1284-compliant. Do not use a Parallel
interface that is longer than 6 feet (2 meters).
When using a USB cable
Please make sure that you use a Hi-Speed USB 2.0 certified cable if your computer uses a HiSpeed USB 2.0 interface.
Do not connect the USB cable to the front of your PC or to the IMac’s keyboard.
It is recommended to use a USB interface cable that is no longer than 6 feet (2 meters).
2-3
3.
INSTALL THE PRINTER
You need to implement hardware setup and driver installation to use the printer.
Firstly, identify the Operating System on your computer. (Windows® 95/98/Me, Windows NT®
4.0, Windows® 2000/XP and Macintosh)Then, purchase the appropriate interface cable
(Parallel, USB or Network) for your computer. Most existing parallel cables support bidirectional communication, but some might have an incompatible pin assignment or may not
be IEEE 1284-compliant.
The installation programs for the hardware setup and driver installation are contained on the
supplied CD-ROM.
3.1
For All Users
For Windows users
(1) Turn on the PC power. Insert the supplied CD-ROM into the CD-ROM drive. The
opening screen will appear automatically. Follow the on-screen instructions.
NOTE:
If the opening screen does not appear; click Start and select Run. Then, enter the CD-drive
letter and type \START.EXE (for example: D:\START.EXE).
(2)
(3)
Click the Initial Setup icon on the menu screen.
You can view the Initial Setup instructions.
For Macintosh users
(1) Turn on the Macintosh. Insert the CD-ROM into the CD-ROM drive.
(2) Double click the Start Here icon or Start Here OS X icon. Follow the on-screen
instructions.
(3) Click the Initial Setup icon on the menu screen.
(4) You can view the Initial Setup instructions.
2-4
3.1.1
Install the drum unit assembly
(1)
(2)
(3)
(4)
Open the front cover by pressing the front cover release button.
Unpack the drum unit assembly. Remove the protective part.
Rock it from side to side several times to distribute the toner evenly inside the assembly.
Put the drum unit assembly into the printer.
Fig. 2-2
(5) Close the front cover of the printer.
3.1.2
Load paper into the paper tray
(1) Pull the paper tray completely out of the printer.
(2) While pressing the paper guide release lever, slide the adjusters to fit the paper size.
Check that they locate correctly into the slots.
Paper guide release lever
Universal guide
release lever
Fig. 2-3
NOTE:
For Legal or 8.5 x 13 in. paper, press the universal guide release lever to extend the rear of
the Paper tray.
2-5
(3) Fan the stack of paper well to avoid paper jams and misfeeds.
(4) Put paper in the paper tray. Check that the paper is flat in the tray and below the
maximum paper mark.
Fig. 2-4
(5) Put the paper tray firmly back in the printer.
3.1.3
Print a test page
(1) Make sure the printer power switch is off. Connect the AC power cord to the printer. Do
not connect the interface cable.
(2) Plug the AC power cord into an AC outlet. Turn the power switch on.
(3) After the printer has finished warming up, the Status LED stops blinking and stays green.
Fig.2-5
(4) Press the Go button. The printer prints a test page. Check that the test page printed
correctly.
NOTE:
This function won’t be available after sending a print job from your PC.
In order to print a test page even after sending a print job, follow the steps from 1) to 9) written
on page 7-17 in Chapter 7 (PIT3).
2-6
Follows the instructions for your operating system and interface cable type.
3.2
For Windows Users
Connect the printer to the PC & install the driver
For parallel interface cable users
(1) Click “Connect the interface cable & Install the printer driver/utility” from the Initial
Setup menu.
(2) Select the parallel interface.
(3) Turn off the printer power switch.
(4) Connect the interface cable to your PC, and then connect it to the printer.
(5) Turn on the printer power switch.
NOTE:
If the “Found New Hardware Wizard” appears, click the Cancel button.
(6) Click the Next button when the movie finishes.
(7) Click the Install button. Follow the on-screen instructions.
(8) Click the Finish button. The setup is now complete.
For USB interface cable users
NOTE:
If the “Found New Hardware Wizard” appears on the PC, click the Cancel button.
(1) Make sure the USB interface cable is NOT connected to the printer, and then begin
installing the driver. If you have already connected to the cable, remove it.
(2) Click “Connect the interface cable & install the printer driver/utility” from the Initial
Setup menu.
(3) Select the USB Interface.
(5) When this screen appears, make sure the printer power switch is on. Connect the USB
interface cable to your PC, and then connect it to the printer. Click the Next button.
Fig.2-6
(6) Click the Finish button.
2-7
For Windows® 98/Me users: The setup is now complete.
For Windows® 2000/XP users: Follow the instructions below for setting the PC
printer port.
For Windows® 2000/XP users only
(1) Click Start, and then Printers and Faxes.
Fig. 2-7
(2) Select the icon of the appropriate printer.
(3) From the File menu, select Set as Default printer.
For Windows® 2000/XP users: The setup is now complete.
For network users (for HL-5170DN only)
• For connecting the printer to a network, it is recommended to contact the system
administrator prior to installation.
• For the administrator: Configure the printer referring to the following instructions.
• For installing the driver on the PC, refer to the following instructions once the administrator
has configured the printer.
1. For the administrator
Install the BRAdmin Professional Utility (Windows Users Only)
The BRAdmin Professional software utility is designed to manage your Brother network
connected devices such as network-ready printers and/or network-ready Multifunction devices
in a Local Area Network (LAN) environment.
BRAdmin Professional can also be used to manage devices of other manufacturers whose
products support SNMP (Simple Network Management Protocol).
For more information on BRAdmin Professional, go to http://solutions.brother.com
(1) Insert the CD-ROM into your CD-ROM drive. The opening screen will appear
automatically. Follow the on-screen instruction.
(2) Click the Install Software icon on the menu screen.
(3) Follow the instructions on the screen. Click BRAdmin Professional.
2-8
NOTE:
The default password for the print server is “access”. You can use the BRAdmin Professional
software or a web browser to change this password.
Brother has also developed Web BRAdmin, an enterprise network software utility that enables
management of Brother and other SNMP compliant devices in larger LAN/WAN environments.
This software is Web server based and requires the installation of Microsoft’s Internet
Information Server and Sun’s Java client software. To learn more about the Web BRAdmin
software or to download it, please go to http://solutions.brother.com/webbradmin
Driver Deployment Wizard: Useful utility for peer-to-peer users
Use the Brother Driver Deployment Wizard software to automate the installation of Brother
networked printers in a TCP/IP environment. The Wizard can create an Executable file that
can be sent to other network users, when run, the Executable file installs the appropriate
printer driver and network printing software.
To access the Driver Deployment Wizard:
(1) Insert the CD-ROM supplied with the printer.
(2) Click the Install Software icon and select the Driver Deployment Wizard.
2. Installing the driver
(1) Click the “Connect the interface cable & install the printer driver/utility” from the
Initial Setup menu.
(2) Select the Network interface.
(3) Turn the printer power switch off.
(4) Connect the cable to your printer, and then connect it to a free port on your hub.
(5) Turn the printer power switch on.
(6) Click the Next button when the movie finishes
(8) Select the network connecting method, and follow the instructions below depending on it.
For Network shared printer users: Go to 3.
For Brother Peer-to-Peer network printer users (LPR-recommended Peer-to- Peer printing
method): Go to 4.
For Brother Peer-to-Peer network printer users (NetBIOS): Go to 5
2-9
3. For Network shared printer users
(1) Select Network Shared Printer, and then click the Next button.
(2) Select the current printer’s queue, and then click the OK button.
Fig. 2-8
(4) The setup is now complete.
4. For Brother Peer-to-Peer network printer users (LPR-recommended Peer-toPeer printing method)
Configuring the LPR port
(1) Select Search from a list of available printers or enter your printer’s IP address. Click
the Next button.
Fig. 2-9
NOTE: Contact your Administrator about the Printer’s IP Address.
2-10
(2) Select the IP address of your printer and LPR, and then click the Next button.
Fig.2-10
For WindowsNT® 4.0 and Windows® 2000/XP users: The setup is now complete.
For Windows® 95/98/ME users: After your PC has restarted, setup will be complete.
5. For Brother Peer-to-Peer network printer users (NetBIOS)
Configuring the NetBIOS port
(1) Select Search from a list of available printers, and then click the Next button.
(2) Select the IP address of your printer, and then select “NetBIOS”. Click the Next button.
For WindowsNT® 4.0 and Windows® 2000/XP users: The setup is now complete.
For Windows® 95/98/ME users: After your PC has restarted, setup will be complete.
3.3
For Macintosh Users
For USB interface cable users
Connect the printer to the Macintosh and install the BR-Script PPD File
<For Mac® OS 8.6 to 9.2 Users (HL-5130/5140 Users)
(1) Click Connect the Interface cable & Install the driver/utility from the Initial Setup
menu.
(2) Follow the on-screen instructions, and restart your Macintosh.
(3) Make sure the printer power switch is on.
(4) Connect the USB interface cable to your Macintosh, and then connect it to the printer.
NOTE: Do not connect the USB cable to the keyboard USB Port or a non-powered USB Hub.
(5) Open the Chooser from the Apple menu.
(6) Click the Brother Laser and select the appropriate printer. Close the Chooser.
2-11
<For Mac® OS 8.6 to 9.2 Users (HL-5150D, HL-5170DN Users)>
(2) Connect the USB interface cable to your Macintosh, and then connect it to the printer.
NOTE: Do not connect the USB cable to the keyboard USB Port or a non-powered USB Hub.
(3) Click Connect the Interface cable & Install the driver/utility from the Initial Setup
menu.
(4) Click the Install button, and follow the on-screen instructions.
(5) Open the Macintosh HD icon.
(6) For Mac OS 8.6 to 9.04 Users: Open the Apple Extras folder. Open the Apple Laser
Writer Software folder.
For Mac OS 9.1 to 9.2 Users: Open the Applications (Mac OS 9) folder. Open the
Utilities folder.
(7) Open the Desktop Printer Utility icon.
(8) Select Printer (USB), and then click the OK button.
(9) Click the Change……button in the PostScript Printer Description (PPD) file. Select
Brother HL-5150D series/HL-5170DN series, and then click the Select button.
(10) Click the Change…..button in the USB Printer Selection. Select HL-5150D series/HL5170DN series, and then click the OK button.
(11) Click the Create….button.
(12) Enter your printer name (HL-5150D series/HL-5170DN series), and then click the Save
button.
(13) Select Quit from the File menu.
<Setting your printer as the Default Printer>
(1) Click the HL-5150D series/HL-5170DN series icon on the Desktop.
(2) Select Set Default Printer from the Printing menu.
<For Mac® OS X 10.1 to 10.2 Users >
(1) Click Connect the interface cable & Install the driver/utility from the Initial Setup
menu.
(3) Connect the USB Interface cable to your Macintosh, and then connect it to the printer.
NOTE: Do not connect the USB cable to the keyboard USB Port or a non-powered USB
Hub.
(4)
(5)
(6)
(7)
(8)
(9)
(10)
(11)
(12)
Click the Install button, and follow the on-screen instructions.
Select Applications from the Go menu.
Open the Utilities folder.
Open the Print Center icon.
Click the Add Printer…. Button.
Select USB.
Select the appropriate printer, and then click the Add button.
Select Quit Printer Center from the Printer Center menu.
The setup is now complete.
2-12
For network users (HL-5170DN only)
Connect the printer to the Macintosh & install the BR-Script PPD file
<For Mac® OS 8.6 to 9.2 Users>
menu.
(4) Connect the network interface cable to the printer, and then connect it to a free port on
your hub.
(6) Click the Next button when the movie finishes.
(7) Click the Install button, and follow the on screen instructions.
(8) Open the Chooser from the Apple menu.
(9) Click the LaserWriter 8 icon, and then select BRN_xxxxxx_P1_AT. Click the Create
button. Close the Chooser.
NOTE:
1. If the Apple LaserWriter 8 Driver is not already installed on your system, you
can download it from http://www.apple.com
2. xxxxxx are the last six digits of the Ethernet address.
(10)The setup is now complete.
<For Mac® OS X 10.1 to 10.2 Users>
menu.
(4) Connect the network interface cable to the printer, and then connect it to a free port on
your hub.
(6) Click the Install button and follow the on screen instructions.
(7) Select Applications from the Go menu.
(8) Open the Utilities folder.
(9) Open the Print Center icon.
(10) Click Add button.
(11) Select Apple Talk.
(12) Select BRN_xxxxxx_P1_AT, and then click the Add button.
NOTE: xxxxxx are the last six digits of the Ethernet address.
(13)Select Quit Print Center from the Print Center menu.
(14)The setup is now complete.
.
2-13
4.
PRINTING METHODS
The printer provides two types of printing method; printing from the paper tray and printing
from the multi-purpose tray.
4.1
Printing from the Paper Tray
You can load plain paper, recycled paper or transparencies into the paper tray. If paper is
loaded into the paper tray, the printer automatically feeds paper sheet by sheet and ejects the
printed page into the output tray.
For the details on paper tray loading, refer to subsection 3.1.2 ‘Load paper into the paper tray’
in this chapter and subsection 3.5 ‘Paper’ in CHAPTER 1.
4.2
Printing from manual feed tray (HL-5130/5140 only)
(1) Select the Paper Size, Media Type and paper Source etc. in the printer driver.
(2) Send the print data to the printer.
NOTE: A NO PAPER message is shown in the Status Monitor and indicated by the control
panel LEDs until you put a sheet of paper in the manual feed tray,
Fig.2-11
(3) Open the manual feed tray. Slide the paper guides to fit the paper size.
Fig.2-12
2-14
(4) Using both hands to put paper in the manual feed tray until the front edge of the paper
touches the paper feed roller. Hold the paper in this position until the printer automatically
feeds the paper in for a short distance, and then let go of the printer.
Fig.2-13
NOTE: Make sure the paper is neatly stacked and in the proper position on the manual feed
tray. If it is not, the paper may not be fed correctly, resulting in a skewed printout or a
paper jam.
Do not put more than one piece of paper in the manual feed tray at any one time, or it
may cause a jam.
If you put any Media (paper, transparency and so on) in the manual feed tray before
the printer is in the READY state, the media may be ejected without being printed on.
(5) After the printed page comes out of the printer, put in the next sheet of paper as in Step 4
above. Repeat for each page that you want to print.
4.3
Printing from Multi-purpose Tray (MP Tray) : HL-5150D/5170DN only
You can feed bond paper, thick paper, labels, envelopes or cards as well as plain paper,
recycled paper or transparencies into the multi-purpose tray. (For details on feedable paper,
see subsection 3.5 ‘Paper’ in CHAPTER 1.)
NOTE:
•
For correct printing, the same paper size must be selected from within the software
application as the paper in the tray.
When using the multi-purpose tray, follow the steps below;
(2) Open the MP tray and lower it gently.
Fig. 2-14
2-15
(3) Pull out the MP tray support flap.
Fig. 2-15
(4) When loading paper in the MP tray, make sure it touches the back of the tray and remains
under the maximum paper height guides on both sides of the tray.
NOTE:
Note the following when placing paper on the multi-purpose tray:
•
•
•
•
If the paper to be printed on weighs more than 105 g/m2 (28 lbs), use the face up output
tray.
Insert the leading edge of the paper first and push it gently into the tray.
If pre-printed paper is used in the multi-purpose tray, the paper should be inserted top
edge first with the printed side face up.
Make sure that the paper is straight and in the proper position on the MP tray. If it is not,
the paper may not be fed properly, resulting in a skewed printout or a paper jam.
(5) While pressing the paper-guide release lever, slide the paper guide to fit the paper
size.
NOTE:
*The side to be printed on must be face up.
*During printing, the inside tray rises to feed paper into the printer.
2-16
4.4
Printing on envelopes
Use of any of the envelopes listed below may cause damage to the printer. Such damage is
not covered under any warranty or service agreement.
•
•
•
•
•
•
•
•
•
•
•
•
•
Envelopes that are damaged, curled, wrinkled, or irregularly shaped
Envelopes that are extremely shiny or highly textured
Envelopes with clasps, snaps or tie strings
Envelopes with self-adhesive closures
Envelopes of baggy construction
Envelopes that are not sharply creased
Embossed envelopes
Envelopes that were previously printed by a laser printer
Envelopes that are pre-printed on the inside
Envelopes that cannot be arranged uniformly when placed in a pile
Envelopes constructed with paper that exceeds the paper weight specifications for the
printer.
Poorly manufactured envelopes with edges that are not straight or consistently square.
Envelopes with transparent windows, holes, cutouts or perforations.
NOTE:
•
•
•
•
•
•
Before printing envelopes, fan the stack well to avoid paper jams and misfeeds.
Do not load different types of paper at the same time in the paper tray because it may
cause paper jams or misfeeds.
Do not print envelopes using manual duplex printing.
For proper printing, you must choose the same paper size from your software application
as the paper in the tray.
Most envelopes will be suitable for your printer. However, some envelopes will have feed
and print-quality problems because of the way they have been made. A suitable
envelope should have edges with straight, well-creased folds and the leading edge
should not be thicker than two pieces of paper. The envelope should lie flat and not be of
baggy or flimsy construction. You should buy quality envelopes from a supplier who
understands that you will be using the envelopes in a laser printer. Before you print a lot
of envelopes, test one to make sure that the print results are what you want.
Brother will not recommend a particular envelope because envelope manufacturers may
change the envelope specifications. You are responsible for the quality and performance
of envelopes you use.
Printing on envelopes from the manual feed tray (For HL-5130 and HL-5140)
The printer has a straight paper path from the manual feed tray to the back of the printer. Use
this paper feed and output method when you want to print envelopes.
The printer automatically turns on the Manual Feed mode when you put paper in the manual
feed tray.
When printing on envelopes, follow the steps below.
2-17
(2) Open the back output tray.
Fig.2-16
NOTE: A NO PAPER status is shown by the control panel LEDs until you put a sheet of
paper in the manual feed tray.
Fig.2-17
(4) Open the manual feed tray. Slide the paper
guides to fit the envelope size.
Fig. 2-18
NOTE: <Envelopes that have been creased after they have been printed>
At the back of the printer, open the back output tray and push down the blue tabs at the left
and right hand sides (as shown in the figure below). When you have finished printing your
envelopes, close the back output tray to reset the two blue tabs back to their original position.
Fig.2-19
2-18
(5) Using both hands put the envelope in the manual feed tray until
the front edge of the envelope touches the paper feed roller.
Hold the envelope in this position until the printer automatically
feeds it in for a short distance, and then let go of the envelope.
Fig.2-20
NOTE;
•
Make sure the envelope is straight as you insert it sideways in the manual feed tray. If it
is not, the envelope may not be fed properly, resulting in skewed printout or a jam.
•
Do not put more than one envelope in the manual feed tray at any one time, or it may
cause a jam.
•
Put the envelope in the manual feed tray with the side to be printed face up.
•
If you put any Media (paper, transparency and so on) in the manual feed tray before the
printer is in the READY state, the media may be ejected without being printed on.
(6)
(7)
After the printed envelope comes out of the printer, the printer will wait until you put in
the next envelope. Repeat Step 5 for each envelope you want to print.
After you finish the print job, close the back output tray.
NOTE: Envelopes joints that are sealed by the manufacturer should be secure.
All sides should be properly folded without wrinkles or creases.
Printing on envelopes from the MP tray (For HL-5150D and HL-5170DN)
The printer has a straight paper path from the MP tray to the back of the printer. Use this
paper feed and output method when you want to print envelopes.
The printer automatically turns on the MP Tray mode when you put paper in the MP tray.
When printing on envelopes, follow the steps below.
(2)
(3)
Open the back output tray.
Open the MP tray and lower it gently.
Fig.2-21
(4)
Pull out the MP tray support flap.
Fig.2-22
2-19
NOTE: <Envelopes that have been creased after they have been printed>
At the back of the printer, open the back output tray and push down the blue tabs at the left
and right hand sides (as shown in the figure below). When you have finished printing your
envelopes, close the back output tray to reset the two blue tabs back to their original position.
Fig.2-23
(5)
Put the envelopes in the MP tray so that they touch the back of
the tray and remain under the maximum paper height guides on
both sides of the tray. Do not put more than 3 envelopes in the
MP tray at any one time, or it may cause a jam.
Fig.2-24
NOTE;
•
(6)
Make sure that the envelope are neatly stacked and in the proper position in the MP tray.
If they are not, the envelopes may not be fed properly, resulting in a skewed printout or a
jam.
Press and slide the paper-width guide to fit the envelope size.
NOTE: DL size double-flap envelopes
If the DL size double flap envelope is creased after printing, go to the Basic tab, select Paper
Size and then select DL Long Edge. Put a new DL size double-flap envelope in the MP tray
with the longest edge of the envelope in first, then print again.
Fig.2-25
2-20
NOTE: When you put envelopes in the MP tray, please remember the following;
*During printing, the inside tray rises to feed envelopes into the printer.
*Put the leading edge (top of the paper) in first and push it gently into the tray.
(7)
(8)
Send the print data to the printer.
After you finish the print job, close the back output tray..
NOTE: *If envelopes get smudged during printing, in the printer driver select MP Tray as the
Paper Source for a straight paper path. Then, set the Media Type to Thick Paper or
Thicker Paper to increase the fixing temperature.
*Envelopes joints that are sealed by the manufacturer should be secure.
*All sides should be properly folded without wrinkles or creases.
4.5
Printing on transparencies
You can print on transparencies from the paper tray, manual feed tray or MP tray.
Printing on transparencies from the paper tray
(1) Select the Paper Size, Media Type, Paper Source, and other settings in the printer
driver.
(2) Pull the paper tray completely out of the printer.
(3) While pressing the blue paper-guide release levers, slide the paper guides to fit the
transparency size. Check that the guides are firmly in the slots.
Fig.2-26
(4)
(5)
Put transparencies in the tray. Check that the transparencies are flat and below the
maximum paper mark. Do not put more than 10 transparencies in the tray at any one
time, or it may cause a jam.
Put the paper tray firmly back in the printer.
NOTE: Pull out the support flap to prevent transparencies from sliding off the top output
tray.
Fig.2-27
(6)
Send the print data to the printer.
2-21
!
CAUTION:
Remove each transparency immediately.
Printing on transparencies from the manual feed tray (For HL-5130 and HL-5140)
NOTE: When the back output tray is open, the printer has a straight paper path from the
manual feed tray to the back output tray.
driver.
NOTE: A NO PAPER status is shown by the control panel LEDs until you put a
transparency in the manual feed tray.
(3) Open the manual feed tray. Slide the paper guides to the transparency size.
(4) Using both hands put the transparency in the manual feed tray until its front edge
touches the paper feed roller. Hold the transparency in this position until the printer
automatically feeds it in for a short distance, and then let go of the transparency.
NOTE: *Make sure that the transparency is straight and in the proper position on the
manual feed tray. If it is not, the transparency may not be fed properly, resulting in
a skewed printout or a jam.
*Do not put more than one transparency in the manual feed tray at any one time,
or it may cause a jam.
*If you put any Media (paper, transparency and so on) in the manual feed tray
before the printer is in the READY state, the media may be ejected without being
printed on.
(5) After the printed transparency comes out of the printer, put in the next transparency
as described in Step 4 above. Repeat for each transparency that you want to print.
!
CAUTION:
Remove each transparency immediately after printing. Stacking the printed transparencies
may cause a paper jam or the transparency to curl.
2-22
Printing on transparencies from the MP tray (For HL-5150D and HL-5170DN)
NOTE: When the back output tray is open, the printer has a straight paper path from the MP
tray to the back of the printer.
driver.
NOTE: A NO PAPER status is shown by the control panel LEDs until you put a
transparency in the MP tray.
(3) Open the MP tray and lower it gently.
(4) Pull the MP tray support flap.
(5) When putting transparencies in the MP tray, make sure they touch the back of the
tray and remain under the maximum paper height guides on both sides of the tray.
Do not put more than 10 transparencies in the MP tray at any one time, or it may
cause a jam.
NOTE: *Make sure that the transparencies are straight and in the proper position in the
MP tray. If they are not, the transparencies may not be fed properly, resulting in a
skewed printout or a jam.
(6) While pressing the paper-guide release lever, slide the paper guide to fit the
transparency size.
NOTE: When you put transparencies in the MP tray, please remember the following:
*Put the leading edge (top of the transparencies) in first and push it gently into the tray.
!
CAUTION:
Remove each transparency immediately after printing. Stacking the printed transparencies
may cause a paper jam or the transparency to curl.
2-23
4.6
Printing on Both Sides of the Paper (manual duplex printing)
The supplied printer drivers for Windows® 95/98/Me, Windows® NT 4.0, Windows® 2000/XP,
Mac OS 8.6 to 9.2 and Mac OS X 10.1 or later (except for Mac OSX 10.2) all enable manual
duplex printing.
NOTE: The PS driver does not support manual duplex printing.
Manual duplex printing from the paper tray
When printing on both sides of the paper, follow the steps below;
(1) Choose Manual Duplex mode you need from the printer driver.
(2)
(3)
The printer will automatically print all the even-numbered pages on one side of the
paper first.
Remove the printed even-numbered pages from the output tray and put them back in
the paper tray, placing the paper with the side to be printed on (blank side) face down.
Follow the instructions on the computer screen.
Fig.2-28
(4)
The printer will now automatically print all the odd-numbered pages on the other side of
the paper.
Manual duplex printing from the manual feed tray (For HL5130 and HL-5140)
!
CAUTION:
*Before you put the sheets back in the manual feed tray, you will have to straighten them, or
you may get paper jams.
*You should not use very thin or very thick paper.
*When you use the manual duplex function, it is possible that there may be paper jams or
poor print quality. If there is a paper jam, see 4. PAPER PROBLEMS in Chapter 6.
(1) Choose the Manual Duplex printing mode from the Advanced tab, and from the Basic tab
select the Paper Source to be Manual feed.
(2) Using both hands put the paper in the manual feed tray with the side to be printed on first
facing up. Follow the instructions on the computer screen. Repeat this step until you have
printed all the even-numbered pages.
2-24
(3) Remove the printed even-numbered pages from the output tray and put them in the same
order back into the manual feed tray. Place the paper with the side that is going to be printed
on (the blank side) face up. Follow the instructions on the computer screen.
Fig.2-29
(4) Repeat Step 3 until you have printed all the odd-numbered pages on the other side of the
paper.
Manual duplex printing from the MP tray (For HL5150D and HL-5170DN)
!
CAUTION:
*Before putting the sheets back in the MP tray, you will have to straighten them, or you may
get paper jams.
*You should not use very thin or very thick paper.
*When you use the manual duplex function, it is possible that there may be paper jams or
poor print quality. If there is a paper jam, see 4. PAPER PROBLEMS in Chapter 6.
(1) Choose the Manual Duplex printing mode from the Advanced tab, and from the Basic tab
select the Paper Source to be MP Tray feed.
(2) Using both hands put the paper in the MP tray with the side to be printed on first facing up.
Follow the instructions on the computer screen. Repeat this step until you have printed all
the even-numbered pages.
(3) Remove the printed even-numbered pages from the output tray and put them in the same
order back into the MP tray. Place the paper with the side that is going to be printed on (the
blank side) face up. Follow the instructions on the computer screen.
Fig.2-30
2-25
(4) Repeat Step 3 until you have printed all the odd-numbered pages on the other side of the
paper.
4.7
Paper orientation for printing on both sides of the paper
The printer prints the second page first.
If you print 10 pages on 5 sheets of paper, it will print page 2 then page 1 on the first sheet of
paper.
It will print page 4 then page 3 on the second sheet of paper.
It will print page 6 then page 5 on the third sheet of paper, and so on.
When doing manual duplex printing, the paper must be put in the paper tray in the following
way:
*For the manual feed tray or the multi-purpose (MP) tray
Put the side to be printed on first, in face-up, with the leading edge (top) of the paper in first.
To print the second side, put the paper face down, with the leading edge (top) of the paper in
first.
If letterhead paper is used, this would be put in to the MP tray with the heading facedown,
and in first.
To print the second side, put the heading face up and in first.
*For the upper paper tray and the optional lower tray (tray 1 or tray 2)
Put the side to be printed on first, face down, with the leading edge (top) of the paper at the
front of the tray.
To print the second side, put the paper face up, with the leading edge (top) of the paper at
the front of the tray.
If letterhead paper is used, this would be put in to the paper tray with the heading face up,
and at the front of the tray.
To print the second page, put the heading face down and at the front of the tray.
NOTE: For Thicker paper that has curled once the first side has been printed on, and you
cannot feed the paper for the second time from manual feed tray or MP tray to allow the
other side of the paper to be printed on:
At the back of the printer, open the back output tray and push down the blue tabs at the
left and right hand sides (as shown in the figure below). When you have finished
printing, close the back output tray to reset the two blue tabs back to their original
position.
Fig.2-31
2-26
4.8
Printing on both sides of the paper (automatic duplex printing) : For HL-5150D
and HL-5170DN
<Guidelines for automatic duplex printing>
*Use A4, Letter or Legal size plain paper.
*If paper is curled, straighten it and then put it back in the paper tray.
*You should use regular paper. Do not use bond paper or thin paper if possible.
*When you use the duplex printing function, the printing quality becomes worse or paper jam
may occur under some circumstances.
(1) Load paper into the paper tray or MP tray.
(2) Make sure the lever on the Duplex tray is set for the proper paper size. (Letter or Legal size/
A4 size)
(3) Open the Properties dialog box in the printer driver. In the Advanced tab select Duplex
Printing mode, check Duplex, and make sure that Use Duplex tray has been selected.
Select Duplex Type and Binding Offset if you need, and then click the OK button. The
printer will print on both sides of the paper automatically.
2-27
5.
CONTROL PANEL OPERATION
There are four LEDs (Toner, Drum, Paper, Status) and the two control panel buttons (Job
Cancel, Go) on the control panel.
LEDs
Control Panel Button
Control Panel Button
Fig. 2-32
5.1
Control Panel Buttons & LED functions
5.1.1
LEDs
1) Toner LED indicates when the Toner is low or empty.
2) Drum LED indicates when the Drum is nearing end of life.
3) Paper LED indicates when there is a paper jam.
4) Status LED will flash and change color depending on the printer status.
5.1.2
Control Panel Buttons
1)
Job Cancel Button will stop and cancel the print operation in progress.
2)
Go Button continue printing/ Form feed.
2-28
5.2
LED Indications
NOTE: When the power switch is off or the printer is in Sleep mode, all the LEDs are off.
LED
Toner
Drum
Paper
Printer status
Sleep mode
The power switch is off or the printer is in Sleep mode. Pressing the Go
button wakes up the printer from Sleep mode to Warming up mode. After
warming up, the printer will be Ready state.
Status
Fig.2-33
Toner
Warming up
The printer is warming up.
Drum
Paper
Status
Fig.2-34
Toner
Ready to print
The printer is ready to print.
Drum
Paper
Status
Fig.2-35
Toner
Drum
Receiving data
The printer is either receiving data from the computer, processing data in
memory or printing the data.
Paper
Status
Fig.2-36
Toner
Drum
Paper
Data remaining in memory
Print data remains in the printer memory. If the Status LED is on for a long
time and nothing has printed, press the Go button to print the remaining
data.
Status
Fig.2-37
2-29
Toner
Drum
Paper
Toner low
Indicates that the toner cartridge is nearly empty. Purchase a new toner
cartridge and have it ready for when Toner Empty is indicated.
The Toner LED alternates turning on for 2 seconds and off for 3 seconds
alternately.
Status
Fig.2-38
Toner
Drum
Toner empty
Replace the toner cartridge with a new one. See 1.2 Toner cartridge in
Chapter 5.
Paper
Status
Fig.2-39
Toner
Drum
Paper
Drum unit near end of life
The drum unit is near the end of its life. We recommend that you obtain a
new drum unit to replace the current one. See 1.1 Drum unit in Chapter 5.
The Drum LED alternates turning on for 2 seconds and off for 3 seconds
alternately.
Status
Fig.2-40
Toner
Drum
Paper
Status
Fig.2-41
Paper jam
Clear the paper jam referring to 4. Paper Problems Chapter 6. If the printer
does not start printing, press the Go button.
No paper
Load paper in the printer. Then press the Go button.
Misfeed
Put the paper back in properly, and then press the Go button. The printer
will start printing again.
Duplex Size Error (HL-5150D and HL-5170DN)
Press the Go button. Specify the printable paper size. The paper size you
can use for duplex printing is A4, Letter or Legal.
No Duplex Tray (HL-5150D and HL-5170DN)
Install the Duplex tray into the printer.
Duplex Lever Error (HL-5150D and HL-5170DN)
Move the Duplex lever to the correct position.
2-30
Toner
Drum
Paper
Status
Front Cover Open
Close the front cover of the printer.
Jam Clear Cover Open
Close the jam clear cover of the printer.
Face up Open (HL-5150D and HL-5170DN: When you use the duplex
printing function)
Close the face-up output tray of the printer.
Fig.2-42
5.3
Service call indications
If there is an error that can not be put right, the printer will show that a service call is needed
by lighting up all the LEDs as shown in the figure below.
Toner
Drum
Paper
Status
Fig.4-43
If you see the service call indication above, follow the steps below.
(1) Take out the DIMM (Dual Inline Memory Moduele) from your printer, if you have a DIMM
installed.
(2) Turn off the power switch, wait a few seconds, and then turn it back on and try to print
again.
For example, the LED indication below shows a fixing unit failure.
Toner
Drum
Paper
Status
Fig.4-44
2-31
Table 1: LED indications after pressing Go and Job Cancel
LEDs
Fixing
unit
failure
Laser unit
failure
Main
motor
failure
Main PCB
failure
Engine
PCB
failure
DIMM
failure
Toner
Drum
Paper
Status
5.4
Control Panel Button Operations
The control panel button is used for the following purposes depending on the situation.
Operation
Description
Cancel printing
If you press the Job Cancel button while printing, the printer will
immediately stop printing and will then eject the paper.
Wake-up
If the printer is in Sleep mode, press the Go or Job Cancel button to wake
the printer up and go to the Ready state.
Form feed
If the yellow Status LED is on, press the Go button. The printer will print
any data that is left in the printer memory.
Error recovery
If there is an error, the printer will recover automatically from some errors.
If an error is not automatically cleared, press the Go button to clear the
error, and then continue to use the printer.
Reprint
If you want to reprint a document that has just been printed, you can do
this by pressing and holding down the Go button until all four LEDs are lit
and then release the Go button.
2-32
5.5
Other Control Features
The printer has the following useful features;
5.5.1
Sleep mode
When the printer does not receive data for a certain period of time (timeout), it enters sleep
mode. The default timeout is 5 minutes and it is automatically adjusted to the most suitable
time-out setting depending on the frequency of your printer use (Intelligent Sleep Mode).
While the printer is in sleep mode, all the LEDs are off and it is as if it was turned off, but the
printer can still receive data from the computer. Receiving a print file or document
automatically wakes up the printer to start printing. Pressing the button also wakes up the
printer.
NOTE:
• When the printer goes into sleep mode, the fan will not stop until the printer engine has
cooled down. The fan running time varies depending on the sleep mode timeout because
the fan running conditions are defined as follows;
1) The fan runs for 10 minutes whenever printing finishes.
2) The fan runs while the printer is in ready status.
3) The fan runs for at least 5 minutes after the printer goes into sleep mode.
(EX: If the timeout is 5 minutes, the fan will be running for 5 minutes after the printer goes into
sleep mode.)
• Sleep mode allows the print engine to cool, so the temperature of the room and how long
the printer has been in sleep mode affects the warm-up time. This warm-up time can take
up to 25 seconds. The Ready LED blinks to indicate that the printer is warming up.
• You can change the timeout for the sleep mode with the supplied printer driver (all
models) . The time-out setting is in the range of 1 to 99 minutes. Refer to the Help section
in the printer driver for more information about the sleep mode setting.
2-33
5.5.2
Print a test page
You can use the Go button or the printer driver to print a test page.
<Using control panel button>
Turn off the printer.
Make sure that the front cover is closed and the power cord is plugged in.
Hold down the Go button as you turn on the power switch. All the LEDs light up. Keep the
Go button pressed down until all the LEDs except for Toner LED go off. When the Drum,
Paper and Status LEDs go off, release the Go button.
(4) Press the Go button again. The printer will print a test page.
(1)
(2)
(3)
<Using the printer driver>
If you are using Brother’s Windows PCL printer driver, open the printer folder, then choose and
right click the Brother’s Windows PCL printer driver. The Print Test Page button is in the
General Tab of the “Property”.
Fig.2-45
5.5.3
Printer Settings
You can print the current settings using the control panel button or printer driver.
<Using control panel button>
(1) Make sure that the front cover is closed and the power cord is plugged in.
(2) Turn on the printer and wait until the printer is in Ready state.
(3) Press the Go button three times. The printer will print the current printer settings.
<Using the printer driver>
If you are using Brother’s Windows PCL printer driver, you can print the current printer
settings by clicking the Print Settings button in the Support tab.
Fig.2-46
2-34
5.5.4
Print fonts (For HL-5140, HL-5150D, and HL-5170DN)
You can print a list of the internal fonts using the control panel button or printer driver.
<Using the control panel button>
(1) Turn off the printer.
(3) Hold down the Go button as you turn on the power switch. All the LEDs light up. Keep the Go
button pressed down until all the LEDs except for Toner LED go off. When the Drum, Paper
and Status LEDs go off, release the Go button.
(4) Press and hold the Go button again until the Drum LED comes on.
(5) When the Drum LED comes on, release the Go button. The printer will print a list of the
internal fonts.
<Using the printer driver (For HL-5140, HL-5150D and HL-5170DN)>
If you are using Brother’s Windows PCL printer driver, you can print a list of the internal fonts by
clicking the Print Fonts button in the Support tab.
2-35
6.
6.1
NETWORK FUNCTIONS (FOR HL-5170DN)
LED functions
Link/Speed LED
Active LED
Fig. 2-47
No light:
If both of the two LEDs are off, then the print server is not connected to the network.
Link/Speed LED is orange: Fast Ethernet
Link/Speed LED is green: 10 Base T Ethernet
This Link/Speed LED will be orange if the print server is connected to a 100BaseTX Fast
Ethernet network.
This Link/Speed LED will be green if the print server is connected to a 10 Base T Ethernet.
Active LED is yellow:
The Active LED will blink if the print server is receiving or transmitting data.
6.2
Network Factory default setting (For HL-5170DN)
If you wish to reset the print server back to its default settings (resetting all information such
as the password and IP address information), please follow these steps;
(1) Turn off the printer.
(3) Hold down the Go button as you turn on the power switch. All the LEDs will light up. Keep
the Go button pressed down until all the LEDs except for Toner LED go off. When the
Drum, Paper and Status LEDs go off, release the Go button.
(4) Hold down the Go button and keep it pressed down until the yellow Status LED comes on.
When the Status LED comes on, release the Go button.
(5) When all the LEDs light up again, the printer will start warming up. The print server has
been reset to its default factory settings.
NOTE:
*If you wish to reset the printer and automatically disable the APIPA protocol, follow steps 1 to
4 above, however, hold down the Go button until the Status LED is green, not yellow.
*For more information on APIPA, see the Network User’s Guide or visit
http://solutions.brother.com
2-36
7.
PAPER TRAY INFORMATION (FOR EUROPE ONLY)
The paper tray fitted to the printer is different from the service manual information for printers
shipped to Europe as follows:
(1) The paper tray supplied with the HL5130/5140/5150D/5170DN printer does
not have a paper path.
(2) The paper tray supplied with the LT-5000
(optional Lower Tray Unit, for HL5140/5150D/5170DN only) has a paper
path as shown on the right;
Paper path
Fig. 2-48
(3) (For HL-5140/5150D/5170DN only)
When you install the LT-5000 unit to the printer, it is necessary to exchange the paper
tray already equipped (standard tray) with the LT-5000 unit, and install the standard tray
to the lower tray.
Failure to do so will cause paper jams as the paper cannot be fed from the lower tray to
the printer body because the paper path will be blocked.
(4) For paper trays supplied as spare parts, there is a paper path so that you can use it as
both an upper tray and lower tray.
2-37
CHAPTER 3
General Block Diagram
RAM (DIMM)(max. 160MB)
(Option for HL-5140/5150D/5170DN)
External device
Fig. 3-1 shows a general block diagram. (HL-5130/5140/5150D/5170DN)
Ethernet
10/100 Base TX
(HL-5170DN only)
Control system
Expansion
memory I/O
PCI bus
External device
RAM
HL-5130:8MB
HL-5140:16MB
HL-5150D:16MB
HL-5170DN:32MB
Low-voltage power
supply block
1.1
ELECTRONICS
Interface block
(Parallel / USB)
Video control block
Engine control block
High-voltage power
supply block
1.
THEORY OF OPERATION
Operation block
(Control panel)
Drive block
(DC motor)
Laser unit
Paper tray unit
Paper tray
MP tray
(HL-5150D/5170DN only)
Drum unit
Front cover ASSY
Transfer block
Charging
block
(HL-5130/5140 only)
Paper dust
cleaner block
Drum
Fixing unit
Developing
block
Toner cartridge
Paper eject block
Paper feed system
Image generation system
Fig. 3-1
3-1
CHAPTER 3 THEORY OF OPERATION
1.2
Main PCB Block Diagram
Fig. 3-2 shows the block diagram of the main PCB. (HL-5130/5140/5150D/5170DN)
A S I C
CPU Core
(SPARClite 133MHz)
Reset Circuit
BUS
Oscillator 66.6MHz
INT
Address Decoder
Program + Font ROM
HL-5130:2MB
HL-5140:4MB
HL-5150D/5170DN:8MB
DRAM Control
Timer
Network Program
(HL-5170DN only)(1.5 MB)
FIFO
STRAGE (0.5 MB)
RAM
HL-5130:8MB
HL-5140/5150D:16MB
HL-5170DN:32MB
CDCC Parallel I/O
To PC
USB I/O
To PC
RAM (DIMM)
(max. 128MB)
Option for HL-5140/5150D/5170DN
Oscillator 12MHz
Soft Support
EEPROM
HL-5130/5140/5150D:512 x 8 bit
HL-5170DN:8192 x 8 bit
EEPROM I/O
Engine Control I/O
To Engine PCB
To PC
or Hub
Network Controller
(HL-5170DN only)
PCI Bus Control
Oscillator 25MHz
(HL-5170DN only)
Fig. 3-2
3-2
1.3
Main PCB
For the entire circuit diagram of the main PCB, see APPENDIX 1. to 7. ‘MAIN PCB CIRCUIT
DIAGRAM’ in this manual.
CPU
A Fujitsu 32bit RISC CPU, SPARClite is built in the ASIC. While the CPU is driven with a
clock frequency of 66.66 MHz in the user logic block, it itself runs at 133.33 MHz, which is
generated by multiplying the source clock by two.
