Océ CS9265
Océ CS9290
Installation Guide
Low Solvent
CS9200 Low Solvent series printers
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CS9200 Low Solvent series printers
COPYRIGHT NOTICE
COPYRIGHT © 2008 Océ-Technologies B.V. All rights reserved.
Océ reserves the right to modify the information contained in this manual at any time without prior notice.
This document may not be reproduced by any means, in whole or in part, without written permission of the
copyright owner.
This document is furnished to support the Océ CS9200 Low Solvent series Printer. In consideration of the
furnishing of the information contained in this document, the party to whom it is given, assumes its custody
and control and agrees to the following:
The information herein contained is given in confidence, and any part thereof shall not be copied or
reproduced without written consent of Océ-Technologies B.V.
This document or the contents herein under no circumstances shall be used in the manufacture or
reproduction of the article shown and the delivery of this document shall not constitute any right or license to
do so.
May 2008
Published:
Océ-Technologies B.V.
St. Urbanusweg 43
Venlo, The Netherlands,
P.O. Box 101, NL 5900 MA Venlo
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Table of contents
1
Installation environment......................................................................................................... 9
1.1
1.2
1.3
2
Verification of packaged items ............................................................................................ 13
2.1
2.2
2.3
2.4
2.5
3
Parts needed ........................................................................................................................... 41
First ink load procedure ........................................................................................................... 42
Loading media....................................................................................................................... 47
7.1
7.2
8
Connecting the foot switch....................................................................................................... 33
Connecting the power cable .................................................................................................... 34
Connecting the printer to the PC ............................................................................................. 36
Loading ink for first time ...................................................................................................... 41
6.1
6.2
7
Assembling the stand .............................................................................................................. 25
Installing the printer on the stand............................................................................................. 26
Remove protective materials. .................................................................................................. 28
Levelling the printer ................................................................................................................. 29
Install the Unwinder/Winder 100.............................................................................................. 31
Install the waste bottle ............................................................................................................. 32
Connecting the cables.......................................................................................................... 33
5.1
5.2
5.3
6
Unpack the printer ................................................................................................................... 21
Unpack the stand..................................................................................................................... 24
Assembling the unit.............................................................................................................. 25
4.1
4.2
4.3
4.4
4.5
4.6
5
Contents unit box..................................................................................................................... 14
Contents Printer stand box ...................................................................................................... 14
Contents installation kit............................................................................................................ 15
Contents starter kit .................................................................................................................. 16
Contents Unwinder/Winder 100............................................................................................... 19
Unpacking procedure ........................................................................................................... 21
3.1
3.2
4
Installation environment requirements ....................................................................................... 9
Dimensions.............................................................................................................................. 10
Required Space....................................................................................................................... 11
Loading roll media ................................................................................................................... 47
Loading sheet media ............................................................................................................... 47
Head adjustments verification ............................................................................................. 49
8.1
8.2
8.3
8.4
8.5
Head Slant Check.................................................................................................................... 50
Front and Back ........................................................................................................................ 51
Bi-Directional ........................................................................................................................... 52
Uni-Directional ......................................................................................................................... 55
Micro Shift 1/720” for FAST modes.......................................................................................... 56
9
Test printing .......................................................................................................................... 59
10
Periodical Maintenance cycles ............................................................................................ 61
10.1
Done by the end user .............................................................................................................. 61
10.2
Done by an Authorized Technician .......................................................................................... 62
Feedback sheet first ink load procedure............................................................................................... 63
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Step-by-step plan
1. Check installation environment
► Refer to chapter 1
2. Unpack the printer, stand and boxes
► Refer to chapter 3
3. Check in-the-box configuration
► Refer to chapter 2
4. Assemble the printer / winder
► Refer to chapter 4
5. Connect the cables
► Refer to chapter 5
6. Load ink
► Refer to chapter 6
7. Load media
► Refer to chapter 7
8. Verify head adjustment
► Refer to chapter 8
9. Make Test Print
► Refer to chapter 9
10. Get to know the periodical maintenance
► Refer to chapter 10
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Introduction
After reading this manual, an authorized service technician will be able to install Océ’s CS9265/CS9290
smoothly.
The complete installation procedure, from unpacking until sending a test file, is described in detail. Please
read this document carefully to know what to do during the installation at the site.
Caution
• NO
PART OF THIS PRODUCT OR MANUAL MAY BE REPRODUCED, COPIED OR TRANSMITTED IN ANY FORM OR BY
ANY MEANS, EXCEPT FOR PERSONAL USE, WITHOUT PERMISSION OF OCÉ TECHNOLOGIES.
• THE PRODUCT AND THE CONTENTS OF THIS MANUAL MAY BE CHANGED WITHOUT PRIOR NOTIFICATION.
• OCÉ TECHNOLOGIES HAS MADE THE BEST EFFORTS TO KEEP THIS PUBLICATION FREE FROM ERRORS. IF YOU
FIND ANY UNCERTAINTIES OR MISPRINTS, PLEASE CONTACT US OR THE SHOP WHERE YOU BOUGHT THIS
PRODUCT.
• OCÉ TECHNOLOGIES SHALL NOT BE LIABLE FOR ANY DAMAGES OR TROUBLES RESULTING FROM THE USE OF
THIS PRODUCT OR THIS MANUAL.
Safety terms in this manual are categorized into following three types, depending on the degree of the risk
(or the scale of accident)
Safety Terms
Details
WARNING
Must be followed carefully to avoid death or serious bodily injury.
CAUTION
Must be observed to avoid bodily injury (moderately or lightly) or damage to your product
NOTES
Contains important information and useful tips on the operation of your product
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1 INSTALLATION ENVIRONMENT
It is very important that the installation environment fulfils following conditions to obtain stable print quality.
1.1 INSTALLATION ENVIRONMENT REQUIREMENTS
Choose a place for printer installation following the requirements in the table below.
Area
65” model
90” model
Floor loading capability
Electrical
Voltage
Frequency
Capacity
23,5 m² or larger (please refer to chapter “Required Space”)
25,7 m² or larger (please refer to chapter “Required Space”)
2940Pa (300kg/m²) or more
65”
AC 100-120V
AC 220-240V
60/50Hz
AC100V-120V : 11 A
AC220V-240V : 5.5 A
90”
AC 100-120V
AC 220-240V
60/50Hz
AC100V-120V : 12 A
AC220V-240V : 6 A
In order to protect the printer for over currents, short circuits and earth faults, the building
installation should be equipped with an automatic breaker double pole of 20 A and an earth
leakage switch of 300 mA.
