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MX-LCX3N  ADJUSTMENTS  8 – 2

 

 

1) Execute SIM.51-2 by the key operation of the machine. Then,

the displays shown below appear.

2) Select the [ENGIN] button.
3) Press the [

↓] key on the touch panel to select “G:50:LCC”.

4) Then, enter your desired adjustment value with the [10] key.

(Default: 50    Ajustment range: from 1 to 99)
* As the adjustment value is increased, the deflection amount

is also increased. As the adjustment value is decreased, the
deflection amount is also decreased.
(If the adjustment value is changed by “1”, the stop timing is
changed by 0.1mm (1.0msec).)

5) After the adjustment value is entered, press the [OK] key on

the touch panel to save the set value.

6) After the adjustment is finished, escape from the simulation

mode with the CA key.

* The screen above is intended for the model of MX-5500N series.

In the installation on other models, standard values are different.

 

1)

Execute SIM.50-5 by the key operation of the machine. Then,
the displays shown on the next page appear.

2)

Press the [

↓] key on the touch panel to select “E:PAPER”.

3)

Then, enter the adjustment value 6 with the [10] key, and press
the [OK] button.
(Adjustment value 6: LCC)

4)

When the [EXECUTE] button is pressed, the [EXECUTE] but-
ton is highlighted, and printing for adjustment pattern image is
started with the currently set value. After printing is finished,
the [EXECUTE] button returns to the normal display status.

5)

Check the adjustment pattern image position.
Measure the dimensions of the void area in the adjustment
pattern right and left frame directions, and ensure that they sat-
isfy the conditions shown below.

If condition of A=4.0

±2.0mm, B=4.0±2.0mm is satisfied, no

adjustment is necessary.
If it does not satisfy the condition above, execute the proce-
dures shown below.

6)

Change the adjustment values of the adjustment items
A(DEN-C) and B(DEN-B).
* As the adjustment value of the item A(DEN-C) is decreased

by 1, the print start position is moved to the lead edge side of
paper against the paper feed direction by 0.1mm.

* As the adjustment value of the item B(DEN-B) is decreased

by 1, the print range is increased to the trailing edge side of
paper against the paper feed direction by 0.1mm.

7)

Repeat the steps from 4 thru 6 until the condition shown in the
step 5) is satisfied.

8)

After the adjustment is finished, escape from the simulation
mode with the CA key.

[Switching of screen]

SIMULATION NO51-02

SIMULATION NO51-02

OK

㪈㪇

Key

0

A:

REGIST ROLLER ADJUSTMENT

50

㨇

㨉

OK

TEST

CLOSE

REGI1

  REGI2

ENGIN

0

G:

REGIST ROLLER ADJUSTMENT

60

㨇

㨉

OK

TEST

CLOSE

REGI1

  REGI2

ENGIN

A: 50

:

NORMAL_PLAIN_HIGH

B: 50

:

NORMAL_PLAIN_MID

C: 50

:

NORMAL_PLAIN_LOW

D: 50

:

NORMAL_THIN_HIGH

E: 50

:

NORMAL_THIN_MID

F:

50

:

NORMAL_THIN_LOW

G: 50

:

RANDOM_PLAIN_HIGH

H: 50

:

RANDOM_PLAIN_MID

I:

50

:

RANDOM_PLAIN_LOW

J:

50

:

RANDOM_THIN_HIGH

K: 50

:

RANDOM_THIN_MID

L:

50

:

RANDOM_THIN_LOW

A: 50

:

NORMAL_PLAIN_HIGH

B: 50

:

NORMAL_PLAIN_MID

C: 50

:

NORMAL_PLAIN_LOW

D: 50

:

NORMAL_THIN_HIGH

E: 50

:

NORMAL_THIN_MID

F:

50

:

NORMAL_THIN_LOW

G: 60

:

RANDOM_PLAIN_HIGH

H: 50

:

RANDOM_PLAIN_MID

I:

50

:

RANDOM_PLAIN_LOW

J:

50

:

RANDOM_THIN_HIGH

K: 50

:

RANDOM_THIN_MID

L:

50

:

RANDOM_THIN_LOW

A = 4.0 2.0mm

+-

B = 4.0 2.0mm

+-

B

A

MX-LCX3N  ADJUSTMENTS  8 – 3

* The screen above is intended for the model of MX-5500N series.

