Индикация ошибок samsung clp 325

Service Manual

Color Laser Printer

CLP-320/325 Series

CLP-320/325/326/320N/321N/325W

— Model series : CLP-320/325

CLP-320N/CLP-321N(Network model)

CLP-325W (Wireless model)

— Speed(Color/Mono) : 4/16 ppm(A4). 4/17ppm(Let)

— Printing resolution : Max. 2,400 x 600 dpi

— Emulation : SPL-C / PCL-6(Network Model)

— Memory : 32MB (USB Model)

256MB (Network/Wireless Model)

— Processor : Jupiter5(360MHz,CLP-320/325/320N/325W)

— Interface : IEEE 802.3,Ethernet(10/100Mbps)

Wireless: IEEE 802.11b/g(Only wireless model)

— Toner Cartridge

• Initial : 1K Toner(K), 0.7K Toner(C,M,Y, each)

• Sales : 1.5K Toner(K), 1K toner(C, M, Y each)

— Printer Life : 100,000 pages

Monthly Max. Duty : 20,000 pages/month

The keynote of Product

1.1 Safety Warning …………………………………………………… 1-1

1.2 Caution for safety ………………………………………………… 1-2

1.3 ESD Precautions ………………………………………………… 1-5

2.1 Product Specications …………………………………………… 2-1

2.1.1 Product Overview …………………………………………… 2-1

2.1.2 Prouduct Specication ……………………………………… 2-2

2.1.3 Model Comparison Table …………………………………… 2-10

2.2 System Overview ………………………………………………… 2-11

2.2.1 System Structure …………………………………………… 2-11

2.2.2 Main PBA Description ……………………………………… 2-18

2.2.3 CRUM ………………………………………………………… 2-25

2.3 S/W Structure and Descriptions ………………………………… 2-26

2.3.1 Architecture ………………………………………………… 2-26

2.3.2 Language Monitor …………………………………………… 2-26

2.3.3 Status Monitor ……………………………………………… 2-26

2.3.4 Network Interface …………………………………………… 2-27

2.3.5 Printer Driver <-> Status Monitor ………………………… 2-27

2.3.6 System F/W Flow …………………………………………… 2-28

2.3.7 CRUM Overview …………………………………………… 2-29

2.3.8 Initailize Flow ………………………………………………… 2-30

3.1 Precautions when replacing parts ……………………………… 3-1

3.1.1 Precautions when assembling and disassembling ……… 3-1

3.1.2 Preautions when handling PBA …………………………… 3-1

3.1.3 Releasing Plastic Latches ………………………………… 3-1

3.2 Parts for Maintenance and Repair ……………………………… 3-2

chapter 1 Precautions

chapter 2 Product Overview

Contents

chapter 3 Disassembly and Reassembly

3.2.1 Replacement interval for parts with a limited life ………… 3-2

3.2.2 Printer Cleaning ……………………………………………… 3-3

3.3 Information Related to Disassembly and Assembly ………… 3-4

3.3.1 Special service parts ……………………………………… 3-4

3.3.2 Screws used in the printer ………………………………… 3-5

3.4 Disassembly Procedure ………………………………………… 3-7

3.4.1 Cover ………………………………………………………… 3-7

3.4.2 ITB …………………………………………………………… 3-9

3.4.3 Fuser unit …………………………………………………… 3-9

3.4.4 HVPS board ………………………………………………… 3-10

3.4.5 Main PBA …………………………………………………… 3-11

3.4.6 SMPS board ………………………………………………… 3-11

3.4.7 LSU …………………………………………………………… 3-12

3.4.8 Holder Pad …………………………………………………… 3-12

3.4.9 Transfer roller ………………………………………………… 3-13

3.4.10 OPE PBA …………………………………………………… 3-14

3.4.11 Pick up roller ……………………………………………… 3-15

4.1 Alignment and Adjustments ……………………………………… 4-1

4.1.1 Control Panel ………………………………………………… 4-1

4.1.2 Jam Removal ………………………………………………… 4-9

4.1.3 Firmware upgrade …………………………………………… 4-13

4.1.4 Periodic Defective Image …………………………………… 4-14

4.1.5 Using the smart pane program …………………………… 4-15

4.1.6 How to use EDC (Engine Diagnostic Control) Mode …… 4-17

4.2 Troubleshooting…………………………………………………… 4-22

4.2.1 Procedure of Checking the Symptoms …………………… 4-22

4.2.2 Troubleshooting Checklist ………………………………… 4-23

4.2.3 Solving General Printing Problems ……………………… 4-24

4.2.4 Solving Print Quality Problems …………………………… 4-32

4.2.5 Common Windows Problems ……………………………… 4-50

4.2.6 Common Macintosh Problems …………………………… 4-51

chapter 4 Alignment and Troubleshooting

Contents

4.2.7 Common Linux Problems ………………………………… 4-52

4.2.8 Major Problems Trouble shooting ………………………… 4-56

5.1 Block Diagram …………………………………………………… 5-1

5.2 Connection Diagram……………………………………………… 5-2

6.1 Tool for Troubleshooting ………………………………………… 6-1

6.2 Acronyms and Abbreviations …………………………………… 6-2

6.3 Select a location for the printer ………………………………… 6-4

6.4 A4 ISO 19798 Standard Pattern ………………………………… 6-5

Contents

chapter 6 Reference Information

chapter 5 System Diagram

attached Parts Catalog

Precautions

Service Manual

1-1

Samsung Electronics

In order to prevent accidents and damages to the equipment please read the precautions listed below

carefully before servicing the product and follow them closely.

1.1 Safety warning

(1) Only to be serviced by a factory trained service technician.

High voltages and lasers inside this product are dangerous. This product should only be serviced by a

factory trained service technician.

(2) Use only Samsung replacement parts.

There are no user serviceable parts inside the product. Do not make any unauthorized changes or

additions to the product as these could cause the product to malfunctions and create an electric shocks

or re hazards.

(3) Laser Safety Statement

The product is certied in the U.S. to conform to the requirements of DHHS 21 CFR, chapter 1

Subchapter J for Class 1(1) laser products, and elsewhere, it is certied as a Class I laser product con-

forming to the requirements of IEC 825. Class I laser products are not considered to be hazardous. The

laser system and product are designed so there is never any human access to laser radiation above a

Class I level during normal operation, user maintenance, or prescribed service condition.

