Sharp MX-C250, MX-C250FE, MX-C300F, MX-C300W, MX-C300WE Service Manual

...

Page 1

SERVICE MANUAL

Parts marked with " " are important for maint aining the safety of the set. Be sur e to rep lace the se parts with specified ones for maintaining the safety and performance of the set.

SHARP CORPORATION

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

NOTE FOR SERVICING

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

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

[3] CONSUMABLE PARTS . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 3-1

[4] EXTERNAL VIEW AND INTERNAL STRUCTURE . . . . . . . . . . . . . . . . . . . . . . . . 4-1

[5] ADJUSTMENTS . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 5-1

[6] SIMULATION . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 6-1

[7] TROUBLESHOOTING . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 7-1

[8] FIRMWARE UPDATE. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 8-1

[9] MAINTENANCE . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 9-1

[10] DISASSEMBLY AND ASSEMBLY . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 10-1

[11] OPERATIONAL DESCRIPTIONS. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 11-1

[12] ELECTRICAL SECTION. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 12-1

[13] OTHERS. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 13-1

TopPage

CONTENTS

CODE: 00ZMXC250/S4E

MX- C250/C250E MX- C250F/C250FE MX- C300F/C300W

MX- C300WE

MODEL

DIGITAL FULL COLOR MULTIFUNCTIONAL SYSTEM

Page 2

CONTENTS

NOTE FOR SERVICING

1. Precautions for servicing . . . . . . . . . . . . . . . . . . . . . . . . . i

2. Warning for servicing . . . . . . . . . . . . . . . . . . . . . . . . . . . . i

3. Note for installing site. . . . . . . . . . . . . . . . . . . . . . . . . . . . i

4. Note for handling PWB and electronic parts . . . . . . . . . .ii

5. Note for repairing/replacing the LSU . . . . . . . . . . . . . . . iii

6. Note for handling the drum unit, the transfer unit,

the developing unit. . . . . . . . . . . . . . . . . . . . . . . . . . . . . iii

[1] PRODUCT OUTLINE

1. System diagram. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 1-1

2. Product list. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .1-1

3. Option list. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 1-1

[2] SPECIFICATIONS

1. Basic specifications . . . . . . . . . . . . . . . . . . . . . . . . . . . 2-1

2. Copy functions. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .2-5

3. Printer function. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .2-5

4. Scanner/FAX function . . . . . . . . . . . . . . . . . . . . . . . . . 2-6

5. Report/list function. . . . . . . . . . . . . . . . . . . . . . . . . . . .2-8

6. Power consumption . . . . . . . . . . . . . . . . . . . . . . . . . . . 2-9

7. Dimensions and Weight. . . . . . . . . . . . . . . . . . . . . . . . 2-9

8. Ambient conditions. . . . . . . . . . . . . . . . . . . . . . . . . . . . 2-9

[3] CONSUMABLE PARTS

1. Supply system table. . . . . . . . . . . . . . . . . . . . . . . . . . .3-1

2. Maintenance parts list . . . . . . . . . . . . . . . . . . . . . . . . . 3-2

3. Definition of developer/drum life end . . . . . . . . . . . . . .3-2

4. Production number identification . . . . . . . . . . . . . . . . . 3-3

5. Environmental conditions. . . . . . . . . . . . . . . . . . . . . . .3-3

[4] EXTERNAL VIEW AND INTERNAL STRUCTURE

A. External view . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 4-1

B. Document feeder and document glass . . . . . . . . . . . . 4-2

C. Operation panel . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 4-3

D. Operation panel . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 4-4

E. SPF . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .4-5

F. RSPF . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .4-6

G. Sensor, detector. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 4-7

H. Switch . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 4-9

I. Clutches and solenoids . . . . . . . . . . . . . . . . . . . . . . .4-10

J. Motors . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 4-11

K. Rollers . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 4-12

L. Lamps . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .4-13

M. Fans and filters . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 4-14

N. PWB. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .4-15

O. Fuses/thermostats . . . . . . . . . . . . . . . . . . . . . . . . . . .4-16

[5] ADJUSTMENTS

1. General . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .5-1

2. Adjustment item list . . . . . . . . . . . . . . . . . . . . . . . . . . . 5-1

3. Details of adjustment . . . . . . . . . . . . . . . . . . . . . . . . . . 5-2

[6] SIMULATION

1. General and purpose . . . . . . . . . . . . . . . . . . . . . . . . . .6-1

2. List of simulation codes . . . . . . . . . . . . . . . . . . . . . . . .6-3

3. Details of simulation. . . . . . . . . . . . . . . . . . . . . . . . . . . 6-7

4. Soft switch (Detail of Sim. 66-1). . . . . . . . . . . . . . . . .6-62

[7] TROUBLESHOOTING

1. Error code and troubleshooting . . . . . . . . . . . . . . . . . .7-1

2. JAM and troubleshooting . . . . . . . . . . . . . . . . . . . . . .7-16

3. Image send communication report code . . . . . . . . . .7-17

4. Dial tone. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .7-19

[8] FIRMWARE UPDATE

1. Outline . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .8-1

2. Update procedure . . . . . . . . . . . . . . . . . . . . . . . . . . . .8-1

[9] MAINTENANCE

1. Necessary work for maintenance. . . . . . . . . . . . . . . . .9-1

2. Maintenance timing display list . . . . . . . . . . . . . . . . . .9-2

3. Maintenance list. . . . . . . . . . . . . . . . . . . . . . . . . . . . . .9-4

[10] DISASSEMBLY AND ASSEMBLY

1. Disassembly of Units . . . . . . . . . . . . . . . . . . . . . . . . .10-1

2. Disassembly and assembly of each unit . . . . . . . . .10-16

[11] OPERATIONAL DESCRIPTIONS

1. Operation panel section. . . . . . . . . . . . . . . . . . . . . . . 11-1

2. SPF/RSPF section. . . . . . . . . . . . . . . . . . . . . . . . . . . 11-2

3. Scanner section . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 11-6

4. Manual paper feed section. . . . . . . . . . . . . . . . . . . . . 11-8

5. Paper registration section . . . . . . . . . . . . . . . . . . . . . 11-9

6. Paper feed tray section . . . . . . . . . . . . . . . . . . . . . .11-10

7. Paper exit section. . . . . . . . . . . . . . . . . . . . . . . . . . . 11-11

8. Duplex section . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 11-12

9. LSU section . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 11-13

10. OPC drum section . . . . . . . . . . . . . . . . . . . . . . . . . . 11-15

11. Toner supply section . . . . . . . . . . . . . . . . . . . . . . . . 11-18

12. Developing section. . . . . . . . . . . . . . . . . . . . . . . . . .11-19

13. Transfer section . . . . . . . . . . . . . . . . . . . . . . . . . . . . 11-21

14. Fusing section . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 11-23

15. Fan and filter section . . . . . . . . . . . . . . . . . . . . . . . . 11-25

[12] EL E CTR I CAL SEC T IO N

1. Block diagram . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .12-1

2. Power line diagram . . . . . . . . . . . . . . . . . . . . . . . . . .12-6

3. Actual wiring chart . . . . . . . . . . . . . . . . . . . . . . . . . . .12-8

4. Signal list . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .12-13

[13] OTHERS

1. Necessary works when replacing the PWB,

and the HDD . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .13-1

2. TOOL LIST. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .13-1

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MX-C250 NOTE FOR SERVICING - i

MX-C250

Service Manual

NOTE FOR SERVICING

1. Precautions for servicing

1) When servicing, disconnect the power plug, the printer cable, the network cable, and the telephone line from the machine, except when performing the communication test, etc.

It may cause an injury or an electric shock.

2) There is a high temperature area inside the machine. Use extreme care when servicing.

It may cause a burn.

3) There is a high voltage section inside the machine which may cause an electric shock. Be careful when servicing.

4) Do not disassemble the laser unit. Do not insert a reflective material such as a screwdriver in the laser beam path.

It may damage eyes by reflection of laser beams.

5) When servicing with the machine operating, be careful not to place your hands by belts, gears, chains, and other drive components.

6) Do not leave the machine with the cabinet disassembled.

Do not allow any person other than a serviceman to touch inside the machine. It may cause an electric shock, a burn, or an injury.

7) When servicing, do not breathe toner, developer, and ink excessively. Do not get them in the eyes.

If toner, developer, or ink enters you eyes, wash it away with water immediately, and consult a doctor if necessary.

8) The machine has got sharp edges inside. Be careful not to damage fingers when servicing.

9) Do not throw toner or a toner cartridge in a fire. Otherwise, toner may explode and burn you.

10) When replacing the lithium battery on the PWB, use only the specified battery.

If a battery of different specification is used, the battery may cause malfunction or breakdown of the machine.

11) When transporting a PWB, be sure to place the PWB in an anti-static bag.

It may cause a breakdown or malfunctions.

2. Warning for servicing

1) Be sure to connect the power cord only to a power outlet that meets the specified voltage and current requirements.

Avoid complex wiring, which may lead to a fire or an electric shock.

2) If there is any abnormality such as a smoke or an abnormal smell, interrupt the job and disconnect the power plug.

It may cause a fire or an electric shock.

3) Be sure to connect the grounding wire. If an electric leakage occurs without grounding, a fire or an electric shock may result.

For proper machine functionality, the machine must be grounded.

4) When connecting the grounding wire, never connect it to the following points.

It may cause an explosion, a fire or an electric shock.

- Gas tube

- Lightning conductor

- A water pipe or a water faucet, which is not recognized as a

grounding object by the authorities.

- Grounding wire for telephone line

5) Do not damage, break, or twist the power cord.

Do not put heavy objects on the power cable. Do not forcefully bend or pull the power cable.

It may cause a fire or an electric shock.

6) Keep the power cable away from a heat source.

Do not insert the power plug with dust on it into a power outlet.

It may cause a fire or an electric shock.

7) Do not put a metallic object or a container with water in it inside the machine.

It may cause a fire or an electric shock.

8) With wet or oily hands, do not touch the power plug, do not perform servicing, touch the power plug, insert a telephone jack, or operate the machine with wet or oily hands.

It may cause an electric shock.

3. Note for installing site

Do not install the machine at the following sites.

1) Place of high temperature, high humidity, low tempera-

ture, low humidity, place under an extreme change in temperature and humidity.

Paper may get damp and form moisture inside the machine, causing paper jam or copy dirt.

For operating condition, refer to the specifications described later.

2) Place of much vibration

It may cause a breakdown.

3) Poorly ventilated place

An electro-static type copier will produce ozone inside it.

The quantity of ozone produced is designed to a low level so as not to affect human bodies. However, continuous use of such a machine may produce an odor of ozone. Install the machine in a well ventilated place.

CAUTION

DOUBLE POLE/NEUTRAL FUSING

(200V series only)

Page 4

MX-C250 NOTE FOR SERVICING - ii

4) Place of direct sunlight. Plastic parts and toner may be deformed, discolored, or may

undergo qualitative change. It may cause a breakdown or copy quality issues.

5) Place which is full of organic gases such as ammonium The organic photoconductor (OPC) drum used in the machine

may undergo qualitative change due to organic gases such as ammonium.

Installation of this machine near a diazo-type copier may result in copy quality issues.

6) Place of much dust When dusts enter the machine, it may cause a breakdown or

copy quality issues.

7) Place near a wall Some machines require intake and exhaust of air. If intake and exhaust of air are not properly performed, copy

dirt or a breakdown may be a result.

8) Unstable or slant surface If the machine drops or falls down, it may cause an injury or a

breakdown. If there are optional paper desks and the copier desks speci-

fied, it is recommendable to use them. When using the optional desk, be sure to fix the adjuster and

lock the casters.

4. Note for handling PWB and electronic parts

When handling the PWB and the electronic parts, be sure to observe the following precautions in order to prevent against damage by static electricity.

1) When in transit or storing, put the parts in an anti-static bag or

an anti-static case and do not touch them with bare hands.

2) When and after removing the parts from an anti-static bag

(case), use an earth band as shown below:

- Put an earth band to your arm, and connect it to the machine.

- When repairing or replacing an electronic part, perform the procedure on an anti-static mat.

17-23/32" (45cm)

11-13/16" (30cm)

Page 5

MX-C250 NOTE FOR SERVICING - iii

5. Note for replacing the LSU

When replacing, be sure to observe the following items.

1) When replacing the LSU, be sure to disconnect the power plug from the power outlet.

2) When replacing the LSU, follow the procedures described in this Service Manual.

3) When checking the operations after repairing the LSU, keep all the parts including the cover installed and perform the operation check.

4) Do not modify the LSU.

5) When visually checking the inside of the machine for the operation check, be careful not to allow laser beams to enter the eyes.

If the above precaution is neglected or an undesignated work is performed, safety may not be assured.

6. Note for handling the OPC drum unit, the

transfer unit, and the developer unit

When handling the OPC drum unit, the transfer unit, and the developer unit, strictly observe the following items.

If these items are neglected, a trouble may be generated in the copy and print image quality.

(OPC drum)

1) Avoid working at a place with strong lights.

2) Do not expose the OPC drum to lights including interior lights for a long time.

3) When the OPC drum is removed from the machine, cover it with light blocking material. (When using paper, use about 10 sheets of paper to cover it.)

4) Be careful not to attach fingerprints, oil, grease, or other foreign material on the OPC drum surface.

(Transfer unit)

1) Be careful not to attach fingerprints, oil, grease, or other foreign material on the transfer belt and the transfer roller.

(Developer unit)

1) Be careful not to attach fingerprints, oil, grease, or other foreign material on the developer unit.

Page 6

MX-C250 PRODUCT OUTLINE 1 – 1

MX-C250

Service Manual

[1] PRODUCT OUTLINE

1. System configuration

2. Product list

A.North America

B.Europe

C.Other

*The same speed in both Color/Monochrome. The same speed in both A4/LTR.

3. Option list

STD: Standard provision, OPT: Option, - : No setting

Product

Name

cpm* Panel HDD NIC Wireless

LAN

Copy Print NW

Scan

Fax iFAX DF OSA

SAPL PCL PS

MX-C250 25cpm

Mono

No STD No STD No STD STD STD No No

STD SPF

MX-C300W 30cpm

Mono

No STD STD STD No STD STD STD STD No

STD

RSPF

Product

Name

cpm* Panel HDD NIC Wireless

LAN

Copy Print NW

Scan

Fax iFAX DF OSA

SAPL PCL PS

MX-C250E 25cpm

Mono

No STD No STD No STD STD STD No No

STD SPF

MX-C250F / MX-C250FE

25cpm

Mono

No STD No STD No STD STD STD STD No

STD SPF

MX-C300E 30cpm

Mono

No STD No STD No STD STD STD No No

STD

RSPF

MX-C300W / MX-C300WE

30cpm

Mono

No STD STD STD No STD STD STD STD No

STD

RSPF

Product

Name

cpm* Panel HDD NIC Wireless

LAN

Copy Print NW

Scan

Fax iFAX DF OSA

SAPL PCL PS

MX-C250 25cpm

Mono

No STD No STD No STD STD STD No No

STD SPF

MX-C250F 25cpm

Mono

No STD No STD No STD STD STD STD No

STD SPF

MX-C300F 30cpm

Mono

No STD No STD No STD STD STD STD No

STD

RSPF

MX-C300W 30cpm

Mono

No STD STD STD No STD STD STD STD No

STD

RSPF

Model Name Model name MX-C250, MXC250E, MX-C250F, MX-C250FE, MX-C300E, MX-C300F, MX-

C300W, MX-C300WE

Feeding equipment 500-SHEET Paper Feed Unit MX-CS11 OPT

Application

Shar

pdesk

1 License Kit MX-USX1 OPT Sharpdesk 5 License Kit MX-USX5 OPT Sharpdesk 10 License Kit MX-US10 OPT Sharpdesk 50 License Kit MX-US50 OPT Sharpdesk 100 License Kit MX-USA0 OPT

Digital full color multifunctional system

500 sheet paper feed unit

Sharpdesk 1 license kit Sharpdesk 5 license kit Sharpdesk 10 license kit Sharpdesk 50 license kit Sharpdesk 100 license kit

Page 7

MX-C250 SPECIFICATIONS 2 – 1

MX-C250

Service Manual

[2] SPECIFICATIONS

1. Basic specifications

A. Engine Specification

B. Engine speed (ppm)

(1) Tray 1, 2

(2) Bypass tray

C. Printable area

* No margin print function not provided.

D. Engine resolution

E. Scanner section

(1) Resolution/Gradation

Photo Conductor

OPC(Diameter: Black:φ30mm, Color: φ30mmx3 pieces)

Recording Electronic Photo (Laser)

Development

Dry-Type Dual-Component Magnetic Brush

Development Charging Charged Saw-Tooth Method Roller Charging First Transfer Mid-Transfer (Belt) Second Transfer Transfer Roller Cleaning Counter Blade Fusing Heat Roller

Waste toner disposal

No toner recycling system/Toner collection

container system Continuous toner supply

Not available

Appearance color Neo White

Paper size

MX-C250 MX-C300

Monochrome Color Monochrome Color

8.5x14, 8.5x13, 8.5x13.4, 8.5x13.5 25 25 25 25 A4R 25 25 30 30

8.5x11R, 7.25x10.5R, B5R,16KR 25 25 30 30 A5R, 5.5x8.5R 25 25 30 30

Paper size

MX-C250 MX-C300

Monochrome Color Monochrome Color

8.5x14, 8.5x13, 8.5x13.4, 8.5x13.5 16 16 16 16 A4R 21 21 21 21

8.5x11R, 7.25x10.5R, B5R,16KR 21 21 21 21 A5R, 5.5x8.5R 21 21 21 21 Extra 16 16 16 16 OHP(A4R, 8.5x11R) 9 9 9 9 Envelope (Monarch, Com-10, DL, C5) 9 9 9 9 Heavy paper (A4R,A5R,8.5x11R,8.5x5.5R,16KR) 9 9 9 9 Heavy paper (other than above size) 9 9 9 9

A4R 202x289 mm B5R 176x249 mm A5R 140x202 mm ExecutiveR 176x249 mm 16KR 187x262 mm

8.5x14 208x348 mm

8.5x13.5 208x335 mm

8.5x13.4 208x342 mm

8.5x13 208x322 mm

8.5x11R 208x271 mm

5.5x8.5R 132x208 mm

Void area

Shipment Val ue

Top/Rear total: 8mm or less (Lead edge : below

5.5mm)

FR Total: 8mm or less

Authorized value

Lead edge : below 4.5 - 5.5mm

Rear edge : 2.0 - 3.5mm or less Lead edge/Rear edge total : 8mm or less

FRONT/REAR total : 8mm or less

Image loss Lead edge/Rear edge/Front/Rear:4mm or less

Resolution

Copy Writing : 600x600dpi

Print Writing : 600x600dpi

Smoothing Function No

To ne

Copy 1bit / 2bit Print 1bit / 2bit

Scan Resolution for Copying (dpi)

Monochrome Color

Original Glass

600x600dpi

600x400dpi (default)

600x600dpi

600x400dpi

(default)

SPF/ RSPF

600x600dpi

600x300dpi (default)

600x600dpi

600x300dpi

(default) Transmission Resolution (dpi)

Refer to Image Transmission Feature.

Exposure Lamp LED

13.Aug

Page 8

MX-C250 SPECIFICATIONS 2 – 2

(2) Document table

F. Document feeder

(1) SPF

(2)RSPF

Scan Levels 16 bit

Output Levels

Monochrome : 2bit

Gray scale : 8bit

Full Color : RGB each color 8bit

Form Fixed original glass (Flatbed) Scan Range 216x297mm(A4/LTR) Standard Location of Original Rear Left Original size detection No Heater (scanner section) No

Type SPF

Scanning speed

Monochrome Color

Monoch rome

Color

(8.5x11R)

(8.5x1 1R)

(A4R) (A4R)

Copy

Single side 600x300dpi

19page/min

9.5pag e/min

18 page/ min

9 page/ min

Single side 600x600dpi

9.5page/min

4.5pag e/min

9 page/ min

4 page/ min

Double side 600x300dpi

No No No No

Double side 600x600dpi

No No No No

Fax(for nonU.S. models only)

Single side

13.5page/min (200x200dpi)

13 page/ min (200x20 0dpi)

Double side No No No No

SCAN

Single side

19page/min (200x200dpi)

9.5pag e/min (200x2 00dpi)

18 page/ min (200x20 0dpi)

9 page/ min (200x 200dp i)

Double side No No No No Document Setting Direction Face up Standard Location of

Original Document

Center alignment

Document Feeding Method Sheet through

Document Size

Standard

Typ e

<Single side> Horizontal scanning :

139.7mm -216mm Vertical scanning :

139.7mm . 356mm

<Double> Not supported Long Paper Length: Max. 500mm (mono: 1 bit only) Business

Card*1

Y:51mm-55mm X:89mm-91mm

Mix Paper Feeding

Available for Fax mode (single side send

only)

Random Paper Feeding No

Document Weight

<Single side> Regular paper : 50-105g/m2,

13-28 lb Bond

<Double> Not supported

Document Capacity Max. 35 pages (80g/m2, 21 lbs Bond)

Type of document that may not be used

OHP, the 2nd original drawing sheet,

Tracing paper, carbon paper, thermal paper,

wrinkled / broken / torn document, document

with cut or paste, document printed with ink

ribbon, and perforated document except for

the document having wide width for 2 holes,

3 holes, or 4 holes

Scan Resolution for Copying (dpi)

Monochrome Color

Original Glass

600x600dpi

600x400dpi (default)

600x600dpi

600x400dpi

(def

ault)

SPF/ RSPF

600x600dpi

600x300dpi (default)

600x600dpi

600x300dpi (default)

Standard Location of Original Document

Center alignment

Document size detection No Paper Feeding Direction Right hand side paper feeding Stamp No

Type RSPF

Scanning speed

Monochrome Color

Monochr ome

Color

(8.5x11R)

(8.5x11 R)

(A4R) (A4R)

Copy

Single side 600x300dpi

19page/min

9.5pag e/min

18 page/ min

9 page/ min

Single side 600x600dpi

9.5page/min

4.5pag e/min

9 page/ min

4 page/ min

Double side 600x300dpi

8sheet/min

4.5she et/min

8sheet/ min

4sheet

/min Double side 600x600dpi

4.5sheet/min

2sheet/ min

4.5sheet/ min

2sheet

/min

Fax

Single side

13.5page/min (200x200dpi)

13 page/ min (200x20 0dpi)

Double side 7.5sheet/min No

7sheet/ min

SCAN

Single side

19page/min (200x200dpi)

9.5pag e/min (200x2 00dpi)

18 page/ min (200x20 0dpi)

page/

min

(200x2

00dpi)

Double side 8sheet/min

4.5she et/min

8sheet/ min

4.5she

et/min

Document Setting Direction

Face up

Standard Location of Original Document

Center alignment

Document Feeding Method

Sheet through

Documen t Size

Standard Type

<Single side> Horizontal scanning : 139.7mm 216mm Vertical scanning : 139.7mm . 356mm

<Double side> Horizontal scanning : 139.7mm

-216mm Vertical scanning : 170mm . 356mm Long Paper Length: Max. 500mm (mono: 1 bit only) Business

Card*1

Y:51mm-55mm X:89mm-91mm

Mix Paper Feeding Available for Fax mode Ra

ndom Paper Feeding No

Document Weight

<Single side> Regular paper : 50-105g/m2, 13-28 lb Bond <Double side> Regular paper : 50-105g/m2, 13-28 lb Bond

Business Card: Thickness 0.1mm-0.2mm

Document Capacity Max. 50 pages (80g/m2, 21 lbs Bond)

Type of document that may not be used

OHP, the 2nd original drawing sheet, Tracing paper, carbon paper, thermal paper, wrinkled / broken / torn document, document with cut or paste, document printed with ink ribbon, and perforated document except for the document having wide width for 2 holes, 3 holes, or 4 holes

Standard Location of Original Document

Center alignment

Document size detection No Paper Feeding Direction Right hand side paper feeding Stamp No

Type SPF

Page 9

MX-C250 SPECIFICATIONS 2 – 3

G. Paper feed section

(1) Basic specifications

(2) Other paper type capacities

(3) Size of paper which can be fed

Envelope Type

Custom Size

Form

Std: 1-Paper Tray / Multi Bypass Tray

Max: 2-Paper Tray / Multi Bypass Tray

Heater No

Tray Tray 1 Bypass Tray

Paper Capacity Standard paper (80g/m2) 250sheets 50 sheets Paper Size Detection No Paper Size Changing Method Changed by Users Detection of Remaining Paper Only detects if any paper remains or not

Paper Type Bypass Tray

Envelope 10 sheets OHP 10 sheets Heavy paper 20 sheets Tab Paper No Gloss Paper 1 sheets Other Special Paper 1 sheet

Paper Feeding Section

Main Unit

Optional

Drawer

Multi Bypass

Paper size

8.5'x14' (Legal) 216x356mm No No Yes

8.5'x13.5' (Asian Legal) 216x343mm No No Yes

8.5'x13.4' (Mexican Legal) 216x340 mm No No Yes

8.5'x13' (Foolscap) 216x330 mm No No Yes

8.5'x11'R (Letter R) 216x279 mm Yes Yes Yes

5.5'x8.5'R (Invoice R) 140x216 mm Yes Yes Yes ExecutiveR 184x266 mm Yes Yes Yes A4R 210x297 mm Yes Yes Yes B5R 182x257 mm Yes Yes Yes A5R 148x210 mm Yes Yes Yes A6R 105x148mm No No Yes 16KR 195x270 mm Yes Yes Yes Envelope No No Yes Custom No No Yes

Paper Type

Thin Paper 55-59g/m2 13-16lb bond No No Yes

Plain Paper

60-105g/m2 16-28lb bond Yes Yes Yes Recycled Paper Yes Yes Yes Color Paper Yes Yes Yes Letter Head Yes Yes Yes Pre-Printed Paper Yes Yes Yes Pre-Punched Paper Yes Yes Yes

Heavy paper

106-220g/m2 28 lb bond -80 lb Cover No No Yes

221 g/mor more 81lb Cover or more No No No Envelope 75-90g/m2 No No Yes Transparency No No Yes Label No No Yes Tab Paper No No No Glossy Paper No No Yes User Setting 1-7 No No No

Type Size

Monarch 98x191 Com10 105x241 DL 110x220 C5 162x229

AB System (mm) Inch System (inch)

Min. Max. Min. Max.

Multi Bypass Tray

X 140 356 5_1/2 14 Y 90 216 3_5/8 8_1/2

Page 10

MX-C250 SPECIFICATIONS 2 – 4

H. Paper exit section

(1) Exit Capacity

(2) Size of paper which can be discharged

Envelope Type

Custom Size

I. Operation panel

Ejection part Center part of the main unit

Ejection method Face-down ejection Paper capacity for ejection 150 sheets (for A4R, 8.5x11R ) Ejectable paper size and weight Refer to "Size of paper which can be discharged". Shifter function No Detection of ejected paper No Detection of full ejected paper Yes

Duplex Section

Paper Ejection Section

Exit Tray

Paper size

8.5'x14' (Legal) 216x356mm Yes Yes

8.5'x13.5' (Asian Legal) 216x343mm Yes Yes

8.5'x13.4' (Mexican Legal) 216x340 mm Yes Yes

8.5'x13' (Foolscap) 216x330 mm Yes Yes

8.5'x11'R (Letter R) 216x279 mm Yes Yes

5.5'x8.5'R (Invoice R) 140x216 mm Yes Yes Executive R 184x266 mm No Yes A4R 210x297 mm Yes Yes B5R 182x257 mm Yes Yes A5R 148x210 mm Yes Yes A6R 105x148mm No Yes 16KR 195x270 mm Yes Yes Envelope No Yes Custom No Yes

Paper Type

Thin Paper 55-59g/m2 13-16lb bond No Yes

Plain Paper

60-105g/m2 16-28lb bond Yes Yes Recycled Paper Yes Yes Color Paper Yes Yes Letter Head Yes Yes Pre-Printed Paper Yes Yes Pre-Punched Paper Yes Yes 106-220g/m2 28 lb bond -80 lb Cover No Yes

Heavy paper

106-220g/m2 28 lb bond -80 lb Cover No Yes

221 g/m2 or more 81lb Cover or more No No Envelope 75-90g/m2 No Yes Transparency No Yes Label No Yes Tab Paper No No Glossy Paper No Yes User Setting 1-7 No No

Type Size

Monarch 98x191 Com10 105x241 DL 110x220 C5 162x229

AB System (mm) Inch System (inch)

Min. Max. Min. Max.

Multi Bypass Tray

X 140 356 5_1/2 14 Y 90 216 3_5/8 8_1/2

Form LCD with backlight

Color Monochrome Number of display dots 192x73 dots LCD driving display area (WxD) 63 x 65mm LCD Backlight White LED LCD Contrast adjustment No Angle/position adjustment No

Page 11

MX-C250 SPECIFICATIONS 2 – 5

J. Controller board

K. Memory/Hard disk

*1 Fax model only * For Printing, collate printing is available for every print files.

L. System environment

M. Warm-up time

2. Copy functions

A. First copy time

B. Job Speed

* It regulates copy speed on combination of the main unit and the document

feeder.

* S to S: A4R / 8.5x11R, 11 pages of original, 1 set of copy (not including the

first copy)

* Monochrome: 600x300dpi, Color: 600x300dpi (default).

3. Printer function

A. Printer driver supported OS

*1: For fax model only

*2: Timing is to be determined

Interface IEEE1284 Parallel No

Ethernet

1 port

Interface

10Base-T, 100BaseTX

Support Protocol TCP/IP(IPv4, IPv6) USB 2.0 (Host) 1port USB 2.0 (Device) 1 port USB authentication acquisition

IrSimple I/F No Serial I/F (for coin vender) No Memory Refer to Memory / Hard disc Memory Slot No WHQL acquisition Yes

Memor

Scan

Resolu

tion

E-sort copy capacity

Fax

Memory

HDD

Monochrome Color

TEST

SHEET D

Greg’s

fruits

TEST

SHEET D

Greg’s

fruits

512MB

600x30 0dpi

Over 50 sheets

13 sheets

8MB

600x40 0dpi

Over 50 sheets

41 sheets

Over 50 sheets

12 sheets

600x60 0dpi

Over 50 sheets

37 sheets

Over 50 sheets

11 sheets

Copier memory (Local memory) Printer memory (System Memory)

512MB (Standard)

Main power SW

Warm up time 29 sec Preheat Yes

Engine

MX-C250 MX-C300

Monochrome Color Monochrome Color

Original Glass 10sec 18sec 10sec 18sec SPF 14sec 22sec - RSPF - - 16sec 25sec

Engine

MX-C250 MX-C300

Monochrome Color Monochrome Color

S to S

18 cpm

75.0%

9 cpm

37.5%

18 cpm

64.3%

9 cpm

32.1 %

OS Custom PCL6 Custom PCL5c Custom PS PPD PC-Fax*1 TWAIN

Windows

98 / Me No No No No No No NT 4.0 SP5 or later No No No No No No 2000 No No No No No No XP CD-ROM No CD-ROM CD-ROM CD-ROM CD-ROM XPx64 CD-ROM No CD-ROM CD-ROM CD-ROM CD-ROM Server 2003 CD-ROM No CD-ROM CD-ROM CD-ROM CD-ROM Server 2003x64 CD-ROM No CD-ROM CD-ROM CD-ROM CD-ROM Server 2008 CD-ROM No CD-ROM CD-ROM CD-ROM CD-ROM Server 2008x64 CD-ROM No CD-ROM CD-ROM CD-ROM CD-ROM Vista CD-ROM No CD-ROM CD-ROM CD-ROM CD-ROM Vistax64 CD-ROM No CD-ROM CD-ROM CD-ROM CD-ROM Windows7 CD-ROM No CD-ROM CD-ROM CD-ROM CD-ROM Windows7x64 CD-ROM No CD-ROM CD-ROM CD-ROM CD-ROM Windows8 CD-ROM No CD-ROM CD-ROM CD-ROM CD-ROM Windows8x64 CD-ROM No CD-ROM CD-ROM CD-ROM CD-ROM Server 2012 x64 CD-ROM No CD-ROM CD-ROM CD-ROM CD-ROM

Mac

9 No No No No No No X 10.2 No No No No No No X 10.3 No No No No No No X 10.4 No No No CD-ROM No No X 10.5 No No No CD-ROM Web*2 No X 10.6 No No No CD-ROM Web*2 No X 10.7 No No No CD-ROM Web*2 No X 10.8 No No No CD-ROM Web*2 No

Page 12

MX-C250 SPECIFICATIONS 2 – 6

B. PDL emulation/Font

4. Sanner/Fax function

A. Transmission method

B. Number of Support Line

C. Transmission Mode

D. Image Quality/Image Process

E. Scanner/Fax function

(1) Support image

(2) Specification of Addresses

PDL (command) Font installed

PCL5c compatible /

CL6 compatible

European outline font =80 font types

Line printer font (BMP) =1 font types

Postscrpt3 compatible European outline font =136 font types

Mode Fax

Transmission Time

Less than 2 sec. (Super G3 /JBIG) Less than 6sec.(G3 ECM)

Modem Speed

33.6 kbps -> 2.4kbps Auto-fallback

Intercommunication Super G3 / G3

Communication line

Public switched telephone network (PSTN),

private branch exchange (PBX) Max. number of lines 1 line ECM Yes Support the digital line network

(Sending level)

Yes

Standard 1 line Expansion Not provided

RSPF/OC transmission switching

Mode Scanner Fax

Halftone reproduction

Equivalent to 256

gradations

Equivalent to 256 gradations

Exposure Adjustment

Auto Yes Yes Manual Yes : 5 levels Yes : 5 levels

Original document type (Selectable in manual mode)

Text Yes No Text / Photo Yes No

Photo Yes No

Magical Scan ( Area division + Suppress Background )

No No

Selection of Image Quality N/A

Halftone (B&W only) ON/OFF

Mode Format /

Compression

method

Support

Scanner

File format (Mono 2 gradation)

TIFF

Yes (1 page to 1 file, All pages to 1 file)

PDF

Yes

(All page to 1 file) PDF/A No Encrypted PDF No

File format ( Color / Gray scale )

Color TIFF

Yes

(1 page to 1 file,

All pages to 1 file)

JPEG

Yes

(All page to 1 file)

PDF

Yes

(All page to 1 file) PDF/A No Encrypted PDF No

Compression method ( Mono 2 gradation )

Non-compression Yes G3 ( 1dimentional ) = MH ( Modified Huffman )

Yes

G4 = MMR (Modified MR)

Yes

Compression method ( Color / Gray scale )

JPEG ( High / Middle / Low )

Yes

BK Letter Emphasis

2-Color PDF No

Fax

File format (Monochrome )

N/A No

Compression method ( Monochrome )

MH / MR / MMR / JBIG

Yes

File per page ( Setting of the number of pages available )

Mode Support

Scanner Fax

Direct input from 10 keypad , # key, * key

Yes Ye s

Speed Dial (quick key)

Yes 300 addresses (000-

299)

Address Yes Yes

Search No Yes

Tab

Yes USER / ABCD / EFGHI / JKLMN / OPQRST / UVWXYZ)

One-touch key No No Group dial Yes Yes

Redial No

Yes Last destination only, one-address only)

Selection from the LDAP server

Yes No

USB memory Scan Yes No Chain Dial No Yes (by the Pause key)

Page 13

MX-C250 SPECIFICATIONS 2 – 7

(3) Specification of Multiple Addresses

(4) Send function

(5) Special Functions of Send function

(6) Other Send Functions

(7) Receive function

(8) Print Functions for Received Data

(9) Inbound Routing of Received Data

Destination Confirmation

Yes (Available when broadcasting to destinations including Individuals.)