<HL-5130/5140/5150D>
TP731
DATA[0]
U5
TP6
40
22
RA12
1
8
2
7
3
6
4
RA13
1
5
2
7
3
6
4
RA15
1
5
2
7
22
TP7
3
6
4
RA14
1
5
2
7
3
6
4
5
DATA04
ADR05
DATA05
ADR06
DATA06
ADR07
14
DATA07
ADR08
DATA08
ADR09
DATA09
ADR10
DATA10
ADR11
DATA11
ADR12
7
1
8
4
5
3
6
2
7
10k
10k
10k
10k
R36
R37
R38
10k
10k
R35
10k
10k
R34
R47
10k
R33
R39
10k
R15
10k
10k
R10
R19
10k
R11
ADR[3]
ADR[4]
ADR[5]
ADR[6]
10
ADR[7]
RA10
1
8
4
5
ADR[8]
ADR[9]
ADR[10]
10
3
6
2
7
1
8
RA11 4
5
3
6
2
7
1
8
ADR[11]
25
TP726
26
ADR13
27
DATA13
ADR14
ADR[12]
ADR[13]
ADR[14]
10
28
DATA14
ADR15/BA0
58
ADR[15]
29
DATA15
ADR16/BA1
59
DATA16/IO
DATA17/IO
DATA18/IO
ADR19/WEN
DATA19/IO
ADR20/DQM0
62
63
32
TP1001
33
TP1002
34
TP728
35
TP729
36
TP730
ADR[16]
ADR[17]
R97
10
ADR[18]
R98
10
ADR[19]
R91
22
ADR[20]
33
ADR[21]
R92
ADR22/DQM2
67
DATA22/IO
TP1000
ADR21/DQM1
64
DATA21/IO
31
ADR18/CASN
61
DATA20/IO
30
TP727
ADR17/RASN
60
DATA[15-0]
7F/8F/3-6A
2
ADR[2]
19
57
DATA[15]
TP37
18
DATA12
DATA[14]
RA9
17
56
DATA[13]
6
16
55
8
5
3
15
54
TP9
22
TP36
13
53
DATA[11]
TP734
ADR04
49
DATA[10]
DATA[12]
DATA03
48
22
8
DATA[9]
10
4
12
47
TP8
RA8
ADR[1]
11
46
DATA[7]
TP198
33
R90
10
45
DATA[6]
DATA[8]
ADR03
44
8
DATA[5]
TP733
ADR02
DATA02
43
DATA[3]
DATA[4]
DATA01
42
DATA[2]
TP732
ADR01/24
41
DATA[1]
TP35
9
DATA00
R12
VDD3
ADR23/DQM3
R93
33
ADR[22]
R94
33
ADR[23]
68
DATA23/IO
69
10k
10k
10k
R45
R46
TP700
33
R44
R56
R62
4.7k
SDCKE0
8B
SDCKE1
3-4C
R58
4.7k
10k
TP10
212
TP351
10k
ROMCSN1
R16
ROMCSN0
DATA26/IO
10k
211
DATA25/IO
71
R17
DATA24/IO
70
R18
1.3.1
ROMCSN0
6D/8D
72
DATA27/IO
213
73
DATA28/IO
IOWEN
DATA29/IO
IORDN
74
214
TP12
TP13
TP702
R49
33
R51
33
75
0V
DATA30/IO
76
TP736
DATA31/IO
95
SDCLK0
EXINTN0
TP5
TP15
93
TP16
R68
96
TP17
R57
97
TP26
R61
SDCKE0
RSTN
R63
R65
SDCLK2
216
0V
TP14
94
SDCLK1
196
VDD3
C43
TP7036D IOWEN
IORDN
6D/8D
SDCKE1
0V
TP196
51
0
0
SDCLK0
8B
SDCLK1
3-4C
SDCLK2
3-4C
TP1003
51
0
C101
90
C52
R70
1
AT-49 66.6666MHz
C100
SDCSN0
87
SCKOUT
SCKIN
SDSDA
91
C2
C60
88
TP31
92
85
2
TP30
SDSCL
TP1009
L6
Aurora
0V
C103
R42
R41
R50
SDCSN2
R71
1M
X2
TP29
89
SDCSN1
0
C57
0V
TP705
0.82uH
Fig. 3-3
3-3
TP32
TP33
R52
R48
TP197
51
33
33
SDCSN0
8A
SDCSN1
3-2D
SDCSN2
3-2D
R53
VDD3
4.7k
33
33
SDSDA
3-2C
SDSCL
3-2C
0V
ADR[23-1]
6F/7C/7F/3-2E/
3-4D/3-4C/8A/
8B/3-2D
<HL-5170DN>
TP728
DATA[0]
2
7
3
6
4
RA12
1
5
0
8
7
3
6
4
RA14
1
5
2
7
TP8
0
8
3
6
4
RA13
1
5
TP731
TP9
0
8
7
3
6
ADR05
DATA05
ADR06
DATA06
ADR07
DATA07
ADR08
17
48
DATA08
ADR09
DATA09
ADR10
RA8
DATA10
ADR11
DATA11
ADR12
DATA12
ADR13
TP37
18
4
5
3
6
2
7
1
8
4
5
3
6
2
7
1
8
4
5
3
6
2
7
1
8
RA9
10k
10k
10k
ADR[4]
ADR[5]
ADR[6]
0
ADR[7]
ADR[8]
ADR[9]
ADR[10]
0
ADR[11]
25
26
55
TP723
27
DATA13
ADR14
DATA14
ADR15/BA0
RA10
ADR[12]
ADR[13]
ADR[14]
0
4
5
3
6
2
7
1
8
R129
0
ADR[18]
R130
0
ADR[19]
R125
0
ADR[20]
R126
33
ADR[21]
R127
33
ADR[22]
R128
33
ADR[23]
28
ADR[15]
29
ADR16/BA1
30
DATA16/IO
ADR17/RASN
DATA17/IO
ADR18/CASN
60
61
DATA18/IO
ADR19/WEN
DATA19/IO
ADR20/DQM0
62
63
DATA20/IO
ADR21/DQM1
DATA21/IO
ADR22/DQM2
DATA22/IO
ADR23/DQM3
64
67
TP724
31
TP740
32
TP741
33
TP742
34
TP725
35
TP726
36
TP727
R62
10k
10k
10k
10k
10k
R48
R49
R33
R54
10k
10k
R25
R29
10k
10k
10k
R27
R26
ADR[3]
19
59
DATA[15-0]
6F/8F/3-6A
ADR[2]
16
DATA15
5
ADR[1]
0
15
58
DATA[15]
TP36
14
57
DATA[14]
4
DATA04
56
DATA[13]
2
13
54
DATA[11]
33
12
53
DATA[10]
R124
RA7
11
49
DATA[9]
DATA[12]
ADR04
47
DATA[7]
TP730
ADR03
DATA03
46
DATA[6]
DATA[8]
ADR02
DATA02
44
45
DATA[5]
2
DATA01
43
TP7
TP198
TP35
10
42
DATA[3]
TP729
9
ADR01/24
41
DATA[2]
DATA[4]
U7
40
DATA00
8
R53
TP6
0
RA11
1
DATA[1]
R50
R51
R52
VDD3
ADR[16]
ADR[17]
R92
33
@R95
33
DATA27/IO
213
73
DATA28/IO
IOWEN
DATA29/IO
IORDN
74
TP12
R89
33
R91
33
214
TP13
95
TP14
94
TP15
R85
93
TP16
R90
75
0V
DATA31/IO
SDCLK0
SDCLK1
196
EXINTN0
VDD3
C77
TP5
96
TP17
R75
97
TP26
R78
SDCKE0
RSTN
SDCKE1
C101
87
TP29
R67
89
TP30
R58
88
TP31
R70
92
TP32
R72
91
TP33
R68
SDCSN1
0
SDCSN2
1M
@X3
@C91
@R107
2
0V
90
SDCSN0
@R103
SCKOUT
0
@R104
AT-49 66.6666MHZ
TP705
@R100
1
85
SCKIN
SDSDA
0
C2P
SDSCL
@U8
C159 TP1000 L23
5
1
0V
XIN
Aurora
SSCLK
0.68uH
C103
8
XOUT
VDD3
R81
SDCLK2
216
0V
C270
R88
0
6
TP195
3
TP2
R87
0
TP3
7
FRSEL
VDD
VDD3
S1
4
S0
CY25814
TP702
IOWEN
TP703 6D/4-7D
IORDN
6D/7D/4-7D
DATA30/IO
76
TP739
@C88
TP700
ROMCSN0
TP701 6D/7D
ROMCSN1
4-7D
VSS
2
0V
@C83
C103
Fig. 3-4
3-4
TP196
51
SDCLK0
7B
0
SDCLK1
3-3C
SDCLK2
3-3C
0
TP722
51
0
TP197
51
33
33
R79
4.7k
R76
4.7k
SDCKE0
7B
SDCKE1
3-3C
0V
SDCSN0
7A
SDCSN1
3-2D
SDCSN2
3-2D
R73
VDD3
4.7k
33
33
10k
0V
TP11
R61
TP10
10k
212
R60
ROMCSN1
10k
ROMCSN0
DATA26/IO
72
R59
DATA25/IO
71
10k
10k
211
70
10k
DATA24/IO
R31
R30
DATA23/IO
69
R32
68
SDSDA
3-2C
SDSCL
3-2C
ADR[23-1]
5F/6C/7F/3-2E/
3-3D/4-6E/3-3C/
7A/7B/3-2D
The functions of the interface block communication with external devices are described below;
USB
Stores the data received from the PC into DRAM as controlled by the DMA controller. The
transmission speed is 480Mbps or 12Mbps.
C101
C34
TP1010
U5
R23
0V
22k
<HL-5130/5140/5150D>
USB
CN4
UBR23-4K5200
R24
USBVCC
2C
1M
187
1
188
2
USB_HSDP
USB_HSDM
USB_FSDP
USBVCC
USBVCC
C49
3C
TP718
R69
USBRPU
R67
1M
C48
2
-DATA
4
GND
5
FG
6
FG
39
R27
183
TP1013
39
1.5k
R25
TP1014
USBEXT12
VDD3
12k
R26
223
2
0V
+DATA
3
IF_FG3
186
X1
R28
USB_FSDM
680
C270
VCC
3
226
UCKOUT
1
1
4
TP1012
191
195
L20
0V
TP1011
190
C103
C20
UCKIN
0V
AT-49 12.00MHz
C270
Aurora
Fig. 3-5
R44
C72
TP1003
U7
C101
0V
22k
<HL-5170DN>
USB
CN3
UBR23-4K5200
R47
USBVCC
1C
1M
187
1
188
2
USB_HSDP
USB_HSDM
190
TP1004
191
TP1005
USB_FSDP
195
USBVCC
USBVCC
L24
1
VCC
4
3
+DATA
3
2
-DATA
0V
USB_FSDM
R66
39
R65
39
2C
C86
R102
1
C270
UCKOUT
186
TP1006
183
TP1007
2
1M
USBRPU
X2
C270
226
680
C85
0V
IF_FG3
TP718
R99
1.3.2
USBEXT12
R56
UCKIN
AT-49 12.000MHZ
Aurora
Fig. 3-6
3-5
1.5k
VDD3
R57
12k
C57
C103
223
0V
4
GND
5
FG
6
FG
IEEE1284
Stores the data received from the PC into DRAM as controlled by the DMA controller. It is
applicable to both normal receiving and bi-directional communication (nibble mode, byte
mode, ECP mode).
74LVX161284, 3.3V
5.0V level shifter IC stores the pull-up resistance in signal wire at the
connector side
<HL-5130/5140/5150D>
PC
Printer
Printer
PC
U8
48
18
DIR
VCC
VCC
31
GND
CN6
VDD3
7
HD
0V
C103
34
C103
1
3B
C86
3B
CDCC_HD
C98
L
H
CDCC_DIR
VDD5
VCC_CABLE
VDD5
C101
C101
C101
C101
0V
C101
GND
C101
10
C101
C101
C103
C99
C84
VCC_CABLE
C103
42
15
0V
GND
39
5C
TP1028 228
5C
TP1008 227
CDCCBUSY
CDCCSTBN
245
TP1015
2
244
TP1016
3
243
TP1017
4
242
TP1018
5
TP1019
6
CDCCPEN
CDCCHBUSY
STBN
CDCCSLCT
5C
241
CDCC_D[5]
CDCC_D[6]
CDCC_D[7]
239
TP1022
238
TP1023
235
TP1024
234
TP1025
233
TP1026
TP1027
246
CDCC_D1
CDCC_DIR
CDCC_D2
VSCANCLK
33
D[6]
32
D[7]
C88
C87
C90
0V
Y10
A11
Y11
A12
Y12
INITN_IN
6B
3A
CDCC_HD
3A
CDCC_D3
HBUSY_IN
CDCC_D4
STBN_IN
C14
A14
C15
A15
6B
27
6B
26
C16
A16
C17
A17
CDCC_D6
C83
CDCC_D7
PLHIN
PLH
24
HLH
TP999
Aurora
0V
0V
24
0V
25
0V
26
0V
27
0V
28
0V
29
0V
30
0V
12
44
13
43
32
20
HBUSY_IN
21
SELINN_IN
22
INITN_IN
23
STBN_IN
R78
ACK
BUSY
PE
SELECT
FLT
33
14
ATFEED
33
36
SELIN
31
INPRIM
4B
TP119
R81
4B
TP120
R85
33
4B
TP121
R99
33
1
STB
2
DI1
3
DI2
4
DI3
5
DI4
6
DI5
7
DI6
8
DI7
9
DI8
4B
DA2
30
TP998
25
ZD1
UDZS6.8B
HLHIN
DF5A6.8FU
74LVX161284
DF5A6.8FU
0V
0V
3A
0V
23
45
DA1
231
CDCC_D[7-0]
0V
22
11
6B
19
0V
21
46
CDCC_D5
232
0V
20
10
Y13
28
SELINN_IN
0V
19
47
Y9
A10
29
CDCC_DIR
250
C101
CDCC_D[4]
D[5]
TP118
C76
CDCC_D[3]
B8
35
CDCC_D0
TP1021
C101
CDCC_D[2]
A8
A13
C101
CDCC_D[1]
B7
D[4]
240
C101
CDCC_D[0]
CDCCFLTN
A7
A9
C77
TP1020
B6
17
C78
HBUSY
CDCCACKN
CDCCSINN
B5
A6
16
U5
CDCCINITN
A5
36
+5V
17
C4
14
D[3]
C3
CDCC_D[5]
37
C2
TP1029 229
B4
18
16
A
5C
SEINN
A4
D[2]
C1
13
CDCC_D[7]
8
7
6
INITN
B3
D[1]
38
C4
CDCC_D[4]
CDCC_D[6]
TP1030 230
A3
40
C3
1
2
3
4
RA7
10k
B2
12
CDCC_D[3]
VDD3
B1
A2
C2
CDCC_D[2]
A1
A
9
11
D[0]
D[7-0]
6C
C1
CDCC_D[1]
41
C91
8
CDCC_D[0]
C94
C97
1C
C96
CDCC_D[7-0]
C95
GND
5
0V
D[7-0]
6A
D[0]
TP122
RA6
33
1
8
2
7
3
6
4
5
D[1]
D[2]
D[7-0]
D[3]
RA5
D[4]
33
8
1
D[5]
2
7
3
6
4
5
D[6]
INITN
D[7]
2B
TP123
SEINN
NC
15
NC
NC
33
NC
NC
34
NC
NC
35
NC
IF_FG
37
FG
IF_FG2
38
FG
C4
C3
DA4
C2
C1
C4
C3
DA3
2B
C2
HBUSY
C1
2B
STBN
DF5A6.8FU
DF5A6.8FU
A
A
2B
0V
Fig. 3-7
<HL-5170DN>
PC
Printer
Printer
PC
U11
18
DIR
VCC
HD
VCC
CN5
VDD3
7
31
GND
0V
C103
34
C103
1
2B
C135
48
2B
CDCC_HD
C121
L
H
CDCC_DIR
VDD5
VCC_CABLE
VDD5
C101
C101
C101
C101
0V
C101
GND
C101
10
C101
C101
C103
C136
VCC_CABLE
C103
C120
42
15
0V
GND
39
241
A12
Y12
A13
Y13
6
CDCCFLTN
29
CDCC_D[5] 233
C15
A15
C16
A16
C17
A17
28
26
CDCC_D5
CDCC_D[6] 232
19
PLH
PLHIN
Aurora
C116
C119
CDCC_D7
C115
24
CDCC_D[7] 231
HLH
TP999
C123
C124
C126
C127
C129
0V
24
0V
25
0V
26
0V
27
0V
28
0V
29
0V
30
0V
12
13
43
32
HBUSY_IN
R113
INITN_IN
23
STBN_IN
BUSY
PE
SELECT
FLT
14
ATFEED
CDC-.cir/1B TP119
R115
33
36
CDC-.cir/1B TP120
SELIN
R119
33
31
CDC-.cir/1B TP121
INPRIM
R131
33
1
STB
2
DI1
3
DI2
4
DI3
5
DI4
6
DI5
7
DI6
8
DI7
9
DI8
SELINN_IN
22
ACK
33
CDC-.cir/1B
DA3
30
TP998
25
ZD1
UDZS6.8B
HLHIN
DF5A6.8FU
74LVX161284
CDCC_D[7-0]
DF5A6.8FU
0V
0V
0V
D[7-0]
CDC-.cir/3A
D[0]
TP122
RA6
33
1
8
2
7
3
6
4
5
D[1]
D[2]
D[7-0]
3A
0V
23
44
DA2
CDCC_D6
0V
22
45
21
27
C101
CDCC_D4
C101
CDCC_D3
CDCC_D[4] 234
C101
CDCC_D2
CDCC_D[3] 235
C101
CDCC_D[2] 238
A14
0V
21
11
20
C14
0V
20
46
TP118
INITN_IN
CDC-.cir/2B
SELINN_IN
CDC-.cir/2B
HBUSY_IN
CDC-.cir/2B
STBN_IN
CDC-.cir/2B
0V
19
10
CDCC_D0
CDCC_D1
0V
17
47
CDCC_D[0] 240
CDCC_D[1] 239
+5V
16
C4
5D
Y11
0V
C3
CDCCSLCT
A11
D[7]
18
A
5
32
D[3]
D[4]
RA5
33
1
8
D[5]
2
7
3
6
4
5
D[6]
D[7]
TP123
DA4
INITN
DF5A6.8FU
1B
SEINN
DA5
DF5A6.8FU
NC
15
NC
NC
33
NC
NC
34
NC
NC
35
NC
IF_FG
37
FG
IF_FG2
38
FG
C4
4
242
Y10
D[6]
C3
243
CDCCPEN
A10
33
A
CDCCSTBN
STBN
Y9
3
244
CDCCHBUSY
B8
A9
D[5]
C2
227
A8
2
35
C2
228
5D
B7
D[4]
C1
5D
HBUSY
A7
36
C1
CDCCBUSY
B6
D[3]
C4
CDCCSINN
B5
A6
17
245
229
A5
37
C3
5D
SEINN
B4
16
U7
CDCCACKN
A4
C4
14
D[2]
A
CDCC_D[5]
38
C2
13
CDCC_D[7]
CDCCINITN
B3
A
CDCC_D[4]
CDCC_D[6]
230
B2
A3
12
CDCC_D[3]
INITN
A2
C3
11
D[1]
C1
CDCC_D[2]
40
C2
9
D[0]
D[7-0]
CDC-.cir/3C
C1
CDCC_D[1]
41
B1
A1
C130
8
CDCC_D[0]
C133
1C
C132
GND
CDCC_D[7-0]
C118
1.3.3
0V
1B
HBUSY
1B
STBN
1B
Fig. 3-8
3-6
Network Interface
The National Semiconductor brand 10 Base-T/100 Base-TX network controller DP83816 is
connected with the ASIC through the PCI bus. The pulse transformer and the Link/Active LED
are built in the RJ-45 connector.
<HL-5170DN>
0V
@C9
@C8
@C46 @C45
@DA1
C100
C104
C100 C104
RJ-45
C1
3C
0V
A
PAD[31-0]
U7
0V
64
RSTN
REQN
PREQ1
1D
168
PAD02
TP304
@R63
TP305
PAD03
@C5
169
TP154
58
PAD05
120
122
PAD[9]
123
PAD[10]
126
PAD[11]
127
PAR
141
TP76
IRDYN
140
PAD12
TP77
144
145
PAD[18]
146
PAD[19]
147
PAD[20]
151
PAD[21]
152
TP78
156
PAD[25]
157
PAD[26]
158
PAD[27]
159
PAD[28]
160
C103
@C19
C104
10V 12V
C100
0V
3 TD54
TPTDP
TP80
46
45
121
132
34
TP160
107
MA1/LED10N
MA2/LED100N
TP164
TP165
127
TP166
RESERVED50
RESERVED127
155
GNTN
REGVDD
61
PAD[0]
121
PAD[1]
120
PAD[2]
119
PAD[3]
118
PAD[4]
116
PAD[5]
115
9
AD01
VDDIO1
@C16
PAD[6]
113
PAD[7]
112
VDDIO5
@C28
C103
0V
AD07
PAD[8]
110
PAD[9]
109
PGNTN2
VDD3
0
@C12
C104
@C3
16V
C10
PAD[11] 106
170
TP155
0V
AD11
PAD[12] 105
AD12
PAD[13] 104
174
AD13
PINTAN
3C
AD14
COREVSS3
AD15
PGMVSSA
PAD[15] 101
175
PINTBN
Aurora
PAD[16]
88
PAD[17]
87
PAD[18]
86
PAD[19]
83
PAD[20]
82
PAD[21]
81
78
74
PAD[25]
73
PAD[26]
72
PAD[27]
71
PAD[28]
70
PAD[29]
PCIVSS2
AD18
COREVSS4
67
PAD[31]
66
MDIO
TP83
TP183
TXEN
TP184
GND
DO
NC5
8
7
NC
6
VDD3
AD22
PGMVSSD
RXD3/MA9
RXD2/MA8
RXD1/MA7
MCSN
RXD0/MA6
MD7
RXDV/MA11
MD6
RXER/MA10
MD5
TXCLK
MD3
TXD3/MA15
MD2
TXD2/MA14
MD0
129
TP185
141
TP186
140
TP187
139
TP188
135
TP189
134
TP190
132
TP191
TXD1/MA13
3
TXD0/MA12
AD23
BGVSS
PMEN
PWRGOOD
122
3VAUX
20
DP83816
32
38
44
AD24
ADCVSS
AD25
CDVSSA
51
52
AD26
TXVSS1
AD27
TXVSS2
AD28
VSSIO1
AD29
COREVSS1
AD30
VSSIO3
AD31
VSSIO5
55
8
16
26
136
49
0V
CDVSSD
CBEN[0] 111
CBE0
CBEN[1] 100
CBE1
89
CBE2
75
CBE3
36
VDD3
NC36
37
NC37
84
NC84
85
NC85
TP156
124
NC124
125
NC125
126
0V
NC126
DP83816
@C13
C103
@C33
C103
0V
Fig. 3-9
3-7
@Q2
MA5
MRDN
TP192
131
TP193
130
TP194
DTA114YUA
@QA1
C2
LED10N
C1
B2
6B
@C7
C104
0V
B1
E
RN1706
5
NC
E
RN1706
0V
BR93LC46RF-W
@R22
VDD3
DTA114YUA
LEDACTN
6B
RXCLK
MWRN
VDD3
114
COREVSS2
1C
CBEN[3]
RXOE
40
59
TP743
123
103
PCIVSS5
AD21
CBEN[3-0]
CBEN[2]
NC7
DI
30
VREF
90
PCIVSS4
AD20
68
PAD[30]
4
VCC
SK
TP85
@R28
ACT
100
TP182
13
CRS
10k
77
AD17
TP82
0V
PCIVSS1
79
PAD[24]
@R9
65
AD19
PAD[23]
100
1/10W
@QA1
CS
0V
MDC
57
AD16
PAD[22]
3
5
COL/MA16
35
PAD[14] 102
R46
@R6
19
C1
AD09
AD10
173
PINTAN
TP73
10k
@C15
C103
137
AD08
PREQN2
C104
27
VDDIO3
AD06
167
2
@Q4
AD04
AD05
PGNTN1
@R17
100
0V
@U1
1
1k
AD02
PAD[10] 108
10k
TP72
TP734
133
28
TP167
29
TP168
4
TP169
6
TP170
12
TP171
11
TP172
10
TP173
7
TP174
15
TP175
14
TP176
31
TP177
25
TP178
24
TP179
23
TP180
22
TP181
@C34
C103
AD00
PBEN3
R35
TP733
MD1/CFGDISN
C104
@C14
C103
CDVDD
PBEN2
TP71
10k
TP732
1
138
PGMVDDD
56
4A
R45
TP720
2
MA3/EEDI
@C11
33
INTAN
1A
172
PREQN1
DTA114YUA
10k
128
EESEL
MA4/EECLK
1D
PAD[31-0]
VDD3
TP86
@R14
1/10W
@R11
MD4/EEDO
PINTAN
TP84
@Q1
RESERVED41
21
AD03
143
VDD3
LED100N
8C
@C41
C103
63
PBEN0
10k TP70
LED10N
7C
144
NC43
41
@C50
C103
117
PBEN1
CBEN[3]
C104
NC42
48
PCIVDD5
IDSEL
PAD31
CBEN[2]
100BASE: ORANGE
0810-1X1T-03
C104
0V
143
NC34
TP162
50
PCIVDD4
SERRN
76
2A
PAD30
R36
@C44
RESERVED48
C105
98
IDSEL
2E
VDD3
10BASE : GREEN
9 LED2
@C26
C104
LEDACTN
42
43
C42
VDD3
@C49
C103
PERRN
10k
CBEN[3-0]
PREQ1
54.9
7C
TP161
R40
TP81
PAD29
166
54.9
142
VDD3
C104
97
PSERRN
PAD28
CBEN[1]
@R20
@R18
@C10
MA0/LEDACTN
@C48
PAD27
CBEN[0]
10 LED2
TPRDP
C104
94
PAD25
PAD[30]
6 RCT
@C31
C100
X1
TPRDM
PCIVDD3
10k
PAD26
PAD[31]
5 RD-
53
TPTDM
17
@C43
80
PAD24
164
2 TD+
4 RD+
PAD23
165
LINK : YELLOW
1 TCT
X2
C080
AT-49 25.00MHZ
69
PAD22
PAD[29]
8C
@U3
0
2
0V
PCIVDD2
95
PAD21
PAD[24]
C103
96
10k
PPERRN
134
PAD20
C104
10V 12V
C100
DEVSELN
135
PAD18
153
154
BLM11P300SPB
@C30
@C1
SOTPN
TP79
R41
PAD19
PAD[22]
@C24
@C17
C104
7 LED1_C
8 LED1_A
ACT
18
0V
R43
139
PDEVSELN
PAD17
PAD[23]
@C35
PCIVDD1
10k
PSOTPN
PAD15
PAD16
@L8
93
R37
138
PAD14
131
PAD[17]
@R23
TRDYN
PAD13
130
PAD[15]
PAD[16]
10k
PTRDYN
129
PAD[14]
92
R39
128
VDD3
@C2
TP301
ADCVDD
10k
@L1
BLM11P300SPB
BLM11P300SPB
47
PIRDYN
PAD11
PAD[13]
BGVDD
91
C12P
@X1
@C6
A_VDD
TP302
@L2
39
VDD3
10k
FRAMEN
PAD09
PAD[12]
TP75
PFRAMEN
R42
PAD10
1
TP300
R38
142
PAD08
VDD3
99
PPAR
PAD07
TP721
@R4
@L9
BLM11P300SPB
PGMVDDA
133
PAD06
PAD[7]
PAD[8]
TP199
+
119
GACLKOUT
+
118
PAD[6]
@R24
1/10W 49.9
PCICLK
33
PAD04
PAD[5]
A_VDD
1/10W 49.9
60
PCLKOUT
E
116
62
PRSTN
PAD01
C
PAD[4]
@U3
171
PAD00
B
115
E
114
C
113
PAD[3]
11 FG
B
112
PAD[2]
1M
PAD[0]
PAD[1]
@R5
2C
@CN2
12 FG
C4
DF5A6.8LF
E
33
IF_FG4
C3
IDSEL
C
@R64
C2
TP74
B
TP69
+
1.3.4
7A
LED100N
6B
ROM
A 16Mbit ROM (x 16bit) is fitted. (HL-5130)
A 32Mbit ROM (x 16bit) is fitted. (HL-5140)
A 64Mbit ROM (x 16bit) is fitted. (HL-5150D)
<HL-5130/5140/5150D>
FLASH for MAIN PROGRAM
ADR[22]
ADR[22]
R77
ADR[23]
0
R96
TP1
MASK ROM
TP2
0
U7
ROMCSN0
5C/8D
IOWEN
5C
IORDN
5C/8D
ADR[20]
R86
26
11
28
TP48
15
0
47
FLASH PIN
PIN
TOSHIBA
FUJITSU FUJITSU
DL type
LV type
Mirror
64M
64M
9
A21
13
ACC
14
WP
15
A19
47
Vccq
32M
A19
A21
WP/ACC
16M
8M
C80
ADR[1]
ADR[2]
24
A19
ADR[3]
23
C103
25
A19
A19
NC
A19
NC
NC
NC
A21
NC
ADR[4]
22
NC
NC
NC
NC
ADR[5]
21
NC
NC
ADR[6]
20
Byte
Byte
ADR[7]
19
WP/ACC
RY/BY
RY/BY RY/BY RY/BY
Byte
Byte
Byte
Byte
ADR[8]
18
ADR[9]
8
ADR[10]
7
ADR[11]
SAMSUNG
/MXIC
SAMSUNG
non-page
MXIC
MXIC
6
ADR[12]
5
ADR[13]
4
ADR[14]
3
non-page
128M
64M
32M
32M
8M
11
A19
A19
A19
A19
NC
12
A21
A21
Vss
Vss
Vss
ADR[15]
13
A20
A20
A20
A20
NC
36
A22
NC
Vss
NC
NC
37
VCC
2
ADR[16]
1
ADR[17]
48
ADR[18]
17
ADR[19]
16
R74
ADR[20]
TP49
0
9
ADR[21]
10
R75
ADR[22]
0
VDD3
WE
OE
ROMCSN0
5C/6D
46
R83
IORDN
5C/6D
27
OE
VSS-25
R80
VDD3
BHE
VSS-36
A1
WR/ACC
VDD3
A2
DQ0
A5
DQ1
A6
DQ2
A7
DQ3
A8
DQ4
A9
DQ5
A10
DQ6
A11
DQ7
A12
DQ8
A13
DQ9
A14
DQ10
A15
DQ11
A16
DQ12
A17
DQ13
A18
ADR[3]
21
ADR[4]
20
31
DATA[1]
ADR[5]
19
33
DATA[2]
ADR[6]
18
35
DATA[3]
ADR[7]
17
38
DATA[4]
ADR[8]
16
40
DATA[5]
ADR[9]
10
42
DATA[6]
44
DATA[7]
ADR[11]
30
DATA[8]
ADR[12]
7
32
DATA[9]
ADR[13]
6
ADR[10]
DATA[10]
ADR[14]
9
8
5
36
DATA[11]
ADR[15]
39
DATA[12]
ADR[16]
41
DATA[13]
ADR[17]
2
43
DATA[14]
ADR[18]
15
DATA[15]
45
A19 DQ15/A-1
22
DATA[0]
34
DQ14
ADR[2]
29
A3
A4
23
ADR[19]
A20
MBM29DL324BE-90TN
4
3
14
ADR[20]
11
ADR[21]
13
DATA[15-0]
3B/8F/3-6A
0
36
R95
47
0
C103
0V
A0
A1
A2
A3
A4
DQ0
A5
DQ1
A6
DQ2
A7
DQ3
A8
DQ4
A9
DQ5
A10
DQ6
A11
DQ7
A12
DQ8
A13
DQ9
A14
DQ10
A15
DQ11
A16
DQ12
A17
DQ13
A18
DQ14
A19 DQ15/A-1
28
DATA[0]
30
DATA[1]
32
DATA[2]
34
DATA[3]
39
DATA[4]
41
DATA[5]
43
DATA[6]
45
DATA[7]
29
DATA[8]
31
DATA[9]
33
DATA[10]
35
DATA[11]
40
DATA[12]
42
DATA[13]
44
DATA[14]
46
DATA[15]
A20
K3N6V1000D
DATA[15-0]
3B/7F/3-6A
ADR[23-1]
6F/7A/7C/
3-2E/3-4D/
3-4C/8A/8B/3-2D
ADR[23-1]
7A/7C/7F/3-2E/3-4D/3-4C/8A/8B/3-2D
C81
48
VSS-48
ADR[1]
25
C82
VSS-47
14
R76
C103
0
A0
12
26
VSS-26
1
VDD3
38
VSS-12
0
VDD3
TP50
13
37
VCC-37
0V
BYTE
RESET
CE
VCC-38
C103
RY/BY VSS-46
24
C79
27
VSS-27
NC
OKI
OKI
P2ROM P2ROM
64M
32M
MASK ROM PIN
PIN
12
VDD3
0V
U6
CE
Fig. 3-10
A 64Mbit ROM (x 16bit) is fitted. (HL-5170DN)
<HL-5170DN>
ADR[22]
@R106
ADR[23]
0
@R120
ADR[22]
FLASH PIN
PIN
TOSHIBA
FUJITSU
FUJITSU
DL type
LV type
Mirror
64M
64M
OKI
OKI
P2ROM P2ROM
32M
16M
8M
64M
32M
0
47
12
@C111
C104 25
ADR[2]
24
ADR[3]
23
ADR[4]
22
A21
A19
A19
A19
NC
A19
A19
ADR[5]
21
13
ACC
A21
NC
NC
NC
A21
NC
ADR[6]
20
WP
15
A19
47
Vccq
WP/ACC
RY/BY
Byte
WP/ACC
NC
NC
RY/BY RY/BY RY/BY
Byte
Byte
Byte
NC
NC
ADR[7]
19
NC
NC
ADR[8]
18
Byte
Byte
MASK ROM PIN
SAMSUNG
/MXIC
PIN
128M
SAMSUNG MXIC
non-page
64M
32M
32M
6
ADR[12]
5
ADR[13]
4
ADR[14]
3
ADR[15]
2
ADR[16]
1
Vss
ADR[18]
A20
NC
ADR[19]
A19
A19
12
A21
A21
Vss
13
A20
A20
A20
Vss
ADR[11]
Vss
A19
NC
7
ADR[17]
A19
A22
8M
NC
NC
8
ADR[10]
NC
11
36
MXIC
non-page
ADR[9]
ADR[20]
ADR[21]
ADR[22]
48
17
@R98
0
@R101
16
TP49
9
10
@U9
VSS-27
RY/BY VSS-46
ROMCSN0
4C/6D
IORDN
4C/6D/4-7D
0V
BYTE
@R109
@R108
27
OE
VSS-26
VDD3
0
1
BHE
VSS-36
VSS-47
A0
A1
VSS-12
VSS-25
0
VDD3
TP50
VCC-37
VCC-38
C103
46
13
CE
C110
27
RESET
24
VSS-48
WR/ACC
14
VDD3
A2
DQ0
A5
DQ1
A6
DQ2
A7
DQ3
A8
DQ4
A9
DQ5
A10
DQ6
A11
DQ7
A12
DQ8
A13
DQ9
A14
DQ10
A15
DQ11
A16
DQ12
A17
DQ13
A18
DQ14
A19 DQ15/A-1
23
ADR[2]
22
ADR[3]
21
29
DATA[0]
ADR[4]
20
31
DATA[1]
ADR[5]
19
33
DATA[2]
ADR[6]
18
35
DATA[3]
ADR[7]
17
38
DATA[4]
ADR[8]
16
A3
A4
ADR[1]
40
DATA[5]
ADR[9]
42
DATA[6]
ADR[10]
10
9
44
DATA[7]
ADR[11]
8
30
DATA[8]
ADR[12]
7
32
DATA[9]
ADR[13]
6
34
DATA[10]
ADR[14]
5
36
DATA[11]
ADR[15]
4
39
DATA[12]
ADR[16]
41
DATA[13]
ADR[17]
2
43
DATA[14]
ADR[18]
15
45
DATA[15]
ADR[19]
3
14
A20
ADR[20]
11
MBM29DL324BE-90TN
ADR[21]
13
37
VDD3
38
12
25
@R105
0
26
36
@R117
47
0
48
0V
A0
A1
A2
A3
A4
DQ0
A5
DQ1
A6
DQ2
A7
DQ3
A8
DQ4
A9
DQ5
A10
DQ6
A11
DQ7
A12
DQ8
A13
DQ9
A14
DQ10
A15
DQ11
A16
DQ12
A17
DQ13
A18
DQ14
A19 DQ15/A-1
28
DATA[0]
30
DATA[1]
32
DATA[2]
34
DATA[3]
39
DATA[4]
41
DATA[5]
43
DATA[6]
45
DATA[7]
29
DATA[8]
31
DATA[9]
33
DATA[10]
35
DATA[11]
40
DATA[12]
42
DATA[13]
44
DATA[14]
46
DATA[15]
A20
0
DATA[15-0]
2B/8F/3-6A
ADR[23-1]
5F/6A/6C/3-2E/3-3D/4-6E/3-3C/7A/7B/3-2D
ADR[23-1]
6A/6C/7F/3-2E/3-3D/4-6E/3-3C/7A/7B/3-2D
Fig. 3-11
3-8
C112
VDD3
C103
37
WE
OE
NC
ADR[1]
9
14
VCC
C103
@R111
VDD3
0V
CE
MASK ROM
TP52
0
@U10
26
ROMCSN0
4C/7D
11
IOWEN
4C/4-7D
28
IORDN
TP48
ADR[20] 4C/7D/4-7D
15
TP51
C113
1.3.5
K3N6V1000D
DATA[15-0]
2B/6F/3-6A
1.3.6
Flash ROM
A 16Mbit flash ROM (x 16bit) is fitted. (HL-5170DN)
FLASH for NETWORK PROGRAM
ADR[22]
U12
26
ROMCSN1
1-4C
11
IOWEN
1-4C/1-6D
28
IORDN
TP151
15
ADR[20] 1-4C/1-6D/1-7D @R132
0
37
CE
VDD3
VCC
WE
27
OE
VSS27
RY/BY
VSS46
@C134
C103
46
0V
47
BYTE
12
VDD3
0V
RESET
@C122
C103
13
@R133
TP152
ADR[1]
25
ADR[2]
24
ADR[3]
23
@R134 0
A0
14
A1
VDD3
NC14
A2
ADR[4]
22
ADR[5]
21
ADR[6]
20
A3
9
13
14
A21
ACC
WP
15
A19
47
Vccq
32M
A19
NC
WP/ACC
A19
NC
NC
ADR[13]
4
ADR[14]
3
ADR[15]
2
ADR[16]
1
ADR[17]
48
ADR[18]
17
TOSHIBA
8M
NC
NC
NC
DQ5
A10
DQ6
A11
DQ7
A12
DQ8
ADR[20]
@R136
TP150
29
DQ[16]
31
DQ[17]
33
DQ[18]
35
DQ[19]
38
DQ[20]
40
DQ[21]
42
DQ[22]
44
DQ[23]
30
DQ[24]
32
DQ[25]
34
DQ[26]
36
DQ[27]
39
DQ[28]
41
DQ[29]
43
DQ[30]
45
DQ[31]
DQ9
DQ10
DQ11
DQ12
A17
DQ13
A18
DQ14
16
ADR[19]
Byte
A9
A16
WP/ACC
Byte
Byte
DQ4
A15
A21
Byte
A8
A14
A19
RY/BY
DQ3
A13
64M
RY/BY RY/BY RY/BY
A7
5
ADR[12]
16M
DQ2
6
ADR[11]
64M
A6
7
ADR[10]
PIN
DQ1
8
ADR[9]
FUJITSU
DQ0
A5
18
ADR[8]
FLASH PIN
A4
19
ADR[7]
9
A19 DQ15/A-1
ADR[21]
0
10
NC10
ADR[22]
@R135
MBM29LV160BE-**TN
0
DQ[31-0]
1-8C/3-2A/3-7D
ADR[23-1]
1-5F/1-6A/1-6C/1-7F/3-2E/3-3D/3-3C/1-7A/1-7B/3-2D
Fig. 3-12
3-9
0
NC13
VDD3
SDRAM
A 64Mbit SDRAM (x 16bit) is used as the RAM. (HL-5130)
A 128Mbit SDRAM (x 16bit) is used as the RAM. (HL-5140/5150D)
<HL-5130/5140/5150D>
SDRAM
U4
19
1
CS
SDCSN0
5C RASN
3
RAS
ADR[17]
6F/7A/7C/7F/3-2E/3-4C CASN
ADR[18]
6F/7A/7C/7F/3-2E/3-4C WEN
ADR[19]
6F/7A/7C/7F/3-2E/3-4C
VDD3
VDD1
18
VDDQ3
17
9
CAS
VDDQ9
WE
VDD14
16
14
27
VDD27
15
C38
C11
C103
C103
12
C37
VSSQ12
C12
VSSQ6
CKE
6C
C103
6
CLK
37
SDCKE0
C103
38
SDCLK0
5C
C13
49
C103
VDDQ49
C9
UDQM
39
C103
VDDQ43
C103
43
LDQM
C10
DQM0
ADR[20]
6F/7A/7C/7F/3-2E/3-4C DQM1
ADR[21]
6F/7A/7C/7F/3-2E/3-4C
28
VSS28
R40
ADR[14]
0
36
41
NC36
VSS41
NC40
VSSQ46
46
40
TP303
52
VSSQ52
54
20
BA0
BA0
ADR[15]
6F/7A/7C/7F/
3-2D/3-2E
0V
VSS54
2
DQ[0]
4
DQ[1]
5
DQ[2]
7
DQ[3]
8
DQ[4]
10
DQ[5]
11
DQ[6]
13
DQ[7]
42
DQ[8]
DQ0
BA1
21
ADR[16]
6F/7A/7C/7F/
3-2D/3-2E
DQ1
BA1
DQ2
DQ3
23
ADR[2]
A0
DQ4
A1
DQ5
A2
DQ6
A3
DQ7
A4
DQ8
A5
DQ9
24
ADR[3]
25
ADR[4]
26
ADR[5]
29
ADR[6]
ADR[7]
30
ADR[8]
31
ADR[9]
32
ADR[10]
33
ADR[11]
34
ADR[12]
22
A6
DQ[9]
45
DQ[10]
47
DQ[11]
48
DQ[12]
50
DQ[13]
51
DQ[14]
53
DQ[15]
DQ10
A7
DQ11
A8
DQ12
A9
DQ13
A10/AP
DQ14
A11
DQ15
35
ADR[13]
44
K4S641632D-TC1H
ADR[23-1]
6F/7A/7F/3-2E/3-4D/3-4C/8A/8B/3-2D
DQ[15-0]
3-2A/3-7D
Fig. 3-13
A 256Mbit SDRAM (x 16bit) is used as the RAM. (HL-5170DN)
<HL-5170DN>
SDRAM
U4
1
19
CS
SDCSN0
4C
RASN
ADR[17]
5F/6A/6C/7F/3-2E/3-3C/4-6E
CASN
ADR[18]
5F/6A/6C/7F/3-2E/3-3C/4-6E
WEN
ADR[19]
5F/6A/6C/7F/3-2E/3-3C/4-6E
VDD3
VDD1
3
18
RAS
VDDQ3
9
17
CAS
VDDQ9
WE
VDD14
14
16
27
VDD27
CLK
VSSQ6
CKE
VSSQ12
ADR[14] @R55
40
TP303
BA0
ADR[15]
5F/6A/6C/7F/
3-2D/3-2E/4-6E
BA1
ADR[16]
5F/6A/6C/7F/
3-2D/3-2E/4-6E
20
NC36
VSS41
NC40
VSSQ46
BA0
VSSQ52
46
52
54
0V
VSS54
21
BA1
2
DQ[0]
4
DQ[1]
5
DQ[2]
7
DQ[3]
8
DQ[4]
10
DQ[5]
11
DQ[6]
13
DQ[7]
42
DQ[8]
DQ0
DQ1
DQ2
DQ3
23
ADR[2]
A0
DQ4
A1
DQ5
A2
DQ6
A3
DQ7
A4
DQ8
A5
DQ9
A6
DQ10
A7
DQ11
A8
DQ12
A9
DQ13
A10/AP
DQ14
A11
DQ15
24
ADR[3]
25
ADR[4]
26
ADR[5]
29
ADR[6]
30
ADR[7]
31
ADR[8]
ADR[9]
32
ADR[10]
33
34
ADR[11]
22
ADR[12]
35
ADR[13]
44
DQ[9]
45
DQ[10]
47
DQ[11]
48
DQ[12]
50
DQ[13]
51
DQ[14]
53
DQ[15]
HY57V281620HCT-P
ADR[23-1]
5F/6A/7F/3-2E/3-3D/4-6E/3-3C/7A/7B/3-2D
DQ[31-0]
3-2A/3-7D/4-7E
Fig. 3-14
3-10
C58
41
36
0
C103
28
VSS28
C39
5C
C103
12
37
C37
4C
SDCKE0
C103
6
38
SDCLK0
C59
49
C103
VDDQ49
C38
UDQM
C103
VDDQ43
C36
LDQM
39
C103
43
15
C103
DQM0
ADR[20]
5F/6A/6C/7F/3-2E/3-3C/4-6E
DQM1
ADR[21]
5F/6A/6C/7F/3-2E/3-3C/4-6E
C40
1.3.7
1.3.8
Optional RAM
A 32bit (100 pin) DIMM can be fitted as optional RAM. The main PCB has one slot and the
capacity of DIMM can be from 16MB to 128MB.