Warning >> Never operate or service the product with the protective cover removed from Laser/Scanner

assembly. The reected beam, although invisible, can damage your eyes.

When using this product, these basic safety pre-cautions should always be followed to reduce

risk of re, electric shock, and personal injury.

1. Precautions

1.2 Caution for safety

1.2.1 Toxic material

This product contains toxic materials that could cause illness if ingested.

(1) If the LCD control panel is damaged, it is possible for the liquid inside to leak. This liquid is toxic.

Contact with the skin should be avoided. Wash any splashes from eyes or skin immediately and contact

your doctor. If the liquid gets into the mouth or is swallowed, see a doctor immediately.

(2) Please keep imaging unit and toner cartridge away from children. The toner powder contained in the

imaging unit and toner cartridge may be harmful, and if swallowed, you should contact a doctor.

1.2.2 Electric shock and re safety precautions

Failure to follow the following instructions could cause electric shock or potentially cause a re.

(1) Use only the correct voltage, failure to do so could damage the product and potentially cause a re or

electric shock.

(2) Use only the power cable supplied with the product. Use of an incorrectly specied cable could cause the

cable to overheat and potentially cause a re.

(3) Do not overload the power socket, this could lead to overheating of the cables inside the wall and could

lead to a re.

(4) Do not allow water or other liquids to spill into the product, this can cause electric shock. Do not allow

paper clips, pins or other foreign objects to fall into the product, these could cause a short circuit leading

to an electric shock or re hazard.

(5) Never touch the plugs on either end of the power cable with wet hands, this can cause electric shock.

When servicing the product, remove the power plug from the wall socket.

(6) Use caution when inserting or removing the power connector. When removing the power connector, grip it

rmly and pull. The power connector must be inserted completely, otherwise a poor contact could cause

overheating possibly leading to a re.

(7) Take care of the power cable. Do not allow it to become twisted, bent sharply around corners or wise

damaged. Do not place objects on top of the power cable. If the power cable is damaged it could overheat

and cause a re. Exposed cables could cause an electric shock. Replace the damaged power cable

immediately, do not reuse or repair the damaged cable. Some chemicals can attack the coating on the

power cable, weakening the cover or exposing cables causing re and shock risks.

(8) Ensure that the power sockets and plugs are not cracked or broken in any way. Any such defects should

be repaired immediately. Take care not to cut or damage the power cable or plugs when moving the

machine.

(9) Use caution during thunder or lightning storms. Samsung recommends that this machine be disconnected

from the power source when such weather conditions are expected. Do not touch the machine or the

power cord if it is still connected to the wall socket in these weather conditions.

(10) Avoid damp or dusty areas, install the product in a clean well ventilated location. Do not position the

machine near a humidier or in front of an air conditioner. Moisture and dust built up inside the machine

can lead to overheating and cause a re or cause parts to rust.

(11) Do not position the product in direct sunlight. This will cause the temperature inside the product to rise

possibly leading to the product failing to work properly and in extreme conditions could lead to a re.

(12) Do not insert any metal objects into the machine through the ventilator fan or other part of the casing, it

could make contact with a high voltage conductor inside the machine and cause an electric shock.

1.2.3 Handling precautions

The following instructions are for your own personal safety to avoid injury and so as not to damage the

product.

(1) Ensure the product is installed on a level surface, capable of supporting its weight. Failure to do so could

cause the product to tip or fall.

(2) The product contains many rollers, gears and fans. Take great care to ensure that you do not catch your

ngers, hair or clothing in any of these rotating devices.

(3) Do not place any small metal objects, containers of water, chemicals or other liquids close to the product

which if spilled could get into the machine and cause damage or a shock or re hazard.

(4) Do not install the machine in areas with high dust or moisture levels, beside on open window or close to a

humidier or heater. Damage could be caused to the product in such areas.

(5) Do not place candles, burning cigarettes, etc on the product, These could cause a re.

1.2.4 Assembly / Disassembly precautions

Replace parts carefully and always use Samsung parts. Take care to note the exact location of parts and also

cable routing before dismantling any part of the machine. Ensure all parts and cables are replaced correctly.

Please carry out the following procedures before dismantling the product or replacing any parts.

(1) Check the contents of the machine memory and make a note of any user settings. These will be erased if

the main board or network card is replaced.

(2) Ensure that power is disconnected before servicing or replacing any electrical parts.

(3) Disconnect interface cables and power cables.

(4) Only use approved spare parts. Ensure that part number, product name, any voltage, current or

temperature rating are correct.

(5) When removing or re-tting any parts do not use excessive force, especially when tting screws into

plastic.

(6) Take care not to drop any small parts into the machine.

(7) Handling of the OPC Drum

— The OPC Drum can be irreparably damaged if it exposed to light.

Take care not to expose the OPC Drum either to direct sunlight or to uorescent or incandescent room

lighting. Exposure for as little as 5 minutes can damage the surface of the photoconductive properties

and will result in print quality degradation. Take extra care when servicing the product. Remove the OPC

Drum and store it in a black bag or other lightproof container. Take care when working with the Covers

(especially the top cover) open as light is admitted to the OPC area and can damage the OPC Drum.

— Take care not to scratch the green surface of OPC Drum Unit.

If the green surface of the Drum Cartridge is scratched or touched the print quality will be compromised.

1.2.5 Disregarding this warning may cause bodily injury

(1) Be careful with high temperature components.

The fuser unit works at a high temperature. Use caution when working on the product. Wait for the fuser

to cool down before disassembly.

(2) Be careful when working around the rotating parts.

When operating a product, keep all bodily items and clothing away from moving parts [e.g. ngers, hair,

tie, etc.] (Paper feeding entrance, motor, fan, etc.).

(3) When moving the product :

— When transporting/installing the equipment, employ four persons and be sure to hold the lifting handles.

— Be sure not to hold the movable parts or units (e.g. the control panel, DADF) when transporting the

equipment.

— Be sure to use a dedicated outlet with 110V/220V power input.

— The equipment must be grounded for safety.

— Select a suitable place for installation. Avoid excessive heat, high humidity, dust, vibration and direct

sunlight.

— Provide proper ventilation since the equipment emits a slight amount of ozone.

— The equipment must be installed near the socket outlet and must be accessible.