Program

Yes (Registered up to

2) Neo MFP has Program1button and Program 2 button.

Yes (Registered up to 9)

Mode Scanner Fax

Broadcast Transmission Yes Yes

Number of destinations of broadcast transmission

Yes(20 addresses)

Yes(100 addresses) Number of group dial are up to 50

addresses Sequential Broadcast Transmission request

No Yes(100 addresses)

Deleting addresses from groups

No No

CC/BCC No No

Mode Fax send

Memory transmission Yes Speaker Yes Quick online transmission Yes Direct transmission

(Switching : Memory transmission <-> Direct transmission)

Yes

Manual transmission setting Yes

Mode Scanner Fax

Job Build No No Slow Scan Mode No No Mixed Size Original No Yes Only Single feed. Original Count (Available to both DF/OC scanning)

No No

Edge Erase ( Edge/Edge+Center/ Center/Side)

No No

Book Divide No No Card Shot No No Time Specified send No Yes Own Number Sending No Yes

Own Number Sending

No No

Date Print No Yes Own Name sending No Yes Own Number sending N/A Yes Printing Page

Number at Receiver

N/A Yes

Suppress Background Yes N/A Blank Page Skip (Available to

both DF/OC scanning)

No N/A

Drop Out Color No N/A Sharpness Yes N/A Contrast No N/A Stamp No N/A Watermark No No Filing No No Quick File No No Multi shot No No Verification Stamp No No Preview No No Job divide by recognizing blank pages

No No

Dual Page Scan send No No Combined pages send No No Divide send by size limit No No

Mode Support

Scanner Fax

Covers N/A No Outbound message N/A No

Special Send (Polling / F-code) N/A

Refer to 4.9 Memory box/ Polling / F-code

Memory box N/A

Refer to 4.9 Memory box/ Polling / F-code

Mode Scanner Fax

Auto Reduction Sending Setting No No Rotation Sending No No Zoom sending No No Recall Mode No Yes

Error No Yes

Busy No Yes Change of the number of pages for each file No No Restriction on transmission size No No Reception Report No No Transmission result notification No No Deleting the sending history No No Keeping address for a certain time after sending No No Retry mode from the transmission error job list display

No No

Mode Fax

Automatic reception Yes Manual reception Yes Switching from manual reception to auto receptio

Yes

Mode Fax

Auto Receive Reduce Setting Yes Fixed size reception No Specified size scaled reception No Rotated reception No Setting of received data print condition (Setting of Print Actual Size or Reduction Print)

Yes

2-sided copy reception Yes Multi Shot (2in1) reception No Auto Reduction Sending Setting when A3 size is

received (for only the places of destination of the fax with the inch system)

Auto Reduction Sending Setting when letter size is received (for only the places of destination of the fax with the AB system)

Yes

Received data bypass output No Index printing No Body Text Print Select Setting No Output tray setting No Insert job separators No Number of copies of received data No Staple setting of received data No Color print when empty black toner No Foot Print No

Format PDF

Destination SMB Auto create settings of PDF for PC Browsing to the HDD of

the MFP

PDF creation for PC Browsing when storing in the HDD No File name setting when inbound routing (Attached TSI

information)

Yes

The sender name is added to the inbounding file name No Information about the MFP that transfers the data is added to the transferred data

Mode Scanner Fax

Page 14

MX-C250 SPECIFICATIONS 2 – 8

(10) Other Receive Functions

(11) Reccord Size

(12) Registration-related settings

(13) Sound settings

5. Report/list function

A. User Authority

B. Administrator Authority

C. Other List Print Functions

6. Power consumption

The full configuration can be operated with the rated power source.

Timetable No Inbound routing by line type No Alternative mode for destination error Yes Easy switching destinations of inbound routing No Forward Table 10 tables

Address (forward)

5 addresses at one table

Mode Fax

Allowing specified address/domain reception No Rejecting specified address / domain reception No Allowing reception from specific numbers No Rejecting reception from specific numbers Yes Rejecting reception from fax numbers without a TSI value No External phone connection remote Yes Time Specified output Yes Reception Check Interval Setting No POP3 Communication Timeout Setting No Data Forwarding in case of trouble of output Yes Auto wake up print No Data Forwarding in case of trouble of output Yes Alternative reception Yes NJR transmission after reception (Notifying PC of

reception)

Mode Fax

Max. recording width 216mm Record size A4R . A8.5x11R . 5.5x8.5

Import/export of VCF format No Import of CSV format No My address book No Cloning Address book No Retrieve local address book Yes (Only Fax) Fixed mode display No Linkage with the PC-Fax address book Yes

Import/export of the address book

Yes (by the device cloning

function) Readout / read-in of data registered in other models

Yes (by the address book

conversion utility, ) Default color mode registration to

individual

Mode Fax

Memory box No

Number of item can be registered in the memory box

Number of characters can be registered in the memory box

Polling Send Yes

Fax Polling Security Yes Passcode Number Setting Yes

Polling Reception

Yes

Broadcast Polling Reception

Yes

F-code No

Sub-address No Pass code No Polling Memory Send No Polling Memory Reception No Confidential Send No Confidential Reception No Relay Broadcast transmission request No Relay Broadcast Send No

Format PDF

Mode Item Scanner Fax

Speaker Speaker Volume Setting No Yes Calling Speaker Volume Setting No Yes Ring tone Speaker Volume Setting No No Line monitor Speaker Volume Setting No Yes Reception Speaker Volume Setting No No Receive Complete

Signal

Speaker Volume Setting No Yes Tone Pattern No Yes Transmission Complete

Sound Time Setting

No Yes

Send/Receive error signal

Speaker Volume Setting No No Tone Pattern No No Transmission Complete

Sound Time Setting

No No

Communication Error Signal

Speaker Volume Setting No Yes

Setting of Original Scan Complete Signal

Speaker Volume Setting No Yes

Tone Speaker Volume Setting No Yes

Item Support

Printer SPDL Symbol Set List Yes

SPDL Internal Font List Yes PS Font List Yes NIC page Yes

Scanner Sending Address List Yes

Group List Yes Program List Yes

Fax Sending Address List Yes

Group List Yes Program List Yes Transmission Reservation List Yes Stored Original Check List Yes

Setting List Yes

Item Support

Web Setting List Yes Fax Setting List Yes Fax Activity Report Yes Reject Fax Name List Yes Inbound Routing List Yes User List Yes User Information Print Yes

Item Support Duplex print Yes

Overseas 100V Overseas 200V

Max. Rated Power 1.1 kW 1.15 kW Energy consumption efficiency No restriction No restriction Preheat mode transition time 3min 3min Recovery time from Pre-heat mode

10sec 10sec

Sleep mode transition time 15min 15min Recovery time from Sleep

mode

20sec 20sec

Page 15

MX-C250 SPECIFICATIONS 2 – 9

7. Dimensions and Weight

8. Ambient conditions

MX-C250 MX-C300

SPF Model RSPF Model

Outer dimensions (WxDxH)

428mmx509mmx3 98mm

428mmx509mmx

421mm Full dimensions of the main unit 640mm 640mm Weight Main unit

(developer and toner cartridge included)

MX-C250/ E:27.3kg MX-C250F/ FE:27.5kg

MX-

C300E:28.1kg

MX-C300F/W/

WE:28.3kg

85%

60%

20%

10°C 30°C 35°C

Humidity (RH)

Temperature

Page 16

MX-C250 CONSUMABLE PARTS 3 – 1

MX-C250

Service Manual

[3] CONSUMABLE PARTS

1. Supply system table

A. North America, Middle America, South America

B. Europe, Eastern Europe　

C. Australia, New Zealand, Korea

D. Middle East, Taiwan, Africa, Israel, Philippines

E.Asia, Hong Kong

F.China

Item Content Life Model name Quantity in

collective package

Remarks

Toner Cartridge (Black) Toner Cartridge (Black) x1 6k MX-C30NT-B 10 Life: A4 5% document Toner Cartridge (Color) Toner Cartridge (Color) x1 6k MX-C30NT-C/M/Y 10 Life: A4 5% document Develop Cartridge (Black) Develop Cartridge (Black) x1 75K MX-C30NV-B 10 Develop Cartridge (Col or) Develop Cartridge (Co lor) x1 45K MX-C30NV-C/ M /Y 10

Drum Cartridge Drum Cartridge x1

BK : 75K CL : 45K

MX-C30DR 10

Item Content Life Model name Quantity in

collective package

Remarks

Toner Cartridge (Black) Toner Cartridge (Black) x1 6k MX-C30GT-B 10 Life: A4 5% document Toner Cartridge (Color) Toner Cartridge (Color) x1 6k MX-C30GT-C/M/Y 10 Life: A4 5% document Develop Cartridge (Black) Develop Cartridge (Black) x1 75K MX-C30GV-B 10 Develop Cartridge (Col or) Develop Cartridge (Color) x1 45K MX-C30GV-C/M/Y 10

Drum Cartridge Drum Cartridge x1

BK : 75K

CL : 45K

MX-C30DR 10

Item Content Life Model name Quantity in

collective package

Remarks

Drum Cartridge Drum Cartridge x1

BK : 75K

CL : 45K

MX-C30DR 10

Item Content Life Model name Quantity in

collective package

Remarks

Toner Cartridge (Black) Toner Cartridge (Black) x1 6k MX-C30FT-B 10 Life: A4 5% document Toner Cartridge (Color) Toner Cartridge (Color) x1 6k MX-C30FT-C/M/Y 10 Life: A4 5% document Develop Cartridge (Black) Develop Cartridge (Black) x1 75K MX-C30FV-B 10 Develop Cartridge (Color) Develop Cartridge (Color) x1 45K MX-C30FV-C/M/Y 10

Drum Cartridge Drum Cartridge x1

BK : 75K

CL : 45K

MX-C30DR 10

Item Content Life Model name Quantity in

collective package

Remarks

Toner Cartridge (Black) Toner Cartridge (Black) x1 6k MX-C30AT-B 10 Life: A4 5% document Toner Cartridge (Color) Toner Cartridge (Color) x1 6k MX-C30AT-C/M/Y 10 Life: A4 5% document Develop Cartridge (Black) Develop Cartridge (Black) x1 75K MX-C30AV-B 10 Develop Cartridge (Col or) Develop Cartridge (Color) x1 45K MX-C30AV-C/M/Y 10

Drum Cartridge Drum Cartridge x1

BK : 75K CL : 45K

MX-C30DR 10

Item Content Life Model name Quantity in

collective package

Remarks

Toner Cartridge (Black) Toner Cartridge (Black) x1 6k MX-C30CT-B 10 Life: A4 5% document Toner Cartridge (Color) Toner Cartridge (Color) x1 6k MX-C30CT-C/M/Y 10 Life: A4 5% document Develop Cartridge (Black) Develop Cartridge (Black) x1 75K MX-C30CV-B 10 Develop Cartridge (Color) Develop Cartridge (Color) x1 45K MX-C30CV-C/M/Y 10

Drum Cartridge Drum Cartridge x1

BK : 75K CL : 45K

MX-C30DR 10

‘13/Oct

Page 17

MX-C250 CONSUMABLE PARTS 3 – 2

2. Maintenance parts list

A. U.S.A/Canada/South and Central America

B. Europe/East Europe/Russia/Australia/New Zealand

C. Asia/Middle East/Africa

D. Hong Kong

*1: Life of each color A4 5% coverage30% color ratio conversion value

(The ratio is a rough reference since it differs depending on print contents, paper seizes, kinds of paper, use environment, the number of

continuous prints.)

3. Definition of developer/drum life end

When the developer/drum counter reaches the specified count.

When the developer/drum rpm reaches the specified count.

When either of the above reach the specified count, it is judged as life end.

In an actual case, the ratio of monochrome output and color output may differ greatly.

When data of mixed documents (monochrome and color) are output, monochrome document data may be output in the color mode in order to prevent against fall in the job efficiency. (ACS auto color selection).

In addition, when correction or warm-up operation is performed as well as output operation, the developer and the drum rotates.

Therefore, the developer/drum consuming level cannot be determined only by the copy/print quantity. When, therefore, the rpm reaches the specified amount, it is judged as life end.

To check the developer/drum life, use SIM22-01.

Item Model name Content Life Quantity in

collective package

Remarks

Fusing unit MX-C30FU Fusing unit (Heater lamp 120V) x 1 150K 4

Primary transfer unit MX-C30U1 Primary transfer unit x 1 150K 1

Toner collection container MX-C30HB Toner collection container unit x 1 8K *1 10 Each color A4 5% coverage30% color ratio

Item Model name Content Life Quantity in

collective package

Remarks

Fusing unit MX-C30FU Fusing unit (Heater lamp 230V) x 1 150K 4

Primary transfer unit MX-C30U1 Primary transfer unit x 1 150K 1

Toner collection container MX-C30HB Toner collection container unit x 1 8K *1 10 Each color A4 5% coverage30% color ratio

Item Model name Content Life Quantity in

collective package

Remarks

Fusing unit MX-C30FU Fusing unit (Heater lamp 230V) x 1 150K 4

Primary transfer unit MX-C30U1 Primary transfer unit x 1 150K 1

Toner collection container MX-C30HB Toner collection container unit x 1 8K *1 10 Each color A4 5% coverage30% color ratio

Item Model name Content Life Quantity in

collective package

Remarks

Fusing unit MX-C30FU Fusing unit (Heater lamp 230V) x 1 150K 4

Primary transfer unit MX-C30U1 Primary transfer unit x 1 150K 1

Toner collection container MX-C30HB Toner collection container unit x 1 8K *1 10 Each color A4 5% coverage30% color ratio

Oversea (Except China) China

Rotations 575k 575k Total Prints (Std) - 75k(BK) / 45k(CL) Total Prints (Max) 75k(BK) / 45k(CL) -

Page 18

MX-C250 CONSUMABLE PARTS 3 – 3

4. Production number identification

A. Toner cartridge

The label indicating the management number is attached to the bottom of the toner cartridge.

: Unit code/Model name

: Color code (Black: BK /Cyan: CY /Magenta: MA /Yellow: YE)

: Destination

: Skating

: Production place

 : Production date (YYYYMMDD)

: Serial number

: Version

B. Developing unit

: Unit code/Model name

: Color code (Black: BK /Cyan: CY /Magenta: MA /Yellow: YE)

: Destination

: Skating

: Production place

 : Production date (YYYYMMDD)

: Serial number

: Version

5. Environmental conditions

* Unsealed state is the state that the drum is not exposed. (The drum is covered by the black paper in packing state.)

Standard environmental conditions

Temperature 20 - 25 degree C Humidity 65 +/- 5 %RH

Usage environmental conditions

Temperature 10 - 35 degree C Humidity 20 - 85 %RH

Storage period Toner/Developer: 24 months from the

manufactured month (Production lot) under unsealed state Drum: 36 months from the manufactured month under unsealed state

85%

60%

20%

10°C 30°C 35°C

Humidity (RH)

Temperature

Page 19

MX-C250 EXTERNAL VIEW AND INTERNAL STRUCTURE 4 – 1

MX-C250

Service Manual

[4] EXTERNAL VIEW AND INTERNAL STRUCTURE

A.External view

No. Name function/Operation

1 Document glass Place an original that you wish to scan face down here. 2 Power switch Press to turn the machine power on and off. 3 Centre tray extensions Flip the extension to the left to eject paper of A4 size or greater. 4 Handles Used to lift and move the machine. When attaching tray 2, use the handle at the bottom. 5 Centre tray Copies and printed pages are output to this tray. 6 Tray 1 Tray 1 can hold approximately 250 sheets of copy paper (64 g/m2 (20 lbs.)). For restrictions on paper types,

sizes, and weights, refer to "PAPER" (p.16).

7 Tray 2 (Option) Tray 2 can hold approximately 550 sheets of copy paper (64 g/m2 (20 lbs.)). For restrictions on paper types,

sizes, and weights, refer to "PAPER" (p.16). 8 Operation panel Contains operation keys and indicator lights. 9 USB 2.0 port (Type A) This is used to connect a USB device such as USB memory to the machine.

10 Front cover Open to remove paper misfeeds or replace the toner cartridge etc. 11 Side cover handle Pull to open the right side cover. 12 Side cover Open to remove misfed paper. 13 Bypass tray guides Adjust to the width of the paper when using the bypass tray. 14 Bypass tray Special paper (heavy paper or transparency film) 15 Extension phone socket The line from an extension phone can be connected t o this socket to use the telephone

function.

16 Telephone line socket When the fax function of the machine is used, the telephone line is connected to this socket. 17 USB 2.0 port (Type B) Connect to your computer to this port to use the printer and scanner functions. 18 LAN connector Connect the LAN cable to this connector when the machine is used on a network. 19 Bypass tray extension Open this tray when loading paper in the bypass tray.



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‘13/Aug

Page 20

MX-C250 EXTERNAL VIEW AND INTERNAL STRUCTURE 4 – 2

B.Document feeder and document glass

No. Name function/Operation

1 Toner cartridge (Y/M/C/Bk) Contains toner. When the toner runs out in a cartridge, the cartridge of the colour that ran out must be replaced. 2 Document feeder Place the original(s) that you wish to scan face up here. Up to 50 sheets can be placed. 3 Toner collection container This collects excess toner that remains after printing. 4 Feeding roller cover Open to remove misfed originals. 5 Original guides Adjust to the size of the originals. 6 Original feed tray Place original documents for scanning on the original feed tray. 7 Tray extension Open this when you scan a long original. 8 Exit area Exit Tray which stacks original scanned documents. 9 Fusing unit paper guide Open to remove misfed paper.

10 Viewing hole Use the viewing hole (see the illustration at right) to check the position of the original. (Models with the one-

sided scanning function only)

11 Fusing unit release levers Push down these levers to release the pressure when removing misfed paper from inside the

fusing area or when feeding an envelope from the bypass tray.

12 Roller ro tating kn o b Rotate to remove misfed paper. 13 Paper tray right side cover Open this to remove a paper misfeed in trays. 14 Duplex conveyor cover Open this cover to remove a misfeed.

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Page 21

MX-C250 EXTERNAL VIEW AND INTERNAL STRUCTURE 4 – 3

C.Operation panel (Europe, Asia)

No. Name Function/Operation

1 Display Shows various messages. 2 [FAX] key / indicator This key is used to select fax mode. 3 [PROGRAM 1 / PROGRAM 2] key Press to use the program settings of the default scanner. 4 [SCAN] key / indicator Press to select scan mode. 5 [ZOOM] key Press to select a reduction or enlargement copy ratio. 6 [COPY] key / indicator Press to select copy mode. The toner remaining amount is displayed by holding this key. 7 [ID CARD COPY] key Enable ID Card Copy. 8 Arrow keys Press to move the highlighting (which indicates that an item is selected) in the display.

9 [OK] key Press to enter the selected setting. 10 [EXPOSURE] key Use to select the exposure mode. 11 [ENERGY SAVE] key / indicator Press to enter the energy save mode. 12 [BACK] key Press to return the display to the previous screen. 13 [SPECIAL FUNCTION] key Press to select special functions. 14 [C] key Press to clear the set number of copies or stop a copy run. 15 [DUPLEX] key Select the duplex copying and the duplex scanning mode. 16 [ADDRESS] key Used to search for address, numbers and other contact information stored for auto dialling. 17 [COMM. SETTING] key This is used to switch between memory transmission and direct transmission, and to switch between automatic

reception and manual reception. It is also used to enter a space or "-" when entering ch aracters. 18 [SPEED] key This is used to dial by Speed dialling and to enter a symbol when entering characters. 19 [FAX STATUS] key This is used to cancel a fax transmission or a stored fax transmission. 20 [SPEAKER] key This is used to dial without lifting an extension phone connected to the machine and to shift between upper and

lower case when entering characters. 21 [REDIAL/PAUSE] key This is used to redial the last number dialled, and enter a pause when entering a fax number. 22 [COLOUR START] key / indicator Press this key to copy or scan an original in colour. This key cannot be used for fax or Internet fax. 23 [BLACK & WHITE START] key /

indicator

Press this key to copy or scan an original in black and white. This key is also used to send a fax in fax mode.

24 [LOGOUT] key Press this key to log out after yo u have l ogged in and used the machine. When using the fax function, this key

can also be pressed to send tone signals on a pulse dial line. 25 Numeric keys Enter characters/numbers. 26 [READ-END] key When copying in sort mode from the document glass, press this key when you have finish ed scanning the original

pages and are ready to start copying. 27 [CA] key Clears all selected settings and returns the machine to the default settings. 28 [STOP] key Press this key to stop a copy job or scanning of an original. 29 FAX mode indicators

LINE indicator Lights up when a fax is being sent or received. DATA indicator Blinks when a fax cannot be printed because there is no paper or otherwise. Lights steadily when there is an

unsent fax. 30 Printer mode indicators

ONLINE indicator Print data cannot be received when this lamp is lit. DATA indicator Blinks when print data is being received. Lights steadily during printing.

(1) (2) (3) (4) (5) (6) (7) (8) (9) (10) (11) (12) (13)

(17)

(18)

(19)

(20)

(21)

(22)

(23)

(14)

(15) (16)

(28)

(27) (29) (30)(24) (25) (26)

Page 22

MX-C250 EXTERNAL VIEW AND INTERNAL STRUCTURE 4 – 4

D.Operation panel (USA)

No. Name Function/Operation

indicator

Press this key to copy or scan an original in black and white. This key is also used to send a fax in fax mode.

24 [LOGOUT] key Press this key to log out after yo u have l ogged in and used the machine. When using the fax function, this key

LINE indicator Lights up when a fax is being sent or received. DATA indicator Blinks when a fax cannot be printed because there is no paper. Lights steadily when there is an unsent fax.

30 Printer mode indicators

ONLINE indicator Print data cannot be received when this lamp is lit. DATA indicator Blinks when print data is being received. Lights steadily during printing.

(1) (2) (3) (4) (5) (6) (7) (8) (9) (10) (11) (12) (13)

(17)

(18)

(19)

(20)

(21)

(22)

(23)

(24) (25) (26)

(15)

(16)

(28)

(27) (29) (30)

(14)

Page 23

MX-C250 EXTERNAL VIEW AND INTERNAL STRUCTURE 4 – 5

E.SPF

(1)Roller

(2)Detector

No. Name Function/ Operation

1 Paper exit pressure roller Applies pressure to a document and the paper exit drive roller to transport paper into the exit tray.

2 Paper exit roller Exit transport drive roller. 3 Transport pressure roller

Apply a pressure to paper and the transport roller to provide the transport power of the transport roller to paper.

4 Transport pressure roller Applies pressure to document and drive roller to transport paper. 5 Transport drive roller Transports documents. 6 Pickup roller Picks up an original document and transports the lead edge to the Document Feed Roller. 7 Document Feed Roller Picks up a document and feeds it to the document feed roller.

No. Signal name Name Type Function/Operation

1 SPED Document sensor Light transmission Detects document empty 2 SPPD1 Paper transport detector 1 Light transmission Detects paper pass

Page 24

MX-C250 EXTERNAL VIEW AND INTERNAL STRUCTURE 4 – 6

F.RSPF

(1)Roller

(2)Detector

No. Name Function/ Operation

1 Paper exit roller (Idle) Pressure (Idle) roller used in conjunction with the drive roller to move paper in the exit section.

2 Paper exit roller (Drive) Paper Exit Drive Roller used to transport paper into the exit tray or move paper in reverse for duplex scanning.

3 Paper exit roller (Idle) Pressure (Idle) roller used in conjunction with the drive roller to move paper in the exit section.

4 Paper exit roller (Drive) Paper Exit Drive Roller used to transport paper into the exit tray or move paper in reverse for duplex scanning. 5 Upper transport roller (Idle) Pressure Roller used to assist the Drive Roller to transport paper to the PS Roller set. 6 Upper transport roller (Drive) Drive transport Roller used to transport paper to the PS Roller set.

7 PS roller (Idle)

Registration pressure (Idle) roller used to assist PS Drive Roller to transport paper over scanner slit glass and move paper to the Lower Transport roller set.

8 PS roller (Drive)

Registration Drive roller used to perform paper buckle t iming and transport paper over the scanner slit glass to t he Lower Tra nsport Roller set.

9 Lower transport roller (Idle)

Lower paper transport pressure (idle) roller used to assist in moving paper with the Drive Roller to the the exit section of the RSPF.

10 Lower transport rol l er (Drive)

Lower Transport Drive Roller used to transport paper to the exit section or move paper to the upper transport rollers when performing a duplex scan.

11 Paper Pickup Roller Picks up the top sheet of paper from the original tray and transports it to the Paper Feed Roller. 12 Paper feed roller (RSPF) Feeds a document to the transport section.

No. Signal name Name Type Function/Operation

1 SCOV RSPF cover open/close detector Transmission type Detects open/close of the RSPF unit. 2 SPPD1 Document transport sensor 1 Transmission type Detects paper pass. 3 SPPD2 Document transport sensor 2 Transmission type Detects paper pass 4 SPED Document sensor Transmission type Detects document empty in the RSPF paper feed tray.

Page 25

MX-C250 EXTERNAL VIEW AND INTERNAL STRUCTURE 4 – 7

G.Sensor, Detector

No. Signal name Name Type Function/Operation

1 POD1 Fusing paper exit detector Light transmission Detects paper pass in the fusing section. 2 TFD2 Paper exit full detector Light transmission Detects paper full in the paper exit tray. 3 MHPS Scanner home position sensor Light transmission Detects the scanner home position.

4 HUD_M/TH_M Temperature/humidity sensor

Temperature/humidity sensor

Detects the temperature and the humidity. (For the process control)

5 MPED

Paper empty detector (Manual paper feed tray)

Light transmission Detects paper empty. (Manual paper feed tray)

6 PPD2 Document transport sensor 2 Light reflection Detects paper pass in front of the resist roller.

7 CPED1

Paper empty sensor (Paper feed tray 1)

Light transmission Detects paper empty. (Paper feed tray 1)

REGS_F/ PCS_F

Registration sensor F (Image density sensor)

Light reflection Detects color shift. (F side) / Detects the CMY toner patch density.

9REGS_R

Registration sensor R (Image density sensor)

Light reflection Detects the K toner patch density. (R side)

10 TCS_K Toner sensor (K) Magnetic sensor

Detects toner supply from the toner cartridge. Detects the toner density (K).

11 DHPD_K OPC drum rotation sensor (K) Light transmission Detects rotation and the phase of the OPC drum (K). 12 DHPD_CL OPC drum rotation sensor (CL) Light reflection Detects rotation and the phase of the OPC drum (CL).

13 TCS_C Toner sensor ( C ) Magnetic sensor

Detects toner supply from the toner cartridge. Detects the toner density (C).

Page 26

MX-C250 EXTERNAL VIEW AND INTERNAL STRUCTURE 4 – 8

14 TCS_M Toner sensor (M) Magnetic sensor

Detects toner supply from the toner cartridge. Detects the toner density (M).

15 TNFD Waste toner full detector Light transmission Detects when waste toner container has become full.

16 TCS_Y Toner sensor (Y) Magnetic sensor

Detects toner supply from the toner cartridge. Detects the toner density (Y).

17 BD_KC

Laser beam sensor (KC) (on BD PWB(BC))

Photo diode Detects the timing of the laser beams.

18 BD_MY

Laser beam sensor (MY) (on BD PWB(MY))

Photo diode Detects the timing of the laser beams.

19 TH_LSU LSU thermistor(on LD PWB) Thermistor Detects the temperature in the LSU. (Used for correction of distortion.) 20 TH_P Ozone duct thermistor Thermistor Detects the temperature in the Ozone duct.

21 1TUD_K Transfer belt separation detector BK Light transmission

Detects position of the transfer belt. Detects initialization of the transfer unit.

22 1TUD_CL T ransfer belt separation detector CL Light transmission

Detects position of the transfer belt. Detects initialization of the transfer unit.

23 TH_UM Fusing temperature sensor (Main) Non-contact thermistorDetects the surface temperature at the center section of the fusing roller. 24 TH_US Fusing temperature sensor (Sub) Thermistor Detects the surface temperature at the edge section of the fusing roller.

Page 27

MX-C250 EXTERNAL VIEW AND INTERNAL STRUCTURE 4 – 9

H.Switch

No. Signal name Name Function/Operation Note

MSW

Main power switch Seesaw switch Turns ON/OFF the main power.

2 DSW_R Right door open/close switch Micro switch

Detects open/close of the right door. Opens/closes the power lines of the fusing section, the motors, and the LSU laser.

3 DSW_F Front door open/close switch Micro switch

Detects open/close of the front door. Opens/closes the power lines of the fusing section, the motors, and the LSU laser.

Page 28

MX-C250 EXTERNAL VIEW AND INTERNAL STRUCTURE 4 – 10

I.Clutches and solenoids

No. Signal name Name Function/Operation Note

1 TNC_Y Toner supply clutch (Y) Electromagnetic clutch Controls the supply of the Y toner cartridge. 2 TNC_M Toner supply clutch (M) Electromagnetic clutch Controls the supply of the M toner cartridge. 3 TNC_C Toner supply clutch (C) Electromagnetic clutch Controls the supply of the C toner cartridge. 4 TNC_K Toner supply clutch (BK) Electromagnetic clutch Controls the supply of the BK toner cartridge.

5 PORC Paper exit clutch Electromagnetic clutch

Controls the operation of the paper exit roller when the the paper exit roller rotates clockwise.

6 POC Paper exit clutch Electromagnetic clutch

Controls the operation of the paper exit roller when the the paper exit roller rotates counter clockwise.

7 ADUC ADU transport clutch Electromagnetic clutch Controls ON/OFF of the roller in the ADU section. 8 CPUC1 Paper feed clutch (Paper feed tray 1) Electromagnetic clutch Controls ON/OFF of the roller in the paper feed tray 1 section.

9 RRC PS clutch Electromagnetic clutch Controls the operation of the PS roller. 10 MFPC Manual paper feed clutch Electromagnetic clutch Controls the operation of the roller of the Manual paper feed clutch. 11 ITURC Primary transfer separation clutch 1 Electromagnetic clutch Controls the primary transfer separation mode.

12 PCSS Process control shutter solenoid Solenoid Controls Open/Close of the Process control shutter solenoid. 13 SRVC Paper exit clutch Electromagnetic clutch Controls Up/Down of the paper exit roller of RSPF. 14 SPUS Paper feed roller solenoid Solenoid Controls Up/Down of the paper feed roller of RSPF.

Page 29

MX-C250 EXTERNAL VIEW AND INTERNAL STRUCTURE 4 – 11

J.Motors

No. Signal name Name Type Function/Operation

1 DVM Developing drive motor DC brush-less motor Drives the developing/OPC drum section (CL). 2DM

Drum Motor, Transfer Belt Motor, Black OPC Drum Motor

DC brush-less motor Drives the developing/black OPC drum (BK)/transfer section.

3FUM

Fusing Motor and Paper Feed Motor

DC brush-less motor Drives the fusing unit and the paper feed section.

4 SPFM SPF transport motor PM Stepping motor Drives the SPF unit. 5 RSPFM RSPF transport motor HB Stepping motor Drives the RSPF unit. 6 PGM Polygon motor DC brush-less motor Drives the polygon mirrors to reflect the twin laser beams per color.

7 MIM SCN motor NE

Scans the laser beams with Stepping Motor

Drives the CIS unit.

Page 30

MX-C250 EXTERNAL VIEW AND INTERNAL STRUCTURE 4 – 12

K.Rollers

No. Name Function/Operation

1 Paper exit roller (Drive) Drives the roller in the paper exit section. 2 Paper exit roller (Idle) Apply a pressure to paper and the paper exit roller to provide the transport power of the Paper pressure (idle) roller to paper. 3 Transport roller 4 (Drive) Transports paper from the transport roller to the transport roller 5. 4 Transport roller 4 (Idle) Apply a pressure to paper and the transport roller to provide the transport power of the Paper pressure (idle) roller to paper.

5 Transport roller 5 (Drive) Lower duplex drive transport roller which tran sports paper to the registration rollers.

6 Transport roller 5 (Idle)

Transports paper to the Pressure (idle) Transport Roller. Paper is buckled between the Pressure (idl e) Transport Roller and this roller to correct the paper skew and the relation between images and paper.

7 Registration roller (Drive)

Registration Drive Roller that controls the transport timing of paper and adjusts the relative position between images on the Transfer Belt and the registered paper.

8 Registration roller (Idle)

Transports paper to the transfer section. / Contro ls the transport timin g of paper and adjusts relative relations between the image and paper.

9 Paper Feed Roller Feeds paper from the cassette to the Registration rollers. 10 Fuser heat roller Applies heat through the roller to the toner on the paper to fuse the toner into the paper . 11 Fusing pressure roller Flexible silicone-rubber pressure fusing roller. 12 Paper Feed Roller Feeds paper to the paper transport section.

13 Separation roller

Apply the pressure to the paper feed roller in reverse direction and prevents the paper from feeding it in layered condition.

Separation roller (Paper feed tray 1)

Apply the pressure to the paper feed roller in reverse direction and prevents the paper from feeding it in layered condition.

