Konica 7075 GUIDE MANUAL 7075fv1e

1

ADJUSTMENT

1 ADJUSTMENT

HOW TO USE THIS SECTION

ADJUSTMENT

[1] Scope and Precautions

This section provides detailed information about the adjustment items and procedures. Before addressing customer complaints, perform the following checks:

1. Check whether the power supply voltage meets the specifications.

2. Check whether the power supply is properly grounded.

3. Check whether this machine shares the power supply with any other machine that draws large current intermittently (e.g., elevator and air conditioner that produce electrical noise).

4. Check whether the installation environment is good. a. The machine must be installed in a properly

ventilated area not exposed to high temperature, high humidity , and direct sunlight.

b. The machine must be installed on the

horizontal floor.

5. Check whether original has a problem to cause the defective image.

6. Check whether the selected density value is correct.

7. Check whether the surface of the platen glass and the bottom of the RADF are clean.

8. Check whether correct paper is used for cop ying.

9. Check whether copying materials and parts (e.g., developer, drum, and cleaning blade) are replenished and replaced when they reach the end of the useful life.

10. Check whether toner remains.

4. T ak e care not to damage the drum with tools and so on.

5. Do not touch IC pins with bare hands.

1 ADJUSTMENT

When servicing the machine, observe the following precautions:

1. Only either side of the AC line is shut off when the main power of this machine is turned off. Always unplug the power cord bef ore starting the service work. If it is necessary to service the machine with the power on, take care not to be caught in the scanning gear of the exposure unit.

2. Special care should be taken when handling the fixing unit because it operates at extremely high temperatures.

3. The developing unit has a strong magnetic field. Keep watches and measuring equipment away from it.

1 - 1

ADJUSTMENT

ADJUSTMENTS MADE WHEN REPLACING PARTS

Adjustments (including checks) and settings are not only required when a customer complaint about the

1 ADJUSTMENT

copy image quality is received, b ut also after replacing or reassembling parts.

[How to Read Tables]

Components of the tables used in this section are as follows:

1. Mode

Adjustment mode to be selected. [P] : P mode [25] : 25 mode [36] : 36 mode [47] : 47 mode

2. Code

Code and copy quantity setting button used in each mode.

3. Page

Page in the “ADJUSTMENT” section.

4. Circled numbers

1 , 2 …: Indicates adjustments (including

checks) must be made in order of precedence.

(Circle without numeric character) :

Indicates adjustments (including checks) can be made independently.

1 - 2

LIST OF ADJUSTMENT ITEMS

Developer

Drum

Page

Code

Mode

Bypass paper feed unit

Each tray unit

Dust-proof glass

Write unit

High voltage unit

ADJUSTMENT

Fixing unit

Read unit

ADU unit

Mis-centering detection sensor

Registration dutch

Registration unit

Registration roller

Tray pick-up solenoid

Paper up/down plate hoist wires

Finisher

RADF unit

Memory board

1 ADJUSTMENT

1 2

3 4 5 6

7 8 9

10 11 12 13 14 15 16 17 18 19 20 21

22 23

24 25 26 27 28

29 30 31

Process adjustment

Image adjustment

High voltage adjustment

Drum peculiarity adjustment

Tray adjustment Magnification

adjustment

Timing adjustment

RADF adjustment

Centering adjustment

War p adjustment (Copier)

High voltage auto adjustment

Blade setting mode Auto drum potential

adjustment Auto maximum density

adjustment Auto dot diameter

adjustment LD1 offset adjustment LD2 offset adjustment Auto gamma adjustment

Printer drum clock adjustment

Printer horizontal adjustment

Scanner drum clock adjustment

RADF drum clock adjustment

Printer restart timing adjustment

Printer resist loop adjustment

Printer pre-resist adjustment

Printer lead edge timing adjustment

Scanner restart timing adjustment

RADF restart timing adjustment

RADF resist loop adjustment

RADF density adjustment RADF original size

adjustment RADF sensitivity adjustment RADF incline offset

adjustment Printer centering

adjustment Scanner centering

adjustment RADF centering

adjustment

Scanner (platen) warp adj. (Main) Scanner (platen) warp adj. (Deputy) Scanner (RADF) warp adj. (Main) Scanner (RADF) warp adj. (Deputy)

1-1-1 1-67 1-2-1 1-68

1-2-2 1-69 1-2-3 1-69 1-2-4 1-70

1-2-5 1-70 1-2-6 1-71 1-2-7 1-72 2-1 1-73

2-3-1 1-74 2-3-2 1-75 2-3-3 1-75

2-3-4 1-76

2-4-1 1-77 2-4-2 1-78

36 2-4-3 1-78

2-4-4 1-79 2-4-5 1-79

2-4-6 1-80 2-4-7 1-80

2-5-1 1-81 2-5-2 1-82

2-5-3 1-82 2-5-4 1-83

2-6-1 1-84

2-6-2 1-84

2-6-3 1-85 2-8 1-85

2-8 1-85 2-8 1-85 2-8 1-85

1 21

32 22

43 11 54

65 76 33

()

1 - 3

ADJUSTMENT

1 ADJUSTMENT

Mode

Code

Page

High voltage unit

Toner (developer)

Drum

Bypass paper feed unit

Each tray unit

Dust-proof glass

Write unit

ADU unit

Mis-centering detection sensor

Registration dutch

Registration unit

Registration roller

Tray pick-up roller unit drive solenoid

Paper up/down plate wires

Memory board

Fixing unit

Read unit

Finisher

RADF unit

Finisher

32

adjustment

33 34 35

Tray centering adjustment

36 37

Paper up/down plate horizontal adjustment

38

Skew adjustment

39

Tray spring pressure adjustment

40

Paper feed height (upper limit) adjustment

41

Pick-up release amount adjustment

42

Alignment with pickup unit

43

AC and DC drawer positioning

44

ADU gate gap adjustment

45

RADF mountng position adjustment

46

RADF hinge spring pressure adjustment

47

RADF distortion adjustment

48

Drum count reset

Center bind stopper position adjustment Center fold stopper position adjustment Cover sheet tray size adjustment Cutting stopper position adjustment

6-1 6-2

36

6-4 1-145

1-107~108 1-110~111 1-112

-113~114

1 1-114~116 1-117~118

1-119 1-123

25 5-1-3 1-40~41

* When adjustments must be made in order of precedence, numbers will be shown in circles.

Cautions:

• When a damaged control board is replaced, the memory board on this board must be used on the new control board. Only when the memory board is also damaged, use a new memory board on a new control board. Since the new memory board does not have adjustment data, the above adjustments are required. Before making the above adjustments, make the “47-92” setting to make the new memory board effective.

