Kodak Two Way Radio 2J0686 User Manual

KODAK PROFESSIONAL RP 50 LED Printer  
Operator’s Guide  
Part No. 2J0686  
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Regulatory Information  
Radio Frequency Interference  
The United States (47 CFR Part 15 Subpart B, FCC Class A, EMC)  
This equipment has been tested and found to comply with the limits for a Class A  
digital device, pursuant to Part 15 of the FCC Rules. These limits are designed to  
provide reasonable protection against harmful interference when the equipment is  
operated in a commercial environment. This equipment generates, uses, and can  
radiate radio frequency energy and, if not installed and used in accordance with  
the instruction manual, may cause harmful interference to radio communications.  
Operation of this equipment in a residential area is likely to cause harmful  
interference in which case the user will be required to correct the interference at  
his own expense.  
IMPORTANT:Changes or modifications to the product that are not authorized by  
Eastman Kodak Company could void the FCC Certification and  
negate your authority to operate this product.  
Canada (ICES-003 Issue 2 Rev1 Canada, Class A, EMC)  
This Class A digital apparatus meets all requirements of the Canadian  
Interference-Causing Equipment Regulations.  
Cet appareil numerique de la classe A respecte toutes les exigences du  
Reglement sur le materiel brouilleur du Canada.  
European Union (EU, CE Marking, EMC)  
This equipment has been type tested and found to comply with the requirements  
for electromagnetic compatibility as established by European Communities  
Council Directive 89/336/EEC and Low Voltage Directive (Product Safety)  
73/23/EEC.  
Japan (VCCI, Class 1 EMC)  
The following is a translation of the above statement:  
“This equipment is in the Class 1 category (information to be used in commercial  
and/or industrial areas. Consequently, when used in a residential area or in an  
adjacent area thereto, radio interference may be caused to radios and TV  
receivers, etc. Read the instructions for correct handling”.  
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Safety Regulations  
IMPORTANT: This equipment incorporates high-voltage components. Adequate safeguards and interlocks  
have been designed into this equipment to reduce the risk of injury during normal operation.  
As with any electrical equipment of this kind, adequate ventilation must be provided to  
minimize exposure to heat, dust, ozone, and other emissions. The following labels will be  
found on the product. The exclamation point symbol (A) indicates that the user should refer  
to this guide for safety information. The hot symbol (B) indicates a hot surface area on the  
printer that should not be touched. The electrical hazard/shock warning symbol (C)  
identifies the possibility of electrical shock inside an area that should only be accessed by  
Kodak CES personnel.  
A
B
C
CAUTION:  
Before connecting or disconnecting the SCSI cable or terminator, turn off the power  
for the printer and the host computer. Also, if you replace the SCSI cable, remove the  
Ferrite bead from the existing SCSI cable and install it on the new SCSI cable.  
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Environmental Regulations  
IMPORTANT: Always adhere to your local ordinances and regulations for disposal of paper, chemicals,  
filters, cleaning supplies, etc.  
Warranty Information  
The following warranty information pertains to equipment that is installed in the United States  
only. For equipment installed in countries other than the United States, the terms and conditions  
of the new equipment warranty will be provided by the Kodak company in the country in which  
the sale is finalized, or by a Kodak-appointed distributor in those countries where Kodak does  
not have direct sales representation.  
Warranty Period  
Kodak warrants new equipment to function properly for 90 days from the date of initial  
installation. This warranty covers the purchaser of this equipment as well as anyone else who  
owns it during the warranty period.  
Warranty Repair Coverage  
If this equipment does not function properly during the warranty period, a Kodak Customer  
Equipment Services Field Engineer will repair the equipment without charge during Kodak’s  
normal working hours (usually 8:00 a.m. to 5:00 p.m., Monday through Friday). Such repair  
service will include any adjustments and/or replacement of parts required to maintain your  
equipment in good working order. Supply items are billed as required.  
Off-hours services are available at overtime rates.  
How to Obtain Service  
For technical support, service, repair and fuse replacement information, contact Eastman Kodak  
Company’s Technical Assistance Center at 1-800-822-1414.  
Limitations  
Warranty Service is limited to areas within Kodak’s established marketing centers in the  
contiguous United States, the island of Oahu in Hawaii, and certain areas of Alaska.  
This warranty does not cover circumstances beyond Kodak’s control; service or parts for any  
attachments, accessories, or alterations not marketed by Kodak, nor to correct problems  
resulting from their use.  
Damaged caused by failure to meet electrical specifications in this manual will not be covered  
under the warranty or service agreement claim.  
Damage to the imaging shoe as a result of customer misuse or abuse will not be covered under  
the warranty or service agreement claim. Do not use sharp objects to clear paper in this area.  
Kodak makes no other warranties, express, implied or of  
merchantability, for this equipment.  
Repair or replacement without charge is Kodak’s only obligation under this warranty. Kodak will  
not be responsible for any consequential or incidental damages resulting from the sale, use or  
improper functioning of this equipment, even if loss or damage is caused by the negligence or  
other fault of Kodak.  
Such damages, for which Kodak will not be responsible, include, but are not limited to, loss of  
revenue of profit, downtime costs, loss of use of the equipment, cost of any substitute  
equipment, facilities or services or claims of your customers for such damages.  
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This limitation of liability will not apply to claims for injury to persons or damage to property  
caused by the sole negligence or fault of Kodak or by persons under its direction or control.  
Kodak Service Agreements  
For information on Kodak Service Agreements, call Kodak Service Marketing Operations  
at 1-800-645-6325.  
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1 Introduction........................................................................................................................................... 1-1  
Product Description............................................................................................................... 1-1  
SCSI Interface ................................................................................................................ 1-1  
KODAK PROFESSIONAL RP 50 LED Printer................................................................ 1-1  
KODAK PROFESSIONAL Processor............................................................................. 1-2  
Installation and Service .................................................................................................. 1-2  
Equipment Overview............................................................................................................. 1-2  
2 Using the System ................................................................................................................................. 2-1  
Starting up the Processor...................................................................................................... 2-1  
Starting up the Printer ........................................................................................................... 2-2  
Calibrating the Printer ........................................................................................................... 2-3  
Obtaining Densities ........................................................................................................ 2-6  
Obtaining Densities from a File ................................................................................2-6  
Using the Densitometer to Read Densities ..............................................................2-6  
Completing the Calibration ............................................................................................. 2-7  
Making Prints ........................................................................................................................ 2-9  
Shutting Down the Processor.............................................................................................. 2-10  
Shutting Down the Printer ................................................................................................... 2-11  
3 System Operating Procedures ............................................................................................................. 3-1  
Operating the Printer............................................................................................................. 3-2  
Operator Control Panel................................................................................................... 3-2  
OCP Key/Light Descriptions .....................................................................................3-3  
Menu ........................................................................................................................3-4  
Printer Offline Feature ..............................................................................................3-4  
Cancelling Jobs ........................................................................................................3-4  
Printing Deferred or Buffered Jobs................................................................................. 3-4  
Status Messages............................................................................................................ 3-5  
Loading Paper Into the Supply Cassette ........................................................................ 3-6  
Removing the Supply Cassette ................................................................................3-6  
Loading Paper into the Supply Cassette ..................................................................3-7  
Installing the Supply Cassette ................................................................................3-10  
Reaching the End of the Roll of Paper ......................................................................... 3-13  
Removing the Chad...................................................................................................... 3-14  
Handling and Storing the Paper ................................................................................... 3-14  
Storing Paper Using the Soft Shutdown Feature ...................................................3-14  
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Accessing the Printer Features........................................................................................... 3-15  
Shutdown and Restart .................................................................................................. 3-15  
Shutdown ...............................................................................................................3-15  
Restart ....................................................................................................................3-15  
Unload Supply .............................................................................................................. 3-15  
Selecting SCSI Ports.................................................................................................... 3-15  
Selecting the Target Pad Read Options .................................................................3-16  
Managing a Modem...................................................................................................... 3-16  
Resetting the Modem Port .....................................................................................3-16  
Checking for a Modem ...........................................................................................3-16  
Setting the Printer Time and Date ................................................................................ 3-17  
Setting the Current Time ........................................................................................3-17  
Setting the Current Date ........................................................................................3-17  
Setting the Current Day ..........................................................................................3-17  
Setting the Paper Length.............................................................................................. 3-17  
Selecting the Slug Width for the Paper......................................................................... 3-18  
Setting the Page Starts Value ...................................................................................... 3-19  
Producing Borderless Prints ...................................................................................3-20  
Accessing the Software Version Number ..................................................................... 3-22  
Setting the Copyright Detection Feature ...................................................................... 3-22  
Resetting the Defaults .................................................................................................. 3-23  
Resetting the Parameters ......................................................................................3-23  
Resetting the Printing LUTs ...................................................................................3-23  
Resetting the Copyright Detection LUTs ................................................................3-23  
Changing the Units of Measurement for Paper Sizes................................................... 3-24  
About Printing...................................................................................................................... 3-24  
Image Size.................................................................................................................... 3-24  
Buffered and Unbuffered Jobs (or Immediate and Deferred) ....................................... 3-24  
Printing Deferred or Buffered Jobs .........................................................................3-25  
Host Software Functions Supported by the Printer....................................................... 3-25  
Bar Coding .............................................................................................................3-25  
Pixel Doubling ........................................................................................................3-25  
Operating the Processor ..................................................................................................... 3-26  
Operator Control Panel................................................................................................. 3-26  
View Mode .............................................................................................................3-26  
Set Mode ................................................................................................................3-26  
Calibrate Mode .......................................................................................................3-26  
Min Max Mode ........................................................................................................3-26  
OCP Key/Light Descriptions ...................................................................................3-27  
Status Messages ....................................................................................................3-28  
OCP On/Off Light ...................................................................................................3-29  
Operational Modes ....................................................................................................... 3-30  
Adjusting the Key Switch Lock ...............................................................................3-31  
Processing a Control Strip............................................................................................ 3-32  
Viewing/Setting the Processor Time and Date ............................................................. 3-33  
Viewing the Current Time Setting ..........................................................................3-33  
Setting the Current Time ........................................................................................3-33  
Setting the Current Date ........................................................................................3-33  
Viewing/Setting the Seven-Day Timer.......................................................................... 3-34  
Viewing the On/Off Times ......................................................................................3-34  
Setting the On/Off Times ........................................................................................3-34  
Viewing the Software Identification............................................................................... 3-34  
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Viewing/Setting the Temperatures ............................................................................... 3-35  
Viewing the Temperature Settings .........................................................................3-35  
Setting the Temperature ........................................................................................3-35  
Calibrating the Temperatures....................................................................................... 3-35  
Resetting the Min Max Temperatures........................................................................... 3-35  
Viewing/Setting Replenishment Settings...................................................................... 3-36  
Viewing the Replenishment Rate ...........................................................................3-36  
Setting the Chemical Replenishment Rate ............................................................3-36  
Setting the Wash Replenishment Rate ..................................................................3-36  
Calibrating the Replenishment Flow Rate .................................................................... 3-36  
Measuring the Flow Rate .......................................................................................3-36  
Entering the Flow Rate ...........................................................................................3-37  