Page 31

MX-C250 EXTERNAL VIEW AND INTERNAL STRUCTURE 4 – 13

L.Lamps

No. Signal name Name Function/Operation

1 HL_UM Heater lamp (HL_UM) Heats the fusing roller (F). 2 DL_K Discharge lamp(K) Discharges electric charges on the OPC drum.(K) 3 DL_C Discharge lamp(C) Discharges electric charges on the OPC drum.(C) 4 DL_M Discharge lamp(M) Discharges electric charges on the OPC drum.(M) 5 DL_Y Discharge lamp(Y) Discharges electric charges on the OPC drum.(Y)

Page 32

MX-C250 EXTERNAL VIEW AND INTERNAL STRUCTURE 4 – 14

M.Fans and filters

No. Signal name Name Function/Operation

1 FUFM Fusing cooling fan Cools the fusing section. 2 LSUFM LSU cooling fan Cools the LSU. 3 OZFM1 Ozone fan 1 Filters the ozone generated from the image process section. 4 PSFM Power cooling fan motor Cools the power supply. 5 --- Ozone Filter Absorbs ozone being discharged from the image process unit.

Page 33

MX-C250 EXTERNAL VIEW AND INTERNAL STRUCTURE 4 – 15

N.PWB

No. Name Function/Operation

1 HV PWB Generates the high voltages for the following components: main charger units, primary transfer unit and DV Units.

2 MFPC PWB Controls image data and machine functionality. 3 FAX PWB Controls fax communication. 4 RINGER PWB Generates the signal for calling the external telephone. (Japan only) 5 FAN I/F PWB Controls the two-speed PSFM(Power cooling fan motor). 6 FAN I/F PWB Controls the two-speed FUFM(Fusing cooling fan). 7 AFE PWB Controls the CIS unit and receives the scanning image. 8 KEY-LED PWB The LED for the machine condition, the Key for the input and the buzzer are equipped.

9 LCD PWB Controls the LCD, the Key detection, the LED lighting and the buzzer drive. 10 AC/DC PWB Supplies DC and AC Voltage to the machine. 11 CIS UN Reads the original image. 12 BD PWB(KC) Detects laser and outputs the synchronous signal. (KC) 13 BD PWB(MY) Detects laser and outputs the synchronous signal. (MY) 14 LD PWB Drives the laser diodes and controls the power. 15 LSUcnt PWB Controls the LSU. 16 Wireless LAN PWB Connects the network with the wireless connection. (Only wireless LAN model) 17 USB CN PWB Connects Wireless LAN PWB. (Only wireless LAN model) 18 USB I/F PWB Connects with the USB port on the front of the machine.

Page 34

MX-C250 EXTERNAL VIEW AND INTERNAL STRUCTURE 4 – 16

O.Fuses/Thermostats

No Signal name Name Specifications Section

1 TS UM Thermostat Fusing roller overheat protection Fusing unit

Signal name Name Specifications Section

F7001 Fuse AC250V 20A AC/DC power PWB F7002 Fuse AC250V 20A AC/DC power PWB F7003 Fuse AC250V T4AH AC/DC power PWB F7004 Fuse AC250V T2AL AC/DC power PWB F7201 Fuse DC450V 3.15A AC/DC power PWB

F7002

F7001

F7004

F7003

F7201

Page 35

MX-C250 ADJUSTMENTS 5 – 1

MX-C250

Service Manual

[5] ADJUSTMENTS

1. General

Each adjustment item in the adjustment item list is associated with a specific Job number. Perform the adjustment procedures in the sequence of Job numbers from the smallest to the greatest.

However, there is no need to perform all the adjustment items. Perform only the necessary adjustments according to the need.

Unnecessary adjustments can be omitted. Even in this case, however, the sequence from the smallest to the greatest Job number must be observed.

If the above precaution should be neglected, the adjustment would not complete normally or trouble may occur.

2. Adjustment item list

Job

Adjustment item list Simulation

ADJ 1 Adjusting high voltage values 1-A Adjust the main charger grid voltage 8-2

1-B Adjust the developing bias voltage 8-1 1-C Transfer voltage adjustment 8-6

ADJ 2 Image density sensor (image registration

sensor) adjustment

2-A

Color image density sensor (image registration sensor F), black image density sensor (image registration sensor R) adjustment

44-2

ADJ 3 Image skew adjustment (LSU unit) 61-4 ADJ4 ADJ 4 Print image position, image

magnification ratio, void area, off-center adjustment (Print engine) (Manual adjustment)

4-A Print image magnification ratio adjustment (main scanning direction) (Print

engine) (Manual adjustment)

50-10

4-B Print image print area adjustment (Print engine) (Manual adjustment) 50-10/50-1 4-C Print image position adjustment (Off-center direction, Paper transport

direction adjustment)

50-10

ADJ5 Print engine image distortion adjustment / OPC

drum phase adjustment / Color registration adjustment (Print engine section)

5-A Print engine image distortion adjustment (Manual adjustment) / OPC drum

phase adjustment (Automatic adjustment) / color registration adjustment (Automatic adjustment)

50-22

5-B Print engine image skew (LSU skew) adjustment (Manual adjustment) (No

need to adjust normally)

50-20/64-1

5-C Color registration offset adjustment (No need to adjust normally) 50-20

ADJ6 Scan image magnification ratio adjustment

(Manual adjustment)

6-A Scan image magnification ratio adjustment (main scanning direction)

(Manual adjustment) (Document table mode)

48-1

6-B Scan image magnification ratio adjustment (sub scanning direction)

(Manual adjustment) (Document table mode)

48-1

6-C Scan image magnification ratio adjustment (main scanning direction)

(Manual adjustment) (RSPF mode)?

48-1

6-D Scan image magnification ratio adjustment (sub scanning direction)

(Manual adjustment) (RSPF mode)

48-1

ADJ7 Scan image off-center adjustment (Manual

adjustment)

7-A Scan image off-center adjustment (Manual adjustment) (Document table

mode)

50-12

7-B Scan image off-center adjustment (Manual adjustment) (RSPF mode) 50-12/50-6

ADJ8 Copy image position and image loss

adjustment (Manual adjustment)

8-A Copy image position, image loss, and void area adjustment (Manual

adjustment) (Document table mode)

50-1

8-B Copy image position, image loss, void area adjustment (Manual

adjustment) (RSPF mode)

50-6

ADJ 9 Color balance/density adjustment 9-A Scanner calibration (Scanner calibration) 63-3

9-B

Copy/Printer color balance and density adjustment (Automatic adjustment) (Basic adjustment)

46-24

9-C Copy color balance and density adjustment (Manual adjustment) 46-21 9-D Copy / Image send / FAX image quality adjustment (Individual adjustment) 46-1

9-E

Monochrome copy density adjustment (for each monochrome copy mode) (separately for the low-density area and the high-density area) (No need to adjust normally)

46-2

9-F

Automatic monochrome (Copy) mode document density scanning operation (exposure operation) conditions setting (Normally n o need to set)

46-19

9-G

Document low density image density reproduction adjustment in the automatic (Copy/Scan/FAX) mode No need to adjust normally) (Background density adjustment in the scanning section)

46-32

9-H Color copy simple density adjustment 46-27 9-I

Monochrome (Copy/Scan/FAX) mode col or document reproduction adjustment (No need to adjust normally)

46-37

9-J

Copy high density image density reproduction setting (Normally unnecessary to the setting change)

46-23

9-K

RSPF mode (Copy/Scan/FAX) density adjustment (No need to adjust normally)

46-9

9-L

Automatic color balance adjustment by t

he user (Color balance automatic

adjustment ENABLE setting and adjustment)

26-53

9-M

Copy gamma, color balance adjustment for each dither (Automatic adjustment)

46-54

‘13/Aug

‘13/Oct

Page 36

MX-C250 ADJUSTMENTS 5 – 2

3. Details of adjustment

ADJ 1 Adjusting high voltage values

1-A Adjust the main charger grid voltage

This adjustment is needed in the following situations: * When the high voltage power PWB is replaced. * U2 trouble has occurred.

1) Enter the SIM 8-2 mode.

2) Enter the adjustment value (specified value) in the middle speed mode, and press [OK] key.

3) When [EXECUTE] key is pressed, the voltage entered in the procedure 3 is outputted for 30sec and the set value is saved.

When [EXECUTE] key is pressed, the output is stopped. Enter the adjustment value of each mode which is specified on

the label attached on the high voltage power PWB.

NOTE:

Note that the adjustment value may differ depending on the high voltage power PWB.

Since the adjustment value label is attached on the high voltage PWB, the PWB must be removed in order to check the adjustment value.

This is a troublesome procedure. Therefore, it is advisable to put down the adjustment value in advance.

GBK:XXX GBC:XXX GBM:XXX GBY:XXX When the adjustment value (specified value) of the middle speed

mode is set, the adjustment values of the other modes are automatically set according to the middle speed mode setting in a certain relationship.

NOTE:

Since the high voltage output cannot be checked with a digital multi meter in this model, a judgment of the output must be made by checking the print image quality.

1-B Adjust the developing bias voltage

This adjustment is needed in the following situations: * When the high voltage power PWB is replaced. * U2 trouble has occurred.

1) Enter the SIM 8-1 mode..

2) Enter the adjustment value (specified value) in the middle speed mode, and press [OK] key.

3) When [EXECUTE] key is pressed, the voltage entered in the procedure 3 is outputted for 30sec and the set value is saved.

When [EXECUTE] key is pressed, the output is stopped. Enter the adjustment value of each mode which is specified on

the label attached on the high voltage power PWB.

NOTE:

Note that the adjustment value may differ depending on the high voltage power PWB.

Since the adjustment value label is attached on the high voltage PWB, the PWB must be removed in order to check the adjustment value.

This is a troublesome procedure. Therefore, it is advisable to put down the adjustment value in advance.

ADJ10 Printer color balance/density adjustment 10-A Printer color balance adjustment (Manual adjustment) 67-25

10-B

Printer density adjustment (low density part density adjustment) (Normally unnecessary to adjust)

67-36

10-C

Printer high density part density correction setting (high density part tone gap countermeasure) (Normally unnecessary to the setting change)

67-34

ADJ 11 Fusing paper guide position adjustment

Job

Adjustment item list Simulation

Item/Display Content Setting range

1 M_GB_K K charging/grid bias set

value at middle speed

150 - 850

2 M_GB_C C charging/grid bias set

value at middle speed

150 - 850

3 M_GB_M M charging/grid bias set

value at middle speed

150 - 850

Sim08-02 MHV/GRID OUTPUT

1: MIDDLE 2: LOW

㻌㻌㻌㻌㻌㻌㻌㻌㻌㻌 00

㻌㻌㻌㻌㻌㻌㻌

4 M_GB_Y Y charging/grid bias set

value at middle speed

150 - 850

5 L_GB_K K charging/grid bias set

value at low speed

150 - 850

6 L_GB_C C charging/grid bias set

value at low speed

150 - 850

7 L_GB_M M charging/grid bias set

value at low speed

150 - 850

8 L_GB_Y Y charging/grid bias set

value at low speed

150 - 850

Item/Display Content Setting range

Sim08-01 MHV/GRID OUTPUT

1: MIDDLE 2: LOW

㻌㻌㻌㻌㻌㻌㻌㻌㻌㻌 00

㻌㻌㻌㻌㻌㻌㻌

Page 37

MX-C250 ADJUSTMENTS 5 – 3

DVK:XXX DVC:XXX DVM:XXX DVY:XXX When the adjustment value (specified value) of the middle speed

mode is set, the adjustment values of the other modes are automatically set according to the middle speed mode setting in a certain relationship.

NOTE:

Since the high voltage output cannot be checked with a digital multi meter in this model, a judgment of the output must be made by checking the print image quality.

1-C Transfer voltage adjustment

This adjustment is needed in the following situations: * When the high voltage PWB is replaced. * U2 trouble has occurred.

1) Enter the SIM 8-6 mode.

Item/Display Content

Setting

range

1 M DVB_K K developing bias set value

at middle speed

0-600

2 M DVB_C C developing bias set value

at middle speed

0-600

3 M DVB_M M developing bias set value

at middle speed

0-600

4 M DVB_Y Y developing bias set value

at middle speed

0-600

5 L DVB_K K developing bias set value

at low speed

0-600

6 L DVB_C C developing bias set value

at low speed

0-600

7 L DVB_M M developing bias set value

at low speed

0-600

8 L DVB_Y Y developing bias set value

at low speed

0-600

Sim08-06 THV OUTPUT

1.䠖 TC1

2.䠖 TC2㻌㻌㻌㻌

3.䠖 TC2 CLEAN

㻌㻌㻌㻌㻌㻌㻌㻌㻌㻌㻌㻌㻌㻌㻌㻌㻌㻌㻌㻌㻌 010㻌

Page 38

MX-C250 ADJUSTMENTS 5 – 4

2) Select an item to be adjusted. Enter the adjustment value (specified value), and press [OK] key. When [EXECUTE] key is pressed, the voltage entered in the procedure 3 is outputted for 30sec and the set value is saved. When [EXECUTE] key is pressed, the output is stopped. By setting the default value (specified value), the specified output is provided.

ADJ 2 Image density sensor (image

registration sensor) adjustment

There are some parts variations in the image density sensor section. Therefore, the absolute detection level differs in each machine. To correct this, calibration is executed.

This adjustment is needed in the following situations: * When the color image density sens or (image registration sensor

F) is replaced. * When the image registration sensor unit is replace. * U2 trouble has occurred. The targets of the adjustment are the color image density sensor

(image registration sensor F) and the black image density sensor (image registration sensor R). There are following adjustment methods.

* Color image density sensor (image registration sensor F) calibra-

tion SIM44-13 * Color image density sensor (Image registration sensor F) calibra-

tion value setting (SIM44-61) * Black image density sensor (image registration sensor R) cali-

bration SIM44-2 NOTE:

The color image density sensor detects color image density and image registration on front frame side, the black image density sensor detects black image density and image registration on rear frame side. That is, two functions is assigned to each one sensor.

Before executing this adjustment, check to confirm the following items.

* Check to confirm that the color image density sensor (image reg-

istration sensor F) and the black image density sensor (image registration sensor R) are clean.

* Check to confirm that the image density sensor calib ration plate

is clean.

* Check to confirm that the transfer belt is clean and free from

scratches.

Item/Display Content Adjustment

range

Default value

TC1

T1 LO CL K

Primary transfer bias adjustment value

Color mode

Low speed mode 0 to 255 95 2T1 MI CL K Middle speed mode 0 to 255 146 3 T1 LO CL CMY

CMY

Low speed mode 0 to 255 139 4 T1 MI CL CMY Middle speed mode 0 to 255 186 5 T1 LO BW K

Black/White mode K

Low speed mode 0 to 255 95 6T1 MI BW K Middle speed mode 0 to 255 146 1

TC2

T2 PLN CL S

Secondary transfer bias adjustment value

Color mode

Standard paper mode

Front surface mode 0 to 255 103 2 T2 PLN CL D Back surface mode 0 to 255 96 3 T2 PLN BW S

Black/White mode

Front surface mode 0 to 255 90 4 T2 PLN BW D Back surface mode 0 to 255 83 5 T2 HEV1 CL S

Color mode

Heavy paper mode

Front surface mode 0 to 255 83 6 T2 HEV1 CL D Back surface mode 0 to 255 76 7 T2 HEV1 BW S

Black/White mode

Front surface mode 0 to 255 76 8 T2 HEV1 BW D Back surface mode 0 to 255 69 9 T2 OHP CL Color mode

OHP

0 to 255 69

10 T2 OHP BW Black/White mode 0 to 255 69

11 T2 ENV CL Color mode

Envelope

0 to 255 69 12 T2 ENV BW Black/White mode 0 to 255 69 13 T2 THIN CL Color mode

Thin paper

0 to 255 96 14 T2 THIN BW Black/White mode 0 to 255 90 15 T2 GLOS CL Color mode

Gloss paper

0 to 255 83 16 T2 GLOS BW Black/White mode 0 to 255 76

TC2 CLEA N

T2 MNS CLEAN

Secondary transfer cleaning bias adjustment value

Cleaning mode (-) 0 to 255 59 2 T2 PLS CLEAN Cleaning mode (+) 0 to 255 119 3 T2 COUNTER Counter (+) 0 to 255 119 4 T2 BTWN LO Low speed print mode (+) 0 to 255 0 5 T2 BTWN MI Middle speed print mode (+) 0 to 255 0

Page 39

MX-C250 ADJUSTMENTS 5 – 5

2-A Color image density sensor (image

registration sensor F), black image density sensor (image registration sensor R) adjustment

NOTE:

This adjustment executes automatically at the outset of registration adjustment operation and process control operation as well as SIM44-2.

Normally, therefore, it is not required to perform this adjustment. It is performed only when the sensor is replaced or when the adjustment result is checked.

1) Enter SIM44-2 mode.

2) Press [START] key. The color image density sensor (image registration sensor F),

the black image density sensor (image registration sensor R) are automatically adjusted.

After completion of the adjustment, the adjustment result is displayed and [EXECUTE] key returns to the normal display.

If the adjustment is not completed normally, "ERROR" is displayed.

When an error occurs, check the following sections for any abnormality.

- Color image density sensor (image registration sensor F)

- Black image density sensor (image registration sensor R)

-MFP PWB

- Transfer belt (dirt, scratch)

- Transfer belt cleaner

- Color image sensor calibration plate If any abnormality is found, repair and adjust again. If an error occurs, the adjustment result is not revised.

ADJ 3 Image skew adjustment

(LSU unit)

This adjustment is needed in the following situations: * When the color shift occurs. * When the LSU unit is re placed. * When the LSU unit is removed from the main unit. * When a color image registration mistake occurs. * When the unit is installed or when the installing site is changed.

(Required depending on the cases.)

* When there is an uneven density area or a difference in color

balance in the main scanning direction (back and forth).

* When the color phase is not matched by the color balance

adjustment. * When the OPC drum drive unit is replaced. * When the primary tran sfer unit is replaced. The image skew adjustment (LSU unit) is performed by changing

the parallelism of the LSU unit scan laser beams for the OPC drum.

No Display/Item Content 1 P_F_CL_ka F side image sensor adjustment value 2 P_F LED ADJ F side image senso r light emitting quantity

adjustment value

3 P_R LED ADJ R side image sensor light emitting quantity

adjustment value

4 P_F_CL_DARK F side Dark voltage of color 5 P_F DARK F side Dark voltage of sensor 6 P_R DARK R side Dark voltage of sensor 7 P_F GRND Belt base detection level when completion of

Item D adjustment

8 P_F BELT MAX Maximum value of belt base detection level 9 P_F BELT MIN Minimum value of belt base detection level 10 P_R GRND Belt base detection level when completion of

Item F adjustment

11 P_R BELT MAX Maximum value of belt base detection level 12 P_R BELT MIN Minimum value of belt base detection level

Sim44-02 PROCON GAIN ADJ

Press OK Key EXEC

Sim44-02 PROCON GAIN ADJ

EXEC

Sim44-02 PROCON GAIN ADJ 1/6

P_F_CL_ka 348 P_F_LED_ADJ 37 P_R_LED_ADJ 36 P_F_CL_DARK 8

OK/START

Adjustment is finished.

13 REG_F BELT

MAX

Maximum value of belt base detection level (F side)

14 REG_F BELT

MIN

Minimum value of belt base detection level (F side)

15 REG_R BELT

MAX

Maximum value of belt base detection level (R side)

16 REG_R BELT

MIN

Minimum value of belt base detection level (R side)

17 REG_F

PATCH(K)

Patch detection level F for check (K)

18 REG_F

PATCH(C)

Patch detection level F for check (C)

19 REG_F

PATCH(M)

Patch detection level F for check (M)

20 REG_F

PATCH(Y)

Patch detection level F for check (Y)

21 REG_R

PATCH(K)

Patch detection level R for check (K)

22 REG_R

PATCH(C)

Patch detection level R for check C

23 REG_R

PATCH(M)

Patch detection level R for check (M)

24 REG_R

PATCH(Y)

Patch detection level R for check (Y)

Error display Error content

CL_SEN_ADJ_ERR Color image sensor adjustment abnormality BK_SEN_ADJ_ERR

Black image density sensor adjustment abnormality

P_F_CL_ka F side image sensor adjustment abnormality P_F_GRND

Belt base detection level when completion of Item F adjustment abnormality

P_R_GRND

Belt base detection level when completion of

Item R adjustment abnormality REG_F_LED_ADJ Registr at i on se nsor F adjustment abnormality REG_R_LED_ADJ Registration sensor R adjustment abnormality REG_F_GRND Belt base detection level (F side) abnormality REG_R_GRND Belt base detection level (R side) abnormality

Page 40

MX-C250 ADJUSTMENTS 5 – 6

NOTE:

Before execution of the this adjustment, perform the following procedures in advance for better efficiency of the adjustment.

The black (K) image skew, however, must be properly adjusted for that.

1) In the SIM50-22 mode, select ALL mode to perform the automatic image registration adjustment.

2) The current skew level is displayed on the SKEW display menu.

3) Put down the displayed skew level value.

(Meaning of the skew level value) * When nothing is displayed in front of “SKEW_*”, tu rn the skew

adjustment screw (LSU) clockwise by the value (angle).

* When "-" is displayed in front of “SKEW_*”,, turn the skew adjust-

ment screw (LSU) counterclockwise by the value (angle).

NOTE:

The K (Black) image skew level cannot be checked with SIM50-22.

Procedure 1

(1)Copy color balance, densit y and skew check

Make a copy of the servicing color test chart (UKOG0326FCZZ/UKOG-0326FC11) by folding the chart in half, and check that they are proper.

[Check with the servicing color test chart (UKOG-0326FCZZ/ UKOG-0326FC11)]

In the copy color balance check with the servicing color test chart, check to insure the following conditions.

Page 41

MX-C250 ADJUSTMENTS 5 – 7

a. Color copy check items (Check to confirm the following:)

When using the servicing color test chart, fold or separate the chart.

a) There are 8 void areas. b) Registrations (one point for the main scanning, and one

point for the sub scanning) are not shifted.

c) The resolution of 5.0 can be seen.

d) The color difference in gray balance between the F and

the R sides is not so great. e) There are no white and black streaks. f) Color texts are clearly reproduced. g) The background density is not so light.

Page 42

MX-C250 ADJUSTMENTS 5 – 8

b. Monochrome copy check items (Check to confirm the following:)

When using the servicing color test chart, fold or separate the chart.

a) There are 8 void areas.

b) The resolution of 4.0 can be seen. c) The density difference between the F and the R sides is

not so great. d) There are no white and black streaks. e) The background density is not so light. f) The black low-density gradation is copied slightly.

Page 43

MX-C250 ADJUSTMENTS 5 – 9

4) If the printing result has no skew part, this is the end of the procedure. Skew adjustment does not need to be done. If the printing result has skew areas, proceed to the next step.

5) Remove the paper tray.

6) If there are several skewed areas on the test printing result, turn all the LSU skew adjustment screws shown in the figure * To make "SKEW_*" values in the following ranges, turn the LSU skew adjustment screws clockwise direction (a) or counterclockwise direction (b). SKEW_C : +/-30, SKEW_M : +/-40, SKEW_C : +/-20

7) Fix the paper tray. .

8) Repeat the procedures 2) to 4) again, and check to confirm that C, M, and Y (SKEW) result in "OK" being displayed on the operation panel. If any of them is NG, turn the LSU skew adjustment screw of the corresponding color to adjust.

Procedure 2

1) Enter SIM61-4 mode.

2) Select the tray with A4 (11" x 8.5") paper in it.

3) Press [EXECUTE] key. The check pattern is printed out.

4)Remove the paper tray. .

5)If there are several skewed areas on the test printing result, turn all the LSU skew adjustment screws shown in the figure * To make "SKEW_*" values in the following ranges, turn the LSU skew adjustment screws clockwise direction (a) or counterclockwise direction (b). SKEW_C : +/-30, SKEW_M : +/-40, SKEW_C : +/-20

6) Fix the paper tray. .

7) Repeat the procedures 2) to 4) again, and check to confirm that

C, M, and Y (SKEW) result in "OK" being displayed on the oper-

ation panel. If any of them is NG, turn the LSU skew adjustment screw of the corresponding color to adjust.

8) When the adjustment is made by turning the LSU skew adjust ment screw of K, the states of C, M and Y (SKEW) are changed. Execute SIM50-22 to check to confirm that C, M, and Y (SKEW) result in "OK" being displayed on the operation panel. Image registration adjustment is done automatically and SKEW _C, M, Y value is displayed.

Sim61-04 LSU POSITION ADJ

1䠖 MULTI COUNT 1㻌 2䠖 PAPE R 㻌㻌㻌㻌 2

[ 1 – 999] 㻌㻌㻌㻌㻌㻌㻌㻌㻌㻌㻌 10

Page 44

MX-C250 ADJUSTMENTS 5 – 10

9) If there are several skewed areas on the test printing result, turn all the LSU skew adjustment screws shown in the figure * To make "SKEW_*" values in the following ranges, turn the LSU skew adjustment screws clockwise direction (a) or counterclockwise direction (b). SKEW_C : +/-30, SKEW_M : +/-40, SKEW_C : +/-20

10) Enter the SIM61-4 mode and perform the procedures of 2) - 3). Check the printed color image skew pattern.

In each Y/M/C color print pattern printed separately in the F side and in the R side, note the same print color pattern and check to confirm that the front frame side and the rear frame side are in the same condition.

Rough adjustment pattern check:

Check the sub scan rough adjustment color image shift check section on the R side and the F side of each color, use the black scale of "0" as the center reference, and check the balance in shifts of the color image line positions in the positive and the negative directions. The balance in the R side must be the same as that in the F side.

Page 45

MX-C250 ADJUSTMENTS 5 – 11

Fine adjustment pattern check:

Check the square frames on the R side and the F side of each color. (Normally five sections of high density can be seen.) Check the sub scanning direction position of the center area of high density (one of the above five sections). These must be on the same position on the R side and the F side.

In this case, use the sub scan direction color image shift check scale (fine adjustment) as the reference.

Visually check the color density and make the darkest section as the center, and use it as the read value of the shift amount.

Check that the difference in the center position of the dark density section is within +/- 2 step.

The positional relations of the front and the rear frame of the print color patterns of a same color are compared. There is no need that all the colors are in the same state. Compare only the positional relations of color patterns of a same color.

If the above condition is not met, do the following:

11) Turn the image skew adjustment screw of the target color to

adjust. Relationship between the adjustment screw rotating angle and

the change in the adjustment image position: Adjustment screw rotating angle (degree) = Image shift

amount (Adjustment scale) x10

Repeat procedures 10) - 11) until a satisfactory result is obtained.

ADJ 4 Print image position, image

magnification ratio, void area, off-center adjustment (Print engine) (Manual adjustment)

Only when the manual adjustment is required, execute this adjustment.

4-A Prin t ima ge mag n ifi ca ti on ra ti o adj us tm en t

(main scanning direction) (Print engine) (Manual adjustment)

This adjustment must be performed in the following cases: * When the LSU (writing) unit is replaced. * When each unit is replaced or fixed. * When the void amount is changed by the maintenance

* When MFP PWB is replaced. * U2 trouble has occurred.

1) Enter the SIM 50-10 mode.

2) Set A4 (11" x 8.5") paper in the paper feed tray.

3) Select the paper feed tray set in procedure 2) with [UP] or [DOWN] keys.

4) Press [EXECUTE] key. The check pattern is printed out.

5) Measure the length of 14 squares around the center part of the test print and check whether the length is 140 +/- 0.7mm.

If the above requirement is not met, do the following steps.

6) Change the set value of set item A. When the set value is changed by 1, the dimension is changed

by 0.1mm. When the set value is increased, the BK image magnification

ratio in the main scanning direction is increased. When the set value is decreased, the BK image magnification ratio in the main scanning direction is decreased.

Repeat procedures 2) - 6) until a satisfactory result is obtained. * After performing this adjustment, perform SIM50-22 image registration adjustment.

Sim50-10 PAPER OFFSET

㸸 BK-MAG 100

㸸 MAIN-MFT 50

㸸 MAIN-CS2 50

1 / 3 [ 60/ 140]

Sim50-10 PAPER OFFSET

㸸 BK-MAG 101

㸸 MAIN-MFT 50

㸸 MAIN-CS2 50

1 / 3 [ 60/ 140]

140 +/- 0.7mm

Paper exit direction

Page 46

MX-C250 ADJUSTMENTS 5 – 12

4-B Print image print area adjustment

(Print engine) (Manual adjustment)

This adjustment must be performed in the following cases: * When the LSU is replaced or removed. * When a paper tray is replaced. * When the paper tray section is disassembled. * When the manual feed tray is replaced. * When the manual feed tray is disassembled. * When the duplex mode paper transport section is disassembled. * When the registration roller section is disassembled. * When the MFP PWB is replaced. * U2 trouble has occurred.

Before execution of this adjustment, be sure to execute the print image magnification ratio adjustment (ADJ 4A) (main scanning direction) (print engine) (manual adjustment).

1) Enter the SIM 50-10 mode.

2) Set A4 (11 x 8.5") paper to all the paper feed trays. Select an adjustment item of the target paper feed tray among items B N and enter the adjustment value. Then select item "10" to select the paper feed tray which is to be used for executing test printing.

3) Press [PRINT] key. The adjustment pattern is printed.

4) Check the adjustment pattern to confirm that the items below are in the range of the standard values.

If the above condition is not satisfied, or if it is set to a desired condition, execute the simulation 50-10.

Feed paper from all the paper feed trays to confirm.

5) Enter the SIM 50-10 mode.

6) Select an adjustment item with the [UP] and [DOWN] key, enter the adjustment value, and press [OK] key.

Content Standard adjustment value

X Lead edge void area

More than 4.5mm less than 5.5mm

(

total of X/Y is less than 8.0mm

X(Lead edge) is less than 5.5mm)

Y Rear edge void area

More than 2.0mm less than 3.5mm

(total of X/Y is less than 8.0mm)

Z1/Z2FRONT/REAR void

area

total of less than +/- 8.0mm

Sim50-10 PAPER OFFSET

㸸 BK-MAG 100

㸸 MAIN-MFT 50

㸸 MAIN-CS2 50

1 / 3 [ 60/ 140]

Sim50-10 PAPER OFFSET

㸸 BK-MAG 101

㸸 MAIN-MFT 50

㸸 MAIN-CS2 50

1 / 3 [ 60/ 140]

Item/Display

Content

Set-

ting

range

Default

value

1 BK-MAG Main scanning printing scale 60-

140

100

2MAIN-

MFT

Printing off center adjustment value (MFT)

1 - 99 65

3MAIN-

CS1

Printing off center adjustment value (CS1)

1 - 99 65

4MAIN-

CS2

Printing off center adjustment value (CS2)

1 - 99 50

5MAIN-

ADU

Printing off center adjustment value (ADU)

1 - 99 50

Paper exit direction

:

:

Z1+Z2 = 8.0mm or less

X : More than 4.5mm less than 5.5mm (total of X/Y is less than 8.0mm X(Lead edge) is less than 5.5mm)

Y : More than 2.0mm less than 3.5mm (total of X/Y is less than 8.0mm)

Sim50-10 PAPER OFFSET

㸸 BK-MAG 100

㸸 MAIN-MFT 50

㸸 MAIN-CS2 50

1 / 3 [ 60/ 140]

Sim50-10 PAPER OFFSET

㸸 BK-MAG 101

㸸 MAIN-MFT 50

㸸 MAIN-CS2 50

1 / 3 [ 60/ 140]

‘13/Aug

Page 47

MX-C250 ADJUSTMENTS 5 – 13

When the adjustment value is increased, the void area is increased. When the adjustment value is decreased, the void area is decreased.

When the adjustment value is changed by 1, the void area is changed by 0.1mm.

When the amount of the rear edge void is different between each paper feed tray, change the adjustment value of item (DENB-XXX) in SIM50-1 and adjust.

The adjustment item (DENB) have a effect on the paper of all paper feed tray.

That is, adjustment value of item (DENB-XXX) fine adjusts to adjustment item (DENB) for each paper tray.

After execution of the above, perform procedures 1) - 4) to check that the void area is within the specified range.

Though the lead edge void area adjustment value is proper, if the lead edge void area is not within the specified range, change the adjustment value of item (RRCB-XXX) in SIM 50-1.

The adjustment value and the actual void area are related as follows:

Adjustment value/10 = shift amount

Repeat the above procedures until a satisfactory result is obtained.

4-C Print image position adjustment (Off-center

direction, Paper transport direction adjustment)

(Main scanning direction) is performed. * When the manual feed tray is replaced. * When the manual feed tray is disassembled. * When the duplex mode paper transport section is disassembled. * When the registration roller section is disassembled. * When the MFP PWB is replaced. * U2 trouble has occurred.

Before execution of this adjustment, check to insure the following item.

* The print image magnification ration adjustment (ADJ 5A) (main

scanning direction) (Print engine) (Manual adjustment) has been

properly adjusted.

1) Set A4 (11" x 8.5") paper in the paper feed tray selected .

2) Put the servicing color test chart (UKOG-0326FCZZ/UKOG-

0326FC11) on the document glass. Then, press [EXECUTE] key. The adjustment pattern is printed.

3) Check that the adjustment pattern image is printed in the cor-

rect position.

Measure the dimension of the void area shown in the figure in the off-center and the paper transport direction of the adjustment pattern, and check that all the following conditions are satisfied.

Off-center direction + Paper transport direction +/- 4.0mm Off-center direction = 2.0 +/- 2.0mm Paper transport direction = 2.0 +/- 2.0mm

If the above requirement is not met, do the following steps.

4) Enter SIM 50-10 mode.

5) Select the target paper feed tray (MAIN-XX) with the [UP] and [DOWN] keys.

6) Change the adjustment value. Enter the adjustment value and press the [OK] key . When [OK] key is pressed, the adjustment pattern is printed. When the adjustment value is increased, the adjustment pat-

tern is shifted to the front frame side. When it is decreased, the adjustment pattern is shifted to the rear frame side.

When the set value is changed by 1, the shift distance is changed by about 0.1mm.

Repeat procedures 3) - 6) until the conditions of procedure 5) are satisfied.

6SUB-

MFT

Registration moto ON timig adjustment

MFT 1 - 99 60

7 SUB-CS1 CS1 1 - 99 60 8SUB-

DSK

DSK 1 - 99 50

9SUB-

ADU

ADU 1 - 99 50

Item/Display

Content

Setting

range

Default

value

Display/Item Content Setting range

NO Not select 1

Sim50-10 PAPER OFFSET

1䠖 BK-MAG 100㻌 2䠖 MAIN-MFT 3䠖 MAIN-CS2 1 / 3 [ 60/ 140] 㻌㻌 100

Sim50-10 PAPER OFFSET

1䠖 BK-MAG 101㻌 2䠖 MAIN-MFT 3䠖 MAIN-CS2 1 / 3 [ 60/ 140] 㻌㻌 101

50 50

Page 48

MX-C250 ADJUSTMENTS 5 – 14

In case a satisfactory result cannot be obtained by repeating the above procedures, perform the following procedure.