• After making any adjustment, make the “”47-96" setting so that this adjustment value can be restored simply by making the “47-93” setting even if another adjustment is made later.

• Various adjustments (stapling stopper position adjustment, f olding stopper position adjustment) must be made to the FNS (FS-108BM) and an adjustment (cover sheet tray size adjustment) must be made to the PI (PI-108).

1 - 4

LCD ADJUSTMENT

LCD

ADJUSTMENT

[1] LCD Touch Panel Adjustment

Enter the key operator mode and select "10: LCD touch panel adjustment" to adjust the LCD touch panel. If you cannot select the touch panel adjustment mode after entering the key operator mode because the touch panel is displaced absolutely, press numeric keys to select "10: LCD touch panel adjustment."

[2] LCD Contrast/Buzzer Adjustment

Enter the key operator mode and select "7: LCD contrast/buzzer adjustment" to adjust the contrast, backlight, and/or buzzer as desired.

1 ADJUSTMENT

1 - 5

P ADJUSTMENT

SETTINGS AND ADJUSTMENTS MADE

1 ADJUSTMENT

WITH THE P FUNCTION

The P function allows you to perform following checks using the P button:

• Total counter

• Copy counter

• Print counter * PM counter * PM counter is only displayed when Check key

is pressed on the counter list view screen.

This section explains the checks that can be perf ormed by customer engineers. For the checks that can be performed by customers, see the “OPERATION” section.

[1] Selecting and Canceling the P

Function

a. Turn ON the main switch. b. Press the P button. c. Counter list is displayed. d. Using the quantity setting button, enter the

desired number according to the message displayed on the operation panel.

e. Press the START PRINT button to check the

data displayed in the message area, or output user data.

f. Press the End button.

MODE CHANGING MENU

[1] Mode Selection

You can select a mode from the f ollo wing [Mode changing menu: Select mode] without turning OFF and ON the power switch. [1 ] Basic screen [2 ] 3-6 mode [3] 2-5 mode [4] Key operation mode [5] 4-7 mode

Step Operation

1 Turn on the main power switch. 2 Press P button and wait until [Enter

password for mode selection] message appears.

3 Enter the password 9272 and press the

Copy button. Note that this password is fix ed and can not be changed. The Mode changing menu appears.

4 Enter the number to select the desired

mode.

5 To return to the [Mode changing menu],

press P button and wait until the menu appears again.

6 Upon completion of the adjustment,

press [1] Basic screen button to return to the Basic screen.

1 - 6

25 MODE

25

ADJUSTMENT

[1] Selecting and Canceling the 25

Mode

This machine has an adjustment mode called the “25 Mode.” Select this mode to rewrite data in the nonvolatile memory or make various settings.

1. Turn OFF the main switch.

2. While pressing the copy quantity setting buttons 2 and 5, turn ON the main switch. The 25 Mode Menu screen will appear.

Now the machine is in the 25 mode, disabling normal copy operations.

[25 Mode Menu screen]

[2] Setting Software DIP Switches

1. Procedure

Bring up the Software DIP SW Setting screen and set software DIP switches.

Step Operation

1 Enter the 25 mode. 2 [25 Mode Menu Screen]

Select 1 Software DIP SW setting.

3 [Software DIP SW Setting Screen]

Select a DIP switch number. Use the or button at the left. To use numeric keys, invert the DIP switch number at the left before entering a DIP switch number.

4 Select a bit number of the selected DIP

switch. Use the or button at the right. To use numeric keys, invert the bit number at the upper center before entering a DIP switch number.

5 Select ON (= 1) or OFF (= 0) of the

switch. Use the Pressing the bit. Pressing the bit.

6 Press the

return to the 25 Mode Menu screen.

ON

OFF

or

ON

OFF

PREVIOUS SCREEN

button.

button turns ON the

button turns OFF the

button to

1 ADJUSTMENT

3. Press the numeric button of the desired setting item. The associated setting screen will appear.

4. Enter data in the setting screen.

5. Turning OFF the main switch cancels the 25 mode.

6. New data will take effect after restart.

For functions of individual software DIP switches, see “List of Software Switches.”

1 - 7

25 ADJUSTMENT

< List of Software Switches >

1 ADJUSTMENT

DIPSW No. Bit Function 0 1

0 Condition for stopping copying after * 1 * 1 1 1 1

indication of toner supply 1 Ditto * 1 * 1 0 0 0 2 Method for stopping copying after * 2 * 2

indication of toner supply 1 1 1

DIPSW 1

3 Ditto * 2 * 2 0 0 0 4 Inhibition of copying when PM count is Inhibited Not inhibited 0 0 0

reached 5 Number of copies made before inhibition * 3 * 3 0 0 0

of copying 6 Ditto * 3 * 3 0 0 0 7 Ditto * 3 * 3 0 0 0 0– – – – – – 1 Electrode cleaning cycle (before starting * 4 * 4 0 0 0

work every morning) 2 Ditto * 4 * 4 0 0 0

DIPSW 2

3 Ditto * 4 * 4 0 0 0 4 Electrode cleaning cycle (after printout) * 5 * 5 0 0 0 5 Ditto * 5 * 5 0 0 0 6 Blade replacement count * 6 * 6 0 0 0 7 Ditto * 6 * 6 0 0 0 0– – – – – – 1 SC latch Latched Unlatched 0 0 0 2 25, 36, 47 mode password request Not requested Requested 0 0 0

(password: 9272)

DIPSW 3

3 Charging corona unit cleaning function ON Off 0 0 0 4

Transfer /separation

corona unit

cleaning

ON Off 0 0 0

function 5 Blade replacement request Not requested Requested 0 0 0 6 47 mode 15-01 data collection clearing Disabled Enabled 0 0 0 7– – – 0 ADF skewed image correction enabled/ Enabled Disabled 0 0 0

disabled 1 Inhibition of post card/thick paper/double Disabled Enabled 0 0 0

side

DIPSW 4

2 Destination selection * 7 * 7 0 1 0 3 Ditto * 7 * 7 0 0 1 4– – – – – – 5

Inhibition of magnified APS (Japan/Europe)

Enabled Disabled 0 1 0 6 Fixed magnification rate setting change Enabled Disabled 1 0 0 7 A3 (11 x 17) counting method