Managing the Development Time................................................................................. 3-37  
Viewing the Development Time .............................................................................3-37  
Setting the Development Time ...............................................................................3-37  
Calibrating the Development Time .........................................................................3-37  
Displaying the Min Max Development Time ...........................................................3-38  
Managing the Material Sensors.................................................................................... 3-38  
Viewing the Material ...............................................................................................3-38  
Viewing the Processor Setup .................................................................................3-38  
Selecting the Processor Setup ...............................................................................3-38  
Controlling the Processor Drive.................................................................................... 3-39  
Turning the Drive On ..............................................................................................3-39  
Returning the Drive to Normal Operation ...............................................................3-39  
Computer Reset ........................................................................................................... 3-39  
Resetting the Processor .........................................................................................3-39  
Loading the Defaults and Changing the Configuration ..........................................3-39  
Changing the Wash/Stabilizer Setup............................................................................ 3-40  
Changing the Metric/Fahrenheit Mode ......................................................................... 3-40  
Setting the Development Time Tolerance .................................................................... 3-41  
Setting the Chemical Temperature Tolerance.............................................................. 3-41  
Clearing Error Conditions ............................................................................................. 3-41  
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5 Diagnostics and Troubleshooting ......................................................................................................... 5-1  
Printer Error Messages ......................................................................................................... 5-2  
Manual or Automatic Reinitialization............................................................................... 5-2  
Printer Paper Path .......................................................................................................... 5-3  
Printer Error Messages................................................................................................... 5-4  
Miscellaneous Printer Error Messages......................................................................... 5-10  
Clearing Printer Paper Jams ........................................................................................ 5-11  
Troubleshooting Observable Errors.............................................................................. 5-12  
Additional Troubleshooting Tips for the Printer............................................................. 5-15  
Processor Error Messages.................................................................................................. 5-16  
Clearing Error Messages.............................................................................................. 5-17  
Clearing a Reset Message ........................................................................................... 5-17  
Clearing Processor Paper Jams................................................................................... 5-18  
Clearing Drive Errors.................................................................................................... 5-18  
Additional Troubleshooting Tips for the Processor....................................................... 5-19  
Calibration Troubleshooting ................................................................................................ 5-19  
Calibration Graph ......................................................................................................... 5-19  
Calibration Error Codes ................................................................................................ 5-20  
Non-Numeric Error Messages...................................................................................... 5-26  
Getting Additional Help ....................................................................................................... 5-27  
Appendix A: Ordering Supplies .............................................................................................................. A-1  
Metric Paper......................................................................................................................... A-2  
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Appendix C: Additional Calibration Information...................................................................................... C-1  
Installing the Calibration Software........................................................................................ C-1  
System Requirements ................................................................................................... C-1  
Installation Procedure.................................................................................................... C-2  
Kodak Device Calibration Software...................................................................................... C-4  
Application Window Definitions ..................................................................................... C-4  
Starting the Kodak Device Calibration Software............................................................ C-6  
Adding a Device ............................................................................................................ C-6  
Editing the Log Settings................................................................................................. C-8  
Updating a Device ......................................................................................................... C-9  
Deleting a Device ........................................................................................................ C-10  
Advanced Features of the Calibration Software................................................................. C-11  
Viewing Graphs ........................................................................................................... C-11  
Sending LUTs.............................................................................................................. C-15  
Sending Targets .......................................................................................................... C-17  
Editing the Calibration Configuration ........................................................................... C-19  
Editing Information on the Procedure Tab ............................................................ C-22  
Editing Information on the Density Source Tab ..................................................... C-24  
Editing Information on the Aim Tab ....................................................................... C-25  
Editing Information on the History Tab .................................................................. C-26  
Editing Information on the Paper Tab .................................................................... C-27  
Editing Information on the DP2 (Windows NT) or KPIS (Macintosh) Tab ............. C-27  
Completing the Edit Configuration ........................................................................ C-31  
Creating a Density File for Use with Calibration .......................................................... C-32  
File Formats................................................................................................................. C-32  
Installing the Densitometer................................................................................................. C-33  
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Index................................................................................................................................................ Index-1  
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About This Guide  
This is an Operator’s Guide for the KODAK PROFESSIONAL RP 50 LED Printer  
and Processor.  
It provides step-by-step instructions for the operations you perform while using the  
Printer and Processor as a system. It also includes procedures and information for  
operating, maintaining, troubleshooting, and calibrating the system.  
Also included in this guide are instructions for installing and using the various  
software packages needed.  
This guide is intended for personnel who operate this system. It assumes that you  
can perform basic computer operations. MACINTOSH and  
WINDOWS NT Platforms are supported in this guide.  
This document also applies to the KODAK PROFESSIONAL LED II Printer 20P  
and Processor.  
Using This Guide  
This guide is organized as follows:  
Chapter 1  
Introduction—describes and illustrates the KODAK  
PROFESSIONAL RP 50 LED Printer and Processor. This  
chapter includes general and introductory information for all  
of the equipment.  
Chapter 2  
Chapter 3  
Chapter 4  
Chapter 5  
Using the System—explains how to use the printer and  
processor. It includes the step-by-step instructions for daily  
operation, from startup to shutdown.  
System Operating Procedures—provides an overview of  
the OCPs and all procedures for operating both the Printer  
and the Processor.  
Maintaining the Equipment—includes the information that  
you need to properly maintain the printer and processor. All  
maintenance procedures are categorized by frequency.  
Diagnostics and Troubleshooting—provides an error  
code listing, solutions to common operational problems for  
the printer, processor and calibration. It also provides  
information for obtaining additional help.  
Appendix A  
Ordering Equipment, Accessories, and Supplies—  
provides ordering information for many associated items. It  
includes information such as size, quantities, and catalog  
numbers.  
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About This Guide  
Appendix B  
Appendix C  
Specifications—provides specifications, site  
requirements, andenvironmentalinformation forthe system.  
Calibrating the Printer—describes the calibration  
functions for the KODAK Calibration Software and the  
Printer Calibration Software.  
Appendices D-F Software—explains how to install and use software that is  
included with the system.  
About Other Publications  
The following publication is included with the printer:  
Quick Reference Guide for the KODAK PROFESSIONAL RP 50 LED Printer  
and Processor–provides quick and easily accessible information for operating  
and maintaining the printer as well as answers to common printer problems and  
hints for operating the processor. Keep the Quick Reference Guide close to your  
printer.  
Software Included with the Printer  
The compact disc (CD) included with the KODAK PROFESSIONAL RP 50 LED  
Printer contains the KODAK Calibration Software and the Printer Calibration  
Software for WINDOWS NT and MACINTOSH Host Computers. It also includes  
additional applications the printer can interface with.  
This software is usually installed by a Kodak representative. However, installation  
instructions are included in this Operator’s Guide.  
A PDF file of this Operator’s Guide is also included on the CD.  
You can find the latest software and documentation for the KODAK  
PROFESSIONAL LED Printers on the Kodak Web site: www.kodak.com.  
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About This Guide  
Getting Help from Kodak  
Your Kodak sales representative is the best source for information about setting  
up and operating your printer and for obtaining accessories and supplies. Please  
contact your Kodak sales representative if you have any questions.  
Kodak Sales Representative:___________________________  
Representative’s Telephone Number: ____________________  
K-Number: _________________________________________  
In addition, for technical support in the U.S., call 1-800-822-1414 between  
8:00 a.m. and 8:00 p.m. Eastern Standard Time on regular business days.  
You can also use the technical support number for information on:  
operating the printer  
how or where to obtain supplies  
how to obtain service  
the warranty  
other Kodak products  
If you are calling for technical support, please know your printer’s K-Number. The  
K-Number label is attached to the front of the printer, next to the operator  
control panel.  
Product Literature  
The faxback number for product literature is 1-800-508-1531. You may call this  
number 7 days a week, 24 hours a day.  
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1 Introduction  
This chapter includes the following information about the KODAK  
PROFESSIONAL RP 50 LED Printer.  
Product Description ...........................................................................................1-1  
SCSI Interface .............................................................................................1-1  
KODAK PROFESSIONAL RP 50 LED.........................................................1-1  
Processor ....................................................................................................1-2  
Installation and Service ...............................................................................1-2  
Equipment Overview ..........................................................................................1-2  
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Introduction  
Product Description  
The KODAK PROFESSIONAL RP 50 LED Printer printing system offers a  
combination of printing and processing options that produces photographic quality  
output of digital images. The images are printed at a resolution of 250 dpi and at  
sizes varying from 8 x 10 in. to 20 x 33 in.  
Images printed with this system are comparable to images produced on an optical  
printer. By using KODAK PROFESSIONAL Digital Paper with proper color  
management, the 20P printer provides the “look” of VPS film on KODAK PORTRA  
or SUPRA Paper, or GOLD Film on KODAK EKTACOLOR Edge Paper.  
The system consists of a MACINTOSH or PC host computer to manage and  
manipulate the digital source image, a SCSI interface to transfer the digital image  
to the printing system, the KODAK PROFESSIONAL RP 50 LED Printer to  
expose the digital image, and the Processor, to develop the image and deliver the  
print.  
You can use a variety of software applications (such as KODAK Image Print  
Server Software) to manage and manipulate the digital images.  
SCSI Interface  
A SCSI cable connects the host computer to the KODAK PROFESSIONAL RP 50  
LED Printer. This interface transfers the digital image data from the host computer  
to the printer.  
KODAK PROFESSIONAL RP 50 LED Printer  
The KODAK PROFESSIONAL RP 50 LED Printer exposes digital images on  
photographic quality paper using a sophisticated technology involving Light  
Emitting Diodes (LEDs). The printer uses KODAK PROFESSIONAL Paper in  
24.4 cm, 27.9 cm, 30.5 cm and 50.8 cm and A4 widths to create prints the size of  
20.3 cm x 25.4 cm up to 50.8 cm x 83.8 cm. The printer then delivers the exposed  
paper to the Processor, where RA-4 processing techniques develop the image  
and deliver the print.  
1-2  
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Introduction  
Processor  
The Processor is designed as a companion processor for the KODAK  
PROFESSIONAL RP 50 LED Printer. The processor uses RA-4 processing  
techniques to develop the image and deliver the print. These techniques move the  
exposed paper through four tanks consisting of Developer, Bleach/Fix, Stabilizer 1  
and Stabilizer 2. The paper, which contains a visible color image, is dried and  
output as a completed print.  
Installation and Service  
The KODAK PROFESSIONAL RP 50 LED Printer and Processor must be  
installed and serviced by a qualified Kodak service representative.  
Equipment Overview  
processor  
paper supply  
door  
printer  
Front View  
host computer and SCSI cable  
(not included)  
sheet  
transport  
door (front)  
operator  
control panel  
for the printer  
densitometer (not included)  
front door  
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Introduction  
Rear View  
operator control  
panel for the  
processor  
connector  
ports  
back door  
sheet transport door (rear)  
1-4  
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2 Using the System  
This chapter explains how to use the KODAK PROFESSIONAL RP 50 LED  
Printer and Processor for daily operations. It takes you from startup to shutdown.  
Topics include:  
Starting up the Processor ..................................................................................2-1  
Starting up the Printer ........................................................................................2-2  
Calibrating the Printer ........................................................................................2-3  
Obtaining Densities .....................................................................................2-6  
Completing the Calibration ..........................................................................2-7  
Making Prints .....................................................................................................2-9  
Shutting Down the Processor ..........................................................................2-10  
Shutting Down the Printer ................................................................................2-11  
Starting up the Processor  
1. Check that the circuit breaker switch for the processor is turned on.  
circuit breaker  
switch  
2. Press On/Off on the processor’s Operator Control Panel to turn the processor  
on.  
The light above the On/Off key indicates the processor state. A blinking light  
indicates that the processor is on but the chemicals are not yet at the correct  
working temperature. A continuous light indicates that the processor is ready.  
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Using the System  
WARNING: When handling or mixing chemical solutions, wear protective  
eyewear, clothing,andgloves. Forsafehandingpracticeswith  
all chemicals, refer to the MSDS information.  