In the installation on other models, standard values are different.

[Switching of screen]

EXECUTE

Printing is finished

EXECUTE

A

㧦 35

㧧 DEN-C

B

㧦 35

㧧 DEN-B

C

㧦 35

㧧 FRONT/REAR

D

㧦 1

㧧 MULTI COUNT

0

A:

SIMULATION NO50-05

SIMULATION NO50-05

LEAD EDGE ADJUSTMENT VALUE(PRINTER)

LEAD EDGE ADJUSTMENT VALUE(PRINTER)

35

OK

TEST

CLOSE

E

㧦 2

㧧 PAPER : CS1

F

㧦 1

㧧 DUPLEX : NO

DEN-C

DEN-B

FRONT/REAR

MULTI COUNT

PAPER : CS1

DUPLEX : NO

EXECUTE

A

㧦 35

㧧

B

㧦 35

㧧

C

㧦 35

㧧

D

㧦 1

㧧

0

E:

㨇

1

㨪 6  㨉

OK

TEST

CLOSE

E

㧦 6

㧧

F

㧦 1

㧧

EXECUTE

6

[

1

㨪 99

]

MX-LCX3N  SIMULATION  9 – 1

MX-LCX3N

Service Manual

 

Code

Function (purpose)

Purpose

Section

Main Sub

4

2

Used to check the operations of the sensors and detectors in the large capacity tray 
(LCC) and the control circuit.

Operation test/Check

Large capacity tray 
(LCC)

3

Used to check the operations of the loads in the large capacity tray (LCC) and the 
control circuit.

Operation test/Check

Large capacity tray 
(LCC)

5

Used to check the operations of the clutch (LTRC) in the LCC and the monitor.

Operation test/Check

Large capacity tray 
(LCC)

15

-

Used to cancel the self-diag "U6-09 (large capacity paper feed tray)" trouble.

Clear/cancel (Trouble 
etc.)

LCC

MX-LCX3N  SELF DIAG MESSAGE AND TROUBLE CODE  10 – 1

MX-LCX3N

Service Manual

 

When an error occurs in the machine or when the life of a consum-
able part is nearly expired or when the life is expired, the machine
detects and displays it on the display section or notifies to the user
or the serviceman by remote email diagnostics. This allows the
user and the serviceman to take the suitable action. In case of a
failure, this feature notifies the occurrence of a failure and stops the
machine to minimize the damage.

1) Securing safety. (The machine is stopped on detection of a

failure.)

2) The damage to the machine is minimized. (The machine is

stopped on detection of trouble.)

3) By displaying the trouble content, the trouble position can be

quickly identified. (This allows to perform an accurate repair,
improving the repair efficiency.)

4) Preliminary warning of running out of consumable parts allows

to arrange for new parts in advance. (This avoids stopping of
the machine due to running out the a consumable part.)

The self diag messages are classified as shown in the table below.

The machine always monitors its own state.
When the machine recognizes a trouble, it stops the operation and
displays the trouble message.
A warning message is displayed when a consumable part life is
nearly expired or is expired.
When a warning message is displayed, the machine may or may
not be stopped.
The trouble messages and the warning messages are displayed by
the LCD.
Some error messages are automatically cleared when the trouble
is repaired. Some other error must be cleared by a simulation.
Some warning messages of consumable parts are automatically
cleared when the trouble is replaced. Some other warning mes-
sages must be cleared by a simulation.

Class 1

User

Warning of troubles which can be recovered by 
the user. (Paper jam, consumable part life 
expiration, etc.)

Serviceman

Warning of troubles which can be recovered only 
by a serviceman. (Motor trouble, maintenance, 
etc.)

Other

—

Class 2

Warning

Warning to the user, not a machine trouble 
(Preliminary warning of life expiration of a 
consumable part, etc.)

Trouble

Warning of a machine trouble. The machine is 
stopped.

Other

—

Troubleshoot the cause.

YES

NO

Detects/analyzes

the content.

Trouble/Warning

Warning

Trouble

The machine is stopped.

The content is displayed.

Trouble/Warning

Warning

A consumable

part has reached

its lifetime.

Trouble

Replace or supply

the consumable part.

Cancel the self-

diagnostic message with

the diagnostics

(test commands).

Reset

Standby state

Monitors the machine

conditions.

Repair