Incremented by 1 Incremented by 2

Initial V alue

North

Japan

America

Europe

000

1 - 8

25

ADJUSTMENT

DIPSW No. Bit Function 0 1

0 Toner concentration threshold * 8 * 8 0 0 0 1 Ditto * 8 * 8 0 0 0 2– – – – – –

DIPSW 5

3– – – – – – 4 2 dot PWM table in photo mode * 9 * 9 0 0 0 5 Ditto * 9 * 9 1 1 1 6– – – – – – 7– – – – – – 0 Transfer/separation corona unit output * 10 * 10 0 0 0

for plain paper 1 Ditto * 10 * 10 0 0 0 2 Ditto * 10 * 10 0 0 0 3 Transfer/separation corona unit output * 11 * 11 0 0 0

DIPSW 6

for thick paper 4 Ditto * 11 * 11 0 0 0 5 Transfer/separation corona unit output * 12 * 12 0 0 0

for thin paper 6 Ditto * 12 * 12 0 0 0 7 Potential control (Note 1) Performed Not performed 0 0 0 0– – – – – – 1– – – – – – 2– – – – – – 3– – – – – –

DIPSW 7

4– – – – – – 5 Transfer/separation corona unit output * 13 * 13 0 0 0

for recycled paper 6 Ditto * 13 * 13 0 0 0 7 Ditto * 13 * 13 0 0 0 0 Fixing temperature setting switchov er * 14 * 14 0 0 0 1 Ditto * 14 * 14 0 0 0 2 Fixing upper roller initial rotation * 15 * 15 0 0 1

DIPSW 8

3 Ditto * 15 * 15 0 0 0 4 Fixing upper roller initial rotation time * 16 * 16 0 0 0 5 Ditto * 16 * 16 0 0 0 6 A3(11x17) PM counter switch 1 count 2 count 0 0 0 7– – – – – – 0– – – – – – 1– – – – – – 2 Copy card message * 17 * 17 0 0 0

DIPSW 9

3 Ditto * 17 * 17 0 0 0 4 Copy count limit * 18 * 18 0 0 0 5 Ditto * 18 * 18 0 0 0 6 Ditto * 18 * 18 0 0 0 7 Ditto * 18 * 18 0 0 0

Initial V alue

North

Japan

America

Europe

1 ADJUSTMENT

1 - 9

25 ADJUSTMENT

DIPSW No. Bit Function 0 1

1 ADJUSTMENT

0– – – – – – 1– – – – – – 2– – – – – –

DIPSW 10

3– – – – – – 4– – – – – – 5– – – – – – 6– – – – – – 7– – – – – – 0 SC detection Detected Not detected 0 0 0 1 Post card bypass feed (Note 2) Enabled Disabled 0 0 0 2– – – – – – 3 SC/E code screen switchover Switched Not switched 0 0 0

DIPSW 11

4 Selection of filter for jagged edges on Not selected Selected 0 0 0

slanting lines 5 Image quality mode selection * 19 * 19 0 0 0 6 Ditto * 19 * 19 0 0 0 7 Jam indication screen type Without jam

code

0 Black band print interval

Every 10 copies Every 50 copies 1– – – – – – 2 Operating jam detection Detected Not detected 0 0 0

DIPSW 12

3 Printer centering adjustment Adjusted Not adjusted 0 0 0 4 HV manual adjustment output Output Not output 0 0 0 5– – – – – – 6– – – – – – 7γ selection γ conversion γ conversion 0 0 0

made not made 0 Size detection 1 A5 5.5 x 8.5 0 1 0 1 Size detection 2 A4R 8.5 x 11R 0 1 0 2 Size detection 3 8.5 x 14 F4 0 0 1

DIPSW 13

3 Size detection 4 * 20 * 20 0 0 0 4 Ditto * 20 * 20 0 1 0 5 F4 size detection * 21 * 21 0 0 0 6 Ditto * 21 * 21 0 0 0 7– – – – – –

With jam code

Initial V alue

North

Japan

America

Europe

000

1 - 10

25

ADJUSTMENT

DIPSW No. Bit Function 0 1

0 Size detection 5 (main unit) B4 · 11 x 17/ 8K/16K 0 0 0

B5 · 8.5 x 11 1– – – – – – 2– – – – – – 3 Size detection 5 (bypass feed) B4 · 11 x 17/ 8K/16K 0 0 0

DIPSW 14

B5 · 8.5 x 11 4 Size detection 5 (platen) B4 · 11 x 17/ 8K/16K 0 0 0

B5 · 8.5 x 11 5 Size detection 5 (ADF) B4 · 11 x 17/ 8K/16K 0 0 0

B5 · 8.5 x 11 6– – – – – – 7– – – – – – 0– – – 1

Maximum number of sheets that can be stapled

* 22 * 22 – – – 2 Ditto * 22 * 22 0 0 0 3 FNS alarm stop SW * 23 * 23 0 0 0

DIPSW 15

4 Ditto * 23 * 23 0 0 0 5 KRDS modem connection recognition Disconnect Connect 0 0 0 6 Dmax. value in printer mode 1.35 1.42 0 0 0 7 PWM selection for 1-bit ED 230 255 0 0 0 0 Non-image area automatic erasure Rectangular Tilted erasure 1 0 0

method erasure

1 Dual inhibition Reservation Reservation 0 0 0

enabled disabled 2– – – – – –

DIPSW 16

3 C(K) counting in printer mode Counted Not counted 4 TC start date indication Indicated Not indicated 5 Non-original area automatic erasure * 24 * 24 0 0 0

mode judgement level 6 Ditto * 24 * 24 0 0 0 7 Ditto * 24 * 24 0 0 0 0 WT summer time setting * 25 * 25 0 0 0 1 Ditto * 25 * 25 1 1 1 2 Ditto * 25 * 25 1 1 1

DIPSW 17

3 Ditto * 25 * 25 0 0 0 4– – – – – – 5– – – – – – 6– – – – – – 7– – – – – – 0 Tray 1's faulty part isolation Normal Unavailable 0 0 0 1 Tray 2's faulty part isolation Normal Unavailable 0 0 0 2 Tray 3's faulty part isolation Normal Unavailable 0 0 0

DIPSW 18

3 Tray 4's (LCT's) faulty part isolation Normal Unavailable 0 0 0 4 ADF faulty part isolation Normal Unavailable 0 0 0 5 Folding, stapling and folding faulty part

isolation Normal Unavailable 0 0 0 6 CF faulty part isolation Normal Unavailable 0 0 0 7– – – – – –