<HL-5140/5150D>
DQ[31-0]
DQ[31-0]
7D/1-8C
DIMM
CN5
CN5
DQ[0]
2
DQ0
3
DQ1
21
VDD
4
DQ2
31
VDD
DQ[3]
5
DQ3
42
VDD
DQ[4]
7
DQ4
50
VDD
VDD
DQ[1]
DQ[2]
VDD
DQ[5]
8
DQ5
56
DQ[6]
9
DQ6
71
VDD
10
DQ7
81
VDD
92
VDD
1
VSS
DQ[7]
DQ[8]
DQ[9]
52
DQ8
53
DQ9
DQ[10]
54
DQ10
DQ[11]
55
DQ11
DQ[12]
57
DQ12
12
VSS
DQ[13]
58
DQ13
26
VSS
DQ[14]
59
DQ14
36
VSS
DQ[15]
60
DQ15
47
VSS
DQ[16]
38
DQ16
51
VSS
DQ[17]
39
DQ17
62
VSS
DQ[18]
40
DQ18
76
VSS
DQ[19]
41
DQ19
86
VSS
DQ[20]
43
DQ20
97
VSS
DQ[21]
44
DQ21
DQ[22]
45
DQ22
27
CKE0/NotUse
DQ[23]
46
DQ23
77
CKE1/NotUse
88
DQ24
78
NotUse/OE
72
RASN/NotUse
DQ[24]
DQ[25]
89
DQ25
DQ[26]
90
DQ26
DQ[27]
91
DQ27
DQ[28]
93
DQ28
DQ[29]
94
DQ29
95
DQ30
DQ[31]
96
DQ31
48
49
98
0V
0V
SDCKE1
1-6C
NC
RASN
DQ[30]
SDSDA
1-6D
SDSCL
1-6D
ADR[17]
1-6F/1-7A/1-7C/1-7F/1-8A/2E CASN
ADR[18]
1-6F/1-7A/1-7C/1-7F/1-8A/2E WEN
ADR[19]
1-6F/1-7A/1-7C/1-7F/1-8A/2E
SDCLK1
1-5C
SDCLK2
1-5C
DQM0
SCL
ADR[20]
1-6F/1-7A/1-7C/1-7F/1-8A/2E DQM1
ADR[21]
1-6F/1-7A/1-7C/1-7F/1-8A/2E DQM2
ADR[22]
1-6F/1-7A/1-7C/1-7F/2E DQM3
ADR[23]
1-6F/1-7A/1-7C/1-7F/2E
SA0
99
SA1
100
SA2
29
SN0/RASN0/E0
SN1/RASN1/E1
30
SN2/RASN2/E2
80
SN3/RASN3/E3
ADR[16]
1-6F/1-7A/
1-7C/1-7F/
1-8B/2E
19
BA1/A12
BA0
ADR[15]
1-6F/1-7A/
1-7C/1-7F/
1-8B/2E
0V
ADR[14]
68
BA0/A11
ADR[13]
BA1
ADR[12]
ADR[11]
73
CASN/NotUse
28
WEN/WEN/NotUse
25
CK0/NotUse
75
CK1/NotUse
11
DQMB0/CASN0/NotUse
SDA
79
SDCSN1
1-5C
SDCSN2
1-5C
ADR[23-1]
1-6F/1-7A/1-7C/
1-7F/4D/4C/1-8A/
1-8B/2D
6
VDD3
61
DQMB1/CASN1/NotUse
37
DQMB2/CASN2/NotUse
87
DQMB3/CASN3/NotUse
NC
23
RFU
NC
24
RFU
NC
74
RFU
NC[C80]
70
A13/NotUse/A15
20
A12/NotUse/A14
NC
32
69
A11/A13
NC
82
NC[C81]
18
A10,AP/A10
NC
33
NC[C82]
NC[C83]
67
A9
NC
83
ADR[10]
17
A8
NC
34
NC[C84]
ADR[9]
66
NC
84
NC[C85]
ADR[8]
16
NC
35
NC[C86]
ADR[7]
65
NC
85
NC[C87]
ADR[6]
15
NC
22
VREF/Not Use
A7
A6
A5
A4
ADR[5]
64
A3
ADR[4]
14
A2
ADR[3]
63
A1
ADR[2]
13
A0
VDD3
CAPACITOR FOR CN5 POWERLINE
C55
C51
C103
C104
C103
C92
C103
C85
C103
0V
Fig. 3-15
3-11
C75
C103
C74
C103
C30
C103
C19
C103
C103
<HL-5170DN>
DQ[31-0]
1-8C/7D/4-7E
DIMM
CN4
CN4
DQ[0]
2
6
VDD
DQ[1]
3
DQ1
21
VDD
DQ[2]
4
DQ2
31
VDD
DQ[3]
5
DQ3
42
VDD
DQ[4]
7
DQ4
50
VDD
DQ[5]
8
DQ5
56
VDD
DQ[6]
9
DQ6
71
VDD
DQ[7]
10
DQ7
81
VDD
92
VDD
VSS
DQ0
VDD3
DQ[8]
52
DQ8
DQ[9]
53
DQ9
DQ[10]
54
DQ10
DQ[11]
55
DQ11
1
DQ[12]
57
DQ12
12
VSS
DQ[13]
58
DQ13
26
VSS
DQ[14]
59
DQ14
36
VSS
DQ[15]
60
DQ15
47
VSS
DQ[16]
38
DQ16
51
39
DQ17
62
VSS
DQ[18]
40
DQ18
76
VSS
DQ[19]
41
DQ19
DQ[20]
43
DQ20
DQ[21]
44
DQ[22]
45
DQ22
DQ[23]
46
DQ23
DQ[24]
88
DQ24
DQ[25]
89
DQ25
DQ[26]
90
DQ26
DQ[27]
91
SDCKE1
1-5C
NC
RASN
DQ27
93
DQ28
DQ[29]
94
DQ29
DQ[30]
95
DQ30
DQ[31]
96
DQ31
48
SDA
49
SCL
0V
0V
98
SA0
99
SA1
100
SA2
ADR[17]
1-5F/1-6A/1-6C/1-7A/1-7F/2E/4-6E CASN
ADR[18]
1-5F/1-6A/1-6C/1-7A/1-7F/2E/4-6E WEN
ADR[19]
1-5F/1-6A/1-6C/1-7A/1-7F/2E/4-6E
SDCLK1
1-4C
SDCLK2
1-4C
DQM0
ADR[20]
1-5F/1-6A/1-6C/1-7A/1-7F/2E/4-6E DQM1
ADR[21]
1-5F/1-6A/1-6C/1-7A/1-7F/2E/4-6E DQM2
ADR[22]
1-5F/1-6A/1-6C/1-7F/2E/4-6E DQM3
ADR[23]
1-5F/1-6A/1-6C/1-7F/2E/4-6E
29
SN0/RASN0/E0
79
SN1/RASN1/E1
30
SN2/RASN2/E2
80
SN3/RASN3/E3
ADR[16]
1-5F/1-6A/
1-6C/1-7B/
1-7F/2E/4-6E
19
BA1/A12
BA0
ADR[15]
1-5F/1-6A/
1-6C/1-7B/
1-7F/2E/4-6E
68
BA0/A11
SDCSN1
1-4C
SDCSN2
1-4D
BA1
0V
ADR[14]
70
A13/NotUse/A15
20
A12/NotUse/A14
ADR[13]
69
A11/A13
ADR[12]
18
A10,AP/A10
67
A9
ADR[11]
ADR[10]
17
A8
ADR[9]
66
A7
16
A6
ADR[7]
65
A5
ADR[6]
15
A4
ADR[8]
86
VSS
97
VSS
27
CKE0/NotUse
77
CKE1/NotUse
78
NotUse/OE
72
RASN/NotUse
73
CASN/NotUse
28
WEN/WEN/NotUse
DQ21
DQ[28]
SDSDA
1-5D
SDSCL
1-5D
ADR[23-1]
1-5F/1-6A/1-6C/
1-7F/3D/4-6E/3C/
1-7A/1-7B/2D
VSS
DQ[17]
ADR[5]
64
A3
ADR[4]
14
A2
ADR[3]
63
A1
ADR[2]
13
A0
C81
C79
C103
0V
Fig. 3-16
3-12
C131
C103
C117
C114
C98
C97
C103
C103
C103
C103
C51
C103
CK0/NotUse
75
CK1/NotUse
11
DQMB0/CASN0/NotUse
61
DQMB1/CASN1/NotUse
37
DQMB2/CASN2/NotUse
87
DQMB3/CASN3/NotUse
NC
23
RFU
NC
24
RFU
NC
74
RFU
NC
32
NC[C80]
NC
82
NC[C81]
NC
33
NC[C82]
NC
83
NC[C83]
NC
34
NC[C84]
NC
84
NC[C85]
NC
35
NC[C86]
NC
85
NC[C87]
NC
22
VREF/Not Use
VDD3
C103
25
C47
C103
1.3.9
EEPROM
The EEPROM is BR24C04 type of two-wire method with a 512 x 8bit configuration.
<HL-5130/5140/5150D>
C31
C103
VDD3
U5
R30
EESCL
VDD3
TP58
203
R32
202
U2
8
4.7k
100
TP59
TP67
6
VCC
VSS
SCL
A0
SDA
A1
TEST
A2
4
0V
1
TP68
EESDA
5
100
R31
7
2
3
BR24C04F
Aurora
0V
Fig. 3-17
The EEPROM is BR24C64 type of two-wire method with a 8192 x 8bit configuration.
U6
VDD3
R77
4.7k
100
R74
100
TP58
203
EESCL
TP59
202
EESDA
8
TP67
6
VCC
VSS
SCL
A0
SDA
A1
TEST
A2
4
C68
R71
U7
C103
<HL-5170DN>
VDD3
0V
1
TP68
5
7
2
3
M24C64-WMN6
Aurora
0V
Fig. 3-18
1.3.10 Reset Circuit
The reset IC is a R3112N281C. The reset voltage is 2.8V (typ.) and the LOW period of reset
is 22.4ms (typ.)
< HL-5130/5140/5150D >
VDD3
C33
C103
U3
C40
5
CD
2
VCC
C103
TP310
4
NC
TP4
3
0V
GND
1
VOUT
C43
R43
0V
68
C101
R3112N281C
Fig. 3-19
<HL-5170DN>
VDD3
C71
5
C103
C103
U5
C75
CD
VCC
2
4
TP310
NC
TP4
0V
3
GND
VOUT
1
R3112N281C
Fig. 3-20
3-13
R84
C77
0V
68
C101
1.3.11 Engine I/O
The interface with the engine PCB is by full-duplex synchronous serial method, of which
transfer rate is 520kbps.
<HL-5130/5140/5150D>
VDD3
U5
ENGINE
R101
4.7k
CN8
VDD3
TP200
253
254
255
1k
3.3V
5
RESET
TP203
TP201
R100
ENGDO
ENGDI
ENGDI
1
TP202
R104
ENGRSTN
100
TP204
3D
2D
100
C106
C119
C105
C118
Aurora
C117
TXD
RXD
6
5V
2
0V
4.7k
C102
R102
C103
C101
C101
C103
VDD5
0V
3
4
TP205
R103
ENGDI
B6B-PH-K-S
Fig. 3-21
<HL-5170DN>
VDD3
ENGINE
253
ENGRSTN
254
255
TP201
R138
TP202
1k
TP203
100
ENGDO
ENGDI
ENGDI
TP200
VDD3
R142
CN9
4.7k
R139
U7
3D
TP205
R141
TP204
L10
0
1
3.3V
L14
0
5
RESET
L12
0
3
TXD
L13
0
4
RXD
L15
0
6
5V
L11
0
2
0V
ENGDI
1D
100
C143
R140
4.7k
C102
C103
C154
C101
C142
C103
C153
C152
Aurora
C101
VDD5
0V
B6B-PH-K-S
Fig. 3-22
1.3.12 Panel I/O
The interface with the panel PCB is by full-duplex synchronous serial method.
<HL-5130/5140/5150D>
R107
R108 1k
1k
VDD3
CN9
R109
1k
TP211
C101
C101
C101
SW0/PNLDI
6
LED2/PNLDO
BLM18BD102 L17
7
LED1/PNLCLK
BLM18BD102 L13
2
LED3
1
SW1
3
LED4
LED
1-8 PIN
PANEL 4-9 PIN
Buzzer+LED 2-9 PIN
0V
8
GND
VDD5
9
VDD5
B9B-PH-K-S
C111
C107
C101
C110
C101
C112
C113
C108
C109
LED0/PNLRSTN
5
BLM18BD102 L14
1k
4
BLM18BD102 L16
R106
C101
3D
SW0
3E
LED2
3D
LED1
3D
LED3
3E
SW1
3E
LED4
3E
TP210
C101
LED0
PANEL
L15
BLM18BD102
0V
Fig. 3-23
<HL-5170DN>
LED0
TP210
3D
SW0
3E
LED2
3D
LED1
3D
LED3
3E
SW1
3E
LED4
3E
R147 1k
R146
1k
VDD3
PANEL
CN10
BLM18BD102
L18
R148
1k
BLM18BD102 L19
BLM18BD102
BLM18BD102
TP211
L16
R145
1k
BLM18BD102
C101
VDD5
L17
LED0/PNLRSTN
5
SW0/PNLDI
6
LED2/PNLDO
7
LED1/PNLCLK
2
LED3
1
SW1
3
LED4
L21
0
8
GND
L22
0
9
VDD5
B9B-PH-K-S
C148
C101
C144
C101
C101
C147
C101
C149
C150
C101
C145
C101
0V
C146
L20
4
LED
PANEL
1-8 PIN
4-9 PIN
BUZZER+LED 2-9 PIN
0V
Fig. 3-24
3-14
1.3.13 Video I/O
The video signal output from the ASIC is reversed through a transistor and output after being
corrected by the buffer IC.
<HL-5130/5140/5150D>
VDD3
VDD5
A
Y
TC7SH08FU
VDD5
TP234
100
C8
C5
R8
0
GND
3
+5V
1
BD
2
ENB1
0V
ENBN0
DATA1
4
220k
2D
TP232
R4
0
5
TP235
R9
R6
0V
BDN
BLM18RK221
0V
C3735 E
R14
680
1k
L1
B
680
CN3
R5
C103
4
C102
C
C6
C101
R13
Q1
C103
0V
3
GND
C270
3D
B
C7
VDON0
1
TP233
2
C471
TP231
R21
TP230
C3
1/10W
330
C14
R22
VDD5
R111
5
VCC
680
VDD3
U1
1/10W
330
VDD3
3D
0V
Fig. 3-25
<HL-5170DN>
VDD3
VDD3
VDD5
U2
TC7SH08FU
BLM18RK221
L3
5
L4
0V
VDD5
C3735 E
R16
680
TP234
R10
R13
0
100
0V
1D
TP232
R12
C20
BDN
ENBN0
CN1
R8
1k
4
B
680
C21
C103
0V
0
2D
0V
0V
Fig. 3-26
3-15
0
DATA1
4
GND
+5V
L5
0
3
L7
0
1
BD
L6
0
2
ENB1
TP235
220k
C
Y
C18
C103
R7
2D
Q3
A
3
C102
VDON0
GND
C270
TP230
2
C471
TP231
R19
B
C101
1
TP233
C22
C27
VDD5
C23
R15
330
1/10W
R21
680
5
R151
VCC
1/10W
330
VDD3
1.3.14 Power Supply
+5V is generated by the 3-pin regulator from astable 7V (8V) supplied from the LVPS. +5V is
used for the IEEE1284 interface, the LD PCB and the engine PCB. In addition, +1.9V is
generated by the 3-pin regulator from 3.3V supplied from the LVPS. +1.9V is used for the
CPU within the ASIC and the logic circuit.
<HL-5130/5140/5150D>
VDD3
C100
D1
RB751V-40
Q2
C104
VCC
3
LVPS
2
VDD1.8
OUT 1
GND
NJU7223DL1-19
CN7
C93
+
+
C101
6.3V 6V
C220
C89 16V
C10
VDD7
2
+7V
0V
3
0V
1
+3V
C104
0V
VDD7
D2
C115
+
RB751V-40
Q3 NJM2391DL1-05
GND
C116
C104
C104
+
C122
B3B-EH
VDD5
OUT
VCC
+
C114
C22
16V
C220
6.3V 6V
VDD3
C103
C10
16V
OT1
0V
FG1
Fig. 3-27
<HL-5170DN>
VDD3
+
C138
6.3V 6V
C220
C137
D1
RB751V-40
Q5
C104
VCC
VDD1.8
OUT 1
GND
NJU7223DL1-19
C128
+
3
2
C125
LVPS
16V
CN8
C10
C104
VDD7
2
+7V
0V
3
0V
1
+3V
0V
VDD7
D2
C141
+
RB751V-40
Q6 NJM2391DL1-19
GND
C104
C151
C104
+
C158
VDD5
OUT
VCC
C140
C10
16V
0V
OT1
+
C157
C22
16V
VDD3
FG1
Fig. 3-28
3-16
C220
6.3V 6V
B3B-EH
1.4
Engine PCB
The gate array which transforms the serial signal from the main PCB into the parallel signal is
mounted on the engine PCB.
The engine PCB controls the following parts by using the transferred signal data;
•
Main motor
•
Upper cassette sensor
•
Fan motor
•
Lower cassette sensor
•
Thermistor
•
Upper paper exit sensor
•
Polygon motor
•
Lower paper exit sensor
•
High-voltage power supply
•
Lower cassette exit sensor
•
Toner sensor
•
Paper eject sensor
•
Cover sensor
•
Fixing unit cover sensor
•
Front registration sensor
•
Multi-purpose tray paper exit sensor
•
Rear registration sensor
Solenoid
•
DX sensor
•
DX rear cover sensor
•
For the circuit diagram of the engine PCB, see APPENDIX 9. and 10. ‘ENGINE PCB CIRCUIT
DIAGRAM’ in this manual.
Sensor configuration varies according to machine types.
HL-5130
HL-5140
HL-5150D
/5170DN
Upper cassette sensor
Upper paper exit sensor
Lower cassette sensor
Lower paper exit sensor
Lower cassette exit sensor
Multi-purpose tray paper exit sensor
: Built-in
3-17
: Not built-in
1.5
Power Supply
1.5.1
Low-voltage power supply
The power supply uses a switching regulation system to generate the regulated DC power
(+3.3V, +8V [non regulated] and +24V), which are converted from the AC line.
The regulated output and the production code of each power supply are listed below;
Regulated Output
+3.3V / 1.5A
+8V / 0.4A
+24V / 2.2A
Production Code
100V: MPW5806
200V: MPW5706
For the circuit diagram of the low-voltage power supply PCB, see APPENDIX 11. or 12. ‘LOWVOLTAGE POWER SUPPLY PCB CIRCUIT DIAGRAM’ in this manual.
(Heater)
Thermal
Fuse
Fuse
Heater
Circuit
Lamp
Fuse
Lightning
Surge
Absorber
Line
Filter
Feedback
Oscillator
Rectifier
(Engin Circuit / Main Circuit)
24V
24V
Regulation
Circuit
8V
3.3V
Regulation
Circuit
3.3V
Fig. 3-29
3-18
1.5.2
High-voltage power supply
The high-voltage power supply generates and outputs the voltages and currents for the
charging, development and transfer functions.
For the circuit diagram of the high-voltage power supply PCB, see APPENDIX 13. ‘HIGHVOLTAGE POWER SUPPLY PCB CIRCUIT DIAGRAM’ in this manual.
24VI
Current
Regulator
B1
Transfer Roller
Voltage
Regulator
Cleaning Brush
Supply
Roller
Photosensitive
Drum
VR52
Development
Roller
Current
Regulator
Corona
Unit
B201 Q205
Voltage
Regulator
B251 Q253
VR251
GND
Voltage
Regulator
Z101 VR101
Voltage
Regulator
VR102
Fig. 3-30
3-19
2.
2.1
MECHANICS
Overview of Printing Mechanism
Heat roller
Second Eject roller
Corona wire
LASER UNIT
Scanner motor
Blade
Outer chute MP
DRUM UNIT
Rear cover
Development roller
Supply roller
Paper feed pinch roller
First Eject roller
Regist front actuator
Upper auger Y
First feed pinch roller
FIXING UNIT
First feed roller
Pressure roller
Paper pick-up roller
DUPLEX UNIT
PAPER TRAY
Pressure roller
Separation pad
Paper
Cleaner
Photosensitive
drum
Transfer roller
Fig. 3-31
3-20
Pressure plate
Regist rear
actuator
Paper Feed roller
2.2
Paper Transfer
2.2.1
Paper supply
The paper pick-up roller picks up one sheet of paper from the paper tray every time it is
rotated and feeds it to the paper feed roller.
First feed roller
First feed pinch roller
Paper feed pinch roller
Paper feed roller
Regist front
actuator
Separation pad
Pressure plate
Fig. 3-32
The paper is gripped between the paper pick-up roller and the separation pad and separated
into individual sheets.
The pick-up roller is directly connected to the clutch mechanism, whose rotation is stopped by
the stopper arm. When the pick-up solenoid is activated, the clutch mechanism is engaged by
the solenoid action and the paper pick-up roller is driven. The paper drawn out of the tray by
the pick-up roller pushes against the regist front actuator and the paper top position/absence
of paper is detected by sensing the motion of the actuator.
Paper particles generated by friction between the separation pad and the paper feed roller are
removed by the pressure roller of the paper tray. The removed paper particles are gathered to
the dust collecting space of the paper tray. Paper particles generated at the paper feeding
path are removed by the first feed pinch roller which comes into contact with the printing area.
The removed paper particles are moved to the left and right hand side by means of the upper
auger Y which is located near the first feed pinch roller, then they are stored in the dust
collecting space of the printer.
3-21
2.2.2
Paper registration
After the paper top position is detected by the regist front actuator, the paper, separated into
individual sheets by the paper pick-up roller, is fed further for a specified time, and the paper
top position reaches the paper feed roller so that the paper skew is adjusted. Then, the
solenoid is turned off, the paper feed roller starts turning, and the paper is fed to the transfer
block in the drum unit.
Photosensitive drum
Transfer roller
Regist rear
actuator
Regist front
actuator
Paper feed
roller
Fig. 3-33
The regist rear actuator in the path from the feed roller to the transfer roller controls the first
print position on the paper.
2.2.3
Paper eject
After the printing image on the photosensitive drum is transferred onto the paper, the paper is
fed to the fixing unit to fix unfixed toner onto the paper.
Afterwards, the paper is ejected from the fixing unit by the first eject roller in the fixing unit.
The paper eject actuator detects whether the paper is ejected correctly or not.
After the paper exits from the first eject roller, the paper is turned by the rear cover and
ejected face down into the top output tray through the second eject roller. If the rear cover is
open, the paper is ejected face up straight to the printer rear (straight paper path).
Second eject roller
Rear cover
Paper eject actuator
First eject roller
Fig. 3-34
3-22
2.2.4
Duplex printing (HL-5150D/5170DN only)
After the paper exits from the second eject roller with the front of sheet printed, the second
eject roller rotates conversely and feeds the paper to the duplex tray, where the paper skew is
adjusted.
Afterwards, the paper is ejected from the duplex tray to the path through the paper feed roller
and the transfer roller to the transfer block in the drum unit again for process of printing on the
back of sheet.
Second eject roller
Second eject roller
Rear cover
Hear roller
Photosensitive drum
Paper outer guide
Paper guide
Paper feed pinch
roller
First eject roller
Pressure roller
Duplex tray
Transfer roller Regist rear
Regist front sensor lever
sensor lever Paper feed roller
Fig 3-35
3-23
2.3
Sensors
2.3.1
Cover sensors
Detect opening and closing of the front cover.
Front cover sensor
Fig. 3-36
2.3.2
Toner sensors
Detects if there is toner in the toner cartridge. The toner sensor at the left side emits light
through the window on the left side of the toner cartridge, then the toner sensor at the right
side receives it when the toner is low. They also detect whether or not the drum unit is
installed. (The toner cartridge is installed in the drum unit.)
Toner sensor
(Light reception)
Toner sensor
(Light emission)
Fig. 3-37
3-24
2.3.3
Cassette sensor / Paper empty sensor (HL-5140/5150D/5170DN)
Detect if the paper tray is installed. They also detect if there is paper in the paper tray.
Paper empty sensor
Cassette sensor PCB ASSY
Cassette sensor
Fig. 3-38
2.3.4
Paper eject sensor
Detects if paper is ejected from the fixing unit.
Fixing unit
Eject sensor PCB ASSY
Fig. 3-39
3-25
2.3.5
MP-PE sensor (HL-5150D/5170DN)
Detects if there is paper in the MP tray.
MP-PE sensor PCB ASSY
Feed MP unit
Fig. 3-40
2.3.6
DX sensor (HL-5150D/5170DN)
DX sensor PCB
Fig. 3-41
3-26
2.3.7
Regist sensor
Engine PCB ASSY
Regist sensor
Fig. 3-42
2.3.8
Rear cover sensor (HL-5150D/5170DN)
Rear cover sensor
Fig. 3-43
3-27
2.4
Drum Unit
2.4.1
Photosensitive drum
Generates the latent electrostatic image and develops the image on the drum surface.
2.4.2
Primary charger
Forms a uniform charge on the drum surface.
(1) Corona wire
Generates the ion charge on the drum.
(2) Grid
Spreads the ion charge evenly over the drum surface.
2.4.3
Transfer roller
Transfers the toner image to the paper from the drum surface.
2.4.4
Cleaner
Removes the paper dust or dirt on the surface of the photosensitive drum.
2.5
Toner Cartridge
Develops the electrostatic latent image on the photosensitive drum with toner and forms the
visible image.
2.6
Print Process
2.6.1
Charging
The drum is charged to approximately 870V by an ion charge which is generated by the
primary charger. The charge is generated by ionization of the corona wire, which has a DC
bias from the high-voltage power supply applied to it. The flow of the ion charge is controlled
by the grid to ensure it is distributed evenly on the drum surface. The aluminum drum sleeve
in the photosensitive drum is grounded.
-
Voltage
regulator
+ + + -- +
++ - - - ++ + +
870V
+ +
+ +
+ +
+
+
+ ++
Aluminum drum sleeve
Organic photoconductor layer
Photosensitive
drum
Grid
HVPS
Corona wire
Fig. 3-44
The primary charge uses a corona wire, but since the drum is positively charged, only less
than 1/10 of the usual quantity of ozone is generated compared with the negatively charged
drum. The level of ozone expelled from the printer is therefore not harmful to the human body.
Applicable safety standards have been complied with.
3-28
2.6.2
Exposure stage
After the drum is positively charged, it is exposed to the light emitted from the laser unit.
Drum
Laser beam
Paper
Laser beam
f θ lens
Laser detector
Polygon mirror
Laser diode
Motor
Lens
Fig. 3-45
The area exposed to the laser beam is the image to be printed. The surface potential of the
exposed area is reduced, forming the electrostatic image to be printed.
Surface
potential (V)
1 Cycle of drum
1
+870
2
3
(a)
1
Primary charging
2
Laser beam exposure and developing
(a) Unexposed area
(Non image area)
(b) Exposed area
+400
(Image area)
(b)
3
+150
Drum
sleeve
0
Time
Fig. 3-46
3-29
Transfer the image to paper
2.6.3
Developing
Developing causes the toner to be attracted to the electrostatic image on the drum so as to
transform it into a visible image.
The developer consists of a non-magnetic toner. The development roller is made of
conductive rubber and the supply roller (which is also made of conductive sponge) rotate
against each other. The toner is charged and carried from the supply roller to the
development roller. The toner adheres to the development roller and is conveyed to the
photosensitive drum at an even thickness controlled by the blade. The toner is nipped
between the development roller and the drum and developed onto the latent image on the
drum. The electrostatic field between the drum and the development roller, which is DCbiased from the high-voltage power supply, creates the electrostatic potential to attract toner
particles from the development roller to the latent image area on the drum surface.
Corona wire
Development roller
Photosensitive drum
Transfer roller
Blade
Supply roller
Fig. 3-47
2.6.4
Transfer
(1) Transfer process
After the drum has been charged and exposed, and has received a developed image, the
toner formed is transferred onto the paper by applying a negative charge to the back of
the paper. The negative charge applied to the paper causes the positively charged toner
to leave the drum, and adhere to the paper. As a result, the image is visible on the
paper.
(2) Cleaning process of transfer roller
If the toner is not transferred onto the paper perfectly it is possible that there may be
residual toner on the drum which will adhere to the transfer roller. The transfer voltage
changes to a positive voltage during non-printing rotation of the drum. Therefore the
transfer roller is cleaned by returning the positively charged toner adhering to the transfer
roller onto the photo-conductive drum.
3-30
2.6.5
Fixing stage
The image transferred to the paper by static electricity is fixed by heat and pressure when
passing through the heat roller and the pressure roller in the fixing unit. The thermistor keeps
the surface temperature of the heat roller constant by detecting the surface temperature of the
heat roller and turning on or off the halogen heater lamp.
Thermistor
First eject roller
Heat roller
Pressure roller
Fig. 3-48
3-31
HL-5130/5140/5150D/5170DN Service Manual
CHAPTER 4
1.
DISASSEMBLY AND RE-ASSEMBLY
SAFETY PRECAUTIONS
To avoid creating secondary problems by mishandling, follow the warnings and precautions below
during maintenance work.
WARNING
(1) Always turn off the power switch and unplug the power cord from the power outlet
(2) Some parts inside the printer are extremely hot immediately after the printer is
used. When opening the front cover or rear cover to access any parts inside the
printer, never touch the red colored parts shown in the following figures.
!
CAUTION:
(1) Be careful not to lose screws, washers, or other parts removed.
(2) Be sure to apply grease to the gears and applicable positions specified in this chapter.
(3) When using soldering irons or other heat-generating tools, take care not to accidentally
damage parts such as wires, PCBs and covers.
(4) Before handling any PCBs, touch a metal portion of the equipment to discharge any static
electricity charge on your body, or the electronic parts or components may be damaged.
(5) When transporting PCBs, be sure to wrap them in the correct protective packaging.
(6) Be sure to replace self-tapping screws correctly, if removed. Unless otherwise specified,
tighten screws to the following torque values.
TAPTITE, BIND or CUP B
M3: 0.7N y m
M4: 0.8N y m
TAPTITE, CUP S
M3: 0.8N y m
SCREW
M3: 0.7N y m
M4: 0.8N y m
(7) When connecting or disconnecting cable connectors, hold the connector body, not the
cables. If the connector has a lock, release the connector lock first to release it.
(8) After a repair, check not only the repaired portion but also all connectors. Also check that
other related portions are functioning properly before operational checks.
4-1
CHAPTER 4 DISASSEMBLY AND RE-ASSEMBLY
2.
DISASSEMBLY FLOW
15
1
AC Cord
Rear Cover Sensor
(HL-5150D/5170DN)
2
16
Drum Unit
Laser Unit
3
18
Paper Tray
Base Plate / LV Insulation Sheet
4
DX Feed ASSY
(HL-5150D/5170DN)
19
17
5
DX-Sensor PCB ASSY (HL-5150D/5170DN)
Main PCB
Access Cover
20
6
Engine PCB
Rear Cover C (HL-5130/5140) 21
8
7
Outer Chute (HL-5130/5140)
Rear Cover MP ASSY
Outer Chute MP ASSY
(HL-5150D/5170DN)
High-voltage PS PCB ASSY
22
Low-voltage PS PCB ASSY
9
14
Rear Cover L/R
Fixing Unit
23
Paper Feeder
10
12
Side Cover L/R
11
Top Cover
24
Front Cover ASSY
(HL-5130/5140)
Frame L/ Drive Unit
13
25
MP Unit
(HL-5150D/5170DN)
Fan Motor 60 Unit LV/
Fan Motor 60 Unit
26
Frame R
4-2
3.
3.1
DISASSEMBLY PROCEDURE
AC Cord
(1) Disconnect the AC cord from the printer.
Printer
AC cord
Fig. 4-1
3.2
Drum Unit
(1) Open the front cover and remove the drum unit.
Drum unit
Front cover
Fig. 4-2
4-3
3.3
Paper Tray
(1) Close the front cover and pull out the paper tray.
(2) Remove the paper from the paper tray.
Front cover
Paper tray
Fig. 4-3
(3) Remove the pad holder and the separation pad spring from the paper tray.
Pad holder
Separation pad spring
Paper tray
Fig. 4-4
4-4
NOTE:
When replacing/re-assembling the pad holder ZL2 ASSY, remove the old grease and apply a
suitable amount of grease referring to the figure below;
Paper tray
Grease: Molykote PG-662
(4 mm dia.ball)
Fig. 4-5
(4) Remove the four bind B M4x12 Taptite screws, and then remove the paper tray front
cover.
Taptite, bind B M4x12
Paper tray
Hook
Paper tray front cover
Hook
Fig. 4-6
4-5
(5) Remove the two Taptite, cup B M3x10, and then remove the paper tray cover.
Paper tray
Tpatite, cup
B M3x10
Paper tray cover
Fig. 4-7
Tpatite, cup
B M3x10
(6) Remove the pressure roller holder ASSY.
Pressure roller holder ASSY
Paper tray
Flat screwdriver
Fig. 4-8
4-6
(7) Remove the pressure roller collar.
(8) Remove the pressure roller shaft.
Pressure roller shaft
Pressure roller collar
2
1
Fig. 4-9
(9) Remove the scratch spongy holder ASSY from the pressure roller holder ASSY.
(10) Remove the two scratch spongy springs.
(11) Remove the scratch spongy from the scratch spongy holder ASSY.
Scratch spongy
Scratch spongy holder ASSY
Scratch spongy springs
Fig. 4-10
4-7
(12) Remove the two cup M2.6x5 Taptite screws.
(13) Release the lock lever, and then unhook the catches of the two side guide racks.
Taptite, cup M2.6x5
Side guide L
2
Taptite, cup M2.6x5
Side guide rack
2
1
Catches
Paper tray
Lock lever
Side guide rack
Side guide L
Fig. 4-11
(14) Remove the side guides right and left from the paper tray
Side guide L
Side guide R
2
2
1
1
Paper tray
Fig. 4-12
4-8
(15) Unhook the two catches (A) of the pressure plate while pulling the plastic frame outwards,
then unhook the other two catches (B) of the plate while pulling the plastic frame
outwards to remove the pressure plate ASSY.
Catches (A)
Pressure plate ASSY
Paper tray
Catch (B)
Plastic frame
Fig. 4-13
(16) Unhook the pressure plate spring from the plastic hook to remove the two pressure plate
springs.
Paper tray
Pressure plate spring
Hook
Pressure plate spring
Fig. 4-14
4-9
NOTE:
When re-assembling the pressure plate ASSY, ensure that the paper indicator arm is under
the pressure plate.
!
CAUTION:
When unhooking the catches to remove the pressure plate, do not bend the pressure plate,
gently ease the plastic cover. If the pressure plate is deformed, paper feeding problems may
occur.
(17) Remove the herical extension spring.
(18) Remove the lock lever.
Paper tray
Herical extension spring
1
2
Lock lever
3
Lock lever
Paper tray
Fig. 4-15
NOTE:
When re-assembling the lock lever, insert it upwards from underneath the paper tray and
rotate it until the two catches lock into place.
4-10
(19) Remove the cup B M3x8 Taptite screw, and then remove the side guide gear and the
friction spring.
(20) Remove the two side guide racks.
Taptite, cup B M3x8
Side guide rack
Side guide gear
Friction spring
Side guide rack
Fig. 4-16
(21) Remove the paper indicator.
Paper tray
Paper indicator
Fig. 4-17
4-11
NOTE:
• When re-assembling the side guide racks, they should both be aligned so that the wide
end of the racks are in line with the inside edge of the paper guide release slots in the tray
before refitting the spring and gear.
• When replacing/re-assembling the paper tray, remove the old grease and apply a suitable
amount of grease onto both sides of the paper tray referring to the figure below;
(2 mm dia. ball)
(2 mm dia. ball)
Paper tray
Fig. 4-18
(22) Remove the pan B M3x8 Taptite screw, and then remove the tray lock lever.
(23) Unhook the four hooks to remove the paper tray rear from the paper tray.
Taptite, pan B M3x8
Tray lock lever
Paper tray rear
Hook
Hooks
Hook
Paper tray
Fig. 4-19
4-12
(24) Remove the paper rear guide.
Paper tray
1
Paper rear guide
1
2
Fig. 4-20
4-13
3.4
DX Feed ASSY (HL-5150D/5170DN)
(1) Remove the DX feed ASSY.
DX feed ASSY
Fig. 4-21
(2) Remove the four bind B M3x8 Taptite screws, and then remove the DX roller holder and
three pressure rollers.
(3) Remove the three pressure roller springs.
Pressure roller springs
Pressure roller spring
DX roller holder
Pressure rollers
Pressure roller
Tray feed ZL2
Fig. 4-22
4-14
NOTE:
Set pressure roller, and assemble pressure roller spring after assembling DX roller holder.
Pressure roller spring
Pressure roller
Tray feed ZL2
Fig. 4-23
(4) Remove the two bind B M3x8 Taptite screws, and then remove the guide plate stopper.
(5) Remove the two left guide spring 2.
Guide plate stoller
Guide plate stopper
Left guide spring 2
Left guide spring 2
Tray feed ZL2
Left guide spring 2
Fig. 4-24
4-15
(6) Remove the side regist guide.
(7) Remove the left guide plate ASSY and DX paper switch pull arm.
2
Side regist guide
3
Left guide plate ASSY
DX paper switch pull arm
1
Hooks
Tray feed ZL2
Fig. 4-25
(8) Remove the DX feed roller, drive gear 14, two side regist rollers, T-belt (S) and ground
wire.
(9) Remove the guide actuator and T-belt (L).
T-belt (S)
T-belt (L)
Side regist rollers
Guide actuator
Ground wire
DX feed roller
Drive gear 14
Tray feed ZL2
Fig. 4-26
4-16
3.5
Access Cover
(1) Remove the access cover.
Access cover
Fig. 4-27
3.6
Rear Cover C
(1) Remove the bind B M4x12 Taptite screw, and then remove the rear cover C.
Rear cover C
Fig. 4-28
4-17
3.7
Outer Chute (HL-5130/5140)
(1) Remove the outer chute.
Hook
Outer Chute
Fig. 4-29
4-18
3.8
Rear Cover MP ASSY / Outer Chute MP ASSY (HL-5150D/5170DN)
(1) Remove the rear cover MP ASSY.
Hook
Rear cover MP ASSY
Fig. 4-30
(2) Remove the outer chute MP ASSY.
Hook
Outer chute MP ASSY
Fig. 4-31
4-19
(3) Remove the rear cover MP tray.
Rear cover MP ASSY
Rear cover MP tray
Fig. 4-32
3.9
Rear Cover L/R
(1) Remove the two bind B M4x12 Taptite screws, and then remove the rear cover L.
(2) Remove the two bind B M4x12 Taptite screws, and then remove the rear cover R.
Taptite, bind B
M4x12
Rear cover R
Taptite, bind B
M4x12
Hook
Rear cover L
Hook
Fig. 4-33
4-20
3.10
Side Cover L/R
(1) Remove the three bind B M4x12 Taptite screws, and then remove the side cover R.
Hooks
Side cover R
Hook
Hooks
Hook
Fig. 4-34
(2) Remove the four bind B M4x12 Taptite screws, and then remove the side cover L.
Side cover L
Taptite, bind B
M4x12
Fig. 4-35
4-21
3.11
Top Cover
(1) Remove the two bind B M4x12 Taptite screws, and then remove the top cover ASSY.
(2) Disconnect the panel PCB harness from the panel PCB ASSY.
Top cover ASSY
Hooks
Hook
Taptite, bind B
M4x12
Hook
Hook
Hook
Panel PCB harness
Panel PCB ASSY
Fig. 4-36
(3) Remove the paper stopper and the support flap S from the top cover ASSY.
Paper stopper
Support flap S
Top cover ASSY
Fig. 4-37
4-22
(4) Remove the two cup B M3x8 Taptite screws, and then remove the panel PCB ASSY.