— Be sure to x and plug in the power cable securely after the installation so that no one trips over it.

1.3 ESD precautions

Certain semiconductor devices can be easily damaged by static electricity. Such components are commonly

called “Electrostatically Sensitive (ES) Devices” or ESDs. Examples of typical ESDs are: integrated

circuits,some eld effect transistors, and semiconductor “chip” components.

The techniques outlined below should be followed to help reduce the incidence of component damage

caused by static electricity.

Caution >>Be sure no power is applied to the chassis or circuit, and observe all other safety precautions.

1. Immediately before handling a semiconductor component or semiconductor-equipped assembly, drain

off any electrostatic charge on your body by touching a known earth ground. Alternatively, employ a

commercially available wrist strap device, which should be removed for your personal safety reasons prior

to applying power to the unit under test.

2. After removing an electrical assembly equipped with ESDs, place the assembly on a conductive surface,

such as aluminum or copper foil, or conductive foam, to prevent electrostatic charge buildup in the vicinity

of the assembly.

3. Use only a grounded tip soldering iron to solder or desolder ESDs.

4. Use only an “anti-static” solder removal device. Some solder removal devices not classied as “anti-static”

can generate electrical charges sufcient to damage ESDs.

5. Do not use Freon-propelled chemicals. When sprayed, these can generate electrical charges sufcient to

damage ESDs.

6. Do not remove a replacement ESD from its protective packaging until immediately before installing it.

Most replacement ESDs are packaged with all leads shorted together by conductive foam, aluminum foil,

or a comparable conductive material.

7. Immediately before removing the protective shorting material from the leads of a replacement ESD, touch

the protective material to the chassis or circuit assembly into which the device will be installed.

8. Maintain continuous electrical contact between the ESD and the assembly into which it will be installed,

until completely plugged or soldered into the circuit.

9. Minimize bodily motions when handling unpackaged replacement ESDs. Normal motions, such as

the brushing together of clothing fabric and lifting one’s foot from a carpeted oor, can generate static

electricity sufcient to damage an ESD.

Product spec and feature

Service Manual

2-1

Samsung Electronics

2.1 Product Specications

2.1.1 Product Overview

Item Descriptions

Basic Model CLP-320/325

Series Model CLP-320N : Network Model

CLP-325W : Wireless Model

Main Specication

1. Speed

• Up to 16 ppm in A4 (17 ppm in Letter)

• Up to 4 ppm in A4 (4 ppm in Letter)

2. Printing Resolution

• Max. 2400×600 dpi effective output

3. Processor

• Jupiter5 (360MHz,CLP-320/325/320N/325W)

4. Printer Language Emulations

• SPL-C (CLP-320/325/320N/325W), PCL-6 (320N/325W)

5. Memory

• FLASH ROM

— 2MB : CLP-320/325

— 32MB : CLP-320N/325W

• DDR2 SDRAM

— 32MB : CLP-320/325

— 256MB : CLP-320N/325W

• EEPROM memory

— CLP-325 (8KB)

— CLP-325W (64KB)

— CLP-320N (32KB)

6. Interfaces

• One USB port (CLP-320/325/320N/325W)

• One 10/100 Base T network connector (CLP-320N/325W)

• One IEEE802.11b/g/n (CLP-325W)

7. Control Panel

• No LCD,3 keys ,7single LEDs and 1 dual LEDs

8. Toner cartridge

• Black : 1K (initial) / 1.5K (sales)

• Color : 0.7K (initial) / 1K (sales)

9. Color

• There are two kinds of colors. (Gray and Black)

2. Product spec and feature

2.1.2 Prouduct Specication

Specications are correct at the time of printing. Product specications are subject to change without notice.

See below for product specications.

2.1.2.1 General Print Engine

Item CLP-320/325 CLP-320N/CLP-325W

Print Speed Simplex B&W : 17ppm@Letter B&W : 17ppm@Letter

16ppm@A4 16ppm@A4

Color : 4ppm@A4,.Letter Color : 4ppm@A4,.Letter

Duplex NA NA

Print Emulation SPL-C PCL-6

Auto Emulation Sensing NA NA

Font Type NA NA

Number NA NA

Power Save Yes (5/10/15/30/60/120min.) Yes (5/10/15/30/60/120min.)

Resolution Normal Up to 2400X600dpi Class

(Default 1200×600 dpi)

Up to 2400X600dpi Class

(Default 1200×600 dpi)

Optical: 600×600 Dpi Optical: 600×600 Dpi

RET NA NA

Toner Save NA NA

FPOT From Ready Less than 26 sec ( Color ) Less than 26 sec ( Color )

Less than 14 sec ( B&W ) Less than 14 sec ( B&W )

From Idle Less than 57 sec ( Color ) Less than 57 sec ( Color )

Less than 45 sec (B&W) Less than 45 sec (B&W)

From Cold Boot Less than 57 sec ( Color ) Less than 57 sec ( Color )

Less than 45 sec (B&W) Less than 45 sec (B&W)

Duplex Print NA NA

Printable Area 210 x 297 mm (A4) 210 x 297 mm (A4)

216 x 279 mm (Letter) 216 x 279 mm (Letter)

216 x 355.6 mm (Legal) 216 x 355.6 mm (Legal)

Print Margin Side Margin: 4.23±2mm Side Margin: 4.23±2mm

Top Margin: 4.23±3mm Top Margin: 4.23±3mm

2.1.2.2 Controller & S/W

Item CLP-320/325 CLP-320N/CLP-325W

MPU Jupiter5 (360Mhz) Jupiter5 (360Mhz)

Memory Standard / Max. 256MB/256MB 256MB/256MB

Type DDR2 SDRAM (32MB) DDR2 SDRAM (256MB)

Expand Memory Slot & Type

NA NA

Compression Technology

YES YES

Supporting OS Microsoft Windows:

2000/2003/XP(Include 64bit),Vista

MacOS:10.3 ~ 10.6

Linux(Printer only)OS:

Red Hat 8~9, Fedora Core 1~4

Mandrake 9.2~10.1

SuSE 8.2~9.2

Microsoft Windows:

2000/2003/XP(Include 64bit),Vista

MacOS:10.3 ~ 10.6

Linux(Printer only)OS:

Red Hat 8~9, Fedora Core 1~4

Mandrake 9.2~10.1

SuSE 8.2~9.2

Default Driver SPL-C SPL-C

Driver feature Microsoft Windows:

-Watermark

-N-up printing

-Poster printing

-Manual Dulpex

-Quality(Best,Normal,Draft)

-Color mode(Color, Gray scale)

-Device Color Support

-Color Management Support

[Mac]

-N-up printing

-Quality(Best,Normal,Draft)

-Color mode(Color, Gray scale)

[Linux]

— N-up printing

-Quality(Best,Normal,Draft)

[Common]

-N/W Install

during driver install

Microsoft Windows:

-Watermark

-N-up printing

-Poster printing

-Manual Dulpex

-Quality(Best,Normal,Draft)

-Color mode(Color, Gray scale)

-Device Color Support

-Color Management Support

[Mac]

-N-up printing

-Quality(Best,Normal,Draft)

-Color mode(Color, Gray scale)

[Linux]

— N-up printing

-Quality(Best,Normal,Draft)

[Common]

-N/W Install

during driver install

WHQL Windows 2000 including vista Windows 2000 including vista

Item CLP-320/325 CLP-320N/CLP-325W

Language Locallization [Windows]

— Korean,English,French,Germa

N,Italian,Spanish,Russian,Dutch,

E.Portuguese,B.Portuguese,Fi

Nish,Swedish,Norwegian,Danish

S.Chinese,T.Chinese,Polish,

Hungarian,Greek,Czech,Turkish

[Mac]

— Korean,English,French,GermaN,

Italian,Spanish, S.Chinese,

T.Chinese, E.Portuguese, Dutch

[Linux]

— English Only

[Windows]

— Korean,English,French,Germa

N,Italian,Spanish,Russian,Dutch,

E.Portuguese,B.Portuguese,Fi

Nish,Swedish,Norwegian,Danish

S.Chinese,T.Chinese,Polish,

Hungarian,Greek,Czech,Turkish

[Mac]

— Korean,English,French,GermaN,

Italian,Spanish, S.Chinese,

T.Chinese, E.Portuguese, Dutch

[Linux]

— English Only

Smart Panel USB 320N : USB/Network

325W : USB/Network/Wireless

Network

Default Install Default Install

Network

Management

NA Set IP.SWAS &SWS (Linux, Mac

not support, SWAS&SWS need I

explorer 5.0 or Higher)

NA Management

Smart Thru NA Smart Thru 4

2.1.2.3 Interface

Item CLP-320/325 CLP-320N/CLP-325W

Interface

Parallel NA NA

USB USB 2.0 USB 2.0

Network NA Ethernet 10/100 base Tx

Wireless NA 802.11 b/g (only 325W)

Network

Interface

Protocol NA TCP/IP,IPP,SNMPv2

Network OS NA — Microsoft Windows:

98/ME/2000/XP(32/64Bit)

2003 Server(32/64Bit)/ Vista

— Mac OS: 10.3,10.4(Printing

OnTCP/IP)

— Linux OS: Red Hat 8~9,

Fedora Core 1~4

Mandrake 9.2~10.1 & Suse

8.2~9.2

— Unix HP-UX, Solaris,SunOS

SCO UNIX

User

Interface

LCD NA NA

OP UI Key 3 EA, LED 8EA Key 3 EA, LED 8EA

Sound UI NA NA

2.1.2.4 Paper Handling

Item CLP-320/325 CLP-320N/CLP-325W

Capacity Cassette 130 Sheets @ 80 g/

㎡

Envelop : 5 Sheets

Transparency : 1 Sheets

Label, thick paper : 5 Sheets

GlossyPhoto220 g/

㎡

: 1 Sheets

130 Sheets @ 80 g/

㎡

Envelop : 5 Sheets

Transparency : 1 Sheets

Label, thick paper : 5 Sheets

GlossyPhoto220 g/

㎡

: 1 Sheets

MP Tray NA NA

Option Cassette 80 Sheets @ 80 g/

㎡

Envelop : 5 Sheets

Transparency : 1 Sheets

Label , thick paper : 5 Sheets

GlossyPhoto220 g/

㎡

: 1 Sheets

80 Sheets @ 80 g/

㎡

Envelop : 5 Sheets

Transparency : 1 Sheets

Label , thick paper : 5 Sheets

GlossyPhoto220 g/

㎡

: 1 Sheets

Output Capacity Face Down: 100Sheets/20lb

Envelop ; 5 Sheets

Transparency ; 1 Sheets

Label , thick paper ; 10 Sheets

Face Down: 100Sheets/20lb

Envelop ; 5 Sheets

Transparency ; 1 Sheets

Label , thick paper ; 10 Sheets

Output Full Sensing No No

Duplex Manual Duplex Manual Duplex

Paper Type Cassette A4, A5,A6, Letter, Legal,

Executive, Folio, ISO B5, JIS B5

A4, A5,A6, Letter, Legal,

Executive, Folio, ISO B5, JIS B5

Transparency;(Mono Print Only) Transparency;(Mono Print Only)

MP Tray NA NA

Option Tray NA NA

Paper Weight Cassette 16~43 lb. (60 to 163g/

㎡

) 16~43 lb. (60 to 163g/

㎡

)

Paper Path Standard output Bottom to Top Front (FIFO) Bottom to Top Front (FIFO)

Straight Through NA NA

Paper Size Max 216 x 355.6mm(8.5”x14”) 216 x 355.6mm(8.5”x14”)

Min 76 x 160mm(3”x6.3”) 76 x 160mm(3”x6.3”)

Jam Rate Cassette 1/3,000 1/3,000

Multi-Feed Rate Cassette 1/1,500 1/1,500

Printing Skew Top 1.5/201.4mm (Cassette) 1.5/201.4mm (Cassette)

Side 2.0/270.4mm (Cassette) 2.0/270.4mm (Cassette)

2.1.2.5 Consumables

Item Image Pages Printed Part number Remark

Black Toner

cartridge

Approx. Initial : 1,000 Pages*

Sales : 1,500 Pages*

CLT-K407S,

CLT-K4072S (Black)

CRU

Color Toner

cartridge

Approx. Initial : 700 Pages*

Sales : 1,000 Pages*

CLT-C407S,

CLT-C4072S (Cyan)

CLT-M407S,

CLT-M4072S (Magenta)

CLT-Y407S,

CLT-Y4072S (Yellow)

Imagine unit

Approx. 24000 images* CLT-R407

Waste Toner

Approx. 10,000 images CLT-W409

Pick-up roller

Approx. 50,000 pages JC97-03028A FRU

Fuser unit

Approx. 50,000 pages(B&W)

/ 12,500 pages (Color)

JC91-00978A (220V)

JC91-00997A (110V)

T2 roller

Approx. 50,000 pages(B&W)

/ 12,500 pages (Color)

JC95-01197A

ITB

Approx. 50,000 pages(B&W)

/ 12,500 pages (Color)

JC96-05874A

* Average A4-/letter-sized page count based on Std. ISO 19798 of individual colors on each page.