7) Loosen the paper feed tray off-center adjustment screws (2 pcs.) at the center section of the lift plate of the paper feed tray, and change the gear unit position in the front/rear frame direction. Repeat the adjustment procedures from 4).

Only when the manual adjustment is required, execute this adjustment.

ADJ 5 Print engine image distortion

adjustment / OPC drum phase adjustment / Color registration adjustment (Print engine section)

This adjustment must be performed in the following cases: * When the color shift occurs. * When the LSU is replaced. * When the LSU is removed from the main unit. * When the unit is installed or when the installing place is changed. * When maintenance work is performed. (Replacement of the

OPC drum, the OPC cartridge, the transfer unit, the transfer belt, etc.)

* When [ADJ 6A] Print engine image magnification ratio adjust-

ment (BK) (main scanning direction) is performed. * U2 trouble has occurred. * When the MFP PWB is replaced. * When the color phase is not proper even after execution of the

color balance adjustment. * When the OPC drum drive section is disassembled. * When the primary transfer unit is replaced. (when it is re moved

from the machine) * When the developing unit or the OPC drum unit is removed from

the machine.

5-A Print engine image distortion adjustment

(Manual adjustment) / OPC drum phase adjustment (Automatic adjustment) / Color registration adjustment (Automatic adjustment)

This adjustment performs the print engine image distortion adjustment, the OPC drum phase adjustment, and the color registration adjustment simultaneously.

1) Enter SIM50-22 mode.

2) Press [OK] key. [EXECUTE] is highlighted and the image registration auto-

matic adjustment is started. (It takes about 15 sec to complete the adjustment.)

3) When the adjustment is completed, [EXECUTE] returns to the normal display, and the value of the adjustment result is displayed.

The current skew level for each color is displayed on the SKEW display section.

Display/Item Content Display

SKEW_K

Print skew amount calculation result (Cyan)

-99.9 - 99.9

SKEW_C

Print skew amount calculation result (Cyan)

-999 - 999

SKEW_C(DIF)

Print skew amount calculation result (Cyan) (Difference from the previous adjustment value)

-1999 - 1999

Sim50-22 AUTO REGIST ADJ

Press OK Key EXEC

Sim50-22 AUTO REGIST ADJ

EXEC

Sim50-22 AUTO REGIST ADJ㻌㻌㻌㻌(1/6)

REGIST_SUB_C 00.0

REGIST_SUB_C(DIF) 00.0 REGIST_MAIN_C_F 00.0 REGIST_MAIN_C_F(DIF) 00.0

Sim50-22 AUTO REGIST ADJ㻌㻌㻌㻌(1/7)

SKEW_K 00.0 SKEW_C 00.0 SKEW_C(DIF) 00.0 SKEW_M 00.0

Sim50-22 AUTO REGIST ADJ㻌㻌㻌㻌(7/7)

REGIST_MAIN_Y_R(DIF) 00.0 PHASE 00.0 PHASE before 00.0

Page 49

MX-C250 ADJUSTMENTS 5 – 15

4) Write down the displayed skew level. When "SKEW_*" values are in the following ranges, the adjustment needs not to be done. * To make "SKEW_*" values in the following ranges, turn the LSU skew adjustment screws clockwise direction (a) or counterclockwise direction (b). SKEW_C : +/-30, SKEW_M : +/-40, SKEW_C : +/-20

5) If there are several skewed areas on the test printing result, turn all the LSU skew adjustment screws shown in the figure to adjust, and perform the procedures 2) to 4).

Repeat the procedures 2) to 5) until the printing result has no skew area.

If the printing result has no skew area, the adjustment is finished.

For the adjustment, remove the paper tray, and turn the skew adjustment screw from the bottom of the main unit.

When the adjustment is made by turning the LSU skew adjustment screw of K, the states of C, M and Y (SKEW) are changed. Execute SIM50-22 to check to confirm that C, M, and Y (SKEW) are OK.

The adjustment result can be checked by the following manual adjustment mode. *ADJ 5B

Image skew adjustment (Manual adjustment) (SIM50-20)

*ADJ 5C

Color registration offset adjustment (SIM50-20)

When the color registration is greatly shifted due to replacement of the LSU, etc, if SIM50-22 is used to perform the color registration automatic adjustment, an error may occur.

In this case, the adjustment may be properly executed by setting the adjustment items A - I of SIM50-20 to "100" and executing the automatic adjustment again.

If color shift in an actual print image differs in the center, the front side, and the rear side, the color shift offset adjustment can improve it. (Refer to ADJ 5C.)

Normally there is a difference in color shift in several dots. Perform the adjustment only when the adjustment is required.

SKEW_M

Print skew amount calculation result (Magenta)

-999 - 999

SKEW_M(DIF)

Print skew amount calculation result (Magenta) (Difference from the previous adjustment value)

-1999 - 1999

SKEW_Y

Print skew amount calculation result (Yellow)

-999 - 999

SKEW_Y(DIF)

Print skew amount calculation result (Yellow) (Difference from the previous adjustment value)

-1999 - 1999

REGIST_SUB_ C

Registration adjustment value sub scanning direction (Cyan drum -> Black drum)

1.0 - 199.0

REGIST_SUB_ C(DIF)

Registration adjustment value sub scanning direction (Difference from the previous adjustment value) (Cyan drum to Black drum)

-199.9 - 199.9

REGISTMAIN_ C_F

Registration adjustment value main scanning direction (Cyan laser writing position F side)

1.0 - 199.0

REGISTMAIN_ C_F(DIF)

Registration adjustment value main scanning direction (Difference from the previous adjustment value) (Cyan laser writing position F side)

-199.9 - 199.9

REGISTMAIN_ C_R

Registration adjustment value main scanning direction (Cyan laser writing position R side)

10 - 1990

REGISTMAIN_ C_R(DIF)

Registration adjustment value main scanning direction (Difference from the previous adjustment value) (Cyan laser writing position R side)

-1999 - 1999

REGIST_SUB_ M

Registration adjustment value sub scanning direction (Magenta drum -> Black drum)

1.0 - 199.0

REGIST_SUB_ M(DIF)

Registration adjustment value sub scanning direction (Difference from the previous adjustment value) (Magenta drum to Black drum)

-199.9 - 199.9

REGIST_MAIN_ M_F

Registration adjustment value main scanning direction (Magenta laser writing position F side)

1.0 - 199.0

REGIST_MAIN_ M_F(DIF)

Registration adjustment value main scanning direction (Difference from the previous adjustment value) (Magenta laser writing position F side)

-199.9 - 199.9

REGIST_MAIN_ M_R

Registration adjustment value main scanning direction (Magenta laser writing position R side)

10 - 1990

REGIST_MAIN_ M_R(DIF)

Registration adjustment value main scanning direction (Difference from the previous adjustment value) (Magenta laser writing position R side)

-1999 - 1999

REGIST_SUB_ Y

Registration adjustment value sub scanning direction (Yellow drum -> Black drum)

1.0 - 199.0

REGIST_SUB_ Y(DIF)

Registration adjustment value sub scanning direction (Difference from t

he previous adjustment value) (Yel-

low drum -> Black drum)

-199.9 - 199.9

REGIST_MAIN_ Y_F

Registration adjustment value main scanning direction (Yellow laser writing position F side)

1.0 - 199.0

REGIST_MAIN_ Y_F(DIF)

Registration adjustment value main scanning direction (Difference from the previous adjustment value) (Yellow laser writing position F side)

-199.9 - 199.9

REGIST_MAIN_ Y_R

Registration adjustment value main scanning direction (Yellow laser writing position R side)

1.0 - 199.0

REGIST_MAIN_ Y_R(DIF)

Registration adjustment value main scanning direction (Difference from the previous adjustment value) (Yellow laser writing position R side)

-1999 - 1999

PHASE

OPC drum phase adjustment value (BK to CL)

0 - 359

PHASE before

OPC drum phase adjustment value (BK to CL)

0 - 359

Display/Item Content Display

Page 50

MX-C250 ADJUSTMENTS 5 – 16

5-B Print engine image skew (LSU skew)

adjustment (Manual adjustment) (No need to adjust normally)

If a more accurate adjustment than the automatic adjustment ADJ 5A is required, use this method of adjustment.

This adjustment is made by changing the parallelism of the LSU unit scan laser beams for the OPC drum.

1) Enter the SIM 50-20 or 64-01 mode.

2) Select the paper feed tray with A4(11"x8.5") paper in it, and press [START] key.

3) The image skew (image registration) adjustment pattern is printed.

4) Check the printed black image for any skew. Use the four cross points printed in black to measure the

squareness. There are following two methods of checking the black image

for any skew (right angle).

Method 1

Measure the distances between opposing corners of the rectangle print pattern, and compare the two distances to check the squareness.

Method 2

Check the squareness of the vertical and horizontal sides of the rectangle print pattern by using A4(11"x8.5") paper sides.

In the case of Method 2, the right angle of paper to be used may not be exact. Be sure to check the right angle of paper to be used in advance.

Method 1

Measure the length of the diagonal lines of the rectangle print pattern.

Calculate the difference between the measured lengths C and D of the diagonal lines.

Check to insure that the difference between C and D is in the following range.

C - D = 0.8mm If the difference between C and D is in the above range, there

is no need to adjust.

Method 2

Fit the side of A4(11"x8.5") paper to the long side of the rectangle print pattern.

Measure the slant (skew) of the vertical side for the horizontal side of paper as shown in the figure.

If the above distance is 0.5mm or less, there is no need to adjust.

If the above condition is not satisfied, perform the following procedure.

5) Open the front cover, remove the waste toner box, and turn the four LSU image skew adjustment screws in the same direction by the same amount.

For the adjustment, remove the front cover and the waste toner box, and turn the skew adjustment screw.

(Skew adjustment screw rotation direction)

When C is greater than D in the method 1 or there is some skew in the direction A in the method 2, turn the screw clockwise.

When C is smaller than D in the method 1 or there is some skew in the direction B in the method 2, turn the screw counterclockwise.

(Reference of the rotation amount of the skew adjustment screw)

In case of the method 1, 0.8mm/about 1.5 rotations In case of the method 2, 0.5mm/about 1.5 rotations Repeat the procedures 2) to 6). After completion of the black image skew adjustment, go to the

procedure 7).

6) Perform the same procedures as 1) and 2).

7) Check the printed color image for any skew. If the difference between the shift amounts on the F and R

sides is within +/- 1 scale of the fine adjustment check scale, there is no need to perform the adjustment.

Measure the skew amount from the print patterns on the front and rear sides of each color.

Page 51

MX-C250 ADJUSTMENTS 5 – 17

In each Y/M/C color print pattern printed separately in the F side and in the R side, note the same print color pattern and check to confirm that the F side and the R side look identical.

Rough adjustment pattern check:

Check the sub scan rough adjustment color image shift check section on the R side and the F side of each color, use the center position of the black scale as the reference, and check the balance in shifts of the color image line positions in the positive and the negative directions. The balance in the R side must be the same as that in the F side.

Fine adjustment pattern check:

In this case, use the sub scan direction color image shift check scale (fine adjustment) as the reference.

Visually check the color density and make the darkest section as the center, and use it as the read value of the shift amount.

Check that the difference in the center position of the dark density section is within +/-1 step.

If the above condition is not satisfied, perform the following procedure.

8) Turn the LSU skew adjustment screw of the adjustment target color to adjust.

(Skew adjustment screw rotation direction)

When the F side is skewed to the right side for R side: Turn the screw clockwise.

When the F side is skewed to the left side for the R side: Turn the screw counterclockwise.

(Reference of the rotation amount of the skew adjustment screw)

Skew of difference by one step between F and R sides (Difference by one scale of the fine adjustment check scale) / Turn for about 2 clicks.

Repeat the procedures 7) to 8) until a satisfactory result is obtained.

5-C Color registration offset adjustment

(No need to adjust normally)

This adjustment is used to set the offset value for the automatic color registration adjustment (ADJ 5A).

If there is any difference in color phase at the center and the four corners of an actual print image, this adjustment may improve it. Especially when there is any color shift at the center area, this adjustment may improve it effectively.

This adjustment cannot eliminate color shifts in all the areas, but average the overall color shifts.

After the automatic adjustment, use this color registration offset adjustment to correct color shift partially, performing the adjustment efficiently.

Before execution of this adjustment, check to confirm that the following adjustment has been properly made.

* ADJ 5A or ADJ 5B image skew adjustment (LSU unit)

[Kinds of adjustment values]

There are following two kinds of registration adjustment values.

- Base registration adjustment value: XXX(FRONT)/XXX(REAR) They are manual adjustment values and automatic adjustment

values, and reflected when the automatic registration adjustment is executed. It varies for every operation of the automatic registration adjustment.

- Offset adjustment values: OFFSETXXF/OFFSETXXR They are the offset adjustment values added to the above base

registration adjustment values, and are not changed unless SIM50-20 is executed to change.

1) Enter SIM50-20 mode.

2) Select the paper feed tray with A4(11"x8.5") paper in it.

3) Press [OK] key.

The color image registration check pattern is printed.

4) Check the color image registration.

There are 6 color image registration patterns in total; two on each of the F side, the R side, and the center. Check all the patterns to confirm that they are within the specified range. Also check to confirm that there is not much shift in each color image registration check pattern.

There are two kinds of adjustment: one in the main scanning direction and the other in the sub scanning direction. The vertical direction in the above figure is that in the main scanning direction, and the horizontal direction is that in the sub scanning direction.

A-sub

B-sub

A-main

B-main

Color image shift check section (Rough adjustment)

C (Image shift fine adjustment reference frame)

Color image shift check scale (Fine adjustment)

A-main: Main scan rough adjustment pattern A-sub: Sub scan rough adjustment pattern B-main: Main scan fine adjustment scale B-sub: Sub scan fine adjustment scale C: Main scan sub scan fine adjustment pattern

Page 52

MX-C250 ADJUSTMENTS 5 – 18

There are also two kinds of adjustments: the rough adjustment and the fine adjustment. Perform the rough adjustment then perform the fine adjustment.

For the main scan direction image registration, the offset on the F side, the R side, and at the center is independently adjusted.

If there is a difference in the sub scanning direction image registration between the F and R sides, perform the skew adjustment (ADJ 5A).

Check the print patterns of the rough adjustment and the fine adjustment of 18 check patterns.

How to check the rough adjustment pattern and input of the adjustment value:

Visually check the color image registration check section, use the center position of the black scale as the reference, and check the shift balance in the positive and negative directions at the color image line position.

Use the center position of the black scale as the reference, and check that the color image line is symmetrical in the positive side and the negative side.

If shift is in the arrow mark X1 and Y1, increase the adjustment value. If shift is in the arrow mark X2 and Y2, decrease the adjustment value.

The reference arrow on the check pattern faces the positive direction.

(Reference adjustment value)

1 scale/10 (When the set value is changed by 10, shift is made by 1 scale.)

How to check the fine adjustment pattern and input of the adjustment value:

Check to confirm that the darkest spot (one of 5 spots seen normally) is within the center area of the image registration adjustment reference frame in the square frame.

At that time, use the color image registration check scale (fine adjustment) as the reference.

Visually check and consider the darkest section of color density as the center, and measure the shift from it.

Check to confirm that the center of the dark density section is within +/- 1 step.

(If the fine adjustment print pattern is in the range of 0 +/- 1 for the fine adjustment reference pattern scale, there is no need to adjust.)

If shift is in the arrow mark X1 and Y1, increase the adjustment value. If shift is in the arrow mark X2 and Y2, decrease the adjustment value.

(Reference adjustment value)

1 scale/1 (When the set value is changed by 1, shift is made by 1 scale.)

If there is a considerable difference in color shift in the square and at the center area, perform the adjustment.

Select an adjustment item (OFF SET X F / OFF SET X R / OFF SET X S), and change the adjustment value to adjust.

OFF SET X F: F side main scanning direction registration offset set value (The color shift on the F side and at the center area is changed.)

OFF SET X D: R side main scanning direction registration offset set value (The color shift on the R side and at the center area is changed.)

OFF SET X S: Sub scanning direction registration offset set value (Color is shifted to the sub scanning direction overall.)

When the adjustment value of OFF SET X F and OFF SET X R are changed, the color at the center area will be affected. Consider this when executing the adjustment.

(Adjustment conditions and method)

T o adjust evenly overall, adjust so that the color shifts on the F side, the R aide and at the center are of the same level.

To adjust with the center area most focused, adjust so that the color shift at the center becomes smaller than that on the F side and the R side.

When the offset adjustment value is 0, if the color registration adjustment (automatic adjustment) is performed, the color shift on the F side and that on the R side are automatically adjusted to be smaller than that on the center area.

A-sub

B-sub

B-main A-main

X1X2

Y2Y1

Color image shift check section (Rough adjustment)

Color image shift check scale (Fine adjustment)

C (Image shift fine adjustment reference frame)

Display/Item Content Display

SKEW_K

Print skew amount calculation result (Cyan)

-99.9 - 99.9

SKEW_C

Print skew amount calculation result (Cyan)

-999 - 999

SKEW_C(DIF)

Print skew amount calculation result (Cyan) (Difference from the previous adjustment value)

-1999 - 1999

SKEW_M

Print skew amount calculation result (Magenta)

-999 - 999

SKEW_M(DIF)

Print skew amount calculation result (Magenta) (Difference from the pr evious adjustment value)

-1999 - 1999

SKEW_Y

Print skew amount calculation result (Yellow)

-999 - 999

SKEW_Y(DIF)

Print skew amount calculation result (Yellow) (Difference from the previous adjustment value)

-1999 - 1999

REGIST_SUB_ C

Registration adjustment value sub scanning direction (Cyan drum -> Black drum)

1.0 - 199.0

REGIST_SUB_ C(DIF)

Registration adjustment value sub scanning direction (Difference from the previous adjustment value) (Cyan drum to Black drum)

-199.9 - 199.9

REGISTMAIN_ C_F

Registration adjustment value main scanning direction (Cyan laser writing position F side)

1.0 - 199.0

REGISTMAIN_ C_F(DIF)

Registration adjustment value main scanning direction (Difference from the previous adjustment value) (Cyan laser writing position F side)

-199.9 - 199.9

REGISTMAIN_ C_R

Registration adjustment value main scanning direction (Cyan laser writing position R side)

10 - 1990

REGISTMAIN_ C_R(DIF)

Registration adjustment value main scanning direction (Difference from the previous adjustment value) (Cyan laser writing position R side)

-1999 - 1999

REGIST_SUB_ M

Registration adjustment value sub scanning direction (Magenta drum -> Black drum)

1.0 - 199.0

Page 53

MX-C250 ADJUSTMENTS 5 – 19

ADJ 6 Scan image magnification ratio

adjustment (Manual adjustment)

Only when the manual adjustment is required, execute this adjustment.

In other words, this manual adjustment is executed when a satisfactory result is not obtained from the automatic adjustment (ADJ

4).

6-A Scan image magnification ratio adjustment

(main scanning direction) (Manual adjustment) (Document table mode)

If the default adjustment value of the scan image magnification ration adjustment (main scanning direction) of SIM 48-1, copy image quality may be degraded. Therefore, this adjustment must be executed only when there is a special necessity.

This adjustment must be performed in the following cases: * When the copy magnification rati o in the copy image main scan-

ning direction is not properly adjusted. * When the scanner motor is replaced. * U2 trouble has occurred.

1) Place a scale on the document table as shown in the figure below.

2) Enter the SIM 48-1 mode.

3) Make a normal copy and obtain the copy magnification ratio. Press [CLOSE] key to shift from the simulation mode to the

copy mode, and make a copy.

4) Check that the copy magnification ratio is within the specified range (100 +/- 1.0%).

If the copy magnification ratio is within the specified range (100 +/-1.0%), the adjustment is completed. If the copy magnification ratio is not within the specified range, perform the following procedure.

5) Change the CIS (MAIN) adjustment value of Simulation 48-1. When the adjustment value is increased, the copy magnifica-

tion ratio is increased. When the adjustment value is changed by 1, the copy magnifi-

cation ratio is changed by about 0.02%. Repeat the procedures 3) - 5) until the copy magnification ratio

is within the specified range (100 +/- 1.0%).

6-B Scan image magnification ratio adjustment

(sub scanning direction) (Manual adjustment) (Document table mode)

This adjustment must be performed in the following cases: * When the copy magnification ratio in the copy image sub scan-

ning direction is not properly adjusted. * When the scanner motor is replaced. * U2 trouble has occurred. * When the MFP PWB is replaced. * When the EEPROM on the MFP PWB is replaced.

1) Place a scale on the document table as shown in the figure

below.

REGIST_SUB_ M(DIF)

Registration adjustment value sub scanning direction (Difference from the previous adjustment value) (Magenta drum to Black drum)

-199.9 - 199.9

REGIST_MAIN_ M_F

Registration adjustment value main scanning direction (Magenta laser writing position F side)

1.0 - 199.0

REGIST_MAIN_ M_F(DIF)

Registration adjustment value main scanning direction (Difference from the previous adjustment value) (Magenta laser writing position F side)

-199.9 - 199.9

REGIST_MAIN_ M_R

Registration adjustment value main scanning direction (Magenta laser writing position R side)

10 - 1990

REGIST_MAIN_ M_R(DIF)

Registration adjustment value main scanning direction (Difference from the previous adjustment value) (Magenta laser writing position R side)

-1999 - 1999

REGIST_SUB_ Y

Registration adjustment value sub scanning direction (Yellow drum -> Black drum)

1.0 - 199.0

REGIST_SUB_ Y(DIF)

Registration adjustment value sub scanning direction (Difference from the previous adjustment value) (Yellow drum -> Black drum)

-199.9 - 199.9

REGIST_MAIN_ Y_F

Registration adjustment value main scanning direction (Yellow laser writing position F side)

1.0 - 199.0

REGIST_MAIN_ Y_F(DIF)

Registration adjustment value main scanning direction (Difference from the previous adjustment value) (Yellow laser writing position F side)

-199.9 - 199.9

REGIST_MAIN_ Y_R

Registration adjustment value main scanning direction (Yellow laser writing position R side)

1.0 - 199.0

REGIST_MAIN_ Y_R(DIF)

Registration adjustment value main scanning direction (Difference from the previous adjustment value) (Yellow laser writing position R side)

-1999 - 1999

PHASE

OPC drum phase adjustment value (BK to CL)

0 - 359

PHASE before

OPC drum phase adjustment value (BK to CL)

0 - 359

Display/Item Content Display

Sim48-01 MAGNIFICATION ADJ

1䠖 CCD (MAIN) 50㻌 2䠖 CCD (SUB) 3䠖 SPF (MAIN) 1 / 3 [ 1/ 99] 㻌㻌 50

Page 54

MX-C250 ADJUSTMENTS 5 – 20

2) Enter the SIM 48-1 mode.

3) Make a normal copy and obtain the copy magnification ratio. Go to the copy mode, and make a copy.

4) Check that the copy magnification ratio is within the specified range (100 +/- 1.0%).

If the copy magnification ratio is within the specified range (100 +/- 1.0%), the adjustment is completed. If the copy magnification ratio is not within the specified range, perform the following procedure.

5) Change the CIS (SUB) adjustment value of Simulation 48-1. When the adjustment value is increased, the copy magnifica-

tion ratio in the sub scanning direction is increased. When the adjustment value is changed by 1, the copy magnifi-

cation ratio is changed by about 0.1%.

Repeat the procedures 3) - 5) until the copy magnification ratio is within the specified range (100 +/- 1.0%).

6-C Scan image magnification ratio adjustment

(main scanning direction) (Manual adjustment) (RSPF mode)

This adjustment must be performed in the following cases: * When the MFP PWB is replaced. * When the EEPROM on the MFP PWB is replaced.

* When U2 trouble occurs. * When the copy magnification ratio of the RSPF mode copy

image in the main scanning direction is not proper.

* When the RSPF is disassembled.

a. Adjustment procedures

1) Place the duplex adjustment chart shown below on the document tray of the RSPF.

The adjustment chart is prepared by the following procedures. Use A4 (11" x 8.5") paper, and put marks on both sides and

both surfaces of the paper at 10mm from each edge.

2) Make a duplex copy at the normal ratio on A4 paper.

3) Measure the images on the copy paper and the original images.

4) Obtain the image magnification ratio according to the following formula:

Image magnification ratio = Original size / Original size x 100 (%)

Image magnification ratio = 99 / 100 x 100 = 99 (%) If the image magnification ratio is within the specified range

(100 +/-1.0%), there is no need to perform the adjustment. If it is not within the specified range, perform the following pro-

cedures.

5) Enter the SIM 48-1 mode.

Sim48-01 MAGNIFICATION ADJ

1䠖 CCD (MAIN) 50㻌 2䠖 CCD (SUB) 3䠖 SPF (MAIN) 1 / 3 [ 1/ 99] 㻌㻌 50

10 20 90

100 110

10 20 90

100 110

10 20 90

100 110

(Example 1) Copy A (Shorter than the original)

(Example 2) Copy B (Longer than the original)

Scale (Original)

Copy magnification ratio

(Original dimension - Copy dimension)

Original dimension

100%

A4 size

(Both the front surface

and the back surface)

10mm10mm

Paper pass direction

original

10 50 100 150 200 250

copy

10 50 100 150 200 250

Page 55

MX-C250 ADJUSTMENTS 5 – 21

RSPF

SPF

6) Select an adjustment item of SPF (MAIN)/SPFB (MAIN) with [UP] or [DOWN] keys.

7) Enter an adjustment value with 10-key, and press [OK] key. When the adjustment value is increased, the image magnifica-

tion ratio is increased. When the adjustment value is changed by 1, the image magnification ratio is changed by 0.02%.

8) Make a normal copy and obtain the copy magnification ratio.

Repeat the procedures of 1) - 8) until a satisfactory result is obtained.

6-D Scan image magnification ratio adjustment

(sub scanning direction) (Manual adjustment) (RSPF mode)

This adjustment must be performed in the following cases: * When the SCAN CONTROL PWB is replaced. * When U2 trouble occurs. * When the copy magnification ratio of the RSPF mode copy

image in the sub scanning direction is not proper.

* When the RSPF is disassembled.

1) Place the duplex adjustment chart shown below on the document tray of the RSPF.

The adjustment chart is prepared by the following procedures. Use A4 (11" x 8.5") paper, and put marks on both sides and

both surfaces of the paper at 10mm from each edge.

2) Make a duplex copy at the normal ratio on A4 paper.

3) Measure the images on the copy paper and the original images.

4) Obtain the image magnification ratio according to the following formula:

Image magnification ratio = Original size / Original size x 100 (%)

Image magnification ratio = 99 / 100 x 100 = 99 (%) If the image magnification ratio is within the specified range

(100  0.8%), there is no need to perform the adjustment. If it is not within the specified range, perform the following pro-

cedures.

5) Enter the SIM 48-1 mode.

Item Display Content

Setting

range

Default

value

1 C IS(MAIN) SCAN main scanning mag-

nification ratio adjustment (CIS)

1 - 99 50

2 CIS(SUB) SCAN sub scanning mag-

nification ratio adjustment (CIS)

1 - 99 50

3 SPF(MAIN) RSPF document front sur-

face magnification ratio adjustment (Main scan)

1 - 99 50

4 SPF(SUB) RSPF document front sur-

face magnification ratio adjustment (Sub scan)

1 - 99 50

5 SPFB(MAIN) RSPF document back sur-

face magnification ratio adjustment (Main scan)

1 - 99 50

6 SPFB(SUB) RSPF document back sur-

face magnification ratio adjustment (Sub scan)

1 - 99 50

Item Display Content

Setting

range

Default

value

1 C IS(MAIN) SCAN main scanning mag-

nification ratio adjustment (CIS)

1 - 99 50

2 CIS(SUB) SCAN sub scanning mag-

nification ratio adjustment (CIS)

1 - 99 50

3 SPF(MAIN) RSPF document front sur-

face magnification ratio adjustment (Main scan)

1 - 99 50

4 SPF(SUB) RSPF document front sur-

face magnification ratio adjustment (Sub scan)

1 - 99 50

SPF (MAIN) Main scanning direction image magnification ratio

(Front surface)

SPFB (MAIN) Main scanning direction image magnification ratio

(Back surface)

Sim48-01 MAGNIFICATION ADJ

1䠖 CCD (MAIN) 50㻌 2䠖 CCD (SUB) 3䠖 SPF (MAIN) 1 / 3 [ 1/ 99] 㻌㻌 50

Item Display Content

Setting

range

Default

value

1 CIS(MAIN)

SCAN main scanning magnification ratio adjustment (CIS)

1 - 99 50

2CIS(SUB)

SCAN sub scanning magnification ratio adjustment (CIS)

1 - 99 50

A4 size

10mm

Paper pass direction

original

copy

10 50 100 150 200

Sim48-01 MAGNIFICATION ADJ

1䠖 CCD (MAIN) 50㻌 2䠖 CCD (SUB) 3䠖 SPF (MAIN) 1 / 3 [ 1/ 99] 㻌㻌 50

Page 56

MX-C250 ADJUSTMENTS 5 – 22

SPF

6) Select an adjustment item with [UP] or [DOWN] keys.

7) Enter an image magnification ratio adjustment value with 10key, and press [OK] key.

When the adjustment value is increased, the image magnification ratio is increased.

When the adjustment value is changed by 1, the image magnification ratio is changed by 0.1%.

8) Make a normal copy and obtain the copy magnification ratio.

Repeat the procedures of 1) - 8) until a satisfactory result is obtained.

ADJ 7 Scan image off-center

adjustment (Manual adjustment)

Only when the manual adjustment is required, execute this adjustment.

7-A Scan image off-center adjustment (Manual

adjustment) (Document table mode)

This adjustment must be performed in the following cases: * When the scanner (reading) section is disassembled. * When the scanner (reading) unit is replaced. * When a U2 trouble occurs. * MFP PWB is replaced.

1) Make a copy of the adjustment chart (made by yourself) in the adjustment mode (document table).

2) Check the copy image center position. If A - B = +/- 1.0mm, the adjustment is not required.

If the above condition is not satisfied, perform the following procedures.

3) Enter the SIM 50-12 mode.

4) Select the adjustment mode OC with [UP] or [DOWN] keys.

5) Enter the adjustment value with 10-key, and press [OK] key. The entered value is set. When the set value is increased, the main scanning print posi-

tion is shifted to the front side by 0.1mm.

6) Go to the copy mode, and make a copy.

Repeat the procedures of 1) - 6) until the above condition is satisfied.

7-B Scan image off-center adjustment

(Manual adjustment) (RSPF mode)

This adjustment must be performed in the following cases: * When the MFP PWB is replaced. * When the EEPROM on the MFP PWB is replaced.

* When the scanner (reading) section is disassembled. * When the scanner (reading) section is replaced.

* When U2 trouble occurs. * When the RSPF section is disassembled. * When the RSPF unit is replaced.

3 SPF(MAIN)

RSPF document front surface magnification ratio adjustment (Main scan)

1 - 99 50

4 SPF(SUB)

RSPF document front surface magnification ratio adjustment (Sub scan)

1 - 99 50

5 SPFB(MAIN)

RSPF document back surface magnification ratio adjustment (Main scan)

1 - 99 50

6 SPFB(SUB)

RSPF document back surface magnification ratio adjustment (Sub scan)

1 - 99 50

Item Display Content

Setting

range

Default

value

1CIS(MAIN)

SCAN main scanning magnification ratio adjustment (CIS)

1 - 99 50

2CIS(SUB)

SCAN sub scanning magnification ratio adjustment (CIS)

1 - 99 50

3 SPF(MAIN)

RSPF document front surface magnification ratio adjustment (Main scan)

1 - 99 50

4 SPF(SUB)

RSPF document front surface magnification ratio adjustment (Sub scan)

1 - 99 50

SPF (SUB) Sub scanning direction image magnification ratio

(Front surface)

SPFB (SUB) Sub scanning direction image magnification ratio

(Back surface)

Item Display Content

Setting

range

Default

value

A = B

A' - B' = 1.0mm

(100%)

Sim50-12 ORG. OFFS E T

1䠖 OC 50㻌 2䠖 SPF(SIDE1)

[ 1- 99] 㻌㻌 50

Page 57

MX-C250 ADJUSTMENTS 5 – 23

To execute this adjustment, it is required that the ADJ 17A Scan image off-center adjustment (Document table mode) must have been properly adjusted.

1) Prepare the adjustment chart. Draw a line at the center of the front surface and the back sur-

face of A4 (11" x 8.5") paper in parallel with the paper transport direction.

2) Set the adjustment chart to the RSPF.

3) Make a duplex copy in the normal magnification ratio from the manual paper feed tray, and check the image position on the front surface and the back surface of the copy paper.

If the difference is within the range of 0 +/- 2.7mmm there is no need to perform the adjustment.

If the adjustment is required, perform the following procedures.

4) Enter the SIM 50-12 mode.

SIM50-12

A - C: When the adjustment value is increased, the image position is shifted to the rear frame side.

1step = 0.1mm

SPF

* Item A, B: When the adjustment value is increased, the scan

timing is delayed.

* Item C - H: When the adjustment value is increased, the

image loss is increased. * Item A - H: 1 step = 0.1mm change * The SPF rear edge image loss setting is provided for

countermeasures against the case when shades are

produced.

5) Enter an adjustment value with 10-key, and press [OK] key. (Change for change in the adjustment value: 0.1mm/step) (When the adjustment value is increased, the print image is

shifted to the rear.)

Repeat the procedures of 2) - 6) until a satisfactory result is obtained.

ADJ 8 Copy image position and image

loss adjustment (Manual adjustment)

Only when the manual adjustment is required, execute this adjustment.

8-A Copy image position, image loss, and void

area adjustment (Manual adjustment) (Document table mode)

This adjustment must be performed in the following cases: * When the scanner (reading) section is disassembled. * When the scanner (reading) unit is replaced. * When the LSU is replaced or removed. * When the regist ration roller section is disassembled. * U2 trouble has occurred. * The MFP PWB has been replaced. * When the EEPROM on the MFP PWB is replaced.

Before executing this adjustment, be sure to confirm that the ADJ 4/ADJ 5 Print engine image skew, image position, image magnification ratio, void area adjustments has been completed normally.

1) Place a scale on the document table as shown in the figure below.