Ambient
conditions
Recommended
working
environment
Operational
conditions for low
solvent ink
Rate of change
Storage and
transport conditions
Temperature: 23°C
Humidity: 55%, without condensation
Temperature: 20°C - 30°C
Humidity: 40% to 65%, without condensation
Temperature: No more than 2°C per hour
Humidity: No more than 5% per hour
Temperature: 4°C to 50°C
Humidity: 40 to 80%, without condensation (When ink has been
discharged.)
NOTES
•
AVOID
THE FOLLOWING TEMPERATURE AND HUMIDITY CONDITIONS.
APPEAR DIFFERENTLY FROM WHAT YOU EXPECT:
ο
•
•
ο
ο
OTHERWISE,
PRINTED IMAGES MAY
PLACES WHERE SUDDEN CHANGES IN TEMPERATURE AND HUMIDITY ARE EXPECTED, EVEN THOUGH
THE CONDITION IS WITHIN THE RANGE WRITTEN ABOVE.
PLACES WHERE DIRECT SUNLIGHT OR EXCESSIVE LIGHTING ARE EXPERIENCED.
PLACES WHERE AIR CONDITIONERS BLOW DIRECTLY.
OCÉ RECOMMENDS THAT THE PRINTER IS INSTALLED IN A PLACE WHERE AIR CONDITIONING CAN BE ADJUSTED
EASILY.
THE RECOMMENDED WORKING ENVIRONMENT CANNOT BE MET AND OUTPUT QUALITY ISSUES ARISE, THE
BEST APPROACH TO MINIMISE THE EFFECTS IN THIS CASE IS TO REDUCE THE OUTPUT SPEED. IN SUCH A CASE,
WE RECOMMEND SWITCHING FROM 360X360 DPI TO 540 X 720 DPI OR TO 720X720 DPI.
IF
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1.2 DIMENSIONS
1.2.1 CS9265
1.2.2 CS9290
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1.3 REQUIRED SPACE
1.3.1 Necessary free space
a = 1,5 m
b = 1,5 m
c = 2,5 m
d = 0,6 m
e = 1,3 m
Distance c and d are interchangeable. Just ensure to have at one side of the printer at least 2,5 m. This to
be sure that you can pass with a roll of media.
1.3.2 Required area
For the CS9265 series
Width x depth
=
(0.6 m + 3,074 m + 2,5 m)
x
(1,5 m + 0,791 m + 1,5 m)
=
6,174 m
x
3,791 m
=
23,4 m²
For the CS9290 series
Width x depth
=
(0.6 m + 3,677 m + 2,5 m)
x
(1,5 m + 0,791 m + 1,5 m)
=
6,777 m
x
3,791 m
=
25,7 m²
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2 VERIFICATION OF PACKAGED ITEMS
After unpacking the packaging box, inspect if the printer is not damaged and verify that all necessary parts
are present.
NOTES
THE CONTENTS OF THE PACKAGES MAY BE DIFFERENT DEPENDING ON THE
CONTACT YOUR LOCAL OCÉ REPRESENTATIVE OR DISTRIBUTOR FOR DETAILS.
IF ANY PART IS MISSING OR BROKEN, CONTACT EITHER OF THE FOLLOWING:
• THE SHOP WHERE YOU BOUGHT YOUR PRINTER.
• YOUR LOCAL OCÉ REPRESENTATIVE
MARKET WHERE THEY ARE USED.
The unit contains following boxes:
1
3
5
2
4
Nr
1
2
3
4
5
Description
Unit
Printer stand
Buffer with Installation kit inside
Starter kit
Unwinder/Winder 100
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2.1 CONTENTS UNIT BOX
2.2 CONTENTS PRINTER STAND BOX
2
1
Nr
1
2
Description
Stay
Foot
14
Qty
1
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2.3 CONTENTS INSTALLATION KIT
2
3
4
13
5
6
7
8
14
Nr
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
9
15
10
16
Description
Screwdriver Philips P2
Hexagon wrench 4 mm
Hexagon wrench 5 mm
Plain washer M6
Spring washer M6
Hexagon bolt M6x30
Hexagon bolt M6x16
Cable clamp
Tube clamp (not used)
Spacer 0,3 mm
Spacer 0,5 mm
Spacer 1,0 mm
Power cable
Media retainers (attached to machine)
Foot switch
APS bracket
Waste bottle assembly
SCREWSET
1
15
11
12
17
Qty
1
1
1
16
16
8
8
2
3
5
5
5
1
2
1
1
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2.4 CONTENTS STARTER KIT
6
3
5
4
2
1
Nr
1
2
3
4+5+6
Description
Starter kit
Commercial kit
User and good shape kit
Ink starter set
Qty
1
1
1
1
2.4.1 Commercial kit
1
Nr
1
2
3
4
5
2
3
4
5
Description
User’s Guide CS9200 Low Solvent series printer
CD with all manual in digital version
Machine type label CS9265 and CS9290
Maintenance label
How to obtain impeccable printing quality with the WAVE stitching technology
16
Qty
1
1
1
1
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2.4.2 User and good shape kit
Order number: 29801288
Kit content:
Nr
1
2
3
4
5
6
Description
Sponge plate
Wipers
Spitting box sponge
Cleaning Liquid 250 ml
Instruction sheet
Good shape kit
Qty
6
24
12
3
1
1
▼
▼
▼
* Good shape kit order number: 29801287
* Good shape kit content:
Nr
1
2
3
4
Description
Gloves
Pipette
Swabs
Polyknit wiper
Qty
300
60
150
300
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2.4.3 Océ IJC920 HS Low Solvent Setup Cleaning
Nr
1
Description
Océ IJC920 HS Low Solvent Setup Cleaning
Qty
8
Part number
29952256
2.4.4 Océ IJC920 HS Low Solvent Cleaning
Nr
1
Description
Océ IJC920 HS Low Solvent Cleaning
Qty
8
Part number
29952255
Qty
2
2
2
2
Part number
29952237
29952238
29952239
29952240
2.4.5 Océ IJC920 HS Low Solvent ink
Nr
1
2
3
4
Description
Océ IJC920 HS Low Solvent ink - Black
Océ IJC920 HS Low Solvent ink - Yellow
Océ IJC920 HS Low Solvent ink - Cyan
Océ IJC920 HS Low Solvent ink - Magenta
NOTES
PLEASE REFER TO INSTALLATION GUIDE TO KNOW HOW TO LOAD INK PROPERLY.