(5) Remove the SW key A, the SW key B and the panel light guide from the top cover ASSY.
Top cover ASSY
SW key B
SW key A
Panel light guide
Panel PCB ASSY
Taptite, cup B M3x8
Fig. 4-38
(6) Remove the panel light guide 2 and the diffusion film from the panel guide.
Panel light guide 2
Diffusion film
Panel light
guide
Fig. 4-39
4-23
(7) Remove the five bind B M4x12 Taptite screws, and then remove the inner chute.
Inner chute
Taptite, bind
B M4x12
Hooks
Top cover
printed ASSY
Hook
Fig. 4-40
(8) Remove the corrugation pinch roller L, R and pinch roller holder.
Corrugation
pinch roller L, R
Pinch roller holder
Inner chute
Fig. 4-41
4-24
3.12
Front Cover ASSY (HL-5130/5140)
(1) Release the link.
(2) Remove the front cover ASSY.
Frame
Front cover ASSY
Link
Fig. 4-42
4-25
3.13
MP Unit (HL-5150D/5170DN)
(1) Disconnect the two connectors.
(2) Remove the MP ground spring.
(3) Remove the two bind B M3x10 and cup S M3x6 Taptite screws.
(4) Remove the MP solenoid holder unit.
MP ground spring
MP solenoid holder unit
Engine PCB
connector
Taptite, bind B
M3x10
MP sensor harness
Taptite, cup S M3x6
Fig. 4-43
(5) Remove the cup S M3x6 Taptite screw, and then open the MP chute ASSY cover.
(6) Remove the paper pick-up roller ASSY from the shaft.
Paper pick-up roller ASSY
Hook
MP chute ASSY cover
Taptite, cup S M3x6
Shaft
Fig. 4-44
4-26
(7) While pushing the MP pressure plate, remove the separation plate ASSY.
Separation plate ASSY
MP chute ASSY
MP pressure plate
Fig. 4-45
NOTE:
When replacing with the new separation plate ASSY, attach it after peeling the cover paper of
double-faced tape.
Double faced tape
Separation plate ASSY
Fig. 4-46
4-27
(8) Remove the shaft of the MP front cover ASSY from the drive release link, and then
remove the MP front cover ASSY from the MP chute ASSY.
MP chute ASSY
Drive release link
Shaft
MP front cover ASSY
Shaft
Fig. 4-47
(9) Remove the bosses from the guide at 2 spots in the MP tray ASSY, and then remove the
MP paper guide ASSY.
MP chute ASSY
MP tray ASSY
MP paper guide ASSY
Fig. 4-48
4-28
(10) Remove the MP tray ASSY.
MP chute ASSY
MP tray ASSY
Fig. 4-49
(11) Remove the MP paper guide 2 and the MP paper guide 3 from the MP tray ASSY.
MP paper guide 3
MP paper guide 2
MP tray ASSY
Fig. 4-50
4-29
(12) Open the MP chute ASSY cover.
(13) Remove the MP-PE actuator.
MP-PE actuator
MP chute ASSY
Fig. 4-51
(14) Remove the four bind B M4x12 Taptite screws, and then remove the MP chute ASSY.
MP chute ASSY
Fig. 4-52
4-30
(15) Remove the MP-PE sensor PCB ASSY.
MP-PE sensor PCB ASSY
MP chute ASSY
Hook
Hooks
Hooks
Fig. 4-53
4-31
3.14
Fixing Unit
(1) Disconnect the heater harness and thermistor harness.
(2) Remove the bind B M4x12 Taptite screw and the shoulder screw, and then remove the
fixing unit.
Fixing unit
Shoulder screw
Heater harness
Thermistor harness
Fig. 4-54
(3) Remove the three cup B M3x10 Taptite screws, and then remove the FU paper guide.
Pin
Fixing unit
Pin
Taptite, cup B M3x10
FU paper guide
Fig. 4-55
4-32
(4) Remove the three cup B M3x10 Taptite screws, and then remove the star wheel holder.
Fixing unit
Pin
Pin
Star wheel holder
Fig. 4-56
(5) Remove the cup B M3x12 Taptite screw.
(6) Release the thermistor ASSY harness from the four hooks.
(7) Remove the thermistor ASSY.
Fixing unit
Thermistor ASSY
Hook
Hook
Thermistor relay
PCB ASSY
Thermistor ASSY harness
Thermistor relay
PCB ASSY
Fig. 4-57
4-33
NOTE:
When re-assembling the thermistor to the FU frame upper, ensure the direction of the
thermistor is correct referring to the figure below;
FU frame upper
Thermistor
Thermistor
Fig. 4-58
(8) Remove the two cup B M3x20 Taptite screws.
(9) Remove the FU frame upper from the FU frame lower.
Hook
Pin
FU frame lower
Hook
Hook
Pin
FU frame upper
Hook
Fig. 4-59
4-34
(10) Remove the two pan (washer) M26x8 Taptite screws.
(11) Remove the heat roller 25.
(12) Remove the halogen lamp.
Heat roller 25
Screw, pan (S/P washer)
M26x8
Washer, Plain 26
Halogen lamp
Screw, pan (S/P
washer) M26x8
Washer, Plain 26
Colored side
115V:Orange
230V:Black
Halogen lamp
connector plate
FU frame upper
Heat roller 25
Halogen lamp
Fig. 4-60
NOTE:
When re-assembling the halogen heater lamp, ensure that the direction of the halogen heater
lamp is correct referring to the figure above.
!
CAUTION:
• Never touch the surface of the halogen heater lamp.
• When securing the screw to assemble the halogen lamp connector plate, ensure you use
the plastic jig as shown in the figure below to avoid damaging the edge of the halogen
heater lamp.
Screw, pan (S/P washer) M26x8
Halogen lamp connector plate
Washer, Plain 26
Plastic jig
Halogen heater lamp
Fig. 4-61
4-35
(13) Remove the HR bearing 25.
(14) Remove the HR gear 34.
(15) Remove the HR retaining ring 25.
(16) Remove the heat roller washer 25.
(17) Remove the HR bearing 25.
HR bearing 25
HR bearing 25
Heat roller 25
Heat roller washer 25
HR retaining ring 25
HR gear 34
Fig. 4-62
!
CAUTION:
Never touch the surface of the heat roller.
NOTE:
• When re-assembling the heat roller 25 to the FU frame upper, place the two projections
onto the bosses on the frame as shown in the figure below.
HR gear 34
HR bearing 25
(projection)
Heat roller 25
(boss)
Fig. 4-63
4-36
• When re-assembling the heat roller 25 to the FU frame upper, ensure you do not damage
the heat roller 25 with the four separate claw ASSY on the FU frame upper.
Heat roller 25
Separate claw ASSY
Separate claw ASSY
FU frame upper
Fig. 4-64
(18) Remove the pressure roller 25.
Pressure roller 25
3
2
FU frame lower
1
FU jam remove cover
Fig. 4-65
4-37
(19) Remove the three cleaner spring S.
(20) Remove the three cleaner pinch roller ASSY S.
(21) Remove the cleaner spring L.
(22) Remove the cleaner pinch roller ASSY L.
Cleaner spring S
Cleaner spring L
Cleaner pinch roller ASSY S
Cleaner spring S
Cleaner pinch roller ASSY L
Cleaner pinch roller ASSY S
FU frame lower
Fig. 4-66
NOTE:
• When re-assembling the cleaner pinch roller ASSY complete with the cleaner spring onto
the FU frame lower, ensure the direction of the roller is correct referring to the figure above.
• Ensure that the both springs are seated correctly in the locating channel and does not
protrude from either end.
• Ensure also that the proper spring is fixed to the each cleaner pinch roller ASSY because
the both springs are NOT identical with each other.
Cleaner spring
Cleaner pinch roller ASSY
FU frame lower
Fig. 4-67
4-38
(23) Disconnect the connector for the eject sensor harness from the thermistor relay PCB
ASSY.
(24) Release the eject sensor harness from the three hooks.
(25) Remove the bind B M3x10 Taptite screw, and then remove the eject sensor PCB ASSY.
(26) Remove the bind B M3x10 Taptite screw, and then remove the thermistor relay PCB
ASSY.
Hook
Hooks
Eject sensor harness
Thermistor relay PCB ASSY
Eject sensor PCB ASSY
FU frame lower
Fig. 4-68
(27) Remove the paper eject actuator and eject actuator spring.
Eject actuator spring
3
(hook)
1
2
FU frame lower
Fig. 4-69
4-39
NOTE:
When re-assembling the paper eject actuator and the eject actuator spring to the FU frame
lower, ensure the paper eject actuator is seated correctly in the locating channel referring to
the figure below;
FU frame lower
Eject actuator spring
Fig. 4-70
(28) Disconnect the heater harness.
(29) Remove the four cup B M3x6 Taptite screws.
(30) Remove the four claw holder plate.
(31) Remove the four separate claw ASSY.
Taptite, cup B M3x6
Claw holder plate
Separate claw ASSY
Separate claw ASSY
Heater harness
Tweezers
Fig. 4-71
4-40
3.15
Rear Cover Sensor (HL-5150D/5170DN)
(1) Disconnect the connector, and then remove the rear cover sensor.
Connector
Rear cover sensor
Fig. 4-72
3.16
Laser Unit
(1) Remove the filter, and then remove the cup S M3x8 Taptite screw and the air duct.
Filter
Air duct
Taptite, cup S M3x6
Fig. 4-73
4-41
(2) Disconnect the LD harness 5P from the laser unit.
(3) Disconnect the polygon motor harness and remove the sponge from the laser unit.
(4) Remove the six cup S M3x8 Taptite screws, and then remove the laser unit.
Sponge
Polygon motor harness
Laser unit
LD harness 5P
Taptite, cup S M3x8
Taptite, cup S M3x8
Fig. 4-74
(5)
Remove the shutter arm C.
Shutter arm C
Frame L
Fig. 4-75
4-42
3.17
Main PCB
(1) Loosen the two access plate screws.
(2) Remove the access plate.
Hooks
Hooks
1
Access plate
2
Access plate screws
Hook
Hook
Fig. 4-76
(3) Disconnect the LD harness 5P from the Main PCB ASSY.
(4) Disconnect the three connectors from the Main PCB ASSY.
LD harness 5P
Main PCB ASSY
LVPS
connector
Engine PCB
connector
Panel PCB
connector
Fig. 4-77
4-43
(5) Remove the three pan M3x6 screws.
(6) Remove the four cup S M3x6 Taptite screws, and then remove the main PCB ASSY.
Screw, pan M3x6
Taptite, cup S
M3x6
Main PCB ASSY
Taptite, cup S M3x6
Fig. 4-78
4-44
3.18
Base Plate / LV Insulation Sheet
(1) Remove the eight bind B M4x12 Taptite screws.
(2) Remove the four cup S M3x6 Taptite screws.
(3) Remove the pan (washer) M3.5x6 Taptite screw, and then remove the ground wire.
(4) Remove the base plate.
Taptite, cup S M3x6
Taptite, cup S M3x6
Base plate
Ground wire
Screw, pan
(washer) M3.5x6
Fig. 4-79
(5) Remove the two bind B M4x12 Taptite screws, and then remove the LV insulation sheet
1/2/3.
LV insulation sheet 2
Fig. 4-80
4-45
3.19
DX-Sensor PCB ASSY (HL-5150D/5170DN)
(1) Disconnect the connector.
(2) Remove the bind B M3x10 Taptite screws, and then remove the DX-sensor PCB ASSY.
DX-sensor PCB ASSY
Engine PCB ASSY
Fig. 4-81
4-46
3.20
Engine PCB
(1) Disconnect the connectors.
DX rear cover connector
Fan motor 60 unit connector
Toner sensor
(light reception) connector
LT connector
Thermistor relay PCB connector
Polygon motor connector
Main motor connector
Fan motor 60 connector
Main PCB connector
LVPS connector
Toner sensor
(light emission) connector
HVPS connector
MP tray PCB connector
DX solenoid connector
Engine PCB ASSY
FR solenoid connector
PF solenoid connector
Cassette sensor PCB connector
DX sensor PCB connector
Fig. 4-82
(2) Remove the two bind B M4x12 Taptite screws, and then remove the engine PCB ASSY.
Engine PCB ASSY
Fig. 4-83
4-47
3.21
(1) Remove the bind B M4x12 Taptite screw, and then remove the high-voltage PS PCB
ASSY.
(2) Disconnect the flat cable from the high-voltage PS PCB ASSY.
Flat cable
Fig. 4-84
3.22
Low-voltage PS PCB ASSY
(1) Remove the bind B M4x12 Taptite screw.
(2) Disconnect the two connectors from the low-voltage PS PCB, and then remove the lowvoltage PS PCB.
Low-voltage PS PCB
Main PCB/Engine
PCB Connector
Heater Connector
Fig. 4-85
4-48
(3) Remove the two bind B M4x12 Taptite screws, and then remove the inlet holder.
(4) Remove the bind B M4x12 Taptite screw, and then remove the SW holder.
(5) Remove the Fan motor 60.
(6) Remove the low-voltage PS PCB from the frame.
Low-voltage PS PCB
Inlet
Inlet holder
SW holder
Fan motor 60
Fig. 4-86
NOTE: Procedures of reassembling inlet harness
(1) Assemble the inlet.
(2) Assemble the fan motor 60 LV.
(3) Pull the inlet harness backside of the fan motor 60 LV toward the SW holder to take up the
slack of the fan motor 60 backside harness. (Important!)
(4) Assemble the SW holder.
4-49
3.23
Paper Feeder
(1) Remove the bearing R.
(2) Remove the paper pick-up roller ASSY.
(3)
Remove the two roller collars from the paper pick-up roller ASSY.
Roller collar
Paper pick-up roller ASSY
Roller collar
Bearing R
1
2
Fig. 4-87
(4) Remove the bind B M3x10 Taptite screw, and then remove the PE sensor cover.
(5) Remove the cassette sensor PCB ASSY from the frame.
PE sensor cover
Cassette sensor PCB ASSY
Fig. 4-88
4-50
(6) Remove the PE actuator and the CA actuator from the frame.
CA actuator
PE actuator
Frame
Fig. 4-89
(7) Remove the spring, extension P/R from the gear 63P/R.
(8) Remove the gear 63P/R.
(9) Remove the ground wire from the conductor bearing.
Hooks
Conductor Bearing
Gear 63P/R
Hooks
Ground wire
Spring, extension P/R
Fig. 4-90
4-51
(10) Remove the bearing L from the P/R shaft.
(11) Remove the P/R shaft from the frame.
P/R shaft
Bearing L
1
2
Fig. 4-91
(12) Remove the idle gear 22.
(13) Remove the middle roller gear.
(14) Remove the bind B M3x10 taptite screw and the conductor bearing.
(15) Remove the 1st F/R shaft from the frame.
Hook
Idle gear 22
1st F/R shaft
Middle roller gear
Conductor bearing
Taptite bind B M3x10
Fig. 4-92
4-52
Frame
(16) Remove the two cup S M3x6 Taptite screws and the four bind B M4x12 Taptite screws.
(17) Remove the front chute ASSY.
Front chute ASSY
Taptite, cup S M3x6
Taptite, cup S M3x6
Fig. 4-93
(18) Remove the two shoulder taptite bind B M3x7.5 screws.
(19) Remove the front chute guide assy from the front chute assy.
(20) Remove the front tray chute assy ZL2.
(21) Remove the roller 6, pressure roller shaft and roller 6 guide.
Roller 6
Pressure roller shaft
Roller 6 guide
Front chute ASSY
2
4
3
1
Taptite, shoulder bind B
M3x7.5
Front tray chute ASSY
Front chute guide ASSY
Taptite, shoulder bind B
M3x7.5
Fig.4-94
4-53
(22) Remove the two bind B M4x12 Taptite screws, and then remove the chute 3.
Chute 3
Fig. 4-95
(23) Remove the feed roller gear.
(24) Remove the bearing F/R.
(25) Remove the feed roller gear shaft from the frame.
Bearing F/R
Hook
Feed roller gear shaft
Bearing F/R
Frame
Feed roller gear
Fig. 4-96
4-54
(26) Remove the hook of the bearing 5, and then slide the feed roller ASSY in the direction of
the arrow.
(27) Remove the feed roller ASSY.
(28) Remove the joint 5 and the bearing 5 from the feed roller ASSY.
Feed roller ASSY
Joint 5
Bearing 5
5
4
2
3
1
Hook
Bearing 5
Fig. 4-97
NOTE:
Be careful that the different direction installation causes jam when you install joint 5.
Joint 5
Fig. 4-98
4-55
(29) Remove the chute cover.
Chute cover
Hook
Hook
Fig. 4-99
(30) Remove the regist front actuator and regist front actuator spring.
(31) Remove the regist rear actuator and regist rear actuator spring.
Regist front actuator spring
Regist rear actuator
Regist rear actuator spring
Fig. 4-100
4-56
NOTE:
When assembling the regist front actuator and the regist rear actuator, set the spring as
shown in the figure.
Regist rear actuator spring
Regist rear actuator
Hole
Hole
Regist front actuator spring
Fig. 4-101
4-57
3.24
Frame L / Drive Unit
(1) Remove the main PCB sheet from the frame L.
(2) Remove the four bind B M4x12 Taptite screws.
(3) Remove the two bind B M3x10 Taptite screws, and then remove the frame L.
Frame L
Under bar
Main PCB
sheet
Taptite, bind B
M4x12
Under bar
Fig. 4-102
(4) Remove the back up plate ground spring. (HL-5130/5140)
Drive unit
Frame L
Back up plate
ground spring
Fig. 4-103
4-58
(5) Remove the cup S M3x6 Taptite screw.
(6) Remove the ground spring.
(7) Remove the six bind B M4x12 Taptite screws.
(9) Remove the cup S M3x6 Taptite screw, and then remove the sub gear plate.
(10) Remove the LD harness 5P from the drive unit.
(11) Remove the drive unit.
(12) Disconnect the connector for the main motor harness from the main motor ASSY.
Frame L
Drive unit
Taptite, cup S M3x6
LD harness 5P
Sub gear plate
Taptite, cup S
M3x6
Main motor harness
Main motor ASSY
Taptite, cup S M3x6
Ground spring
Fig. 4-104
4-59
(13) Remove the four cup S M3x6 Taptite screws, and then remove the main motor ASSY.
(14) Remove the develop joint and joint spring from the drive unit.
(15) Release the two hooks from the develop joint, and remove the joint stopper.
Develop joint
Joint stopper
Joint spring
Taptite, cup S M3x6
Main motor ASSY
Taptite, cup S M3x6
Drive unit
Fig. 4-105
(16) Remove the gear 40/54Y, gear 17 planetary, gear 45 arm F/R, and gear 20 center F/R
from the main frame L.
Gear 40/54Y
Gear 17
planetary
Gear 45
arm F/R
Gear 20
center F/R
Fig. 4-106
4-60
(18) Remove the P/R solenoid ASSY, the P/R solenoid lever and the solenoid release spring
P/R.
(20) Remove the F/R solenoid ASSY and solenoid release spring F/ R.
Solenoid release
spring F/R
F/R solenoid
ASSY
Solenoid release spring P/R
P/R solenoid lever
P/R solenoid ASSY
Fig. 4-107
(21) Disconnect the connector from the front cover sensor.
(23) Remove the toner LED PCB unit ASSY.
(24) Remove the sensor clip.
(25) Remove the front cover sensor from the main frame L.
Front cover sensor
Main frame L
Connector
Sensor clip
Toner LED PCB
unit ASSY
Front cover sensor
Sensor clip
Fig. 4-108
4-61
3.25
Fan Motor 60 Unit LV / Fan Motor 60 Unit
(1) Remove the fan motor 60 unit LV and the fan motor 60 unit from the main frame R.
Main frame R
Fan motor 60 unit
Fan motor 60 unit LV
Fig. 4-109
NOTE:
When you attach the fan motor 60 unit LV or fan motor 60 unit, make sure that its label faces
outside of the printer.
4-62
3.26
Frame R
(1) Remove the four bind B M4x12 Taptite screws.
(2) Remove the two cup S M3x6 Taptite screws.
(4) Remove the main frame R unit.
Main frame R unit
Under bar
Taptite, cup S M3x6
Taptite, cup S M3x16
Under bar
Taptite, bind
B M4x12
Taptite, cup S M3x6
Fig. 4-110
4-63
(5) Remove the two bind B M4x12 Taptite screws.
(7) Remove the drum spring R.
(8) Remove the FG plate.
Main frame R
Taptite, cup S M3x6
FG plate
Drum spring R
Fig. 4-111
(9) Remove the toner sensor PCB unit (Light reception).
Main frame R
Pin
Toner sensor PCB unit
(Light reception)
Fig. 4-112
4-64
4.
PACKING
AC cords
Accessory bag
Accessory carton
Drum unit
Pad
Pad
Printer
Pad
Carton
Fig. 4-113
4-65
5.
LUBRICATION
Frame L
PG4
PG4
Gear 20 center F/R
PG4
Idle gear 16A
Gear 17 planetary
Shaft idle gear 16
Gear 45 arm F/R
PG4
PG4
PG4
Shaft idle gear 16
PG4
PG4
Gear, 40/54Y
PG4
PG4
Idle gear 16A
PG4
Pendulum gear 22
Drive unit
Pendulum gear 22
PG4
Gear 58/88
PG4
Gear 58/88
* PG4: Molykote PG-662 (4 mm dia. Ball)
PG4
PG4
4-66
Duplex tray
Side regist roller
Side regist roller
EM3
DX feed roller
* EM3: Molykote EM-D110 (3 mm dia. Ball)
<Duplex Tray>
4-67
6. GUIDELINES FOR LEAD FREE SOLDER
All components are soldered using lead free solder, be sure to use lead free solder that
meets the following specification in the case of repair.
Lead free solder ; NIHON GENMA DHB-RMA3 NP303
(This can be distinguish from the lead free identification sign “LFH” on the MAIN PCB
ASSY REV.)
However, the solder side of the MAIN PCB ASSY and other PCBs are soldered using lead
content solder, use conventional lead content solder in the case of repair.
Since the reliability of soldering cannot be guaranteed if lead free solder and lead content
solder are mixed, take care not to use the incorrect solder or mix the solder types.
Information on Manually Repairing PCB Soldered with Lead-Free Solder
This document provides information on how to correctly make manual repairs to a printed circuit
board (PCB) soldered with lead-free solder.
1. Characteristics of lead-free solder
Melting point higher than that of conventional tin-lead solder
(Lead-free solder: approx. 220'C, Conventional tin-lead solder: approx. 180'C)
Relatively poor solder wettability and spread (difficult to wet and spread), and hard
Appearance (dull and grainy surface) different from that of conventional solder
Relatively poor wettability, rough surface (bumps are likely to be formed), and solder
dragging
Poor solder elevation
Poor thermal conductivity and heat resistant (difficult to melt)
2. Metal composition & wire solder
The metal composition of lead-free solder allowed for use on PCBs for Brother's products is
following.
LF
Compositon
Manufacture
Origin
Name
Indication
r
Sn/Ag/Cu
1
H
only
Componentside
Sn/Ag/Cu
Nihon
Genma
Nihon
Genma
Japan
Japan
DHB-RMA3
NP303
DHB-RMA3
NP303
We use wire solder which is indicated by digit after LF indication on PCB.
Wire solder made in the contries except Japan are under investigation,and will be evaluated.
3. Appearance quality criteria
The appearance of the surface of portions soldered with lead-free solder is basically the
same as that for those soldered with conventional lead-tin solder, except for the following
points.
1) The surface of a portion soldered with lead-free solder is dull and not smooth.
2) Shrinkage cracks can be observed on the surface of a portion soldered with lead-free
solder. (They can be observed using a magnifying glass with approx. 10x
magnification.)
4-68
Shrinkage
cracks
Figure 1
Shrinkage Cracks
4. Identification of lead-free solder on PCBs
For PCBs that use lead-free solder, "LF" is indicated by silk-screen printing or attaching a
label. "LF" stands for lead free and indicates that the PCBs bearing such an indication have
been soldered with lead-free solder. A digit is given in a box following "LF" if produced by
silk-screen printing or follows "LF" without a box on an attached label, the digit indicating the
metal composition and wire solder.
5. Precautions for hand soldering operations
1) Soldering operations using lead-free solder are basically the same as those using tinlead solder, however, due to the lead-free solder's characteristics of being difficult to
melt, wet, and spread, as well as being hard, a soldering iron needs to be applied for
a longer period of time than when soldering with conventional tin-lead solder. While
soldering is being performed, it must be confirmed that the lead-free solder is
spreading. When solder needs to be added when repairing PCBs, the solder must
only be added after sufficiently melting the previously soldered area. When poor
soldering is repaired, the solder of the poorly soldered area must be sufficiently
removed and lead-free solder newly supplied.
2) Before starting soldering operations, it must be determined whether or not the PCB
has an "LF" indication. If the PCB has an "LF" indication, lead-free solder
corresponding to the digit following "LF" must be used. Conventional solder including
lead (tin-lead solder) must not be used on a PCB that has an "LF" indication. (Use of
tin-lead solder on a PCB having an "LF" indication is prohibited.)
3) A soldering iron for exclusive use with lead-free solder must only be used; a
soldering iron used for soldering with tin-lead solder must not be used with lead-free
solder. The use of soldering irons designed for lead-free solder is desirable (see "7.
Soldering iron" below).
4) The requirement for the temperature of the soldering iron’s tip is the same as that for
soldering using conventional solder; the temperature of the soldering iron's tip must
not be raised even though the melting point of the lead-free solder is higher. The
temperature of the soldering iron's tip is restricted to the temperature that the
component to be soldered can resist. It should be noted that the temperature that the
components to be soldered with lead-free solder can resist has not increased even
though the melting point of the solder has.
5) A soldering iron must be correctly applied.
Even though the melting point of the solder has increased, soldering operations must
be performed with the soldering iron’s tip at the same temperature as prescribed
before. Therefore, heat needs to be effectively applied from the tip of the soldering
iron to the base metal. For effective heat application, the shape of the soldering iron's
tip and application of the soldering iron (position and angle relative to the base metal)
need to be more strictly controlled than before.
6) The soldered point must be left as it is after the soldering iron is removed for a period
of time longer than that required when soldering is performed with conventional
solder.
The amount of heat applied to the base metal increases due to the higher melting
point of the lead-free solder, and the base metal is heated to higher temperatures.
Consequently, it takes time for the melted solder to cool and to solidify and,
therefore, the soldered area must be left as it is after the soldering iron is removed for
a longer period of time.
4-69
7) A localized ventilation system and gloves are required for soldering operations.
Lead-free solder does not contain the toxic substance lead, however, inhalation of
the fumes may adversely affect the health of workers. The silver contained in leadfree solder is also a toxic substance, though it is not as toxic as lead, and, therefore,
a localized ventilation system and gloves are required for lead-free solder soldering
operations, as required for those with conventional solder.
6. Soldering irons
When soldering is performed manually using lead-free solder, a soldering iron that has
little reduction in its temperature needs to be used. This refers to a soldering iron that has
a smaller degree of decrease in the temperature at the soldering iron's tip, such as when
the soldering iron is applied to the base metal or solder is supplied, and the temperature
is soon returned to the specified temperature.
With soldering operations using lead-free solder, the requirement for the temperature of
the soldering iron's tip is the same as that for conventional solder, however, the melting
point of lead-free solder is higher than that of conventional solder so productivity will
decrease with conventional soldering irons.
Some tool manufacturers sell soldering irons designed for lead-free solder and that can
maintain the productivity of the soldering operations.
The soldering irons used at BIL are model no. 941 manufactured by HAKKO and M6SIC-40 manufactured by BONKOTE. The prices of these soldering irons for use with
lead-free solder are three to four times higher than those for conventional soldering irons
with a temperature controller built in.
7. No mixing of different solders
When repairs are made on a PCB with an "LF" indication on it, leadfree solder with the same metal composition, which is expressed by
the digit following "LF", must be used on a single PCB. For a PCB with
an "LF" indication on it, neither tin-lead solder nor lead-free solder with
a different metal composition must be used.
Compatible solder for each countries are listed below. Solders are freely available from each
manufacturer. Visit the web site below for more detail.
Countries
For Japan, UK,
Finland,
Germany,
France,
Sweden
For World wide
except
Australia, New
Zealand
For Worldwide
Manufacturer
ALMIT
Origin
JAPAN
Name
KR-19 SH RMA
LFM-48
Web site
http://www.almit.com
KESTER
U.S.A.
KESTER245
KESTER285
http://www.kester.com
AIM
CANADA
CASTIN RMA2
http://www.aimsolder.co
m
4-70
CHAPTER 5
PERIODIC MAINTENANCE
To avoid creating secondary problems by mishandling, follow the warnings below during
maintenance work.
WARNING
(2) Some parts inside the printer are extremely hot immediately after the printer is used.
When opening the front cover or rear cover to access any parts inside the printer,
never touch the shaded parts shown in the following figures.
1.
CONSUMABLE PARTS
The consumable parts described in this section are parts which are subject to deterioration or
damage and should be replaced at least once during the period of warranty of the product if
any print quality problem appears.
1.1
Drum Unit
Life expectancy:
20,000 pages
(When printing A4 or Letter size paper at 5% print coverage)
*The actual number of printed pages will vary depending on the
average type of print job and paper.
NOTE:
*There are many factors that determine the actual drum life, such as temperature, humidity,
type of paper, type of toner used, number of pages per print job and so on. Under ideal
conditions, the average drum life is estimated at up to 20,000 pages. The actual number of
pages that your drum will print may be significantly less than this estimate. Because we have
no control over the many factors that determine the actual drum life, we cannot guarantee a
minimum number of pages that will be printed by your drum.
*For best performance, use only genuine Brother toner. The printer should be used only in a
clean, dust-free environment with adequate ventilation.
*Printing with a third-party drum unit may reduce not only the print quality but also the quality
and life of the printer itself. Warranty coverage does not apply to problems caused by the use
of third-party drum unit.
5-1
CHAPTER 5 PERIODIC MAINTENANCE
<Change Drum message>
If the LED shows the message below, it means the drum unit is near the end of its life. We
recommend that you replace the drum unit with a new one before there is a noticeable
deterioration in the print quality.
Toner
Drum
Paper
Status
Fig.5-1
!
CAUTION:
While removing the drum unit, handle it carefully because it may contain toner.
<Replacement Procedure>
(1) Press the cover release button; and
then open the front cover of the printer.
(2) Pull out the drum unit assembly.
(Fig.5-2)
Fig. 5-2
!
CAUTION:
*We recommend that you place the drum unit assembly on a piece of disposable paper or
cloth in case you accidentally spill or scatter toner.
*To prevent damage to the printer from static electricity, do not touch the electrodes shown in
the figure below.
Fig.5-3
5-2
(3) While pressing the blue lock lever, take
the toner cartridge out of the drum unit
assembly. (Fig.5-4)
Fig. 5-4
(4) Unpack the new drum unit.
(5) Put the toner cartridge in the new drum
unit until you hear it lock into place with
a click. When the toner cartridge is
installed correctly, the blue lock lever is
lifted automatically. (Fig.5-5) Make sure
you fit the toner cartridge properly, or it
may separate from the drum unit when
you pick up the drum unit assembly.
Fig. 5-5
(6) Put the drum unit assembly in the printer. Make sure that the printer is turned on, the
front cover is open and the Status LED is red.
(7) To reset the drum counter, press and hold down the Go button until all four LEDs are lit.
Once all four LEDs are lit, release the Go button.
(8) Close the front cover.
(9) Make sure that the Drum LED is now off.
!
CAUTION:
• Only unpack a drum unit immediately before you need to install it into the printer. If an
unpacked drum unit is subjected to excessive direct sunlight or room light, the unit may be
damaged.
• Handle the drum unit and toner cartridge carefully. If toner scatters on your hands or
clothes, wipe or wash it off with cold water immediately.
• Discard the used drum unit according to local regulations, keeping it separate from
domestic waste. If you have questions, call your local waste disposal office.
• Be sure to seal up the drum unit tightly so that toner powder does not spill out of the unit.
• Do not reset the drum counter when replacing the toner cartridge only.
• The Drum LED indication does not disappear until you reset the drum counter.
• It is recommended to clean the printer when you replace the drum unit. Refer to
subsection 3. ‘PERIODICAL CLEANING’ in this Chapter.
1.2
Toner Cartridge
Life expectancy:
6,700 pages / high-yield toner cartridge
3,500 pages / standard cartridge
(When printing A4 or Letter size paper at 5% print coverage)
5-3
NOTE:
*There are many factors that determine the actual toner life, such as temperature, humidity,
type of paper that you use, the number of pages per print job, etc.
*The amount of toner used varies according to what is printed on the page and the print
density setting.
*The more that is printed, the more toner will be used.
*If you change the print density setting for lighter or darker printing, the amount of toner that is
used will change.
*Wait to unpack the toner cartridge until immediately before you install it in the printer.
<Toner Low message>
The Toner LED alternates turning on for 2 seconds and off for 3 seconds.
Toner
Drum
Paper
Status
Fig.5-6
If the LED shows this message, the toner cartridge has nearly run out of toner. Buy a new
toner cartridge and have it ready before you get a Toner Empty message.
NOTE: The Toner LED will blink continuously if the toner cartridge is nearly empty.
<Toner Empty message>
Toner
Drum
Paper
Status
Fig.5-7
<Replacement Procedure>
(1) Press the cover release button and then
open the front cover.
(2) Pull out the drum unit assembly. (Drum
unit with toner cartridge). (Fig.5-8)
Fig. 5-8
5-4
!
CAUTION:
*It is recommended to place the drum unit assembly on a piece of disposable paper or cloth in
case you accidentally spill or scatter toner.
*To prevent damage to the printer from static electricity, do not touch the electrodes shown in
the figure below.
Fig.5-9
(3) Push down the blue lock lever and take
the toner cartridge out of the drum unit
assembly.
(4) Unpack the new toner cartridge. Hold
the cartridge level with both hands and
gently rock it from side to side five or six
times to spread the toner evenly inside
the cartridge. (Fig.5-10)
Fig. 5-10
(5) Remove the protective cover. (Fig.511)
Fig. 5-11
(6) Put the new toner cartridge firmly into
the drum unit until you hear it lock into
place. If you put it in properly, the lock
lever will lift automatically. (Fig.5-12)
Make sure you fit the toner cartridge
properly or it may separate from the
drum unit.
Fig. 5-12
5-5
(7) Clean the primary corona wire inside the drum unit by gently sliding the blue tab from
right to left several times. Return the tab to the home position before you put the drum
unit back in the printer. If you do not, printed pages may have a vertical stripe.
Home position
Fig. 5-13
(8) Put the drum unit assembly back in the printer. Close the front cover of the printer.
!
CAUTION:
• Handle the drum unit and toner cartridge carefully. If toner scatters on your hands or
clothes, wipe or wash it off with cold water immediately.
• Be sure to seal the toner cartridge tightly so that toner powder does not spill out of the
cartridge.
• Dispose of the used toner cartridge in accordance with local plastic waste regulations.
• Only unpack a toner cartridge immediately before you need to install it into the printer. If a
toner cartridge is left unpacked for a long period of time, the toner life is shortened
• If an unpacked drum unit is subjected to excessive direct sunlight or room light, the unit
may be damaged.
• Use a Brother genuine toner cartridge which is specially formulated to ensure top print
quality.
• Printing with a 3rd party toner or toner cartridge may reduce not only the printing quality but
also the quality and life of the printer itself. It may also cause serious damage to the
performance and life of a genuine Brother drum unit. Warranty cover is not applied to
problems caused by the use of 3rd party toner or toner cartridges.
• Brother strongly recommends that you do not refill the toner cartridge provided with the
printer. We also strongly recommend that you continue to use only Genuine Brother Brand
replacement toner cartridges. Using or attempting to use potentially incompatible toner
and/or toner cartridges in the printer may cause damage to the printer itself and/or it may
result in unsatisfactory print quality.
• Make sure that the wire cleaner on the drum unit is returned to the home position (s mark
position) before re-installing the drum unit into the printer, or printed pages may have
vertical stripes. (Refer to Fig. 5-13.)
• Install the toner cartridge immediately after you remove the protective cover. Do not touch
the development roller and photosensitive drum shaded as shown below;
Fig. 5-14
5-6
NOTE:
It is recommended to clean the printer when you replace the toner cartridge. Refer to
subsection 3. ‘PERIODICAL CLEANING’ in this Chapter.
5-7
2.
PERIODICAL REPLACEMENT PARTS
Periodical replacement parts are the parts to be replaced periodically to maintain product
quality. These parts would affect the product quality greatly if they lost their function even if
they do not appear to be damaged or there is no change in their appearance.)
The periodical replacement parts listed below should be replaced at the service center
referring to the service life. For the procedures to replace these parts, refer to CHAPTER 4
“DISASSEMBLY AND RE-ASSEMBLY”.
Part No.
Qty
Service life
(number of prints)
Replacement
Procedure
Fixing Unit (230V) (SP)
LM2578001
1
80,000 pages
Fixing Unit (115V) (SP)
LM2579001
1
80,000 pages
See subsection
3.14 in CHAPTER
4.
Parts Name
Paper Feeding Kit
(Pad holder ZL2 / Paper
pick-up roller ASSY ZL2)
LJ7920001
1
50,000 pages
See subsection
3.3 and 3.21 in
CHAPTER 4.
NOTE:
*The above table shows only estimated values. They are subject to change without prior
notice.
*The actual number of printed pages may vary depending on your average type of print job
and paper. These figures are based on 5% coverage per page.
5-8
2.1
Fixing Unit
<Replacement procedure>
1) Disconnect the AC cord from the printer.
Printer
AC cord
Fig.5-15
2) Close the front cover and pull out the paper tray.
Front cover
Paper Tray
Fig.5-16
5-9
3) Remove the bind B M4x12 Taptite screw, and then remove the rear cover C.
Rear Cover C
Taptite, bind B
M4x12
Fig.5-17
4) Remove the rear cover outer chute.
Hook
Outer Chute
Fig.5-18
5-10
5) Remove the two bind B M4x12 Taptite screws, and then remove the rear cover L.
6) Remove the two bind B M4x12 Taptite screws, and then remove the rear cover R.
Taptite, bind B
M4x12
Rear cover R
Taptite,
bind B
M4x12
Hook
Taptite, bind B
M4x12
Hook
Rear cover L
Fig.5-19
7) Disconnect the heater harness and thermistor harness.
8) Remove the bind B M4x12 Taptite screw and the shoulder screw, and then remove the
fixing unit.
Fixing unit
Shoulder screw
Heater harness
Taptite, bind B
M4x12
Fig.5-20
5-11
Thermistor
harness
2.2
Paper Feeding Kit
<Replacement procedure>
1) Disconnect the AC cord from the printer.
Printer
AC cord
Fig.5-21
2) Close the front cover and pull out the paper tray.
Front cover
Paper tray
Fig.5-22
5-12
3) Remove the pad holder and the separation pad spring from the paper tray.
Pad holder
Separation pad spring
Fig.5-23
4) Remove the bearing R.
5) Remove the paper pick-up roller ASSY.
5) Remove the two roller collars from the paper pick-up roller ASSY.
Roller collar
Paper pick-up
roller ASSY
Roller collar
Bearing R
1
2
Fig.5-24
5-13
3.
PERIODICAL CLEANING
Clean the following parts periodically to avoid any printer problems or print image defects.
!
CAUTION:
While drum unit and scanner window cleaning basically can be implemented by the end user,
the electrical terminals inside the printer and on the drum unit should be cleaned by a service
technician. Instruct the users not to touch those terminals.
WARNING
There are high voltage electrodes inside the printer. Before cleaning the printer, make
sure that the power switch has been turned off and the power cord has been unplugged
from the power outlet.
3.1
Cleaning the Printer Exterior
Clean the printer exterior to keep the printer clean.
1)
Turn off the power switch and unplug the power cord.
2)
Wipe dirt and dust away from the printer exterior with a damp cloth and allow the printer
to dry completely before turning the power on again.
3)
Plug in the power cord.
!
CAUTION:
• Use water or neutral detergents for cleaning. Cleaning with volatile liquids such as thinner
or benzene will damage the surface of the printer.
• Do not use cleaning materials that contain ammonia. They will damage the printer and the
toner cartridge.
3.2
Cleaning the Drum Unit
When replacing the drum unit or toner cartridge with a new one, be sure to clean the drum
unit.
1)
2)
Press the cover release button, and then open the front cover.
3)
Pull out the drum unit assembly.
!
CAUTION:
It is recommended to place the drum unit assembly on a piece of disposable paper or cloth in
5-14
4)
Clean the primary corona wire inside the drum unit by gently sliding the blue tab from
right to left several times. Return the tab to the home position before re-install the drum
unit assembly.
Home position
Fig. 5-25
!
CAUTION:
Make sure that the blue tab on the drum unit is returned to the home position (s mark position)
before re-installing the drum unit into the printer, or printed pages may have vertical stripes.
3.3
5)
Re-install the drum unit into the printer.
6)
Close the front cover.
Cleaning the Scanner Window
When replacing the drum unit or toner cartridge with a new one, be sure to clean the scanner
window.
1)
2)
Press the cover release button, and then open the front cover.
3)
Pull the drum unit assembly out of the printer.
!
CAUTION:
It is recommended to place the drum unit assembly on a piece of disposable paper or cloth in
4)
Gently wipe the scanner window with a soft dry cloth.
Fig. 5-26
5)
Re-install the drum unit assembly into the printer. Close the front cover.
6)
Plug in the power cord, and then turn on the power switch.
5-15
!
CAUTION:
• Handle the drum unit carefully since it contains toner. If toner scatters and your hands or
cloths get dirty, immediately wipe or wash it off with cold water.
• Do not touch the scanner window with your fingers.
• Do not wipe the scanner window with isopropyl alcohol.
3.4
Cleaning the Electrical Terminals
To obtain the best print performance, be sure to clean the electrical terminals inside the printer
body.
1)
2)
Remove the drum unit from the printer.
3)
Wipe the electrical terminals as shown in the figure below with a soft dry cloth.
Fig. 5-27
5-16
4.
MTBF / MTTR
The meantime between failure (MTBF and the meantime to repair (MTTR) for this printer are
as follows;
MTBF: Up to 4,000 hours
MTTR: Average 30 minutes except the periodical maintenance parts (the Paper Feeding Kit)
and the printer control boards whose MTTR is average 10 minutes.
5-17
CHAPTER 6
TROUBLESHOOTING
1.
INTRODUCTION
1.1
Initial Check
(1) Operating environment
Check if :
• The source voltage stays within ±10% from the rated voltage shown on the rating plate.
• The printer is installed on a solid, level surface.
• The room temperature is maintained between 10°C and 32.5°C. The relative humidity
is maintained between 20% and 80%.
• The printer is not located in a dusty place.
• The printer is not exposed to ammonia fumes or other harmful gases.
