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MX-7000N  SIMULATION  7 – 77

 

48-5

Adjustment

Function (Purpose) Used to perform the copy magnification

ratio adjustment (sub scanning direction).
When the sub scanning direction image
magnification ratio is adjusted with SIM 48-
1 and a satisfactory copy image is not
obtained when copying by specifying a dif-
ferent copy magnification ratio, perform this
adjustment.

Scanner section

Operation/Procedure
1)

Select a target item of the adjustment with [

↑] and [↓] keys on

the touch panel. 

2)

Enter the adjustment value with 10-key.

3)

Press [OK] key.
The set value is saved. 

 

48-6

Adjustment

Function (Purpose) Used to perform the rotation speed adjust-

ment of each motor. 

Operation/Procedure
1)

Select a target mode to be set with [COLOR], [MONO], and
[HEAVY] keys on the touch p panel.

2)

Enter the adjustment value with 10-key.

3)

Press [OK] key.
The set value is saved. 

A

MR (HI)

Scanner motor (High speed)

50

B

MR (MID)

Scanner motor (Reference speed)

50

C

MR (LO)

Scanner motor (Low speed)

50

D

DSPF (HI)

DSPF motor (High speed)

50

E

DSPF (MID)

DSPF motor (Reference speed)

50

F

DSPF (LO)

DSPF motor (Low speed)

50

A : 50

;

MR(HI)

B : 50

;

MR(MID)

C : 50

;

MR(LO)

D : 50

;

DSPF(HI)

A:

SIMULATION NO.48-05

MOTOR SPEED ADJUSTMENT

50

1

99

OK

TEST

CLOSE

E : 50

;

DSPF(MID)

F : 50

;

DSPF(LO)

A

A

A

RRM

Resist motor correction value

Color

COLOR

50

Monochrome

MONO

50

Heavy paper

HEAVY

51

B

B

B

BLTM

Belt motor correction value

Color

COLOR

54

Monochrome

MONO

54

Heavy paper

HEAVY

54

C

C

C

DMBK

Drum K motor correction value

Color

COLOR

51

Monochrome

MONO

51

Heavy paper

HEAVY

51

D

–

D

DMCMY

Drum CL motor correction value

Color

COLOR

51

Heavy paper

HEAVY

51

E

D

E

DVMK

Developing K motor correction value

Color

COLOR

50

Monochrome

MONO

50

Heavy paper

HEAVY

50

F

E

F

DVMC

Developing CL motor correction value

Color

COLOR

50

Monochrome

MONO

50

Heavy paper

HEAVY

50

G

F

G

FUM

Fusing motor correction value

Color

COLOR

35

Monochrome

MONO

35

Heavy paper

HEAVY

40

H

-

-

LCCM

LCC motor correction value

COLOR

50

I

G

H

PFM

PS front motor correction value

Color

COLOR

55

Monochrome

MONO

55

Heavy paper

HEAVY

55

J

-

-

CPFM

Paper feed motor correction value

COLOR

50

K

-

-

POM

Paper exit motor correction value

COLOR

50

L

H

I

FUSER SETTING

Fusing speed select timing

Color

COLOR

50

Monochrome

MONO

60

Heavy paper

HEAVY

50

MX-7000N  SIMULATION  7 – 78

 

 

49-1

Purpose
Function (Purpose) Used to perform the firmware update. 
Section

Operation/Procedure
1)

Save the firmware to a USB memory. 

2)

Insert the USB memory to the machine. 

3)

Select the target firmware to be updated with the touch panel. 

4)

Select the target model for the firmware update. 

5)

Press [EXECUTE] key.

6)

Press [YES] key.
The selected firmware is updated. 
When the operation is completed normally, "COMPLETE" is
displayed. In case of an abnormal end, "ERROR" is displayed.

 

49-3

Purpose
Function (Purpose) Used to update the operation manual in the

HDD. 

Operation/Procedure
1)

Save the operation manual data to a USB memory. 

2)

Insert the USB memory to the machine. 

3)

Select the update target data of the operation manual with the
touch panel. 

4)

Press [EXECUTE] key.