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2.5 CONTENTS UNWINDER/WINDER 100
Notes
PLEASE
REFER TO THE USER’S GUIDE OF THE UNWINDER WINDER
CONFIGURATION.
19
100
FOR THE COMPLETE IN-THE-BOX
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3 UNPACKING PROCEDURE
Caution
WHEN REMOVING THIS PRODUCT FROM THE PACKAGING BOX, ALWAYS REMOVE THE VINYL PLASTIC, AND HOLD ON
THE SIDE OF THE PRODUCT. HOLDING THE UNIT OVER THE VINYL PLASTIC WRAPPING CAN RESULT IN SLIPPAGE AND
DROPPING THE UNIT, RESULTING IN DAMAGE.
3.1 UNPACK THE PRINTER
Step 1 :
Remove the winder box and starter kit. Be sure to use a forklift to remove the winder box.
Step 2 :
Remove the top card board.
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Step 3 :
Remove the 2 boxes (stand and installation kit).
Step 4 :
Remove the top card board of the printer body.
Step 5 :
Remove the 3 buffers.
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Step 6 :
Remove the covering plastic.
Step 7 :
Prepare the printer to be installed on the stand.
Please refer to chapter 5 for all necessary information.
►
Flip open the box when using a forklift.
►
Cut away the complete box when you want to use the lifting tubes.
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3.2 UNPACK THE STAND
Step 1 :
Move the stand box to the location to unpack.
Step 2 :
Open the package.
Step 3 :
Remove the following items consecutively:
1. Buffers
2. Stand
3. Box with feet
4. Feet
1
1
1
1
2
4
3
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4 ASSEMBLING THE UNIT
Caution
WHEN ASSEMBLING THIS PRODUCT, ALWAYS WORK WITH AT LEAST 4 PEOPLE OR MORE
4.1 ASSEMBLING THE STAND
Assemble the stand according to the following procedure.
Step 1 :
Unpack the stand assembly as described in chapter 3.
Step 2 :
Turn the stand upside down.
Step 3 :
Mount each foot to the stand.
Pay attention to the following:
1. Use each time (8x) a hexagon screw (M6x30) + spring washer (M6) + plain washer (M6).
2. Be sure that the feet are mounted correctly, with the screw holes pointing to the inside.
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4.2 INSTALLING THE PRINTER ON THE STAND
Install the stand to the main unit according to the following procedure:
Step 1 :
Position the stand correctly (with the PCB box screw holes to the right).
FRONT
Step 2 :
Insert the lifting tubes in the brackets and tighten them with each two wing screws.
Step 3 :
Lift the body with at least 4 people (refer to local regulations) and put it on the stand.
Step 4 :
Remove the lifting tube brackets. Use a 5 mm hexagon key (inside accessory kit).
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Step 5 :
Fix the body to the stand using each time (8x) a hexagon screw (M6x16) + spring washer (M6) +
plain washer (M6).
Do not fix the screws tightly yet.
Step 6 :
Step 7 :
Check if there is no gap between the body and the stand.
►
If there is a gap, proceed to the next step.
►
If not, tighten the eight screws.
Insert 1 or more spacers between printer body and stand until all gaps are filled.
The following spacers are available:
Step 8 :
•
5 pieces with a thickness of 0,3 mm.
•
5 pieces with a thickness of 0,5 mm.
•
5 pieces with a thickness of 1,0 mm.
Tighten the eight screws.
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4.3 REMOVE PROTECTIVE MATERIALS.
To ensure that nothing can be damaged during transport, temporary buffers and brackets are installed on the
printer. Remove them before powering ON the printer.
1
2
3
4
Step 1 :
Remove the protective film on the plexi front cover.
Step 2 :
Remove the two screws fixing the left maintenance cover.
Step 3 :
Remove the two buffers fixing the front plexi cover.
Step 4 :
Remove the two wing screws fixing the head carriage.
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4.4 LEVELLING THE PRINTER
4.4.1 Levelling the printer in X – direction
Step 1 :
Position the printer on its final position.
Step 2 :
Turn down all feet of the printer stand with an equal pressure until the wheels come off the
ground. Use a fork spanner SW 14.
Step 3 :
Place the level on the right leg and level the printer by adjusting the feet. Do the same at the left
side of the printer.
Step 4 :
The printer is now levelled in X-direction. Go to the next chapter to level the printer in the Ydirection.
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4.4.2 Levelling the printer in Y – direction
Step 1 :
Open the front cover.
Step 2 :
Place the level on the print platform.
Step 3 :
Adjust the levelling feet until the printer is completely level.
As for the example below ► higher or lower the left side or lower the right side
•
Notes
Make sure to turn the front or rear feet an equal amount of turns, otherwise the levelling in X direction
was useless.
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4.5 INSTALL THE UNWINDER/WINDER 100
•
Notes
Please refer to the User’s Guide of the Unwinder/Winder 100 for the proper installation.
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4.6 INSTALL THE WASTE BOTTLE
Step 1 :
Hook the waste bottle assembly over the four pre-mounted screws and push it downwards.
Step 2 :
Tighten the four screws.
Step 3 :
Loosen the 2 waste tubes attached to the printer with some tape.
Step 4 :
Install the tubes at the top of the waste bottle.
Be sure that the tubes are installed strongly over the nipples to be sure that no waste liquid can
leak out during printing.
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5 CONNECTING THE CABLES
5.1 CONNECTING THE FOOT SWITCH
If the pressure rollers need to be raised or lowered, it is possible to do this by way of the foot switch, instead
of doing so at the operation panel.
Caution
•
WHEN HANDLING THE FOOT SWITCH, BE AWARE OF THE FOLLOWING:
o DO NOT PLACE ANYTHING HEAVY ON THE FOOT SWITCH.
o DO NOT BEND THE CABLE OF THE FOOT SWITCH WITH FORCE AND DO NOT PULL.
o DO NOT PLACE THE FOOT SWITCH NEAR THERMAL DEVICES.
Install the foot switch according to following procedure:
Step 1 :
Make sure that the power of the unit is OFF.
Step 2 :
Connect the foot switch cable connector to the foot switch connector at the rear of the unit and fix
it with the pre-installed screw.
Step 3 :
Place the foot switch on the floor under the stand.
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5.2 CONNECTING THE POWER CABLE
The connection procedure for the power cable is explained below.