• The printer is not located in a hot or humid area (such as near water or a humidifier).
• The printer is not exposed to direct sunlight.
• The room is well-ventilated.
• The printer is not placed where the ventilation hole of the printer is blocked.
(2) Print paper
Check if :
• A recommended type of print paper is being used. [If the paper is too thick or too thin,
or tends to curl, paper jams or paper feed problems may occur, or printed images may
be blurred.]
• The print paper is damp. [If so, use fresh paper, and check whether the print quality
improves or not.]
• The print paper is short-grained paper or acid paper. [If so, print quality problems may
occur.]
For further information on paper, refer to subsection 3.5 ‘Paper’ in CHAPTER 1.
(3) Consumable parts
Check if:
• The LEDs on the printer control panel indicate “TONER EMPTY”. If the LEDs indicate
“TONER EMPTY”, replace the cartridge with a new one.
For further information on consumable parts, refer to 1. ‘CONSUMABLE PARTS’ in
CHAPTER 5.
6-1
CHAPTER 6 TROUBLESHOOTING
(4) Others
Condensation:
When the printer is moved from a cold room into a warm room in cold weather,
condensation may occur inside the printer, causing various problems as listed below:
• Condensation on the optical surfaces such as the scanning mirror, lenses, the
reflection mirror and the protection glass may cause the print image to be light.
• If the photosensitive drum is cold, the electrical resistance of the photosensitive layer is
increased, making it impossible to obtain the correct contrast when printing.
• Condensation on the corona unit may cause corona charge leakage.
• Condensation on the hopper plate and separation pad may cause paper feed troubles.
If condensation has occurred, print several pages or leave the printer for 2 hours to allow it to
reach room temperature.
If the drum unit is unpacked soon after it is moved from a cold room to a warm room,
condensation may occur inside the unit, which may cause incorrect images. Instruct the user
to allow the unit to come to room temperature before unpacking it. This will take one or two
hours.
1.2
Warnings for Maintenance Work
To avoid creating secondary problems by mishandling, follow the warnings below during
maintenance work.
WARNING
(2) Some parts inside the printer are extremely hot immediately after the printer is used.
When opening the front cover or rear cover to access any parts inside the printer,
never touch the shaded parts shown in the following figures.
6-2
1.3
The printer does not start printing.
Paper jam occurs.
The printer does not load paper
Error message is
printed.
Status monitor error message appears.
Status LED is RED
The printer does not print
9 Network Problems
5 Software Setting Problems
4.2 Paper Jams
4.1 Paper Loading Problems
Service errors only
Service errors only
3.2 Error message printouts
3.1 Error message in the
Status Monitor
2.2 Service Calls
2.1 Operator Calls
6 Malfunctions
6-3
The same error appears
Turn off and on the printer power switch.
Printout is not correct.
Printed image has a problem.
Printed page has a problem.
8 Incorrect Printout
4.3 Paper Feeding Problems
7 Image Defects
NOTE:
The following troubleshooting sections contain both the actions which users should take or check and the ones which service technicians should
perform.
If you encounter any printer error or problem, first identify it referring to the chart below, then see the appropriate section.
Identify the Problem
2.
2.1
OPERATOR CALLS & SERVICE CALLS
Operator Calls
An ‘operator call’ which the printer indicates on the LEDs is user recoverable. Identify the
error from the table below and take the corrective action described for each indication to
correct it. The printer automatically recovers from most errors, but it may also be necessary to
reset the printer with the control panel button.
LED
Type of error
Toner
(Yellow
light)
Drum
(Yellow
light)
Paper
(Yellow
blink)
Status
(Red
light))
Remedy
Toner empty
Replace the toner cartridge
with a new one.
Cover open
(Front cover)
Close the front cover.
Cover open
(Jam clear cover)
Close the jam clear cover of
the fuser unit.
Paper jam
Clear the jammed paper
inside the printer. Press the
panel button if the printer
does not automatically
resume printing.
No paper
(HL-5130)
No paper (HL5140/5150D/5170
DN)
Load paper into the printer.
Press the go button.
No tray 1
Install the tray 1.
(Only when the LT is
installed.)
If the tray 1 is not set
correctly at the time the
paper is to be fed from the
tray 2, the paper feed from
the tray 2 results in fail and
the error message is
displayed. (Except for HL5130.)
Manual feed
Set the paper on the manual
feed slot or the MP tray.
Memory full
Press the go button. (Error
message is displayed.)
Print overrun
Press the go button. (Error
message is displayed.)
Clean drum unit
Clean the corona wire.
(Refer to Section 3 of
Chapter 5.)
Load paper into the printer.
6-4
2.2
Service Calls
If service calls occur, all four LEDs (Status LED: Red) flash on and off to notice it. In this state
execute the operation described on the top of Table 1 to notify a fault location from the specific
combination of ON/OFF and status color of the LED.
Instruct the user to turn off the power switch, wait a few seconds and then turn it on again and
try to print again. If the error is not cleared and the same service call appears, see Section 6
‘Malfunctions’ to take the corrective action.
Error occurs.
Confirm the LED
indication.
Turn OFF/ON
the power switch.
Error occurs
again.
NO
YES
Temporary error.
Use the printer without corrective action.
See Section 6
'Malfunction'.
<To show the service call type:>
Push the Go switch and the Job Cancel switch at the same time during the service call and
hold them. And then push the 2 key additionally to show the service call type by the LED
combination.
Type of service call
LED
Toner
Drum
Paper
Status
Fixing unit failure
(Red)
Laser unit failure
(Red)
Main motor failure
(Red)
Main PCB failure
(Yellow)
Engine PCB failure
(Yellow)
DIMM failure
(Yellow)
Table 1
6-5
Remedy
3.
3.1
ERROR MESSAGE
Error Message in the Status Monitor
The Status Monitor will report problems with the printer. Take the corrective actions listed in
the following table for the error message that the Status Monitor reports.
The default setting for the Status Monitor is off. If you would like to turn the status monitor on,
you can change the setting of the Status Monitor in the Device Options of the Advanced tab.
Error message
Remedy
Front Cover Open
•
Close the front cover of the printer.
Jam Clear Cover Open
•
Close the jam clear cover of the printer. See page 6-12.
Memory Full
•
Press the Go button to print the data remaining in the
printer.
Press the Job Cancel button if you want to delete the data
remaining in the printer.
• Reduce the print resolution or reduce the complexity of
your document.
• Expand the printer memory by adding a commercially
available DIMM memory module.
No Paper Tray1
No Paper Tray2
No Paper Manual Feed
No Paper Multi Purpose Tray
•
•
•
•
The paper tray may be out of paper or not properly
installed. If it is empty, put a new stack of paper in the
paper tray. For HL-5130, put paper in the paper tray and
then press the Go button.
If there is paper in the paper tray, make sure it is straight.
If the paper is curled, straighten it before printing.
Sometimes it is helpful to remove the paper, turn the
stack over and put it back in the paper tray.
Reduce the amount of paper in the paper tray, and then
try again.
Make sure you use paper that meets Brother’s
recommended paper specifications. See 3.5 PAPER in
Chapter 1.
Jam Tray 1
Jam Tray 2
Jam Inside
Jam Rear
Jam Multi Purpose Tray
•
Take out the jammed paper from the indicated area.
See 4. PAPER PROBLEMS in this chapter.
Print Overrun
•
Press the Go button to print the data left in the printer.
left in the printer.
If this does not clear the error, reduce the complexity of
your document or reduce the print resolution.
Expand the printer memory by adding a commercially
available DIMM memory module. Set page protection to
ON by using the supplied Windows driver or RPC
program.
Change the following settings in the supplied Windows
driver and try again. The best combination of these
settings will vary depending on your document:
Graphics Mode
TrueType™ mode
Use Printer TrueType™ Fonts
•
•
•
6-6
Error message
3.2
Remedy
Resolution Reduced to
Enable Printing
(The printer has printed the
document at a reduced
resolution)
•
Toner Empty
•
See 1.2 Toner cartridge in Chapter 5.
Toner Low
•
Purchase a new toner cartridge and have it ready for
when the Toner Empty status is indicated.
•
Reduce the complexity of your document before you print
to prevent automatic reduction of the resolution.
available DIMM memory module.
Error Message Printouts
The printer will report problems by printing an error message as defined in the following table.
Take the corrective actions for the error message.
Error message
MEMORY FULL
Remedy
•
•
•
PRINT OVERRUN
•
•
•
•
•
RESOLUTION REDUCED TO
ENABLE PRINTING
(The printer has printed the
document at a reduced
resolution)
•
•
Press the Job Cancel button if you want to delete the
data left in the printer.
Reduce the print resolution or reduce the complexity of
your document.
available DIMM.
left in the printer.
If this does not clear the error, reduce the complexity of
your document or reduce the print resolution.
available DIMM.
Set page protection to ON by using the supplied Windows
driver or RPC program.
Change the following settings in the supplied Windows
driver and try again. The best combination of these
settings will vary depending on your document:
Graphics Mode
TrueType™ mode
Use Printer TrueType™ Fonts
Reduce the complexity of your document before you print
to prevent automatic reduction in the resolution.
available DIMM.
*NOTE:
The communication parameter settings are printed on the Print Settings sheet. For details on
how to print the Print Settings page, see 2.HOW TO KNOW DRUM UNIT LIFE & PAGE
COUNTER in chapter 7.
6-7
4.
4.1
PAPER PROBLEMS
Paper Loading Problems
First, make sure that you are using paper that meets Brother recommended paper
specifications. See 3.5 Paper in Chapter 1.
Problem
The printer does not feed
paper.
Remedy
•
•
•
If there is paper in the paper tray, make sure it is straight.
If the paper is curled, you should straighten it before
printing. Sometimes it is helpful to remove the paper,
turn the stack over and put it back in the paper tray.
Reduce the amount of paper in the paper tray, and then
try again.
Check that manual feed mode is not selected in the
printer driver.
The printer does not feed
paper from the manual feed
slot.
•
•
Re-insert the paper firmly, one sheet at a time.
Make sure that manual feed mode is selected in the
printer driver.
The printer will not feed
envelopes.
•
The printer can feed envelopes from the manual feed tray
or multi-purpose tray. Your application software must be
set up correctly to print on the envelope size you are
using. This is usually done in the page setup or
document setup menu of your software. Please see your
software application manual.
A paper jam has occurred.
•
Clear the jammed paper. Please see Paper jams and
how to clear them or the paper jam instructional video on
the CD-ROM.
The printer does not print into
the top output tray.
•
Close the back output tray.
The printer does not print on
the specified paper.
(For HL-5140, HL-5150D and
HL-5170DN with optional
lower tray unit)
•
Make sure that the appropriate printer driver is selected.
6-8
4.2
Paper Jams
4.2.1
Clearing jammed paper
Clear the jammed paper following the procedures below;
(1)
Pull the paper tray completely out of the printer.
Fig. 6-1
(2)
Pull the jammed paper up and out of the printer.
Fig. 6-2
(3)
Press the cover release button and then open the front cover.
Fig. 6-3
6-9
(4)
Pull out the drum unit assembly. Pull the jammed paper up and out of the printer. If you
cannot remove the drum unit assembly easily at this time, do not use extra force.
Instead, pull the edge of the jammed paper from the paper tray.
Fig. 6-4
!
CAUTION:
To prevent damage to the printer caused by static electricity, do not touch the electrodes
shown in Figure 6-5.
Fig. 6-5
6-10
(5)
Open the back output tray. Pull the jammed paper out of the fuser unit. If the paper jam
can be cleared, go to Step 7.
Fig. 6-6
NOTE:
If you have to pull the paper toward the back of the printer, the fuser may get dirty with toner
powder and it may scatter on the next printouts. Refer to 3.1.3 “Print a test page” in Chapter 2,
then print a few copies of the test page until the scattering of toner stops.
!
CAUTION:
After you have just used the printer, some internal parts of the printer are extremely hot! Wait
for the printer to cool down before you touch the internal parts of the printer.
Fig. 6-7
(6)
Open the jam clear cover. Pull the jammed paper out of the fuser unit.
Fig. 6-8
6-11
(7)
Close the jam clear cover. Close the back output tray.
(8)
Push the lock lever down and take the toner cartridge out of the drum unit assembly.
Take out the jammed paper if there is any inside the drum unit.
Fig. 6-9
(9)
Put the drum unit assembly back in the printer.
(10) Put the paper tray in the printer.
6-12
4.2.2
Causes & countermeasures
The causes for paper jam problems vary depending on the location of the paper jam. When a
paper jam occurs inside the printer, you have to find the location of the paper jam first, remove
the jammed paper and then take the appropriate countermeasure referring to the table below;
Problem
Type of Jam
Cause
Remedy
Jam when the printer
is turned on.
Paper stuck
The front registration
sensor or paper eject
sensor is turned on.
Remove the paper
inside the printer. If
there is no paper,
check the suspect
sensors referring to
‘1.3 Inspection
Mode’ in Chapter 7.
Top of paper
stopped at 350mm
from the second exit
roller. Next paper is
not fed.
Jam caused by
paper length
detected as longer
than 400mm (16 in).
sensor is not
returning properly
and is not turning off.
Check front
registration sensor
motion referring
to‘1.3 Inspection
Mode’ in Chapter 7.
Bottom of paper
stopped around the
transfer roller.
Jam caused by
paper length
detected as shorter
than 80mm.
sensor was turned
off early.
Malfunction of
actuator or hardware
noise.
Check the front
registration sensor
referring to‘1.3
Inspection Mode’ in
Chapter 7.
Top of paper
stopped between the
paper feed roller and
the pick-up roller.
Jam caused by a
paper feed delay.
Paper was not fed in
at the proper timing
due to paper dust or
wear of the rubber
pick-up roller.
Remove the paper
dust attached to the
pick-up roller. If the
rubber is worn out,
replace it with a new
one.
Top of paper
stopped at 50mm
from the contact
point of the heat
roller and pressure
roller.
Jam caused by the
paper not being
sensed when ejected
from the paper eject
sensor.
The paper eject
sensor is not working
properly and has not
turned off. (single
printing)
Check sensor motion
referring to‘1.3
Chapter 7.
Jam after paper is
ejected.
Jam caused by the
paper not being
sensed when ejected
from the paper eject
sensor.
The paper eject
sensor or front
registration sensor is
not working properly
and has not turned
off. (continuous
printing)
Check sensor motion
referring to‘1.3
Chapter 7.
6-13
4.3
Paper Feeding Problems
Even if the paper is printed and ejected without any problems such as paper jams, paper
feeding problems below may appear.
Users can clear these problems by following the ‘User Check’ items for each problem. Even if
the same problem occurs again, follow the procedures in the table below.
F-1
Double feeding
User Check
Check the paper used meets the recommended paper specifications. (Refer to 3.5 “Paper” in Chapter 1.)
Possible cause
Separation pad
F-2
Step
Check
Result
1
Is the surface of the separation
pad worn out?
Yes
Remedy
Replace the separation pad.
Wrinkles or creases
User Check
(1) Check that paper is loaded into the paper tray correctly.
(2) Check the paper used meets the recommended paper specifications. (Refer to 3.5 “Paper” in
Chapter 1)
(3) Try printing using the straight-through output path.
(4) Turn over the stack of paper in the tray or try rotating the paper 180° in the tray.
Possible cause
Step
Check
Result
Remedy
Paper
1
Is the problem solved if new
paper is used?
Yes
Instruct the user how to store
paper so that it does not
absorb moisture.
Fixing unit
entrance guide
2
Is the entrance guide dirty?
Yes
Clean the entrance guide.
Fixing unit
3
Is the pressure roller dirty?
Yes
Clean the pressure roller.
No
Replace the fixing unit.
F-3
Page skew
User Check
(1) Check that the paper or other media is loaded into the paper tray correctly and that the paper
guides are not too tight or too loose against the paper stack.
(2) If using the manual feed slot, check how to load paper into the manual feed slot correctly.
(3) The paper tray may be too full. Load paper below 27mm in depth.
(4) Check the paper used meets the recommended paper specifications.
6-14
F-4
Curl or Wave
User Check
(1) Check the paper used meets the recommended paper specifications. Both high temperature and
humidity will cause paper to curl.
(2) If the printer is used infrequently, the paper may have sat for too long in the paper tray. Turn over
the stack of paper in the paper tray. Also, try rotating the paper 180° in the paper tray.
(3) Try printing using the straight-through output path.
NOTE:
For no paper supplied as the cause of a malfunction, see M-4 ‘No paper supplied’ in 6.
‘MALFUNCTIONS’ in this Chapter.
6-15
5.
SOFTWARE SETTING PROBLEMS
The printer may not print the data correctly if there are incorrect software settings.
S-1
“There was an error writing to LPT1: (or BRUSB) for the printer” error message
appears.
User Check
(1) Check that the printer cable is not damaged or broken. Check also that the cable is connected
to the correct interface connectors of both the printer and PC.
(2) Check that the correct printer is selected if you have an interface switching device.
(3) Check that the appropriate printer driver is selected as ‘Set as Default’. Check also that the
correct print port is set for the selected printer driver.
(4) Check that the printer is not connected to the same port which is also connected to a mass
storage device or scanner. Remove all other devices and connect the port to the printer only.
Turn off the printer status monitor in the device options tab in the printer driver.
(5) If the print port is set as an ECP port, change it to a normal port.
(6) Try printing the test page referring to 1.3 ‘INSPECTION MODE’ in Chapter 7.
(7) Try resetting the factory settings.
Possible cause
Step
Check
Result
Remedy
Failure inside
the printer
1
Is it possible to print the test
page with the method of 1.3.
‘INSPECTION MODE’ in
Chapter 7?
No
Identify the error type, then
refer to the specified section
of this chapter.
Main PCB
failure
2
Is it possible to print with
another PC and printer cable?
No
Replace the main PCB.
Yes
This problem may appear
under the specified system
environment. Check the
environment which the user
used.
6-16
S-3
Although the USB driver is installed, it is unable to find the BRUSB: port.
(Windows98/Me only)
User Check
(1) Re-install the USB driver by following the steps below;
i)
Turn the printer off.
ii)
Double-click the file “Deins USB.exe” in the USB directory of the CD-ROM.
iii)
Re-boot the PC.
iv)
Turn the printer on.
v)
“Add New Hardware Wizard” is launched again, follow the instructions in the Wizard to
re-install the driver.
(2) Try to connect the printer directly to the computer if it is connected through a USB hub.
Possible cause
Step
Check
Result
Remedy
Computer
Operating
System
1
Windows 95 or Windows
NT4.0?
Yes
The operating system does
not support USB.
Computer
settings
2
Does ‘Universal Serial Bus
Controllers’ appear in the
Device Manager tab of
‘System Properties’ in Control
Panel?
No
This problem can be caused
by your computer settings.
See the computer manual.
USB cable/
printer damage
3
Does “Add New Hardware
Wizard” appear on the screen
or Does test print complete?
No
The USB cable is damaged.
Replace the cable. If the
same problem appears, the
printer will be damaged.
6-17
S-4
This printer does not appear in Chooser with iMac and Power Macintosh G3
with USB. (HL-5130/5140)
User Check
(1) Check the printer is turned on.
(2) Check the USB interface cable is connected correctly.
(3) Check the printer driver is installed correctly.
Possible cause
Printer
connection
Step
Check
Result
Remedy
1
Select ‘Apple System Profiler’
in Apple Menu. Are the
following items indicated in the
USB box of the Device and
Volumes tab?
No
Check the printer is turned on
and the USB interface cable
is connected correctly.
Check that the USB cable
used is the shielded twisted
pair type and 5 m or less.
• Product ID: 0x15 (for HL5130), 0x16 (for HL-5140)
• Vender: Brother International
Corporation (or 0x4f9)
Driver
installation
S-4
2
Are there the following files in
the Extensions Folder of
System Folder?
<For System 8.6 or higher>
• BR_PrintMoniter(USB)
• Brother Laser
Try to connect the printer and
PC with the USB cable
directly.
No
Try to re-install the printer
driver.
Yes
Turn off the printer and PC
power switch, and check all
connections between them.
Then, turn them on again.
This printer does not appear in Chooser with iMac and Power Macintosh G3/G4
with USB. (HL-5150D/5170DN)
User Check
(4) Check the printer is turned on.
(5) Check the USB interface cable is connected correctly.
(6) Check the printer driver is installed correctly.
Possible cause
Printer
connection
Step
Check
Result
Remedy
1
Select ‘Apple System Profiler’
in Apple Menu. Are the
following items indicated in the
USB box of the Device and
Volumes tab?
No
Check the printer is turned on
and the USB interface cable
is connected correctly.
• Product ID: 0x17 (for HL5150D), 0x18 (for HL5170DN)
• Vender: Brother International
Corporation (or 0x4f9)
*NOTE:
The value or alphabet following ‘BR’ is a product ID.
6-18
Check that the USB cable
used is the shielded twisted
pair type and 5 m or less.
Try to connect the printer and
PC with the USB cable
directly.
6.
MALFUNCTIONS
When taking countermeasures for malfunctions as described in this section, check connectors
for contact failure before measuring the voltage at the specified connector pins.
M-1
No AC power supplied
Possible cause
Step
Check
Result
Remedy
Supply voltage
1
Is the correct voltage present
at the outlet?
No
Inform the user that the
correct voltage is not supplied
at the outlet.
Power plug
2
Is the power cord securely
plugged into the outlet?
No
Plug the power cord securely
into the outlet.
Fuse (F1, F2)
3
Is the fuse blown?
Yes
If the fuse blows again
immediately after replacing
the low-voltage power supply
PCB, check that there is not a
short circuit somewhere in the
AC power supply line.
Wiring
4
Unplug the power supply plug.
Is there a broken wire between
the AC input connector of the
low-voltage power supply and
the power plug?
Yes
Replace the AC power cord.
M-2
No DC power supplied
Possible cause
Step
Check
Result
AC power
supply
1
Is AC power supplied between
connectors CN1-L and CN1-N
when the power plug is
plugged into the outlet?
No
Follow the same check
procedure of M-1 “No AC
power supplied”.
Wiring, DC load
2
Turn on the power switch.
Measure the voltages between
the terminals. Do the
measured voltage satisfy the
prescribed valued in the table
below?
Yes
Turn off the power switch,
reconnect the connector and
turn the power switch on
again. If the protector circuit
is activated, check the
connector, the wiring from the
connector, and the DC load.
Low-voltage
power supply
PCB
*1
PCB
+lead
pin
Engin CN8-3
e
CN10-6
3
Refer to the chart *1 below.
No
Replace the low-voltage
power supply PCB.
- lead
pin
CN8-2
CN10-5
Voltage
Approx. 24V
Approx. 3.3V
6-19
Remedy
WARNING
If you analyze malfunctions with the power plug inserted into the power outlet, special
caution should be exercised even if the power switch is OFF because it is a single pole
switch.
M-3
Possible cause
Main motor failure
Step
Check
Result
Failure of
connector
1
Is the connection of connector
CN9 on the engine PCB
correct?
No
Reconnect the connector.
Main motor
2
Is the problem solved by
replacing the main motor?
Yes
Replace the main motor.
Engine PCB
3
replacing the engine PCB?
Yes
Replace the engine PCB.
Main PCB
4
replacing the main PCB?
Yes
M-4
Remedy
No paper supplied
Possible cause
Step
Check
Result
Remedy
Separation pad /
pick-up roller
failure
1
Is the surface of the separation
pad or the pick-up roller dirty
or worn out?
Yes
1) Clean the surface of the
separation pad or pick-up
roller.
2) Replace the separation
pad or pick-up roller.
Failure of
connector
1
Is the contact of the solenoid
connector on the engine PCB
good?
No
Engine PCB
circuit
2
Set paper in the manual paper
slot and make a test print by
pressing the control panel
button.
Yes
Does the voltage between pins
2 (SOLENOID) and 1 (24V) of
the CN16 connector on the
engine PCB change from
approx. 24V DC to 0V within
the specified time?
No
Replace the paper pick-up
solenoid.
Yes
Paper pick-up
clutch solenoid
Main PCB
4
6-20
M-5
Insufficient output from high-voltage power supply unit
Possible cause
Step
Check
Result
High-voltage
contact
1
Do any of the terminals on the
high-voltage contacts have dirt
or contact burns?
Yes
Clean the terminals.
High-voltage
power supply
PCB
2
Check the connections of the
connector between the highvoltage power supply and the
engine PCB are secured
correctly.
Yes
Replace the high-voltage
power supply PCB
No
Reconnect the connector
between the high-voltage
power supply and the engine
PCB.
Remedy
M-6
Remedy
Fixing heater temperature failure
Possible cause
Step
Check
Result
Poor thermistor
harness contact
1
Is the contact of connector
CN7 on the engine PCB good?
No
Blown thermal
fuse
2
Remove the fixing unit and
measure the resistance of the
thermal fuse. Is it open
circuit?
Yes
Thermistor
failure
3
Is the thermistor installed
properly?
Yes
No
Reinstall the thermistor
properly.
Yes
Replace the halogen heater
lamp.
Halogen heater
lamp failure
M-7
Possible cause
Harness
connection
failure (1)
Harness
connection
failure (2)
4
halogen heater lamp. Is it
open circuit?
Laser Unit failure
Step
1
2
Check
Result
Is connector CN3:
5130/5140/5150D, or CN1:
5170DN on the main PCB
secured correctly?
Is the connection of the
scanner motor connector CN6
on the engine PCB secure?
6-21
Remedy
No
securely.
Yes
Replace the laser unit.
No
securely.
Yes
M-9
Fixing Unit failure
Possible cause
Step
Check
Result
Remedy
Poor thermistor
harness contact
1
Is the contact of connector
CN7 on the engine PCB good?
No
Blown thermal
fuse
2
measure the resistance
between the input connectors.
Is it open circuit?
Yes
Thermistor
failure
3
Is the thermistor installed
properly?
Yes
No
Reinstall the thermistor
properly.
Halogen heater
lamp failure
4
halogen heater lamp. Is it
open circuit?
Yes
Replace the halogen heater
lamp.
Heater harness
connection
failure
5
Is the heater harness
connector connected to the
low-voltage power supply PCB
and fixing unit secure?
No
Reconnect the connectors
securely.
NOTE:
• This problem will be cleared if leaving the printer power ON for ten minutes.
• If the heater is cooled down sufficiently, this problem may be cleared by turning on the
printer power switch while pressing the Job Cancel button. Be warned, however, that this
operation will melt the fixing unit if the heater is hot.
M-10
Possible cause
Main PCB
Software bug
Main PCB failure
Step
1
2
Check
page with the method of 1.3.
‘INSPECTION MODE’ in
Chapter 7?
Does this problem appear
when printing specific data or
printing under a specific
environment?
6-22
Result
No
Yes
Remedy
Inform the Brother office of
the used specific data, printer
condition and system
environment.
M-12
Engine PCB error
Possible cause
Fixing unit
ground wire
connection
Harness
connection
failure
Step
1
Check
Is the ground wire on the fixing
unit secured with the shoulder
screw correctly?
Is the connection between
connector CN8(HL5130/5140/5150D), CN9(HL5170DN) on the main PCB and
connector CN10 on the engine
PCB secure?
replacing the engine PCB?
Result
No
Step
Check
Result
1
Try installing DIMM into
another printer, then check the
memory size in Print Settings.
Yes
Is it possible to print the data?
No
Replace the DIMM.
2
Engine PCB
3
Main PCB
4
M-14
No
Remedy
Secure the ground wire
correctly with the shoulder
screw.
Reconnect the connectors
securely.
Yes
Yes
DIMM failure
Possible cause
DIMM failure
6-23
Remedy
7.
7.1
IMAGE DEFECTS
Image Defect Examples
I-1 Light
I-2 Dark
I-3 Completely blank
I-4 All black
I-5 Dirt on back of paper
I-6 Black vertical
streaks
I-6 Black vertical
streaks
I-7 Black horizontal
stripes
I-8 Black vertical
streaks
I-9 White vertical
streaks
o tnirp tset tuo tnirP o tnirp tset tuo tnirP tset tuo tnirp tset tuo tnirp tset tuo tnirP
I-10 White horizontal
streaks
I-11 Faulty
registration
I-12 Poor fixing
I-13 Image distortion
I-15 White spots
I-16 Black spots
I-17 Black band
I-18 Gray background
I-20 Downward fogging
of solid black
I-21 Horizontal lines
I-22 Light rain
I-23 Ghost
Print out test print out test print out test Print out test print o Print out test print o
I-14 Faint print
I-19 Hollow print
I-24 Toner specks
Fig. 6-10
7.2
Diameter of Rollers
The diameter of each roller and the pitch which appears in the image are listed below;
No.
Parts Name
Diameter (The pitch which
appears in the image)
1
First Paper Feed Roller
φ 13.6 mm (42.7 mm)
2
Paper Feed Roller
φ 14.0 mm (44.0 mm)
3
Transfer Roller
φ 15.20 mm (47.7 mm)
4
Photosensitive Drum
φ 29.97 mm (94.1 mm)
5
Heat Roller
φ 25.0 mm (78.5 mm)
6
Pressure Roller
φ 25.0 mm (78.5 mm)
7
Development Roller
φ 20.0 mm (39.0 mm)
6-24
7.3
Troubleshooting Image Defect
Several types of the image defects can be cleared by end users. For those defects, instruct
the user to check the ‘User Check’ items described in each table. Even if the same image
defect appears, the following procedures should be followed in the event of specific image
defects.
See also subsection 7.4 ‘Location of Ground Contacts’ in this Chapter for information about
the location of the grounding contacts.
!
CAUTION:
When using the printer for a special job, such as printing of name cards, print quality cannot
be guaranteed.
I-1
Light
User Check
(1) Check the printer’s environment. Conditions such as humidity, high
temperatures, etc. may cause this situation to occur.
(2) If the whole page is light, toner save mode may be on. Disable toner save mode
within Printer Properties tab of the driver.
(3) Try installing a new toner cartridge or drum unit.
Possible cause
Step
Check
Result
Remedy
Toner sensing
failure
(printer side)
1
Can printing be started with
the drum unit and toner
cartridge removed?
Yes
Check if the toner
sensor is dirty and
check the toner
sensor connection.
Toner sensing
failure
(toner cartridge
side)
2
Is the problem solved when 4
or 5 pages are printed after the
toner cartridge is replaced with
a full one?
Yes
The wiper of the toner
cartridge is defective.
Replace the toner
cartridge.
Drum
connection
failure
3
Are all the contacts between
the drum unit and printer body
connected correctly?
No
Clean contact
electrodes both on the
drum unit and in the
printer body.
High-voltage
power supply
PCB failure
4
Is the harness connection
between the high-voltage
power supply PCB and the
engine PCB correct?
Yes
Replace the highvoltage power supply
PCB.
Engine PCB /
Main PCB
failure
5
Is the harness connection
between the engine PCB and
the main PCB correct?
Yes
Replace the engine
PCB or the main PCB.
Dirt on the
scanner window
6
Is there any dirt on the scanner
window?
Yes
Wipe it off with a soft
clean paper.
Laser unit failure
7
Is the problem solved after
replacing the laser unit?
Yes
6-25
Ground
contacts
(1), (4),
(5), (6)
I-2
Dark
User Check
(2) Check the printer’s environment. High temperature and high humidity conditions
can increase the amount of background shading.
(3) Clean the corona wire with the wire cleaner.
(4) Try installing a new toner cartridge or drum unit.
Possible cause
Step
Check
Result
Corona failure
(contact failure)
1
Are the charge electrodes
between the printer body and
the drum unit dirty?
Yes
Clean both
electrodes.
Drum unit failure
2
replacing the drum unit?
Yes
Replace the drum unit
with a new one.
Toner cartridge
failure
3
replacing the toner cartridge?
Yes
Replace the toner
cartridge with a new
one.
High-voltage
power supply
PCB failure
4
Is the connections of the
connector between the highvoltage power supply PCB and
the engine PCB secured
correctly?
Yes
PCB.
Main PCB
failure
5
Are there any disconnected
connectors?
No
Replace the main
PCB.
Engine PCB
failure
6
Are there any disconnected
connectors?
No
Replace the engine
PCB.
6-26
Remedy
Ground
contacts
(3)
I-3
Completely blank
Check
Result
Remedy
Ground
contacts
Possible cause
Step
Developing bias
contact failure
1
Are the developing bias
contacts between the printer
body and drum unit dirty?
Yes
Clean the electrodes
at both sides.
(4)
Drum unit
2
Are the drum shaft and drum
electrode of the printer body
Yes
Clean the shaft and
the electrode.
(1)
No
Check the connection
between the shaft and
the electrode.
Drum unit failure
3
Yes
Replace the drum
unit.
Toner cartridge
failure
4
Yes
Replace the toner
cartridge with a new
one.
Scanner
harness
connection
failure
5
Is the scanner harness
connected securely?
(Check if there is any play in
the connection.)
No
Reconnect the
connector correctly.
Main PCB
failure
6
Are printing signals being input
to the laser unit?
Yes
Replace the main
PCB.
Is the scanner interlock lever
damaged?
Yes
Is the scanner mirror broken or
loose?
No
PCB.
Laser unit failure
7
6-27
(1)
I-4
All black
User Check
(1) Clean the corona wire of the drum unit.
(2) The drum unit may be damaged. Install a new drum unit.
Possible cause
Corona failure
Step
Check
Result
Remedy
Ground
contacts
(2)
1
Is the corona wire dirty?
Yes
Clean the corona wire
with the wire cleaner.
2
Is the corona wire broken?
Yes
Replace the drum
unit.
3
Yes
Clean both
electrodes.
Harness
connection
4
Is the laser unit connected to
the main PCB correctly?
No
Connect the harness
between the laser unit
and the main PCB
correctly.
High-voltage
power supply
PCB failure
5
replacing the high-voltage
power supply PCB?
Yes
PCB.
Main PCB
failure
6
Yes
Replace the main
PCB.
6-28
(3)
I-5
Dirt on the back of paper
Possible cause
Fixing unit dirty
Step
1
Check
Result
Is the pressure roller dirty?
Yes
Clean the pressure roller
referring to the following
procedure.
Yes
Replace the drum unit
No
Replace the high-voltage power
supply PCB.
Is any other area in the printer
dirty?
Dirt in the drum
unit
2
Is the transfer roller dirty?
Remedy
NOTE:
This problem may disappear after printing approximately 10 pages of completely blank sheets.
How to clean the pressure roller
Clean the pressure roller as follows;
(1) Set three or more sheets of paper in the paper tray.
(2) Open the front cover, and turn on the power switch while holding down the Go button.
(3) Release the panel button when the Toner LED is on.
(5) Hold down the panel button until the Drum LED is on, then release the button. Cross
stripes are printed.
(6) Print approximately 5 pages then press the Job Cancel button.
(7) Make sure that the dirt on the back of paper has disappeared.
6-29
I-6
Black and blurred vertical streaks
User Check
(1) Clean the corona wire in the drum unit.
(2) Check that the corona wire cleaner is at the home position.
(3) Check that the toner cartridge is not empty.
(5) The toner cartridge may be damaged. Install a new toner cartridge.
Possible cause
Step
Check
Result
Remedy
Corona failure
1
Is the vertical block streak
about 10mm wide?
(Check if the wire cleaner is at
its home position.)
Yes
Return the wire cleaner to its
home position.
Dirt in the paper
feed system
2
Is the paper tray or feed
system on the drum unit dirty
with toner?
Yes
Clean the toner off.
Scratch on the
drum
3
Is the drum surface scratched?
Yes
Replace the drum unit.
Cleaning failure
4
Is the drum surface dirty with
toner in streaks?
Yes
Scratch on the
heat roller
5
Is the surface of the heat roller
scratched?
Yes
NOTE:
• If you print the same pattern (especially vertical streaks) continuously, electrostatic charge
performance of the drum will decrease temporarily and black vertical streaks may appear
on the paper.
• This problem may occur with noise due to the corona wire being dirty. In that case, clean
the corona wire with the wire cleaner.
6-30
I-7
Black and blurred horizontal stripes
User Check
(3) Clean the printer interior and the corona wire in the drum unit.
Possible cause
Step
Check
Result
Remedy
Scratch on the
drum
1
Are the horizontal stripes at
94mm (photosensitive drum)
intervals?
Yes
The photosensitive
drum was scratched.
Replace the drum
unit.
Toner stuck on
the developer
roller
2
39mm (developer roller)
intervals?
Yes
After printing several
pages, the problem
will disappear.
If not, replace the
toner cartridge.
Scratch on the
heat roller
3
79mm (heat roller) intervals?
Yes
Replace the heat
roller.
Corona contact
failure
4
Yes
Clean both
electrodes.
High-voltage
power supply
PCB failure
5
power supply PCB?
Yes
I-8
Ground
contacts
(3)
PCB.
Black vertical streaks (in a gray background)
Possible cause
Step
Check
Result
Translucent
stain on the
scanner window
1
Is there any dirt on the scanner
window?
Yes
Corona failure
2
Remedy
Ground
contacts
1) Clean the scanner
window.
2) If it is not effective,
replace the laser
unit.
6-31
Yes
Clean the corona wire
with the wire cleaner.
(2)
I-9
White vertical streaks
User Check
(1) Try to wipe the scanner window with a soft cloth.
can cause this problem.
(4) Damp (wet) paper might be used. Try to change to freshly unpacked paper.
Possible cause
Step
Check
Result
Remedy
Transfer failure
1
Is the transfer roller
scratched?
Yes
Condensation
2
Has condensation occurred
inside the printer?
Yes
Try to print several pages or
leave the printer 2 hours to allow
it to reach room temperature.
I-10
White horizontal stripes
User Check
(1) Check the paper used meets the recommended paper specifications. A rough
surfaced paper, damp paper or thick media can cause the problem.
(2) Check that the appropriate media type is selected in the printer driver.
(3) The problem may disappear by itself. Try printing multiple pages to clear this
problem especially if the printer has not been used for a long time.
Possible cause
Step
Check
Result
Developing bias
contact failure
1
Are the developing bias
contacts between the printer
body and toner cartridge dirty?
Yes
6-32
Remedy
Clean the electrodes
at both sides.
Ground
contacts
(4)
I-11
Faulty registration
Possible cause
Step
Excessive paper
load
1
Is the paper loaded in the
paper tray more than 27mm
high?
Yes
Instruct the user to keep paper
loads below 27mm in depth.
Print paper
2
Is the specified weight of the
recommended paper being
used?
No
Recommend to use the
specified types of paper.
3
Is the first printing position
within ±1mm of the tolerance
specification?
Yes
Adjust the Y offset by using the
utility software supplied.
4
Is the rear registration sensor
off from the correct position?
Yes
Reposition the sensor to the
correct position.
Rear regist
sensor position
incorrect
I-12
Check
Result
Remedy
Poor fixing
Possible cause
Step
Check
Result
Remedy
Print paper
1
Is thick paper of more than
43lb being used?
Yes
Toner sensing
failure
(When printing
is faint.)
2
replacing the drum unit or the
toner cartridge?
Yes
1) Toner is empty.
2) The toner sensing is
defective. Clean the toner
sensor.
3) If the wiper in the toner
cartridge is broken, replace
the toner cartridge with a new
one.
Fixing unit
thermistor
failure
3
Is the thermistor fitted
correctly?
No
Fit the thermistor correctly.
Low-voltage
power supply
PCB failure
4
replacing the low-voltage
power supply PCB?
Yes
Replace the low-voltage power
supply PCB.
6-33
I-13
Image distortion
Possible cause
Step
Check
Result
Remedy
Laser unit
installation
1
Is the laser unit secured to the
frame incorrectly?
(Check if there is any play.)
Yes
Secure the unit correctly and
tighten the screws.
Scanner LD
emission failure
2
Is the laser diode or the
scanner motor defective?
Yes
3
Is the scanner harness
connected properly?
(Check if it is coming loose.)
No
Connect the harness correctly.
Scanner motor
rotation failure
Scanner
connection
failure
I-14
Faint print
o tnirp tset tuo tnirP
o tnirp tset tuo tnirP tset tuo tnirp tset tuo tnirp tset tuo tnirP
Print out test print out test print out test Print out test print o
Print out test print o
Possible cause
Step
Check
Result
Remedy
Printer
installation
1
Is the printer placed
horizontally?
No
Place the printer on a flat
surface.
Toner cartridge
2
Does the problem happen
immediately after replacing the
toner cartridge with a new
one?
Yes
Remove and carefully shake the
toner cartridge horizontally.
Scanner window
dirty
3
Is the scanner window dirty?
Yes
Clean the scanner window with
a soft dry cloth.
Laser unit failure
4
replacing the laser unit?
Yes
6-34
I-15
White spots
User Check
(1) If the problem is not solved after printing a few pages, the drum unit may have
glue from label stock on the photosensitive drum surface. Refer to Step 1 in the
table below and NOTE in the next page.
Possible cause
Step
Drum unit failure
1
Drum unit failure
Check
Result
Remedy
Are the white spot at 94mm
intervals?
Yes
1) If toner or glue remains
stuck, wipe it off gently with a
cotton swab. (Refer to NOTE
in the next page.)
2) If the drum surface is
scratched, replace the drum
unit.
2
Yes
No toner
3
Is the toner in the toner
cartridge almost empty?
Yes
Replace the toner cartridge with
a new one.
Print paper
4
changing to specified freshly
unpacked paper?
Yes
Damp (wet) paper might be
used. Recommend to change
freshly unpacked paper.
Environment
5
Does the problem still appear
after the printer has warmed
up?
Yes
1) Replace the drum unit.
2) Advise the user of the
specified print environment.
6-35
NOTE:
Clean the drum unit as follows:
(1) Remove the toner cartridge from the drum unit. Place the printing samples in front of the
drum unit, and find the exact position of the image defect.
Drum unit
Position of smudge on
the drum
94mm interval
Printing sample
Fig. 6-11
(2) Turn the drum gear by hand while looking at the surface of the photosensitive drum.
Photosensitive drum
Fig. 6-12
(3) Wipe the surface of the photosensitive drum with a cotton swab until the dust or paper
powder on the surface comes off.
Photosensitive drum
Fig. 6-13
!
CAUTION:
• Do not wipe the surface of the photosensitive drum with something sharp. (ball-point pen
etc.)
• Use cleaning liquid which is a 50-50 mixture of ethyl alcohol and pure water.
6-36
I-16
Black spots
User Check
(1) If the problem is not solved after printing a few pages, the drum unit may have
glue from label stock on the photosensitive drum surface. Refer to Step 1 in the
table below and NOTE in the previous page.
Possible cause
Step
Check
Result
Remedy
Drum unit
1
Are the spots at 94mm
intervals?
(The problem is not solved
after printing a few pages.)
Yes
1) If toner or glue
remains stuck, wipe it
off gently with a
cotton swab. (Refer
to NOTE in the
previous page.)
2) If the photosensitive
drum is scratched or
deteriorated
(exposed), replace
the drum unit.
Drum
connection
failure
2
Is the contact between the
drum unit and printer body
No
Clean contact electrode
both on the drum unit
and in the printer body.