Initial V alue

North

Japan

America

Europe

1 ADJUSTMENT

1 - 11

25 ADJUSTMENT

DIPSW No. Bit Function 0 1

1 ADJUSTMENT

0– – – – – – 1– – – – – – 2– – – – – –

DIPSW 19

3– – – – – – 4– – – – – – 5– – – – – – 6– – – – – – 7– – – – – – 0 Group stapling Enabled Disabled 0 0 0 1– – – – – – 2– – – – – –

DIPSW 20

3– – – – – – 4– – – – – – 5– – – – – – 6– – – – – – 7– – – – – – 0– – – – – – 1– – – – – –

DIPSW 21

2– – – – – – 3– – – – – – 4– – – – – –

DIPSW 27

5– – – – – – 6– – – – – – 7– – – – – – 0– – – – – – 1– – – – – – 2– – – – – –

DIPSW 28

3– – – – – – 4– – – – – – 5– – – – – – 6– – – – – – 7– – – – – – 0– – – – – – 1– – – – – – 2– – – – – –

DIPSW 29

3– – – – – – 4– – – – – – 5– – – – – – 6– – – – – – 7– – – 0– – – – – – 1 25 mode collection data for 5-11 verification

Display restriction No display restriction

2– – – – – –

DIPSW 30

3– – – – – – 4– – – – – – 5– – – – – – 6– – – – – – 7– – – – – –

Initial V alue

North

Japan

America

Europe

000

1 - 12

25

ADJUSTMENT

Note 1: Bit 7 of DIP SW6 (potential control performed/not performed) is set to determine whether potential

control is to be performed using the drum potential sensor. This setting is used to check whether the image quality has been deteriorated due to a faulty drum potential sensor.

Note 2: When feeding a postcard from the bypass paper feed tray, release timing of the paper feed roller

can be delayed to improve the paper feed capability.

1 ADJUSTMENT

1 - 13

25 ADJUSTMENT

* 1 Condition for stopping copying after indication of

1 ADJUSTMENT

toner supply request

Mode 1-1 1-0

Stops after printing 1500 copies Stops after printing 3000 copies Stops after printing 4000 copies Stops after printing 5000 copies

* 2 Method for stopping copying after indication of

toner supply request

Mode

Stops after ejecting the paper remaining in the machine Stops after printing specified number of copies Stops at the end of the current job Does not stop

* 3

Number of copies made before inhibition of copying

00 01 10 11

1-3 1-2

00

01

10

11

* 5 Electrode cleaning cycle (after printout)

Mode 2-5 2-4 Count 20,000 0 0 Count 30,000 0 1 Count 40,000 1 0 Count 50,000 1 1

* 6 Blade replacement count

Mode 2-7 2-6 Count 250,000 0 0 Count 300,000 0 1 Count 350,000 1 0 Count 400,000 1 1

* 7 Destination switchover

Mode 4-3 4-2 Japan 0 0 USA 0 1 Europe 1 0

Mode 1-7 1-6 1-5 1,000 copies 0 0 0 2,000 copies 0 0 1 3,000 copies 0 1 0 4,000 copies 0 1 1 5,000 copies 1 0 0 1,000 copies 1 0 1 1,000 copies 1 1 0 1,000 copies 1 1 1

* 4 Electrode cleaning cycle (before work every

morning)

Mode 2-3 2-2 2-1 Clean work every 0 0 0 morning Count 5,000 0 0 1 Count 10,000 0 1 0 Count 15,000 0 1 1 Count 20,000 1 0 0 Count 25,000 1 0 1 Count 30,000 1 1 0 Need not clean every 1 1 1 morning

* 8 Toner concentration threshold

This bit sets the read level of the toner concentration patch formed on the drum to determine the toner concentration. The setting can be made by shifting the threshold of black color to the positive or negative side.

• Standard –3: The image becomes darker.

• Standard +3: The image becomes lighter.

• Standard +5: The image becomes far lighter.

Mode 5-1 5-0 Standard 0 0 Standard –3 0 1 Standard +3 1 0 Standard +5 1 1

1 - 14

25

ADJUSTMENT

* 9 2 dot PWM table in photo mode

Mode 5-5 5-4 1 dot PWM 0 0 Table 1 0 1 Table 2 1 0 Table 3 1 1

* 10 Transfer/separation corona unit output for plain

paper

Mode 6-2 6-1 6-0

Not specified 0 0 0

55 kg plain paper (Japan) 001 20 lb plain paper (USA) 010 80 g plain paper (Europe) 011 Recycled paper 1 (Japan) 100 Recycled paper 2 (USA) 101 Recycled paper 3 (Europe) 110

Special paper 1 1 1

* 11 Transfer/separation corona unit output for thick

paper

Mode 6-4 6-3 No specification 0 0 200 g paper 0 1 170 g paper 1 0 Postcard 1 1

* 12 Transfer/separation corona unit output for thin

paper

* 13Transfer/separation corona unit output for recy-

cled paper

1 ADJUSTMENT

Mode 7-7 7-6 7-5

000

55 kg plain paper (Japan) 001 20 lb plain paper (USA) 010 80 g plain paper (Europe) 011 Recycled paper 1 (Japan) 100 Recycled paper 2 (USA) 101 Recycled paper 3 (Europe) 110

Special paper 1 1 1

* 14Fixing temperature setting switchover

This bit is used to change the fixing temperature when fixing is insufficient or paper is curled largely. This setting is eff ectiv e only f or plain paper. It is not reflected in thick paper, thin paper, and preheat temperature.

• Standard: Standard setting

• Standard +5°C: Select this setting when fusion is insufficient.

• Standard –5°C: Select this setting when paper is curled largely.

• Standard–10°C: Select this setting when paper is curled far largely.

Mode 8-1 8-0 Standard 0 0 Standard +5°C 0 1 Standard –5°C 1 0 Standard –10°C 1 1

Mode 6-6 6-5 No specification 0 0 45 g paper 0 1 48 g paper 1 0 16 lb/80 g paper 1 1

1 - 15

25 ADJUSTMENT

* 15Fixing upper roller initial rotation

1 ADJUSTMENT

Fixing may be insufficient in the morning if the temperature of the place where the machine is installed is low. To prevent this, increase the warm-up time (fixing upper roller initial rotation time) to allow the fixing lower roller to be warmed up to the normal temperature. This bit specifies the condition(s) under which initial rotation of the fixing upper roller is required.

• Low temperature: Initial rotation of the fixing upper roller is carried out only under the low temperature condition.

• Low and normal temperatures: Initial rotation of the fixing upper roller is carried out under low and normal temperature conditions.