•
•
•
Important
MAKE SURE THAT THE ENCLOSED POWER CABLE IS USED. USE OF A DIFFERENT CABLE MAY RESULT IN
ELECTRIC SHOCK OR FIRE.
DO NOT USE A DAMAGED POWER CABLE. DOING SO MAY RESULT IN ELECTRIC SHOCK OR FIRE.
THE DISCONNECT DEVICE IS THE PLUG ON THE POWER SUPPLY CORD.
Caution
BE CAREFUL OF THE FOLLOWING WHEN HANDLING THE POWER CABLE:
• DO NOT MAKE ANY MODIFICATIONS TO THE POWER CABLE.
• DO NOT PLACE ANYTHING HEAVY ON THE POWER CABLE.
• DO NOT BEND, TWIST, OR PULL THE CABLE.
• DO NOT WIRE THE CABLE NEAR EQUIPMENT THAT GENERATES HEAT.
Notes
IF THE POWER CABLE IS DAMAGED, CONTACT ONE OF THE FOLLOWING :
•
THE SHOP WHERE YOU BOUGHT YOUR OCÉ PRINTER.
•
YOUR LOCAL OCÉ REPRESENTATIVE.
Notes
BEFORE INSTALLING THE POWER CABLE, ENSURE THAT THE POWER BUTTON ON THE KEYBOARD IS NOT PUSHED IN.
OTHERWISE THE MACHINE START-UP WILL BEGIN.
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Step 1 :
Plug in the power cable to the inlet at the back of the printer.
Step 2 :
Plug it in the power cable to the outlet
Important
•
•
•
•
•
•
•
•
•
•
DO NOT ATTEMPT TO PLUG IN ELECTRICAL PLUGS WITH WET HANDS. DOING SO MAY RESULT IN ELECTRICAL
SHOCK.
BE SURE TO USE THE SPECIFIED VOLTAGE (AC 100V-120V/220V-240V). OTHERWISE, ELECTRICAL SHOCK
OR FIRE MAY OCCUR.
USE ELECTRICITY DIRECTLY FROM A POWER OUTLET (AC 100V-120V/220V-240V). DO NOT PUT MANY
LOADS ON ONE ELECTRICAL OUTPUT. OTHERWISE, HEAT MAY BE GENERATED AND CAUSE FIRE.
BE SURE TO USE AN OUTLET WITH AN EARTH TERMINAL, AND USE THE TERMINAL CORRECTLY. OTHERWISE,
ELECTRICAL SHOCK OR FIRE MAY OCCUR.
DO NOT CONNECT EARTH CABLES IN THE FOLLOWING AREAS :
► GAS PIPES. DOING SO MAY CAUSE FIRE OR AN EXPLOSION.
► EARTH TERMINALS FOR TELEPHONE LINES OR LIGHTNING RODS. DOING SO MAY CAUSE A LARGE FLOW
OF VOLTAGE IF LIGHTNING OCCURS.
► WATER PIPES OR FAUCETS. IF THERE IS A PLASTIC PART IN THE PIPE, THE EARTH WILL NOT WORK
CORRECTLY.
Caution
FOLLOW THE INSTRUCTIONS BELOW WHEN HANDLING THE POWER PLUG. OTHERWISE, FIRE MAY OCCUR.
► WIPE AWAY DUST AND ANY OTHER RESIDUE BEFORE INSERTING THE PLUG.
► ENSURE THAT THE PLUG IS FIRMLY INSERTED AS FAR AS IT WILL GO.
ENSURE THAT THE PLUG HAS BEEN DISCONNECTED FROM THE POWER SOCKET WHEN IT IS NOT USED FOR A
LONG TIME.
EARTH WIRES MUST BE CONNECTED TO WIRES OR TERMINALS THAT FULFIL THE CONDITIONS :
► EARTH TERMINALS OF POWER SOCKET
► EARTH WIRES WITH COPPER MORSEL THAT IS AT LEAST 650 MM UNDER GROUND
Notes
IF YOU CANNOT USE EARTH TERMINALS OR FIND ANY OF THEM, CONTACT THE SHOP WHERE YOU BOUGHT
YOUR PRINTER.
DO NOT UNPLUG THE POWER CABLE WHEN THE PRINTER IS ON. IF THE POWER CABLE HAS BEEN UNPLUGGED,
LEAVE THE PRINTER FOR AT LEAST 1 MINUTE BEFORE PLUGGING THE CABLE IN AGAIN.
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5.3 CONNECTING THE PRINTER TO THE PC
5.3.1 System requirements
To use the printer with RIP software, you need the following minimum requirements.
System OS
CPU
Memory (RAM)
Hard disk space
Windows 2000 Professional
Pentium III 1 GHz or higher
512 MB or more
10 GB or more
Notes
•
•
THE MEMORY REQUIREMENTS MAY VARY DEPENDING ON THE TYPE OF APPLICATIONS YOU ARE USING AND THE
COMPLEXITY OF THE FILES YOU WANT TO PRINT.
PLEASE ALSO REFER TO THE RECOMMENDATION MADE BY THE MANUFACTURER OF THE RIP SOFTWARE YOU
HAVE SELECTED.
5.3.2 Selecting cables
This printer is compatible with following interfaces:
¾
Centronics interface
¾
Network interface
The following cables are necessary to connect your printer to the computer. Prepare appropriate cables
according to the computer to be connected.
¾
Centronics interface: Centronics interface cable
¾
Network interface: 10BASE-T/100BASE-TX Ethernet cable that is compatible with both.
(Category 5)
Notes
•
•
SEE BELOW FOR THE CONNECTION PROCEDURE.
o REFER TO ‘CONNECTING THE CENTRONICS INTERFACE’
o REFER TO ‘CONNECTING THE NETWORK INTERFACE’
REFER TO "INTERFACE SPECIFICATIONS" FOR THE CONNECTION PROCEDURE.
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5.3.3 Connecting the Centronics interface
5.3.3.1
Installation
The procedure for connecting the Centronics interface is explained below.
To connect the printer to your computer, follow the steps below.
Step 1 :
Power OFF the printer and your computer.
Step 2 :
Plug the cable connector of the interface cable into the interface connector at the back of the
printer. Squeeze the wire clips together until they lock into place.
Step 3 :
Plug the other end of the cable into the computer's port.
•
Notes
REFER TO YOUR COMPUTER'S USER’S GUIDE FOR THE PROCEDURE TO CONNECT TO YOUR COMPUTER.