Fixing unit
3
Are the spots at 79mm
intervals?
(The problem is not solved
after printing a few pages.)
Yes
1) Check and clean the
heat roller with a
cloth dampened with
alcohol.
2) Replace the fixing
unit.
High-voltage
power supply
PCB failure
4
power supply PCB?
Yes
PCB.
6-37
Ground
contacts
(8)
I-17
Black band
Possible cause
Check
Result
Corona failure
1
Is the wire cleaner at its home
position?
No
Return the wire
cleaner to its home
position.
(2)
Corona failure
2
Yes
1) Clean the corona
wire.
2) If the problem still
appears after
cleaning, replace
the drum unit.
(2)
6-38
Remedy
Ground
contacts
Step
I-18
Gray background
Possible cause
Print paper
Step
1
Check
Result
Does the paper being used
meet the paper specification
(weight, etc.).
Remedy
No
Yes
Recommend to change to
freshly unpacked paper.
Toner sensing
failure
(printer side)
2
Is the Status LED green even
after removing the drum unit
and toner cartridge? (Be sure
to close the cover after
removing the drum unit and
toner cartridge.)
Yes
Toner sensor failure. Clean the
toner sensor and check the
toner sensor connection.
Toner cartridge
failure
3
Yes
Replace the toner cartridge.
Drum unit failure
4
Yes
No
supply PCB.
NOTE:
The following cases increase the possibility of this problem.
• Acid paper is being used.
• The drum unit is at the end of its life.
• There is dust or paper powder.
6-39
I-19
Hollow print
User Check
(2) Select the ‘Thick paper mode’ in the printer driver, or use thinner paper than you
are currently using.
(3) Check the printer’s environment, conditions such as high humidity may cause
this situation to occur.
Possible cause
Print paper
I-20
Possible cause
Step
1
Check
Result
Is thick paper of more than
43lb being used or extremely
rough surface paper?
Remedy
Yes
No
Refer and compare with I-15.
Downward fogging of solid black
Step
Check
Result
Remedy
Toner cartridge
failure
1
Yes
Replace the toner cartridge.
High-voltage
power supply
PCB failure
2
power supply PCB?
Yes
supply PCB.
6-40
I-21
Horizontal lines
Possible cause
Paper tray
contacts
Step
Check
Result
1
Are the ground contacts on the
back side of the paper tray
connecting correctly?
No
6-41
Remedy
Clean the contacts.
Ground
contacts
(7)
I-22
Light rain
Step
Drum unit failure
1
Yes
Replace the drum
unit.
Drum
connection
failure
2
Is the contact between the
drum unit and printer body
No
Clean contact
electrode both on the
drum unit and in the
printer body.
High-voltage
power supply
PCB failure
3
power supply PCB?
Yes
PCB.
I-23
Check
Result
Remedy
Possible cause
Ground
contact
(8)
Ghost
User Check
(1) Check the paper used meets the recommended paper specifications. Damp
paper, thick media or rough surfaced paper can cause the problem.
can cause the problem.
(3) Check that the appropriate media type is selected in the printer driver.
(4) Try installing a new drum unit.
Possible cause
Step
Check
Result
Remedy
Driver setting
1
Is thin paper such as 64g/m2
used under the thick paper
mode?
Yes
1) Change the current mode to
the normal mode from the
driver setting.
2) Print 5 or 6 blank pages if
this problem occurs.
Drum unit failure
2
Yes
High-voltage
power supply
PCB failure
3
power supply PCB?
Yes
supply PCB.
6-42
I-24
Toner specks
User Check
(1) Check the paper used meets the recommended paper specifications. A rough
surfaced paper may cause the problem.
(3) The drum unit may be damaged, or may be nearly at the end of life. Install a
new drum unit.
6-43
7.4
Location of Grounding Contacts
7.4.1
Drum unit
(2) Wire cleaner
Drum Unit
(5) Grid
(8) Cleaner
(4) Development roller
(1) Photosensitive drum
(3) Charge
(6) Transfer roller
Fig. 6-14
7.4.2
Printer body & Paper tray
(5) Grid
(1) Photosensitive drum
(3) Charge
(4) Development roller
(8) Cleaner
(6) Transfer roller
(7) Ground
Paper Tray
Fig. 6-15
6-44
8.
INCORRECT PRINTOUT
When the data is not printed correctly as it is seen on the PC screen, follow the procedures
below in the event of a specific error.
P-1
The printer prints unexpectedly or it prints garbage.
User Check
(1) Check if the printer cable is not too long. It is recommended to use a parallel cable of less than 2
meters (6.6 feet) in length.
(2) Check that the printer cable is not damaged or broken. Check also that the printer cable is
connected to the correct interface connectors of both the printer and PC.
(3) If an interface switching device is used, remove it and connect the computer directly to the printer
and try again.
(4) Check that the appropriate printer driver is selected as ‘Set as Default’. Check also that the
correct print port is set for the selected printer driver.
(5) Check that the printer is not connected to the same port which is also connected to a mass
storage device or scanner. Remove all other devices and connect the port to the printer only.
Turn off the printer status monitor in the device options tab in the printer driver.
(6) If the print port is set as an ECP port, change it to a normal port.
(7) Try printing the test page referring to 1.1. ‘Test Print Mode’ in Chapter 7.
(8) Try resetting the factory settings.
Possible cause
Failure inside
the printer
Step
Check
Result
Remedy
1
page with the method of 1.1
‘Test Print Mode’ in Chapter 7?
No
Identify the error type, then
refer to the specified section of
this chapter.
NOTE:
If the printer prints garbage or incorrect fonts, instruct the user to use the ‘Troubleshooting for
Printer won’t print’ tool of the self-diagnostics tools. If the problem cannot be solved, instruct
user to use the ‘Diagnostics’ tool described in the Chapter 7 so that you can get a log file to
investigate the cause of the problem. For details on the self-diagnostics tools, see 3. ‘HOW
TO USE SELF-DIAGNOSTICS TOOLS’. in CHAPTER 7
6-45
P-2
Unable to print full pages of a document with the “PRINT OVERRUN” message.
User Check
(1) Press the Go switch on the control panel to print the data remaining in the printer.
(2) If this does not clear the error, reduce the complexity of your document or reduce the printer
resolution.
(3) Expand the printer memory by adding a commercially available DIMM. (except for HL-5130)
(4) Change the following setting in the printer driver and try again. The best combination of settings
below will vary depending on your document.
Graphic Mode / TrueTypeTM mode (except for HL-5130) / Use Printer TrueTypeTM Fonts
(except for HL-5130)
NOTE:
This problem may appear if the data is too complex. If it is not cleared by taking the actions
above, it will be impossible to print such data under the printer specifications.
P-3
Unable to print full pages of a document with the “MEMORY FULL” message.
User Check
(1) Press the Go switch on the control panel to print the data remaining in the printer.
(2) Reduce the complexity of your document or reduce the printer resolution.
(3) Expand the printer memory by adding a commercially available DIMM. (except for HL-5130)
NOTE:
This problem may appear if the data is too complex.
Possible cause
Step
Unable to
recognize DIMM
1
DIMM / main
PCB failure
2
Check
Result
Remedy
Check the memory size in
Print Configuration. Is it the
default size?
Yes
Try installing DIMM into
another printer, then check the
memory size in Print Settings.
Yes
Is it possible to print the data?
No
Replace the DIMM.
6-46
Expand the memory size by
adding DIMM.
If the memory is already at the
maximum size, it will be
impossible to print the data
under the printer
specifications.
P-4
Headers or footers are not printed out even though they are viewed on PC screen.
User Check
Most laser printers have a restricted area that cannot be printed on. Usually the first two lines and
last two lines of text cannot print (leaving 62 printable lines). Adjust the top and bottom margins in
your document to allow for this.
P-5
The printer sometimes prints a couple of characters and then ejects the page.
User Check
(For DOS environment only)
The application printer emulation setting and the printer’s emulation do not match. Check in the
application software which printer you have selected to make sure the printer is set up correctly.
Remember that the printer emulates widely used printer selections:
HL-5140: HP Laser Jet 6P
HL-5150D/5170DN: HP Laser Jet 6P, Brother BR-Script Level 3, Epson FX-850, IBM
Proprinter XL
Try setting the printer into HP emulation and then select the HP LaserJet 6P (for
HL5140/5150D/5170DN) printer in the application software.
6-47
9.
NETWORK PROBLEM
If the error related to network occurs, refer to the following sections;
9.1
Installation Problem
If you cannot print over the network, check the following:
(1) Make sure that the printer is powered on, is on-line and ready to print.
Verify that the printer and the configuration are good by printing the printer settings page.
If the test fails, check:
a) If the LED is not blinking after connected to the network, then the network firmware
settings may be corrupted.
b) In this event, try to restore the factory default settings of the print server. For steps on
how to reset the print server, see Chapter 2 6.2 “Network Factory default setting”. Once
you have done that, turn the printer power off and then on again, and try to print out the
configuration page.
(2) If the Print Settings page is printed but you cannot print documents, try the following
NOTE:
If none of the following steps are successful, there is almost certainly a hardware or
network problem!
a) If you are using TCP/IP:
Try pinging the print server from the host operating system command prompt with the
command:
ping ipaddress,
Where ipaddress is the print server IP address (note that in some instances it can
take up to two minutes for the print server to load its IP address after setting the IP
address). If a successful response is received, then proceed to the UNIX, TCP/IP
Windows NT/LAN Server, Windows98/95/Me Peer to Peer (LPR), Internet Printing or
Web Browser troubleshooting section. Otherwise, proceed to step (3), and then go to
subsection 9.3 ‘TCP/IP Troubleshooting’.
b) If you are using Novell system:
Verify that the print server can be seen on the network. To do this, login as the
SUPERVISOR (not as someone with supervisor privileges) or ADMIN (for Netware 4
or later servers), go into PCONSOLE or NWADMIN, select PRINT SERVER
INFORMATION, and select the name of the print server (make sure that you have
entered the print server name). If you can see Print Server Status and Control in the
menu, then the Brother print server is visible to the network, proceed to subsection
9.11 ‘Novell NetWare Troubleshooting’. Otherwise, go to step (3).
c) If you are running AppleTalk for Macintosh:
Make sure that you can see the print server name under the LaserWriter 8 icon in the
Chooser. If it is visible, then the connection is good, so proceed to subsection 9.12
‘AppleTalk Troubleshooting’. Otherwise, go to step (3).
6-48
(3) If you cannot make any of the connections in step (2), check the following:
a) Make sure the printer is turned on and on-line.
b) Check the cabling, network connection, and print out a configuration page in the
Network STATISTICS information to see if bytes are being transmitted and received.
c) Check to see if there is any LED activity.
NC-5100h print server has two LEDs on the back panel of the printer. The upper
side LED shows Link/Speed status. The lower side LED shows Activity
(Receive/Transmit) status.
•
No light:
If the both of the two LEDs are off, then the print server is not connected
to the network.
•
Link/Speed LED is orange: Fast Ethernet
Link/Speed LED is green: 10 Base T Ethernet
The Link/Speed LED will be orange if the print server is connected to a
100BaseTX Fast Ethernet network.
The Link/Speed LED will be green if the print server is connected to a 10
Base T Ethernet.
•
Active LED is yellow
The Active LED will blink if the print server is receiving or transmitting
data.
(4) If you are using a repeater or hub, make sure that SQE (heartbeat) is turned off at the hub
(if applicable). Also, if you have a hub or multi-port repeater, verify that the hub or
repeater port is good by trying the print server on a different port or on the other hub or
multi-port repeater.
(5) If you have a bridge or router located between the print server and host computer, make
sure that the device is set up to allow the print server to send and receive data from the
host. For example, a bridge can be set up to only allow certain types of Ethernet
addresses to pass through (a process known as filtering); therefore, such a bridge must
be configured to allow Brother print server addresses. Likewise, a router can be set up to
pass only certain protocols, so be sure that the desired protocol can be passed through
to the print server.
(6) If the job exits the queue but does not print, make sure that you are not trying to print a
text job to a PostScript printer. If you have a printer that is capable of automatic language
switching, make sure that the printer is not forced into PostScript mode.
9.2
Intermittent Problem
If the print server and printer start up OK, but you intermittently have problems printing, check
the following:
(1) If you can print small jobs but large graphics jobs are distorted or incomplete, make sure
that you have adequate memory in your printer and the latest printer driver installed on
your computer. The latest Brother printer drivers can be downloaded from
http://solutions.brother.com
(2) Check the individual protocol troubleshooting sections in this chapter for additional
causes of intermittent printer problems.
6-49
9.3
TCP/IP Troubleshooting
If you are using TCP/IP and cannot print to the print server and you have checked the
hardware and network as described in the previous steps, then check the following:
NOTE:
It is always a good idea to try the following in order to eliminate the possibility of setup errors.
• Turn off the printer and then on again,
• Delete and recreate the print server and create a new print queue in order to eliminate the
possibility of setup errors.
(1) The problem may be the result of mismatched or duplicate IP address. Verify that the IP
address is correctly loaded into the print server (via the configuration page). Make sure
that no other nodes on the network have this address (DUPLICATE IP ADDRESS ARE
THE BIGGEST CAUSE OF TCP/IP PRINTING PROBLEMS).
(2) If you used BRCONFIG to enter the IP address, make sure that you exited the remote
console properly with a CTRL-D or EXIT and that you turned the printer off and then on
again (it may take up to two minutes for the IP address to take effect).
(3) Make sure that the TCP/IP protocol of the print server is enabled.
(4) If you used rarp, make sure that you started the rarp daemon on any workstation using
the rarpd, rarpd-a, or equivalent command. Verify that the /etc/ethers file contains the
correct Ethernet address and that the print server name matches the name in the
/etc/hosts file.
(5) If you used bootp, make sure that you started the bootp daemon on any UNIX
workstation and bootp is enabled (i.e., the “#” is removed from the bootp entry) in the
/etc/bootptab file is correctly configured.
(6) Also verify that host computer and the print server are either on the same subnet,
otherwise that the router is properly configured to pass data between the two devices.
(7) If you wish to disable the APIPA protocol, turn off the APIPA. Then reboot the PC. (Refer
to 6.2 in Chapter 2 for the method to make the APIPA OFF.)
9.4
UNIX Troubleshooting
(1) Make sure that the /etc/printcap file (if applicable) is typed in correctly. In particular, look
for missing ":" and "\" characters, because a small error anywhere in the file can have
major consequences. Also check the /usr/spool directory to make sure that you have
created a valid spool directory.
(2) If you are using a Linux operating system, the X-Window Print tool program that is
included with Linux may not properly configure the etc/printcap file for lpd operation, then
you might also edit the etc/printcap file and change the following line in the entry for the
printer.
if
:lp = /dev/null: \
then to
:lp = :\
(3) If you are using a Berkeley-based UNIX, make sure that the daemon is started on
Berkeley based systems with the command lpc start printer, where printer is the name of
the local print queue.
6-50
(4) If you are using an AT&T-based UNIX, make sure the printer is enabled (enable printer,
where printer is the name of the local print queue).
(5) Make sure that the lpr/lpd remote line printer service is running on the host computer
(refer to your host computer documentation for information on how to do this).
(6) If you are having trouble printing more than one job at a time, try increasing the IP
timeout using the SET IP TIMEOUT command or using BRAdmin.
(7) If text or PCL jobs are run together, try setting the service (remote printer) with EOT set to
string number 2 (<ESC>E). For example:
SET SERVICE BRN_xxxxxx_P1 EOT 2
(8) If PostScript jobs fail to print or are run together, try setting the service (remote printer)
with EOT set to string number 3 (control-D). For example:
SET SERVICE BRN_xxxxxx_P1 EOT 3
(9) If the lines of a text file are staggered, make sure that you have specified a remote printer
(rp) name of TEXT in your /etc/printcap file.
(10) If you are using Sun Solaris V2.4 or earlier, there is a bug which causes long print jobs to
fail when using a print server. If you are having trouble printing long jobs (over 1MB), add
the line mx#0 to your etc/printcap file entry.
(11) If you cannot print from DEC TCP/IP Service for VMS (UCX), make sure that you haave
version 2.0B or later of this software, because earlier versions will not work with Brother
print servers.
9.5
Windows NT/LAN Server (TCP/IP) Troubleshooting
If you are having trouble printing with Windows NT or LAN Server, check the following:
(1) Make sure that TCP/IP and TCP/IP print service are installed and running on the
Windows NT system or the LAN Server file server.
(2) If you are using DHCP and you have not created a reservation for the print server, make
sure that you enter the NetBIOS name of the print server in the Name or address of
server providing lpd box.
9.6
Windows 95/98/Me (or later) Peer to Peer Print (LPR) Troubleshooting
If you are having trouble printing on a Windows 95/98/Me Peer to Peer network (LPR
method), check the following:
(1) Make sure that the Brother LPR Port driver is correctly installed and configured according
to the Windows 95/98/Me Peer to Peer chapters in the Network User’s Guide.
(2) Try to turn the Byte Count on in the Configure port area of printer driver properties.
You may find that during the installation of BLP software, the screen that prompts you for a
Port name is not displayed. This may happen on some Windows 95/98/Me computers. Press
the ALT and TAB keys to make it appear.
6-51
9.7
Windows 95/98/Me (or later) Peer to Peer (HP JetAdmin Compatible Method)
Troubleshooting
If you are having trouble printing on a Windows 95/98/Me (or later) Peer to Peer network,
check the following (HP JetAdmin compatible method):
(1) If the print server does not show up under JetAdmin on a Windows 95/98 Peer to Peer
network, try removing all of the Windows 95/98/Me network software from the Network
Control panel and then reinstalling them as follows:
• First install the IPX/SPX-Compatible Protocol (or the TCP/IP protocol if you are using
a later version of JetAdmin), the Client for Microsoft Networks, and the network
adapter card driver.
• Install the Latest HP JetAdmin software
• Restart the system, and then add the HP JetAdmin service.
9.8
Windows 95/98/Me/NT 4.0/2000/XP Peer to Peer Print (NetBIOS)
Troubleshooting
If you are having trouble printing on a Windows 95/98/Me/NT 4.0/2000/XP Peer to Peer
network (NetBIOS), check the following:
(1) Make sure that the Brother NetBIOS Port driver is securely installed and configured
according to the Windows 95/98/Me/NT 4.0/2000/XP Peer to Peer (NetBIOS) chapters.
You may find that during the installation of the port driver, the screen that prompts you for
a Port name is not displayed. This happens on some Windows 95/98/Me/NT
4.0/2000/XP computers. Press the ALT and TAB keys to make it appear.
(2) Make sure that the print server is configured to be in the same workgroup or domain as
the test of your computers. It may take several minutes for the print server to appear in
the network neighborhood.
9.9
Brother Internet Print (TCP/IP) Troubleshooting
(1) The first step in troubleshooting is to make sure that you have a valid E-mail connection
on both the sending PC and the receiving print server. Try sending an E-mail message
from the PC to a user at the remote site who can receive mail via the POP3 server. If this
does not work, there may be an E-mail configuration problem on the PC, on the local Email server, or on the remote POP3 server. Double check to make sure that the E-mail
parameters that you configured on the PC and on the remote print server match those
that are configured on the E-mail servers.
(2) If you can print small files OK but are having problems printing large files, the problem
may be in the e-mail system. Some E-mail systems have difficulties printing large files. If
the file does not reach its destination intact, then the problem is with the E-mail system.
(3) You can also enable the partial e-mail print facility on your client PC, this will split the email up into fragments which should then not overwhelm your e-mail server. To do this,
select the property dialog of the Brother Internet Print Port.
6-52
9.10
Windows 95/98/Me/2000/XP IPP Troubleshooting
Want to use a different Port number other than 631
If you are using Port 631 for IPP printing, you may find that your firewall may not let the print
data through. If this is the case, use a different port number (port 80), or configure your
Firewall to allow Port 631 data through.
To send a print job using IPP to a printer using Port 80 (the standard HTTP port) enter the
following when configuring your Windows 2000/XP system.
http://ip_address/ipp
Get More Info option in Windows 2000 not working
If you are using a URL of:
http://ip_address:631 or http://ip_address:631/ipp,
the Get More Info option in Windows 2000 will not function. If you wish to use the Get More
Info option use the following URL:
http://ip_address
This will then force Windows 2000/XP to use Port 80 to communicate with the Brother print
server.
Windows® 95/98/Me clients not able to get the driver from a Windows® 2000/XP system.
You must be using version 4.0 or later of Internet Explorer and the Microsoft Internet Print
Services software must be installed on your client computers.
9.11
Novell Netware Troubleshooting
If you cannot print from NetWare and you have checked the hardware and network as
described in the previous steps, first verify that the Brother print server is attached to the
server queue by going to PCONSOLE, selecting PRINT QUEUE INFORMATION, and then
CURRENTLY ATTACHED SERVERS. If the print server does not appear in the list of
attached servers, then check the following:
NOTE:
It is always a good idea to try followings in order to eliminate the possibility of setup errors
• Turn the printer off and then on again to force the printer to rescan the Netware queue.
• Delete and recreate the print server and create a new print queue in order to eliminate the
possibility of setup errors.
(1) If you changed the login password, you must change the password in both the Brother
print server (using the SET NETWARE PASSWORD command if you are using the
BRConfig software) or by using a web browser or the BRAdmin application and in the file
server (using the PCONSOLE Print Server Information Change Password command).
(2) If you created the print queue using PCONSOLE and instead of BRAdmin, make sure
that you have enabled at least one NetWare file server using the SET NETWARE
SERVER servername ENABLE command.
(3) Have you exceeded your NetWare user limit?
(4) Make sure that the print server name you used in PCONSOLE exactly matches the name
that is configured in the print server, and make sure it is defined as a Queue Server for
the print queue.
(5) If you are running both 802.3 and Ethernet II frames on different file servers on your
network, there is a possibility that the print server may not make a connection to the
desired file server. Try forcing the frame type to the desired one using the SET
NETWARE FRAME command from the print server remote console or using BRAdmin.
(6) If you are using DOS CAPTURE statement and losing portions of your print job, try
setting the TIMEOUT parameter in your CAPTURE statement to a higher value (at least
50 seconds for Windows).
6-53
9.12
AppleTalk Troubleshooting
If you cannot print from an AppleTalk for Macintosh computer and you have checked the
hardware and network as described in the previous steps, then check the following:
(1) Make sure that you are running Phase 2 AppleTalk and that you have selected the
correct network interface from the Apple Talk Control Panel on the Macintosh.
(2) Make sure that the AppleTalk protocol of the print server is enabled.
(3) If you have a large network, make sure that you have the Laser Writer V8.xx or
equivalent driver, since earlier versions may cause PostScript errors. Also, verify that
you get the correct printer information when you select Printer Info from the Setup
button in the Chooser.
(4) Make sure that you have selected the correct Printer Description File (PPD) from the
Chooser (otherwise PostScript errors may result)
(5) Verify that you have selected the correct AppleTalk zone. Because the print server gets
its zone information from router broadcasts, it may not be in the zone you expect, and will
therefore not show up in the Chooser. If this is the case, you may need to force the zone
name using BRAdmin, a web browser or the SET APPLETALK ZONE command from
TELNET.
9.13
DLC/LLC Troubleshooting
If you are having trouble printing with DLC/LLC, check the following:
(1) Make sure that the DLC/LLC protocol is enabled using either BRAdmin, a web browser or
TELNET.
(2) Make sure that the MAC address of the Windows setting is the same as shown in the
print configuration page printout.
9.14
Web Browser Troubleshooting (TCP/IP)
(1) If you can not connect to the print server using your web browser it may be worth
checking the Proxy Settings of your browser. Look in the Exceptions setting and if
necessary, type in the IP address of the print server. This will stop your PC from trying to
connect to your ISP or proxy server every time you wish to look at the printer server.
(2) Make sure that you are using the proper Web Browser, we recommend Netscape
Navigator version 4.0 or later/ Microsoft Internet Explorer version 5.0 or later.
6-54
CHAPTER 7
SERVICE SUPPORT SOFTWARE
1.
CONTROL PANEL
1.1
Test Print Mode
The printer incorporates various test print modes.
Select the test mode you want to use following the steps below;
(1) Turn off the power switch of the printer and check that the front cover is closed.
(2) Turn on the power switch while holding down the Go button. Press the Go button until
the Toner LED comes on.
The Toner LED illuminates to indicate that the printer enters into the test print mode.
(3) If you want to execute the test print, release and then press the Go button again when
the Toner LED comes on.
If you want to execute another option, hold down the Go button to select it as shown in
the table below. Release and then press the Go button to execute the selected option.
LED
Toner
Type of mode
Function
Test Sample Page
The printer prints a test sample page. The
printer returns to the ready status after printing.
*This function won’t be available after sending
a print job from your PC. In order to print a test
page even after sending a print job, follow the
steps from 1) to 9) written on page 7-17 in this
chapter (PIT3).
Drum
Print Fonts
(HL-5140/5150D/5170DN
only)
The printer prints a list of the internal fonts.
The printer returns to the ready status after
printing.
Paper
Factory Reset
The printer is restored to the factory setting
and permanent fonts and macros are cleared.
printing.
Status
(yellow)
Network factory reset
(APIPA: ON)
The network setting is reset to its factory
setting. (APIPA is ON)
Refer to Section 6.2 of Chapter 2.
Status
(green)
Network factory reset
(APIPA: OFF)
The network setting is reset to its factory
setting. (APIPA is OFF)
Refer to Section 6.2 of Chapter 2.
7-1
CHAPTER 7 SOFTWARE SERVICE SUPPORT
1.2
Service Mode
The printer incorporates various service modes.
Select the service mode you want to use according to the steps shown below;
(1) Turn off the power switch of the printer and check that the front cover is closed.
(2) Turn on the power switch while holding down the Job Cancel button. Press the Job
Cancel button until the Toner LED comes on.
The Toner LED illuminates to indicate that the printer enters into the service mode.
(3) If you want to execute the “Printing for maintenance” mode, release the Job Cancel
button when the Toner LED comes on, and then press the Go button.
If you want to execute another mode, hold down the Go button to select the mode as
shown in the table below. Release the Go button when the appropriate LED(s) comes on.
Example: Print Settings
Hold down the Go button until the Drum LED comes on, and then release the Go
button.
LED
Type of mode
Function
Toner
Printing for
maintenance
You can print the information helpful for
maintenance such as “error history”, “jam
cycle”, and so on.
Drum
Print setting
You can print the current settings of the printer.
printing.
Paper
Sleep Mode
Indication
(OFF/Dimmed)
You can select Sleep Mode Indication be
either OFF or Dimmed. When you do not
execute this option, the status LED is OFF
while the printer is in sleep mode.
Status LED comes ON (Dimmed): Dimmed
Status LED comes ON (Fully lit up): OFF
*To change the setting from Dimmed to OFF
(or vice versa), perform the same setting
procedure again.
*Factory default setting is OFF.
Status
(yellow)
Hex Dump Print
You can print data as hexadecimal code. To
exit from this mode, you have to turn off the
printer.
Toner + Drum
Not used
Drum + Paper
Not used
Paper+ Status
Sleep Mode Setting
(ON/OFF)
(yellow)
You can select Sleep Mode be either ON or
OFF.
When releasing "Go switch", LED is fully lit up
for one second to indicate "ON" setting.
ALL LEDs come ON for a moment: Sleep ON
ALL LEDs do not come ON: Sleep OFF
*To change the setting from ON to OFF (or
vice versa), perform the same setting
procedure again.
*Factory default setting is ON.
7-2
1.3
Inspection Mode
The printer incorporates various inspection modes such as the factory inspection mode and
the test print mode.
The printer supports a factory inspection mode, continuous grid pattern print mode, 3 patterns
print mode and NV-RAM value dump mode.
Select the inspection mode you want to use following the steps below;
(1) Turn off the power switch of the printer.
(2) Open the front cover, and turn on the power switch while holding down the Go button.
(3) When the printer enters into the inspection mode, the Toner LED is ON. Holding down
the Go button will cause the LEDs to turn ON in the order Toner → Drum → Paper →
Status → Toner. When you release the Go button, a mode is selected.
The mode selected is indicated by the LED which is ON when you release the Go button.
The inspection modes are assigned to the respective LEDs as shown below;
LED
Type of inspection
Toner
Factory inspection mode (*1)
Drum
Continuous grid pattern print mode
Paper
3 patterns print mode (grid, zip, black)
Status
NV-RAM value dump mode
Toner + Drum
ROM code reprogramming mode (only when
flash memory is fitted)
Drum + Paper
RAM check
Paper + Status
4% density pattern print mode
NOTE:
• To print the test pattern tests in the table above, close the front cover. Opening the front
cover again will stop the test print.
• If this operation is performed when USB I/F is connected with PC, PC requires the driver
for line inspection. In this case, please cancel installation of the driver.
(*1)
Factory inspection mode checks each sensor at production lines. When each sensor
works, Status LED is lit for 100msec. (No-lighting indicates an unusual state.)
<HL-5130>
After checking of all 6 sensors, Toner LED is lit if no unusual states are detected.
*
*
*
Paper eject sensor
*
Front cover sensor
*
*
Toner sensor
7-3
<HL-5140>
*
*
*
Paper eject sensor
*
Front cover sensor
*
*
Toner sensor
After checking of all 5 sensors, Drum LED is lit if no unusual states are detected.
*
Tray 1 paper loading sensor
*
Tray 1 cassette sensor
*
*
*
Tray 2 registration sensor
<HL-5150D/5170DN>
*
*
*
Paper eject sensor
*
Front cover sensor
*
*
Toner sensor
After checking of all 6 sensors, Drum LED is lit if no unusual states are detected.
*
*
*
MP paper loading sensor
*
*
*
Tray 2 registration sensor
After checking of all 3 sensors, Paper LED is lit if no unusual states are detected.
*
Duplex printing lever sensor
*
Duplex printing tray sensor
*
Duplex printing rear cover sensor
7-4
2.
HOW TO KNOW DRUM UNIT LIFE & PAGE COUNTER
If you want to know the drum unit life or the number of printed pages, you should print out the
Print Settings.
1.
Printing out the Print Settings
(1) Press the Go switch three times.
(2) Print the Print Settings.
NOTE:
The descriptions printed in Print Configuration vary depending on the countries.
7-5
2.
Contents Overview
The Print Settings, configured with two pages, is for both PCL and PS. However, page 3 is
added when BR-Net is equipped.
All pages have following terms in common:
*Title
*Model name
*Serial number
The setting indication is the same as the panel setting information, supporting 10 languages.
(ENG / FRE / GER / DUT / ITA / SPA / NOR / FIN / DAN / POR)
2.1
Page 1
This page includes various setting information of the printer.
(PAPER, QUALITY, SET UP, INTERFACE, PRINT MENU)
2.2
Page 2
This page includes the printer and maintenance information in the following order.
<1>
Printer information
The following terms are indicated in the order.
• Controller version (CONT.ROM VERSION)
• Equipped network version (NET ROM VERSION)
• RAM SIZE (Mbyte)
<2>
Maintenance information
(1)
Consumable information
The printable pages remained for each consumable part is indicated. Also, the percentage of
life remained over the total printable pages is indicated in numerical value and band graph.
A sample (DRUM) is as follows:
From the top left, the consumable part name, number of printable pages remained, and
percentage of life remained are indicated. The right column is a band graph separated into 50
scale marks.
87.4%
Fig. 7-1
The consumable parts indicated are as follows:
• PF KIT MP
• PF KIT 1
• PF KIT 2 (Displayed only when the TRAY2 is equipped.)
• FUSER
• DRUM
7-6
<How to Read the Drum Unit Life>
The drum unit life is shown by the bar at the center of Print Settings;
• It initially indicates 100% and gradually decreases.
• It indicates 0% when the Drum LED is blinking.
• It stays at 0% even if further printing is done.
<The difference of the drum unit life and the drum counter>
The drum unit life is based on the page counter. If the average number of drum rotations is
more than the number of drum rotations in non-continuous printing, however, the drum unit life
is counted by the number of drum rotations.
Since the drum counter printed in Print Settings is an actual page counter after a new drum
unit is replaced, the drum unit life may be different from the drum counter.
For details on the difference between the drum unit life and drum counter, refer to the drum
unit life calculation below;
<How to calculate drum unit life>
**Printing time for 1 page/job in discontinuous printing = 10 seconds
(Page counter reduced by the number of drum rotations) =
(Time of motor rotation) ÷ 0.89 ÷ 8.4
Example:
The number of pages calculated from drum rotations
Cold start (page)
Hot start (page)
1 page/job
(5 + 8.4) / 8.4 = 1.60
8.4 / 8.4 = 1
2 pages/job
(5 + 8.4 + 3.3) / 8.4 = 1.99
(8.4 + 3.3) / 8.4 = 1.39
18 pages/job
(5 + 8.4 + 3.3 x 17) / 8.4 = 8.27
(8.4 + 3.3 x 17) / 8.4 = 7.68
If printing 1 page per job with cold start, the drum unit life is decreased earlier.
(2)
Counter information, history information
The counter and history information related to the following term is included. When it reaches
the maximum count, each term is no longer counted.
• Device status
The total number of pages printed. The maximum count is 1 million pages.
• Average Coverage (Letter)
• Total pages printed (TRAY)
For Tray2 and Duplex, it is indicated only when they are equipped. The maximum count for
each item is 1 million times.
• Total pages printed (PAPER)
The number of A4/Letter, A4Long/Legal/Folio, B5/Excutine, Envelope, and other paper types
used. The maximum count for each item is 1 million times.
7-7
• Total paper jams
Number of jams occurred in Tray1, Tray2, MP Tray, Inside, Rear, and Duplex (for Tray2 and
Duplex, it is indicated only when they are equipped.) The maximum count for each item is 255
times.
• Replace count
Number of times which the Drum, Toner, PF Kit1 and 2, MP Tray, Fuser, and Laser are
replaced. The maximum count for each item is 255 times.
• Error history
The latest 10 errors are indicated. However, the cover open error is excluded.
2.3
Page 3 (HL-5170DN only)
This page includes various network settings information of the printer.
7-8
3.
How to Read the Maintenance Information
To obtain the maintenance information, you need to obtain and load the Maintenance
Information utility which supplied on Service Databank by following the steps below;
Get the information; The items like Printer’s ID, Version, Serial No., and Page Counter are
displayed .
(1) Open the Maintenance
Information utility, then
select ‘Get the Information’
in the menu.
(2) Select the LPT port/USB
you are using.
(3) Choose the model name
(HL-5130/5140/5150D),
and click the OK button.
Fig. 7-2
(4) Click the Exit button.
(5) The dialog box will appear and show the
frequencies of drum unit change, toner
cartridge change and paper jam.
Fig. 7-3
7-9
3.
HOW TO USE THE SELF-DIAGNOSTICS TOOLS
Three self-diagnostics tools below are automatically installed when the printer driver is
installed;
1) Troubleshooting for Printer won’t print
2) Diagnostics
3) Printer Information
The following sections describe the details on each tool.
1.
Troubleshooting for Printer won’t print
This tool instructs you how to clear the problem such as ‘The printer can’t print’ or ‘The printer
prints garbage or incorrect fonts’.
(1) When you start the program, the Help dialog box shown below appears.
Fig. 7-4
(2) Select the problem you have had, then the specified window appears.
(3) Follow the instructions that appear on the PC screen.
If the problem cannot be solved, start the “Diagnostics” tool to create a log file which should
be sent to the authorized service center to investigate the cause of problem. For the details
on the “Diagnostics” tool, see the following section, ‘2. Diagnostics’.
7-10
2.
Diagnostics
This tool helps you to report your PC environment to investigate the cause of problem such as
‘Printer won’t print’ or ‘Printer prints garbage or incorrect fonts’. Before using this tool,
however, you have to check if you can clear the problem using the ‘Troubleshooting for printer
won’t print’ tool described in the previous section.
(1) When you start the program, the dialog box shown below appears. Follow the steps
described in the box, then click the OK button.
Fig. 7-5
(2) The message below appears, click the OK button if you want to check whether there is
any incorrect data or not. If you do not want to check it, click the Cancel button.
Fig. 7-6
7-11
(3) If you click the OK button in Step 2, the dialog box below appears.
Fig. 7-7
(4) Check the result that the printer reported and click the A, B or C button depending on the
result.
(5) The created log file is shown on the PC screen. (The software will ask whether you wish
to print the log file or not.)
Send the log file created with this tool to investigate the problem to the authorized service
center.
7-12
3.
Printer Information
The drum unit life or page counter is printed on Print Configuration in some countries as
described in 2. ‘HOW TO KNOW DRUM UNIT LIFE & PAGE COUNTER’.
This tool also shows the printer information such as printer version or page counter for all
models only when the printer is connected to a parallel port or USB.
(1) When you start the program, the dialog box shown below appears.
Fig. 7-8
(2) Select the LPT port or USB you are using and click the OK button.
(3) The dialog box below appears and indicates the printer information, printer ID, version,
drum unit life, page counter and drum counter.
Fig. 7-9
7-13
4.
NVRAM DEFAULT VALUE
The default values for the main items to be set in NVRAM are as follows;
Items
Descriptions
Timing of Drum LED ON
18,000 pages
(Counted from the drum unit life.)
Development switching
timing
The developing bias is switched from 400V to 300V when
7,000 pages are printed.
It is switched to 400V again when the toner cartridge is
replaced following the LED error message.
Toner LED: ON, Status LED: ON (Red)
(Counted from the number of the drum rotation in noncontinuous printing)
Fixing temperature
• Transparencies: 170°C
•
•
•
•
Smaller size mode
Thin paper: 195°C
Plain paper: 213°C
Thick paper: 220°C
Thicker/Bond paper: 220°C (in non-continuous printing)
See 3.7 ‘PRINT SPEEDS WITH VARIOUS SETTINGS’ in
Chapter 1.
7-14
5.
HOW TO REWRITE HL-5130/5140/5150D/5170DN FLASH ROM
The ROM composition of each PCB is as follows.
MODEL
MAIN PCB
ROM 0
HL-5130
HL-5140
HL-5150D
HL5170DN
ROM 1
Production
16 Mbit MASK ROM x 1
Spares
16 Mbit FLASH ROM x 1
Production
Spares
Production
Spares
Production
Spares
Working contents
1) Rewrite a Main firmware.
2) Set the serial number.
3) Rewrite a Network firmware. (ROM 1)
Object parts
HL-5130;
LJ9565001
MAIN PCB ASSY 5130 FLASH
LZ0198001…FW: MAIN CONTROLLER 5130
HL-5140;
LJ9560001
MAIN PCB ASSY 5140 FLASH
LZ0197001…FW: MAIN CONTROLLER 5140
HL-5150D;
LJ9566001
MAIN PCB ASSY 5150D FLASH
LZ0199001…FW: MAIN CONTROLLER 5150D
HL-5170DN
LJ9567001
MAIN PCB ASSY 5170DN FLASH
LZ0200001…FW: MAIN CONTROLLER 5170DN
LZ0004001…FW: BRNET 5070
7-15
Things to prepare
1) PC (Windows 2000) Create the folder “ZL2E” and “PIT3” in C drive.
2) 1 HL-5130/5140/5150D/5170DN printer
Uninstall the current HL-5XXX driver in your PC.
3) 1 USB cable
4) FILEDG32.EXE (PrUt030003)
Download ”FILEDG32.EXE” from the Databank, then copy them to “ZL2E” folder in C drive
5) FW5130.BAT/FW5140.BAT/FW5150D.BAT/FW5170DN.BAT/FW50NET.BAT *1
Download the batch file which you need from the Databank, and copy it to the "ZL2E"
folder in C drive. (PrUt030014)
6) Firmware : LZXXXX_$.AVA (Main firmware) or LZXXXX_$.BLF (Network firmware) *2
7) DRV5100.EXE (PrUt040001)
Download “DRV5100.EXE” from the Databank, and copy it to the "ZL2E" folder in C drive.
Extract the EXE file, and double click “DRV51.BAT” by following the instructions below:
a. Click Start Menu and select Program → Accessory → Command Prompt.
Since the DOS window is opened, move the ZL2E folder. (Type c:+ ENTER, CD
\ZL2E + ENTER.)
b. Enter a batch file name and press Enter.
(type: DRV51 + ENTER)
HL-5130/5140/5150D/5170DN/kensa drivers (USB) will be installed.
8) PIT3SPFX.EXE; Set up by country
Download “PIT3SPFX.EXE” from Utility DB, then copy it to “PIT3” folder in C drive. Extract
the EXE file. (PrUt030006)
*1
Batch file
FW5130.BAT
FW5140.BAT
FW5150D.BAT
FW5170DN.BAT
FW51NET.BAT
*2
LZXXXX_$.AVA
LZXXXX_$.BLF
Rewrite a main firmware of HL-5130
Rewrite a main firmware of HL-5140
Rewrite a main firmware of HL-5150D
Rewrite a main firmware of HL-5170DN
Rewrite a network firmware of HL-5170DN
LZXXXX…Indicates the part code
$…Indicates the version of the firmware
Example) LZ0200_A.AVA…Main firmware of HL-5170DN (Version A)
LZXXXX…Indicates the part code
$…Indicates the version of the firmware
Example) LZ0004_A.BLF…Network firmware for HL-5100 series (Version
A)
Download and extract the firmware from ROM/Firmware DB, then copy it to folder “ZL2E” in C
drive.
7-16
1.
Controller Firmware
Writing procedure (For AVA file)
1) Choose Start…>Program…>Accessory…>Command prompt
Since the DOS window is opened, move the ZL2E folder.
Type c:+ ENTER, CD \ZL2E + ENTER.
2) Turn off the printer. Connect the USB cable to the printer. Open the front cover, and turn
on the printer while holding down the Go button. When the printer enters into the
inspection mode, the Toner LED is ON. Release the Go button. Holding down the Go
button will cause the LEDs to turn ON in the order Toner → Drum → Paper → Status →
Toner + Drum → Drum + Paper → Paper + Status. Release the Go button when the
Toner and Drum LEDs light up.
3) Type “Batch file” name and “AVA file” name, then press ENTER key.
Example) FW5170DN LZ0011_A.AVA + ENTER
Data is sent to the printer via the USB cable, and start writing.
(While the data is sent to the printer; Status LED (orange) blinking.)
(While writing the firmware; Status LED (red) blinking)
Even if the batch file is completed, the data is still transmitted or the writing procedure
continues. So, be sure NOT to shut down the Windows system, turn the printer off, unplug
the cable and turn the PC off until all the LEDs light up. Re-writing may be impossible if
writing procedure goes wrong.
4) After finishing writing, all the LEDs light up.
NOTE;
Plug and Play will run automatically when the printer is rebooted, then the printer driver (copy
2) will be created. (START>Setting>Printer) Delete the created printer driver (copy 2).
7-17
2.
Network Firmware (ROM 1) (for HL-5170DN only)
1) Choose Start…>Program…>Accessory…>Command prompt
Since the DOS window is opened, move the ZL2E folder.