Place a scale so that it is in parallel with the scanning direction and that its lead edge is in contact with the document guide plate.

Place white paper on the document table so that the scale lead edge can be seen.

Item Display Content

Set-

ting

range

Default

value

1OC

Document table image offcenter adjustment

1 - 99 50

SPF(FRONT)SPF front surface image off-

center adjustment

1 - 99 50

3 SPF(REAR)

SPF back surface image offcenter adjustment

1 - 99 50

Paper transport direction

Front surface Back surface

Draw a line at the center of the front surface and the back surface of paper in parallel with the paper transport direction.

original copy

Sim50-12 ORG. OFFS E T

1䠖 OC 50㻌 2䠖 SPF(SIDE1)

[ 1- 99] 㻌㻌 50

Item/Display Content

Setting

range

Default

value

1SIDE1

Front surface document scan position adjustment (CIS)

1 - 99 50

Image loss amount setting SIDE1

LEAD_EDGE (SIDE1)

Front surface lead edge image loss amount setting

0 - 99 20

FRONT_REAR (SIDE1)

Front surface side image loss amount setting

0 - 99 20

TRAIL_EDGE (SIDE1)

Front surface rear edge image loss amount setting

0 - 99 30

Page 58

MX-C250 ADJUSTMENTS 5 – 24

2) Enter the SIM 50-1 mode.

3) Set RRCA, LEAD, and SIDE to the default values.

4) Perform the image lead edge reference position adjustment. Shift to the copy mode, and make a copy at each of 100% and

200% in the document table mode. When the adjustment value of RRCA is proper, the lead edge

image from 4.0mm is not copied in either of 100% and 200% copy scale.

If not, change and adjust the RRCA value. (Adjust so that the lead edge image from 4.0mm is not copied

in either of different copy magnification ratios.) Repeat the above procedures until a satisfactory result is

obtained.

5) Image loss adjustment When the adjustment item of the image loss below is set to the

default value, it is adjusted to the standard state. If it is not in the below standard state, or when it is set to a desired value, change these adjustment items.

Image loss: 4.0mm

Item/Display Content

Setting

range

Default

value

Lead edge adjustment value

RRCA

Document lead edge reference position (OC)

0 to 99 50

2 RRCB-CS1

Registration motor ON timing adjustment

Standard Tray

1 to 99 40 3 RRCB-DSK Desk 1 to 99 50 4 RRCB-MFT

Manual paper feed

1 to 99 50

5 RRCB-ADU ADU 1 to 99 50

Image loss area setting value

LEAD

Lead edge image loss area setting

0 to 99 10

7SIDE

Side image loss area adjustment

0 to 99 10

Void area adjustment

DENA

Lead edge void area adjustment

1 to 99 40

9DENB

Rear edge void area adjustment

1 to 99 35

FRONT/ REAR

FRONT/REAR void area adjustment

1 to 99 35

Off-center adjustment

OFFSET_OCOC document off-

center adjustment

1 to 99 50

Sim50-01 LEAD EDGE ADJ

1䠖 RRCA 50㻌 2䠖 RRCB-CS1 3䠖 RRCB-DSK 1 / 6 [ 1/ 99] 㻌㻌 50

Sim50-01 LEAD EDGE ADJ

1䠖 RRCA 2䠖 RRCB-CS1 3䠖 RRCB-DSK 1 / 6 [ 1/ 99] 㻌㻌

Magnification ratio correction

SCAN_ SPEED_OC

SCAN sub scanning magnification ratio adjustment (CIS)

1 to 99 50

Sub scanning direction print area correction value

DENB-MFT

Manual feed correction value

1 to 99 50

14 DENB-CS1

Tray 1 correction value

1 to 99 50

15 DENB-CS2

Tray 2 correction value

1 to 99 50

Sub scanning direction print area correction value

DENB-ADU

ADU correction value

1 to 99 50

Item/

Display

Content

Adjust-

ment range

De-

fault

value

Standard

adjust-

ment value

LEAD

Image loss adjustment

Lead edge image loss adjustment

0 - 99 10

4.0

+/- 1.0mm

SIDE

Side image loss adjustment

0 - 99 10

2.0

+/- 1.0mm

Item/Display Content

Setting

range

Default

value



5mm

10mm

100%

200%

Paper lead edge

Scale image 4.0mm position

5mm

10mm

Paper lead edge

Maginification ratio : 400%

Copy area

‘13/Aug

Page 59

MX-C250 ADJUSTMENTS 5 – 25

When the adjustment value is increased, the image loss is increased. When the adjustment value is decreased, the image loss is decreased.

When the adjustment value is changed by 1, the void area is changed by 0.1mm.

8-B Copy image position, image loss, void area

adjustment (Manual adjustment) (RSPF mode)

This adjustment must be performed in the following cases: * When the MFP PWB is replaced. * When the EEPROM on the MFP PWB is replaced. * When the scanner (reading) section is disassembled. * When the scanner (reading) unit is replaced. * When U2 trouble occurs. * When the RSPF section is disassembled. * When the RSPF unit is replaced.

a. Adjustment procedures

1) Prepare the adjustment chart. The adjustment chart can be made by the following proce-

dures. Use A4 (11" x 8.5") paper and draw arrow marks vertically and

horizontally on the front and the back surfaces. At the same time, put marks of the lead edge, the trail edge,

the front end, and the rear end as well as the identification marks of the front surface and the back surface.

2) Enter the SIM 50-6 mode.

RSPF

SPF

* Item A, B: When the adjustment value is increased, the scan

timing is delayed.

* Item C - H: When the adjustment value is increased, the

image loss is increased. * Item A - H: 1 step = 0.1mm change * The RSPF rear edge image loss setting is provided for coun-

termeasures against the case when shades are produced.

(Lead edge image loss adjustment)

1) Set the lead edge image loss adjustment values (LEAD EDGE (SIDE1/SIDE2) on the front surface and the back surface to the following values.

(Standard set value) TRAIL EDGE (SIDE 1):

40 Lead edge image loss set value (Front surface)

FACE

BACK

Front surface

Back surface

Draw arrows.

Put the position marks.

Item/Display Content

Setting

range

Default

value

1SIDE1

Front surface document scan position adjustment (CIS)

1 - 99 50

2SIDE2

Back surface document scan position adjustment (CIS)

1 - 99 50

Image loss amount setting SIDE1

LEAD_EDGE (SIDE1)

Front surface lead edge image loss amount setting

0 - 99 10

FRONT_REAR (SIDE1)

Front surface side image loss amount setting

0 - 99 10

TRAIL_EDGE (SIDE1)

Front surface rear edge image loss amount setting

0 - 99 35

Image loss amount setting SIDE2

LEAD_EDGE (SIDE2)

Back surface lead edge image loss amount setting

0 - 99 10

FRONT_REAR (SIDE2)

Back surface side image loss amount setting

0 - 99 10

TRAIL_EDGE (SIDE2)

Back surface rear edge image loss amount setting

0 - 99 35

Item/Display Content

Setting

range

Default

value

1SIDE1

Front surface document scan position adjustment (CIS)

1 - 99 50

Image loss amount setting SIDE1

LEAD_EDGE (SIDE1)

Front surface lead edge image loss amount setting

0 - 99 20

FRONT_REAR (SIDE1)

Front surface side image loss amount setting

0 - 99 20

TRAIL_EDGE (SIDE1)

Front surface rear edge image loss amount setting

0 - 99 30

Sim50-06 SPF EDGE ADJ

1䠖 SIDE1 50㻌 2䠖 SIDE2 3䠖 SIDE1 LEAD EDGE 1 / 3 [ 1/ 99] 㻌㻌 50

Page 60

MX-C250 ADJUSTMENTS 5 – 26

TRAIL EDGE (SIDE 2):

40 Lead edge image loss set value (Back surface)

(When the set value is increased, the lead edge image loss is increased.)

(Change for change in the set value: 0.1mm/step)

2) Make a duplex copy in 100% in the RSPF mode. Check to confirm that the lead edge image loss is within 4.0 +/- 1.0mm on the front surface and the back surface. The paper lead edge must be aligned with the presumed image lead edge.

If the above condition is not satisfied, perform the following procedure.

3) Enter the adjustment value of SIDE1/SIDE2 with 10-key, and press [OK] key.

Adjust so that the paper lead edge is aligned with the presumed image lead edge.

SIDE1: Front surface lead edge scan position adjustment SIDE2: Back surface lead edge scan position adjustment (When the adjustment value is increased, the print image posi-

tion is shifted to the delaying direction for the paper.) (Change for change in the set value: 0.1mm/step)

Perform the procedures of 2) - 3) until a satisfactory result is obtained.

(Rear edge image loss adjustment)

1) Make a duplex copy in 100% in the RSPF mode. Check to confirm that the rear edge image loss is 2.0 - 5.0mm on the front surface and the back surface.

If the above condition is not satisfied, perform the following procedure.

2) Enter the adjustment value of TRAIL EDGE (SIDE1/SIDE2) with 10-key, and press [OK] key.

TRAIL EDGE (SIDE 1):

Rear edge image loss adjustment value (Front surface)

TRAIL EDGE (SIDE 2):

Rear edge image loss adjustment value (Back surface)

(When the adjustment value is increased, the rear edge image loss is increased.)

(Change for change in the set value: 0.1mm/step)

Perform the procedures of 1) - 2) until a satisfactory result is obtained.

(Front/rear frame direction image loss adjustment)

1) Make a duplex copy in 100% in the RSPF mode. Check to confirm that the image losses on the front frame side and the rear frame side are 2.0 +/- 2.0mm on the front surface and the back surface.

If the above condition is not satisfied, perform the following procedure.

2) Enter the adjustment value of FRONT/REAR (SIDE 1) / FRONT/REAR (SIDE 2), and press [OK] key.

FRONT/REAR (SIDE 1):

Front/Rear image loss adjustment value (Front surface)

FRONT/REAR (SIDE 2):

Front/Rear image loss adjustment value (Back surface)

(When the adjustment value is increased, the front/rear image loss is increased.)

(Change for change in the adjustment value: 0.1mm/step)

Perform the procedures of 1) - 2) until a satisfactory result is obtained.

ADJ 9 Color balance/density

adjustment

(1) Note before execution of the color balance/density

adjustment

* Requisite conditions before execution of the color balance/den-

sity adjustment Before execution of the color balance/density adjustment, check

to insure that the adjustments which affect the color balance/density have been completed properly.

The importance levels of them are shown below.

(Since the following items affect the color balance/density directly, they must be adjusted or set before execution of the image quality adjustments.)

1) The following adjustment items must be adjusted properly.

Paper lead edge

Copy image

Image loss

4.0 1.0mm

The paper lead edge must be aligned with the image lead edge.

Paper rear edge

Copy image

Image loss 2.0 - 5.0mm

Paper F side edge

Paper R side edge

Copy image

Image loss

2.0 2.0mm

Image loss

2.0 2.0mm

Page 61

MX-C250 ADJUSTMENTS 5 – 27

(Though the following items affect the color balance/den sity, there is no need to adjust them frequently. When, however, a trouble occurs, they must be checked and adjusted.)

1) The following items must be adjusted properly.

Note for the color balance/density check and adjustments

- For the color balance adjustments, be sure to use the paper specified for color (recommended paper).

Note that, if another kind of paper is used for the color balance adjustment, proper image qualities (color balance, density) may not be obtained.

- When setting the adjustment pattern on the document table in the automatic color balance adjustment procedures, place 5 sheets of white paper on the adjustment pattern in order to prevent back copying and adverse effects of paper wrinkles as far as possible.

(2) Relationship between the servicing job contents and the

color balance/density check and adjustment

Note that the jobs before and after execution of the color balance/ density check and adjustment depend on the machine status and the servicing conditions.

Follow the flowchart of the color balance/density adjustment procedures depending on the actual conditions.

There are following four, major cases.

1) When installing

2) When a periodic maintenance is performed.

3) When a repair, an inspection, or a maintenance is performed.

(When a consumable part is replaced.)

4) When an installation, a repair, or inspection is performed.

(Without replacement of a consumable part)

(3) Copy color balance and density check

Before checking the copy color balance and density, be sure to execute the following jobs.

* Execute the high density image correction (Process correction)

forcibly. (SIM 44-6)

* Execute the half-tone image correction forcibly. (SIM 44-26)

Method 1

Make a copy of the gray test chart (UKOG-0162FCZZ) and a copy of the servicing color test chart (UKOG-0326FCZZ/UKOG0326FC11), and check that they are proper.

a. Note for execution of the color balance and density check

in the color copy mode

To check the copy color balance and density, use the gray test chart (UKOG-0162FCZZ) and the servicing color test chart (UKOG-0326FCZZ/UKOG-0326FC11). Set the copy density level to "3" in the Text/Printed Photo mode (Manual), and make a copy.

At that time, all the color balance adjustments in the user adjustment mode must be set to the default (center).

In addition, be sure to use the specified paper for color.

b. Note for checking the monochrome copy mode density

To check the density, use the gray test chart (UKOG0162FCZZ). Set the copy density level to "Manual 3" in the Text/ Printed Photo mode (Manual).

In addition, all the color balance adjustments in the user adjustment mode must be set to the default (center).

Check with the gray test chart (UKOG-0162FCZZ)

In the copy density check with the gray test chart, check to insure the following conditions.

For the color (gray) balance, use the servicing color test chart (UKOG-0326FCZZ/UKOG-0326FC11) to check.

Check with the servicing color test chart (UKOG-0326FCZZ/ UKOG-0326FC11)

In the copy color balance check with the servicing color test chart, check to insure the following conditions.

Adjustment item

Simula-

tion

AD J 5

Print engine image distortion adjustment / OPC drum phase adjustment / Color registration adjustment (Print engine section)

50-22/20

Job

Adjustment item

Simu-

lation

ADJ 1 Adjusting high

voltage values

ADJ 1AAdjust the main

charger grid voltage

8-2

ADJ 1BAdjust the develop-

ing bias voltage

8-1

ADJ 1CTransfer current and

voltage adjustment

8-6

ADJ 6 Scan image focus adjustment 48-1

12345678910 W

SHARP GRAY CHART

SHARP gray chart

Patch 1 is slightly copied.

Patch 2 is copied.

(Color copy)

12 3 456 78 910 W

SHARP GRAY CHART

SHARP gray chart

Patch 1 is not copied.

Patch 2 is slightly copied.

Patch 3 is copied.

(Black-and-white copy)

Serviceman chart (Color patch section)

The densities of patches 1 - 6 of each color are properly balanced.

Patch 7 is slightly copied or not copied.

(Color copy)

Page 62

MX-C250 ADJUSTMENTS 5 – 28

a. Color copy check items (Check to confirm the following:)

When using the servicing color test chart, fold or separate the chart.

1) There are 8 void areas.

2) Registrations (one point for the main scanning, and one point

for the sub scanning) are not shifted.

3) The resolution of 5.0 can be seen.

4) The color difference in gray balance between the F and the R sides is not so great.

5) There are no white and black streaks.

6) Color texts are clearly reproduced.

7) The background density is not so light.

Page 63

MX-C250 ADJUSTMENTS 5 – 29

b. Monochrome copy check items (Check to confirm the following:)

When using the servicing color test chart, fold or separate the chart.

1) There are 8 void areas.

2) The resolution of 4.0 can be seen.

3) The density difference between the F and the R sides is not so great.

4) There are no white and black streaks.

5) The background density is not so light.

6) The black low-density gradation is copied slightly.

Page 64

MX-C250 ADJUSTMENTS 5 – 30

(Method 2)

Use SIM46-21 to print the color balance adjustment sheet, and check following image to confirm that the color balance adjustment is proper.

(4) Printer color balance/density check

Before checking the copy color balance and the density, be sure to execute the following procedures in advance.

* Execute the high density image correction (Process correction)

forcibly. (SIM 44-6) * The half-tone image correction is forcibly executed. (SIM 44-26) Execute SIM 64-5 to print the print test pattern.

Set each set value to the default and press [EXECUTE] key. The print test pattern is printed.

The print density must be changed gradually from the lighter level to the darker level. The density changing direction must not be reversed. The density level of each color must be almost at the same level.

The print density must be changed gradually from the lighter level to the darker level. The density changing direction must not be reversed.

The density level of each color must be almost at the same level. Patch B may not be copied. Patch A must not be copied. If the color balance of each patch of the process black (CMY mixed

color) is slightly shifted to Magenta, it means that the adjustment is proper. In an actual print mode, it is converted into the natural gray color balance by the color table. (When the color balance target is DEF 1.)

9-A Scanner calibration (CIS calibration)

This adjustment must be performed in the following cases: * When the CIS unit is replaced. * When a U2 trouble is occurred. * When the MFP PWB is replaced. * When the EEPROM on the MFPC PWB is replaced.

(1) Note before adjustment

- Check that the table glass and the lens surface are free from dirt and dust. (If there is some dust and dirt, wipe and clean. A lens should never be cleaned with alcohol as the alcohol may damage the (yellow) coatings on the lens. Table glass should be cleaned with glass cleaner that has no ammonia it it. It is also preferable to use a glass cleaner with an anti-static additive in it.)

- Check to confirm that the patches in BK1 and BK2 arrays of the SIT chart (UKOG-0280FCZZ or UKOG-0280FCZ1) are free from dirt and scratches.

If the patches are dirty, clean the chart surface area with a soft dry rag.

If they are scratched or streaked, replace with new one.

(2) Adjustment procedures

1) Set the SIT chart (UKOG-0280FCZZ or UKOG-0280FCZ1) to

the reference position on the left rear frame side of the document table.

Set the chart so that the lighter density side of the patch is on the left side.

If the SIT chart is not available, execute SIM 63-5 to set the CIS gamma to the default. In this case, however, the adjustment accuracy is lower when compared with the adjustment method using the SIT chart.

1/0.-,+*)('&%$#"!

(IGH DENSITY

4HEMAXDENSITYSECTIONISNOTBLURRED

0ATCH#OR$OFEACHOF9-#AND"+ISVERYSLIGHTLYCOPIED

,OW DENSITY

0ATCHFOREACHOF9-#"+

4HEPATCHDENSITYISCHANGEDG

RADUALLY

Page 65

MX-C250 ADJUSTMENTS 5 – 31

Check to insure that the SIT chart (UKOG-0280FCZZ or UKOG-0280FCZ1) is in close contact with the document table.

UKOG-0280FCZZ is equivalent to UKOG-0280FCZ1.

2) Enter the SIM 63-3 mode and press [EXECUTE] key. The automatic operation is started. During the adjustment,

[OK] is highlighted. After completion of the adjustment, [OK] returns to the normal display.

Since the SIT chart (UKOG-0280FCZZ or UKOG-0280FC Z1) is easily discolored by sunlight (especially ultraviolet rays) and humidity and temperature, put it in a bag (such as a dark file) and store in a dark place of low temperature and low humidity.

9-B Copy/Printer color balance and density

adjustment (Automatic adjustment) (Basic adjustment)

This adjustment must be performed in the following cases: * When a consumable part (developer, OPC drum, transfer belt) is

replaced. * When the CIS unit is replaced. * When the scanner (reading) section is disassembled. * When the scanner (reading) unit is replaced. * U2 trouble has occurred. * When the MFP PWB is replaced.

a. General

The color balance adjustment (automatic adjustment) is used to adjust the copy/printer density of each of Cyan, Magenta, Yellow, and Black automatically.

When this adjustment is executed, the color balance adjustments of all the copy/printer modes are revised.

Sim63-03 SCAN CL BLNC ADJ

㻌㻌㻌㻌㻌㻌㻌㻌㻌㻌 3

Press OK Key

EXEC

Page 66

MX-C250 ADJUSTMENTS 5 – 32

b. Adjustment procedures

(Auto color balance adjustment by the serviceman)

1) Enter the SIM46-24 mode.

2) Press [START] key. The high density process control is performed, and the color

patch image (adjustment pattern) is printed out. (A4/11" x 8.5" paper is automatically selected.)

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!RETHECOLORBALANCE ANDDENSITYATTHE SPECIFIEDLEVEL

%ND

%XECUTE!$*"##OPYCOLORBALANCEANDDENSITY ADJUSTMENT-ANUALADJUSTMENT3)- 

%XECUTE!$*!0RINTERCOLORBALANCE ANDDENSITYADJUSTMENT -ANUALADJUSTMENT3)-

 )FSATISFACTORYCOLORBALANCEAND DENSITYARENOTOBTAINEDWITH !$*"##OPYCOLORBALANCE ANDDENSITYADJUSTMENT-ANUAL ADJUSTMENT3)- CHECKTHEPRINTENGINEFORANY PROBLEMS

 )FTHEREISANYSTREAKORUNCLEAR COPYONTHEPRINTEDCHECK PATTERNCHECKTHEPRINTENGINE FORANYPROBLEMS

9%3

0RESS;%8%#54%=KEY%XECUTETHEHALFTONEIMAGECORRECTION

Sim46-24 ENG HT AUTO ADJ

㻌㻌㻌㻌㻌㻌㻌㻌㻌㻌 3

Press OK Key

EXEC

Sim46-24 ENG HT AUTO ADJ

㻌㻌㻌㻌㻌㻌㻌㻌㻌㻌 3

Press OK Key

EXEC

Page 67

MX-C250 ADJUSTMENTS 5 – 33

3) Set the color patch image (adjustment pattern) paper printed in procedure 2) on the document table.

Place the color patch image so that the tint colors are on the left side. At that time, place 5 sheets of white paper on the printed color patch image (adjustment pattern).

4) Press [OIK key.

The color balance adjustment is automatically executed and prints the color balance check patch image.

If there is any streak or unclear print on the printed check pattern, check the print engine for any problems.

5) Press [START] key. The initial setting of the halftone image correction is per-

formed. The halftone image correction is performed.

6) When "OK" is displayed, the adjustment operation is completed.

Cancel SIM46-24.

7) Check the copy color balance and density. (Refer to the item of the copy color balance and density

check.) Also when the is automatic adjustment execute the automatic

adjustment and a satisfactory result is not obtained, perform the manual color balance adjustment (ADJ 9C).

8) Check the printer color balance and density. (Refer to the item of the printer color balance and density

check.) If a satisfactory result on the color balance and the density is

not obtained with the automatic adjustment, execute the manual adjustment (SIM 67-25) (ADJ 10C)).

If the color balance or density is not in the satisfactory level even after execution of the automatic and manual adjustments, there may be another cause.

Troubleshoot the cause, repair or perform necessary works, and repeat the adjustment from the beginning.

9-C Copy color balance and density adjustment

(Manual adjustment)

This adjustment must be performed in the following cases: * When an acceptable result is not obtained after performing the

auto copy color balance adjustment.

* When the client is not satisfied with the balance and density,

though the auto adjustment was performed properly. Also, if copy color is not improved after performing the RGB copy adjustment.

a. General

The color balance adjustment (Manual adjustment) is used to adjust the copy density of CMYK. This is used at the following situation. When the result of auto adjustment described above is not existing within the range of reference. When a fine adjustment is required. When there is request from the user for changing (customizing) the color balance.

This manual adjustment is executed only for the color patch which could not adjusted properly in the automatic adjustment.

If the color balance is improper, execute the automatic color balance adjustment in advance, and execute this adjustment for better efficiency.

Sim46-24 ENG HT AUTO ADJ

㻌㻌㻌㻌㻌㻌㻌㻌㻌㻌 3

Press OK Key

EXEC

1/0.-,+*)('&%$#"!

(IGH DENSITY

,OW DENSITY

Sim46-24 ENG HT AUTO ADJ 1/6

OK K1 –K4 :2000,2000,2000,2000 K5 –K8 :2000,2000,2000,1999 K9 –K12 :2000,1993,1995,2001

Page 68

MX-C250 ADJUSTMENTS 5 – 34

b. Adjustment procedure

9%3

#OPY COLOR BALANCE AND DENSITY ADJUSTMENT -ANUAL ADJUSTMENT PROCEDURE FLOWCHART 3)-

3TART

%XECUTE!$*##OPYCOLORBALANCEANDDENSITYADJUSTMENT -ANUAL ADJUSTMENT 

%NTERTHE3)-MODEANDSELECT+#-OR9MODE

0RESS ;%8%#54%= KEY 4HE ADJUSTMENT CHECK PATTERN IS PRINTED

2EFER TO THE PRINTED ADJUSTMENT CHECK PATTERN AND SELECT A TARGET ADJUSTMENT COLORMODE# - 9 +

3ELECT A TARGET ADJUSTMENT LEVEL WITH THE SCROLL KEY

%NTERTHEADJUSTMENTVALUEWITHKEY

0RESS ;%8%#54%= KEY 4HE ADJUSTMENT CHECK PATTERN IS PRINTED

!RE THE COLOR BALANCE AND DENSITY AT THE SATI SFACTORY LEVEL

#ANCEL THE 3)- MODE

0ERFORM THE INITIAL SETTING OF THE HALFTONEIMAGECORRECTION 3)-

#HECK THE COPY COLOR BALANCE AND DENSITY ADJUSTMENT RESULT WITH THE TEST CHART 

5SE THE TEST CHART 5+/'&#::5+/'&# TO MAKE A COPY IN THE 4EXT0RINTED 0HOTO MODE AND CHECK THE COLOR BALANCE AND DENSITY

#HECK TO CONFIRM THAT THE INITIAL SETTING OF THE HALFTONEIMAGECORRECTIONIS PROPERLY SET 

0ERFORM THE INITIAL SETTING OF THE HALFTONEIMAGECORRECTION 3)-

0ERFORM THE HALFTONEIMAGECORRECTION3)-

5SE THE TEST CHART 5+/'&#::5+/'&# TO MAKE A COPY IN THE 4EXT0RINTED 0HOTO MODE AND CHECK THE COLOR BALANCE AND DENSITY

%ND

 )F SATISFACTORY COLOR BALANCE AND DENSITY ARE NOT OBTAINED WITH THE ADJUSTMENT CHECK THE PRINT ENGINE FOR ANY PROBLEMS  )FTHEINITIALSETTINGOFTHEHALFTONEIMAGE CORRECTION IS NOT PROPERLY ADJUSTED SATISFACTORY COLOR BALANCE AND DENSITY CANNOT BE OBTAINED )N THIS CASE CHECK THE PRINT ENGINE FOR ANY PROBLEMS

#HECKTHEDENSITYOFTHEPATCHCOLORBALANCE)FTHEDENSITY OFALLCOLORSARESIMILARTHECOLORBALANCEISPROPERLYADJUSTED (OWEVERTHEJUDGEMENTOFTHEADJUSTMENTCOULDBECHANGED DEPENDINGONTHECUSTOMERSPREFERENCE

 )FTHEAUTOCOLORBALANCEADJUSTMENTISDONEAFTER THISADJUSTMENTBECAREFULTHATTHEADJUSTMENT VALUESWITHTHISADJUSTMENTISCLEARED

Page 69

MX-C250 ADJUSTMENTS 5 – 35

1) Enter the SIM46-21 mode.

2) Select the K, C,M or Y mode and press [EXECUTE] key. (A4/ 11" x 8.5" paper is automatically selected.)

The color balance adjustment pattern is printed.

3) Check that the following specification is satisfied or the color balance is satisfactory.

If not, execute the following procedures.

The print density must be changed gradually from the lighter level to the darker level. The density changing direction must not be reversed.

The density level of each color must be almost at the same level.

Patch B may not be copied. Patch A must not be copied. When, however, the color balance is adjusted according to a

request from the user, there is no need to set to the standard color balance stated above.

4) Select the K, C,M or Y mode to be adjusted, and select the adjustment point with the [UP] or [Down] key.

5) Enter the adjustment value with 10-key and press [OK] key. The adjustment value is set in the range of (1 - 255). When

SIM 46-24 is used to adjust the automatic color balance and density, all the set values of this simulation are set to 128.

To increase the density, increase the adjustment value. To decrease the density, decrease the adjustment value.

Repeat procedures of 2) - 5) until the condition of 3) is satisfied.

6) Make a copy of the servicing color test chart (UKOG0326FCZZ/UKOG-0326FC11) and a user's document according to necessity in the normal copy mode, the text/Printed Photo mode (Manual) to check the adjustment result.

(Refer to the item of the copy color balance/density check.)

7) Execute SIM 44-21. (Execute the initial setting of the halftone image correction.)

It takes several minutes to complete the operation. After completion of the operation, "COMPLETE" is displayed.

(Normal end (Auto transition))

(Abnormal end (Auto transition))

After completion of the operation, the simulation is canceled.

This procedure is to save the copy color balance adjustment data as the reference data for the halftone correction.

Immediately after execution of ADJ 12C(Color balance adjustment, Manual) with SIM 46-21, be sure to execute this procedure.

Sim46-21 CL BLNC MAN CL:PG

1: K 㻌㻌㻌㻌㻌㻌㻌㻌㻌㻌 2: C 㻌㻌㻌㻌㻌㻌㻌

㻌㻌㻌㻌㻌㻌㻌㻌㻌㻌 3

3: M 㻌㻌㻌㻌㻌㻌㻌

1/2

3120/.-,+*)('&%$#

;

(IGH DENSITY

(IGHDENSITYSECTIONISNOTBLURRED

0ATCH#OR$OFEACHOF9-#AND"+ISVERYSLIGHTLYCOPIED

,OW DENSITY

0ATCHFOREACHOF9-#"+

4HEPATCHDENSITYISIDENTICALBETW

EENPATCHESORNOTREVERSED

4HEPATCHDENSITYISCHANGEDGRADUALLY

6LP352&219$/8(

 

䠬䠮䠡䠯䠯㼇㻱㼄㻱㻯㼉㻌㼀㻻㻌㻿㼀㻭㻾㼀㻌



 (;(&

ARE YOU SURE?

6LP352&219$/8(>@



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

㻷㻡㻙㻷㻤㻌㼚㼚㼚㼚㻘㼚㼚㼚㼚㻘㼚㼚㼚㼚㻘㼚㼚㼚㼚㻌

㻷㻥㻙㻷㻝㻞㻌㼚㼚㼚㼚㻘㼚㼚㼚㼚㻘㼚㼚㼚㼚㻘㼚㼚㼚㼚㻌

㻷㻝㻟㻙㻷㻝㻢㻌㼚㼚㼚㼚㻘㼚㼚㼚㼚㻘㼚㼚㼚㼚㻘㼚㼚㼚㼚

6LP352&219$/8(



䠞㻷㼋㻿㻱㻺㼋㻭㻰㻶㼋㻱㻾㻾㻌



㻱㻾㻾㻻㻾㻌

Page 70

MX-C250 ADJUSTMENTS 5 – 36

8) Use SIM 44-26 to execute the halftone image correction. (Forcible execution)

Enter the SIM 44-26 mode and press [PRINT] key. [EXECUTE] key is highlighted and the operation is started.

It takes several minutes to complete the operation. After completion of the operation, "COMPLETE" is displayed.

(Normal end (Auto transition))

(Abnormal end (Auto transition))

After completion of the operation, the simulation is canceled.

9) Make a copy of the servicing color test chart (UKOG0317FCZZ/UKOG-0317FC11) and a user's document according to necessity in the Text/Printed Photo mode (Manual) and check the adjustment result again. (Refer to the item of the copy color balance/density check.)

If the copy color balance and density are not adjusted to the specified level, there may be another cause.

Troubleshoot the cause, and repair or perform proper treatments, and try all the procedures of the print image adjustment from the beginning.

Sim44-26 DENSITY CORRECT

㻌㻌㻌㻌㻌㻌㻌㻌㻌㻌 3

Press OK Key

EXEC

6LP'(16,7<&255(&7>@



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㻌

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㻷㻥㻙㻷㻝㻞㻌㼚㼚㼚㼚㻘㼚㼚㼚㼚㻘㼚㼚㼚㼚㻘㼚㼚㼚㼚

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‘13/Oct

Page 71

MX-C250 ADJUSTMENTS 5 – 37

9-D Copy / Image send / FAX image quality

adjustment (Individual adjustment)

a. General

This adjustment is used to execute the fine adjustment in each mode only when a satisfactory image quality is not obtained by the basic adjustments ADJ 10B and ADJ 10C or there is a request from the user. Normally there is no need to execute this adjustment.

In this adjustment, the adjustment result may be applied to the image send mode and the FAX mode as well as the copy mode.

This must be well understood for execution of the adjustment.

*1: Only the changed scanner target value is related.

Copy MODE IMAGE SEND(SCAN) MODE

Color mode

Monochrome

mode

Color mode

Monochrome

mode

Auto Manual Auto Manual Auto Manual Auto Manual FAX Printer

46-01

Color copy density adjustment (for each color copy mode) (separately for the lowdensity area and the high-density area) (No need to adjust normally)

OO-- - - - - - -

46-02

Monochrome copy density adjustment (for each monochrome copy mode) (separately for the low-density area and the high-density area) (No need to adjust normally)

--OO--- - - -

46-04

Color image send mode image density adjustment (for each mode) (No need to adjust normally)

----OO- - - -

46-05

Monochrome image send mode image density adjustment (for each mode) (No need to adjust normally)

- -----OO - -

46-08

Image send mode RGB color balance adjustment (separately for the low-density area and the high-density area) (No need to adjust normally)

----OO- - - -

46-09

RSPF mode (Copy/Scan/FAX) density adjustment (No need to adjust normally)

OOOOOOO O O -

46-19

Automatic monochrome (Copy/Scan/FAX) mode document density scanning operation (exposure operation) conditions setting (Normally no need to set)

- -O---O - O -

46-21

Copy color balance and density adjustment (Manual adjustment)

OO-- - - - - - -

46-23

Copy high density image density reproduction setting (Normally unnecessary to the setting change)

OOOO-- - - -O(*1)

46-24

Copy color balance and density adjustment (Automatic adjustment)

OOOO-- - - -O(*1)

46-27

Color copy, text, line image reproduction adjustment (edge gamma, density adjustment) (Text, Map mode) (No need to adjust normally)

OO-- - - - - - -

46-32

Document low density image density reproduction adjustment in the automatic monochrome (Copy/Scan/FAX) mode (No need to adjust normally) (Background density adjustment in the scanning section)

- -O---OOO -

46-37

Monochrome (Copy/Scan/FAX) mode co lor document reproduction adjustment (No need to adjust normally)

------

O(Gray

mde)

O(Gray

mde)

46-39 FAX send image sharpness adjustment - - - - - - - - O 46-40

FAX send image density adjustment (Collective adjustment of all the modes)

------- -O-

46-41

FAX send image density adjustment (Normal text mode)

------- -O-

46-42

FAX send image density adjustment (Fine text mode)

------- -O-

46-43

FAX send image density adjustment (Super fine mode)

------- -O-

46-51

Gamma manual adjustment for the copy mode heavy paper and the image process mode (dither) (No need to adjust normally)

OOOO-- - - - -

46-52

Gamma default setting for the copy mode heavy paper and the image process mode (dither)

OO- - - - - -

46-54

Used to reset the copy color balance adjustment (auto adjustment for each dither)

OOOO-- - - - -

Page 72

MX-C250 ADJUSTMENTS 5 – 38

9-D Color copy density adjustment (for each

color copy mode) (separately for the lowdensity area and the high-density area) (No need to adjust normally)

The density is adjusted in each copy mode individually. This adjustment must be performed in the following cases: * When there is necessity to chan ge the copy density of the low

density and high density part at each copy density individually.