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5.3.3.2
Specifications
(1) Interface Specifications
Item
Transmission modes
Data length
Transmission direction
Connector pin number
Specifications
Compatible , Nibble , ECP Mode
8 bits
Unidirectional (receiving only), Bidirectional
(2) Table of parallel interface pin numbers and signals
Pin
number
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
18
Connection
signal
STROBE
DATA1
DATA2
DATA3
DATA4
DATA5
DATA6
DATA7
DATA8
ACK
BUSY
P ERROR
SELECTED
AUTOFD
Not connected
SG
FG
+5V
Signal direction
To printer Å
To and from printer Å Æ
To and from printer Å Æ
To and from printer Å Æ
To and from printer Å Æ
To and from printer Å Æ
To and from printer Å Æ
To and from printer Å Æ
To and from printer Å Æ
From printer Æ
From printer Æ
From printer Æ
From printer Æ
To printer Å
Pin
number
19
20
21
22
23
24
25
26
27
28
29
30
31
32
33
34
35
36
Connection signal
SG
SG
SG
SG
SG
SG
SG
SG
SG
SG
SG
SG
INIT
FAULT
Not connected
Not connected
Not connected
SELECTIN
Signal
direction
To printer Å
From printer Æ
To printer Å
(3) Recommended Centronics cable specifications
Item
Interface
Structure
Shield construction
Characteristic impedance
Specifications
Dual-direction Parallel Interface:IEEE1284
AWG28×18 (twisted pair wiring)
Metallic tape + weaving (double shielded cable)
62 Ω
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5.3.4 Connecting the network interface
5.3.4.1
Installation
The procedure for connecting the network interface is explained below.
To connect the printer to the network environment, follow the steps below.
Caution
•
FOLLOW THE INSTRUCTIONS BELOW WHEN CONNECTING THE NETWORK INTERFACE CABLE. OTHERWISE,
ELECTRICAL SHOCK OR FIRE MAY OCCUR.
► DO NOT TOUCH THE CONNECTOR.
► DO NOT CONNECT THE NETWORK CABLE CONNECTOR TO THE INTERFACE BOARD HAVING DIFFERENT
SPECIFICATIONS.
Step 1 :
Power OFF the printer.
Step 2 :
Plug the connector of the Ethernet cable into the connector of the network interface board at the
back of the printer.
Step 3 :
Connect the other end of the Ethernet cable to the network.
•
Notes
REFER TO "NETWORK INTERFACE BOARD OPERATION MANUAL" TO USE THE NETWORK INTERFACE BOARD.
5.3.4.2
Specifications
Item
NetWork Type
NetWork I/F
Protocol
Mode
Functions
Specifications
Ethernet IEEE802.3
10 Base-T,100 Base-TX (automatic switching)
(RJ-45 connector, twisted pair cable, category 5)
TCP/IP
• ftp
• socket
• Automatic protocol recognition
• Transmission speed up to 4 MB/s
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6 LOADING INK FOR FIRST TIME
Read these cautions first, before powering on the printer and installing ink cassettes for the first time.
Caution
•
•
•
BEFORE
USING THE INK AND CLEANING CASSETTES, BE SURE TO READ AND UNDERSTAND THE MSDSSHEETS WHICH COME TOGETHER ON A CD WITH PRINTER.
WHEN POWERING ON THE UNIT FOR THE FIRST TIME, A CLEANING CYCLE AUTOMATICALLY STARTS.
FOLLOW THE INSTRUCTIONS MENTIONED ON THE DISPLAY.
PLEASE
BE SURE TO WEAR GLOVES AND GOGGLES AT ANY TIME DURING THIS PROCEDURE.
Notes
DURING INK INSTALLATION, NOTE THE FOLLOWING:
•
DO NOT POWER OFF THE PRINTER.
•
DO NOT UNPLUG THE POWER CABLE.
Notes
THIS PRODUCT HAS BEEN TUNED FOR THE USE OF OCÉ IJC920 HS LOW SOLVENT INK AND CLEANING CASSETTES. IF
OTHER MANUFACTURERS’ PRODUCTS ARE USED, THE OUTPUT QUALITY MAY BE INFERIOR, FAINT OR INK ENDS MAY
NOT BE PROPERLY DETECTED. IF NON OCÉ PRODUCTS ARE USED, THE WARRANTY WILL NOT COVER (REPAIRS WILL
REQUIRE A FEE) ANY RESULTANT BREAKDOWN.
6.1 PARTS NEEDED
Before powering ON the unit for the first time, please be sure to have:
When loading Low Solvent Ink
Part number
Description
Qty
29952256
Low Solvent Setup Cleaning First Wash
8
Ink starter box 1/3
29952255
IJC920 HS Low Solvent cleaning
8
Ink starter box 2/3
29952237
IJC920 HS Low Solvent ink Black
2
Ink starter box 3/3
29952240
IJC920 HS Low Solvent ink Yellow
2
Ink starter box 3/3
29952239
IJC920 HS Low Solvent ink Magenta
2
Ink starter box 3/3
29952238
IJC920 HS Low Solvent ink Cyan
2
Ink starter box 3/3
IJC920 HS Low Solvent cleaning bottle 250 ml
1
User and Maintenance Kit
41
Where to find …
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CS9200 Low Solvent series printers
6.2 FIRST INK LOAD PROCEDURE
Step 1 :
Power ON the unit.
Step 2 :
The carriage will automatically move to the left side of the
machine. Open the front cover and moisten the rubber sides
of the caps with Solvent Cleaning liquid when asked. This to
optimize the ink loading cycle.
Step 3 :
Close the front cover when done and press the [ENTER] key.
Step 4 :
Please wait.
Step 5 :
Remove dummy cassettes when following message is
displayed.
Step 6 :
Please wait while printer is sucking air.
Step 7 :
Insert 8 NEW cassettes with Low Solvent Setup
Cleaning when following message is displayed.
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Step 8 :
The printer will automatically start pumping cleaning fluid.
Step 9 :
Empty the waste bottle when asked and confirm later on with ENTER.
Step 10 : At this time, we want to make sure that the ink tube system is completely airtight and that the
shipping liquid has been replaced with first stage transition liquid. To verify proper behaviour, a
weight measurement of the cassettes has to be carried out.
Please fill in the document on the last page of the present document and follow further
instructions.
a. Remove the first cassette. If the weight is higher than 270 gram, not enough liquid has been
pumped through the ink tube system. This may damage the heads if you continue.