3. Check that the chemistry in each processor tank is at the top of the overflow  
pipe. If necessary, add warm water to reach the correct level.  
CAUTION: Usewatertotopoffthe chemical tanks. Donotusereplenisher  
chemistry.  
overflow  
pipe  
4. After the temperature is up to the correct level, operate the main drive for  
30 minutes. See “Controlling the Processor Drive” on page 3-39.  
5. Process a control strip. See “Processing a Control Strip” on page 3-32.  
Starting up the Printer  
1. Verify that the processor is on, up to the correct temperature, and in control.  
2. If needed, turn the circuit breaker on the back of the printer on.  
When the Power and Standby LEDs on the OCP are illuminated, press the  
Start key on the OCP to begin printer initialization.  
If paper is loaded, when initialization is complete (in 3 to 4 minutes) the  
message Status: ON LINE - Readyappears on the OCP. Startup is  
complete and the printer is ready to print. Turn the computer on; then go to  
the next page and calibrate the printer.  
If paper is not loaded, the message Out of paper, open supply door  
to loadappears on the OCP. Do the procedures below.  
“Loading Paper Into the Supply Cassette” on page 3-6.  
“Installing the Supply Cassette” on page 3-10.  
When “On-line and Ready” is displayed, turn the host computer on. Go to  
the next page and calibrate the printer.  
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Using the System  
Calibrating the Printer  
You need to calibrate the printer when you start the system up each day. You also  
need to calibrate the printer when  
you change paper  
print quality is questionable  
the temperature at the site changes more than 5° F (2.8° C)  
if running more than one shift, at the beginning of each shift  
If you are calibrating at any time other than during the daily startup procedure:  
Before you begin, make sure the printer is not receiving printing commands from  
the host.  
NOTE: Most windows displayed in this section are from the Windows NT version  
of the software. The windows for the Macintosh version of the software are  
similar.  
For information about editing the calibration settings (for example, you may want  
to display a calibration graph only if calibration is out of tolerance), see “Editing  
the Calibration Configuration” on page Appendix C:-19.  
To calibrate the printer:  
1. Check that:  
the densitometer is connected and calibrated  
the printer status is “Online and Ready”  
the processor is in control  
the calibration application is running  
2. Select the icon for the LED Printer on the KODAK Device Calibration screen  
and click the Calibrate icon. The calibration software needs complete control  
of the printer to successfully calibrate the printer.  
IMPORTANT:If no icon appears on the KODAK Device Calibration Screen, you  
will need to add a calibration device. See “Adding a Device” on  
page C-6.  
Calibrate  
icon  
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Using the System  
The LED Calibration screen appears.  
3. Click the Go icon to start the calibration cycle.  
Go icon  
This icon highlights after  
you select Go  
Downloading LUTs and Sending Test Print highlights.  
If the configuration file specifies to Ask if processor is in control, the  
Process In Control dialog box appears.  
The processor is critical to printer calibration. You can calibrate the printer  
only if the processor is in control. Densitometers require calibration at regular  
intervals. Refer to your densitometer’s manual for instructions on how to  
calibrate your densitometer.  
4. Click Yes.  
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Using the System  
The Send LUT to Printer screen appears.  
NOTE: The highlighted LUT in the dialog box above is the most recent  
calibration LUT.  
5. Click either Load Selected LUT or Load Custom LUT (or Cancel to cancel  
the calibration process).  
If you click Load Selected LUT, the system automatically downloads the  
highlighted LUT to the printer to create a test print.  
When the test print has been sent, the Scanning Processed Print with  
Densitometer status icon on the LED Printer Calibration screen highlights.  
6. If you selected Load Custom LUT in step 5, the Open dialog box appears.  
Select or type the name of the LUT file you want and click Open.  
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Using the System  
The system automatically downloads the LUT file to the printer to create a test  
print. When the test print has been sent to the printer, the Scanning  
Processed Print with Densitometer status icon on the KODAK LED Printer  
Calibration screen highlights.  
Obtaining Densities  
Obtaining Densities from a File  
If the configuration settings include obtaining the density data from a file, the  
Waiting for Density File dialog box appears. Otherwise, go to “Using the  
NOTE: To create a density file, seeCreatinga DensityFileforUsewith Calibration”  
on page Appendix C:-32.  
1. Click OK to continue with the calibration process.  
Using the Densitometer to Read Densities  
Do the following to scan the neutral (gray) patches on the processed test print into  
the densitometer (refer to your densitometer manual for detailed instructions on  
using the densitometer):  
1. Slide the lever on the densitometer to position 15. Align the edge of the test  
print with the lever on the densitometer. Gently feed the test print through the  
densitometer to scan the patches labeled “even”.  
2. Slide the lever on the densitometer to position 20. Align the edge of the test  
print with the lever on the densitometer. Gently feed the test print through the  
densitometer to scan the patches labeled “odd”.  
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Using the System  
3. Slide the lever on the densitometer to position 30. Align the edge of the test  
print with the lever on the densitometer. Gently feed the test print through the  
densitometer to scan the patches labeled “both”.  
Lever  
Test print  
If the test print is read successfully, several messages will appear in the status  
bar; the final message indicates that the densitometer values have been  
successfully received. Go to “Completing the Calibration.”  
If the test print is not read successfully, refer to “Calibration Troubleshooting”  
on page 5-19.  
Completing the Calibration  
1. If calibration is in tolerance, the LUT Attributes dialog box appears.  
a. Enter a name or comment in the dialog box. The comment you enter will  
appear on the Send LUT to Printer screen to identify the LUT file with a  
name that is meaningful to you (up to 75 characters).  
b. Click OK.  
The new printing LUT is calculated and downloaded. “Calibration  
Complete” appears in the status bar. The calibration is complete.  
2. If calibration is out of tolerance, it may be necessary to run four or more  
iterations of the calibration cycle to achieve a successful calibration.  
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Using the System  
If the print densities are out of tolerance, a graph appears, allowing you to  
select the type of data and planes that you want to see displayed.  
a. Click OK.  
The following list of options appears.  
Re-read the densitometer values is the most useful when the graphs  
show an unusual plot. Rereading the test print lets you validate the graph,  
then returns you to the Out of Tolerance dialog box.  
Iterate again using a newly calculated calibration LUT allows you to  
keep printing test prints with the newly created LUT without having to save  
the LUT table.  
Calculate and download a printing LUT and stop: When you select this  
option, the file is saved and given the same creation date and time as the  
name.  
Cancel and return the printer to its original state saves nothing. Any  
corrupted data created after you saved the last time is thrown away.  
2-8  
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Using the System  
b. Select one of the four options to try to complete the calibration  
successfully.  
If the Out of Tolerance dialog box appears again, repeat this step until  
you get a successful calibration; go to step 1.  
If you cannot get a successful calibration, request help from a system  
administrator or service person.  
Making Prints  
You can make prints with a wide variety of applications that run on WINDOWS NT  
Computers and MACINTOSH Computers. One application that is widely used for  
printing is the KODAK PROFESSIONAL Imaging System.  
Two applications that you may wish to print from are included with the system.  
You can use the KODAK PROFESSIONAL Image Print Server for WINDOWS NT  
to print TIFF images. You can use the Export Module for ADOBE PHOTOSHOP  
that runs on MACINTOSH Computers to print images from the PHOTOSHOP  
application.  
For more information about these applications, see the appropriate Appendix in  
this guide.  
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Using the System  
Shutting Down the Processor  
To shut down the processor, press the On/Off key on the processor OCP.  
Shutting down the processor for service  
If you are shutting the processor down for service, turn off the processor circuit  
breaker after the green light on the OCP is no longer illuminated. The exhaust fan  
in the processor will continue to operate.  
IMPORTANT: If the processor will not be used for longer than four days, drain,  
flush, and clean the processor tanks.  
1. Remove the top cover and the light tight cover from the processor.  
top cover  
light tight cover  
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CAUTION: Install a splash guard over the entrance area of the processor  
to prevent water and chemicals from entering the printer.  
2. Pour warm water over the top of the rollers.  
splash guard  
top rollers  
3. Reinstall the light tight cover and the top cover on the processor.  
NOTE: After the processor is turned off, the recirculation pumps continue to  
operate for 30 seconds.  
Shutting Down the Printer  
1. Check that all jobs in the print queue are printed.  
2. Perform a soft shutdown:  
a. Press the On/Off Line key on the OCP to take the printer offline.  
b. Press the Menu button on the OCP to access the menu.  
c. Select “Shutdown” in the message display.  
d. Press the Start key.  
e. Select “Shutdown now” in the message display.  
f. Press the Select key to begin the shutdown.  
NOTE: If any jobs are not complete, you will be asked if you want to delete the  
remaining jobs before you can select Shutdown.  
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CAUTION: Turn off the circuit breaker only after doing the soft shutdown.  
Otherwise, you could lose printer status information and  
cause dark lines to appear in the middle of the prints if paper  
is loaded.  
3. Turn off the circuit breaker on the back of the printer.  
circuit breaker  
2-12  
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3 System Operating Procedures  
This section provides the information you need to operate the KODAK  
PROFESSIONAL RP 50 LED Printer. Topics include:  
Operating the Printer .........................................................................................3-2  
Operator Control Panel ...............................................................................3-2  
Printing Deferred or Buffered Jobs...............................................................3-4  
Status Messages .........................................................................................3-5  
Loading Paper Into the Supply Cassette .....................................................3-7  
Reaching the End of the Roll of Paper ......................................................3-13  
Removing the Chad ..................................................................................3-14  
Handling and Storing the Paper ................................................................3-14  
Accessing the Printer Features ........................................................................3-15  
Shutdown and Restart ...............................................................................3-15  
Unload Supply ...........................................................................................3-15  
Selecting SCSI Ports .................................................................................3-15  
Managing a Modem ..................................................................................3-16  
Setting the Printer Time and Date .............................................................3-17  
Setting the Paper Length ..........................................................................3-17  
Selecting the Slug Width for the Paper .....................................................3-18  
Setting the Page Starts Value ...................................................................3-19  
Accessing the Software Version Number ..................................................3-22  
Setting the Copyright Detection Feature ...................................................3-22  
Resetting the Defaults ...............................................................................3-23  
Changing the Units of Measurement for Paper Sizes ...............................3-24  
About Printing ..................................................................................................3-24  
Image Size ................................................................................................3-24  
Buffered and Unbuffered Jobs (or Immediate and Deferred) ....................3-24  
Host Software Functions Supported by the Printer ...................................3-25  
Operating the Processor ..................................................................................3-26  
Operator Control Panel .............................................................................3-26  
Operational Modes ....................................................................................3-30  
Processing a Control Strip ........................................................................3-32  
Viewing/Setting the Processor Time and Date ..........................................3-33  
Viewing/Setting the Seven-Day Timer ......................................................3-34  
Viewing the Software Identification ...........................................................3-34  
Viewing/Setting the Temperatures ............................................................3-35  
Calibrating the Temperatures ....................................................................3-35  
Resetting the Min Max Temperatures .......................................................3-35  
Viewing/Setting Replenishment Settings ..................................................3-36  
Calibrating the Replenishment Flow Rate .................................................3-36  
Managing the Development Time .............................................................3-37  
Managing the Material Sensors ................................................................3-38  
Controlling the Processor Drive ................................................................3-39  
Computer Reset ........................................................................................3-39  
Changing the Wash/Stabilizer Setup ........................................................3-40  
Changing the Metric/Fahrenheit Mode ......................................................3-40  
Setting the Development Time Tolerance .................................................3-41  
Setting the Chemical Temperature Tolerance ..........................................3-41  
Clearing Error Conditions ..........................................................................3-41  
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System Operating Procedures  
Operating the Printer  
Operator Control Panel  
The operator control panel (OCP) for the printer allows you to view and control:  
current status of the printer  
current time of day  
paper specifications  
error and power status  
cancel, on/off line and menu functions  
parameters of the printer  
error messages  
LED indicator  
lights  
time of day  
current status  
LCD display  
Power  
Error Standby  
Status: Initializing  
2:43  
Pages Waiting:  
PaperWidth:
PaperSupply:
Next Print (sec):  
Start  
Cancel  
On/Off Line  
Menu  
Select  
Select  
key  
printing information  
Up, Down and Right  
select keys  
function keys  
The display on the OCP is a 4 line by 40 character liquid crystal display (LCD). An  
audible beeper is installed to the right of the LCD display. Each of the function  
keys also operates as the arrow key (selector) directly below it when Menu has  
been pressed. LED indicator lights illuminate to indicate power, error, and standby  
statuses.  