Type c:+ ENTER, CD \ZL2E + ENTER.
2) Connect the USB cable to the printer. Turn the printer ON while holding down the Go and
Job Cancel buttons.
3) All the LEDs light up. Keep the Go button and Job Cancel button until the Paper LED and
Status LED go off. When the Paper LED and Status LED go off, release the Go and Job
Cnacel buttons. Press the Go button again for a short period of time. Make sure all the
LEDs go off. When these procedures are completed, USB ID is fixed to “987654321”. Wait
until the Status LED (green) turns on from blinking. The printer is now READY status.
4) Type “Batch file” name and “BLF file” name, then press ENTER key.
Example) FW51NET LZ0004_A.BLF + ENTER
Data is sent to the printer via the USB cable, and start writing.
(While the data is sent to the printer; Status LED (orange) blinking.)
(While writing the firmware; Status LED (red) blinking)
Even if the batch file is completed, the data is still transmitted or the writing procedure
continues. So, be sure NOT to shut down the Windows system, turn the printer off, unplug
the cable and turn the PC off until the system will be rebooted and the Status LED (green)
of the printer turns on. Re-writing may be impossible if writing procedure goes wrong.
5) After finishing writing, the printer will be rebooted. Wait until Status LED (green) of the
printer turns on.
7-18
3.
Set the serial number
<PIT3>
1) Follow the same step as procedure 2) and 3) above.
2) Move the folder to “PIT3” in DOS window and type “PIT3”, then press ENTER key. PIT3
(software tool) will start.
3) Input model code in PIT3 control window, then press ENTER. “CSXXXX (SCRPTY.YY)”
message appears in the model section of PIT3 control window. *3
4) Input “.VVVVV”, then press ENTER.(.VVVVV expresses a country code. See the detail
below.) *4
ex. If you Input “.00101 (USA version) , “00101 (USA / USA)” message appears in the
specification section of PIT3 control window, and “READY” message appears in the PIT3
status window.
5) Input 9 digit serial number in the PIT3 control window, then press ENTER. PIT3 will be
started, “RUNNING” message appears in the PIT3 status window accordingly.
6) “SER:VVVVVVVVVVVVVVVVVV” message appears in the PIT3 control window, and
“PASS” message appears in ERR CODE section. “READY” message appears in the PIT3
status window. (READY is displayed in about 3 seconds.)
<When the error occurs>
The error generated step appears in the PIT3 control window, error code appears in ERR
CODE section, “ERROR” message appears in the PIT3 status window. To release the
error, Input “check”, then press ENTER.
Please carry out (9) again at the time of error generating. If the error message still
appears, please judge that there is something wrong with PCB.
7) Turn the printer power switch OFF, then disconnect the USB cable.
8) In case of performing the rewriting work to other printers, repeat from the step 2. To finish
working, Input “quit” in the PIT3 control window, then press ENTER key.
9) Turn off the printer. Serial number and the other settings will be effective when the printer
is turned on.
7-19
*3
MODEL
Input Code
Message
HL-5130
/CS5130
CS5130 (SCRPT:Y.YY)
HL-5140
/CS5140
CS5140 (SCRPT:Y.YY)
HL-5150D
/CS5150D
CS5150D (SCRPT:Y.YY)
HL-5170DN
/CS5170DN
CS5170DN (SCRPT:Y.YY)
Y,YY expresses a version of script
*4
Code
Country
HL-5150D
HL-5170DN
.00101
USA
X
O
O
O
.00102
Canada
X
O
O
O
.00103
German
O
O
O
O
.00104
UK
O
O
O
O
.00106
Australia
X
O
O
O
.00107
Norway
X
X
X
X
.00110
Switzerland
O
O
O
O
.00112
Finland
O
O
O
O
.00113
Denmark
O
O
O
O
.00115
Spain
O
O
O
O
.00116
Italy
O
O
O
O
.00117
Israel
X
O
O
O
.00124
South Africa
O
O
O
O
.00126
Sweden
X
X
X
O
.00136
Chile
X
O
O
O
.00143
GULF
X
O
O
O
.00151
PAN-NORDIC
O
O
O
X
.00160
France/Belgium/
Netherlands
O
O
O
O
.00164
Czech/Hungary/
Poland/Russia
X
O
X
X
.00216
CONSIP
X
X
O
X
NOTE: ”O”; Supported
HL-5130
HL-5140
”X”; Not supported
7-20
APPENDIX
Appendix 1. Main PCB Circuit Diagram, HL-5130/5140/5150D (1/3)
1
2
3
4
5
6
7
8
4
RA14
1
5
2
7
3
6
4
5
C72
C69
C62
C46
C41
C21
C26
C27
C42
C50
DATA11
ADR12
DATA12
ADR13
27
ADR14
DATA13
C68
C71
C63
C53
C47
C44
ADR17/RASN
DATA17/IO
ADR18/CASN
DATA18/IO
ADR19/WEN
DATA19/IO
ADR20/DQM0
DATA20/IO
ADR21/DQM1
DATA21/IO
ADR22/DQM2
DATA22/IO
ADR23/DQM3
61
63
67
C35
VDD3
10k
10k
10k
10k
R36
R37
R38
10k
10k
R35
10k
10k
R34
R47
10k
R33
R39
10k
R15
10k
10k
R10
R19
10k
R11
ADR[7]
ADR[9]
4
ADR[10]
10
5
7
8
30
TP727
31
TP1000
RA11 4
5
3
6
2
7
1
8
32
TP1001
33
TP1002
34
TP728
35
TP729
36
TP730
C45
C54
C59
DATA28/IO
IOWEN
DATA29/IO
IORDN
214
0V
ADR[20]
DQ1
33
ADR[21]
DQ2
R93
33
ADR[22]
R94
33
ADR[23]
DATA31/IO
95
SDCLK0
TSTMODEN
VDDI21
TSTDATA
VDDI38
XTST
VDDI51
220
VDD1.8
3
0V
2
VCC
196
NC
TP4
GND
1
VOUT
R3112N281C
0V
C52
99
VPD
1
117
C58
C103
177
22
C67
C103
VDDI248
PLLGND
VDDE7
R68
R57
88
TP29
TP30
R61
TP31
R42
R41
R50
SDCSN2
92
SDSDA
SCKIN
91
L6
33
TP7036D IOWEN
33
IORDN
6D/8D
TP32
TP33
R52
R48
0
0
SDCSN0
R62
4.7k
R58
4.7k
8A
SDCKE0
8B
SDCKE1
3-4C
33
LV type
D1
RB751V-40
Q2
C104
VCC
148
VDDE148
3
161
SDSDA
3-2C
SDSCL
3-2C
182
A21
14
193
USBAVSB
64M
9
ACC
WP
FUJITSU
DL type
Mirror
64M
A19
32M
16M
A19
A19
NC
A21
WP/ACC
WP/ACC
NC
NC
8M
NC
C89
16V
15
A19
47
Vccq
NC
NC
RY/BY
RY/BY RY/BY RY/BY
Byte
Byte
Byte
Byte
E
236
24
23
22
NC
NC
ADR[5]
21
NC
NC
ADR[6]
20
Byte
Byte
ADR[7]
19
ADR[8]
18
A21
NC
VDDE247
SAMSUNG
/MXIC
SAMSUNG
non-page
MXIC
MXIC
PIN
D2
USBAVDF2
11
RB751V-40
Q3 NJM2391DL1-05
24
VSS24
C24
39
VSS52
66
GND
C116
C104
C104
VSS66
128M
64M
32M
32M
8M
A19
A19
A19
A19
NC
7
ADR[11]
6
ADR[12]
5
ADR[13]
4
ADR[14]
3
ADR[15]
2
ADR[16]
1
12
A21
A21
Vss
Vss
Vss
13
A20
A20
A20
A20
NC
36
A22
NC
Vss
NC
NC
17
ADR[19]
OT1
ADR[20]
84
ADR[21]
86
FG1
ADR[22]
VSS81
48
ADR[18]
C103
C10
16
16V
0V
81
ADR[10]
ADR[17]
VDD5
OUT
VCC
C122
+
C114
C22
16V
52
USBAVSF2
+
VSS39
185
8
non-page
VDD7
8
R74
TP49
0
9
10
VSS84
VSS86
CE
VCC
R75
0
37
31
ADR[9]
32
ADR[10]
33
ADR[11]
34
ADR[12]
22
ADR[13]
35
DQ[7]
DQ7
42
DQ[8]
DQ8
44
DQ[9]
45
DQ[10]
47
DQ[11]
48
DQ[12]
50
DQ[13]
51
DQ[14]
53
DQ[15]
DQ9
DQ10
DQ11
A8
DQ12
A9
DQ13
A10/AP
DQ14
A11
DQ15
C
DQ[15-0]
3-2A/3-7D
TP1
R77
ADR[22]
MASK ROM
0
R96
OE
VSS-27
RY/BY VSS-46
ROMCSN0
5C/6D
VDD3
WE
TP2
RESET
46
TP50
13
0
DQ0
DQ1
A6
DQ2
A7
DQ3
A8
DQ4
A9
DQ5
A10
DQ6
A11
DQ7
A12
DQ8
A13
DQ9
A14
DQ10
A15
DQ11
A16
DQ12
A17
DQ13
A18
DQ14
A19 DQ15/A-1
1
BHE
VSS-36
VSS-47
VSS-48
14
VDD3
29
DATA[0]
31
DATA[1]
33
DATA[2]
35
DATA[3]
38
DATA[4]
40
DATA[5]
42
DATA[6]
44
DATA[7]
30
DATA[8]
32
DATA[9]
34
DATA[10]
36
DATA[11]
39
DATA[12]
41
DATA[13]
43
DATA[14]
45
22
ADR[3]
21
ADR[4]
20
ADR[5]
19
ADR[6]
18
ADR[7]
17
ADR[8]
16
9
ADR[11]
8
ADR[12]
7
ADR[13]
6
ADR[14]
5
ADR[15]
4
ADR[17]
3
2
ADR[18]
15
ADR[19]
14
ADR[20]
ADR[21]
A20
10
ADR[10]
ADR[16]
DATA[15]
23
ADR[2]
ADR[9]
MBM29DL324BE-90TN
100
VSS-12
VSS-26
VDD3
A3
A5
VCC-37
OE
VDD3
A2
A4
CE
VSS-25
0
R80
ADR[1]
WR/ACC
27
0V
R83
A0
A1
24
VCC-38
IORDN
5C/6D
C79
C103
27
BYTE
NC
C103 25
ADR[4]
MASK ROM PIN
VSS8
C103
12
ADR[9]
USBAVSF1
0V
47
0V
189
VDD1.8
15
ADR[2]
VDDE236
184
TP48
0
C80
ADR[3]
247
0V
VDD3
0V
ADR[1]
222
USBAVDF1
28
A19
VDDE222
192
26
11
OKI
OKI
P2ROM P2ROM
64M
32M
204
C23
C103
DQ[6]
13
ADR[23]
C10
C104
VDDE193
VDDE204
VDD3
ADR[8]
A19
VDD1.8
C93
VDDE176
0V
PIN
13
2
OUT 1
GND
NJU7223DL1-19
176
+
+
136
C100
VDDE136
DQ[5]
11
VDD3
33
FUJITSU
VDD3
108
VDDE161
DQ[4]
10
4.7k
R86
98
USBAVDB
DQ[3]
8
R53
33
TOSHIBA
VDDE98
181
30
DQ6
0
VDDE83
C17
C103
ADR[7]
DQ5
A2
SDCKE
SDCSN1
3-2D
SDCSN2
3-2D
33
FLASH PIN
C101
6.3V 6V
C220
7
B
U6
83
VDD3
29
U7
124
DQ[2]
0V
ROMCSN0
5C/8D
IOWEN
5C
IORDN
5C/8D
ADR[20]
VDDE124
5
TP197
51
VDD3
VDDE108
DQ[1]
ADR[22]
65
USBAVSP
ADR[6]
DQ4
A1
ADR[23-1]
6F/7A/7F/3-2E/3-4D/3-4C/8A/8B/3-2D
50
USBAVDP
10k
TP1003
37
180
DQ[0]
4
K4S641632D-TC1H
51
VDDE65
179
26
A0
A7
SDCLK0
Aurora
VDDE50
C25
C103
ADR[5]
SDCLK1
3-4C
SDCLK2
3-4C
VDDE37
0V
25
A6
8B
VDDE20
VDD1.8
24
ADR[4]
A4
0V
TP196
51
0
20
PLL power1.8V and GND
23
ADR[3]
A3
TP702
7
D
ADR[2]
0.82uH
C103
248
PLLVCC
23
0V
ROMCSN0
6D/8D
0V
225
VDDI225
VDD1.8
TP26
R63
R65
SDSCL
TP1009
C60
VDDI205
97
SDCSN1
SCKOUT
85
C2
205
PLLGND_L
TP17
89
R71
1M
2
VDDI177
78
0V
96
SDCSN0
0
X2
0V
R51
SDCKE1
87
C57
162
VDDI162
TP16
90
C100
AT-49 66.6666MHz
149
VDDI149
PLLVCC_L
TP14
TP15
93
SDCKE0
216
RSTN
TP705
R70
VDDI99
VDDI117
77
VDD1.8
TP5
0V
79
VDDI79
197
TP13
R49
SDCLK2
R43
51
0V
EXINTN0
VDD3
68
38
221
CD
C43
1
21
4
94
SDCLK1
C101
3
215
VDD3
5
TP310
U5
TP735
2
SW1
NC
TP700
33
0V
2
DQ3
DATA30/IO
76
TP736
C33
C103
U3
C40
C103
TP12
75
VDD3
C103 C103 C103 C103 C103 C103 C103 C103 C103
54
BA1
A5
213
74
C
52
22
212
TP351
DATA27/IO
73
0V
46
VSS54
BA0
R91
72
VDD3
VSSQ46
VSSQ52
R46
C39
VSS41
NC40
21
DQ0
R45
C32
NC36
20
ADR[19]
R44
C18
40
TP303
10
R16
C28
41
R98
R17
C22
28
ADR[18]
R18
C29
ROMCSN1
VSSQ12
36
10
10k
DATA26/IO
6
12
CKE
R40
BA0
ADR[15]
6F/7A/7C/7F/3-2D/3-2E BA1
ADR[16]
6F/7A/7C/7F/3-2D/3-2E
ADR[17]
10k
ROMCSN0
49
VSSQ6
36PIN
ADR[16]
10k
DATA25/IO
71
VDDQ49
37
0
ADR[15]
10k
C103 C103 C103 C103 C103 C103 C103 C103 C103
R56
UDQM
39
R97
R92
TP10
43
VDDQ43
VSS28
ADR[14]
10k
211
27
LDQM
6C
ADR[14]
DATA23/IO
DATA24/IO
14
VDD14
WE
15
SDCKE0
ADR[13]
69
70
VDDQ9
CAS
16
CLK
5C
68
0V
9
17
SDCLK0
ADR[12]
10
VDD3
3
VDDQ3
RAS
38
ADR[11]
6
1
VDD1
CS
18
VDD27
DQM0
ADR[20]
6F/7A/7C/7F/3-2E/3-4C DQM1
ADR[21]
6F/7A/7C/7F/3-2E/3-4C
ADR[8]
29
DATA16/IO
64
C66
ADR[6]
28
ADR16/BA1
DATA15
62
C65
ADR[5]
10
8
1
ADR15/BA0
DATA14
59
0V
7
2
TP726
26
58
C103 C103 C103 C103 C103 C103 C103 C103 C103 C103 C103 C103
6
2
25
57
DATA[15-0]
7F/8F/3-6A
VDD1.8
5
3
3
ADR11
60
C61
8
4
A
SDCSN0
5C RASN
ADR[17]
6F/7A/7C/7F/3-2E/3-4C CASN
ADR[18]
6F/7A/7C/7F/3-2E/3-4C WEN
ADR[19]
6F/7A/7C/7F/3-2E/3-4C
ADR[4]
19
56
DATA[15]
RA10
ADR10
55
DATA[14]
C70
18
DATA10
TP9
1
1
ADR09
54
22
TP37
17
DATA09
DATA[13]
B
ADR08
53
8
RA9
SDRAM
U4
19
ADR[3]
16
DATA08
7
7
15
49
DATA[11]
TP734
14
48
DATA[10]
DATA[12]
13
DATA07
TP8
8
6
ADR07
47
DATA[9]
3
ADR06
DATA06
46
22
2
ADR05
DATA05
44
45
5
4
RA15
1
TP733
DATA[8]
DATA04
TP36
C103
TP7
22
DATA[7]
6
2
12
C38
6
8
DATA[6]
3
ADR[2]
11
43
DATA[5]
5
C103
7
3
ADR04
ADR[1]
10
4
C103
2
ADR03
DATA03
RA8
C103
TP732
DATA[4]
DATA02
42
DATA[3]
ADR[23-1]
6F/7C/7F/3-2E/3-4D/3-4C/8A/8B/3-2D
TP198
33
R90
10
C103 C11
5
ADR02
C37
6
4
RA13
1
ADR01/24
DATA01
C103
3
DATA00
41
DATA[2]
TP35
9
40
C12
7
C13
8
2
C103 C9
U5
TP6
22
RA12
1
DATA[1]
C10
TP731
DATA[0]
A
R12
VDD3
11
13
111
VSS111
125
LVPS
R76
0
C81
D
C103
26
36
R95
47
0
C82
C103
48
0V
A0
A1
A3
A4
DQ0
A5
DQ1
A6
DQ2
A7
DQ3
A8
DQ4
A9
DQ5
A10
DQ6
A11
DQ7
A12
DQ8
A13
DQ9
A14
DQ10
A15
DQ11
A16
DQ12
A17
DQ13
A18
DQ14
A19 DQ15/A-1
28
DATA[0]
30
DATA[1]
32
DATA[2]
34
DATA[3]
39
DATA[4]
41
DATA[5]
43
DATA[6]
45
DATA[7]
29
DATA[8]
31
DATA[9]
33
DATA[10]
35
DATA[11]
40
DATA[12]
42
DATA[13]
44
DATA[14]
46
E
DATA[15]
A20
K3N6V1000D
DATA[15-0]
3B/7F/3-6A
ADR[23-1]
7A/7C/7F/3-2E/3-4D/3-4C/8A/8B/3-2D
VSS125
137
VDD3
38
25
A2
DATA[15-0]
3B/8F/3-6A
ADR[23-1]
6F/7A/7C/3-2E/3-4D/3-4C/8A/8B/3-2D
VSS100
37
12
CN7
VSS137
150
VSS150
VDD7
163
2
+7V
3
0V
1
+3V
VSS163
F
F
178
VSS178
0V
194
VSS194
C115
+
206
VSS206
VDD3
224
C220
6.3V 6V
VSS224
237
B3B-EH
VSS237
249
VSS249
CODE
LJ9325001
NAME
B512159CIR (1/3)
0V
Aurora
1
2
3
4
5
6
7
8
A-1
A-1
APPENDIX
3
4
5
PC
Printer
Printer
PC
6
7
18
31
CN6
VDD5
VCC_CABLE
GND
VDD5
C101
C101
C101
C101
0V
C101
GND
C101
10
C101
C103
C99
C101
A
C84
VCC_CABLE
C103
42
15
0V
GND
39
Y13
VDD3
TP58
R32
TP59
R31
8
4.7k
100
TP67
6
TP68
100
5
7
VCC
VSS
SCL
A0
SDA
A1
TEST
A2
6B
4
HBUSY_IN
3A
TP999
C101
C34
TP1010
R24
2C
1
1M
1
188
L20
4
2
USB_HSDM
TP1011
190
USB_FSDP
3
USB_FSDM
R28
39
R27
39
R25
USBEXT12
223
C20
UCKIN
0V
C87
SELIN
31
INPRIM
1
DA2
DF5A6.8FU
154
PAD23
PAD24
RA5
D[4]
33
TP123
D[7]
SEINN
3
6
4
5
HBUSY
DF5A6.8FU
DA3
2B
DA4
DF5A6.8FU
TP200
TP60
6
TP61
3E
5
TP62
3E
256
TP63
3E
2
TP64
LED3
REV4
LED4
REV5
PNLSW0/PNLDI
2D
3.3V
5
RESET
3
TXD
4
RXD
6
5V
2
0V
TP205
R103
100
VDD5
LED0
LED1
LED2
LED3
3E
0V
LED4
SW0
R22
SW1
680
C14
1k
MMZ1608Y601B
MMZ1608Y601B
MMZ1608Y601B
TP211
7
LED1/PNLCLK
2
3
BDN
LED
SW1
PANEL 4-9 PIN
BUZZER+LED 2-9 PIN
VDD5
9
VDD5
C101
GND
1-8 PIN
170
TP540
C36
C103
C102
C103
C120
C103
C121
C103
0V
VDD5
C4
C103
C56
C103
VDD1.8
+
C470
RXD
2C
C15
+
TXD
C1
VDD3
Y
B
C3735 E
C6
CN3
R5
C103
0V
1k
4
L1
0V
VDD5
TP234
100
0
0
5
DATA1
4
GND
3
+5V
TP235
R9
R6
0
1
BD
2
ENB1
TP720
TP722
TP721
TP723
IF_FG
FG1
IF_FG3
IF_FG2
TP100
IF_FG3
FG8
F
TP724
C103
FG2
CN10
0V
VDD3
TP725
1
VDD5
1
0V
2
VDD5
CN10
0V
FG7
0V
FG8
0V
5V POWER
2
3
E
B9B-PH-K-S
0V
F
A
TC7SH08FU
3
0V
PHRXD
167
TP539
PGNTN2
0V
6.3V 6V
2
PGNTN1
PREQN2
3D
C33
TP1007
GND
VDD5
C3
C103
LED4
8
C2
3C
R8
ENBN0
LED3
0V
10V
PHTXD
C
B
5
TP232
2D
TP1006
1
PREQN1
173
0V
C111
C101
C101
C101
C107
C110
C101
C101
LED2/PNLDO
Q1
R14
680
VDD5
CN1
C112
R20
10k
C113
C109
VDD3
SW0/PNLDI
6
1
DEBUG
C101
TXD
L13
MMZ1608Y601B L14
1k
C108
RXD
2
L17
R106
TP1004
1
L16
2
TP231
680
LED0/PNLRSTN
5
VDD3
CN2
R7
10k
R109
C33
VDD3
TP210
3D
1
TP233
C471
R21
VDON0
CN9
4
10V
3D
SW0
3E
LED2
3D
LED1
3D
LED3
3E
SW1
3E
LED4
3E
L15
MMZ1608Y601B
0V
LED0
Aurora
TP1005
PBEN3
0V
1k
207
TP27
209
TP28
+
HSRTS/IO
TP230
PANEL
C16
HSTXD/IO
HSCTS/IO
R107
HSRXD/IO
R108 1k
R88
R55
R87
R60
R79
R66
208
3C
FG
U1
VCC
B6B-PH-K-S
3E
PNLSW1
2C
38
VDD3
VDD5
VDD3
3E
4
210
DBRXD
IF_FG2
PBEN2
172
D
1
VDD3
DBTXD
FG
155
Aurora
3E
E
37
PBEN1
143
220k
10k
10k
REV3
0V
IF_FG
PBEN0
132
R4
TP204
ENGDI
3
LED2/PNLDO
REV2
10k
10k
10k
10k
LED1/PNLCLK
1
0V
NC
4.7k
107
LED0/PNLRST
REV1
R102
252
TP57
REV0
C102
TP56
10k
R64
NC
35
CN8
TP203
C106
10k
R84
NC
34
NC
C102
100
C101
251
NC
33
NC
C7
1k
R100
C103
TP55
15
NC
PAD31
TP202
R104
C101
10k
R82
NC
PAD30
R111
TP201
255
ENGDO
C119
219
C
PAD29
121
PINTBN
C103
218
DI8
175
C105
217
TP54
DI7
9
166
ENGINE
C118
TP53
TP18
10k
PAD28
DI6
8
PINTAN
C117
10k
10k
PAD27
165
174
3D
R89
PAD26
164
VDD3
VDD3
R59
DI5
PAD25
160
VDON0
253
R54
6
7
0V
ENGRSTN
ENGDI
DI4
159
0V
6E
254
5
7
2
VBDN
ENGDI
VDD3
DI3
158
C101
VCALN1/IO
VLDHARF/IO
4
8
1
D[6]
101
BDN
DI2
5
4
D[5]
2B
DI1
3
6
3
D[3]
157
2
7
2
FG
134
PSERRN
PAD21
C270
VCALN0/IO
VCKIN
AT-49 33.333333MHZ
0
6E
135
PPERRN
PAD20
C5
2
0V
D
PAD17
152
33
R13
3k
R72
VDON1/IO
82
STB
153
ENBN0
6E
PDEVSELN
PAD18
2B
C103
104
TP21
110
TP22
106
TP23
105
TP24
103
TP25
139
PAD16
145
151
8
1/10W
330
VENBN1/IO
X3
C64
PAD15
144
147
VDD3
109
PSOTPN
PAD14
131
156
TP122
RA6
1
R101
C100
ATFEED
PAD22
12k
VDON0
VCKOUT
B
138
130
33
D[1]
FG
6
140
PTRDYN
PAD12
D[7-0]
D[0]
4.7k
80
100
129
33
DF5A6.8FU
1.5k
VENBN0
TP719
R73
1
128
FLT
R99
102
C73
SELECT
R85
AT-49 12.00MHz
C270
PAD11
C8
2
R26
141
PIRDYN
PAD10
1/10W
330
C48
TP1013
TP1014
127
36
STBN
183
126
PE
0V
INITN
IF_FG3
186
USBRPU
BUSY
14
74LVX161284
GND
5
PFRAMEN
PAD09
146
-DATA
4
0V
142
PAD08
33
2B
UCKOUT
R67
1M
PAD07
123
PAD19
226
680
X1
120
ACK
ZD1
UDZS6.8B
+DATA
2
133
PPAR
PAD06
4B
VCC
3
TP1012
191
0V
D[2]
USB_HSDP
C270
C88
STBN_IN
USB
187
USBVCC
30
33
R81
30
TP998
25
CN4
UBR23-4K5200
USBVCC
195
TP121
R78
HLHIN
0V
169
TP538
PAD05
119
6A
0V
PHTXD
2F
USBVCC
TP120
4B
DBTXD
1F
200
C
4B
D[7-0]
PHTXD
22k
DBTXD
PHRXD
201
2F
R23
DBRXD
1E
PHRXD
TP119
INITN_IN
198
199
DBRXD
4B
DA1
HLH
PAD04
118
PAD13
SELINN_IN
23
PLH
PLHIN
0V
0V
32
A17
C17
24
168
TP537
GACLKOUT
PAD03
116
0V
13
22
19
3
PAD02
115
29
43
6B
2
PCLKOUT
PAD00
PAD01
114
28
12
21
26
STBN_IN
0V
1
PRSTN
171
TP536
113
0V
202
0V
44
C4
EESDA
A16
0V
26
45
C3
EESCL
CDCC_D6
A15
C16
0V
25
VDD3
203
CDCC_D5
C15
0V
24
VDD3
CDCC_D4
27
A
U5
112
122
C2
231
28
6B
HBUSY_IN
U2
A14
0V
11
20
C14
0V
23
10
A
232
C90
0V
C1
233
6B
SELINN_IN
VDD3
R30
0V
0V
Y12
A13
0V
22
C4
CDCC_HD
3A
C101
234
TP1027
3C
TP718
A12
0V
21
46
C3
3A
250
C101
VSCANCLK
CDCC_D3
C101
CDCC_D2
INITN_IN
C31
C103
C76
235
CDCC_DIR
BR24C04F
R69
Y11
D[7]
0V
20
47
TP118
CDCC_DIR
CDCC_D[7-0]
1
Y10
A11
29
246
CDCC_D1
CDCC_D7
C49
A10
32
C2
6
Y9
C1
TP1019
B8
A9
D[6]
0V
19
A
241
B7
A8
D[5]
33
C4
TP1018
5
A7
35
+5V
17
27
D[4]
C3
4
C101
238
TP1023
TP1026
CDCC_D[7]
TP1017
242
36
CDCC_D0
239
TP1022
TP1025
CDCC_D[6]
243
CDCCFLTN
B6
D[3]
240
TP1024
CDCC_D[5]
3
C77
CDCC_D[3]
2
C78
CDCC_D[2]
17
C83
TP1021
CDCC_D[7]
TP1015
CDCCSLCT
A6
D[2]
37
C2
CDCCSTBN
CDCC_D[1]
16
TP1016
CDCCPEN
5C
CDCC_D[0]
14
CDCC_D[6]
D[1]
38
C4
CDCCHBUSY
STBN
TP1020
CDCC_D[5]
244
CDCCBUSY
CDCCSINN
B5
D[0]
40
A
TP1008 227
A5
41
C1
TP1028 228
5C
HBUSY
B4
13
245
CDCCACKN
B3
A4
C3
5C
SEINN
CDCCINITN
B2
A3
C2
TP1029 229
B1
A2
C1
5C
A1
D[7-0]
6C
A
1
3
4
2
8
7
6
5
12
U5
TP1030 230
INITN
CDCC_D[4]
9
11
CDCC_D[3]
CDCC_D[4]
RA7
10k
B
CDCC_D[1]
C91
8
CDCC_D[0]
CDCC_D[2]
C94
1C
C96
C97
CDCC_D[7-0]
C95
GND
18
16
0V
C103
VCC
HD
34
0V
VDD3
7
1
3B
VDD3
VCC
DIR
3B
CDCC_HD
VDD3
8
U8
48
CDCC_DIR
C103
L
H
C98
2
C86
1
4
5
6
CODE
LJ9325001
NAME
B512159CIR (2/3)
7
8
A-2
A-2
APPENDIX
2
1
3
4
5
6
7
8
A
A
DQ[31-0]
DQ[31-0]
7D/1-8C
DIMM
CN5
CN5
DQ[0]
2
VDD
DQ1
4
DQ2
31
5
DQ3
42
VDD
7
DQ4
50
VDD
DQ[4]
DQ[5]
21
VDD
8
DQ5
56
VDD
9
DQ6
71
VDD
DQ[7]
10
DQ7
81
DQ[8]
52
DQ8
92
53
DQ[10]
54
DQ[11]
55
DQ[12]
57
DQ[13]
58
DQ[14]
59
DQ[15]
60
DATA[4]
DATA[5]
DQ10
DATA[7]
DQ11
1
DQ12
12
DQ13
26
DQ14
36
DQ15
47
VSS
DQ17
62
VSS
DQ18
76
VSS
DQ19
86
VSS
97
VSS
43
DQ20
DQ[21]
44
DQ21
DQ[22]
45
DQ22
DQ[23]
46
DQ23
DQ[24]
88
DQ24
DQ[25]
89
DQ25
90
DQ26
91
DQ27
93
DQ28
DQ[29]
94
DQ29
DQ[30]
95
DQ30
DQ[31]
96
DQ31
48
SDA
49
SCL
98
SA0
99
SA1
100
SA2
0V
27
SDCKE1
1-6C
NC
RASN
ADR[17]
1-6F/1-7A/1-7C/1-7F/1-8A/2E CASN
ADR[18]
1-6F/1-7A/1-7C/1-7F/1-8A/2E WEN
ADR[19]
1-6F/1-7A/1-7C/1-7F/1-8A/2E
SDCLK1
1-5C
SDCLK2
1-5C
DQM0
ADR[20]
1-6F/1-7A/1-7C/1-7F/1-8A/2E DQM1
ADR[21]
1-6F/1-7A/1-7C/1-7F/1-8A/2E DQM2
ADR[22]
1-6F/1-7A/1-7C/1-7F/2E DQM3
ADR[23]
1-6F/1-7A/1-7C/1-7F/2E
DATA[11]
VSS
41
DQ[20]
DATA[10]
VSS
40
51
DATA[9]
VSS
39
DQ16
DATA[8]
VSS
38
0V
DATA[3]
DATA[6]
DQ[19]
SDSDA
1-6D
SDSCL
1-6D
DATA[2]
DQ9
DQ[18]
DQ[28]
DATA[1]
VDD
DQ[17]
DQ[27]
RA2
DATA[0]
VDD
DQ[16]
DQ[26]
DATA[15-0]
1-3B/1-7F/1-8F
VDD
DQ[6]
DQ[9]
C
6
VDD3
3
DQ[2]
DQ[3]
B
DQ0
DQ[1]
DATA[12]
VSS
DATA[13]
DATA[14]
DATA[15]
1
8
2
7
3
6
4
5
1
8
2
7
3
6
4
5
1
8
2
7
3
6
4
5
1
8
2
7
3
6
4
5
DQ[0]
DQ[1]
DQ[2]
33
DQ[3]
RA1
DQ[4]
DQ[5]
DQ[6]
DQ[7]
33
RA3
DQ[8]
33
DQ[11]
RA4
DQ[12]
DQ[13]
DQ[14]
DQ[15]
33
CKE0/NotUse
77
CKE1/NotUse
78
NotUse/OE
DATA[0]
RA16
4
5 33
DATA[1]
RA16
2
7 33
DQ[16]
DQ[17]
DATA[2]
RA17
4
5 33
DQ[18]
DATA[3]
RA17
2
7 33
DQ[19]
72
RASN/NotUse
DATA[4]
RA18
4
5 33
DQ[20]
73
CASN/NotUse
DATA[5]
RA18
2
7 33
DQ[21]
28
WEN/WEN/NotUse
DATA[6]
5 33
DQ[22]
DATA[7]
RA19
2
7 33
DQ[23]
25
CK0/NotUse
DATA[8]
RA16
3
6 33
DQ[24]
75
CK1/NotUse
DATA[9]
RA16
1
8 33
DQ[25]
DATA[10]
RA17
3
6 33
DQ[26]
11
DQMB0/CASN0/NotUse
DATA[11]
RA17
1
8 33
DQ[27]
61
B
DQ[9]
DQ[10]
RA19
4
DQMB1/CASN1/NotUse
DATA[12]
RA18
3
6 33
DQ[28]
37
DQMB2/CASN2/NotUse
DATA[13]
RA18
1
8 33
DQ[29]
87
DQMB3/CASN3/NotUse
DATA[14]
RA19
3
6 33
DQ[30]
DATA[15]
RA19
1
8 33
DQ[31]
C
DQ[31-0]
2A/1-8C
SDCSN1
1-5C
SDCSN2
1-5C
29
SN0/RASN0/E0
79
SN1/RASN1/E1
30
SN2/RASN2/E2
80
SN3/RASN3/E3
19
BA1/A12
D
D
BA1
ADR[16]
1-6F/1-7A/1-7C/1-7F/1-8B/2E BA0
ADR[15]
1-6F/1-7A/1-7C/1-7F/1-8B/2E
BA0/A11
70
A13/NotUse/A15
NC
23
NC
24
RFU
RFU
DIMM
74
RFU
A12/NotUse/A14
NC
32
NC[C80]
69
A11/A13
NC
ADR[12]
18
A10,AP/A10
NC
33
NC[C82]
ADR[11]
67
A9
NC
83
NC[C83]
ADR[10]
17
A8
NC
ADR[9]
66
A7
NC
84
NC[C85]
ADR[8]
16
A6
NC
35
NC[C86]
ADR[7]
65
A5
NC
85
NC[C87]
NC
22
VREF/Not Use
ADR[14]
ADR[6]
15
A4
ADR[5]
64
A3
ADR[4]
14
A2
ADR[3]
63
A1
ADR[2]
13
A0
82
34
DQ[15-0]
DATA BUS
NC
20
ADR[13]
0V
E
68
SDRAM
R
NC[C81]
DQ[15-0]
DATA[15-0]
Aurora
R
MASK ROM
OR
FLASH
NC[C84]
DQ[31-16]
R
DIMM
DQ[31-16]
E
ADR[23-1]
1-6F/1-7A/1-7C/1-7F/4D/4C/1-8A/1-8B/2D
VDD3
CAPACITOR FOR CN5 POWERLINE
C55
C51
C103
C104
C103
C85
C92
C103
C103
C75
C103
C74
C103
C30
C103
C19
C103
C103
0V
F
1
2
F
3
4
5
6
CODE
LJ9325001
NAME
B512159CIR (3/3)
7
8
A-3
A-3
APPENDIX
Appendix 4. Main PCB Circuit Diagram, HL-5170DN (1/4)
1
2
3
4
5
6
7
8
7
C106 C105 C108 C95
C80
C73
C66
C64
C63
C76
C87
C96
3
6
5
4
B
C103 C103 C103 C103 C103 C103 C103 C103 C103 C103 C103 C103
C84
C78
ADR12
DATA12
ADR13
DATA13
ADR14
DATA14
ADR15/BA0
DATA15
ADR16/BA1
26
30
ADR17/RASN
DATA17/IO
ADR18/CASN
DATA19/IO
ADR20/DQM0
DATA20/IO
ADR21/DQM1
DATA21/IO
ADR22/DQM2
DATA22/IO
ADR23/DQM3
TP741
33
TP742
34
63
35
64
0V
32
36
67
10k
10k
10k
10k
10k
10k
10k
10k
R33
R54
10k
10k
10k
R53
10k
10k
R25
R29
R48
R62
ADR[10]
SDCLK0
ADR[11]
SDCKE0
4C
8
4
5
3
6
2
7
1
8
R129
0
ADR[18]
DQ0
R130
0
ADR[19]
DQ1
R125
0
ADR[20]
DQ2
R126
33
ADR[21]
R127
33
ADR[22]
R128
33
ADR[23]
28
VSS28
0
ADR[14]
0
40
TP303
ADR[17]
TP726
DATA24/IO
211
70
DATA25/IO
ROMCSN0
DATA26/IO
ROMCSN1
212
71
0V
C103 C103 C103 C103 C103 C103 C103 C103 C103
TP10
TP11
R92
@R95
72
DATA27/IO
213
73
VDD3
DATA28/IO
IOWEN
DATA29/IO
IORDN
74
C71
TP12
R89
214
TP13
R91
95
TP14
R81
94
TP15
R85
93
TP16
R90
75
0V
3
C
TP736
1
2
SW1
NC
215
21
TSTMODEN
VDDI21
TSTDATA
VDDI38
220
VDD3
5
VDD1.8
TP310
38
221
4
3
0V
CD
SDCLK0
NC
R84
68
TP4
GND
1
VOUT
SDCLK1
196
XTST
SDCLK2
EXINTN0
VDD3
51
0V
DATA31/IO
2
VCC
R3112N281C
VDDI51
79
C77
99
C101
VDDI79
197
0V
VPD
TP5
VDDI99
@C88
22
C103
C103
VDDI248
23
0V
@R107
TP30
R58
88
TP31
R70
20
SDSDA
0
C2P
23
24
ADR[4]
25
91
TP32
TP33
R72
R68
SDSCL
51
PLL power1.8V and GND
98
R88
0
USBAVDP
VDD1.8
C62
C103
R87
0
TP3
VDD3
VDDE98
108
4
S0
VDDE108
USBAVSP
VSS
0V
33
26
ROMCSN0
4C/7D
11
IOWEN
4C/4-7D
28
IORDN
TP48
ADR[20] 4C/7D/4-7D
15
TOSHIBA
FUJITSU
FUJITSU
DL type
LV type
Mirror
64M
64M
OKI
OKI
P2ROM P2ROM
32M
64M
C52
C103
ADR[3]
23
32M
16M
ADR[4]
22
A19
A19
NC
A19
A19
ADR[5]
21
NC
NC
NC
A21
NC
ADR[6]
20
ADR[7]
19
ADR[8]
18
8M
WP
WP/ACC
WP/ACC
NC
NC
NC
NC
VDDE161
15
A19
RY/BY
RY/BY RY/BY RY/BY
NC
NC
182
193
47
Vccq
Byte
Byte
Byte
Byte
Byte
Byte
ADR[9]
8
ADR[10]
7
ADR[11]
6
ADR[12]
5
ADR[13]
4
ADR[14]
3
ADR[15]
2
8M
ADR[16]
1
48
17
VDDE193
204
222
VDDE222
236
192
VDD3
USBAVDF1
VDDE236
247
MASK ROM PIN
VDDE247
189
0V
USBAVSF1
SAMSUNG
/MXIC
E
8
VDD1.8
PIN
VDD3
VSS8
24
184
USBAVDF2
VSS24
C138
6.3V 6V
C220
39
VSS39
52
185
USBAVSF2
+
0V
24
A21
VDDE204
C61
C103
ADR[2]
A19
14
128M
SAMSUNG
non-page
64M
MXIC
MXIC
non-page
32M
32M
11
A19
A19
A19
A19
NC
ADR[17]
12
A21
A21
Vss
Vss
Vss
ADR[18]
C137
D1
RB751V-40
Q5
C104
VSS52
VCC
66
VSS66
3
81
VSS81
13
A20
A20
A20
A20
NC
36
A22
NC
Vss
NC
NC
ADR[19]
2
VDD1.8
OUT 1
GND
NJU7223DL1-19
ADR[20]
ADR[21]
C128
+
84
C125
VSS84
16V
ADR[22]
C10
86
30
DQ[6]
ADR[8]
31
ADR[9]
32
ADR[10]
33
ADR[11]
34
ADR[12]
22
ADR[13]
35
DQ[7]
DQ[8]
DQ8
44
DQ[9]
45
DQ[10]
47
DQ[11]