Make sure that at all times, at least one ink cassette remains inserted. Otherwise the
automatic ink load cycle will continue.
b. Remove the pump cover if the weight is too high.
c.
Install a syringe to the nipple of the appropriate head (cassette) and pull until the cassette
weighs less than 270 gram.
Nipple 1 = Head 1 = Cassette 1
Nipple 2 = Head 2 = Cassette 2
…
1 3
2 4
5 6
7 8
d. Repeat this for all eight cassettes.
e. When finished, remove all cleaning cassettes.
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Step 11 : Please wait while the printer is sucking air.
Step 12 : Insert 8 NEW cassettes with Low Solvent Cleaning when following message is displayed:
Step 13 : The printer will automatically start pumping cleaning fluid when all cassettes are inserted.
Step 14 : Empty the waste bottle when asked and confirm later on with ENTER.
Step 15 : At this time, we want to make sure that the ink tube system is completely airtight and that the first
stage transition liquid has been replaced with Low Solvent Cleaning liquid. To verify proper
behaviour, a weight measurement of the cassettes has to be carried out.
Please fill in the document on the last page of the present document and follow further
instructions.
a. Remove the first cassette. If the weight is higher than 250 gram, not enough liquid has been
pumped through the ink tube system. This may damage the heads if you continue.
Make sure that at all times, at least one ink cassette remains inserted. Otherwise the
automatic ink load cycle will continue.
b. Remove the pump cover if the weight is too high.
c.
Install a syringe to the nipple of the appropriate head (cassette) and pull until the cassette
weighs less than 250 gram.
Nipple 1 = Head 1 = Cassette 1
Nipple 2 = Head 2 = Cassette 2
…
1 3
2 4
5 6
7 8
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d. Repeat this for all eight cassettes.
e. When finished, remove all cleaning cassettes.
Step 16 : Please wait while printer is sucking air
Step 17 : Insert 8 NEW cassettes with Low Solvent Ink in the correct order when following message is
displayed.
Step 18 : The printer will automatically start pumping ink when all cassettes are inserted.
Step 19 : Empty the waste bottle when asked and confirm later on with ENTER.
Step 20 : Perform a NozzleCheck and some cleanings if necessary.
Step 21 : If all nozzles are present, the first ink load procedure has been finished successfully.
Notes
When you have used a syringe to complete the first ink load procedure, it doesn’t mean necessarily that
there is something wrong with the printer.
During an ink load, air columns will be created to ease the switch between two liquids. When these air
columns are too big, it might be possible that the pump experiences difficulties and that you have to
intervene manually.
+
When you perform a NozzleCheck and all nozzles are present, no problems will occur during normal
printing activities.
-
When you perform a NozzleCheck and still a lot of nozzles are missing, you will have to search for the
reason, may be a pump is broken or the tube cycle is not complete air tight.
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7 LOADING MEDIA
7.1 LOADING ROLL MEDIA
Please refer to the User’s Guide of the Unwinder/Winder 100 to know how to load roll media properly.
7.2 LOADING SHEET MEDIA
To load sheet media, follow the steps below.
Step 1 :
Power ON the printer.
Step 2 :
Unload media if necessary.
Step 3 :
Be sure that the pressure rollers are raised before loading sheet media.
Step 4 :
When no media is loaded and …
… the pressure rollers are raised, the following message will be displayed.
… the pressure rollers are lowered, the following message will be displayed.
Step 5 :
Open the front cover.
Step 6 :
Load a sheet of media at the right side of the printer. Position the media next to the media setting
position (line of little holes in the media guide platform). The maximum distance between the
guideline and media is 5 mm.
Machine
CS9265
CS9290
Minimum Media Width
A4 (210 mm – 8,27”)
A4 (210 mm – 8,27”)
Maximum Media Width
1651 mm (65.00”)
2240 mm (88.18”)
47
Printing Width
1640 mm (64.56”)
2230 mm (87.79’)
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CS9200 Low Solvent series printers
Step 7 :
Make measurement settings in following menu:
SetupMenu (1/7) ► MediaSet [F4] ► SheetSize
Menu Choice
F1
Auto
Description
Media measurement sequence ► REAR – RIGHT – LEFT – TOP
Media measurement sequence ► RIGHT – LEFT – TOP
Media orientation
F2
Length
Media measurement sequence ► RIGHT – LEFT – TOP
Media orientation
F3
Width
Step 8 :
Close the front cover.
Step 9 :
Start media initialisation.
Menu Choice
Description
F2
Sheet / Roll
F3
Lever Up
Raise the pressure rollers if necessary
F4
User 1-8
Select user profile (1-8)
ENTER
Select which kind of media is loaded
Start media initialization
Step 10 : Media will be measured according to the settings made before.
Step 11 : If the media has been loaded correctly, the following message will be displayed:
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8 HEAD ADJUSTMENTS VERIFICATION
When the printer leaves the company, the heads are already adjusted. During transportation, the heads can
be moved slightly. Therefore, it is recommended to verify the different head adjustments.
The most important thing to know before adjusting is which nozzle row corresponds with which colour, ink
cassette, head …
Head number
Nozzlerow number
Cassette number
HEAD 1
HEAD 2
HEAD 3
HEAD 4
HEAD 5
HEAD 6
HEAD 7
HEAD 8
1a 1b
2a 2b
3a 3b
4a 4b
5a 5b
6a 6b
7a 7b
8a 8b
1
2
3
4
5
6
7
8
Please print and evaluate each pattern described below in the same order.
1. Head Slant Check
▼
2. Front and back adjustment
▼
3. Bi-Directional adjustment
▼
4. Uni-Directional adjustment
▼
5. Micro Shift 1/720” for FAST modes
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8.1 HEAD SLANT CHECK
Purpose of this check
► Check if the heads are positioned straightly.
How to print the file
► Power ON the printer in diagnostics mode ►Adjustment [F2] ►HeadSlant [F4] ►Slant [F1]
Pattern
8B
8A
7B
7A
6B
6A
5B
5A
4B
Before adjustment
4A
2B
2A
1B
1A
3B
3A
Adjusted head slant
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8.2 FRONT AND BACK
Purpose of this check
► To check if the heads are all positioned in one line.
Notes
Please note that heads 1 to 4 has been shifted in production 1/720 of an inch (as explained in chapter 8.5)
compared to heads 5 to 8. Which means that you only have to check if head 1, 2, 3 and 4 are in one line
and the same for head 5, 6, 7 and 8!