Usage conditions and print patterns may cause results to vary.

2.1.2.6 Reliability & Service

Item CLP-320/325 CLP-320N/CLP-325W

Max Monthly Duty 20,000 image

(Color: 16,000/ Mono: 4,000)

20,000 image

(Color: 16,000/ Mono: 4,000)

SET Life Cycle 100,000image or 5 years

whichever comes rst

100,000image or 5 years

whichever comes rst

MTBF 40,000 images

(color 32,000 images and black

8,000 images : total 40,000

image)

40,000 images

(color 32,000 images and black

8,000 images : total 40,000 image)

MTTR <30 min. <30 min.

Real-time Clock No No

System record Total image count

Total page count (color/mono)

Imaging unit Information

Transfer roller life

Transfer belt life

Toner information

Tray roller life

Total image count

Total page count (color/mono)

Imaging unit Information

Transfer roller life

Transfer belt life

Toner information

Tray roller life

Minimum System Requirement Pentium-

Ⅱ

400MHZ, 64MB RAM,

300MB HDD, Internet Explorer 5.0

Pentium-

Ⅱ

400MHZ, 64MB RAM,

300MB HDD, Internet Explorer 5.0

2.1.2.7 Environment

Item CLP-320/325 CLP-320N/CLP-325W

Power

Consumption

Ready Less than 160W Less than 160W

Average Less than 350W

(Currency:5A(110V)/3A(220V)

Less than 350W

(Currency:5A(110V)/3A(220V)

Max/Peak 700W/1KW 700W/1KW

Sleep/Power off Less than 5W/0.45W Less than 8W/0.45W (325W)

Less than 6W (320N)

Power Supply Input Voltage AC 110V~127V, AC 220V~240V

AC 120V/AC 220V(EXP version)

AC 110V~127V, AC 220V~240V

AC 120V/AC 220V(EXP version)

Input Frequency 50 / 60Hz(+/- 3Hz) 50 / 60Hz(+/- 3Hz)

Noise Printing Mono : 46dBA

Color : 48dBA

Mono : 46dBA

Color : 48dBA

Standby Background noise level Background noise level

Sleep Background noise level Background noise level

Warm Up Time From Cold Status

(At rated volt)

Less than 35 seconds Less than 35 seconds

Temperature Operating 10~32.5

℃

10~32.5

℃

Storage (Un-Packed)

5~35

℃

5~35

℃

Storage (Packed) -20~50

℃

-20~50

℃

Humidity Operating 20 ~ 80% RH 20 ~ 80% RH

Storage (Un-Packed)

20 ~ 80% RH 20 ~ 80% RH

Storage (Packed) 10~90% RH 10~90% RH

Altitude Normal: 0~3000ft (0~1000m) Normal: 0~3000ft (0~1000m)

High: 3001~6600ft( ~2000m) High: 3001~6600ft( ~2000m)

Higher: 6601~9900ft( ~3000m) Higher: 6601~9900ft( ~3000m)

Highest;9901~13000ft( ~4000m) Highest;9901~13000ft( ~4000m)

2.1.2.8 Accessory

Item CLP-320/325 CLP-320N/CLP-325W

Quick setup guide Yes Yes

Owner’s manual Yes Yes

S/W CD ROM 1 : for Driver 1 : for Driver

2 : for Network

S/W

1 CD for Driver, SmarThru 4

1 CD for Driver, SmartThru 4, EUG 1 CD for Driver, SmartThru 4, EUG

Toner Cartridge 4 EA (0.7K/0.5K yield ISO 19752

5% Coverage)

4 EA (0.7K/0.5K yield ISO 19752

5% Coverage)

Power Cable 1 EA 1 EA

Printer Cable 1 EA 1 EA

2.1.3 Model Comparison Table

Samsung Samsung HP

CLP-325/325W CLP-315/315W CP-1215

Image

Print speed (M/C) 16/4ppm 16/4ppm 12/8ppm

FPOT 14/26 sec 14/26 sec 24/30 sec

Resolution Up to 2400 dpi Up to 2400 dpi 2400 HP ImageREt

CPU 375 MHz 375 MHz 264 MHz

Std Memory 32 MB (256 MB) 32 MB 16 MB (16MB)

Emulation PCL6(325W), SPL-C SPL-C GDI

Duplex Manual Manual Manual

Paper Handling 130 CST 150 CST 150 CST

Output 80 sheet 80 sheet 125

Noise

45dB/ 47dB

(Color/Black)

45dB/ 47dB

(Color/Black)

47dB

Max. Monthly Duty 20,000 20,000 25,000

Size 388 x 313 x 243 388 x 314 x 237 398.7 x 452 x 253

Weight 11kg (TBD) 11kg 17.6 kg

Interface USB 2.0, Wireless(325W) USB 2.0, Wireless(315W) USB 2.0

Toner 1.5K/1K (1K/0.7K) 1.5K/1K (1K/0.7K) 2.2K/1.4K(0.75K)

Etc

1W Soft Power

Print Screen Button (325)

DLNA Printing (325W)

WPS Button (325W)

9 LED

2.2 System Overview

This chapter describes the functions and operating principles of the main components.

2.2.1 System Structure

The Printer function consists of the Engine part and the Main Controller part, and the Engine part consists

of the Mechanical part comprising a Frame, Feeding, Developing, Driving, Transferring, Fusing, and Cabinet

and the Electrical part comprising a SMPS, a HVPS, a LSU, and some facilities in the Main Controller to

control the Engine part for printing.