• Low, normal, and high temperatures: Initial rotation of the fixing upper roller is carried out under low , normal, and high temperature conditions.

Destination Mode 8-3 8-2 Japan/US Low temperature 0 0 Europe Low and normal 1 0

temperature Low, normal, and high temperatures

* 16 Fixing upper roller initial rotation time

This bit sets the maximum time of initial rotation of the fixing upper roller. When 0 second is specified, initial rotation of the fixing upper roller is not carried out.

Mode 8-5 8-4 180 seconds 0 0 300 seconds 0 1 60 seconds 1 0

0 second 1 1

11

* 18Copy count limit

Mode 9-7 9-6 9-5 9-4

No limit 0 0 0 0

1 copy 0 0 0 1 3 copies 0 0 1 0 5 copies 0 0 1 1

9 copies 0 1 0 1 10 copies 0 1 0 1 20 copies 0 1 1 0 30 copies 0 1 1 1 50 copies 1 0 0 0 99 copies 1 0 0 1 No limit 1 0 1 0 No limit 1 0 1 1 No limit 1 1 0 0 No limit 1 1 0 1 No limit 1 1 1 0 No limit 1 1 1 1

* 19Image quality mode

Mode 11-6 11-5 Normal: 1ED; Fine: 2ED 0 0 Normal: 1ED; Fine: 4ED 0 1 Normal: 2ED; Fine: 4ED 1 0 –11

* 20Size detection 4

Destination Mode 13-4 13-3 Japan/Europe A5R 0 0

B6R 0 1

USA 5.5 x 8.5R 1 0

* 21F4 size detection

*17 Copy card message

Mode 9-3 9-2 Insert copy card. 0 1 Insert coins. 1 0

Mode 13-6 13-5

8 x 13 0 0

8.25 x 13 0 1

8.125 x 13.25 1 0 8 x 13 1 1

1 - 16

25

ADJUSTMENT

* 22 Maximum number of sheets that can be stapled

Mode 15-2 15-1 50 sheets 0 0 45 sheets 0 1 40 sheets 1 0 35 sheets 1 1

* 23 FNS alarm stop SW

Mode 15-4 15-3 Stop immediately after detection 0 0 Stop at end of copy after 0 1 detection No alarm stop 1 0 No alarm stop 1 1

* 24 Selection of area to be erased in non-original area

automatic erasure This bit is used to make a setting associated with the non-original automatic erasure mode (application function).

1. Selection of the area to erase

There are two methods for selecting the area to be erased, “rectangular erasure” and “ tilted erasure.” Select the desired method.

· Tilted erasure: The original is not rectangular (e.g., circular original).

· Rectangular erasure: The original is rectangular (e.g., original of a standard size). If a rectangular original is placed in a tilted position, black stripes may appear in the “rectangular erasure” mode. If there is a b lack area on the periphery of the original, this area may be judged as being outside the original, resulting in improper erasure of the area outside the original. In such a case, the “rectangular erasure” mode is selected automatically.

2. Selection of identification level

When the original is dark or external light (from the fluorescent lamp or sun) enters the machine, it becomes sometimes difficult to discriminate between the area inside the original and the area outside it. In such a case, the original area identification level can be changed.

Remarks:

In the key operator mode, you can use the memory switch that has a non-original area automatic erasure function. This memory switch allows you to select the area to be copied when copy paper is selected manually.

• To copy only image size area determined by the APS sensor, select “Erase the area outside the original.”

• To copy the entire area of the original to the selected paper, select “Do not erase the area outside the original.”

Note:

The APS sensor is effective if copy paper is selected manually.

Mode Standard Dark original Darker original Interference light Uneven stripes Standard

Dark original

Darker original

Interference light

Uneven stripes

* For rectangular original density (dark original

/darker original)

Use this mode to set the density level threshhold value to the dark when copying a news article on a newspaper.

(This mode is for copying a ne wspaper whose texture color is dark. Margin for interference light decreases.)

* As a prev entive measure to cope with the non-

standard original density(appearance of uneven stripes)

Use this mode to suppress uneven stripes appearing on a copied paper when copying a newspaper whose texture color is dark.

(Margin for interference light decreases.)

* Threshold for coping with interference light

Use this mode to increase the probability of copier to operate normal, when it is hard to prevent interference light penetrating to scan area, and when copying comparatively low density (bright texture color) original.

Area Standard original Standard original Standard original Standard original Standard original Non-standard original Non-standard original Non-standard original Non-standard original Non-standard original

16-7 16-6 16-5 16-0

0000 0010 0100 0110 1000 0001

0011

0101

0111

1001

1 ADJUSTMENT

1 - 17

25 ADJUSTMENT

* 25WT summer time setting

1 ADJUSTMENT

Mode 17-3 17-2 17-1 17-0 0 minute 0 0 0 0 10 minutes 0 0 0 1 20 minutes 0 0 1 0 30 minutes 0 0 1 1 40 minutes 0 1 0 0 50 minutes 0 1 0 1 60 minutes 0 1 1 0 70 minutes 0 1 1 1 80 minutes 1 0 0 0 90 minutes 1 0 0 1 100 minutes 1 0 1 0 110 minutes 1 0 1 1 120 minutes 1 1 0 0 130 minutes 1 1 0 1 140 minutes 1 1 1 0 150 minutes 1 1 1 1

[3] Setting the Tray Size

This function stores the tray size in the memory of the main unit when it has been changed by the servicepersonnel. This function is effectiv e when the machine is equipped with an optional LCT.

Select a tray size among standard, non-standard paper sizes. After selecting a tr a y siz e , specify a paper size .

1. Setting the standard size

Step Operation

1 Enter the 25 mode. 2 [25 Mode Menu Screen]

Select “ 2 Tray Size Setting.”

3 [Tray Size Setting Screen]

Press the

STANDARD SIZE

4 [Tray Size Selection Screen]

Press the or button to select a paper size.

5 Press the

OK

button to finish setting.

To cancel the new setting, press the

CANCEL

button. Pressing either button will display the 25 Mode Menu screen again.

button.

1 - 18

25

ADJUSTMENT

2. Setting the non-standard size

Step Operation

1 Enter the 25 mode. 2 [25 Mode Menu Screen]

Select “ 2 Tray Size Setting.”

3 [Tray Size Setting Screen]

Press the

4 [Tray Size Selection Screen]

Press the key for specifying the main (vertical) scanning direction to display it in reverse video.

5 Press the or button or numeric

keys to enter the size in the main (vertical)scanning direction.

6 Press the button for specifying the sub

(horizontal) scanning direction to display it in reverse video.