* When there is necessity to change the density gradient of the

copy by each the copy mode individually.

* When there is necessity to change all copy density by each the

copy mode individually.

* When there is request from the user.

1) Enter the SIM 46-1 mode.

2) Select the copy mode to be adjusted with [UP] or [DOWN] keys.

3) Enter the adjustment value with 10-key and press [OK] key. When adjusting the copy density on the low density part, select

"LOW" mode and change the adjustment value. When adjusting the copy density on the high density part, select "HIGH" mode and change the adjustment value.

When the adjustment value is increased, the copy density is increased. When the adjustment value is decreased, the copy density is decreased.

4) Make a copy and check the adjustment result. Switch the adjustment simulation mode and the normal copy

mode alternately, and adjust and check the adjustment result. Repeat switching the adjustment simulation mode and the nor-

mal copy mode and changing the adjustment value and checking the copy until a satisfactory result is obtained.

9-E Monochrome copy density adjustment

(for each monochrome copy mode) (separately for the lo w-dens ity ar ea and the high-density area) (No need to adjust normally)

The density is adjusted in each copy mode individually. This adjustment must be performed in the following cases: * When there is necessity to chan ge the copy density of the low

density and high density part at each copy density individually.

* When there is necessity to change the density gradient of the

copy by each the copy mode individually.

* When there is necessity to change all copy density by each the

copy mode individually.

* When there is request from the user.

1) Enter the SIM 46-2 mode.

2) Select the copy mode to be adjusted with [UP] or [DOWN] keys.

3) Enter the adjustment value with 10-key and press [OK] key. When adjusting the copy density on the low density part, select

"LOW" mode and change the adjustment value. When adjusting the copy density on the high density part, select "HIGH" mode and change the adjustment value.

When the adjustment value is increased, the copy density is increased. When the adjustment value is decreased, the copy density is decreased.

4) Make a copy and check the adjustment result. Switch the adjustment simulation mode and the normal copy

mode alternately, and adjust and check the adjustment result. Repeat switching the adjustment simulation mode and the nor-

mal copy mode and changing the adjustment value and checking the copy until a satisfactory result is obtained.

9-F Automatic monochrome (Copy) mode

document density scanning operation (exposure operation) conditions setting (Normally no need to set)

Use for setting the condition of read operation (Exposure) for document density in monochrome auto copy mode.

When a copy with correct density is not obtained by type of document, change the setting.

This setting is required in the following cases. * When a proper density copy is not obtained in the monochrome

automatic copy mode. * When a document with images near its lead edge is copied. * When a document with colored background is copied.

1) Enter the SIM 46-19 mode.

Display/Item Setting range Default

1 LOW Text 1 - 99 50 2 LOW Text/Printed Photo 1 - 99 50 3 LOW Photogra ph 1 - 99 50 4 HIGH Text 1 - 99 50 5 HIGH Text/ Printed Photo 1 - 99 50 6 HIGH Photograph 1 - 99 50

Sim46-1 EXP. ADJ (CL COPY)

1: LOW 㻌㻌㻌㻌㻌㻌㻌㻌㻌㻌 _ 0_

㻌㻌㻌㻌㻌㻌㻌㻌㻌㻌 00

2: HIGH 㻌㻌㻌㻌㻌㻌㻌㻌㻌㻌 0

Display/Item Setting range Default

1 LOW Text 1 - 99 50 2 LOW Text/Printed Photo 1 - 99 50 3 LOW Photograph 1 - 99 50 4 HIGH Text 1 - 99 50 5 HIGH Text/Printed Photo 1 - 99 50 6 HIGH Photograph 1 - 99 50

Sim46-2 EXP. ADJ (BW COPY)

1: LOW

㻌㻌㻌㻌㻌㻌㻌㻌㻌㻌 00

2: HIGH

Sim46-19 EXP. ADJ (B/W AE)

1: AE MODE 㻌㻌㻌㻌㻌㻌㻌㻌㻌㻌 _ 0_ 2: DESTINATION MODE㻌㻌㻌㻌㻌㻌㻌 1

[0- 1] 㻌㻌㻌㻌㻌㻌㻌㻌㻌㻌 0

Page 73

MX-C250 ADJUSTMENTS 5 – 39

2) Set “MODE” or “STOP” to adjustment items. For contents of each setting item, refer to below. Change the setting value of "MODE" or "STOP" in some cases.

MODE1: High gamma (Improves the image contrast) MODE2: Normal gamma LAEADING EDGE STOP:

Reads the density of 3 - 7 mm area from leading edge of document, decides the output image density according to the density of that part. (The output image density is constant at whole area.)

REALTIME: Reads the density of width of the document one by one, decides the output image density according to the density of each part of the document. (The output image density may not be constant through the whole document.)

Operation in monochrome auto copy mode:

When the density of the document of the read area is light, output image density is increased by logic. When the density of the document of the read area is dark, output image density is decreased by logic.

9-G Document low density image density

reproduction adjustment in the automatic (Copy/Scan/FAX) mode (No need to adjust normally) (Background density adjustment in the scanning section)

Use for the reproducibility adjustment of document background density in auto mode.

This adjustment is required in the following cases. * When there is a desire not to reproduce the background of the

document. When there is a desire to reproduce the low density image of the document.

* When there is request from the user.

1) Enter the SIM 46-32 mode.

2) Select the adjustment mode with [UP] or [DOWN] keys.

3) Enter the adjustment value with 10-key and press [OK] key. When the adjustment value is increased, reproducibility of the

background and the low density image is increased. When the adjustment value is decreased, reproducibility of the background and the low density image is decreased.

9-H Color copy simple density adjustment

Adjustment 1

The gamma and the density of Text, Text/Printed Photo, Text/Photograph mode is to be changed. With this adjustment, the total density and the contrast can be varied.

This adjustment is required in the following cases. * When the reproducibility is to be changed. * When there is request from the user.

1) Enter the SIM 46-27 mode.

2) Select the mode to be adjusted with [UP] or [DOWN] keys.

3) Enter the adjustment value with 10-key. When the adjustment values of item A, C and E are changed,

the gamma at the total image is changed. When the adjustment value is increased, the image contrast of

the total image is increased. When the adjustment value is decreased, the image contrast of the total image is decreased.

When the adjustment value of the adjustment item B, D a nd F are increased, the image density at the total image is increased, and vice versa.

4) Press [OK] key.

5) Check the copy. If a satisfactory result is not obtained, return to the SIM 46-27

mode and change the adjustment value. Repeat the above procedures until a satisfactory result is

obtained.

Item Display Content Set value Default

1 AE_MODE Destination mode

(1: Japan 2: Overseas)

0-1 1

2DESTINATI

ON MODE

Automatic monochrome mode (0: Real time 1 : Leading edge stop)

1-2 1

Display/Item Content Set value Default

1 COLOR COPY AE reactive control

(COLOR COPY)

0 - 250 160

2 MONO COPY AE reactive control (MONO

COPY)

0 - 250 160

3 FAX AE reactive control (FAX) 0 - 250 160

Sim46-32 AE REACTION SET

1: AE CONTROL : CL COPY㻌㻌㻌㻌㻌㻌㻌㻌㻌㻌 _ 0_ 2: AE CONTROL : BW COPY㻌㻌㻌㻌㻌㻌㻌 0

[ 0- 255] 㻌㻌㻌㻌㻌㻌㻌㻌㻌㻌 0

3: AE CONTROL : FAX㻌㻌㻌㻌㻌㻌㻌

1/2

4 COLOR PUSH AE reactive control

(COLOR PUSH)

0 - 250 160

5 MONO PUSH AE reactive control (MONO

PUSH)

0 - 250 160

Display/Item

(Copy mode)

Content

Adjust-

ment

range

Minimum

Maxi-

mum

TEXT

TEXT (SLOPE)

Character mode engine Gamma curve calculation coefficient

Slope 1 99

TEXT (INTERCEPT)

Intercept 1 99

TEXT

PRT

TEXT PRT (SLOPE)

Character/Photo printing mode engine Gamma curve calculation coefficient

Slope 1 99

TEXT PRT (INTERCEPT)

Intercept 1 99

PHOT

PHOTO (SLOPE)

Image printing mode engine Gamma curve calculation coefficient

Slope 1 99

PHOTO (INTERCEPT)

Intercept 1 99

Display/Item Content Set value Default

Sim46-27 COEF OF GAMMA SETUP

1: TEXT 2: TEXT PRT

㻌㻌㻌㻌㻌㻌㻌㻌㻌㻌 00

3: PHOTO 㻌㻌㻌㻌㻌㻌㻌

Page 74

MX-C250 ADJUSTMENTS 5 – 40

9-I Monochrome (Copy/Scan/FAX) mode color

document reproduction adjustment (No need to adjust normally)

Use to adjust the reproducibility for the red image and the yellow image when printing color document that included the red/yellow image in monochrome copy mode.

This adjustment is required in the following cases. * When there is desire to change reproducibility of yellow/red

image in case of making a color copy of the color document in monochrome copy mode.

* When there is request from the user.

1) Enter the SIM 63-12 mode.

2) Select the mode to be adjusted with [UP] or [DOWN] keys.

When the adjustment value of adjustment item 1 is increased, copy density of red image is decreased. When the adjustment value is decreased, copy density of red image is increased.

When the adjustment value of adjustment item 3 is decreased, copy density of yellow image is increased. When the adjustment value is increased, copy density of yellow image is decreased.

When the adjustment value of adjustment item 2 is decreased, copy density of yellow image is increased. However, the effect of the increased amount of changing the item 3 is bigger than the one of the item 2.

3) Enter the adjustment value with 10-key.

4) Press [OK] key.

9-J Copy high density image density

reproduction setting (Normally unnecessary to the setting change)

If a tone gap occurs on part of high density in copy mode, or if there is necessity to increase the density of the part of high density, change the setting.

This setting is normally not required. When, however, there are case of following, change the setting.

* When a tone gap occurs on part of high density. * When there is a necessity to increase the density of the part of

high density.

* When there is request from the user.

a. Adjustment procedure

1) Enter the SIM 46-23 mode.

2) Select the item A, B with [UP] or [DOWN] keys.

* If a tone gap occurs on part of high density, set 0 to item 1 and 2

The density of high density part decreases. However, the tone gap is better.

* In case of more increase of the density on high density part, set 1

to item 1 and 2. The tone gap may occur in high density part.

Do not change the setting values of item 3, 4, 5 and 6. If these values are changed, density of the high density part is changed.

If these values are changed, be sure to execute the copy color balance density adjustment. (Auto adjustment)

9-K RSPF mode (Copy/Scan/FAX) density

adjustment (No need to adjust normally)

This setting is normally not required, however, in the following cases, make changes to the setting:

* When copy in RSPF mode differs from copy in document table

mode. * When copy density in RSPF mode is low or too high. * When the RSPF unit is replaced. * When the RSPF unit is disassembled. * The CIS unit has been replaced. * U2 trouble has occurred. * When the MFP PWB is replaced.

Display/Item

(Copy mode)

Content

Adjust-

ment range

Default

1 R-ratio Gray making setting (R) 0 - 100 20 2 G-ratio Gray making setting (G) 0 - 100 70 3 B-ratio Gray making setting (B) 0 - 100 100

Sim63-12 BW IMG CREATE 1PL

1: R-ratio 㻌㻌㻌㻌㻌㻌㻌㻌㻌㻌 _ 20_ 2: G-ratio 㻌㻌㻌㻌㻌㻌㻌 70

[ 0- 100] 㻌㻌㻌㻌㻌㻌㻌㻌㻌㻌 0

㻌㻌㻌㻌㻌㻌㻌

3: B-ratio 㻌㻌㻌㻌㻌㻌㻌 10

Display/Item Content

Setting

range

Default

CMY

(0:ENABLE

1:DISABLE)

CMY engine maximum density correction mode Enable

0 - 1 0

CMY engine maximum density correction mode Disable

2K (0: ENABLE

1: DISABLE)

K engine maximum density correction mode Enable

0 - 1 1

K engine maximum density correction mode DIsable

CYAN MAX

TARGET

Scanner target value for CYAN maximum density correction

0 - 999 500

MAGENTA

MAX TARGET

Scanner target value for MAGENTA maximum density correction

0 - 999 500

YELLOW

MAX TARGET

Scanner target value for YELLOW maximum density correction

0 - 999 500

BLACK MAX

TARGET

Scanner target value for BLACK maximum density correction

0 - 999 500

Sim46-23 MAX DENSITY ADJ

1: CMY 㻌㻌㻌㻌㻌㻌㻌㻌㻌㻌 _ 0_ 2: K 㻌㻌㻌㻌㻌㻌㻌 0

[0- 1] 㻌㻌㻌㻌㻌㻌㻌㻌㻌㻌 0

3: CYAN MAX TARGET㻌㻌㻌㻌㻌㻌㻌

1/2

Page 75

MX-C250 ADJUSTMENTS 5 – 41

a. Adjustment procedure

1) Enter the SIM 46-9 mode.

2) Select the mode to be adjusted with [UP] or [DOWN] keys. When adjusting density on low density part, select "A (COPY

LOW)". When adjusting density on high density part, select "D (COPY HIGH)".

3) Enter the adjustment value with 10-key. In case of increase of image density, input large numeric

value. Or in case of diluting the image density, input small numeric value.

4) Press [OK] key.

5) Make a copy in the RSPF mode and check the copy.

If a satisfactory result is not obtained, return to the SIM 46-9 mode and change the adjustment value.

Repeat the above procedures until a satisfactory result is obtained.

9-L Automati c co lo r balan c e ad jus tme n t by the

user (Color balance automatic adjustment ENABLE setting and adjustment)

a. General

In the user program mode, the user can execute the auto color calibration (auto adjustment of the copy color balance and density).

This adjustment is to set Enable/Disable of the above user operation with SIM 26-53.

This setting must be set to ENABLE only when the user's understanding on the automatic adjustment of the copy color balance and density and the user's operational ability are judged adequate enough to execute the adjustment.

When set to enable, operation procedures must be fully explained to the user.

b. Setting procedure

1) Enter the SIM 26-53 mode.

2) Select ENABLE or DISABLE with [UP] and [DOWN] key. When disabling, set to "0" (NO). When enabling, set to "1"

(Yes).

3) Press [OK] key.

When set to DISABLE, the menu of the user auto color calibration is not displayed in the user program mode.

(Auto color calibration by the user (Auto color balance adjust ment))

1) Enter the system setting mode.

2) Press the auto color calibration key.

3) Press [OK] key. The color patch image (adjustment pattern) is printed out.

4) Set the color patch image (adjustment pattern) printed in procedure 4) on the document table.

Set the patch image so that the tint color is on the left side as shown in the figure.

At that time, place 5 sheets of white paper on the above color patch image (adjustment pattern).

5) Press [OK] key. Then, the color balance adjustment is executed automatically.

After completion of the adjustment, the display returns to the original operation screen.

9-M Copy gamma, color balance adjustment for

each dither (Automatic adjustment) (No need to adjust normally)

a. General

This simulation is used to improve the image quality in a certain mode. (Refer to the list in procedure 6.)

b. Adjustment procedures

1) Enter the SIM46-54 mode.

2) Press [OK] key. A4/11" x 8.5" paper is automatically selected. The color patch

image (adjustment pattern) is printed.

3) Set the patch image (adjustment pattern) printed in the procedure 2) on the document table so that the tint color on the printed patch image (adjustment pattern) are on the left side. Place 5 sheets of white paper on the printed patch image (adjustment pattern).

Item/Display Content

Setting

range

Default

1 LOW COPY SPF copy mode exposure

adjustment (Low density side)

1 - 99 48

2 SCAN SPF scanner mode exposure

adjustment (Low density side)

1 - 99 48

3 FAX SPF FAX mode exposure

adjustment (Low density side)

1 - 99 48

1 HIGH COPY SPF copy mode exposure

adjustment (High density side)

1 - 99 53

2 SCAN SPF scanner mode exposure

adjustment (Low density side)

1 - 99 53

3 FAX SPF FAX mode exposure

adjustment (High density side)

1 - 99 53

Sim46-9 EXP. ADJ (SFP)

1: LOW 㻌㻌㻌㻌㻌㻌㻌㻌㻌㻌 2: HIGH

㻌㻌㻌㻌㻌㻌㻌㻌㻌㻌

Sim26-53 AUTO COLOR CALIB

1: AUTO COLOR CALIBRATION㻌㻌㻌㻌㻌㻌㻌㻌㻌㻌 0_

㻌㻌㻌㻌㻌㻌㻌

[0- 1] 㻌㻌㻌㻌㻌㻌㻌㻌㻌㻌 0

㻌㻌㻌㻌㻌㻌㻌

Page 76

MX-C250 ADJUSTMENTS 5 – 42

4) Press [START] key. The color balance and the density are automatically adjusted. The adjustment pattern is printed out. Check it for any abnor-

mality.

5) Press [OK] key. The list of the adjustment items (for each dither) is displayed.

6) Select an adjustment item (for each dither).

*1: When performing adjustments in the heavy paper mode,

load paper in the manual paper feed tray.

7) Press [START] key. A4/11" x 8.5" paper is automatically selected. The patch image (adjustment pattern) is printed out. In the monochrome mode, only the monochrome pattern is

printed.

8) Set the patch image (adjustment pattern) printed in the procedure 7) on the document table so that the tint color on the printed patch image (adjustment pattern) are on the left side. Place 5 sheets of white paper on the printed patch image (adjustment pattern).

9) Press [START] key. The color balance and the density are automatically adjusted,

and the machine goes to the state of procedure 6). To complete the adjustment and enable the adjustment result,

press [OK] key.

10) Make a copy, and check the copy image quality.

Use SIM46-52 to reset the adjustment values to the default values.

ADJ 10 Printer color balance/density

adjustment (No need to adjust normally)

10-A Printer color balance adjustment (Manual

adjustment) (No need to adjust normally)

This adjustment is needed in the following situations: * Even if the automatic adjustment is done, copy color balance

adjustment is not proper result.

* Even if the auto adjustment is done properly, the customer asks

you to adjust the copy color. And more, even if RGB adjustment of copy function is done, the copy color is not improved.

a. General

This manual adjustment is executed only for which could not adjusted properly in the automatic adjustment.

If the color balance is improper, execute the automatic color balance adjustment in advance, and execute this adjustment for better efficiency.

b. Note for the color balance adjustment (Manual adjustment)

1) After execution of the copy color balance/density adjustment.

2) For the color balance adjustment, use the recommended color paper. (For the recommended paper, refer to [2].)

If the other kind of paper is used for the color balance adjustment, the proper image quality (color balance, density) may not be obtained.

c. Adjustment procedure

1) Enter the 67-25 mode.

2) Select the adjustment point with [UP] or [DOWN] keys.

3) Input the adjustment value with 10 keys and press [OK] key. Adjustment value can be set in the range of 1 to 255. When

the auto color balance adjustment is done by SIM 46-24, The adjustment value in this mode becomes 128.

Select item (Mode/

Image)

Content

Heavy Paper*

Adjustment item to improve the color balance in the heavy paper mode

Color ED Adjustment item to improve the density and

gradation in the color text mode and the text/ photo printing mode.

B/W ED Adjustment item to improve the density and

gradation in the monochrome text mode and the text/photo printing mode.

B/W 600dpi Adjustment item to improve the density and

gradation in the monochrome text mode and the text/photo printing mode.

Sim67-25 PRT CL BLNC MAN

1䠖 K 㻌 2䠖 C

㻌㻌㻌㻌

㻌㻌㻌㻌㻌㻌㻌㻌㻌㻌㻌 0

Sim67-25 PRT CL BLNC MAN

1䠖 POINT01 128㻌 2䠖 POINT02 㻌㻌㻌㻌

[ 1 – 999]

㻌㻌㻌㻌㻌㻌㻌 1

3 M

䠖

1 /2

[OK]

3䠖 POINT03

1 /6

128 128

128

Page 77

MX-C250 ADJUSTMENTS 5 – 43

To increase the density, increase the adjustment value. To decrease the density, decrease the adjustment value. Repeat the procedure 2) to 3) until a satisfactory result is obtained.

10-B Printer density adjustment (low density part

density adjustment) (Normally unnece ssary to adjust)

This procedure is to adjust image density of low density area in printer mode.

Adjust to reproduction (not reproduction) setting of the low density image.

This adjustment is required in the following cases. * When reproduction of low density image is required. When repro-

duction of low density image is not required, conversely. * U2 trouble has occurred. * When the MFP PWB is replaced. * When there is request from the user.

1) Enter the SIM 67-36 mode.

2) Enter the adjustment value and press the [OK] key.

In case of increase of the image density on low density part, increase the adjustment value. In case of increase of the image density on low density part, increase the adjustment value. For diluting the image density on low density part, decrease the adjustment value.

10-C Printer high density part density correction

setting (high density part tone gap countermeasure) (Normally unnecessary to the setting change)

This procedure is to adjust image density of low density area in printer mode.

This setting normally not required. When, however, there are case of following, change the setting.

* When a tone gap occurs on part of high density. * When there is necessity to increase the density of the part of

high density. * The CIS unit has been replaced. * U2 trouble has occurred. * When the MFPC PWB is replaced.

a. Adjustment procedure

1) Enter the SIM 67-34 mode.

2) Enter the adjustment value and press the [OK] key.

* If a tone gap occurs on part of high density, set 0 to item A and B

The density of high density part decreases. However, the tone gap is better.

* In case of more increase of the density on high density part, set 1

to item A and B. The tone gap may occur in high density part.

(NOTE) If the setting values of item 1 or 2 are changed, density of the high density part is changed.

ADJ 11 Fusing paper guide position

adjustment

Normally there is no need to perform this adjustment. In the following cases, perform this adjustment.

* When a paper jam occurs in the fusing section. * When wrinkles are made on paper in the fusing section. * When an image deflection or an image blur is generated in the

paper rear edge section.

1) Change the screw position of the fusing paper guide by referring the figure.

The standard fixing position is the center part of the screw holes. Change the position according to the situation.

* When wrinkles are generated on paper, change the position

in the arrow direction B.

* When an image deflection or an image blur is generated in

the paper rear edge section, change the position in the arrow direction A.

Normally, the hole on the fusing paper guide standard fixing position is used to fix the fusing paper guide.

Sim67-36 HIGH LIGHT DENSITY ADJ

1: A PATCH INPUT㻌㻌㻌㻌㻌㻌㻌㻌㻌㻌 _ 0_

[0- 13] 㻌㻌㻌㻌㻌㻌㻌㻌㻌㻌 0

Sim67-34 PRT MAX DENSITY

1: CMY PROIBIT㻌㻌㻌㻌㻌㻌㻌㻌㻌㻌 _ 0_

[0- 1] 㻌㻌㻌㻌㻌㻌㻌㻌㻌㻌 0

2: K PROHIBIT 㻌㻌㻌㻌㻌㻌㻌㻌㻌㻌 0

Display/Item Content

Setting

range

Default

1 CMY PROIBIT 0 CMY engine maximum

density correction mode Enable

0 - 1 0

1 CMY engine maximum

density correction mode Disable

2 K PROHIBIT 0 K engine maximum

density correction mode Enable

0 - 1 1

1 K engine maximum

density correction mode Disable

Standard position

+1.0mm

-1.0mm

+0.5mm

-0.5mm

(-) direction is the direction close to the heating roller.

(+) direction is the direction which gets away from the heating roller.

Fixed at the standard position

Fusing paper guide

Fixed at the +0.5mm position from the standard position

Fixed at the -1.0mm position from the standard position

A (+) direction

B (-) direction

Page 78

MX-C250 SIMULATION 6 – 1

MX-C250

Service Manual

[6] SIMULATION

1. General (Including basic operations)

The simulation mode has the following functions, to display the machine operating status, identify the trouble position and causes in an earlier stage, and make various setups and adjustments speedily for improving the serviceability of the machine.

1) Various adjustments

2) Setting of the specifications and functions

3) Canceling troubles

4) Operation check

5) Counters check, setting, clear

6) Machine operating conditions (operation hysteresis), data check, clear.

7) Various (adjustments, setting, operation, counters, etc.) data transport.

The operating procedures and displays depend on the design of the operation panel of the machine.

A. Starting the simulation

Entering the simulation mode

1) Machine in Copy mode: Select [READ-END] (#) key -> Asterisk (*) key -> [C] key -> Asterisk (*) key -> Ready for input of main code of simulation.

2) Entering a main code with the 10 key -> [OK]/[START] key ON.

3) Entering a sub code with the 10 key -> [OK]/[START] key ON.

4) Select an item with the Arrow key.

5) The machine enters the mode corresponding to the selected item. Press [OK]/[START] key or [EXECUTE] key to start the simulation operation.

To cancel the current simulation mode, press [CA] key. To change the main code and the sub code, press [C] key.

Canceling the simulation mode to return to the normal mode

1) Press [CA] key.

CAUTION: Do not turn OFF the power when the machine is in the

simulation mode.

If the power switch should be turned OFF in the simulation mode, a malfunction may result. In this case, turn OFF/ON the main power source.

‘13/Aug

2 ‘13/Oct

Page 79

MX-C250 SIMULATION 6 – 2

9%3

3TANDBYFORENTRYOF3)-

SUBCODE

%NTER3)-SUBCODEWITH

THEKEY

0RESSTHE/+KEY

4HEDISPLAYISMADEACCORDING

TOTHESELECTEDMODEANDTHEITEM

34!24#OPYMODE

0RESSTHE0ROGRAMKEY

0RESSTHEASTERISKKEY

0RESSTHE#LEARKEY

0RESSTHE0ROGRAMKEY

3TANDBYFORENTRYOF

3)-CODE

%NTERTHEMAINCODEOF

3)-WITHTHEKEY

4HEMAINCODEOF3)-

ISDISPLAYED

0RESSTHE34!24KEY

)STHEREASUBCODE

3ELECTTHEMODEANDTHE

ITEMWITHTHESCROLLKEY

ANDTHEITEMKEY

/PERATIONCHECK

/PERATINGCONDITIONS

CHECK

$ATACLEAR

!DJUSTMENTS

ORSETTINGCOUNTERDATA

CHANGE

$OYOU

WANTTOCHANGETHE

CONTENT

%NTERTHENEWSETTINGAND

ADJUSTMENTVALUES

0RESSTHE#LEARKEY

0RESSTHE%8%#54%KEY

AND/+KEY

/PERATIONISMADEACCORDING

TOTHESELECTEDMODEANDITEM

0RESSTHE%8%#54%KEY

AND/+KEY

0RESSTHE%8%#54%KEY

AND/+KEY

4HEDISPLAYISMADEACCORDINGTO

THESELECTEDSOMEANDTHEITEM

0RESSTHE%8%#54%KEY

AND/+KEY

)SITTHESAME

SIMULATIONMAIN

CODE

$OYOUWANT

TOPERFORMANOTHER

SIMULATION

$OYOU

WANTTOENDTHE

SIMULATION

4HECHANGEDCONTENT

ISSTORED

4HESIMULATIONMODE

ISCANCELED

0RESSTHECLEARALLKEY

/PERATIONISMADEACCORDING

TOTHESELECTEDMODEANDTHEITEM

/THERMODES

4HESELECTEDMODEAND

THEITEMARECLEARED

You have to exit simulation mode

before entering into

this mode for self

printing type.

In the power OFF/ON type

simulation, OFF/ON

message is

displayed by the

SYSTEM

SETTINGS key.

If there is no item.

Page 80

MX-C250 SIMULATION 6 – 3

2. List of simulation codes

Main Sub Functions Section

1 Used to check the operation of the scanner (reading) unit and the control circuit. Scanner (reading) 2 Used to check the sensors in the scanner (reading) section and the related circuits. Scanner (reading)

1 Used to check the operations of the auto document feed unit and the control circuit. SPF

Used to check the operations of the sensors and the detectors in the document feed unit section and the control circuits.

SPF

3 Used to check the operations of the loads in the auto document feed unit and the control circuit. SPF

1 Used to check the operation of the display, LCD in the operation panel, and control circuit. Operation panel 2 Used to check the operation of the heater lamp and the control circuit. Fusing 3 Used to check the operation of the scanner lamp and the control circuit. Scanner (reading) 4 Used to check the operation of the discharge lamp and the control circuit. Process

Used to check the operations of the load in the paper transport system (clutches and solenoids) and the control circuits.

Paper transport/Paper exit sec-

tion 2 Used to check the operations of each fan motor and its control circuit. Others 3 Used to check the operations of the primary transfer unit and the control circuit. Process (Transfer)

90 Used to set the machine to the factory default settings.

1 Used to set the operating conditions of aging. Others 6 Used to set the operating intermittent aging cycle.

Color setting in the color copy test mode (Used to check the copy operation and the image quality for each color).

12 The document reading number of sheets setting (for aging operation) SPF/RSPF

Used to check and adjust the operations of the developing voltage in each print mode and the control circuit. * When the middle speed is adjusted, the low speed are also adjusted simultaneously.

Process (Developing)

Used to check and adjust the operation of the main charger grid voltage in each printer mode and the control circuit. * When the middle speed is adjusted, the low speed are also adjusted simultaneously.

Process (Charging)

6 Used to check and adjust the operation of the transfer voltage and the control circuit. Process (Transport)

10 1 Used to check the operations of the toner supply mechanism (toner motor) and the related circuit. Process (Developing) 14 - Used to cancel the self-diag H3, H4, H5, U1 troubles.

16 - Used to cancel the self-diag "U2" trouble.

MFP PWB / PCU PWB /

SCU PWB

21 1 Used to set the maintenance cycle.

Used to check the print count value in each section and each operation mode. (Used to check the maintenance timing.)

Used to check the total numbers of misfeed and troubles. (When the number of total jam is considerably great, it is judged as necessary for repair.)

Used to check misfeed positions and the misfeed count of each position.

* Presumption of the faulty point by this data is possible. 4 Used to check the trouble (self diag) history. 5 Used to check the ROM version of each unit (section). Firmware

Used to output various adjustment/setting data (simulations, FAX soft switch counter), the firmware version,

the counter list and the process control data. 8 Used to check the number of operations (counter value) of the finisher, the RSPF, and the scan (reading) unit. 9 Used to check the number of use (print quantity) of each paper feed section. Paper feed, ADU

10 Used to check the system configuration (option, internal hardware). 11 Used to check the use frequency (send/receive) of FAX. (Only when FAX is installed) FAX

Used to check the RSPF misfeed positions and the number of misfeed at each position. (When the number of

misfeed is considerably great, it can be judged as necessary for repair.)

SPF/RSPF

13 Used to check the operating time of the process section (OPC drum, DV unit, toner cartridge). Process 14 Used to display the use status of the toner cartridge. Process 18 Used to display the history of clear data. 19 Used to check the values of the counters related to the scan - image send.

23 2

Used to output the trouble history list of paper jam and misfeed.

(If the number of troubles of misfeed is considerably great, the judgment is made that repair is required.)

1 Used to clear the jam counter, and the trouble counter. (After completion of maintenance, clear the counters.) 2 Used to clear the number of use (the number of prints) of each paper feed section. 3 Used to clear the finisher, SPF/RSPF, and the scan (reading) unit counter.

Used to clear the maintenance counter, the printer counters of the transport unit and the fusing unit.

(After completion of maintenance, clear the counters.) 5 Used to clear the developer counter. (After replacement of developer, clear the counter.) 6 Used to clear the copy counter. 9 Used clear the printer mode print counter and the self print mode print counter.

10 Used to clear the FAX counter. (Only when FAX is installed) 15 Used to clear the counters related to the scan mode and the image send. 35 Used to clear the usage number of toner cartridge

1 Used to check the operations of the developing section. Process (Developing section)

Display the value of the selected sensor and register the toner density control value, toner density control

voltage, developer adjustment area and sensitivity adjustment value by driving the all drum motors.(Auto-

matic adjustment)

Image process (Photoconductor/ Developing/Transfer/Cleaning)

4 Used to display the operation data of the toner supply quantity. (Not used in the market.) Process 5 Used to display the toner density correction data. (Not used in the market.) Process

Page 81

MX-C250 SIMULATION 6 – 4

6 Used to set the specifications (paper, fixed magnification ratio, etc.) of the destination.

18 Used to set Disable/Enable of the toner save mode operation. (For the Japan and the UK versions.)

Used to set the operation mode corresponding to the CE mark (Europe safety standards). (For slow start to

drive the fusing heater lamp)

Used to set the display mode of SIM 22-4 trouble history when a same trouble occurred repeatedly. There are

two display modes: display as one trouble and display as several series of troubles.

38 Used to set Continue/Stop of print when the maintenance life is reached. 53 User auto color calibration (color balance adjustment) Inhibit/Allow setting (copy mode) 54 User auto color calibration (color balance adjustment) Inhibit/Allow setting (printer mode) 69 Used to set the operating conditions for toner near end. 73 Used to set Toner save setting.

2 Used to set the sender's registration number and the HOST server telephone number. (FSS function) 4 Used to set the initial call and toner order auto send. (FSS function) 7 Used to set of the enable, alert callout. (FSS function)

14 Used to set the FSS function connection test mode. 15 Used to display the FSS connection status. 16 Used to set the FSS alert send.

30 1

Used to check the operations of the sensors and the detectors in other than the paper feed section and the

control circuits.

1 Used to set the fusing reference temperature of each operation mode. 4 Used to set the fusing temperature 2 in each mode. (Continued from SIM 43-1.)

Used to set the environmental correction under low temperature and low humidity (L/L) for the fusing temper-

ature setting (SIM 43-1) in each paper mode.

Used to set the environment correction under high temperature and high humidity (H/H) for the fusing tem-

perature setting (SIM 43-1) in each paper mode.

Used to set the environment correction under low temperature and low humidity (L/L) for the fusing tempera-

ture setting (SIM 43-4) in each paper mode.