The operator control panel (OCP) displays the current status of the printer,  
including the following information:  
Pages Waiting – the number of printing jobs that are waiting in the print queue  
Next Print (sec) – the approximate amount of time (in seconds) until the next  
sheet of processed paper will exit the processor  
Paper Width – the width of the current roll of paper that is installed in the  
printer  
Paper Supply – the approximate amount of paper left in the paper cassette.  
This information is input by you and is for your convenience only  
3-2  
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System Operating Procedures  
OCP Key/Light Descriptions  
Key /LED  
Indicator Light  
Key/Light  
Description/Function  
Start Key  
The Start key turns on the power for the printer when the printer has  
been shut down through the OCP. When using the OCP menu, the  
Start key functions as a Select key to select the highlighted item  
from the OCP menu.  
Start  
Cancel Key  
Pressing Cancel causes the job that is currently printing to quit. In  
addition, the printer automatically goes into the Offline mode after  
the current printing job has quit.  
Cancel  
On/Off Line Key This key toggles between the Online and Offline modes. If you press  
this key when the printer is in the Online mode, the printer goes into  
the Offline mode. If you press this key when the printer is in the  
Offline mode, the printer goes into the Online mode.  
On/Off Line  
Menu Key  
Pressing this key activates the menu for the OCP when the printer  
Menu  
is in the Offline mode.  
Arrow Keys  
When using the OCP menu, the Cancel key functions as a Right  
Arrow, the On/Off Line key functions as an Up Arrow and the  
Menu key functions as a Down Arrow.  
Select Key  
When using the OCP menu, the Start key functions as a Select key  
to select the highlighted item from the OCP menu.  
Select  
Power  
Power Light  
The power light illuminates to indicate that the main power for the  
printer is on.  
Error Light  
The error light illuminates to indicate that a printer error occurred.  
Error  
Standby Light  
The standby light illuminates to indicate that the printer has been  
shut down from the OCP and is now in the Standby mode, waiting  
for Start to be pressed.  
Standby  
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System Operating Procedures  
Menu  
The menu allows you to access other printer features.  
NOTE: To access the menu, the print queue must not have any pages waiting to  
be printed.  
1. Press On/Off Line to take the printer offline.  
2. Press Menu.  
Printer Offline Feature  
This feature is useful when you need to access the printer OCP menu.  
When the printer is offline, it cannot send jobs to the processor or accept jobs  
from the host.  
To take the printer offline, press On/Off Line on the OCP. If a job is printing when  
you take the printer offline, the job will complete printing. When you put the printer  
back online, the sheet will be sent to the processor.  
Online Mode  
The Online mode is the normal mode and must be activated for the printer to  
accept print jobs from the host computer.  
Offline Mode  
When the printer is in the Offline mode it cannot accept print jobs from the host  
computer and will not send any sheets to the processor. When an error occurs,  
the printer is automatically placed into the Offline mode.  
Cancelling Jobs  
To cancel the sheet currently being printed, press Cancel on the OCP. After the  
sheet has been cancelled, the printer automatically toggles to the Offline mode.  
To cancel all jobs waiting to be printed:  
1. Press Cancel on the OCP to cancel the sheet that is currently printing.  
2. Press Menu twice.  
Printing Deferred or Buffered Jobs  
“Pages Deferred” displays on the OCP and a number other than zero displays in  
the Pages Waiting field when one or more jobs are waiting to be printed.  
1. Press On/Off Line to take the printer offline.  
2. Press Menu.  
3. Press Start to print the jobs.  
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System Operating Procedures  
Status Messages  
Status messages display on the LCD display of the OCP to indicate the status or  
current state of the printer.  
Status Message/Printer State  
Definition  
status: ON LINE – Ready  
The printer is idle and ready to accept jobs.  
status: ON LINE – Processing  
The printer is currently downloading a job,  
processing a job.  
status: ON LINE – Pages Deferred Pages are waiting and nothing is being  
downloaded. If jobs were sent with the “Defer  
Print” or “Buffer” option, the printer is waiting  
for more data to fill the frame store.  
status: ON LINE – Printing  
status: OFF LINE – Idle  
The printer is currently printing and may also  
be processing more jobs.  
The printer is currently offline. No jobs exist in  
the printer. “Idle” is used instead of “Ready”  
because the printer is actually idle (not doing  
anything) and will not accept jobs.  
status: OFF LINE – Processing  
The printer is offline but a job is being  
downloaded. A print cycle will not be initiated.  
status: OFF LINE – Pages Deferred The printer is offline but there are jobs in the  
printer that are waiting to be printed. A print  
cycle will not be initiated.  
status: OFF LINE – Printing  
The printer will complete the current print cycle  
and then pause.  
status: OFF LINE – Cancelling  
Cancel was pressed when the printer was  
printing. The sheet that was printing was  
immediately terminated. This message is also  
displayed when you select “Yes” to the prompt  
to cancel all remaining jobs when you enter  
the menu.  
status: Initializing  
The printer is powering up (after Standby has  
been pressed or the printer has been turned  
on).  
status: ON LINE – Resetting  
The print engine is being reset because of an  
error or operator intervention. The printer  
returns to the “ON LINE – Ready” state after  
the machine reset is complete (even if the  
printer was offline because of an error or key  
that was pressed before the reset).  
status: Printer Error:  
<Error Message>  
A printer error (such as a paper jam) occurred.  
The error message is displayed on the second  
line of the display. For a complete list of error  
messages, see “Printer Error Messages” on  
page 5-2.  
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System Operating Procedures  
Loading Paper Into the Supply Cassette  
WARNING: Move the supply cassette from the printer to a table to load or  
unload paper.  
One 10 to 20 inch supply cassette is included with the printer and is designed to  
hold rolls of paper that are 25.4 cm, 27.9 cm, 30.4 cm, 50.8 cm and A4 widths.  
Removing the Supply Cassette  
1. Open the paper supply door.  
2. Unlock the cassette clamp for the supply cassette.  
3. Remove the empty supply cassette.  
supply cassette  
cassette  
clamp  
paper supply door  
3-6  
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System Operating Procedures  
Loading Paper into the Supply Cassette  
1. Unlock the supply cassette.  
2. Open the supply cassette.  
3. If necessary, remove paper scraps from the core support assembly.  
4. Remove the old core and support assembly from the supply cassette.  
NOTE: Keep the felt surfaces clean to prevent scratches on the paper.  
old core and core support assembly  
felt  
felt  
supply cassette locks  
5. Remove the screw lock and the old cardboard core from the core support  
assembly.  
6. Move the screw adjuster to the correct position for the paper size you are  
loading. Pull the metal spring for the screw adjuster away from the gear and  
slide the screw adjuster to the correct position until it locks into place in the  
detent.  
screw adjuster  
cardboard core  
gear  
screw lock  
core support  
assembly  
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System Operating Procedures  
TIP: Practice the following steps in the light with an empty cardboard core  
before you load a new roll of paper in the dark.  
CAUTION: Loading paper into the paper cassette must be completed in  
a darkroom with the lights off.  
7. Position the paper so that the lead edge of the paper is away from you.  
8. Insert the core support assembly into the roll of paper as shown.  
9. Push the cardboard core toward the gear until it engages the detent.  
detent  
cardboard core  
10. Install the screw lock onto the core support assembly and ensure that it is  
snug.  
CAUTION: Do not overtighten the screw lock.  
11. Place the core support assembly with the full paper roll into the supply  
cassette.  
3-8  
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System Operating Procedures  
IMPORTANT:Make sure that the right and left edges of the paper on the paper  
roll remain aligned. Do not allow the roll of paper to slide or  
“telescope.”  
screw lock  
12. Feed the lead edge of the paper through the slotted opening in the paper  
cassette.  
lead edge of the paper  
slotted opening  
image or emulsion  
side  
core support assembly  
(side without the gear)  
13. Close the supply cassette and latch the supply cassette locks.  
NOTE: Be sure that the core support assembly rotates freely in the supply  
cassette and that the paper feeds freely.  
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System Operating Procedures  
supply cassette lock  
When the paper cassette is locked, you can turn on the room lights.  
IMPORTANT:When moving the supply cassette, pick up and carry the cassette  
by both handles to prevent the paper from sliding or “telescoping”  
to one side.  
Installing the Supply Cassette  
1. Open the sheet transport door and remove any chad. See "Removing the  
2. Check the knife and, if necessary, remove the trail edge of the paper from the  
previous roll through the chad area.  
paper supply door  
knife  
chad area  
sheet transport  
door  
chad  
3. Close the sheet transport door.  
4. Open the paper supply door.  
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System Operating Procedures  
5. Align the slot on the bottom of the supply cassette with the plate on the bottom  
of the shelf and slide the full supply cassette into place on the shelf.  
shelf  
Emulsion  
(image) side of  
paper  
plate  
cassette clamp  
slot  
6. Check that the gear on the supply cassette aligns and meshes with the gear  
on the printer.  
7. Lock the clamp to secure the supply cassette into place.  
8. Ensure that the cut on the lead edge of the paper is straight.  
CAUTION: Use scissors to cut the paper. Knives and razor blades will  
shred the paper.  
9. Press Start on the OCP.  
10. When prompted, enter the number of feet on the roll of paper.  
11. When the message “Feed paper into printer...” appears, pull the lead edge of  
the paper out of the supply cassette and place it under the idler roller.  
12. Feed the lead edge of the paper into the printer until you feel it being pulled.  
Keep the left edge of the paper against the paper alignment guide.  
IMPORTANT:Guide the paper into the printer while pressing down each edge  
to prevent slack in the paper.  
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System Operating Procedures  
CAUTION: If the paper does not load properly or a paper jam occurs,  
press Cancel. Remove any paper from the shoe area and  
repeat steps 6 through 12. Make sure the lead edge is cut  
square.  
lead edge of  
the paper  
paper alignment  
guide  
idler  
roller  
gear on the  
cassette  
cassette  
clamp  
gear on the  
printer  
13. Close the paper supply door. The paper automatically feeds into position for  
printing and the fogged section at the lead edge of the roll is trimmed off. The  
message “Status: ON LINE – Ready” appears when initialization is complete.  
3-12  
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System Operating Procedures  
Reaching the End of the Roll of Paper  
When the end of the roll of paper is reached, the OCP displays one of two  
messages:  
“Out of paper, open supply door to load...” — indicates that the supply  
cassette is empty. To remove the paper, open the supply door and pull the  
paper out of the shoe.  
“End of roll, remove sheet from sheet transport” — indicates that the  
supply cassette is empty. In this situation, the paper cannot be reversed into  
the roll supply area since the trail edge of the paper has moved into the shoe.  