7 Press the or button or numeric

keys to enter the size in the sub (horizontal) scanning direction.

8 Press the

To cancel the new setting, press the

CANCEL

Pressing either button will display the 25 Mode Menu screen again.

Reference 1:

Each time the current tray size is changed on this screen, the new setting will be written into the non-volatile memory.

Reference 2:

Standard sizes that can be set for the LCT are as follows: A4, B5, 8.5 x 11

Caution:

Sizes of tray 1 (upper tray), tray 2 (middle tray), tray 3 (lower tray), and by-pass tray are not set using the non-volatile memory. For trays 1, 2, and 3, their guide plate positions are read by sensors. For the by-pass tray, its paper setting position and guide plate position are read by sensors.

NON-STANDARD SIZE

OK

button to finish setting.

button.

[4] PM Count Resetting

Care should be taken not to reset the PM count by mistake.

Step Operation

1 Enter the 25 mode. 2 [25 Mode Menu Screen]

Select “ 3 PM count.”

3 [PM Count/Cycle Setting Screen]

Press the

RESET COUNT

button.

4 [Reset Confirmation Screen]

Press the

YES

button. The PM count is reset and the start date is input automatically. Pressing the NO button closes the Reset Confirmation screen at once.

5 Press the

OK

button to finish setting.

To cancel the new setting, press the

CANCEL

button. Pressing either button will display the 25 Mode Menu screen again.

[5] Setting the PM Cycle

This function allows you to change the PM cycle.

Caution: The PM cycle is factory-set. Use this

function to change the factory-set PM cycle.

Step Operation

1 Enter the 25 mode. 2 [25 Mode Menu Screen]

Select “ 3 PM count.”

3 [PM Count/Cycle Setting Screen]

Press the

4 After making sure that three digits of the

cycle value are displayed in reverse video, enter a desired cycle value using numeric keys. Only the three digits of the cycle value can be entered. The entered digits will be shifted to the left one after another.

5 Press the

To cancel the new setting, press the

CANCEL

Pressing either button will display the 25 Mode Menu screen again.

PM CYCLE SET

OK

button to finish setting.

button.

1 ADJUSTMENT

1 - 19

25 ADJUSTMENT

[6] Collecting Data

This function allows you to view various data retained

1 ADJUSTMENT

by the machine.

Reference: The above data can also be viewed

using the data collection function of the KRDS.

1. Data that can be Viewed

No. Data T ype

1

Total count by paper size

2

Copy count by paper size

3

Print count by paper size

4 ADF paper passage

count 5 Time series jam data 6 Jam occurrence count 7 Count by copy mode 8 SC occurrence count 9 Paper conveyance time

data

10 Local jam occurrence

count

11 Local SC occurrence

count

Note : When bit 1 of DIP switch 30 is set to 0,

only collected data 1 to collected data 4 can be viewed.

2. Viewing Collected Data 1 to Collected Data 4

Step Operation

1 Enter the 25 mode. 2 [25 Mode Menu Screen]

Select “ 4 Data Collection.”

3 Select the collected data you want to

view by pressing one of numeric keys

1

to 4 .

4 [Individual Data View Screen]

View the selected data by scrolling the screen using and keys.

5 Press the

return to the 25 Mode Menu screen.

PREVIOUS SCREEN

Preparation

Enter the 25 mode, select “1 Software DIP SW Setting,” and set bit 1 of DIP switch 30 to 1. (Note 1)

button to

3. Viewing Collected Data 5 to Collected Data 11

Step Operation

1 Enter the 25 mode. 2 [25 Mode Menu Screen]

Select “ 1 Software DIP SW Setting.”

3 [Software DIP SW Setting Screen]

Set bit 1 of DIP switch 30 to 1.

4 Press the

PREVIOUS SCREEN

return to the 25 Mode Menu screen.

5 [25 Mode Menu Screen]

Select “ 4 Data Collection.”

6 [Collected Data Selection Screen]

Select the collected data you want to view by pressing one of numeric keys

5

to 11. To select key 11 press the key. If the key is pressed with key 11displayed, the Collected Data Selection screen containing keys 1 to 10 appears again.

7 [Individual Data View Screen]

View the selected data by scrolling the screen using and keys. (Note 1)

8 Press the

PREVIOUS SCREEN

return to the 25 Mode Menu screen.

Note : On the Individual Data View screen

showing the local jam occurrence count

(collected data 10 ) or local SC occur-

rence count (collected data 11 ), the

COUNT RESET

Pressing the

button appears.

COUNT RESET

sets the selected data count.

button to

button re-

1 - 20

4. Details on Display Data

(1) Total count by paper size

25

ADJUSTMENT

1 ADJUSTMENT

KRDS parameter

NO

10 09 Special Special Special 99999999

1. Each time a printed copy is ejected, the counter is incremented by 1 regardless of the paper size.

2. If the size of the paper used is none of the paper sizes 1-9 listed above, the counter is incremented in

(B1, B6, B8)

1 00 A2 17x22 A2 99999999 All counters are

2 01 A3 11x17 A3 99999999 3 02 B4 8.5x14 B4 99999999 4 03 A4 8.5x11 A4 99999999 5 04 B5 5.5x8.5 B5 99999999 6 05 A5 — A5 99999999 7 06 B6 — F4 99999999 8 07 8.5x14 — — 99999999 9 08 8.5x11 A4 — 99999999

aspecialmanner (SEF and LEF are counted assuming that they are of the same size.)

Japan U.S.A. Europe

Destination

Maximum count Remarks

8-digit counters.

1 - 21

25 ADJUSTMENT

(2) Copy count by fixed part

1 ADJUSTMENT

KRDS

para-

NO

meter

(Z1)

1 00 Fixing unit cleaning web 55VA-524 99999999 Count 1 per ejected paper for single sided, 2 for

2 01 Developer 55VA3060 99999999 Always unaffected by 25DIPSW

3 02 Photosensitive drum 55VA-240 99999999 Always unaffected by 25DIPSW

4 03 Cleaning blade 55VA5601 99999999 25DIPSW8-6

5 04 Fur brush 55VA-574 99999999 25DIPSW8-6

6 05 Charging grid 55VA2508 99999999 25DIPSW8-6

7 06 Charging corona unit cleaning 55VA-255 99999999 25DIPSW8-6

8 07 Suction filter 55VA3108 99999999 25DIPSW8-6

9 08 Separation claw 55VA2919 99999999 25DIPSW8-6

10 09 Transfer/separation wires 55VA2613 99999999 25DIPSW8-6

Part name Part No.