How to print the file
► Power ON the printer in diagnostics mode ►Adjustment [F2] ►HeadSlant [F4] ►F&B [F2]
Pattern
1B 1B+8A 8A 2B 2B+7A 7A 3B 3B+6A 6A 4B 4B+5A 5A 5B 5B+4A 4A 6B 6B+3A 3A 7B 7B+2A 2A 8B 8B+1A 1A
6B is the
reference head
1B 6B 2B 6B 3B 6B 4B 6B 5B 6B 7B 6B 8B 6B 1B 6B 2B 6B 3B 6B 4B 6B 5B 6B 7B 6B 8B 6B
3A is the
reference head
8A 3A 7A 3A 6A 3A 5A 3A 4A 3A 2A 3A 1A 3A 8A 3A 7A 3A 6A 3A 5A 3A 4A 3A 2A 3A 1A 3A
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8.3 BI-DIRECTIONAL
Purpose of this check
► To check if each head fires the ink at the same position when printing from right to left and left to right.
► The check will be done for all head heights
# 1 = Low
# 2 = Middle
# 3 = High
► Perform all 3 checks
Bi-D
= Standard Check
Bi-D400 = Extra check for printing in FAST 540
Bi-D480 = Extra check for printing in FAST 360
How to print the files
Bi-D
Bi-D400
Bi-D480
► Power ON the printer in diagnostics mode ► Adjustment [F2]
► Power ON the printer in diagnostics mode ► Adjustment [F2]
► Power ON the printer in diagnostics mode ► Adjustment [F2]
► Menu 2/5
► Menu 4/5
► Menu 5/5
► Bi-D [F1]
► Bi-D400 [F4]
► Bi-D480 [F1]
Pattern
#3 ALL
#2 ALL
#1 ALL
8B
8A
7B
7A
6B
6A
5B
5A
4B
52
4A
3B
3A
2B
2A
1B
1A
AP-40301 – Rev. 2.0 – 02/05/2008
CS9200 Low Solvent series printers
Adjustment procedure
Please follow the instructions below to adjust the printer.
Step 1 :
Print the first file ► [Bi-D] ► [F1] – key.
Step 2 :
Set the thickness of the media and press ENTER.
Step 3 :
Confirm with ENTER to start printing.
Step 4 :
Each nozzle row (1A, 1B, 2A, 2B …) will print 4 blocks from left to right and then 4 from right to
left.
First swath printed
Second swath printed
Final Pattern
#3 ALL
#2 ALL
#1 ALL
8B
8A
7B
7A
6B
6A
5B
5A
4B
53
4A
3B
3A
2B
2A
1B
1A
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CS9200 Low Solvent series printers
Step 5 :
Step 6 :
The first printed blocks are the reference and the blocks printed secondly should be aligned with
the reference blocks. Refer to the image below to know in which direction.
Second blocks are printed too much
to the right side (too late)
Second blocks are printed too much
to the left side (too soon)
► decrease (-) the bi-dir value as
described in the next step
► increase (+) the bi-dir value as
described in the next step
Increase or decrease all necessary bi-dir values as follows:
a. Select the head height in which you want to adjust the bi-dir values.
b. All nozzle rows (1A, 1B, 2A, 2B …) will pass in order on the display. If you do not want to
change the value, press the ENTER key. The setting will be kept unchanged.
Change the value with the [F2] or [F4] key and confirm with the ENTER key.
c.
Step 7 :
After setting all values (8B as last one), the adjustment pattern for the particular head height
will be printed once again.
Perform this procedure for all head heights and for all carriage speeds; which means
Bi-D
►
Adjustment [F2]
►
Menu 2/4
►
Bi-D [F1]
Bi-D400
►
Adjustment [F2]
►
Menu 4/4
►
Bi-D400 [F3]
Bi-D480
►
Adjustment [F2]
►
Menu 4/4
►
Bi-D480 [F4]
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8.4 UNI-DIRECTIONAL
Purpose of this check
► To check if each head fires at the same time compared with the reference head 1.
How to print the files
► Power ON the printer in diagnostics mode ►Adjustment [F2] ►Menu 2/4 ► Uni-D [F2]
Pattern
Reference
Reference
8B
8A
7B
7A
6B
6A
5B
5A
4B
4A
3B
3A
1B
1A
1B
1A
1B
1A
1B
1A
1B
1A
1B
1A
55
2B
1B
2A
1A
Reference
AP-40301 – Rev. 2.0 – 02/05/2008
CS9200 Low Solvent series printers
8.5 MICRO SHIFT 1/720” FOR FAST MODES
Purpose of this check
► When all heads are in one line, and you want to print in one of the FAST modes (FAST 720, FAST 540
or FAST 360), head 5-8 (headset 2) have to be shifted 1/720 of an inch downwards compared with heads
1-4 (headset 1). The pattern below will help you to fine tune this µ-shift.
How to print the files
► To perform this adjustment, you will need to have the print file which is located on the firmware download
FTP: ftp://firmware@ftp.mutoh.be/firmware_download (please refer to TIB117bis to log in)
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Step 1 :
Copy the files to your computer’s hard disk.
Step 2 :
Power ON the printer in user mode (no diagnostics mode needed).
Step 3 :
Turn OFF all heaters and make sure head height is low in user 1.
Step 4 :
Load media. In order to get the best visible result, we recommend coated media.
Step 5 :
Edit the IP-address in the PRINT.BAT file in Notepad or Ultra-edit 32.
Step 6 :
Drag the file into the PRINT.BAT file. Be sure that the printer is connected to the network.
Step 7 :
A print will be launched.
Step 8 :
Verify if all heads are in one perfect line (3A – 6A and 1B-2B-…-8B).
6A
3A
6A
3A
8B
•
•
7B
6B
4B
5B
3B
2B
1B
Notes
Use a magnifying glass with a magnification factor of at least 25.
Pay attention to the fact that some magnifying glasses give a mirror view.
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Adjustment procedure
Please follow the instructions below to perform the micro shift.
Step 1 :
LOOSEN the screws (1) fixing head 5-8.
These heads have to be shifted 1/720 inch. In general, the µ-shift can be accomplished by turning
screws number 3 (see drawings) both by 1/4 of a turn counter clock wise!
This is only a rough adjustment!!
1 = Screws (M2.5x5) fixing the head stationary plate
2 = Angle Adjustment screw
3 = Front and Back adjustment screw
•
Notes
This image is only intended for visual support, do not disassemble the heads. Only loosen the two
indicated screws.