The remaining paper is then moved forward into the sheet transport area with  
the lead edge of the paper just beyond the knife. To remove the paper, grasp  
its lead edge and pull it out of the shoe.  
NOTE: If necessary, gently push the deflector down and use the shoe exit roller  
knob to advance the paper into the chad area.  
deflector  
paper  
shoe exit roller knob  
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System Operating Procedures  
Removing the Chad  
Chad is wasted paper that is cut from the lead edge of the paper roll by the knife.  
It is deposited in the chad area of the printer.  
chad area  
sheet transport  
door  
chad  
This waste is usually necessary to remove fogged paper (paper that has been  
exposed to light). The waste may also be necessary to ensure a straight lead  
edge on the roll of paper and accurate positioning of the lead edge in the shoe.  
Chad is cut from the roll when:  
new paper is installed in the printer  
the printer is reinitialized after one of the printer doors has been opened  
the printer is reinitialized to ensure a square lead edge on the paper roll  
IMPORTANT: Open the sheet transport door and remove the chad from the chad  
area every time you load a new roll of paper into the printer.  
Handling and Storing the Paper  
Follow the instructions included with the paper for storing and handling the paper  
properly.  
IMPORTANT: Avoid storing paper in low humidity conditions.  
Storing Paper Using the Soft Shutdown Feature  
The Soft Shutdown feature (see “Shutting Down the Printer” on page 2-11) causes  
the rollers to automatically reverse to rewind the lead edge of the paper to the first  
metering roller during the soft shutdown process.  
3-14  
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System Operating Procedures  
Accessing the Printer Features  
Shutdown and Restart  
Shutdown  
1. Select “Shutdown” from the main menu on the OCP.  
2. Select “Shutdown NOW?”  
This causes the printer to shut down operations and enter the standby mode.  
Restart  
1. Select “Restart” from the main menu on the OCP.  
2. Select “Restart NOW?”  
This causes the printer to immediately shutdown operations and reboot.  
IMPORTANT:This shutdown is not a soft shutdown and does not save the  
parameter settings that have been made since the previous  
startup. Also, using this feature may cause a black line on the  
paper in the shoe.  
Unload Supply  
1. Select “Unload Supply” from the main menu.  
2. Select “Unload Supply NOW?”  
The printer enters its unload paper sequence. When the unload paper  
sequence is complete, the OCP returns to the main menu.  
3. Select “Exit” to return to the OCP display. You are prompted to load another  
roll of paper into the printer.  
Selecting SCSI Ports  
1. Select “Setup” from the main menu on the OCP.  
2. Select “Ports”.  
3. Select “SCSI”.  
4. Select “SCSI Target ID”.  
5. Use the Up and Down Arrows to select a new SCSI ID. The allowable SCSI  
IDs are 0, 1, 2, 3, 4, 5, 6, 7.  
6. Press Select to select/set the new value.  
7. Select “Exit” to return to the previous menu on the OCP.  
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System Operating Procedures  
Selecting the Target Pad Read Options  
1. Select “Setup” from the main menu on the OCP.  
2. Select “Ports”.  
3. Select “SCSI”.  
4. Select Target Pad Reads”.  
5. Use the Up and Down Arrows to select “Yes” or “No” to indicate whether or  
not the SCSI device driver will pad initiator read requests with zeros to the  
requested length or terminate the SCSI read transaction when it has sent only  
the data it has to send.  
6. Press Select to select/set the new value.  
7. Select “Exit” to return to the previous menu on the OCP.  
Managing a Modem  
Resetting the Modem Port  
1. Select “Setup” from the main menu on the OCP.  
2. Select “Ports”.  
3. Select “Modem (Diag)”.  
4. Select “Reset Port”.  
5. Select “Reset Modem Port Now”.  
NOTE: This causes the modem port to be set to its original factory setting.  
6. Select “Exit” to return to the previous menu on the OCP.  
Checking for a Modem  
NOTE: This causes the printer to query the modem port for the presence of a  
modem.  
1. Select “Setup” from the main menu on the OCP.  
2. Select “Ports”.  
3. Select “Modem (Diag)”.  
4. Select “Check Presence”.  
5. Select “Check Modem Presence Now”.  
6. Select “Exit” to return to the previous menu on the OCP.  
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System Operating Procedures  
Setting the Printer Time and Date  
Setting the Current Time  
1. Select “Setup” from the main menu on the OCP.  
2. Select “Time”.  
3. Select “Current Time”.  
4. Use the Up and Down Arrows to select a new time.  
5. Press Select to save the new value.  
6. Select “Exit” to return to the previous menu on the OCP.  
Setting the Current Date  
1. Select “Setup” from the main menu on the OCP.  
2. Select “Time”.  
3. Select “Current Date”.  
4. Use the Up and Down Arrows to select a new date.  
5. Press Select to save the new value.  
6. Select “Exit” to return to the previous menu on the OCP.  
Setting the Current Day  
1. Select “Setup” from the main menu on the OCP.  
2. Select “Time”.  
3. Select “Day”.  
4. Use the Up and Down Arrows to select a new day.  
5. Press Select to save the new value.  
6. Select “Exit” to return to the previous menu on the OCP.  
Setting the Paper Length  
The value displayed is the length of paper (in feet) that remains on the supply roll.  
This number should be edited when a new or partially used paper roll is installed  
in the printer. You receive a prompt to enter this number when a new roll is being  
loaded into the printer. The range for paper is 0 to 999.  
1. Select “Setup” from the main menu on the OCP.  
2. Select “Paper”.  
3. Select “Current Length”.  
4. Use the Up and Down Arrows to select a new length for the paper.  
5. Press Select to select/set the new value.  
6. Select “Exit” to return to the previous menu on the OCP.  
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System Operating Procedures  
Selecting the Slug Width for the Paper  
You can determine the width of the lead and trail edge borders on the prints by  
selecting the slug width. The slug width is the total width of the lead and trail edge  
borders (white space) of the paper that remains between the sheets of paper.  
1. Select “Setup” from the main menu on the OCP.  
2. Select “Printer”.  
3. Select “Slug Width”.  
4. Use the Up and Down Arrows to select a new slug width.  
The slug width range is 0 to 250 pixels (0 to 1 inch).  
5. Press Select to select/set the new value.  
6. Select “Exit” to return to the previous menu on the OCP.  
IMPORTANT:The lead and trail edge cannot be borderless. The slug width  
should be at least 32 pixels (0.125 inches).  
Example: image size=20 inches, slug width=0.25 inches (total for lead/trail edge)  
0.125 inches  
0.125 inches  
Example: image size=four 8 inch images printed during one print cycle  
___________  
represents the cut edge  
_ _ _ _ _ _ _ _ _ _  
represents the image boundary  
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System Operating Procedures  
Setting the Page Starts Value  
The value for “page starts” indicates the number of pixels between the back wall  
of the printer and the edge of the image. For example, when the printer begins to  
print, it moves the print head to the back wall of the printer and then advances it  
toward the front of the printer by the number of pixels specified in the “page starts”  
parameter (value).  
The “page starts” value is set so that the image edge closest to the back of the  
printer will print off the paper and will then be borderless on the back edge of the  
print.  
NOTE: If the image size is wider than the paper, the front edge of the image will  
also be borderless.  
1. Select “Setup” from the main menu on the OCP.  
2. Select “Printer”.  
3. Select “Page Starts”.  
4. Select the page start you wish to modify.  
5. Use the Up and Down Arrows to select a new page start value.  
6. Press Select to select the new value.  
7. Select “Exit” to return to the previous menu on the OCP.  
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System Operating Procedures  
Producing Borderless Prints  
To achieve borderless prints on both the front and back edges of the paper, you  
must set the Page Starts value to adjust the location of the image so that both  
edges of the image print off the paper.  
NOTE: The image width should be at least 76 pixels wider than the width of the  
paper to ensure a borderless print.  
Paper Size  
Image Width in Pixels  
10 inch  
11 inch  
12 inch  
20 inch  
A4  
2576  
2826  
3076  
5076  
3000  
outline of the paper  
outline of the image  
page start  
back edge  
front edge  
If white borders are present on either the front or back edge of the print:  
1. Measure the white border at both the lead (distance A) and the trail edge  
(distance B) and determine its average width.  
2. Convert the average width of the white border to a pixel value. To do this,  
multiply the width by 250 and add 76.  
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System Operating Procedures  
3. Adjust the page starts value to the calculated pixel value. If the white border is  
on the:  
back edge: reduce the page start value by the pixel value  
front edge: increase the page start value by the pixel value  
distance A  
cut edge  
distance B  
cut edge  
IMPORTANT:The page start value for each paper width is different.  
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System Operating Procedures  
Accessing the Software Version Number  
To view the software version of the FEE, PEC and OPC circuit boards:  
1. Select “Setup” from the main menu on the OCP.  
2. Select “Printer.”  
3. Select “More.”  
4. Select “Version” to view the version number for the FEE, PEC and OPC  
circuit boards.  
5. Select “Exit” to return to the previous menu on the OCP.  
Setting the Copyright Detection Feature  
The Copyright Detection feature is designed to protect the copyrighted images of  
professional photographers. This feature is applied to prevent images from being  
duplicated.  
1. Select “Setup” from the main menu on the OCP.  
2. Select “Printer.”  
3. Select “Copyright Detection.”  
4. Use the Up and Down Arrows to select “Always On”, “Always Off” or “Host  
Select.”  
Host Select  
Always On  
Always Off  
Copyright Detection  
can be enabled or  
disabled by the host on image that is  
Copyright Detection is  
enabled for every  
Copyright Detection is  
disabled for every  
image that is  
a print by print basis  
for each image that is  
downloaded to the  
printer.  
downloaded to the  
printer.  
downloaded to the  
printer.  
5. Press Select to select/set the setting for the new option.  
6. Select “Exit” to return to the previous menu on the OCP.  
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System Operating Procedures  
Resetting the Defaults  
Resetting the Parameters  
This procedure resets the parameters of the printer to the factory setup (default)  
values. To indicate that the values have been reset to the factory setup values, the  
word “done” is displayed in parenthesis after “Reset Parameters To Factory” on  
the menu.  
NOTE: Diagnostic parameters are not reset by this action.  
1. Select “Setup” from the main menu on the OCP.  
2. Select “Defaults”.  
3. Select “Reset Parameters to Factory”.  
4. Select “Exit” to return to the previous menu on the OCP.  
Resetting the Printing LUTs  
This procedure resets the Printing LUTs stored in nvram to the factory setup  
(default) values. To indicate that the values have been reset to the factory setup  
values, the word “done” is displayed in parenthesis after “Reset Printing LUTs To  
Factory” on the menu.  
1. Select “Setup” from the main menu on the OCP.  
2. Select “Defaults”.  
3. Select “Reset Printing LUTs to Factory”.  
4. Select “Exit” to return to the previous menu on the OCP.  
Resetting the Copyright Detection LUTs  
This procedure resets the Copyright Detection LUTs stored in nvram to the factory  
setup (default) values. To indicate that the values have been reset to the factory  
setup values, the word “done” is displayed in parenthesis after “Reset Copyright  
LUTs To Factory” on the menu.  
1. Select “Setup” from the main menu on the OCP.  
2. Select “Defaults”.  
3. Select “Reset Copyright LUTs to Factory”.  
4. Select “Exit” to return to the previous menu on the OCP.  
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System Operating Procedures  
Changing the Units of Measurement for Paper Sizes  
1. Select “Setup” from the main menu on the OCP.  
2. Select “Printer”.  
3. Select “More”.  
4. Select “Units”.  
5. Select “Units” again.  
6. Use the Up and Down Arrows to select either “English” or “Metric”.  
7. Press Select to select/set the new value.  
IMPORTANT:Select “Exit” to return to the previous menu on the OCP.  