Maximum

count

Counting condition

double sided

For A3, 11x17, count 2 per ejected paper for single sided, 4 for double sided

=0: Count 1 per ejected paper for single sided, 2 for double sided =1: For A3, 11x17, count 2 per ejected paper for single sided, 4 for double sided

1 - 22

25

ADJUSTMENT

KRDS

para-

NO

meter

(Z1)

11 0A Transfer/separation corona unit 55VA-276 99999999 25DIPSW8-6

12 0B Fixing upper roller 55VA5304 99999999 25DIPSW8-6

13 0C Fixing lower roller assembly 55VA-528 99999999 25DIPSW8-6

14 0D Fixing upper claw 55VA5321 99999999 25DIPSW8-6

15 0E Fixing lower claw 26AA5329 99999999 25DIPSW8-6

16 0F Insulating sleeve 45405339 99999999 25DIPSW8-6

17 10 Upper roller bearing 45407504 99999999 25DIPSW8-6

18 11 Cleaning roller 55VA5386 99999999 25DIPSW8-6

19 12 Drum temperature sensor 55VA-209 99999999 25DIPSW8-6

Part name Part No.

Maximum

count

=0: Count 1 per ejected paper for single sided, 2 for double sided =1: For A3, 11x17, count 2 per ejected paper for single sided, 4 for double sided

Counting condition

1 ADJUSTMENT

1 - 23

25 ADJUSTMENT

KRDS

para-

NO

1 ADJUSTMENT

(Z1)

20 13 Transfer/separation corona unit 55VA-270 99999999 25DIPSW8-6

21 14 Insulation sleeve (heating) 26AA5315 99999999 25DIPSW8-6

22 15 Heating roller bearing 26AA5316 99999999 25DIPSW8-6

23 16

24 17

25 18 Fixing unit heating roller 55VA5307 99999999 25DIPSW8-6

26 19 Ozone filter 55FA7301 99999999 25DIPSW8-6

27 1A Charging corona unit 55VA-250 99999999 25DIPSW8-6

28 1B PCL 55VA8307 99999999 25DIPSW8-6

Upper roller error detection sensor

Heating roller error detection sensor

Part name Part No.

55VA8804 99999999 25DIPSW8-6

55VA8806 99999999 25DIPSW8-6

Maximum

countmeter

Counting condition

=0: Count 1 per ejected paper for single sided, 2 for double sided =1: For A3, 11x17, count 2 per ejected paper for single sided, 4 for double sided

1 - 24

25

ADJUSTMENT

KRDS

para-

NO

meter

(Z1)

29 1C Developer 55VA-300 99999999 25DIPSW8-6

30 1D TSL 55VA8308 99999999 25DIPSW8-6

31 1E Tray 1 paper feed roller 55VA-464 99999999 1 is counted each time the paper from tray 1 is

32 1F

33 20 Tray 1 paper feed clutch 55VA8201 99999999 1 is counted each time the paper from tray 1 is

34 21 Tray 1 conveyance clutch 55VA8201 99999999 1 is counted each time the paper from tray 1 is

35 22 Tray 1 paper passage count 55VA-400 99999999 1 is counted each time the paper from tray 1 is

36 23 Tray 2 paper feed roller 55VA-464 99999999 1 is counted each time the paper from tray 2 is

37 24 Tray 2 conveyance roller/ 55VA-463 99999999 1 is counted each time the paper from tray 2 is

38 25 Tray 2 paper pickup clutch 55VA8201 99999999 1 is counted each time the paper from tray 2 is

39 26 Tray 2 conveyance clutch 55VA8201 99999999 1 is counted each time the paper from tray 2 is

40 27 Tray 2 paper passage count 55VA-401 99999999 1 is counted each time the paper from tray 2 is

41 28 Tray 3 feed roller 55VA-484 99999999 1 is counted each time the paper from tray 3 is

42 29 Tray 3 conveyance roller/ 55VA-483 99999999 1 is counted each time the paper from tray 3 is

43 2A Tray 3 paper pickup clutch 55VA8201 99999999 1 is counted each time the paper from tray 3 is

44 2B Tray 3 conveyance clutch 55VA8201 99999999 1 is counted each time the paper from tray 3 is

45 2C Tray 3 paper passage count 55VA-410 99999999 1 is counted each time the paper from tray 3 is

46 2D By-pass tray paper feed roller 55VA-464 99999999 1 is counted each time the paper from bypass tray

47 2E By-pass tray conveyance roller/ 55VA-463 99999999 1 is counted each time the paper from bypass tray

48 2F By-pass tray paper passage 55VA-500 99999999 1 is counted each time the paper from bypass tray

Tray 1 conveyance roller/reversal roller

reversal roller ejected.

reversal roller is ejected.

count is ejected.

Part name Part No.

55VA-463 99999999 1 is counted each time the paper from tray 1 is

Maximum

count

Counting condition

=0: Count 1 per ejected paper for single sided, 2 for double sided =1: For A3, 11x17, count 2 per ejected paper for single sided, 4 for double sided

ejected.

is ejected.

1 ADJUSTMENT

1 - 25

25 ADJUSTMENT

KRDS

para-

NO

1 ADJUSTMENT

meter

(Z1)

49 30 LCT feed roller 55VA-484 99999999 1 is counted each time the paper from LCT is

50 31 LCT conveyance roller/reversal 55VA-483 99999999 1 is counted each time the paper from LCT is

roller ejected.

51 32 LCT paper feed clutch 55VA8201 99999999 1 is counted each time the paper from LCT is

52 33 LCT conveyance clutch 55VA8201 99999999 1 is counted each time the paper from LCT is

53 34 LCT paper passage count 13GG-050 99999999 1 is counted each time the paper from LCT is

54 35 Conveyance roller at vertical 55VA4410 99999999 1 is counted each time the paper from tray 1/2/3 is

conveyance exit ejected.

55 36 Conveyance roller (middle) of 55VA4411 99999999 1 is counted each time the paper from tray 2/3 is

vertical conveyance unit ejected.

56 37 Conveyance roller (lower) of 55VA4411 99999999 1 is counted each time the paper from tray 3 is

vertical paper conveyance unit ejected.

57 38 Conveyance clutch of vertical 55VA-8202 99999999 1 is counted each time the paper from tray 2/3 is

paper conveyance unit ejected.