Used to set the environment correction under high temperature and high humidity (H/H) for the fusing tem-

perature setting (SIM 43-4) in each paper mode.

24 Used to set the correction of the temperature adjustment value of SIM 43-1 and 43-4.

1 Used to set each correction operation function in the image forming (process) section.

Image process (Photoconductor/

Developing/Transfer/Cleaning) 2 Used to adjust the sensitivity of the image density sensor (registration sensor). Process 4 Used to set the conditions of the high density process control operation. Process 6 Used to execute the high density process control forcibly. Process

9 Used to display the result data of the high density process control operation.

Image process (Photoconductor/

Developing/Transfer/Cleaning)

Used to display the operation data of the high density process control and the image density sensor (registration sensor).

Image process (Photoconductor/

Developing)

14 Used to display the output level of the temperature and humidity sensor.

Process (OPC drum, develop-

ment)/Fusing/LSU

15 Used to display the toner density control data. Developing system 21 Used to set the half tone process control target. Process 22 Used to display the toner patch density level in the half tone process control operation. Process 24 Used to display the correction target and the correction level in the half tone process control operation. Process 25 Used to set the calculating conditions of the correction value for the half tone process control. Process 26 Used to execute the half tone process control compulsorily. Process 27 Used to clear the correction data of the half tone process control. Process 28 Used to set the process control execution conditions. Process 29 Used to set the operating conditions of the process control during a job. Process 31 Used to adjust the OPC drum phase. (Manual adjustment) Process 37 Used to set the development bias correction level in the continuous printing operation. 43 Used to display the identification information of the developing unit. Developing system 62 Used to set the calibration data of the color image sensor (image registration sensor F).

Main Sub Functions Section

Page 82

MX-C250 SIMULATION 6 – 5

1 Used to adjust the copy density in the color copy mode. 2 Used to adjust the copy density in the monochrome copy mode. 4 Used to adjust the density in the color image send mode. 5 Used to adjust the density in the monochrome image send mode. 9 Used to adjust the scan image density.

Used to set the operating conditions for the density scanning (exposure) of monochrome auto copy mode

documents. 21 Copy color balance adjustment (Manual adjustment) 23 Used to set the density correction of copy high density section (High density tone gap supported). 24 Color balance adjustment (Auto adjustment) 27 Used to adjust the gamma/density of copy images, texts, and line image edges. 32 Used to set the AE reactivity control. 37 Used to adjust the color document reproducibility in the monochrome copy mode. 39 Used to adjust the sharpness of FAX send images. 40 Used to adjust the FAX send image density. (Collective adjustment of all the modes) 41 Used to adjust the FAX send image density. (Normal) 42 Used to adjust the FAX send image density. (Fine) 43 Used to adjust the FAX send image density. (Super Fine)

Used to adjust the gamma for the copy mode heavy paper mode and the image process mode.

(Manual adjustment)

Used to reset the copy color balance adjustment (adjustment for each dither) to the default value.

(The set values of SIM46-51 and SIM46-54 are set to the default values.) 54 Used to reset the copy color balance adjustment (auto adjustment for each dither).

Used to adjust the scan image magnification ratio (in the main scanning direction and the sub scanning direc-

tion).

6 Used to adjust the rotation speed of each motor.

1 Used to perform the firmware update. 2 Used to perform the FPGA update.

1 Copy image position, image loss adjustment 5 Used to adjust the print lead edge image position. (PRINTER MODE) 6 Used to adjust the copy image position and the image loss. (RSPF mode) RSPF

Used to adjust the black print image magnification ratio and the off-center position.

(The adjustment is made separately for each paper feed section.)

Used to perform the scan image off-center position adjustment.

(The adjustment is made separately for each scan mode.) 20 Image registration adjustment (Manual adjustment)

Used to adjust the image registration. (Main scan direction, sub scan direction)

(Auto adjustment)/OPC drum phase adjustment (Auto adjustment)

1 Used to adjust the ON/OFF timing of the secondary transport voltage.

Used to adjust the contact pressure (deflection amount) on paper by the main unit and the RSPF resist roller.

(This adjustment is performed when there is a considerable variation in the print image position on the paper

or when paper jams frequently occur.)

8 Used to adjust the document lead edge reference and the SPF mode document scan position. 9 Used to detect the dirt of the SPF

10 Used to set the display of the dirt detection position of the SPF

1 Used to set the specifications of the engine control operations. (SOFT SW) 2 Used to set the specifications of the scanner control operation. (SOFT SW) 3 Used to set the specifications of the controller operation. (SOFT SW)

Used to backup the data in the EEPROM and Flash memory (including user authentication data) to the USB

memory. (Corresponding to the device cloning and the storage backup.)

5 Used to print out the each data and simulation list

1 Used to check the operations (read/write) of the MFP PWB memory.

1 Used to check the LSU polygon motor rotation and laser detection. LSU 3 Used to set the laser power 4 Used to print the print image skew adjustment pattern. (LSU unit)

63 1 Used to display the shading correction result. Scanner

2 Used to perform shading. 3 Used to perform scanner (CIS) color balance and gamma auto adjustment. Scanner 5 Used to perform the scanner (CIS) color balance and gamma default setting.

12 Used to set the target color balance of the copy mode auto color balance adjustment.

64 1 Test print. (Self print) (Color mode)

2 Test print. (Self print) (Monochrome mode) 4 Printer test print. (Self print) 5 Printer test print. (Self print) (PCL) 6 Printer test print. (Self print) (PS)

10 Used to set the display of key standby time.

Main Sub Functions Section

Page 83

MX-C250 SIMULATION 6 – 6

66 1 Used to display the FAX-related soft SW (2 - 150) on the LCD to allow changing the soft SW while checking

with the LCD.

FAX

2 Used to enter a country code and set the default value for the country code. FAX 4 Used to send the selected signals to the line and the main unit speaker. FAX 7 Used to output all image data saved in the image memory of FAX part. FAX

8 Used to send the selected sound messages to the line and the speaker. FAX 10 Used to clear the FAX image data. FAX 11 Used to send the selected signal at 300bps to the line and the speaker. FAX 13 Used to execute the dial send test. FAX 17 Used to send the DTMF signal to the line and the speaker. FAX 21 Used to print the selected items (FAX setting list, software SW list, protocol monitor). FAX 30 Used to display the TEL/LIU status change, The display is highlighted by status change. FAX 31 Used to set ON/OFF the port for output to TEL/LIU. FAX 32 Used to check the fixed data received from the line and to display the result. FAX 33 Used to execute detection of various signals with the line connected and to display the detection result. When

a signal is detected, the display is highlighted.

FAX

34 Used to execute the send test and display the time for sending (receiving) the image data during sending the

test data on LCD.

FAX

67 25 Printer color balance adjustment (Manual adjustment) Printer

31 Used to clear the calibration value. Printer 33 Used to change the gamma of the printer screen. Printer

Used to set the density correction in the printer high density section. (Support for the high density section tone gap)

Printer

36 Used to adjust the density in the low density section. Printer

Used to reset the printer color balance adjustment (adjustment for each dither) to the default value. (The set values of SIM67-33 are set to the default values.)

Main Sub Functions Section

Page 84

MX-C250 SIMULATION 6 – 7

3. Details of simulation

1-1

Purpose

Operation test/check

Function (Purpose)

Used to check the operation of the scanner (reading) unit and the control circuit.

Section

Scanner (reading)

Operation/Procedure

1) Select the operation speed with 10 keys. .

2) Press [[OK]/[START] key. Scanning is once performed at the speed corresponding to the scan resolution (operation speed).

1-2

Purpose

Operation test/check

Function (Purpose)

Used to check the sensors in the scanner (reading) section and the related circuits.

Section

Scanner (reading)

Operation/Procedure

The operating status of the sensor is displayed.

When "MHPS" is highlighted, the scanner unit is in the home position.

2-1

Purpose

Operation test/check

Function (Purpose)

Used to check the operations of the auto document feed unit and the control circuit.

Section

RSPF

Operation/Procedure

1) Select the operation mode and the speed with 10keys. .

2) Press [OK]/[START] key. The RSPF repeats paper feed, transport, and paper exit operations at the speed corresponding to the scan resolution (operation speed).

When [STOP] key is pressed, the operation is terminated.

2-2

Purpose

Operation test/check

Function (Purpose)

Used to check the operations of the sensors and the detectors in the document feed unit section and the control circuits.

Section

SSPF/RSPF

Operation/Procedure

The operating conditions of the sensors and detectors are displayed.

The code names of the sensors and the detectors which are active are highlighted.

SSPF

RSPF

2-3

Purpose

Operation test/check

Function (Purpose)

Used to check the operations of the loads in the auto document feed unit and the control circuit.

Section

RSPF

Operation/Procedure

1) Select a target item of the operation check with 10 keys.

2) Press [OK]/[START] key. The selected load performs the operation.

When [STOP] key is pressed, the operation is terminated.

SSPF

RSPF

Item No. Display Operation mode

Default

value

OC SCAN

1 MONO300 300DPI(112.0mm/s) 2 MONO400 400DPI(84.0mm/s) 3 MONO600 600DPI(56.0mm/s) 4 COLOR300 300DPI(56.0mm/s) 5 COLOR400 400DPI(42.0mm/s) 6 COLOR600 600DPI(28.0mm/s)

Item No. Display Operation mode

Default

value

SSPF

1 MONO300S Monochrome 300DPI Single 2 MONO600S Monochrome 600DPI Single 3 COLOR300S Color 300DPI Single 4 COLOR600S Color 600DPI Single

RSPF

1 MONO300S Monochrome 300DPI Single 2 MONO600S Monochrome 600DPI Single 3 COLOR300S Color 300DPI Single 4 COLOR600S Color 600DPI Single 5 MONO300D Monochrome 300DPI duplex 6 MONO600D Monochrome 600DPI duplex 7 COLOR300D Color 300DPI duplex 8 COLOR600D Color 600DPI duplex

Sensor name Contents SPPD1 RSPF transport detector 1 SPED RSPF document empty detector

Sensor name Contents SPPD1 RSPF transport detector 1 SPPD2 RSPF transport detector 2 SPED RSPF document empty detector SCOV RSPF cover open/close detector

SPFM SPF transport motor

SPFM_F RSPF transport motor (normal rotation) SPFM_R RSPF transport motor (reverse rotation) SPUS RSPF paper feed roller solenoid SRVC Reverse clutch

Page 85

MX-C250 SIMULATION 6 – 8

5-1

Purpose

Operation test/check

Function (Purpose)

Used to check the operation of the display, LCD in the operation panel, and control circuit

Section

Operation panel

Operation/Procedure

The LCD is changed as shown below.

During this period, each LED is lighted.

The LCD display contrast change and the LED lighting status are checked.

When [OK]/[START] KEY is pressed during the operation, it will be switched to [Key input check] mode.

NOTE:

[Key input check] mode is to check if the keys on the operation panel can be detected physically.

5-2

Purpose

Operation test/check

Function (Purpose)

Used to check the operation of the heater lamp and the control circuit.

Section

Fusing

Operation/Procedure

1) Press [OK]/[START] key. The heater lamp operates ON/OFF.

When [CA] key is pressed, the operation is terminated.

5-3

Purpose

Operation test/check

Function (Purpose)

Used to check the operation of the copy lamp and the control circuit.

Section

Scanner (reading)

Operation/Procedure

1) Select the item to be operation checked with .

2) Press [OK]/[START] key. The copy lamp lights up for 10 sec.

When [STOP] key is pressed, the operation is terminated.

5-4

Purpose

Operation test/check

Function (Purpose)

Used to check the operation of the discharge lamp and the control circuit.

Section

Process

Operation/Procedure

1) Select the item to be operation checked with .

2) Press [OK]/[START] key. The discharge lamp lights up for 30 sec.

When [STOP] key is pressed, the operation is terminated.

6-1

Purpose

Operation test/check

Function (Purpose)

Used to check the operations of the load in the paper transport system (clutches and solenoids) and the control circuits.

Section

Paper transport/Paper exit section

Operation/Procedure

1) Select the item to be operation checked with 10 keys.

2) Press [OK]/[START] key. The selected load performs the operation.

When [STOP] key is pressed, the operation is terminated.

Load operation check method: The load operation is checked by the operation sound. However, there are some loads which cannot be checked with the operation sound.

6-2

Purpose

Operation test/check

Function (Purpose)

Used to check the operations of each fan motor and its control circuit.

Section

Others

Operation/Procedure

1) Select the item to be operation checked with 10 keys..

2) Press [OK]/[START] key.

Item Contents Note MONO Turn on the lamp for mono-

chrome

Turn on RGB mixed color lighting

COLOR Turn on the lamp for color Turn on RGB color lighting in

order.

㻌㻌㻌㻌㻌㻌㻌㻌㻌㻌㻌㻌㻌㻌Sim5-1 LCD/LED CHK.

Sim5-1 LCD/LED CHK.

DL_K Discharge lamp for K DL_C Discharge lamp for C DL_M Discharge lamp for M DL_Y Discharge lamp for Y

Item/Dis-

play

Name Content

FUM

Fusing motor

Fusing motor middle speed drive ON/OFF

CPUC

Paper feed tray 1 paper feed clutch

CPUC1 Signal ON/OFF

RRC

PS clutch RRC Signal ON/OFF

MPFC

Manual paper feed clutch MPUC1 Signal ON/OFF

POC

Paper delivery clutch POC Signal ON/OFF

PORC

Paper delivery / switch back clutch

PORC Signal ON/OFF

ADUC

ADU transport clutch 1 ADUC1 Signal ON/OFF

PCSS

Process control shutter solenoid

PCSS Signal ON/OFF

C2MM

Paper feed tray 2 paper feed motor

C2MM Paper feed speed drive ON/OFF

C2LUM

Paper feed tray 2 lift up motor

C2LUM Signal ON/OFF

C2PFC

Paper feed tray 2 paper feed clutch

C2PFC Signal ON/OFF

C2TRC

Paper feed tray 2 paper transport clutch

C2TRC Signal ON/OFF

2 ‘13/Oct

Page 86

MX-C250 SIMULATION 6 – 9

The selected load performs the operation.

When [STOP] key is pressed, the operation is terminated.

Load operation check method: The load operation is checked by the operation sound. However, there are some loads which cannot be checked with the operation sound.

6-3

Purpose

Operation test/check

Function (Purpose)

Used to check the operations of the primary transfer unit and the control circuit.

Section

Process (Transfer)

Operation/Procedure

1) Press [OK]/[START] key, and the transfer unit repeats operations in the mode selected in procedure 1.

During this operation, the transfer unit status (the operation mode position) is displayed.

6-90

Purpose

Setting

Function (Purpose)

Used to set the machine to the factory settings.

Section

Scanner

Operation/Procedure

1) Press [OK]/[START] key. The scanner is moved to the position where it can be locked.

7-1

Purpose

Setting

Function (Purpose)

Used to set the operating conditions of aging.

Section

Others

Operation/Procedure

1) Select the target to be set with 10 keys...

2) Press [OK]/[START] key.

The machine is rebooted in the aging mode.

The aging operation condition set by this mode is maintained hereafter unless the power is turned off or the setting is changed.

7-6

Purpose

Setting

Function (Purpose)

Used to set the operating intermittent aging cycle.

Section

Operation/Procedure

1) Enter the intermittent aging operation cycle (unit: sec) with 10 key.

2) Press [OK]/[START] key.

The time entered in procedure 1) is set.

* The interval time that can be set is 1 to 900 (sec).

The aging operation condition set by this mode is maintained hereafter unless the power is turned off or the setting is changed.

7-9

Purpose

Operation test/check

Function (Purpose)

Color setting in the color copy test mode (Used to check the copy operation and the image quality for each color).

Section

Operation/Procedure

1) Select the copy color with10 keys. (Two or more colors can be selected.)

The key of the selected color is highlighted.

2) Press [OK]/[START] key.

Copying is performed with the selected color.

When [BACK] key is pressed, the display goes into the copy operation menu in the simulation mode.

7-12

Purpose

Operation test/check

Function (Purpose)

The document reading number of sheets setting (for aging operation)

Section

RSPF

Operation/Procedure

1) Set document reading quantity with 10 key. (Setting range:0 - 255)

2) Press [OK]/[START] key. The set value is saved.

The aging operation condition set by this mode is maintained hereafter unless the power is turned off or the setting is changed.

Item/Display Content

POFM Paper exit cooling fan motor PSFM Power PWB cooling fan motor LSUFM LSU cooling fan motor OZFM1 Ozone fan motor 1

Mode

select key

Display

Transfer

mode

Operation

TC1 BLACK Black mode

position

The switching operations are repeated as follows: Drum separation position - Black mode position Color mode position

COLOR Color mode

position

FREE Drum sepa-

ration position

No. Item/Display Content

Setting range

Setting

value 1 AGING Aging operation setup 0-1 0 2 INTERVAL Intermittent setup 0-1 0

MISFEED DISABLE

JAM detection enable/disable setup

0-1 0

FUSING DISABLE

Fusing operation enable/disable setup

0-1 0

WARMUP DISABLE

Warm-up skip setup 0-1 0

DV CHECK DISABLE

DV unit detection enable/disable setup

0-1 0

SHADING DISABLE

Shading disable setup 0-1 0

CCD GAIN FREE

No setting of the CCD gain adjustment

0-1 0

No. Item/Display Content

Setting range

Setting

value 1 K Setup/cancel of black 0-1 0 2 C Setup/cancel of cyan 0-1 0 3 M Setup/cancel of magenta 0-1 0 4 Y Setup/cancel of yellow 0-1 0

Page 87

MX-C250 SIMULATION 6 – 10

8-1

Purpose

Operation test/check/adjustment

Function (Purpose)

Used to check and adjust the operations of the developing voltage in each print mode and the control circuit. * When the middle speed is adjusted, the low speed is also adjusted simultaneously.

Section

Process (Developing)

Operation/Procedure

1) Select the process speed with 10 keys.

2) Select a target item to be adjusted with Arrow keys.

3) Enter the setting value with 10 keys. (The value specified on the label of the high voltage PWB must be entered.)

* When the Arrow key is pressed, the setting value of each

item can be changed with 1up (1down) collectively.

4) Press [OK]/[START] key.

When [EXECUTE] key is pressed, the voltage inputted in procedure 3 is outputted for 30sec and the set value is saved.

When [EXECUTE] key is pressed, the output is terminated.

8-2

Purpose

Operation test/check/adjustment

Function (Purpose)

Section

Process (Charging)

Operation/Procedure

1) Select the process speed.

2) Select a target item to be adjusted with Arrow keys.

3) Enter the adjustment value with 10 keys. (The value specified on the label of the high voltage PWB must be entered.)

* When the Arrow key is pressed, the setting value of each

item can be changed with 1up (1down) collectively.

4) Press [OK]/[START] key.

When [EXECUTE] key is pressed, the voltage inputted in procedure 3 is outputted for 30sec and the set value is saved.

When [EXECUTE] key is pressed, the output is terminated.

No.

Item/Dis-

play

Content

Setting

range

Volt

age

1 M DVB_K

K developing bias set value at middle speed

0-600 450

2 M DVB_C

C developing bias set value at middle speed

0-600 450

3 M DVB_M

M developing bias set value at middle speed

0-600 450

4 M DVB_Y

Y developing bias set value at middle speed

0-600 450

5L DVB_K

K developing bias set value at low speed

0-600 450

6L DVB_C

C developing bias set value at low speed

0-600 450

7L DVB_M

M developing bias set value at low speed

0-600 450

8L DVB_Y

Y developing bias set value at low speed

0-600 450

No.

Item/

Display

Content

Setting

range

Default setting

1 M GB_K K grid bias set value at middle speed 150-850 630 2 M GB_C C grid bias set value at middle speed 150-850 630 3 M GB_M M grid bias set value at middle speed 150-850 630

4 M GB_Y Y grid bias set value at middle speed 150-850 630 5 L GB_K K grid bias set value at low speed 150-850 615 6 L GB_C C grid bias set value at low speed 150-850 595 7 L GB_M M grid bias set value at low speed 150-850 595 8 L GB_Y Y grid bias set value at low speed 150-850 595

No.

Item/

Display

Content

Setting

range

Default setting

Page 88

MX-C250 SIMULATION 6 – 11

8-6

Purpose

Operation test/check/adjustment

Function (Purpose)

Used to check and adjust the operation of the transfer voltage and the control circuit.

Section

Process (Transport)

Operation/Procedure

1) Select a target item to be adjusted with Arrow keys.

2) Enter the set value with 10 keys.

Enter the default value specified on the following list.

3) When [OK]/[START] key is pressed, the set value is saved.

When [EXECUTE] key is pressed again, the set voltage is outputted.

10-1

Purpose

Operation test/check

Function (Purpose)

Used to check the operations of the toner supply mechanism (toner supply clutch) and the related circuit.

Section

Process (Developing)

Operation/Procedure

1) Select a target of the operation check with 10 keys.

2) Press [OK]/[START] key.

When [STOP] key is pressed, the operation is terminated.

NOTE:

This simulation must be executed without installing the toner cartridges.

If this simulation is executed with the toner cartridges installed, toner will be forcibly supplied to the developing unit, resulting in overtoner.

If this simulation is erroneously executed with the toner cartridges installed, overtoner state may be deleted by making a few black background copy in the single color copy mode of the target color.

14--

Purpose

Clear/Cancel (Trouble etc.)

Function (Purpose)

Used to cancel the self-diag H3, H4, H5, U1 troubles.

Section

Operation/Procedure

1) Press [OK]/[START] key to execute cancellation of the trouble..

16--

Purpose

Clear/Cancel (Trouble etc.)

Function (Purpose)

Used to cancel the self-diag "U2" trouble.

Section

MFP PWB

Operation/Procedure

1) Press [OK]/[START] key to execute cancellation of the trouble.

Item/Display Content

Adjust-

ment range

Default

value

1 T1 LO CL K

Primary transfer bias adjustment value

Color mode

Low speed mode 0 - 255

2 T1 LO MI K Middle speed mode 0 - 255

146

3 T1 LO CL CMY

CMY

Low speed mode 0 - 255

139

4 T1 LO MI CMY Middle speed mode 0 - 255

186

5 T1 LO BW K

Black/White mode K

Low speed mode 0 - 255

6 T1 LO BW K Middle speed mode 0 - 255

146

1 TC2 PLN CL S

Secondary transfer bias adjustment value

Color mode

Standard Paper

mode

Front surface mode 0 - 255

103

2 TC2 PLN CL D Back surface mode 0 - 255

3 TC2 PLN BW S

Black/White mode

Front surface mode 0 - 255

4 TC2 PLN BW D Back surface mode 0 - 255

5 TC2 HEV1 CL S

Color mode

Heavy paper

mode

Front surface mode 0 - 255

6 TC2 HEV1 CL D Back surface mode 0 - 255

7 TC2 HEV1 BW S

Black/White mode

Front surface mode 0 - 255

8 TC2 HEV1 BW D Back surface mode 0 - 255

9 T2 OHP CL Color mode

OHP

0 - 255

10 T2 OHP BW Black/White mode 0 - 255

11 T2 ENV CL Color mode

Envelope

0 - 255

12 T2 ENV BW Black/White mode 0 - 255

13 T2 THIN CL Color mode

Thin

0 - 255

14 T2 THIN BW Black/White mode 0 - 255

15 T2 GLOS CL Color mode

Glossy

0 - 255

16 T2 GLOS BW Black/White mode 0 - 255

1 T2 MNS CLEAN

Secondary transfer cleaning bias adjustment value

Negative cleaning (- Pole) 0 - 255

2 T2 PLS CLEAN Positive cleaning (+ Pole) 0 - 255

119

3 T2 COUNTER Counter (+ Pole) 0 - 255

119

4 T2 BTWN LO Between paper Low speed (+ Pole) 0 - 255

5 T2 BTWN MI Between paper Mid speed (+ Pole) 0 - 255

TNM_K Toner motor K TNM_C Toner motor C TNM_M Toner motor M

TNM_Y Toner motor Y ALL Toner motor KCMY

Page 89

MX-C250 SIMULATION 6 – 12

21-1

Purpose

Setting

Function (Purpose)

Used to set the maintenance cycle.

Section

Operation/Procedure

* Do not change the default setting value of the maintenance

counter on SIM21-1. The replacement timing of the fusing cleaning roller, the filter and PS paper dust removal cleaner may not clarify.

1) Select a target item of setting with 10 keys.

2) Press [OK]/[START] key. (The set value is saved.)

22-1

Purpose

Adjustment/Setting/Operation data output/ Check

Function (Purpose)

Used to check the print count value in each section and each operation mode. (Used to check the maintenance timing.)

Section

Operation/Procedure

Change the display page with Arrow keys.

22-2

Purpose

Adjustment/Setting/Operation data check

Function (Purpose)

Used to check the total numbers of misfeed and troubles. (When the number of total jam is considerably great, it is judged as necessary for repair.)

Section

Operation/Procedure

The paper jam, trouble counter value is displayed.

22-3

Purpose

Adjustment/Setting/Operation data check

Function (Purpose)

Used to check misfeed positions and the misfeed count of each position. * Presumption of the faulty point by this data is possible.

Section

Operation/Procedure

The paper jam and misfeed history is displayed from the latest one up to 50 items. (The old ones are deleted sequentially.)

22-4

Purpose

Adjustment/Setting/Operation data check

Function (Purpose)

Used to check the trouble (self diag) history.

Section

Operation/Procedure

The trouble history is displayed from the latest one up to 30 items. (The old ones are deleted sequentially.)

* For the list of the trouble codes: Refer to "[6] SELF DIAG AND TROUBLE CODE".

22-5

Purpose

Others

Function (Purpose)

Used to check the ROM version of each unit (section).

Section

Firmware

Operation/Procedure

The ROM version of the installed unit in each section is displayed. When there is any trouble in the software, use this simulation to check the ROM version, and upgrade the version if necessary.

22-6

Purpose

Adjustment/Setting/Operation data check

Function (Purpose)

Used to output various adjustment/setting data (simulations, FAX soft switch counter), the firmware version, the counter list and the process control data.

Section

Item/Display Content Setting range

Default

value

MAINTENANCE COUNTER (TOTAL)

Maintenance counter (Total)

0 : Default 1 - 300: 1K - 300K 999 : Free

75K

MAINTENANCE COUNTER (COLOR)

Maintenance counter (Color)

0 : Default 1 - 300: 1K - 300K 999 : Free

45K

Item

Display (Coun-

ter)

Content NOTE

Tota l o u t p u t quantity

TOTAL OUT (BW)

Total output quantity of black and white

All prints including jams

TOTAL OUT (COL)

Total output quantity of color

All prints including jams

Total use quantity

TOTAL (BW)

Total use quantity of black and white

Effective paper (including self print, excluding jams)

TOTAL (COL)

Total use quantity of full color

Effective paper (including self print, excluding jams)

Copy

COPY (BW)

Black and white copy counter

Billing target (excluding self print)

COPY (COL)

Full color copy counter

Billing target (excluding self print)

PRINT (BW)

Black and white print counter

Billing target (excluding self print)

PRINT (COL)

Full color print counter

Billing target (excluding self print)

Other

OTHER (BW)

Black and white other counter

Self print quantity

OTHER (COL)

Color other counter

Self print quantity

Display/Item Content

MACHINE JAM Machine JAM counter (R)SPF JAM (R)SPF JAM counter TROUBLE Trouble counter

S/N Serial No. MCU BOT MCU (Boot section) MCU PRG MCU (Program section) MCU PRP MCU (Property) PNL BOT PNL (Boot section) PNL PRG PNL (Program section) PNL COM PNL (Common Data) PNL CPY PNL (Copy Data) PNL FAX PNL (FAX Data)

Page 90

MX-C250 SIMULATION 6 – 13

Operation/Procedure

* When installing or servicing, this simulation is executed to print

the adjustment data and set data for use in the next servicing. (Memory trouble, PWB replacement, etc.)

1) Select the print list mode with 10 keys. .

2) Press [EXECUTE] key to start printing the list selected in step 1) .

22-8

Purpose

Adjustment/Setting/Operation data check

Function (Purpose)

Used to check the number of operations (counter value) of the finisher, the RSPF, and the scan (reading) unit.

Section

Operation/Procedure

The counter values of the finisher, the RSPF, and the scanner related counters are displayed.

22-9

Purpose

Adjustment/Setting/Operation data check

Function (Purpose)

Used to check the number of use (print quantity) of each paper feed section.

Section

Paper feed, ADU

Operation/Procedure

The counter values related to paper feed are displayed.

22-10

Purpose

Adjustment/Setting/Operation data check

Function (Purpose)

Used to check the system configuration (option, internal hardware).

Section

Operation/Procedure

The system configuration is displayed.

(The model names of the installed devices and options are displayed.)

22-11

Purpose

Adjustment/Setting/Operation data check

Function (Purpose)

Used to check the use frequency (send/ receive) of FAX.

Section

FAX

Operation/Procedure

The values of the FAX send counter and the FAX receive counter are displayed.

22-12

Purpose

Adjustment/Setting/Operation data check

Function (Purpose)

Used to check the RSPF misfeed positions and the number of misfeed at each position. (When the number of misfeed is considerably great, it can be judged as necessary for repair.)

Section

RSPF

Operation/Procedure

The paper jam and misfeed history is displayed from the latest one up to 50 items. (The old ones are deleted sequentially.)

22-13

Purpose

Adjustment/Setting/Operation data check

Function (Purpose)

Used to check the operating time of the process section (OPC drum, DV unit, toner cartridge).

Section

Process

Operation/Procedure

The rotating time and the print quantity of the process section are displayed.

Print list

mode

Print content

1 Firmware version, counter data, etc. 2 List (Parts related with the registration part) 3 Data related to the process control 4 Duplex print

SPF Document feed quantity SCAN Number of times of scan HP_ON Number of scanner HP detection

OC LAMP TIME

Total lighting time of the scanner lamp (* hour * minutes)

TRAY1 Tray 1 paper feed counter TRAY2 Tray 2 paper feed counter ADU ADU paper feed counter

(Paper reverse section)

MFT Manual paper feed counter

MACHINE

MX-C250

Main unit

MX-C250E MX-C250F MX-C250FE MX-C300 MX-C300E MX-C300F MX-C300W MX-C300WE

SPF STANDARD Reversing single pass feeder

FAX

NONE/STANDARD

PS STANDARD

DESK NONE/MX-CS11 Paper feed unit NIC STANDARD NIC

WLAN

NONE/STANDARD

WLAN module

Display Contents

COMM PAGE

SND FAX send counter RCV FAX receive counter

COMM TIME

SND FAX send time RCV FAX receive time

PRINT PAGE

Number of print quantity

Display Contents

1 MAINTE MAINTE ALL CNT Maintenance(Total) counter 2 MAINTE ALL DAY Number of day that used Mainte-

nance(Total) 3 MAINTE ALL LIFE Maintenance(Total) lifr meter 4 MAINTE ALL

REMAINDER

Maintenance(Total) remaining day

5 MAINTE COL CNT Maintenance(Color) counter 6 MAINTE COL DAY Number of day that used Mainte-

nance(Color) 7 MAINTE COL LIFE Maintenance(Color) lifr meter 8 MAINTE COL

REMAINDER

Maintenance(Color) remaining day

1 FUS FUS UNIT CNT Fusing unit counter 2 FUS UNIT TURN Fusing unit rotation number 3 FUS UNIT DAY Number of day that used Fusing

unit 4 FUS UNIT LIFE Fusing unit life meter 5 FUS UNIT

REMAINDER

Fusing unit remaining day

Page 91

MX-C250 SIMULATION 6 – 14

1 TC1 T TC1 UNIT CNT 1st transfer unit counter 2 TC1 UNIT TURN 1st transfer unit rotation number 3 TC1 UNIT DAY Number of day that used 1st trans-

fer unit 4 TC1 UNIT LIFE 1st transfer unit life meter 5 TC1 UNIT

REMAINDER

1st transfer unit remaining day

6 TC1 BELT CNT 1st transfer belt counter 7 TC1 BELT TURN 1st transfer belt rotation number 8 TC1 BELT DAY Number of day that used 1st trans-

fer belt 9 TC1 BELT LIFE 1st transfer belt life meter

10 TC1 BELT

REMAINDER

1st transfer belt remaining day

11 TC1 BLADE CNT 1st transfer blade counter 12 TC1 BLADE TURN 1st transfer blade rotation number 13 TC1 BLADE DAY Number of day that used 1st trans-

fer blade

14 TC1 BLADE LIFE 1st transfer blade life meter 15 TC1 BLADE

REMAINDER

1st transfer blade remaining day

1 TC2 TC2 UNIT CNT 2nd transfer unit counter 2 TC2 UNIT TURN 2nd transfer unit rotation number 3 TC2 UNIT DAY Number of day that used 2st trans-

fer unit 4 TC2 UNIT LIFE 2st transfer unit life meter 5 TC2 UNIT

REMAINDER

2st transfer unit remaining day

6 TC2 CLNROLL

CNT

2st cleaning roller counter

7 TC2 CLNROLL

TURN

2st cleaning roller rotation number

8 TC2 CLNROLL

DAY

Number of day that used 2st clean-

ing roller 9 TC2 CLNROLL

LIFE

2st cleaning roller life meter

10 TC2 CLNROLL

REMAINDER

2st cleaning roller remaining day

1 DV (K) DV CTRG(K) CNT Developer cartridge print counter

(K) 2 DV CTRG(K)

TURN

Developer cartridge rotation num-

ber(K) 3 DV CTRG(K) DAY Number of day that used DV car-

tridge (K) 4 DV CTRG(K) LIFE Developer cartridge life meter (K) 5 DV CTRG(K)

REMAINDER

Developer cartridge remaining

day(K) 1 DV (C) DV CTRG(C) CNT Developer cartridge print counter

TURN

Developer cartridge rotation num-

ber(C) 3 DV CTRG(C) DAY Number of day that used DV car-

tridge (C) 4 DV CTRG(C) LIFE Developer cartridge life meter (C) 5 DV CTRG(C)

REMAINDER

Developer cartridge remaining

day(C) 1 DV (M) DV CTRG(M) CNT Developer cartridge print counter

(M) 2 DV CTRG(M)

TURN

Developer cartridge rotation num-

ber(M) 3 DV CTRG(M) DAY Number of day that used DV car-

tridge (M) 4 DV CTRG(M) LIFE Developer cartridge life meter (M) 5 DV CTRG(M)

REMAINDER

Developer cartridge remaining

day(M) 1 DV (Y) DV CTRG(Y) CNT Developer cartridge print counter

(Y) 2 DV CTRG(Y)

TURN

Developer cartridge rotation num-

ber(Y) 3 DV CTRG(Y) DAY Number of day that used DV car-

tridge (Y) 4 DV CTRG(Y) LIFE Developer cartridge life meter (Y) 5 DV CTRG(Y)

REMAINDER

Developer cartridge remaining

day(Y)

1DRUM

(K)

DRUM CTRG(K) CNT

Drum cartridge print counter (K)

2 DRUM CTRG(K)

TURN

Drum cartridge rotation number(K)

3 DRUM CTRG(K)

DAY

Number of day that used Drum cartridge (K)

4 DRUM CTRG(K)

LIFE

Drum cartridge life meter (K)

5 DRUM CTRG(K)

REMAINDER

Drum cartridge remaining day(K)

1DRUM

(C)

DRUM CTRG(C) CNT

Drum cartridge print counter (C)

2 DRUM CTRG(C)

TURN

Drum cartridge rotation number(C)

3 DRUM CTRG(C)

DAY

Number of day that used Drum cartridge(C)

4 DRUM CTRG(C)

LIFE

Drum cartridge life meter (C)

5 DRUM CTRG(C)

REMAINDER

Drum cartridge remaining day(C)

1DRUM

(M)

DRUM CTRG(M) CNT

Drum cartridge print counter (M)

2 DRUM CTRG(M)

TURN

Drum cartridge rotation number(M)

3 DRUM CTRG(M)

DAY

Number of day that used Drum cartridge (M)

4 DRUM CTRG(M)

LIFE

Drum cartridge life meter (M)

5 DRUM CTRG(M)

REMAINDER

Drum cartridge remaining day(M)

1DRUM

(Y)

DRUM CTRG(Y) CNT

Drum cartridge print counter (Y)

2 DRUM CTRG(Y)

TURN

Drum cartridge rotation number(Y)

3 DRUM CTRG(Y)

DAY

Number of day that used Drumcartridge (Y)

4 DRUM CTRG(Y)

LIFE

Drum cartridge life meter (Y)

5 DRUM CTRG(Y)

REMAINDER

Drum cartridge remaining day(Y)

1 TN (K) TN CTRG(K) CNT Toner cartridge print counter (K) 2 TN CTRG(K) TURN Toner cartridge rotation number(K) 3 TN CTRG(K) DAY Number of day that used Toner car-

tridge (K) 4 TN CTRG(K) LIFE Toner cartridge life meter (K) 5 TN CTRG(K)

REMAINDER

Toner cartridge remaining day(K)

1 TN (C) TN CTRG(C) CNT Toner cartridge print counter (C) 2 TN CTRG(C)

TURN

Toner cartridge rotation number(C)

3 TN CTRG(C) DAY Number of day that used Toner car-

tridge (C) 4 TN CTRG(C) LIFE Toner cartridge life meter (C) 5 TN CTRG(C)

REMAINDER

Toner cartridge remaining day(C)

1 TN (M) TN CTRG(M) CNT Toner cartridge print counter (M) 2 TN CTRG(M)

TURN

Toner cartridge rotation number(M)

3 TN CTRG(M) DAY Number of day that used Toner car-

tridge (M) 4 TN CTRG(M) LIFE Toner cartridge life meter (M) 5 TN CTRG(M)

REMAINDER

Toner cartridge remaining day(M)

1 TN (Y) TN CTRG(Y) CNT Toner cartridge print counter (Y) 2 TN CTRG(Y) TURN Toner cartridge rotation number(Y) 3 TN CTRG(Y) DAY Number of day that used Toner car-

tridge (Y) 4 TN CTRG(Y) LIFE Toner cartridge life meter (Y) 5 TN CTRG(Y)

REMAINDER

Toner cartridge remaining day(Y)

1OZONE

FILTER

OZONE FILTER CNT

Ozone filter counter

OZONE FILTER DAY

Number of day that used Toner car-

tridge

OZONE FILTER LIFE

Ozone filter life meter

OZONE FILTER REMAINDER

Toner cartridge remaining day

Page 92

MX-C250 SIMULATION 6 – 15

22-14

Purpose

Adjustment/Setting/Operation data check

Function (Purpose)

Used to check the usage number of toner cartridge

Section

Process

Operation/Procedure

Used to check the usage number of toner cartridge.