About Printing  
A print job is not printed until it is completely downloaded to the printer.  
Print jobs are printed in the order they are received.  
If multiple copies of a print job are requested, they are positioned next to each  
other down the length of the roll, regardless of the width of the image.  
It takes the same amount of time to print (expose the paper) a length of 6.5  
inches as it does to print 33 inches.  
Image Size  
The minimum image length is 6.5 inches (1625 pixels). White space is  
automatically added to images smaller than 6.5 inches to increase the image size  
to this minimum.  
The minimum sheet length is 8 inches. A sheet that is cut for an image less than  
this size will have white space added to it to increase it to this minimum length.  
The maximum image length is approximately 33 inches (8248 pixels).  
Buffered and Unbuffered Jobs (or Immediate and  
Deferred)  
Jobs can be stored in memory when downloaded from the host until enough jobs  
are downloaded to maximize the printing that occurs during the print cycle.  
Most host applications have an option to indicate whether to print the job as soon  
as it completes downloading to the printer or to wait until the printer has a full  
buffer to print.  
If the print job is sent to the printer with the Unbuffered/Immediate option, the job  
will be printed as soon as it completes downloading to the printer. Regardless of  
the number of (or size of) the jobs in the printer waiting to print, jobs sent with this  
option are printed separately.  
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System Operating Procedures  
If the print job is sent to the printer with the Buffered/Deferred option, this indicates  
to the printer to wait until it has a full buffer before printing. A full buffer is 26.5 to  
33 inches. A print job sent with this option is printed when:  
the buffer is full  
the next print job received will not fit within the full buffer length  
the next print job received is requested to be printed unbuffered/immediate  
(the job received this way is printed by itself)  
the buffer is forced to be printed (see “Printing Deferred or Buffered Jobs” on  
the next page)  
the buffer is full and the next print job has started downloading to the printer  
NOTE: If your host application needs to wait until a print job has been completely  
downloaded to the printer before it can begin processing the next print job,  
this option should not be used with larger width paper. It will slow down the  
productivity of your system.  
Printing Deferred or Buffered Jobs  
“Pages Deferred” displays on the OCP and a number other than zero displays in  
the Pages Waiting field when one or more jobs are waiting to be printed.  
1. Press On/Off Line to take the printer offline.  
2. Press Menu.  
3. Press Start to print the jobs.  
Host Software Functions Supported by the Printer  
The printer supports bar coding and pixel doubling, which may be available  
through your host software. Check the documentation for your host software to  
see if these functions are available and how to use them.  
Bar Coding  
The bar coding function can be used for order tracking, package cutting (for  
example: Type 208), etc.  
Pixel Doubling  
The pixel doubling function can be used to double the size of an image.  
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System Operating Procedures  
Operating the Processor  
Operator Control Panel  
The operator control panel (OCP) for the processor allows you to view and  
control:  
chemical and dryer temperatures  
development time  
chemical replenishment rate  
current day and time  
automatic startup and shutdown times  
equipment status checks  
error messages  
LCD display  
current mode  
current  
feature  
Set key  
information  
- - - SET - - -  
MON OFF 15:00  
SET  
LED indicator  
lights  
Up and  
Down  
Arrows  
blue function keys  
Reset keys  
The keypad on the OCP is covered with a plastic overlay and can be easily wiped  
clean using a damp cloth. The display is a two-line liquid crystal display (LCD).  
The top line indicates whether the processor is in the View, Set, Calibrate or Min  
Max mode. The bottom line indicates the current feature information, menu  
selections, etc. and is called the working line.  
View Mode  
The View mode is the normal screen mode. In this mode current processing  
conditions, device settings and messages from the processor can be viewed.  
Set Mode  
The Set mode is used to change the operation settings of the processor.  
Calibrate Mode  
The Calibrate mode is used to calibrate devices and ensure that the processor is  
accurately tracking and displaying equipment conditions.  
Min Max Mode  
The Min Max mode is used to view the minimum and maximum readings for the  
device that is current.  
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System Operating Procedures  
OCP Key/Light Descriptions  
Key /LED  
Indicator Light  
Key/Light  
Description/Function  
Set Key  
Pressing Set causes the screen to change from View mode to either  
Set mode, Calibrate mode, or Min Max mode. In Set mode, a device  
can be set to “ON”, “OFF” or “AUTO” or a new operating parameter  
can be entered. In Calibrate mode, an adjustment offset for the  
device can be entered. In Min Max mode, the maximum and  
minimum readings for the device can be viewed or reset.  
SET  
Up Arrow  
The Up Arrow has two functions depending on the keyboard mode.  
In View mode, this key is used to scroll the viewing screen that  
displays additional devices or information. In Set or Calibrate  
modes, this key increases the displayed value.  
Down Arrow  
The Down Arrow has three functions depending on the keyboard  
mode. In View mode, this key is used to scroll the viewing screen to  
display additional devices or information. In Set or Calibrate modes,  
this key decreases the displayed value. In Min Max mode, this key  
resets the values to the current measured temperature.  
On/Off Key and Pressing On/Off turns the processor on and off. The light above  
On/Off Light  
On/Off illuminates continuously when the processor is ready. If the  
chemistries are not all at their set temperature when the processor  
is on, the light blinks on and off. When the processor is off, the light  
is not illuminated.  
Time Key and  
Time Light  
Pressing Time accesses the Time screen. The light above the key  
illuminates when the Time screen is active.  
Temperature  
Key and  
Pressing Temperature accesses the Temperature control screen.  
The light above the key illuminates when the screen is active.  
Temperature  
Light  
Replenishment Pressing Replenishment accesses the Chemical Replenishment  
Key and and Wash Control screen. The light above the key illuminates when  
Replenishment the screen is active.  
Light  
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System Operating Procedures  
Key /LED  
Key/Light  
Description/Function  
Indicator Light  
Drive Key and  
Drive Light  
Pressing Drive accesses the drive motor control system. The light  
above the key illuminates when the Drive key is active.  
Material Key and The Material key is used to access the Material Transport screen.  
Material Light  
The Material key can also be used to view the processor setup  
parameters, select the control strip screen, and start the control strip  
procedure (see “Processing a Control Strip” on page 3-32). The light  
above the Material key illuminates when the Material Transport  
screen is active. If paper is present at the feed table, the LCD  
display on the OCP indicates the size of the paper currently at the  
entrance of the processor or at the exit. For example:  
NOTE: Moving dots illuminate under the size indicators to indicate  
that paper is moving through the processor.  
Reset Keys  
The Reset keys are the two embossed unmarked keys below the  
Power and Material keys. Pressing both Reset keys simultaneously  
puts the processor in Reset mode.  
Status Messages  
Status messages display on the LCD display of the operator control panel to  
indicate the status or current state of the processor.  
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System Operating Procedures  
OCP On/Off Light  
The on/off light switch for the OCP illuminates or deilluminates the entire OCP.  
on/off light switch  
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System Operating Procedures  
Operational Modes  
There are three operational modes for the processor:  
Operator  
Key Operator  
Service  
To access the features of the processor, it must be in the correct operational  
mode. The table below will help you determine the correct operational mode for  
each feature.  
Key  
Operator  
Mode  
Operator  
Mode  
Service  
Mode  
Feature  
Dryer Temperature  
Yes  
Yes  
Yes  
Yes  
Yes  
Yes  
Yes  
Yes  
Yes  
Yes  
Yes  
Yes  
Yes  
Yes  
Yes  
Yes  
Yes  
Yes  
Yes  
Yes  
Yes  
Yes  
Yes  
Yes  
Yes  
Yes  
Yes  
Yes  
Yes  
Material Mode (A or B)  
Clear Jam or Stopped  
Control Strip  
Current Time/Day Clock  
Development Time  
Chemical Temperatures  
Replenishment Rates  
Seven Day Timer On/Off Times  
Manual Override of Devices  
Calibration Settings  
Calibration Cycles  
Display of Minimum and Maximum Readings  
Memory Dump  
Setup Menu  
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System Operating Procedures  
Adjusting the Key Switch Lock  
The key switch lock is behind the front panel on the side of the OCP.  
key switch lock  
The following key switch positions determine the operational mode and the  
available feature:  
Locked—Operator mode  
Unlocked—Key Operator mode  
Service—Service Technician mode  
Key and Key Switch lock  
(side view)  
Key Positions  
key switch  
lock  
key  
Operator Mode  
(locked)  
Key Operator Mode  
(unlocked)  
(key rotates left and right)  
Service Mode  
Position  
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System Operating Procedures  
Processing a Control Strip  
CAUTION: Loading the control strip feed box must be done in a darkroom in  
complete darkness.  
IMPORTANT: In the next step, make sure the emulsion side of the control strip is  
facing up.  
1. With the label on the control strip feed box facing up, feed one control strip  
into the box.  
2. Turn the knob on the control strip feed box counterclockwise until the strip is  
completely inside of the box.  
NOTES: If the control strip is fed too far into the box, it jams in the box.  
The control strip feed box holds only one control strip at a time  
The lead edge of the control strip will be fogged.  
3. Loosen the spring-loaded knob on the processor and pull it toward the  
processor’s OCP.  
4. Insert the control strip feed box into the bypass slot and release the spring  
loaded knob.  
5. Tighten the knob to lock the control strip feed box into place. Make sure the  
box is flush with the processor top cover.  
control  
strip feed  
box  
bypass  
slot  
spring  
loaded  
knob  
6. Press Material to select the Material screen.  
7. Press Down to select the control strip option.  
8. Press Set to access the Control Strip screen in Set mode.  
NOTE: If the processor is not at the proper temperature, a control strip cannot  
be run. The message “TEMP WAIT STRIP” appears until the chemistry  
reaches the proper temperature.  
9. Press Material to start the control strip procedure and cancel the Set mode.  
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System Operating Procedures  
10. Turn the knob on the control strip feed box clockwise with a steady slow  
motion until the processor pulls the control strip or the knob moves freely.  
11. After the control strip has been processed, loosen the spring loaded knob and  
pull it toward the processor’s OCP.  
12. Remove the control strip feed box from the bypass slot and release the knob.  
13. Push the spring loaded knob toward the printer until the slot is completely  
covered and tighten the knob.  
NOTE: The processor will operate for two complete dry-to-dry cycles to allow  
adequate time for the control strip to load. Replenishment is calculated  
for 42 square inches of material.  
Viewing/Setting the Processor Time and Date  
Viewing the Current Time Setting  
1. Press Time on the OCP to access the Time screen.  
NOTE: All times have been entered using a 24-hour clock notation. For  
example, 3:12 a.m. is entered and displayed as “3:12”; 3:12 p.m. is  
entered and displayed as “15:12”.  
2. Press a different blue function key to return to View mode.  
Setting the Current Time  
1. Press Time.  
2. Press Set to enter the Time Set mode. Change the time of day by using the  
Up and Down Arrows.  
NOTE: The timing selections increase ordecrease in increments of one minute  
each for the first 10 minutes in either direction. Thereafter the timing  
selections increase (or decrease) in 10 minute increments.  
3. Press Set twice or press a different blue function key to return to View mode.  
Setting the Current Date  
1. Press the blue Time key on the OCP.  
2. Press Set twice to enter the Day Set mode. Change the day by using the Up  
and Down Arrows.  