Step 2 :
Tighten the screws (1) fixing head 5-8
Step 3 :
Print the file once again.
Step 4 :
Check if nozzle row 6A is shifted 1/720 inch compared with nozzle row 3A which means that nozzle
row 6A has to be positioned exactly between 3A en 4B. Please refer to the picture below for
visual support.
3A
6A
3A
6A
8B
7B
6B
4B
5B
3B
2B
1B
Step 5 :
Adjust head 6 until it is well positioned.
Step 6 :
Adjust head 5, 7 and 8 until there are in one line with nozzle row 6B and between 6A.
Step 7 :
After this adjustment, head block 5-6-7-8 is shifted 1/720 inch with head block 1-2-3-4
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9 TEST PRINTING
Follow the steps below to do a test print and confirm if your printer operates correctly.
Step 1 :
Power ON the printer.
Step 2 :
Load media.
Step 3 :
Make sure that your printer is in normal [Ready to print] - status.
Step 4 :
Go to SetupMenu 1/7 ► [F3] – TestPrint.
Step 5 :
Select which test pattern you want to print.
Prints a test pattern to check if there are any
nozzles missing. Depending on the amount of
missing nozzles, perform a little, normal or powerful
cleaning to regain all nozzles.
Prints a pattern to check if the distance adjustment
(“step”) is set correctly. If not, you can change it
easily.
Prints a list with important information regarding the
printer, such as InkStatus, Printer Config info, Media
settings, Network settings, …
Prints an overview of the lifetime of some parts in
the printer. This to know if they should be replaced
soon.
The lifetime is visualized on the basis of stars.
E
F New part
E
F Part needs to be replaced
Prints the uni-directional test pattern. The purpose
of this print is to check if the heads are still well
aligned. If necessary, adjust the heads. Please refer
to the maintenance manual for all necessary
information.
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Prints the bi directional test pattern at 300 cps. The
purpose of this print is to check if the heads are still
well adjusted. If necessary, adjust the heads.
Please refer to the maintenance manual for all
necessary information.
Prints the bi directional test pattern at 400 cps. The
purpose of this print is to check if the heads are still
well adjusted. If necessary, adjust the heads.
Please refer to the maintenance manual for all
necessary information.
Prints the bi directional test pattern at 480 cps. The
purpose of this print is to check if the heads are still
well adjusted. If necessary, adjust the heads.
Please refer to the maintenance manual for all
necessary information.
Prints a test pattern to compare the colour settings
of the computer to the print colour of the printer.
This palette is printed in the mode you are currently
working (PrintMode settings).
We recommend to print the palette in 360x360.
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10 PERIODICAL MAINTENANCE CYCLES
10.1 DONE BY THE END USER
No°
1
2
3
4
5
6
7
8
9
Action
Clean wipers
Flush caps in maintenance station
Clean the edges of the caps in maintenance station
Clean the area around the caps
Clean around bottom of the heads
Clean cover window
Replacing the sponge in the spitting box
Change the wipers
Change upper sponge at the back of the capping station
Frequency
Morning and evening
Daily maintenance
(in the evening)
Weekly maintenance
2 weekly maintenance
Monthly maintenance
Available kits for the end user and their order numbers
1. User and good shape kit for 6 months
No
1
2
3
4
5
6
29801288
Description
Sponge plate
Wipers
Spitting box sponge
Cleaning Liquid 250 ml
Instruction sheet
Good shape kit
Quantity
6
24
12
3
1
1
29801287
2. Good shape kit
No
1
2
3
4
Description
Gloves
Pipette
Swabs
Polyknit wiper
Quantity
300
60
150
300
3. Long store kit
No
1
2
xxxxxxxx
Description
Océ IJC920 HS Low Solvent Cleaning
Liquid
Ink kit
Black
Cyan
Magenta
Yellow
4. Solvent cleaning in a bottle
Quantity
8
2
2
2
2
xxxxxxxxx
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10.2 DONE BY AN AUTHORIZED TECHNICIAN
No°
1
2
3
4
5
6
7
8
9
10
11
Action
Changing the dampers
Changing the spitting box + tube + L connection
Applying grease on the head up-down cams when needed
Applying grease on the Y-motor belt if needed
Applying grease on the roller path carriage if needed
Applying grease on the capping station cam and gears if needed
Removing dust in the fan area underneath the print platform
Changing the pumps
Changing the tubes from the pumps to the waste bottle
Change wiper arm assembly
Changing the maintenance station
Frequency
Every 6 months
Every 12 months
Available kits for Authorized Technicians only and their part numbers:
maintenance cycle Kit 6 months
KY-81810
maintenance cycle kit 12 months
KY-81820
62
AP-40301 – Rev. 2.0 – 02/05/2008
FEEDBACK SHEET FIRST INK LOAD PROCEDURE
Dear customer,
During the first few months after the CS9065-CS9090 launch, we want to collect data of all installations.
During installation, the transition from water-based state to low solvent state is a key procedure, which we want to
monitor for different reasons:
•
•
Verify proper behaviour of the automatic ink load procedure.
Load procedure optimization based on direct field feedback.
To gather information about the ink load procedure and at the same time ensure a proper initial ink load, we require you
to keep track of the different steps of the initial ink load.
To assist you with the progress, we have prepared a feedback sheet, which we would like you to fill in and send back to us.
Please fill in this form and mail/fax it back to our service department
Distributor/Dealer and printer details
Distributor / Dealer
Serial number printer
Date first ink load
Cassette Number
Cassette 1
Cassette 2
Cassette 3
Cassette 4
Cassette 5
Cassette 6
Cassette 7
Cassette 8
Cassette Number
Cassette 1
Cassette 2
Cassette 3
Cassette 4
Cassette 5
Cassette 6
Cassette 7
Cassette 8
LOW SOLVENT SETUP CLEANING FIRST WASH
Weight after filling > 270 gram?
Weight after filling cleaning
► Intervention with syringe necessary?
gram
NO / YES
gram
NO / YES
gram
NO / YES
gram
NO / YES
gram
NO / YES
gram
NO / YES
gram
NO / YES
gram
NO / YES
LOW SOLVENT CLEANING CASSETTES
Weight after filling > 250 gram?
Weight after filling cleaning
► Intervention with syringe necessary?
gram
NO / YES
gram
NO / YES
gram
NO / YES
gram
NO / YES
gram
NO / YES
gram
NO / YES
gram
NO / YES
gram
NO / YES
REMARKS
63
AP-40301 – Rev. 2.0 – 02/05/2008