22-19

Purpose

Adjustment/Setting/Operation data check

Function (Purpose)

Used to check the values of the counters related to the scan - image send.

Section

Operation/Procedure

Used to display the counter value related to the network scanner

Change the display with up/down key.

23-2

Purpose

Adjustment/Setting/Operation data check

Function (Purpose)

Used to output the trouble history list of paper jam and misfeed. (If the number of troubles of misfeed is considerably great, the judgment is made that repair is required.)

Section

Operation/Procedure

Press [OK]/[START] key to execute print.

The trouble history of paper jams and misfeed is printed.

24-1

Purpose

Data clear

Function (Purpose)

Used to clear the jam counter, and the trouble counter. (After completion of maintenance, clear the counters.)

Section

Operation/Procedure

1) Select the item to be cleared with 10 keys.

2) Press [OK]/[START] key.

3) Press [OK]/[START] key. The target counter is cleared.

24-2

Purpose

Data clear

Function (Purpose)

Used to clear the number of use (the number of prints) of each paper feed section.

Section

Operation/Procedure

1) Select the item to be cleared with 10 keys.

2) Press [OK]/[START] key.

3) Press [OK]/[START] key. The target counter is cleared.

24-3

Purpose

Data clear

Function (Purpose)

Used to clear the finisher, SPF/RSPF, and the scan (reading) unit counter.

Section

Operation/Procedure

1) Select the item to be cleared with the10 key.

2) Press [OK]/[START] key.

The target counter is cleared.

24-3

Purpose

Data clear

Function (Purpose)

Used to clear the maintenance counter, the printer counters of the transport unit and the fusing unit. (After completion of maintenance, clear the counters.)

Section

Operation/Procedure

1) Select the item to be cleared with 10 keys.

2) Press [OK]/[START] key.

3) Press [OK]/[START] key.

Items / Display Contents

INSTALL Accumulated toner cartridge installation number NN END Accumulated near end number END Accumulated end number RESIDUAL Remaining amount (%)

NET SCN ORG_B/W

Network scanner document read quantity counter (B/W scan job)

NET SCN ORG_CL

Network scanner document read quantity counter (Color scan job)

MACHINE Main unit JAM counter SPF RSPF JAM counter

TROUBLE

ADU paper feed counter (Paper reverse section)

Tray 1 Machine JAM counter Tray 2 Machine JAM counter ADU (R)SPF JAM counter MFT Trouble counter

SPF SPF document feed counter

(No. of discharged sheets) SCAN Scan counter HP_ON Number of scanner HP detection OC LAMP Total lighting time of the scanner lamp

Page 93

MX-C250 SIMULATION 6 – 16

The target counter is cleared.

24-5

Purpose

Data clear

Function (Purpose)

Used to clear the developer counter. (After replacement of developer, clear the counter.)

Section

Operation/Procedure

1) Select the item to be cleared with 10 keys.

2) Press [OK]/[START] key.

3) Press [OK]/[START] key. The target counter is cleared.

NOTE: When SIM22-1 is executed, this counter is also cleared automatically.

24-6

Purpose

Data clear

Function (Purpose)

Used to clear the copy counter.

Section

Operation/Procedure

1) Select the item to be cleared with 10 keys.

2) Press [OK]/[START] key.

3) Press [OK]/[START] key. The target counter is cleared.

24-9

Purpose

Data clear

Function (Purpose)

Used clear the printer mode print counter and the self print mode print counter.

Section

Operation/Procedure

1) Select the item to be cleared with 10 keys.

2) Press [OK]/[START] key.

3) Press [OK]/[START] key. The target counter is cleared.

24-10

Purpose

Data clear

Function (Purpose)

Used to clear the FAX counter.

Section

Operation/Procedure

1) Select the item to be cleared with 10 keys.

2) Press [OK]/[START] key.

3) Press [OK]/[START] key. The target counter is cleared.

MAINTE ALL

Maintenance Total (Counter) Number of day that used Maintenance Total

MAINTE COL

Maintenance Color (Counter) Number of day that used Maintenance Color

FUS

Fusing unit Counter Number of day that used Fusing unit Fusing unit accumulated traveling distance

TC1

Primary transport unit counter Number of day that used Primary transport unit Primary transport unit accumulated traveling distance

TC1 BELT

Primary transport belt counter Number of day that used Primary transport belt Primary transport belt accumulated traveling distance

TC1 BLADE

Primary transport blade counter Number of day that used Primary transport blade Primary transport blade accumulated traveling distance

TC2

Secondary transport unit counter Number of day that used Secondary transport unit Secondary transport unit accumulated traveling distance

TC2 CLN

Secondary transport cleaning roller counter Number of day that used Secondary transport cleaning

roller Secondary transport cleaning roller accumulated travel-

ing distance

DV_K

DV unit counter (K) Number of day that used DV unit (K) DV unit accumulated traveling distance (K)

DV_C

DV unit counter (C) Number of day that used DV unit (C) DV unit accumulated traveling distance (C)

DV_M

DV unit counter (M) Number of day that used DV unit (M) DV unit accumulated traveling distance (M)

DV_Y

DV unit counter (Y) Number of day that used DV unit (Y) DV unit accumulated traveling distance (Y)

DRUM_K

Drum unit counter (K) Number of day that used Drum unit (K) Drum unit accumulated traveling distance (K)

DRUM_C

Drum unit counter (C) Number of day that used Drum unit (C) Drum unit accumulated traveling distance (C)

DRUM_M

Drum unit counter (M) Number of day that used Drum unit (M) Drum unit accumulated traveling distance (M)

DRUM_Y

Drum unit counter (Y) Number of day that used Drum unit (Y) Drum unit accumulated traveling distance (Y)

OZONE FILTER

Ozone filter counter Ozone filter life meter Ozone filter remaining day Number of day that used Ozone filter

DV_K

Developer cartridge print counter (K) Developer cartridge accumulated traveling distance (cm) (K) Number of day that used developer (Day) K

DV_C

Developer cartridge print counter (C) Developer cartridge accumulated traveling distance (cm) (C) Number of day that used developer (Day) C

DV_M

Developer cartridge print counter (M) Developer cartridge accumulated traveling distance (cm) (M) Number of day that used developer (Day) M

DV_Y

Developer cartridge print counter (Y) Developer cartridge accumulated traveling distance (cm) (Y) Number of day that used developer (Day) Y

COPY BW Copy counter (B/W) COPY COL Copy counter (COLOR)

PRINT BW Print counter (B/W) PRINT COL Print counter (COLOR) OTHER BW Other counter (B/W) OTHER COL Other counter (COLOR)

Items FAX SEND

SEND

SND PAGE FAX send counter SND TIME FAX send time

RECEIVE

RCV PAGE FAX receive counter RCV TIME FAX receive time

FAX Print quantity counter

Page 94

MX-C250 SIMULATION 6 – 17

24-15

Purpose

Data clear

Function (Purpose)

Used to clear the counters related to the scan mode and the image send.

Section

Operation/Procedure

1) Select the item to be cleared with 10 keys.

2) Press [OK]/[START] key.

24-35

Purpose

Data clear

Function (Purpose)

Used to clear the usage number of toner cartridge.

Section

Operation/Procedure

1) Select the item to be cleared with 10 keys.

2) Press [OK]/[START] key.

3) Press [OK]/[START] key. The target counter is cleared.

25-1

Purpose

Operation test/check

Function (Purpose)

Used to check the operations of the developing section.

Section

Process (Developing section)

Operation/Procedure

1) Select the process speed with 10 keys.

2) Press [OK]/[START] key. The developing motor and the OPC drum motor rotate for 3 minutes and the output level of the toner density sensor is displayed.

25-2

Purpose

Setting

Function (Purpose)

Display the value of the selected sensor and register the toner density control value, toner density control voltage, developer adjustment area and sensitivity adjustment value by driving the all drum motors.(Automatic adjustment)

Section

Image process (Photoconductor/Developing/Transfer/Cleaning)

Operation/Procedure

1) Select the item with 10 keys.

2) Press [OK]/[START] key. The developing motor rotates for 1 minutes and 30 seconds, and the toner density sensor makes sampling of the toner density. The detected level is displayed.

After stopping the developing motor, the average value of the toner density sampling results is set as the reference toner density control level.

NOTE:

When the above operation is interrupted on the way, the reference toner concentration level is not set. Also when error code of EE-EC, EE-EL or EE-EU is displayed, the reference toner density level is not set normally.

Do not execute this simulation except when new developer is supplied. If it is executed in other cases, undertoner or overtone may occur, causing a trouble.

Display during operation

Display after completion of the adjustment

Display and condition in case of an error

No. Item/Display Content

1 NET SCN ORG B/W

Network scanner document read quantity counter (B/W scan job)

2 NET SCN ORG CL

Network scanner document read quantity counter (COLOR scan job)

Item TN END CNT CLR

Process speed

Sensor Name Contents

MIDDLE

ADJ_M Toner density sensor (K,C,M,Y in turn)

VO_M

Toner density sensor control voltage level (K,C,M,Y in turn)

LOW

ADJ_L Toner density sensor (K,C,M,Y in turn)

VO_L

Toner density sensor control voltage level (K,C,M,Y in turn)

No Item/Display Contents

1 MIDDLE Process speed : Middle 2 LOW Process speed : Low

TCS_K Toner density sensor control voltage level K TCS_C Toner density sensor control voltage level C TCS_M Toner density sensor control voltage level M TCS_Y Toner density sensor control voltage level Y TSG_K Toner density sensor control level K TSG_C Toner density sensor control level C TSG_M Toner density sensor control level M TSG_Y Toner density sensor control level Y

Display Mode Range

ADJ_L_K Toner density control adjustment value in

the low speed process mode

1 - 255 ADJ_L_C 1 - 255 ADJ_L_M 1 - 255 ADJ_L_Y 1 - 255 ADJ_M_K Toner density control adjustment value in

the medium speed process mode

1 - 255 ADJ_M_C 1 - 255 ADJ_M_M 1 - 255 ADJ_M_Y 1 - 255 VO_L_K Toner density sensor control voltage level

in the low speed process mode

1 - 255 VO_L_C 1 - 255 VO_L_M 1 - 255 VO_L_Y 1 - 255 VO_M_K Toner density sensor control voltage level

in the medium speed process mode

1 - 255 VO_M_C 1 - 255 VO_M_M 1 - 255 VO_M_Y 1 - 255

Error dis-

play

Error name Error details

EE-EL EL error

The sensor output level is lower than 77, or the control voltage level is higher than 207.

EE-EU EU error

The sensor output level is higher then 177, or the control voltage level is lower than 52.

EE-EC EC error The sensor output level is out of 128+/- 3.

Page 95

MX-C250 SIMULATION 6 – 18

25-4

Purpose

Operation test/check

Function (Purpose)

Used to display the toner control correction value.

Section

Process (Developing section)

Operation/Procedure

1) Select the color with 10 keys.

2) Press [OK]/[START] key.

25-5

Purpose

Operation test/check

Function (Purpose)

Used to display the toner supply amount detection system value.

Section

Process (Developing section)

Operation/Procedure

1) Select the color with 10 keys.

2) Press [OK]/[START] key.

Color displayed items Contents

Minimum

Max

YLD_CNT_FB

Toner supply FB ratio by yield count

200

DELTA_DVB

⊿DVB(Process control DVB-ideal DVB)

-500 500

IDL_DVB Ideal DVB 100 600 PROCON_DVB Process control DVB 0 600 DV_LIFE Developer life area 1 32 COVERAGE_AREA Average coverage area 1 29 ENV_AREA Environmental area 1 16

MULTI_TIME

Accumulated driving time area

PRO_FB_CNT

Process control feedback toner supply remaining number of times

655 35

PRO_FB_INT

Process control feedback toner supply interval

655 35

PRO_FB_RATIO

Process control feedback toner supply ratio

-127 127

RECV_MODE_CNT(+)

The number of times of recovery mode (+)

655 35

RECV_MODE_CNT(-)

The number of times of recovery mode (-)

655 35

YLD_CNT_FB

Toner supply FB ratio by yield count

200

DELTA_DVB

⊿DVB(Process control DVB-ideal DVB)

-500 500

IDL_DVB Ideal DVB 100 600 PROCON_DVB Process control DVB 0 600 DV_LIFE Developer life area 1 32 COVERAGE_AREA Average coverage area 1 29 ENV_AREA Environmental area 1 16

MULTI_TIME

Accumulated driving time area

PRO_FB_CNT

Process control feedback toner supply remaining number of times

655 35

PRO_FB_INT

Process control feedback toner supply interval

655 35

PRO_FB_RATIO

Process control feedback toner supply ratio

-127 127

RECV_MODE_CNT(+)

The number of times of recovery mode (+)

655 35

RECV_MODE_CNT(-)

The number of times of recovery mode (-)

655 35

YLD_CNT_FB

Toner supply FB ratio by yield count

200

DELTA_DVB

⊿DVB(Process control DVB-ideal DVB)

-500 500

IDL_DVB Ideal DVB 100 600 PROCON_DVB Process control DVB 0 600 DV_LIFE Developer life area 1 32 COVERAGE_AREA Average coverage area 1 29 ENV_AREA Environmental area 1 16

MULTI_TIME

Accumulated driving time area

PRO_FB_CNT

Process control feedback toner supply remaining number of times

655 35

PRO_FB_INT

Process control feedback toner supply interval

655 35

PRO_FB_RATIO

Process control feedback toner supply ratio

-127 127

RECV_MODE_CNT(+)

The number of times of recovery mode (+)

655 35

RECV_MODE_CNT(-)

The number of times of recovery mode (-)

655 35

YLD_CNT_FB

Toner supply FB ratio by yield count

200

DELTA_DVB

⊿DVB(Process control DVB-ideal DVB)

-500 500

IDL_DVB Ideal DVB 100 600 PROCON_DVB Process control DVB 0 600 DV_LIFE Developer life area 1 32 COVERAGE_AREA Average coverage area 1 29 ENV_AREA Environmental area 1 16

MULTI_TIME

Accumulated driving time area

PRO_FB_CNT

Process control feedback toner supply remaining number of times

655 35

PRO_FB_INT

Process control feedback toner supply interval

655 35

PRO_FB_RATIO

Process control feedback toner supply ratio

-127 127

RECV_MODE_CNT(+)

The number of times of recovery mode (+)

655 35

RECV_MODE_CNT(-)

The number of times of recovery mode (-)

655 35

Color

displayed items

Contents

MinimumMax

TCS_B_AVE.Toner sensor output block average

value

0 255

TSG_HUM

Current TSG environment correction value (middle speed)

127

TSG_COV

Current TSG print rate correction value (middle speed)

127

TSG_LIFE

Current TSG developer life correction value (middle speed)

127

TSG_ENV

Current TSG cumulative drive area correction value (middle speed)

127

DELTA_TSG Average coverage area

254

DELTA_TSG Operation voltage correction value 1 255

TSG_TOTAL

Operation voltage target value (Middle speed)

0 255

TCS_AVE. Toner sensor output average value 0 255

Page 96

MX-C250 SIMULATION 6 – 19

26-6

Purpose

Setting

Function (Purpose)

Used to set the specifications (paper, fixed magnification ratio, etc.) of the destination.

Section

Operation/Procedure

1) Select an item to be set with 10 keys.

2) Press [OK]/[START] key. The selected set content is saved.

26-18

Purpose

Setting

Function (Purpose)

Used to set Disable/Enable of the toner save mode operation. (For the Japan and the UK versions.)

Section

Operation/Procedure

1) Select an item to be set with 10 keys.

2) Press [OK]/[START] key. The selected set content is saved.

TN_EMP_W

The threshold of toner empty (Over W count detection counts continuously)

0255

TN_EMP_X

The threshold of toner empty (Over X count detection counts continuously)

0255

TN_EMP_Y

The threshold of toner empty (Over Y count detection counts continuously)

0255

TCS_B_AVE.Toner sensor output block average

value

0255

TSG_HUM

Current TSG environment correction value (middle speed)

127

TSG_COV

Current TSG print rate correction value (middle speed)

127

TSG_LIFE

Current TSG developer life correction value (middle speed)

127

TSG_ENV

Current TSG cumulative drive area correction value (middle speed)

127

DELTA_TSG Average coverage area

254

DELTA_TSG Operation voltage correction value 1 255

TSG_TOTAL

Operation voltage target value (Middle speed)

0255

TCS_AVE. Toner sensor output average value 0 255

TN_EMP_W

The threshold of toner empty (Over W count detection counts continuously)

0255

TN_EMP_X

The threshold of toner empty (Over X count detection counts continuously)

0255

TN_EMP_Y

The threshold of toner empty (Over Y count detection counts continuously)

0255

TCS_B_AVE.Toner sensor output block average

value

0255

TSG_HUM

Current TSG environment correction value (middle speed)

127

TSG_COV

Current TSG print rate correction value (middle speed)

127

TSG_LIFE

Current TSG developer life correction value (middle speed)

127

TSG_ENV

Current TSG cumulative drive area correction value (middle speed)

127

DELTA_TSG Average coverage area

254

DELTA_TSG Operation voltage correction value 1 255

TSG_TOTAL

Operation voltage target value (Middle speed)

0255

TCS_AVE. Toner sensor output average value 0 255

TN_EMP_W

The threshold of toner empty (Over W count detection counts continuously)

0255

TN_EMP_X

The threshold of toner empty (Over X count detection counts continuously)

0255

TN_EMP_Y

The threshold of toner empty (Over Y count detection counts continuously)

0255

TCS_B_AVE.Toner sensor output block average

value

0 255

TSG_HUM

Current TSG environment correction value (middle speed)

127

TSG_COV

Current TSG print rate correction value (middle speed)

127

TSG_LIFE

Current TSG developer life correction value (middle speed)

127

TSG_ENV

Current TSG cumulative drive area correction value (middle speed)

127

DELTA_TSG Average coverage area

254

DELTA_TSG Operation voltage correction value 1 255

TSG_TOTAL

Operation voltage target value (Middle speed)

0 255

TCS_AVE. Toner sensor output average value 0 255

TN_EMP_W

The threshold of toner empty (Over W count detection counts continuously)

0 255

TN_EMP_X

The threshold of toner empty (Over X count detection counts continuously)

0 255

TN_EMP_Y

The threshold of toner empty (Over Y count detection counts continuously)

0 255

Item Display Contents 1 U.S.A. United States of America 2 CANADA Canada 3 INCH Inch series, other destinations 4 JAPAN Japan 5 AB_B AB series (B5 detection), other destinations 6 EUROPE Europe 7 U.K. United Kingdom 8 AUS. Australia 9 AB_A AB series (A5 detection), other destinations 10 CHINA China

Item Display Content

Default

value

1COPY

0 Copy toner save mode is inhibited.

1 Copy toner save mode is allowed

2 PRINT

Printer toner save mode is inhibited.

Printer toner save mode is allowed.

Page 97

MX-C250 SIMULATION 6 – 20

26-30

Purpose

Setting

Function (Purpose)

Used to set the operation mode corresponding to the CE mark (Europe safety standards). (For slow start to drive the fusing heater lamp)

Section

Operation/Procedure

1) Enter the set value with 10 keys.

2) Press [OK] /[START] key. The set value in step 1) is saved.

* Even in Enable state, the control may not be executed due to

the power frequency, etc.

26-35

Purpose

Setting

Function (Purpose)

Used to set the display mode of SIM 22-4 trouble history when a same trouble occurred repeatedly. There are two display modes: display as one trouble and display as several series of troubles.

Section

Operation/Procedure

1) Enter the set value with 10 keys.

1) Press [OK]/[START] key. The selected set content is saved.

26-38

Purpose

Setting

Function (Purpose)

Used to set Continue/Stop of print when the maintenance life is reached.

Section

Operation/Procedure

1) Enter the set value with 10 keys.

2) Press [OK]/[START] key. The selected set content is saved.

26-53

Purpose

Setting

Function (Purpose)

User auto color calibration (color balance adjustment) Inhibit/Allow setting (copy mode)

Section

Operation/Procedure

1) Enter the set value with 10 keys.

1) Press [OK]/[START] key. The selected set content is saved.

Item Display Content Range

1 (0:YES, 1:NO)

1 Control allowed

0 - 1

0 Control inhibited

U.S.A 1 (CE not supported) EUROPE 0 (CE supported) CANADA 1 (CE not supported) U.K. 0 (CE supported) INCH 1 (CE not supported) AUS. 0 (CE supported) JAPAN 1 (CE not supported) AB_A 0 (CE supported) AB_B 1 (CE not supported) CHINA 0 (CE supported)

Item Display Contents Range

TROUBLE MEMORY MODE

Only once display. If the trouble is the same as the current one, the trouble is not saved.

0 - 1

Anytime display. Even if the trouble is the same as the current one, the trouble is saved.

Item Display Content

Setting

range

M LIFE OVER (0: CONTINUE 1: STOP)

Print Enable/Disable setting when the maintenance timing is over (Print Continue)

Print Enable/Disable setting when the maintenance timing is over (Print Stop)

Item Display Contents Range

1ACC

1 ACC is allowed.

0 - 1

0 ACC is permitted.

Page 98

MX-C250 SIMULATION 6 – 21

26-54

Purpose

Setting

Function (Purpose)

Used to set LCD contrast PWM duty

Section

Operation/Procedure

1) Enter the set value with 10 keys.

1) Press [OK]/[START] key. The selected set content is saved.

26-69

Purpose

Setting

Function (Purpose)

Used to set the operating conditions for toner near end.

Section

Operation/Procedure

1) Select the item to be set with Arrow keys.

2) Enter the set value with 10 keys.

3) Press [OK]/[START] key. The selected set content is saved.

26-73

Purpose

Setting

Function (Purpose)

Used to set Toner save setting. .

Section

Operation/Procedure

1) Enter the set value with 10 keys.

2) Press [OK]/[START] key. The selected set content is saved.

27-2

Purpose

Setting

Function (Purpose)

Used to set the sender's registration number and the HOST server telephone number. (FSS function)

Section

Operation/Procedure

1) Select an item to be set with 10 keys. ]

2) Press [OK]/[START] key.

Item Display Contents Setting range

1 LCD PWM duty PWM duty value 30 - 70

Item/Dis-

play

Content Range

Default

value

TN PREP 0:Y 1:N

The toner preparation message is displayed/ is not displayed. (0:Y 1:N)

0-1

Refer to the destination list

REM TN LVToner preparation indication at the

toner rest amount x%.(From 0.5% to

9.50%, it is possible to set in0.5%)

0-9 4

T N N E N D 0:Y 1:N

The toner near end message is displayed is not displayed.(0:Y 1:N)

0-1

Refer to the destination list

TN END

Operation Enable / Disable in TONER END

1 - 3

Refer to the destination list

TN END CNT

Setting of the number of copy/print/ FAX outputs Enable after TONER NEAR END.

1 - 3

TN E-MAIL ALERT

When near near toner end of Toner Low status of E-mail alert system is sent. (0 : near near end / 1 : near end)

Value Contents

Print Enable after toner end detection

Toner end flag detection : N/A CRUM ID history check : N/A

Print Disable after toner end detection

Toner end flag detection : N/A CRUM ID history check : Available

Print Disable after toner end detection

Toner end flag detection : Available CRUM ID history check : Available

Destination

Set value

Toner prepara-

tion

Toner near end Toner end

U.S.A 0 (Displayed) 0 (Displayed) 2 (Machine Stop) CANADA 0 (Displayed) 0 (Displayed) 2 (Machine Stop) INCH 0 (Displayed) 0 (Displayed) 2 (Machine Stop) JAPAN 0 (Displayed) 1 (Not Displayed) 2 (Machine Stop) AB_B 0 (Displayed) 0 (Displayed) 2 (Machine Stop) EUROPE 0 (Displayed) 0 (Displayed) 2 (Machine Stop) U.K. 0 (Displayed) 0 (Displayed) 2 (Machine Stop) AUS. 0 (Displayed) 0 (Displayed) 2 (Machine Stop) AB_A 0 (Displayed) 0 (Displayed) 2 (Machine Stop) CHINA 0 (Displayed) 0 (Displayed) 1 (Not Stop)

Item/Display Content

TONER SAVE DISP

Toner save setting is displayed (0) / is not displayed (1)

USER FAX_NO.

Sender registration number (Max. 16 digits)

SRV TEL_NO.

Host server telephone number (Max. 16 digits)

- Refer to the destination list

Destination

Set value

U.S.A 16 figure ALL”(NULL)” CANADA 16 figure ALL”(NULL)” INCH 16 figure ALL”(NULL)” JAPAN ”0120382327” AB_B 16 figure ALL”(NULL)” EUROPE 16 figure ALL”(NULL)” U.K. 16 figure ALL”(NULL)” AUS. 16 figure ALL”(NULL)” AB_A 16 figure ALL”(NULL)” CHINA 16 figure ALL”(NULL)”

Page 99

MX-C250 SIMULATION 6 – 22

27-4

Purpose

Setting

Function (Purpose)

Used to set the initial call and toner order auto send. (FSS function)

Operation/Procedure

1) Select an item to be set with Arrow keys.

2) Enter the set value with 10 keys.

3) Press [OK]/[START] key.

The set value in step 2) is saved.

Item/Display Content

Setting

range

Default value Remarks

1 RETRY_BUSY Resend number setting when busy 0 - 15 2 * 0: No retry 2 TIMER (MINUTE) _BUSY Resend timer setting (minute) when busy 1 - 15 3 3 RETRY_ERROR Resend number setting when error 0 - 15 1 * 0: No retry 4 TIMER (MINUTE) _ERROR Resend timer setting (minute) when error 1 - 15 1 5 FAX_RETRY Fax initial connection retry frequency setting 1 - 15 2

TONER ORDER TIMING (K)

EMPTY

Toner order auto send timing setting (K)

EMPTY

0 - 11

6 (25%)

TONER NEAR END

5% 5% 2 10% 10% 3 15% 15% 4 20% 20% 5 25% 25% 6 30% 30% 7 35% 35% 8 40% 40% 9 45% 45% 10 50% 50% 11

TONER ORDER TIMING (C)

EMPTY

Toner order auto send timing setting (C)

EMPTY

0 - 11

3(49% - 25%)

TONER NEAR END

5% 5% 2 10% 10% 3 15% 15% 4 20% 20% 5 25% 25% 6 30% 30% 7 35% 35% 8 40% 40% 9 45% 45% 10 50% 50% 11

TONER ORDER TIMING (M)

EMPTY

Toner order auto send timing setting (M)

EMPTY

0 - 11

6 (25%)

TONER NEAR END

5% 5% 2 10% 10% 3 15% 15% 4 20% 20% 5 25% 25% 6 30% 30% 7 35% 35% 8 40% 40% 9 45% 45% 10 50% 50% 11

TONER ORDER TIMING (Y)

EMPTY

Toner order auto send timing setting (Y)

EMPTY

0 - 11

6 (25%)

TONER NEAR END

5% 5% 2 10% 10% 3 15% 15% 4 20% 20% 5 25% 25% 6 30% 30% 7 35% 35% 8 40% 40% 9 45% 45% 10 50% 50% 11

TONER ORDER CONTROL

Setting of toner order timing control

0 - 1

0: Toner order is sent by fixed remained amount 1: Toner order is sent by the result of toner consumption calculation

TONER DELIVERY CONTROL

Setting of toner comprehensive transport

0 - 1

0: Comprehensive transport off 1: Comprehensive transport on

TONER DELIVERY INTERVAL

The threshold setting of toner comprehensive transport

1 - 15

Page 100

MX-C250 SIMULATION 6 – 23

27-7

Purpose

Setting

Function (Purpose)

Used to set of the enable, alert callout. (FSS function)

Section

Operation/Procedure

1) Select an item to be set with Arrow keys.

2) Enter the set value with 10 keys.

3) Press [OK]/[START] key. The set value in step 2) is saved.

27-14

Purpose

Setting

Function (Purpose)

Used to set the FSS function connection test mode.

Section

Operation/Procedure

1) Enter the set value with 10 keys.

1) Press [OK]/[START] key. The set value in step 1) is saved.

27-15

Purpose

Setting

Function (Purpose)

Used to display the FSS connection condition.

Section

Operation/Procedure

1) Enter the set value with 10 keys.

27-16

Purpose

Setting

Function (Purpose)

Used to FSS alert setting.

Section

Operation/Procedure

1) Enter the set value with 1 keys.

2) Press [OK]/[START] key. The set value in step 1) is saved.

30-1

Purpose

Operation test/check

Function (Purpose)

Used to check the operations of the sensors and the detectors in other than the paper feed section and the control circuits.

Section

Operation/Procedure

The operating conditions of the sensors and detectors are displayed.

The sensors and the detectors which are turned ON are highlighted.

Item/Display Content Range

Default value

1 FUNCTION

0 FSS function enable

0 - 10

1(No)

FSS function disable (*1) (Default)

2ALERT

Alert call enable (*2) (Default)

0(Yes)

1 Alert call disable

CONNECTION

0 By FAX

0(FAX)1 Invalid

2By HTTP

Item Display Contents Range

Default

value

CONNECT EST ODE(1:ON :OFF)

Enable FSS function connection test mode.

0 - 1 0 (OFF)

Disable FSS function connection test mode.

Item Display Contents Range

Default

value

FSS ONNECTION

Display the FSS connection.

0 Unused

1 Used

No Display Contents Setting range

MAINTE-

NANCE ALERT

Maintenance alert trans-

mission permission setting

0 - 1

TONER

ORDER ALERT

Toner order alert transmis-

sion permission setting

0 - 1

TONER CTRG

ALERT

Toner cartridge alert transmission permission setting

0 - 1

TROUBLE

ALERT

Trouble alert transmission

permission setting

0 - 1

1 PPD2 Resist detection 2 POD1 Detects the paper exit from fusing. 3 TFD2 Paper exit tray full detection 4 DSW_R Right door open/close detection 5 DSW_F Front cover open/close detection 6 DHPD_K OPC drum phase detection (K) 7 DHPD_CL OPC drum phase detection (Color) 8 TNFD Waste toner full detection 9 CPED1 1CS paper detection 14 MPED Drum detection 16 C2LUD 2CS paper upper limit detection 17 C2PPD 2CS paper transport detection 18 DSW_C2 2CS transport cover open/close detection 19 CSS2 2CS tray detection 20 1TUD_K Primary transfer belt separation detection (K) 21 1TUD_CL Primary transfer belt separation detection (Color) 22 CSS2 2CS tray paper detection