48
DQ[12]
50
DQ[13]
51
DQ[14]
53
DQ[15]
DQ9
DQ10
DQ11
A8
DQ12
A9
DQ13
A10/AP
DQ14
A11
DQ15
C
DQ[31-0]
3-2A/3-7D/4-7E
@R106
0
@R120
CE
VCC
@R98
0
@R101
16
TP49
9
10
37
VDD3
WE
OE
VSS-27
RY/BY VSS-46
ROMCSN0
4C/6D
24
CE
VCC-37
OE
VSS-12
VCC-38
C110
27
C103
46
IORDN
4C/6D/4-7D
0V
27
VSS-25
BYTE
RESET
@R109
0
@R108
0
VSS-26
VDD3
TP50
13
VDD3
1
BHE
VSS-36
VSS-47
A0
A1
VSS-48
WR/ACC
14
ADR[1]
VDD3
ADR[2]
22
ADR[3]
21
DATA[0]
ADR[4]
20
31
DATA[1]
ADR[5]
19
33
DATA[2]
ADR[6]
18
35
DATA[3]
ADR[7]
17
38
DATA[4]
ADR[8]
16
40
DATA[5]
ADR[9]
10
42
DATA[6]
ADR[10]
9
44
DATA[7]
ADR[11]
8
30
DATA[8]
ADR[12]
7
32
DATA[9]
ADR[13]
34
DATA[10]
ADR[14]
36
DATA[11]
39
DATA[12]
ADR[16]
3
41
DATA[13]
ADR[17]
2
A3
A4
DQ0
A5
DQ1
A6
DQ2
A7
DQ3
A8
DQ4
A9
DQ5
A10
DQ6
A11
DQ7
A13
A14
A15
DQ8
DQ9
DQ10
DQ11
A16
DQ12
A17
DQ13
A18
DQ14
A19 DQ15/A-1
23
29
A2
A12
TP51
MASK ROM
TP52
@U9
ADR[15]
6
5
4
43
DATA[14]
ADR[18]
15
45
DATA[15]
ADR[19]
14
ADR[20]
11
ADR[21]
13
A20
MBM29DL324BE-90TN
37
VDD3
38
12
@R105
25
0
26
36
@R117
47
0
48
D
0V
A0
A1
A2
A3
A4
DQ0
A5
DQ1
A6
DQ2
A7
DQ3
A8
DQ4
A9
DQ5
A10
DQ6
A11
DQ7
A12
DQ8
A13
DQ9
A14
DQ10
A15
DQ11
A16
DQ12
A17
DQ13
A18
DQ14
A19 DQ15/A-1
28
DATA[0]
30
DATA[1]
32
DATA[2]
34
DATA[3]
39
DATA[4]
41
DATA[5]
43
DATA[6]
45
DATA[7]
29
DATA[8]
31
DATA[9]
33
DATA[10]
35
DATA[11]
40
DATA[12]
42
DATA[13]
44
DATA[14]
46
DATA[15]
E
A20
0
C104
VSS86
ADR[7]
42
0
NC
A21
176
USBAVSB
C60
C103
12
VDDE176
0V
47
C104 25
ACC
161
USBAVDB
0
@C111
ADR[1]
13
VDDE148
181
29
ADR[23]
VDDE136
VDD3
ADR[6]
ADR[22]
9
PIN
CY25814
DQ[5]
11
13
A7
148
VDDE124
DQ7
A6
136
124
180
0V
2
DQ[4]
10
@U10
SDSDA
3-2C
SDSCL
3-2C
FLASH PIN
@C83
C103
DQ[3]
8
4.7k
33
VDD3
S1
A3
26
VDD3
@R111
VDDE83
179
DQ6
ADR[22]
R73
VDD3
0V
7
VDD
7
B
SDCSN1
3-2D
SDCSN2
3-2D
33
SSCLK
FRSEL
DQ[2]
0V
SDCSN0
7A
33
XOUT
6
TP195
3
TP2
83
5
SDCKE0
65
VDDE65
DQ[1]
SDCKE1
3-3C
4.7k
4.7k
R76
8
50
VDDE50
DQ[0]
4
7B
TP197
37
VDDE37
DQ5
A2
TP722
51
0
VDDE20
D
DQ4
A1
ADR[23-1]
5F/6A/7F/3-2E/3-3D/4-6E/3-3C/7A/7B/3-2D
Aurora
5
XIN
2
HY57V281620HCT-P
0.68uH
C103
A0
A5
TP196
51
SDCLK0
7B
0
SDCLK1
3-3C
0
SDCLK2
3-3C
0V
BA1
A4
ROMCSN0
TP701 6D/7D
33
ROMCSN1
4-7D
TP702
33
IOWEN
TP703 6D/4-7D
33
IORDN
6D/7D/4-7D
@U8
1
0V
VDD3
VDDE7
R67
89
92
85
SCKIN
C159 TP1000 L23
7
PLLGND
90
SDCSN1
SDCSN2
2
0V
248
PLLVCC
VDD1.8
R78
TP29
SDCSN0
87
0
1M
225
VDDI225
0
C270
@X3
@C91
AT-49 66.6666MHZ
@R104
205
@R103
SCKOUT
1
177
VDDI205
TP705
@R100
VDDI162
VDDI177
PLLGND_L
R75
TP26
54
VSS54
BA0
21
ADR[3]
33
R79
162
PLLVCC_L
78
TP17
97
SDCKE1
RSTN
VDDI149
77
C93
C103
0V
TP700
0V
149
VDD1.8
96
SDCKE0
216
117
VDDI117
46
20
ADR[2]
ADR[5]
DATA30/IO
76
TP739
C103
U5
C75
C103
U7
VSSQ46
DQ3
10k
DATA23/IO
69
VDD3
NC40
52
BA0
ADR[15]
5F/6A/6C/7F/3-2D/3-2E/4-6E
BA1
ADR[16]
5F/6A/6C/7F/3-2D/3-2E/4-6E
ADR[16]
R61
C94
VSS41
VSSQ52
0V
C90
NC36
ADR[15]
10k
C82
41
36
ADR[13]
R60
C74
12
1
10k
C69
VSSQ12
5C
ADR[14] @R55
R59
C53
CKE
ADR[12]
10k
10k
10k
C56
6
VSSQ6
7
R32
R31
R30
C67
49
CLK
37
68
C65
VDDQ49
6
TP725
TP727
UDQM
39
2
TP724
TP740
VDDQ43
3
RA10
31
ADR19/WEN
DATA18/IO
C103 C103 C103 C103 C103 C103 C103 C103 C103
0
29
DATA16/IO
43
LDQM
38
28
62
VDD3
5
27
15
ADR[9]
8
4
TP723
27
61
C70
ADR[8]
25
60
DATA[15-0]
6F/8F/3-6A
C89
ADR11
DATA11
59
0V
C101 C102 C104 C107 C99
DATA10
58
DATA[15]
7
19
57
DATA[14]
VDD1.8
RA9
ADR10
56
DATA[13]
6
2
14
VDD14
WE
VDD27
DQM0
ADR[20]
5F/6A/6C/7F/3-2E/3-3C/4-6E
DQM1
ADR[21]
5F/6A/6C/7F/3-2E/3-3C/4-6E
ADR[7]
C103
2
18
55
0
3
1
ADR09
54
8
TP37
VDDQ9
CAS
16
ADR[6]
C112
DATA[12]
17
DATA09
TP9
ADR[5]
C103
5
ADR[4]
0
C113
6
4
RA13
1
5
16
53
DATA[11]
8
4
C103
3
ADR08
DATA08
DATA[10]
TP731
ADR07
DATA07
49
DATA[9]
7
1
C103
7
DATA06
48
8
RA8
15
47
TP8
0
TP36
14
9
C59
2
13
VDD3
3
VDDQ3
C103
5
2
12
46
1
VDD1
RAS
17
C103
6
4
RA14
1
ADR06
45
A
RASN
ADR[17]
5F/6A/6C/7F/3-2E/3-3C/4-6E
CASN
ADR[18]
5F/6A/6C/7F/3-2E/3-3C/4-6E
WEN
ADR[19]
5F/6A/6C/7F/3-2E/3-3C/4-6E
ADR[3]
18
C103
3
ADR05
DATA05
6
CS
4C
C58
TP730
ADR04
DATA04
44
DATA[7]
DATA[8]
DATA03
43
TP7
0
3
U4
19
SDCSN0
C103
7
8
DATA[6]
ADR[2]
11
42
DATA[5]
ADR[1]
0
5
SDRAM
ADR[23-1]
5F/6C/7F/3-2E/3-3D/4-6E/3-3C/7A/7B/3-2D
33
4
C38
5
ADR03
RA7
C39
6
2
DATA02
R124
10
C40
3
4
RA12
1
ADR02
C36
TP729
ADR01/24
DATA01
C103
7
DATA[3]
DATA[4]
DATA00
41
DATA[2]
TP198
9
40
8
2
TP35
U7
TP6
0
RA11
1
DATA[1]
C37
TP728
DATA[0]
R27
R26
A
R49
R50
R51
R52
VDD3
100
DATA[15-0]
2B/8F/3-6A
0V
VSS100
K3N6V1000D
111
VSS111
ADR[23-1]
5F/6A/6C/3-2E/3-3D/4-6E/3-3C/7A/7B/3-2D
ADR[23-1]
6A/6C/7F/3-2E/3-3D/4-6E/3-3C/7A/7B/3-2D
125
DATA[15-0]
2B/6F/3-6A
VSS125
137
VSS137
150
VSS150
VDD7
163
LVPS
D2
VSS163
178
VSS178
CN8
RB751V-40
Q6 NJM2391DL1-19
194
VSS194
F
VDD7
206
237
GND
C104
C151
C104
C140
C10
0V
16V
C141
OT1
+
0V
249
VSS249
0V
+7V
3
0V
1
+3V
F
VDD5
OUT
VCC
C158
VSS237
+
C157
C22
16V
224
VSS224
+
VSS206
2
C220
6.3V 6V
VDD3
Aurora
B3B-EH
FG1
1
2
3
4
5
6
CODE
LJ9247001
NAME
B512155CIR (1/4)
7
8
A-4
A-4
APPENDIX
3
4
5
PC
Printer
Printer
PC
6
7
18
CN5
VDD5
VCC_CABLE
VDD5
A
C103
C136
C103
C120
42
VCC_CABLE
10
GND
0V
C101
C101
C101
C101
C101
39
C101
C101
15
GND
C101
0V
B3
35
238
CDCC_D[3]
235
CDCC_D[4]
234
CDCC_D[5]
233
CDCC_D[6]
232
Y13
6
5
231
CDCC_D[7]
7
CDCC_D7
VCC
VSS
SCL
A0
SDA
A1
TEST
A2
4
0V
1
3
0V
3A
199
1F
1F
TP1003
1
188
2
190
TP1004
191
TP1005
USB_FSDP
195
USBVCC
L24
1
VCC
3
+DATA
2
1M
6
FG
39
C124
C126
C123
R131
INPRIM
DA3
@R112
DF5A6.8FU
DF5A6.8FU
80
D[0]
TP122
RA6
3.3k
@R110
VDON1/IO
2
0V
VCALN0/IO
VCKIN
AT-49 33.333333MHZ
0
VCALN1/IO
VLDHARF/IO
D
8
C4
2
7
3
6
4
5
1
8
2
D[1]
3
4
D[3]
RA5
D[4]
33
D[5]
C25
C32
C103
C103
C139
C103
C156
C155
C103
C103
C92
C103
C103
D[7]
DA4
DA5
DF5A6.8FU
DF5A6.8FU
DI3
DI4
DI5
7
DI6
8
DI7
9
DI8
5
4
DI2
6
6
3
TP123
DI1
5
7
2
D[6]
ENBN0
109
5E
104
TP21
110
TP22
106
TP23
105
TP24
103
TP25
5E
NC
15
NC
NC
33
NC
NC
34
NC
35
NC
IF_FG
37
FG
IF_FG2
38
FG
C
NC
VDON0
INITN
1B
SEINN
1B
HBUSY
1B
STBN
1B
101
D
VDD3
VBDN
BDN
STB
VDD3
33
1
0V
VDON0
VENBN1/IO
82
0V
0V
VENBN0
TP719
100
@X4
C470
D[7-0]
CDC-.cir/3A
C103
VCKOUT
1
C100
B
VDD1.8
C54
6.3V 6V
VDD5
HLHIN
74LVX161284
102
@C100
FLT
SELIN
12k
AT-49 12.000MHZ
@C109
0V
SELECT
ATFEED
VDD3
R57
PE
31
1.5k
C57
UCKIN
C55
10V
C33
BUSY
36
1
0V
VDD3
ACK
14
33
223
2
0V
33
A
R99
TP1007
183
USBEXT12
R56
30
VDD5
C29
10V
C33
33
A
TP1006
186
USBRPU
C270
FG
0V
ZD1
UDZS6.8B
GND
5
0V
29
CDC-.cir/1B
-DATA
4
IF_FG3
UCKOUT
X2
HLH
0V
28
33
226
680
C85
24
TP999
0V
27
A
0V
3
2C
0V
CDC-.cir/1B TP121
39
R65
USB_FSDM
R119
30
TP998
25
0V
4
0V
R66
R115
CDC-.cir/1B TP120
D[2]
1M
187
USB_HSDM
TP718
STBN_IN
R113
CDC-.cir/1B TP119
CN3
UBR23-4K5200
R47
1C
USBVCC
23
0V
USBVCC
R102
INITN_IN
USB
USB_HSDP
1
PLH
SELINN_IN
22
D[7-0]
PHTXD
22k
0V
200
C
C270
A17
PLHIN
HBUSY_IN
21
DBTXD
1F
C101
PHTXD
R44
DBTXD
PHRXD
201
C86
A16
C17
20
198
DBRXD
1E
PHRXD
C72
DBRXD
C16
19
0V
26
32
DA2
M24C64-WMN6
CDCC_D[7-0]
A15
26
2
C101
8
TP67
TP68
C101
100
C101
4.7k
100
R74
TP59
202
A14
C15
27
C115
EESDA
C14
28
C119
C101
R77
TP58
203
EESCL
CDCC_D6
C68
U6
VDD3
CDCC_D4
C103
R71
CDCC_D3
VDD3
C116
CDCC_HD
3A
CDCC_D5
INITN_IN
CDC-.cir/2B
SELINN_IN
CDC-.cir/2B
HBUSY_IN
CDC-.cir/2B
STBN_IN
CDC-.cir/2B
CDCC_DIR
3A
250
C118
VSCANCLK
0V
25
13
43
29
246
CDCC_DIR
0V
24
44
CDCC_D0
CDCC_D2
23
12
TP118
CDCC_D1
0V
45
C4
239
CDCC_D[2]
A13
0V
22
11
C3
CDCC_D[1]
Y12
0V
21
10
C2
240
A12
6
241
CDCCFLTN
CDCC_D[0]
Y11
0V
20
C4
CDCCSLCT
5D
B
A11
5
242
CDCCSTBN
0V
0V
19
46
C1
227
STBN
D[7]
0V
17
47
Y9
Y10
C4
5D
CDCCPEN
D[6]
32
B8
A10
4
243
CDCCHBUSY
33
B7
A9
C3
228
3
C2
5D
HBUSY
2
C3
17
244
C2
16
245
C1
CDCCBUSY
D[5]
B6
A8
CDCCACKN
CDCCSINN
D[4]
B5
A7
CDCCINITN
D[3]
C1
CDCC_D[6]
CDCC_D[7]
U7
229
D[2]
36
A6
230
D[1]
38
B4
A5
5D
D[0]
40
37
A4
SEINN
41
+5V
16
A
CDCC_D[5]
14
B2
A3
C4
13
B1
A2
C3
CDCC_D[4]
A1
C2
12
A
9
11
D[7-0]
CDC-.cir/3C
C1
CDCC_D[1]
CDCC_D[3]
C127
8
CDCC_D[0]
CDCC_D[2]
C129
1C
C130
C133
CDCC_D[7-0]
C132
GND
18
+
31
GND
+
VCC
HD
34
0V
VDD3
7
1
2B
C103
2B
CDCC_HD
+
VCC
DIR
CDCC_DIR
INITN
8
U11
48
C103
L
H
C135
2
C121
1
5E
VDD3
ENGINE
R94
R97
R114
R83
0
HSRXD/IO
HSTXD/IO
HSCTS/IO
HSRTS/IO
210
TP20
RESET
3
TXD
0
4
RXD
L15
0
6
5V
VDD3
VDD5
VDD3
VCC
C27
0
2
0V
TP230
VDON0
B6B-PH-K-S
207
TP27
209
TP28
2D
C471
Q3
TP231
C
R19
B
680
C3735 E
R16
680
Aurora
5
VDD5
C18
1
TP233
L11
2
B
GND
A
Y
TC7SH08FU
3
C103
0V
4
0V
VDD5
TP234
100
RXD
2
TXD
2C
B2B-PH-K-S
MMZ1608Y601B
1k
R146
MMZ1608Y601B
1k
MMZ1608Y601B
0V
C146
B2B-PH-K-S
5V POWER
@CN11
C101
C101
DRXD
1C
C101
2
VDD5
C144
DTXD
L20
L16
L17
4
1
1
VDD5
0V
2
0V
2
5
DATA1
4
GND
3
+5V
L5
0
L7
0
1
BD
L6
0
2
ENB1
E
0V
5
SW0/PNLDI
6
LED2/PNLDO
R143
TP711
FG1
IF_FG
0
7
LED1/PNLCLK
2
LED3
1
SW1
3
TP710
TP712
TP713
R69
IF_FG2
IF_FG3
0
TP714
R34
IF_FG3
IF_FG4
0
LED4
TP715
R3
L21
0
8
GND
L22
0
9
VDD5
FG3
IF_FG4
0
F
B9B-PH-K-S
TP716
R137
FG2
0V
0
R1
0V
FG3
0V
0
TP717
R2
VDD5
0
0V
LED0/PNLRSTN
C148
1
L19
R145
C147
PHRXD
F
@CN7
10k
TP1002
0
CN10
MMZ1608Y601B
TP211
C101
2C
1k
C149
TP1001
PHTXD
R12
PANEL
MMZ1608Y601B
L18
R148
C101
R150
VDD3
TP210
C101
DBTXD
3D
SW0
3E
LED2
3D
LED1
3D
LED3
3E
SW1
3E
LED4
3E
C101
R149
1
TP738
C150
1C
LED0
C145
DBRXD
TP232
0
L4
2D
DEBUG
@CN6
10k
R147 1k
VDD3
C20
1D
ENBN0
L3
TP235
R13
R10
0V
VDD3
CN1
R8
1k
C21
C103
0
BDN
TP737
VDD3
U2
R15
330
1/10W
R21
680
C270
E
208
TP19
3.3V
5
0
220k
SW1
2F
0V
1
0
L13
C102
SW0
2E
0V
0V
0
L12
R7
R139
LED4
PNLSW1
R80
0
L10
L14
C23
10k
10k
10k
100
VDD5
2F
1
10k
10k
R121
1D
LED3
2F
PNLSW0/PNLDI
TP205
R141
ENGDI
2F
TP64
4
107
REV5
R86
LED2
TP63
LED4
REV4
TP57
TP204
C101
C22
2
TP203
100
R151
256
TP202
1k
1/10W
330
LED3
LED1
2F
4.7k
LED2/PNLDO
REV3
252
2E
TP62
R140
REV2
251
TP56
LED0
TP61
C102
TP55
VDD3
TP200
R142
TP201
R138
TP60
C103
5
C143
10k
6
C101
R82
LED1/PNLCLK
C154
10k
LED0/PNLRST
REV1
219
C103
10k
R118
REV0
218
TP54
C101
R116
3
217
TP18
0
C142
10k
C152
10k
R96
C153
TP53
R123
0V
R93
CN9
3D
SW2
VDD3
255
ENGDO
ENGDI
ENGDI
4.7k
253
ENGRSTN
254
R122
10k
FG4
0V
CODE
LJ9247001
NAME
B512155CIR (2/4)
0
3
4
5
6
7
8
A-5
A-5
APPENDIX
1
2
3
4
5
6
7
8
A
A
DQ[31-0]
1-8C/7D/4-7E
DIMM
CN4
DQ0
6
VDD
3
DQ1
21
VDD
DQ[2]
4
DQ2
31
VDD
DATA[0]
5
VDD3
DQ3
42
VDD
DATA[1]
DQ[4]
7
DQ4
50
VDD
DATA[2]
DQ[5]
8
DQ5
56
VDD
DATA[3]
9
DQ6
71
VDD
DATA[4]
DQ[7]
10
DQ7
DQ[8]
52
DQ[9]
53
DQ9
DATA[7]
DQ[10]
54
DQ10
DATA[8]
DQ[6]
DQ[11]
55
DQ[12]
57
DQ[13]
58
DQ[14]
59
DQ[15]
60
DQ[16]
38
81
DQ8
92
1
VSS
DATA[9]
DQ12
12
VSS
DATA[10]
DQ13
26
VSS
DATA[11]
DQ14
36
VSS
DATA[12]
DQ15
47
VSS
DATA[13]
51
VSS
DATA[14]
39
DQ17
62
VSS
DATA[15]
DQ[18]
40
DQ18
76
VSS
DQ[19]
41
DQ19
86
VSS
DQ[20]
43
DQ20
97
VSS
DQ[21]
44
DQ[22]
45
DQ22
27
CKE0/NotUse
DQ[23]
46
DQ23
77
CKE1/NotUse
DQ[24]
88
DQ24
89
DQ26
DQ[27]
91
DQ27
93
DQ28
94
DQ29
DQ[30]
95
DQ30
DQ[31]
96
DQ31
SDSDA
1-5D
SDSCL
1-5D
48
SDA
49
SCL
98
0V
SDCSN1
1-4C
SDCSN2
1-4D
7
3
6
4
5
1
8
2
7
3
6
4
5
1
8
2
7
3
6
4
5
DQ[1]
DQ[2]
DQ[3]
DQ[4]
22
RA3
DQ[5]
DQ[6]
DQ[7]
DQ[8]
22
RA4
DQ[9]
DQ[10]
DQ[12]
22
1
8
2
7
3
6
4
5
B
DQ[11]
DQ[13]
DQ[14]
DQ[15]
NC
RASN
ADR[17]
1-5F/1-6A/1-6C/1-7A/1-7F/2E/4-6E CASN
ADR[18]
1-5F/1-6A/1-6C/1-7A/1-7F/2E/4-6E WEN
ADR[19]
1-5F/1-6A/1-6C/1-7A/1-7F/2E/4-6E
SDCLK1
1-4C
SDCLK2
1-4C
DQM0
ADR[20]
1-5F/1-6A/1-6C/1-7A/1-7F/2E/4-6E DQM1
ADR[21]
1-5F/1-6A/1-6C/1-7A/1-7F/2E/4-6E DQM2
ADR[22]
1-5F/1-6A/1-6C/1-7F/2E/4-6E DQM3
ADR[23]
1-5F/1-6A/1-6C/1-7F/2E/4-6E
SA0
99
SA1
100
SA2
22
DQ[16]
DATA[1]
RA15 2
7
22
DQ[17]
DATA[2]
RA16 4
5
22
DQ[18]
DATA[3]
RA16 2
7
22
DQ[19]
DQ[20]
DATA[0]
SDCKE1
1-5C
DQ25
90
DQ[29]
8
2
DQ21
DQ[26]
DQ[28]
0V
DQ[0]
22
1
RA1
DATA[6]
VDD
DQ11
DQ16
RA2
DATA[5]
VDD
DQ[17]
DQ[25]
C
DATA[15-0]
1-2B/1-6F/1-8F
2
DQ[1]
DQ[3]
B
CN4
DQ[0]
78
RASN/NotUse
73
CASN/NotUse
28
WEN/WEN/NotUse
25
CK0/NotUse
75
CK1/NotUse
11
DQMB0/CASN0/NotUse
37
87
5
NotUse/OE
72
61
RA15 4
DATA[4]
RA17 4
5
22
DATA[5]
RA17 2
7
22
DQ[21]
DATA[6]
RA18 4
5
22
DQ[22]
DATA[7]
RA18 2
7
22
DQ[23]
DATA[8]
RA15 3
6
22
DQ[24]
DATA[9]
RA15 1
8
22
DQ[25]
DATA[10]
RA16 3
6
22
DQ[26]
DATA[11]
RA16 1
8
22
DQ[27]
DATA[12]
RA17 3
6
22
DQ[28]
DATA[13]
RA17 1
8
22
DQ[29]
DATA[14]
RA18 3
6
22
DQ[30]
DATA[15]
RA18 1
8
22
DQ[31]
DQMB1/CASN1/NotUse
DQMB2/CASN2/NotUse
C
DQMB3/CASN3/NotUse
DQ[31-0]
1-8C/2A/4-7E
29
SN0/RASN0/E0
79
SN1/RASN1/E1
30
SN2/RASN2/E2
80
SN3/RASN3/E3
D
D
BA1
ADR[16]
1-5F/1-6A/1-6C/1-7B/1-7F/2E/4-6E BA0
ADR[15]
1-5F/1-6A/1-6C/1-7B/1-7F/2E/4-6E
0V
ADR[14]
BA1/A12
BA0/A11
70
A13/NotUse/A15
20
A12/NotUse/A14
ADR[13]
69
A11/A13
ADR[12]
18
A10,AP/A10
ADR[11]
E
19
68
67
NC
A9
ADR[10]
17
A8
ADR[9]
66
A7
ADR[8]
16
A6
ADR[7]
65
A5
ADR[6]
15
A4
ADR[5]
64
A3
ADR[4]
14
A2
ADR[3]
63
A1
ADR[2]
13
A0
23
RFU
DIMM
NC
24
RFU
NC
74
RFU
NC
32
NC[C80]
DQ[15-0]
DATA BUS
SDRAM
NC
82
NC[C81]
NC
33
NC[C82]
NC
83
NC[C83]
R
DQ[15-0]
DATA[15-0]
Aurora
R
MASK ROM
OR
FLASH
NC
34
NC[C84]
NC
84
NC[C85]
NC
35
NC[C86]
NC
85
NC[C87]
NC
22
VREF/Not Use
DQ[31-16]
R
NETWORK
FLASH
DIMM
DQ[31-16]
E
ADR[23-1]
1-5F/1-6A/1-6C/1-7F/3D/4-6E/3C/1-7A/1-7B/2D
VDD3
C81
C79
C103
C103
C131
C103
C117
C103
C98
C97
C103
C103
C114
C103
C51
C103
C47
C103
0V
F
F
1
2
3
4
5
6
CODE
LJ9247001
NAME
B512155CIR (3/4)
7
8
A-6
A-6
APPENDIX
1
2
3
4
5
6
7
8
@C8
C104
0V
@C9
C100
@C46
C100
@DA1
@C45
C104
C1
0V
A
@U3
U7
PREQ1
1D
PAD01
168
TP304
@R63
TP305
169
TP154
58
123
PAD[10]
126
PAD[11]
127
PAD[12]
128
PAD[13]
129
PAD[14]
130
PAD[15]
131
TP75
142
FRAMEN
TP76
141
144
145
146
147
PAD[21]
152
PAD[22]
153
PAD[23]
154
PAD[24]
156
PAD[25]
157
PAD[26]
158
PAD[27]
159
PAD[28]
160
10V 12V
C100
@C17
C104
@C19
C104
C080
45
AT-49 25.00MHZ
10V 12V
C100
0V
TPRDM
10k
95
DEVSELN
PDEVSELN
R41
TP80
135
94
TP81
134
107
10k
98
MA2/LED100N
117
8C
RESERVED41
RESERVED50
REGVDD
GNTN
1A
@C11
C104
121
120
PAD[2]
119
PAD[3]
118
PAD[4]
116
PAD[5]
115
PAD[6]
113
27
VDDIO3
VDDIO5
@C28
C103
AD06
PAD[7]
112
PAD[8]
110
PAD[9]
109
0V
AD07
VDD3
C1
0
AD09
@C12
C104
PAD[10] 108
R45
R35
TP71
10k
10k
TP72
AD10
173
PREQN2
PGNTN2
0V
AD11
AD12
PAD[13] 104
174
AD13
3C
PAD[16]
PAD[17]
PAD[18]
PGMVSSA
PCIVSS1
AD17
PCIVSS2
AD18
COREVSS4
82
AD19
PCIVSS4
PAD[21]
81
PAD[22]
79
PAD[23]
78
PAD[24]
74
PAD[25]
73
PAD[26]
72
PAD[29]
PAD[30]
PAD[31]
AD20
PCIVSS5
AD21
COREVSS2
AD22
PGMVSSD
AD23
BGVSS
LED10N
B2
6B
@C7
C104
0V
LED100N
B1
E
6B
E
RN1706
VDD3
RN1706
0V
TP85
AD26
TXVSS1
AD27
TXVSS2
AD28
VSSIO1
AD29
COREVSS1
AD30
VSSIO3
RXOE
MDIO
AD31
VSSIO5
TXEN
30
LEDACTN
TP184
6B
RXD3/MA9
RXD2/MA8
RXD1/MA7
MCSN
RXD0/MA6
MD7
RXDV/MA11
MD6
RXER/MA10
MD5
TXCLK
MD3
TXD3/MA15
MD2
TXD2/MA14
MD0
129
TP185
141
TP186
140
TP187
139
TP188
135
TP189
134
TP190
132
TP191
TXD1/MA13
3
MA5
TXD0/MA12
MWRN
59
TP743
123
VDD3
FLASH for NETWORK PROGRAM
ADR[22]
U12
26
ROMCSN1
1-4C
11
IOWEN
1-4C/1-6D
28
IORDN
TP151
15
ADR[20] 1-4C/1-6D/1-7D @R132
TP192
MRDN
131
TP193
130
TP194
0
VDD3
VCC
WE
27
OE
VSS27
RY/BY
VSS46
@C134
C103
46
0V
12
VDD3
0V
RESET
@C122
C103
ADR[1]
13
24
ADR[3]
23
ADR[4]
22
A3
ADR[5]
21
ADR[6]
20
ADR[7]
19
ADR[8]
18
51
ADR[9]
8
52
ADR[10]
7
55
ADR[11]
6
8
ADR[12]
5
ADR[13]
4
ADR[14]
3
A4
DQ0
A5
DQ1
A6
DQ2
A7
A8
A9
A10
FLASH PIN
A11
FUJITSU
A12
TOSHIBA
PIN
64M
32M
16M
8M
9
A21
A19
A19
NC
NC
NC
NC
NC
NC
64M
A19
13
ACC
CBE0
14
WP
WP/ACC
CBE1
15
A19
RY/BY RY/BY RY/BY
RY/BY
CBE2
47
Vccq
Byte
Byte
ADR[16]
1
ADR[17]
48
A21
WP/ACC
Byte
ADR[20]
@R136
TP150
DQ[17]
33
DQ[18]
35
DQ[19]
38
DQ[20]
40
DQ[21]
42
DQ[22]
44
DQ[23]
30
DQ[24]
32
DQ[25]
34
DQ[26]
36
DQ[27]
39
DQ[28]
41
DQ[29]
43
DQ[30]
45
DQ[31]
DQ5
DQ6
DQ7
DQ8
A13
DQ9
A14
DQ10
A15
DQ11
A16
DQ12
A17
DQ13
A18
DQ14
16
ADR[19]
Byte
DQ[16]
31
DQ4
17
ADR[18]
CBEN[1] 100
29
DQ3
2
ADR[15]
0V
D
VDD3
NC14
A2
PWRGOOD
3VAUX
49
VDD3
14
A1
DP83816
CBEN[0] 111
0
@R134 0
25
38
136
@R133
TP152
NC13
44
CDVSSD
37
CE
47
ADR[2]
PMEN
122
26
1C
ACT
7A
100
DTA114YUA
TP183
RXCLK
40
16
66
@R28
C
13
CRS
CDVSSA
67
75
7
NC
6
5
NC
TP182
ADCVSS
68
CBEN[3]
NC5
BR93LC46RF-W
32
70
89
GND
DO
@R22
20
71
CBEN[2]
NC7
DI
C1
A0
114
CBEN[3-0]
E
TP83
10k
103
AD25
PAD[28]
SK
0V
MDC
COL/MA16
VREF
90
AD24
PAD[27]
TP82
0V
77
86
83
DTA114YUA
@QA1
C2
VDD3
BYTE
@R9
65
87
PAD[20]
@Q2
5
57
AD15
AD16
88
PAD[19]
4
8
COREVSS3
AD14
PAD[15] 101
PINTBN
3
VCC
35
PAD[14] 102
175
Aurora
D
16V
C10
PAD[11] 106
170
TP155
PINTAN
TP73
10k
@C3
PAD[12] 105
PINTAN
R46
+
167
PGNTN1
4A
@R6
19
AD08
172
PREQN1
@C15
C103
137
AD05
PBEN3
10k TP70
@C16
C104
AD04
155
28
TP167
29
TP168
4
TP169
6
TP170
12
TP171
11
TP172
10
TP173
7
TP174
15
TP175
14
TP176
31
TP177
25
TP178
24
TP179
23
TP180
22
TP181
@C34
C103
9
AD03
PBEN2
2
CS
@Q4
AD02
PBEN1
VDD3
TP734
133
VDDIO1
AD01
PBEN0
PREQ1
TP733
138
@QA1
1k
AD00
2E
R36
TP732
1
1
MD1/CFGDISN
@C14
C103
CDVDD
PAD[1]
100
1/10W
0V
@U1
PGMVDDD
INTAN
56
CBEN[3-0]
CBEN[3]
2
MA3/EEDI
33
61
PAD31
143
TP720
128
EESEL
MA4/EECLK
1D
PAD[31-0]
PAD30
132
DTA114YUA
10k
MD4/EEDO
PAD[0]
@R17
100
21
63
PINTAN
VDD3
TP86
@R14
1/10W
@R11
RESERVED127
@C41
C103
IDSEL
2A
TP84
@Q1
RESERVED48
50
TP165
127
TP166
PCIVDD5
76
IDSEL
VDD3
LED100N
41
TP164
@C50
C103
SERRN
PSERRN
B
LED10N
7C
144
NC43
48
C105
PCIVDD4
PAD29
121
C104
C104
NC42
TP162
VDD3
@C49
C103
PERRN
164
CBEN[2]
@C44
100BASE: ORANGE
0810-1X1T-03
0V
MA1/LED10N
NC34
43
@C48
C104
97
R40
PAD28
CBEN[1]
10BASE : GREEN
9 LED2
@C26
C104
LEDACTN
42
TP161
PAD27
CBEN[0]
54.9
143
34
TP160
1608 C42
PCIVDD3
10k
PPERRN
PAD26
166
@R18
7C
@C43
C104
PAD25
165
54.9
142
MA0/LEDACTN
VDD3
80
PAD24
PAD[31]
@R20
@C10
PAD23
PAD[30]
10 LED2
TPRDP
PCIVDD2
PAD22
PAD[29]
6 RCT
@C31
C100
46
@C1
69
96
PAD21
C
5 RD-
53
C103
PCIVDD1
10k
SOTPN
139
PAD20
4 RD+
54
TPTDM
X1
TRDYN
TP79
PAD19
151
C103
X2
17
2
0V
0V
R43
PAD18
BLM11P300SPB
@C30
@C24
93
PSOTPN
PAD17
PAD[20]
@C35
R37
TP78
138
PAD16
@L8
C104
10k
PTRDYN
PAD15
PAD[19]
92
IRDYN
PAD13
PAD14
TP301
3 TD-
TPTDP
@C6
VDD3
@C2
ADCVDD
10k
R39
TP77
140
PAD12
PAD[18]
47
PIRDYN
PAD11
PAD[17]
2 TD+
18
1 0
@X1
@L1
BLM11P300SPB
BLM11P300SPB
91
R42
PAD10
PAD[16]
10k
BGVDD
@R4
C12P
A_VDD
TP302
@L2
39
VDD3
PFRAMEN
PAD09
B
TP300
R38
122
PAD[9]
@L9
BLM11P300SPB
VDD3
PAR
PPAR
PAD07
PAD08
TP199
PGMVDDA
99
133
PAD06
LINK : YELLOW
1 TCT
@U3
E
GACLKOUT
PAD05
TP721
C
PAD04
PAD[8]
8 LED1_A
8C
B
120
7 LED1_C
ACT
C
119
+
118
PAD[7]
@C5
+
116
PAD[6]
@R23
33
PAD03
PAD[5]
@R24
1/10W 49.9
PCICLK
115
PAD[4]
A_VDD
1/10W 49.9
60
PCLKOUT
E
PAD02
PAD[3]
REQN
RSTN
PRSTN
0V
64
62
171
PAD00
B
114
1M
113
PAD[2]
@R5
112
PAD[1]
A
11 FG
C4
DF5A6.8LF
PAD[31-0]
PAD[0]
IF_FG4
C3
IDSEL
3C
2C
RJ-45
@CN2
12 FG
C2
TP74
33
E
@R64
C
TP69
B
A
9
E
A19 DQ15/A-1
CBE3
36
ADR[21]
0
ADR[22]
@R135
10
NC10
VDD3
NC36
37
NC37
MBM29LV160BE-**TN
0
84
NC84
DQ[31-0]
1-8C/3-2A/3-7D
85
NC85
TP156
124
ADR[23-1]
1-5F/1-6A/1-6C/1-7F/3-2E/3-3D/3-3C/1-7A/1-7B/3-2D
NC124
125
NC125
126
0V
NC126
DP83816
@C13
C103
@C33
C103
0V
F
F
1
2
3
4
5
6
CODE
LJ9247001
NAME
B512155CIR (4/4)
7
8
A-7
A-7
APPENDIX
Appendix 8. Point To Point Connection Diagram
1
2
3
4
5
6
CN*d-1
USB
CDCC I/F
NETWORK
+3.3V
-2
-2
-3
-1
+8V
except 30
I/F
SW1
S0V
AC
-4
-9
CN*a-1
-8
-2
-7
-3
-6
-4
-5
-5
-4
-6
-3
-7
SW1-JOB_n
CN7
AC(NEUTRAL)
CN8
CN8
AC(LIVE)
CN9
CN*d
P0V(GND24V)
MAIN PCB
NEUTRAL
-3
CN*c
+24V
-6
CN2-1
CN3
T2 PICK UP
JAM
SENSOR
LED4
LED0/PNLRSTN
SW0-GO_n
SOL
SW0/PNLDI
LED2-DRUM
EJECT
SENSOR
LED2/PNLDO
LED1-TONER
DIMM
except 30
LED1/PNLCLK
-8
-7
-7
-8
-8
-2
-5
P2-4
-2
-3
-3
CN2-1
-2
T2REGIST
GND24
-2
-1
VCC24
-3
-4
-3
-4
-6
-2
-3
-5
TRAY2
T2SOL
LOCKN_n
-4
-5
-6
-7
CN9-1
ONN_n
VCC24
+5V
GND24
CWCCW
(DCCLK)
THM
T2PAPER
-6
-1
T2REG
-1
-4
GND24
-2
-3
VCC24
-3
NC -1
-2
SOL
TRAY2
CN1-1
VCC3
THERM
CN7-1
GND
-2
-3
EJECT
-4
-5
VCC3
-2
-3
-4
CN8-1
GND24
VCC5
VCC24
CN10-1
-2
ETXD
-3
-4
-6
-5
GND
ERXD
SCAN24V
VCC3
CN6-1
GND24
-2
-3
flowting connector
VCLN
PWM_DEV
CHG
TRCV
ENGINE PCB
TRCV
PWM-TRCC
FRONT
REGIST
SENSOR
TRCC
-9
-9
TRCC
REAR
REGIST
SENSOR
D
TRCC
MAIN FAN
REGIST
T1 PICK UP
SOL
SOL
T1PAPER
GND
T1CASSETTE
LEDVCC
-4
-3
-2
CN17-1
VCC24
T1SOL
REGSOL
VCC24
-2
CN3-1
-5
CN16-1
-2
-4
MP RELAY PCB
CN12-1
-3
-3
-2
LEDVCC
-4
-2
VCC24
-5
CN3-1
GND
TONER LED PCB
MP-SOL
FRONTCOVER
GND
TONERLED
-3
-2
TONER
TONER SENSOR
PCB
CN14-1
-2
SUB FAN
CN1-1
GND
VCC24
MFAN
CN4-1
-2
E
SFAN1
(VERSION)
MPPAPER
-10
-2
-10
(VERSION)
CN5-1
D
-4
VCC24
T2
PAPER
SENSOR
C
-1 NC
-2
-6
T2
REGIST
SENSOR
GRIDC
VCLN
PWM_DEV
CHG
EJECT_JAM
-6
GND24
GRIDC
(HEATOFF/SLEEP)
-5
HEATER_ON_n
-4
-5
ERESETN_n
-3
-4
LOCKN_n
-5
-2
-3
DRIVEN_n
SCANCLK
CN11-1
-2
VCC24
VCC24
DEV
VCLN
CHG
T/R
GRID
CN1-1
GND24
24V
T2SOL
Fuging Lamp
-5
GND
THERM
DC MOTOR
EJECT_JAM
EJECT
-3
VCC3
-2
CN3-1
PROCESS UNIT
LT SENSOR PCB
THERMISTOR RELAY PCB
SCANNER UNIT
SCANNER
MOTOR
C
HEATER UNIT
-2
Thermofuse
EJECT CN2-1
-2
-3
-4
GND
VCC3
Thermofuse
-4
5V
RXD
TXD
0V
3.3V
RESET_n
-6
-5
-4
-3
-2
CN*c-1
+5V
ENB1_n
DATA1_n
DATA_n
BD_n
GND
-5
-4
-3
-2
CN*b-1
THERMISTER
PCB
CN1-1
GND
-2
-4
-5
-3
+5V
BD_n
ENB_n
LASER
P1-1
B
EJECT
SENSOR
(VDD5)
T2PAPER
GND
-9
CN1-1
EJECTJAM
-2
GND
(+5V)
HVPS
except 30
OPTION : LT
LED3
LED4-RED
LED0-PAPER
B
CN9
CN1
SW1
LED3-GREEN
PANEL PCB
30/40/50
CN10
LVPS
HEATON
-5
70N
CN*b
A
LIVE
+8V
0V
only 70N
CN*a
8
CN101-3
+3.3V
I/F
A
7
E
CASETTE SENSOR PCB
VCC24
MP-SOL
T1
PAPER
T1
CASSETTE
SENSOR
SENSOR
CN1-1
-2
LEDVCC
GND
-2
-3
CN2-1
TONER
LED
MPPAPER
TONER
SENSOR
except 30
FRONT
COVER
SENSOR
MP
SENSOR
MP PICK UP
F
MP SENSOR
PCB
F
SOL
MP model only
1
2
3
4
5
6
7
8
A-8
A-8
APPENDIX
Appendix 9. Engine PCB Circuit Diagram (1/2)
CODE
LJ923001
NAME
B512153CIR (1/2)
A-9
A-9
APPENDIX
Appendix 10. Engine PCB Circuit Diagram (2/2)
CODE
LJ923001
NAME
B512153CIR (2/2)
A - 10
A10
APPENDIX
Appendix 11. Low-voltage Power Supply PCB Circuit Diagram (120V)
NAME
Low-voltage PS Circuit(120V)
A - 11
A-11
APPENDIX
Appendix 12. Low-voltage Power Supply PCB Circuit Diagram (230V)
NAME
Low-voltage PS Circuit(230V)
A - 12
A12
APPENDIX
Appendix 13. High-voltage Power Supply PCB Circuit Diagram
NAME
High-voltage PS Circuit
A - 13
A-13
APPENDIX
APPENDIX 14.
1
HARNESS ROUTING
2
Toner sensor PCB
Toner sensor PCB
Main PCB
Engine PCB
6
Laser unit (LD harness 5P)
Core
4
Fan motor 60 unit
Engine PCB
5
3
Fan motor 60 unit
Engine PCB
7
Panel PCB
Laser unit (Polygon motor harness)
Laser unit
Engine PCB
MP-PE sensor PCB
Main PCB
Laser unit
Panel PCB
MP solenoid holder unit
A14
MP-PE sensor PCB

service manual

Transcription

Similar documents

Prismacolor Nupastel Color Chart •www.hyatts.com •(800

planos arquitectónicos y estructurales del muro, graderío y visera.

Ejercicios

Mousekeeping Tip Envelopes

Innovative Product Support

Halloween Party Invitations

Městský soud v Praze pracoviště Slezská Slezská 9 120 00

Printing to an LMC printer from your personal device

3D printing unchained

C7300/C7500/C9300/C9500 VE Product Information