5)

Press [YES] key.
The selected data of the operation manual is updated. 
When the operation is completed normally, "COMPLETE" is
displayed. In case of an abnormal end, "ERROR" is displayed.

CONFIG

Configuration data

ICU (MAIN)

ICU main

ICU (BOOTM)

ICU boot section main

ICU (BOOTS)

ICU boot section sub

LANGUAGE

Language data program

GRAPHIC

Graphic data for L-LCD

SLIST

SLIST data for L-LCD 

PCU (BOOT)

PCU BOOT

PCU (MAIN)

PCU main

A4LCC (BOOT)

LCC (A4) BOOT

A4LCC (MAIN)

LCC (A4) main

FIN (BOOT)

Inner finisher BOOT

FIN (MAIN)

Inner finisher main

SADDLE (BOOT)

Saddle unit boot section

SADDLE (MAIN)

Saddle unit main section

4KFIN (BOOT)

4K finisher BOOT

4KFIN (MAIN)

4K finisher main

A3LCC (BOOT)

LCC(A3) BOOT

A3LCC (MAIN)

LCC (A3) main

SCU (BOOT)

SCU BOOT

SCU(MAIN)

SCU main

DSPF (BOOT)

DSPF BOOT

DSPF (MAIN)

DSPF main

FAX (BOOT)

FAX1 BOOT

FAX (MAIN)

FAX1 main

FAX OPTION (BOOT)

FAX2 BOOT

FAX OPTION (MAIN)

FAX2 main

ESCP_FONT

ESC/P font

PDL_FONT

PDL font

ANIMATION

Animation data

IMAGE_DATA

Image ASIC data

COLOR PROFILE

Color profile

A : 50

;

RRM

B : 54

;

BLTM

C : 51

;

DMBK

D : 51

;

DMCMY

A:

SIMULATION NO.48-06

VELOCITY ADJUSTMENT

50

1

99

OK

TEST

CLOSE

E : 50

;

DVMK

F : 50

;

DVMC

G : 35

:

;

FUM

H : 50

;

LCCM

I

55

;

PFM

J : 50

;

CPFM

K : 50

;

POM

COLOR

MONO

HEAVY

CONF

Configuration data

ICUM

ICU main

ICUBM

ICU boot section main

ICUBS

ICU boot section sub

LANG

Language data program

GRAPH

Graphic data for L-LCD

SLIST

SLIST data for L-LCD 

PCUB

PCU BOOT

PCUM

PCU main

LCC4B

LCC(A4) BOOT

LCC4M

LCC (A4) main

FINB

Inner finisher BOOT

FINM

Inner finisher main

SDLB

Saddle unit boot section

SDLM

Saddle unit main section

FIN4B

4K finisher BOOT

FIN4M

4K finisher main

LCC3B

LCC (A3) BOOT

LCC3M

LCC (A3) main

SCUB

SCU BOOT

SCUM

SCU main

DSPFB

DSPF BOOT

DSPFM

DSPF main

FAXB

FAX1 BOOT

FAXM

FAX1 main

FXOPB

FAX2 BOOT

FXOPM

FAX2 main

ESCP

ESC/P font

PDL

PDL font

ANIME

Animation data

IMGDT

Image ASIC data

SIMULATION NO.49-01

TEST

FIRMWARE UPDATE/usbbd00

<DIR> FOLDER1

FILE1

FILE2

<DIR> FOLDER2

1/1

CLOSE

..

MX-7000N  SIMULATION  7 – 79

 

 

50-1

Adjustment

Function (Purpose) Used to adjust the copy image position on

print paper and the void area (image loss)
in the copy mode. (The similar adjustment
can be performed also with SIM 50-5 and
SIM 50-2 (simple method). (Document
table mode))

Operation/Procedure
1)

Select a target item of the adjustment with [

↑] and [↓] keys on

the touch panel. 

2)

Enter the adjustment value with 10-key.

3)

Press [OK] key. (The set value is saved.)