3. Press Set once or press a different blue function key to return to View mode.  
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System Operating Procedures  
Viewing/Setting the Seven-Day Timer  
The seven-day timer allows the processor to turn itself on and off automatically  
throughout the week. If the processor is off and the day and time are the same as  
an activate time setting, the processor automatically turns on. If the processor is  
on and the current day and time match an off time setting, the processor turns off.  
If a time is replaced with “not set”, that on/off time is ignored for that day.  
The processor does not automatically turn on if the exit end circuit breaker has  
been used to turn the processor off.  
Viewing the On/Off Times  
1. Press Time on the OCP to access the Time screen.  
2. Use the Up Arrow to select the seven-day timer.  
3. Use either the Up or Down Arrow to select the desired day and its on or off  
time.  
Setting the On/Off Times  
1. Press Time on the OCP.  
2. Press Set to put the Time screen in Set mode. Use the Up and Down Arrows  
to change the on or off time. Press On/Off to toggle between an active or “not  
set” mode.  
3. Press a different blue function key to return to View mode.  
Viewing the Software Identification  
1. Press Time on the OCP to access the Time screen.  
2. Press the Down Arrow to select the software identification screen.  
3. Press Set once or press a different blue function key to return to View mode.  
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System Operating Procedures  
Viewing/Setting the Temperatures  
Viewing the Temperature Settings  
1. Press Temperature on the OCP to access the Temperature screen.  
2. Press the Up or Down Arrow to select the desired heater.  
Setting the Temperature  
1. View the temperature settings and select the desired heater.  
2. Press Set.  
3. Use the Up or Down Arrow to change the operating temperature.  
4. Press Set to enter the Calibrate mode.  
5. Press Set three times or press a different blue function key to return to View  
mode.  
NOTE: Press Temperature to toggle the heater between Manual Off and  
Automatic mode.  
Calibrating the Temperatures  
IMPORTANT: Before calibrating a temperature sensor, make sure the  
temperature has stabilized. The temperature near the probe is not  
necessarily the same as the average temperature of the tank or  
dryer.  
1. View the temperature settings and select the heater.  
2. Press Set twice to put the Temperature screen in Calibrate mode.  
3. Use the Up or Down Arrows to enter an offset. Changing the offset causes  
the displayed temperature to change. Adjust the offset until the displayed  
temperature matches the actual temperature, as measured in the tank.  
NOTE: Record and save the calibration value so it can be re-entered if the  
memory is cleared.  
4. Press Set twice or press a different blue function key to return to View mode.  
Resetting the Min Max Temperatures  
1. View the temperature settings and select the desired heater.  
2. Press Set three times to enter the Min Max mode.  
3. Press the Down Arrow to reset the values for the minimum and maximum  
temperatures.  
4. Press Set once or press a different blue function key to return to the View  
mode.  
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System Operating Procedures  
Viewing/Setting Replenishment Settings  
Viewing the Replenishment Rate  
1. Press Replenishment to access the Replenishment screen.  
2. Press the Up or Down Arrow to select the desired replenishment pump or the  
wash/stabilizer tanks.  
Setting the Chemical Replenishment Rate  
1. Select the desired replenishment pump.  
2. Press Set to access the Set mode.  
3. Use the Up or Down Arrow to change the replenishment needed for each  
square foot of paper processed.  
4. Press Set twice or press a different blue function key to return to View mode.  
NOTE: Press Replenishment to toggle the pump to Manual on, Manual off or  
Per-Square-Foot mode.  
Setting the Wash Replenishment Rate  
1. Select the desired wash/stabilizer tank.  
2. Press Set to access the Set mode.  
3. If the wash is in per-square-foot mode, use the Up or Down Arrow to change  
the amount of wash solution needed for each square foot of paper processed.  
NOTE: In Automatic mode, the wash solution is on whenever material is in the  
processor.  
4. Press a different blue function key to return to View mode.  
NOTE: Press Replenishment to toggle the pump to Manual on, Manual off,  
Per-Square-Foot, or Automatic mode.  
Calibrating the Replenishment Flow Rate  
NOTE: Turn the key switch to the service position before you calibrate the  
replenishment flow rate.  
IMPORTANT: Before calibrating a flow rate, position the desired replenishment  
tube into a beaker to catch the pump’s output or the wash tank’s  
overflow. Make sure the beaker is large enough to catch the output  
of the pump for at least 10 replenishment bursts of one second  
duration. The pump may make more than one revolution during a  
single burst period.  
Measuring the Flow Rate  
1. Select the desired replenishment pump.  
2. Press Set twice to access the Replenishment screen in the Calibrate mode.  
3. Press Replenishment to initiate a 10-second auto calibrate cycle for the  
selected pump. After the cycle has completed, measure the output and divide  
it by ten. This is the actual flow rate.  
3-36  
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System Operating Procedures  
Entering the Flow Rate  
1. Measure the flow rate. See “Measuring the Flow Rate” above.  
2. Press Set twice to enter the Calibrate mode.  
3. Use the Up or Down Arrow to enter the measured flow rate.  
4. Record and save the calibration values so they can be reentered if the  
memory is cleared.  
5. Press Set once or press a different blue function key to return the screen to  
View mode.  
Managing the Development Time  
IMPORTANT: To prevent paper jams or image artifacts, operate the processor  
development time within the recommended RA4 specification—  
45 seconds.  
Viewing the Development Time  
Press Drive to access the Drive Motor screen.  
NOTE: If the drive is running, the current development time appears on the bottom  
line. It is displayed in minutes and seconds. If not, the screen shows a  
development time of “zero-00:00.”  
Setting the Development Time  
1. Select the Drive Motor screen.  
2. Press Set to access the Drive screen in Set mode.  
3. Use the Up or Down Arrow to change the set development time.  
4. Press Set three times or press a different blue function key to return the  
screen to View mode.  
NOTE: Press Drive to toggle the drive motor between Manual on, Manual  
off or Automatic mode.  
Calibrating the Development Time  
1. Run a cleanout sheet through the processor and use a stopwatch to  
determine the actual time taken from entering the developer tank to entering  
the bleach tank. If necessary, calibrate the processor.  
2. Select the Drive screen.  
3. Press Set twice to access the drive screen in the Calibrate mode.  
4. Use the Up or Down Arrow to change the offset. As the offset changes, the  
displayed development time changes. Increase and decrease the offset until  
the displayed time matches the actual time. If necessary, choose an average  
value for the offset.  
5. Record and save the calibration value.  
6. Press Set twice or press a different blue function key to return to View mode.  
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System Operating Procedures  
Displaying the Min Max Development Time  
NOTE: The fastest and slowest development times, as recorded from the last time  
the screen was reset, can be seen from this screen.  
1. Select the Drive screen.  
2. Press Set three times to access the Drive screen in Calibrate mode.  
3. Press the Down Arrow to reset the Min Max values.  
4. Press Set twice or a different blue function key to return to View mode.  
Managing the Material Sensors  
Material sensors are represented on the Material screen by solid or hollow circles.  
There are four sensors at the feed end of the processor and one sensor at the exit  
end of the processor. If a sensor detects material, its corresponding circle on the  
material screen becomes solid. If no material is detected, the circle on the  
material screen remains hollow. If there is material in the processor, shifting dots  
are displayed at the bottom of the material screen, next to the circles that  
represent the feed end sensors.  
Viewing the Material  
Press Material to access the Material screen.  
Viewing the Processor Setup  
1. Press Material to select the Material screen.  
2. Press the Up Arrow to select the Processor Setup screen.  
NOTE: The processor is currently operating using the development time,  
replenishment rate and dryer setting for setup A, KODAK Digital.  
Selecting the Processor Setup  
1. Press Material to select the Material screen.  
2. Press the Up Arrow to select the Processor Setup screen.  
3. Press Set to access the Setup screen in the Set mode.  
4. Use the Up or Down Arrow to change the operating setup.  
NOTE: Changing the setup resets the development time, replenishment rates  
and dryer setting to the values in the selected setup. The calibrations  
are not affected.  
5. Press Set or a blue function key to cancel the Set mode.  
3-38  
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System Operating Procedures  
Controlling the Processor Drive  
Turning the Drive On  
1. Press Drive.  
2. Press Set.  
3. Press Drive.  
The drive is on.  
Returning the Drive to Normal Operation  
1. Press Drive.  
2. Press Set.  
3. Press Drive twice.  
The speed value is displayed.  
Computer Reset  
Resetting the Processor  
NOTE: Before resetting the processor, make sure you record the current settings.  
You may need to reenter them.  
1. Press both Reset keys simultaneously.  
2. Press any blue function key to clear the machine reset message.  
Loading the Defaults and Changing the Configuration  
This procedure allows you to:  
change the settings for the processor to metric values  
change the tolerance specifications for temperature and development time  
return all setting to their default values  
IMPORTANT: Before loading defaults and change the processor configuration:  
• Record all processor settings and calibrations.  
• Turn the key switch to the service position.  
Press and hold Set and both Reset keys. Release the Reset keys and then  
release the Set key.  
NOTE: The light above the left Reset key illuminates when both keys are pressed.  
To save any changes and return to normal operation, reset the processor by  
pressing both Reset keys simultaneously. Do not press Set.  
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System Operating Procedures  
Loading the Default Values  
IMPORTANT: Record all processor settings before using this procedure.  
Reloading the defaults causes the processor to be configured as  
washless. The following settings and their calibrations return to  
their original values.  
• development time  
• temperature settings  
• replenishment rates  
Press both Reset keys to save any changes to default settings and to return to  
normal operation.  
Changing the Wash/Stabilizer Setup  
IMPORTANT: Record all setpoint and calibration data prior to using this  
procedure.  
1. Press and hold Set and both Reset keys. Release the Reset keys and then  
release Set.  
NOTE: The light above the left Reset keys illuminates.  
2. Use the Up or Down Arrow to select the wash-stabilizer.  
3. Press Set to access the screen in Set mode.  
4. Use the Up or Down Arrow to change the operating setup.  
5. Press Set to exit the Set mode.  
6. To save the values, press both Reset keys simultaneously. Do not press Set.  
NOTE: To make other changes, select the desired screen and enter new  
values.  
Changing the Metric/Fahrenheit Mode  
IMPORTANT: Record all setpoint and calibration data for the processor prior to  
using this procedure.  
1. Press and hold Set and both Reset keys. Release the Reset keys and then  
release Set.  
2. Use the Up or Down Arrow to toggle to “Metricon”.  
3. Press and hold the two black Reset keys.  
4. When the processor begins to make a “beeping” sound, press the blue key.  
The “beeping” sound will stop.  
5. Press Set to reenter all setpoint and calibration data into the processor.  
NOTE: Check that the temperature calibration is correct.  
3-40  
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System Operating Procedures  
Setting the Development Time Tolerance  
A “DRIVE ERROR” message appears on the OCP when the development time is  
slower or faster than the set speed by more than its set tolerance. The information  
in this procedure enables you to change the tolerance.  
1. Use the Up or Down Arrow to select the desired setup (A or B) and the  
tolerance screen.  
2. Press Set to access the screen in Set mode.  
3. Use the Up or Down Arrow to adjust the acceptable tolerance range. The  
adjustments are in one second increments.  
4. Press Set to cancel the Set mode.  
5. To save any changes and return to normal operation, press both Reset keys  
simultaneously.  
NOTE: To make other changes, select the desired screen and enter new  
values.  
Setting the Chemical Temperature Tolerance  
This must be done by a qualified Kodak service person.  