2.2.1.1 Main Parts of System

①

Cassette

• Feeding Method : Cassette Type

• Feeding Standard : Center Loading

• Feeding Capacity : Cassette 150 Sheets(75g/

㎡

, 20lb Pa per Standard)

• No Manual Feeder

• Paper Detecting Sensor : Photo Sensor (Empty, Registration, Exit)

• Paper Size Sensor : None

②

LSU(Laser Scan Unit)

The LSU unit is controlled by video controller. It scans the video data received from video controller with

laser beam by using the rotation principle of the polygon mirror to create the latent image on the OPC

drum. It is the core part of LBP.

The OPC drum rotates as the same speed as the paper feeding speed. It creates the /HSYNC signal and

sends it to the engine when the laser beam of the LSU reaches the end of the polygon mirror, and the

engine detects the /HSYNC signal to arrange the vertical line of the image on the paper. After detecting

the /HSYNC signal, the image data is sent to the LSU to arrange the its margin on the paper.

• Consisted of LD(Laser Diode) and Polygon Motor Control.

Error Phenomenon

Polygon Motor Error The Rotation of Polygon Motor can not reach stable

Hsync Error Though the rotation of Polygon Motor reach stable, the signal of Hsync is

not occurred

③

2nd Transfer Ass’y

• The life span: Print over 100,000 sheets (in 15~30 )

• Specication: Similar to CLP-300 Series

④

Fuser Ass’y

This unit consists of Heat Roller, a Thermostat and a Thermistor. It melts and fuses the toner, transferred

by the transfer roller onto the paper, by applying pressure and high temperature to complete printing job.

* Heat Lamp : Kunckle Type

* Fusing system : 3-Roll Fusing type

— Heat roller : Pipe type (Lamp inside)

— Pressure roller

— Pressure roller Shaft

* Thermistor — Temperature-Measuring Device

* Thermostat — Critical Temperature-Detecting Device

* The life span – 100k(black)/color(25k)

Thermostat

When a heat lamp is overheated, a Thermostat cuts off the main power to prevent over-heating.

— Non-Cotact type Thermostat

Heat roller

The heat roller transfers the heat from the lamp to apply a heat on the paper. The surface of a heat

roller is coated with Teon, so toner does not stick to the surface.

Pressure roller

A pressure roller mounted under a heat roller is made of a silicon resin, and the surface also is coated

with Teon. When a paper passes between a heat roller and a pressure roller, toner adheres to the surface

of a paper permanently.

⑤

&

⑥

ITB(Intermediate Transfer Belt) & 1st Transfer Roller

• The life span: Print over Approx. 50,000 pages(B&W) / 12,500 pages (Color)

• The ITB unit includes 1st Transfer Roller

⑦

&

⑧

OPC(Organic Photo-Conductor) & Developer

• The life span: Print over 50,000 Images (Both)

• Imagine Unit consists of 4 kinds of Developer , OPC, and Deve. Main Frame

⑨

Toner Kits

• The life span: Color -> 1000 images (Std. ISO 19798 Print-Out)

Black -> 1500 images (Std. ISO 19798 Print-Out)

⑩

Driver Ass’y

• It is a power delivery unit by gearing

• By driving the motor, it supplies the power to the feeding unit, the fusing unit, and the distributing unit.

• The Main Motor is similar to CLP-310 Series Main Motor.

⑪

Wireless PBA (Only CLP-325W)

• CLP-325W model has a Wireless PBA to use wireless network.

2.2.1.2 EP Process

— Structure of EP Process

①

Charging

• Conductive Roller charging

• Applied voltage : -1.1kV

• Charge acceptance : -520V

• OPC coating thickness : 21um

• OPC diameter : Φ60mm

• Eraser system

1. Organic Photoconductor is charged to uniform voltage by conductive roll charging method

2. No ozone is produced because corona is not used

3. Charger roll is cleaned with cleaning roll

4. Toner remained on OPC after T1 process is cleaned by cleaning blade and retrieved into waste toner box

by auger and belt driving mechanism

②

Exposing

• One polygon motor ( 6 facet )

• Single beam LD (1ea)

• LD wavelength : 785nm

• Polygon motor rpm : 29685

• LSU energy : 0.25uJ/cm^2

• OPC exposed potential : -50V

1. Exposing is implemented by laser striking on to OPC with uniform potential

2. Laser beam is modulated according to image to be printed that is from PC

3. Latent Image is formed on OPC, which is developed with toner

③

Developing

• Non-magnetic, mono component

• Non-contact development

• Developing bias : DC + AC

• AC peak to peak : 1.5 ~ 2.0kV

• Roller diameter : Φ10mm

• Process speed ratio : 1.2 (OPC=1.0)

• Color order : Y -> M -> C -> K

1. Only latent image formed by exposing process is developed with toner

2. AC + DC Voltage is being used to develop toner into latent image on OPC because non-contact

developing method is adopted

3. Y, M, C, and K Images are sequentially developed onto OPC and transferred onto Intermediate Transfer

Belt (hereafter ITB) to form a color image on ITB

4. Toner Bottles are used to supply toner into developer compartment

5. Toner level is being sensed to control toner supply from toner bottle to developer

④

Transfer 1

• Multi-pass transfer

• Indirect transfer

• Transfer voltage : 0.5 ~ 2.0kV (controllable)

• Roller diameter : Φ14mm

• Transfer unit life : 100K images

1. Developed Image on OPC is transferred onto ITB by T1 Process

2. T1 Voltage is positive which attract toner to ITB

3. 4 times of T1 process is required to make a color image on ITB, which means multi-pass process

4. ITB has a hole as a ducial mark for timing. Engine control for color image is synchronous with it, ITB

Home Sensing Signal

⑤

Transfer 2

• Indirect transfer

• Transfer voltage : 1 ~ 4.0kV (controllable)

• Roller diameter : Φ18.6mm

• Transfer unit life : 100 K images

1. Color image formed on ITB is transferred onto media by T2 process

2. T2 voltage is also positive to get color image moved onto media

3. Toner remained on ITB after T2 process is cleaning by ITB cleaning blade and collected and

4. Transported and retrieved into waste toner box by auger and belt driving system

5. T2 Roll is engaged when color image is being transferred onto media. Otherwise it is disengaged. Clutch

is used for driving T2 Roll engagement and disengagement

⑥

Fusing

• 3 Roll system

-> short warm-up time (35sec)