 

50-2

Adjustment

Function (Purpose) Used to adjust the copy image position on

print paper and the void area (image loss)
in the copy mode. (The similar adjustment
can be performed also with SIM 50-1. This
simulation. However, is simpler.)

Operation/Procedure
Be sure to perform the sub scanning direction magnification ratio
(SIM 48-1) in advance. 
1)

Set L1 of item A and L2 of item B to 0.

2)

Press [EXECUTE] key.

3)

Place a ruler on the left edge of the document table, and make
a black and white copy at the magnification ratio of 400%.

4)

Measure the distance L1 and L2 in the copied image in the unit
of 0.1mm.  (Refer to the figure below.) Multiple the measure
values (in the unit of  0.1mm) with 10, and input the products.
Be sure to input both of L1 and L2 as a set.
L1: Distance from the copy image lead edge to the scale of
10mm.
L2: Distance from the paper lead edge to the copy image lead
edge

5)

Press [EXECUTE] key. (The set value is saved.)

6)

Make a copy at the magnification ratio of 100%, and adjust the
rear edge void.

A

Lead edge 
adjustment

RRCA

Document lead edge 
reference position (OC)

50

B

RRCB-CS12

Resist 
motor ON 
timing 
adjustment

Standard 
cassette

50

C

RRCB-CS34

50

D

RRCB-LCC

LCC

50

E

RRCB-MFT

Manual feed

50

F

RRCB-ADU

ADU

50

G

Image loss 
amount set 
value

LEAD

Lead edge image loss 
amount setting

30

H

SIDE

Side image loss amount 
setting

20

I

Void 
amount 
setting

DENA

Print lead edge adjustment

30

J

DENB

Sub scanning direction print 
range adjustment

20

K

FRONT/
REAR

FRONT/ REAR void amount 
adjustment

20

SIMULATION NO.49-03

TEST

E-MANUAL UPDATE/usbbd00

<DIR> FOLDER1

<DIR> FOLDER2

1/1

CLOSE

<DIR> FOLDER3

<DIR> MANUAL1

..

A : 50

;

RRCA

B : 50

;

RRCB-CS12

C : 50

;

RRCB-CS34

D : 50

;

RRCB-LCC

A:

SIMULATION NO.50-01

LEAD EDGE ADJUSTMENT VALUE

50

0

99

OK

TEST

CLOSE

E : 50

;

RRCB-MFT

F : 50

;

RRCB-ADU

G : 30

;

LEAD

H : 20

;

SIDE

I : 30

;

DENA

J : 20

;

DENB

K : 20

;

FRONT/REAR

A

Actual 
measurement 
value

L1

Distance from the image 
lead edge to 10mm (platen 
400%, 0.1mm unit)

–

B

L2

Distance from the paper 
lead edge to the image 
lead edge (0.1mm unit)

–

C

Image loss 
amount set value

LEAD

Lead edge image loss

30

D

SIDE

Side image loss

20

E

Void amount 
setting

DENA

Print lead edge adjustment

30

F

DENB

Sub scanning direction 
print range adjustment

20

G

FRONT/
REAR

FRONT/ REAR void 
amount adjustment

20

L1

L2

Paper lead
edge

400% enlargement copy

A : 60

;

L1

B : 0

;

L2

C : 30

;

LEAD

D : 20

;

SIDE

A:

SIMULATION NO.50-02

LEAD EDGE ADJUSTMENT VALUE(CALC)

60

0

999

TEST

E : 30

;

DENA

F : 20

;

DENB

G : 20

;

FRONT/REAR

CLOSE

EXECUTE

MX-7000N  SIMULATION  7 – 80

 

50-5

Adjustment

Function (Purpose) Printer print lead edge adjustment
Section

Operation/Procedure
1)

Select a target item of the adjustment with [

↑] and [↓] keys on

the touch panel. 

2)

Enter the adjustment value with 10-key.

3)

Press [EXECUTE] key.
The set value is saved and the adjustment print is outputted.

4)

Used to measure the void area size on the printed adjustment
pattern in the right and the left frame directions, and to check
to confirm that the sizes are as shown below.
If DEN-C=4.0 

± 2.0mm or DEN-B=4.0 ± 2.0mm, there is no

need to adjust. If not, go to the procedure 5.