58 39 FNS up/down motor 129U8004 99999999 1 is counted each time the paper from FNS main

59 3A FNS stapler (front) 129U4266 99999999 1 is counted each time a copy is ejected in SS front

60 3B FNS stapler (rear) 129U4266 99999999 1 is counted each time a copy is ejected in SS rear

61 3C FNS shift motor 12QR-361 99999999 1 is counted each time even-numbered paper is

62 3D FNS ejection slot open/close 12QR-361 99999999 1 is counted each time large size (A4R/8.5 x 11R

motor or larger) job starts.

63 3E FNS center binding stopper 129X8011 99999999 1 is counted each time paper is ejected in center

motor binding or folding mode.

64 3F FNS folding motor 129U8004 99999999 1 is counted each time paper is ejected in center

65 40 FNS paper feed clutch 25SA8203 99999999 1 is counted each time cover sheet is ejected. 66 41 ADF pickup roller 13GA4604 99999999 Number of originals passes in all modes 67 42 ADF original feed roller 13GA4605 99999999 Number of originals passes in all modes 68 43 ADF double feed prevention 13GA4606 99999999 Number of originals passes in all modes

roller(retard roller)

69 44 ADF original pickup auxiliary 13GA4601 99999999 Number of originals passes in all modes

roller

Part name Part No.

Maximum

count

Counting condition

ejected.

tray is ejected.1 is counted each time a copy is ejected in stapling mode.

1-point stapling, SS2-point stapling, or middle binding mode.

ejected.

1 is counted each time paper is ejected from each section. 1 is counted each time middle binding or folding job starts.

binding or folding mode.

1 - 26

25

ADJUSTMENT

KRDS

para-

NO

meter

(Z1) 70 45 ADF torque limiter 13GA-135 99999999 Number of originals passes in all modes 71 46 ADF SDF solenoid 13GA8252 99999999 All originals passed in SDF mode 72 47 ADF LSB40solenoid 13GA8251 99999999 1) 1 is counted each time original is set in large

73 48 ADF separation solenoid 13GA8251 99999999 1 is counted each time original is set in large size

74 49 ADF SSB solenoid 13GA8251 99999999 1 is counted each time all-size 2-43sided original

75 4A Toner seal board assembly 55VA-568 99999999 1 is counted each time 1-sided original is ejected;

76 4B Guide plate assembly 55VA-561 99999999 1 is counted each time 1-sided original is ejected;

77 4C Registration clutch 55VA8201 99999999 1 is counted each time 1-sided original is ejected;

78 4D ADU pre-registration clutch 55V A8201 99999999 2 is counted each time 2-sided paper is ejected. (0

79 4E Count of paper passed through 99999999 1 is counted each time 1-sided paper is ejected; 2

registration unit is counted each time 2-sided paper is ejected.

80 4F Count of paper passed through 99999999 2 is counted each time 1-sided paper is ejected after

paper reverse/eject unit being reversed.0 is counted each time 1-sided

81 50 Count of paper passed through 99999999 2 is counted each time 2-sided paper is ejected. (0

ADU is counted when 1-sided paper is ejected.) 82 51 Exposure lamp ON time 55TA8301 99999999 Unit 83 52 Main SW 55GA860 99999999 1 is counted each time the power is turned OFFwith

84 53 Door SW 40AA8501 99999999 1 is counted each time front door is opened. 85 54 Cleaning web drive motor 55VA8017 99999999 1 is counted each time 1-sided paper is ejected; 2

86 55 99999999 87 56 99999999 88 57 99999999 89 58 99999999 89 58 99999999 90 59 99999999 91 5A 99999999 92 5B 99999999 93 5C 99999999 94 5D 99999999 95 5E 99999999 96 5F 99999999 97 60 99999999 98 61 99999999

Part name Part No.

Maximum

count

Counting condition

size 1-sided original mode.

2) 1 is counted each time original is set in large size 2-sided original mode. Note

2-sided original mode.

mode.

2 is counted each time 2-sided original is ejected.

is counted when 1-sided paper is ejected.)

paper is ejected straight.1 is counted each time 2-sided paper is ejected.

the main SW set at OFF.

is counted each time 2-sided paper is ejected.

1 ADJUSTMENT

1 - 27

25 ADJUSTMENT

KRDS

para-

NO

1 ADJUSTMENT

(Z1)

99 62 99999999 100 63 99999999 101 64 99999999 102 65 99999999 103 66 99999999 104 67 99999999 105 68 99999999 106 69 99999999 107 6A 99999999 108 6B 99999999 109 6C 99999999 110 6D 99999999 111 6E 99999999 112 6F 99999999 113 70 99999999 114 71 99999999 115 72 99999999 116 73 99999999 117 74 99999999 118 75 99999999 119 76 99999999 120 77 99999999 121 78 99999999 122 79 99999999 1237 7A 99999999 124 7B 99999999 125 7C 99999999 126 7D 99999999 127 7E 99999999 128 7F 99999999

Part name Part No.

Maximum

countmeter

Counting condition

Note: Definition of large-size originals in terms of part counting. The following originals are defined as large size original.

1. Sizes of originals ejected to L ejection tray (A4/B4/A4R/B5R/F4/11*17/8.5*14/8.5*11R)

2. All originals ejected in multi-size-mixed mode

1 - 28

(3) Copy count by arbitrary part

25

ADJUSTMENT

NO KRDS parameter Item Contents Remarks

G0:00 Counter by part (1) 12345678 8-digit counter

1

2

~

30

H0:00 Limit by part (1) 12345678 8-digit counter

Z3:00 Part No. (1) 123456789 Enter nine numeric characters.

Z4:00 Part name (1) ABCDEFGH Enter eight alphanumeric characters. G0:01 Counter by part (2) 12345678 8-digit counter H0:01 Limit by part (2) 12345678 8-digit counter

Z3:01 Part No. (2) 123456789 Enter nine numeric characters.

Z4:01 Part name (2) ABCDEFGH Enter eight alphanumeric characters.

~~~ ~ ~~~ ~ ~~~ ~

~~~ ~ G0:1D Counter by part (30) 12345678 8-digit counter H0:1D Limit by part (30) 12345678 8-digit counter Z3:1D Part No. (30) 123456789 Enter nine numeric characters. Z4:1D Part name (30) ABCDEFGH Enter eight alphanumeric characters.

1. Each counter is incremented when copy operation (including print operation) stops. All 30 counters count paper sides on which images have been copied (printed) from start to stop of the copy (print) operation. (1 is counted regardless of the paper size each time copying (printing) on a paper side is completed.)

2. Item definitions (name and No.) and limit value may be changed as desired.

3. The part that has exceeded the limit is marked with *.

1 ADJUSTMENT

1 - 29