• Post Pressure Roll

1. Color Image on media is melted down and xed into media by fusing process

2.2.2 Main PBA Description

2.2.2.1 Main Controller PBA

— CLP-320/325

NO. NAME

1 Deve home CON.(3P)

2 ITB CLT(3P)

3 Deve CLT(2P)

4 Debug(4P)

5 T2 CLT(3P)

7 BLDC I/F(10P)

8 JTAG (8P)

9 Regi CLT.(2P)

10 Fuser CLT(2P)

12 Fuser(2P)

13 SMPS_P(4P)

14 OPE & ITB (18P)

15 HVPS(26P)

16 LSU Con.(16P)

17 Empty Sensor (3P)

18 Key PTL(4P)

19 Cover OPEN (2P)

20 USB (4P)

21 Pickup CLT. (3P)

22 S-CRUM I/F (5P)

23 SMPS_S (6P)

A CPU(Jupiter5)

B DDR2 (32MB)

C Serial FLASH(2MB)

D EEPROM

— CLP-320N/325W

NO. NAME

1 OPE & ITB (18P)

3 W-LAN (6P) (W Only)

4 Ethernet (8P)

5 S-CRUM I/F (5P)

6 Debug(4P)

7 LSU Con.(16P)

8 JTAG (8P)

9 SMPS_S (6P)

10 Fuser(2P)

11 SMPS_P(4P)

12 Deve home CON.(3P)

15 USB (4P)

16 Empty (3P)

18 T2 CLT(3P)

19 Regi CLT.(2P)

20 Deve CLT(2P)

22 ITB CLT(3P)

24 Fuser CLT(2P)

26 Pickup CLT. (3P)

27 BLDC I/F(10P)

28 HVPS(26P)

29 Key PTL(4P)

30 Cover OPEN (2P)

A CPU(Jupiter5)

B DDR2 (64MB X 2)

C Nor FLASH(32MB)

D EEPROM (Under PBA)

E PHY Chip

F USB IC(W Only)

2.2.2.3 Main PBA Description

Jupiter5

A Proprietary SoC, Jupiter5, executes and controls all jobs and functions to be required for

printing. To do these all jobs, the Jupiter5 incorporates all H/W blocks as follows.

▪ CPU Core ARM 926ESJ, I/D-Cache 16/16KB , Up to 400MHz

▪ System Bus Internally 32-bit width, Up to 120MHz

▪ MEM Controller DDR1/2, 16-bit width, 166MHz, 4-Bank, 128MB Space/bank

▪ ROM Controller 16-bit width, 4-bank, 16MB Space/bank

▪ CODEC Controller JBIG 4-ch Decoder and 2-ch Encoder, 1-ch JPEG

▪ Image Processor Processing Scan Image

▪ MAC Controller 10/100Mbps Full IEEE 802.3 Compatibility

▪ USB Controller USB2.0, Device or Host

▪ UART Controller

▪ I2C Controller

▪ Interrupt Controller

▪ Misc. Controller ADC, DAC, PWM, Step Motor Control and so on

▪ Voltage Core 1.0V, I/O 3.3V

▪ Package 416PBGA

Flash Memory

Used to store System Programs including the Operating System.

▪ Type NOR Flash

▪ Bus 16-bit width

▪ Size : 2MB (CLP-320/325)

32MB (CLP-320N/325W)

CPU

Jupiter5(360MHz)

FLASH

EEPROM

24C64

DDR2 SDRAM

System Memory

Used as a Printing buffer for printing, a Scan buffer for scanning, a ECM Buffer for System

Working Area.

▪ Type DDR2 SDRAM

▪ Bus 16-bit 166MHz

▪ Size 32MB (320/325) / 256MB(320N/325W)

CRU Control

Used to store the printing and operating information into a Security EEPROM in 4 CRUs, Y,M,C

and K Imaging Cartridge, respectively by the CHORUS3.

▪ Access I2C Bus Ch.2 400KHz

▪ Security Size 2K-bit

System Information Control

Used to store the system operating information needed at printing into a EEPROM in the Main Controller by

the CHORUS3.

▪ Access I2C Bus Ch.1 400KHz

▪ EEPROM Size 64Kbit

OPE Interface

Used to control the OPE by the CHORUS3. Through CHORUS3’s GPIO pins, all LEDs and Keys in the OPE

are controlled.

I/O Port

Used to receive or transmit some data from/to the Host.

▪ USB Device USB2.0 High speed 480Mbps

▪ Network Ethernet 10/100-Base Tx

(note) The Network only equipped at CLP-320N/325N, not CLP-320/325.

Engine Control

Used to control all parts to be required at printing by the CHORUS 3.

▪ Sensors Paper Empty

Paper Registration

Waste Toner Bottle

Paper Exit

Temperature sensors

Etc.

▪ Clutches(Solenoid) Paper Pick Up

Paper Registration

Etc.

▪ Motor 1 BLDC

▪ LSU

▪ Fuser Control the Fuser’s temperature

▪ HVPS Control the high voltage outputs

▪ ADC Reading the Fuser’s temperature and the high voltage outputs’ feedback

▪ Cover Open Sensing

2.2.2.4 SMPS(Switching Mode Power Supply) PBA

SMPS is the power source of the entire system. It is assembled by an independent module, so it is possible

to use for common use. It is mounted at the side of the set. It is consisted of the SMPS part which supplies

the DC Power for driving the system and the AC Heater control part which supplies the AC Power to the

Fuser. The SMPS has two DC output channels, +5V and +24V.

AC Input

Input Rated Voltage AC 110V~127V, AC 220V~240V

AC 120V/AC 220V(EXP version)

Input uctuating range AC 99V~135V, AC 198V~264V

Rated Frequency 50/60 Hz

Frequency Fluctuating 47~63 Hz

Input Current < 4.0Arms, 2.0Arms

Rated Output Power

No Item CH1 CH2 Remark

1 Channel Name +5V +24.0V

2 Connector Pin CON 3

5V Pin: 1

GND Pin: 2

CON 3

24V Pin: 3

GND Pin: 4

3 Rated Output +5V ±5%

(4.75~5.25V)

+24V ±10%

(21.6~26.4V)

4 Max. Output Current 2 A 2.5 A

5 Peak Loading Current 2.2 A 2.7 A 1ms

6 Ripple Noise <100mVp-p <500mVp-p

7 Maximum Output 10.2W 60W

8 Peak Output 11W 64.8W 1ms

9 Protection for loading shortage and

overowing current

Shut down or Fuse

Protection

Shut down or Output

Voltage Drop

2.2.2.5 HVPS(High Voltage Power Supply) PBA

The HVPS creates the high voltages for T1(+), T2(+,-), Charger(-), DEV, and SUPPLY and then, supplies

these voltages to the Developer part for making best condition to print. The HVPS part takes the 24V and

outputs the high voltages and then, the high voltages are supplied to the Toner, OPC Cartridge, and Transfer

Belt and Roller.