5)

Change the adjustment value of the adjustment item A (DEN-
C) and the adjustment item B (DEN-B).
When the adjustment value of the adjustment item A (DEN-C)
is decreased by 1, the print star position in the sub scanning
direction is shifted to the paper lead edge by 0.1mm.
When the adjustment value of the adjustment item B (DEN-B)
is decreased by 1, the print range in the paper transport direc-
tion is increased toward the rear edge side by 0.1mm.

6)

Repeat procedures 1 - 5 until the condition of procedure 4 is
satisfied.

 

50-6

Adjustment

Function (Purpose) Used to adjust the DSPF document lead

edge, and to adjust the copy image position
and the void area (image loss) on the print
paper in the copy mode. (The similar
adjustment can be performed with SIM 50-
7 (simple method).) (DSPF mode)

DSPF

Operation/Procedure
1)

Select a target item of the adjustment with [

↑] and [↓] keys on

the touch panel. 

2)

Enter the adjustment value with 10-key.

3)

Press [OK] key. (The set value is saved.)

 

50-7

Adjustment

Function (Purpose) Used to adjust the DSPF document lead

edge, and to adjust the copy image position
and the void area (image loss) on the print
paper in the copy mode. (The similar
adjustment can be performed with SIM 50-
7 (simple method).) (DSPF mode)

DSPF

Operation/Procedure
Be sure to perform the sub scanning direction magnification ratio
(SIM 48-1) in advance. 
1)

Select a target item of the adjustment with [

↑] and [↓] keys on

the touch panel. 

A

DEN-C

Printer print lead edge adjustment

30

B

DEN-B

Sub scanning direction print range 
adjustment (paper rear edge void 
amount)

20

C

FRONT/REAR

FRONT/ REAR void amount adjustment

20

D

MULTI 
COUNT

Print quantity 

1

E

PAPER

MFT

1: Manual feed

2

CS1

2: Cassette 1

CS2

3: Cassette 2

CS3

4: Cassette 3

CS4

5: Cassette 4

LCC

6: LCC

F

DUPLEX

Duplex print 
select

0: Select

1

1: Not selected

A : 30

; DEN-C

B : 20

;

DEN-B

C : 20

;

FRONT/REAR

D : 1

;

MULTI COUNT

A:

SIMULATION NO.50-05

LEAD EDGE ADJUSTMENT VALUE (PRINTER)

30

1

99

OK

TEST

CLOSE

E : 2

;

PAPER: CS1

F :

1

;

DUPLEX: NO

EXECUTE

A

SIDE 1

Front surface document 
scan start position 
adjustment (CCD)

50

B

SIDE 2

Back surface document 
scan start position 
adjustment (CCD)

50

C

Image loss 
amount 
setting 
SIDE 1

LEAD_EDGE 
(SIDE1)

Front surface lead edge 
image loss amount setting

20

D

FRONT_REAR 
(SIDE1)

Front surface side image 
loss amount setting

20

E

TRAIL_EDGE 
(SIDE1)

Front surface rear edge 
image loss amount setting

30

F

Image loss 
amount 
setting 
SIDE 2

LEAD_EDGE 
(SIDE2)

Back surface lead edge 
image loss amount setting

30

G

FRONT_REAR 
(SIDE2)

Back surface side image 
loss amount setting

20

H

TRAIL_EDGE 
(SIDE2)

Back surface rear edge 
image loss amount setting

20

A : 50

;

SIDE1

B : 50

;

SIDE2

C : 20

;

LEAD_EDGE (SIDE1)

D : 20

;

FRONT_REAR (SIDE1)

A:

SIMULATION NO.50-06

LEAD EDGE ADJUSTMENT VALUE(SPF)

50

1

99

OK

TEST

CLOSE

E : 30

;

TRAIL_EDGE (SIDE1)

F : 30

;

LEAD_EDGE (SIDE2)

G : 20

;

FRONT_REAR (SIDE2)

H : 20

;

TRAIL_EDGE (SIDE2)