1) Charger Voltage : Charger

• Function: voltage that charges OPC surface up to -500V~ -800V.

• Output voltage: -1.0KV ~ -2.0KV DC 3%

• Error type: if the voltage fails to be output to Charger Roll, OPC surface will not be charged, and the

toner on the developer roller will be transferred to OPC Drum, printing black paper.

2) 1st Transfer High Voltage : T1(+)

• Function: voltage necessary for transferring toner developed on OPC Drum surface onto ITB.

• Output voltage: Max +2.0KV 3%(Duty variable, no load)

• ERROR type: if T1(+) output fails, the toner on OPC drum will not be transferred to ITB normally and the

image will be blurred.

3) 2nd Transfer High Voltage : T2(+)

• Function: voltage used to transfer the toner primarily transferred on ITB again onto paper.

• Output voltage: Max +5.0KV 3%(Duty variable, no load)

• ERROR type: if T2(+) output fails, the toner on ITB will not be transferred to paper normally and the

image will be blurred.

4) T2 Cleaning Voltage : Clean : T2(-)

• Function: prevent reverse side of paper from being dirtied, by recovering the negatively charged toner

remaining at Transfer Roller and sending it onto ITB.

• Output voltage: with no feedback control, output xed voltage(-1300V 15%)

• ERROR type: reverse side of paper will be dirtied.

5) Supplying Voltage : Supply AC+DC(-)

• Function: voltage that makes toner to develop on the area exposed by LSU by means of potential

difference, output will be the voltage of AC+DC overlapped form.

• Output voltage: AC 600V ~ 2000V p-p 1.5%

DC -50V ~ -600V DC 3%

• ERROR type: 1. if supply is GND, density will be extremely low.

2. if supply is oating (for insecure terminal contact), density will be down so slightly that it

is impossible to make out with naked eyes.

6) Developing Voltage : Deve AC+DC(-)

• Function: voltage that supplies toner to Developing Roller

• Output voltage: AC 250V ~ 1650Vp-p 1.5% (supply voltage is connected to ZENER Diode 350V)

DC -50V ~ -600V DC 3%

• ERROR type: 1. if Deve is GND, density will be extremely down.

2. if Deve is oating (for insecure terminal contact), density will be extremely down.

2.2.3 CRUM

The CLP-320N engine will be equipped with electronics that can read and write data into NVRAMs otherwise

known as CRUMs that reside within 1) C, M, Y, K Toner cartridges.

The CRUM has a company ID, and electronics logo.

The toner CRUM also identies the type of toner cartridge (Standard or High Capacity). The CRUMs contain

xed data such as the low warning point, specied life point, and hard stop point (on toner)

and also store the current life count (pages count, pixels count, images count) and % of usage (gas gauge)

data.

■ In the case of Rell Toner Install

1) Perception of Rell Cartridge (when power is on or the cover is closed)

End of Life / life span data initialization -> judge to be Rell Cartridge

End of Life / life exhausted (simple rell) -> stop printing caused by life exhaustion

2) Operating

It is impossible to control appropriate development parameters, for there s no toner specication data.

It runs with the setting of default development parameter. (Image quality will be degraded, for the lack of

appropriate respond to the change of time and environment.)

■ Process after CRU life expiration

1) Record the information of End of Life.

2) Clear some information of Operation Area.

-> Supplier/Model Name/MFC date/Serial Number (Manufacture Information)

-> Let cartridge reller initialize manufacture information and life span information.

2.3 S/W Structure and Descriptions

2.3.1 Architecture

The belt CRUM interface board is a transmission belt CRUM interface board of the photoelectric Dry Color

Laser Printer, mounted on the printer body, making it possible to physically combine the body and the belt

CRUM board.

2.3.2 Language Monitor

Language Monitor is a part of the Printer Driver and the Windows Spool System. The main roll of the

Language Monitor is that sends a job start message to the Status Monitor. Therefore the Status Monitor

can start polling to get the printer status.

The second roll is that sends the job information such as User ID and Job ID to the Status Monitor and the

Printer F/W. Hence the Status Monitor can stop polling because the Printer F/W informs the Status Monitor

that printing job is complete.

2.3.3 Status Monitor

Status Monitor has no user interface. It shows only HTML help when any error occurs during printing jobs.

2.3.4 Network Interface

After polling is started, Status Monitor has to know when it stops the polling. For this reason, the Network

Printer Server should inform of completing job when the printing job is nished.

When Status Monitor requests a job status, the Printer Server returns the job table that contains user id, job

id, and job status (printing or complete or canceled).

2.3.5 Printer Driver <-> Status Monitor

The Printer Driver and the Status Monitor can set/get some data to the system registry to share the Status

Monitor information such as the polling interval.

When the user wants to set the option of the Status Monitor manually, he or she can set it using the Printer

Driver User Interface. So, if the user set option that the Status Monitor is disabled, the Status Monitor can’s

show HTML Help to the user although the error has occurred while printing.

2.3.6 System F/W Flow

2.3.7 CRUM Overview

— Stands for “Customer Replaceable Unit Monitor”

— EEPROM, SAMSUNG CRUM is used for CRUM Memory.

— CRUM stores various information on consumables (including consumables’ life).

— In CLP-32x Series, total four CRUM’s are used

(four on toner cartridges)

CRUM stores the following information

• Model Name

• Supplier ID

• Serial Number

• Company ID

• MFG Date

• Capacity

• Page Count

— Toner Cartridge and Transfer Belt

— Indicates how many pages are printed by using the consumable

• Dot Count

— Toner Cartridge Only

— Indicates how many dots are printed by using the toner cartridge

• Image Count

• Model ID

2.3.8 Initailize Flow