Clearing Error Conditions  
Refer to the following procedures to clear error conditions:  
“Clearing Drive Errors” on page 5-18  
“Clearing Processor Paper Jams” on page 5-18  
“Clearing a Reset Message” on page 5-17  
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4 Maintaining the Equipment  
This chapter includes information you will need to maintain the KODAK  
PROFESSIONAL RP 50 LED Printer and Processor. The topics are as follows:  
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Maintaining the Equipment  
Maintaining the Printer  
Daily Maintenance  
Removing the Chad  
Chad is the waste (fogged paper) that is cut from the lead edge of the paper roll by  
the knife and deposited in the chad area of the printer.  
Open the sheet transport door and remove the chad from the chad area several  
times each day to prevent paper jams and ensure the proper movement of paper  
from the printer to the processor. Also, check the knife and remove any small  
strips of chad.  
IMPORTANT: The chad should also be removed from the chad area every time a  
new roll of paper is loaded into the printer.  
chad area  
sheet transport  
door  
chad  
Calibrating the Printer  
Calibrate the printer after every 8 to 10 hours of operation or when you change  
paper emulsions.  
NOTE: If the environmental temperature changes more than 5o Fahrenheit  
(3o Celsius) since the printer was last calibrated, a calibration will be  
necessary to maintain the image quality of the prints.  
Follow the instructions for calibrating the printer. See “Calibrating the Printer” on  
page 2-3.  
4-2  
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Maintaining the Equipment  
Periodic Maintenance  
Replacing the Air Filter  
The air filter under the shoe should be replaced approximately every 3 months.  
1. Open the front door of the printer.  
2. Pull back the spring fingers.  
3. Remove the air filter.  
4. Install a new air filter. For parts ordering information, see  
“Supplies” on page A-1.  
shoe  
front door  
spring finger  
air filter  
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Maintaining the Equipment  
Maintaining the Processor  
Daily Maintenance  
Chemistry Levels  
Check that the chemistry in the each of the processor tanks is up to the top of the  
overflow pipe.  
NOTE: If necessary, add warm water to the processor tanks to bring the fluid level  
in the tank to the proper level.  
chemistry  
overflow  
pipe  
Replenishment and Effluent Chemical Levels  
Before each run, check that the replenishment chemicals for the processor are at  
a sufficient level to complete the run. Also, check the levels of the effluent (waste)  
chemicals in the effluent bottles. If necessary, dispose of the effluent chemicals.  
replenishment  
and effluent  
chemical bottles  
4-4  
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Maintaining the Equipment  
CAUTION: To avoid having chemicals overflow from the effluent bottles, be  
sure that the volume of chemicals in the replenishment bottles  
does not exceed the remaining capacity of the effluent bottles.  
Cleaning the Crossover Assemblies  
Clean the crossover assemblies in the processor with a soft cloth to remove any  
chemical residue on them. Install the splash guard see “Preventing Algae (for  
Wash Configuration)” on page 4-8. Rinse the gears and socks with warm water  
from a squirt bottle to dissolve deposits.  
Operate the drive for the processor for at least 30 minutes before making prints or  
running a control strip. This will ensure that the socks are thoroughly soaked with  
chemistry.  
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Maintaining the Equipment  
Operational Checks  
Check that the crossover assemblies and transport assemblies in the processor  
are installed correctly and operating smoothly.  
After performing all daily maintenance and before you begin to print jobs, run a  
control strip to ensure that the processor is calibrated. See “Processing a Control  
Strip” on page 3-32.  
Testing  
Before running the daily production jobs, run a control strip through the processor  
and plot a graph of the results to determine if the equipment is operating properly.  
See “Processing a Control Strip” on page 3-32.  
If mottle (roller sock images) appears on the prints:  
1. Check the levels of the chemicals in the processor tanks. If necessary, adjust  
the levels of the chemistry.  
2. Operate the processor drive for 30 minutes to allow the roller socks to  
become saturated with chemistry.  
4-6  
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Maintaining the Equipment  
Weekly Maintenance  
Checking the Tension of the Main Drive Chain  
WARNING: Turnoffthemainpowerfortheprocessorontheoperatorcontrol  
panel and at the circuit breaker to prevent injury from moving  
parts and high voltage electricity and to prevent losing the  
processor parameters.  
Check that the tension on the main drive chain and all of the drive chains in the  
transport assemblies of the processor is correct. If any drive chain has more than  
0.50 in. of movement in the up and down direction, adjust the chain tension or  
remove a link from the drive chain. To adjust the tension of the main drive chain,  
change the position of the idler roller.  
idler roller  
main drive  
chain  
Checking the Circulation  
Observe the circulation of the chemicals in the tanks to be sure that the chemical  
pumps are working properly. If the chemicals are not circulating, replace the wash  
and chemical filters. If necessary, call for service.  
chemicals  
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Maintaining the Equipment  
Preventing Algae (for Wash Configuration)  
Add hot water to the top rollers in the wash area of the processor to prevent algae  
from forming and causing chemical and transport problems.  
CAUTION: Install a splash guard over the entrance area of the processor to  
prevent water and chemicals from entering the printer.  
splash guard  
top rollers  
Cleaning the Crossover Assemblies and Transport Racks  
WARNING: Always use two people to lift the transport rack (one person at  
each end.)  
Remove the crossover assemblies and the transport racks and wash them in  
warm water. Be sure to wash the socks thoroughly using a soft bristle brush.  
CAUTION: To prevent installing the transport racks in the wrong tank,  
remove, wash, and replace each transport rack, one at a time.  
crossover assembly  
sock  
transport rack  
4-8  
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Maintaining the Equipment  
Cleaning the Feed Table and the Processor Entrance Sensors  
WARNING: Turn off the main power to the processor on the operator control  
panel and at the circuit breaker to prevent injury from moving  
parts and high voltage electricity and to prevent losing the  
processor parameters.  
1. Remove:  
top cover  
light tight cover  
developer entrance guide  
top cover  
light tight cover  
developer entrance guide  
feed table  
entrance sensors  
2. Clean the feed table and the processor entrance sensors with a clean damp  
cloth or sponge.  
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Maintaining the Equipment  
Replacing Chemical and Wash Filters  
Check the condition of the filters in the processor tanks. If necessary, replace  
the filters.  
NOTE: The filter for the developer is different than the filters for the other chemicals  
and forthe wash. It can be identified bya grayring on itsend. See “Supplies”  
on page A-1.  
chemical/  
wash  
filter  
Checking the Fittings for Leaks  
Check all fittings for leaks. If necessary, tighten the fitting. Use a screwdriver to  
tighten tube clamps.  
CAUTION: Do not use tools to tighten the compression fittings. Use your  
fingers to “finger tighten” these fittings.  
4-10  
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Maintaining the Equipment  
Monthly Maintenance  
Main Drive Chain  
WARNING: Turn off the main power to the processor on the operator control  
panel and at the circuit breaker to prevent injury from moving  
parts and high voltage electricity and to prevent losing the  
processor parameters.  
Grease the main drive chain in the processor with lithium grease.  
main drive  
chain  
Checking the Temperature of the Solutions  
After the warm-up period is complete, check that the temperatures of the solutions  
in the processor are correct. If necessary, calibrate the temperature settings for  
the solutions in the processor. See “Calibrating the Temperatures” on page 3-35.  
Checking and Adjusting the Speed of the Processor  
To determine if the processor is operating at the correct speed, run a cleanup  
sheet through the processor while checking the elapsed time. If needed, adjust  
the development time. See “Setting the Development Time Tolerance” on  
page 3-41.  
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Maintaining the Equipment  
Cleaning the Tank and Dryer Cover  
Clean the inside and outside of the tank and dryer cover with water and a soft  
cloth to prevent corrosion and chemical contamination.  
tank and dryer  
cover  
4-12  
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Maintaining the Equipment  
Periodic Maintenance  
Cleaning Chemical Residue Buildup  
The processor should be cleaned regularly to prevent corrosion and chemical  
residue buildup, media transport problems, and contamination of the processing  
baths.  
The frequency of cleaning depends upon the operating environment. We  
recommend that you include periodic cleaning in your workload schedule.  
Always use warm water and a soft cloth to clean all surfaces.  
Cleaning the Processor Tanks  
The processor tanks need to be cleaned only when the residue buildup becomes  
unacceptable to the operator and/or service personnel.  
To clean the processor tanks:  
1. Turn off the processor.  
2. Insert the drainage hose for the tank into an empty effluent bottle.  
3. Open the valve to drain the chemicals from the processor tanks.  
top cover  
valve  
drainage  
hose  
empty  
effluent  
bottle  
4. Remove the top cover from the processor.  
5. Rinse the processor tanks with water.  
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Maintaining the Equipment  
Adding New Chemistry  
The following information is a guideline for mixing new chemistry for chemical  
tanks in the processor.  
IMPORTANT: To avoid oxidation, do not use PRIME Developer or Bleach/Fix.  
Developer: (FRESH START EKTACOLOR RA Developer RT)  
1. Pour 8 litres of water in a 10 litre mixing bottle (bottle #1).  
2. Follow the mixing instructions for parts A, B and C provided with the  
developer. Add water until you reach the 10 litres mark.  
3. Transfer 2000 ml of the pre-mixed developer replenisher to the developer  
replenisher bottle (bottle #2).  
4. Add 125 ml of developer starter to the mixing bottle (bottle #1).  
5. Add water to the mixing bottle (bottle #1) until the mixture reaches the 10 litre  
mark.  
6. Add the mixture to the developer tank.  
7. Repeat steps 1 through 3. Use a separate bottle (bottle #3).  
8. Transfer 6 litres of developer from bottle #3 to bottle #2.  
9. Add 63 ml of developer starter to bottle #3.  
10. Add 937 ml of water to bottle #3 and then stir the mixture gently.  
11. Add the mixture to the developer tank.  
NOTE: If the developer in the tank reaches the top of the overflow pipe before you  
finish adding all of the developer starter, save the remainder of the  
developerstarter. Addtheremaining developerstartertothedevelopertank  
when the processor begins to operate. Air is purged from the circulation  
lines and the level of developer in the developer tank drops. Discard any  
remaining developer starter.  
Developer/Replenisher: (EKTACOLOR RA Developer/Replenisher RT)  
1. Pour 8 litres of water in a 10 litre mixing bottle.  
2. Follow the mixing instructions for parts A, B and C provided with the  
developer.  
3. Add water until you reach the 10 litres and then stir the mixture gently.  
Bleach Fix/Replenisher: (EKTACOLOR RA Bleach Fix/Replenisher)  
1. Pour 5 litres of water in a 10 litre mixing bottle.  
2. Follow the mixing instructions for parts A and B that are provided with the  
bleach fix.  
3. Add water to the mixing bottle until the mixture reaches the 10 litre mark and  
stir the mixture gently.  
4. Add the mixture to the bleach fix tank or to the replenisher.  
4-14  
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Maintaining the Equipment  
Stabilizer: (EKTACOLOR PRIME Stabilizer and Replenisher)  
1. Pour 9 litres of water in a 10 litre mixing bottle.  
2. Add stabilizer [10 litre mix) to the water in the mixing bottle.  
3. Add water to the mixing bottle until the mixture reaches the 10 litre mark and  
stir the mixture gently.  
4. Add the mixture to the stabilizer tank or to the replenisher.  
Replenisher Additives:  
1. Follow the instructions provided with the developer/replenisher additive.  
2. Follow the instructions provided with the bleach fix/replenisher additive.  
Recommended Processor Settings  
Normal Paper Utilization (Under 120 sq/ft per day)  
and  
Low Paper Utilization (Under 72 sq/ft per day)  
Tank/Dryer  
Developer  
Temperature  
Replenishment Rate  
37.200C  
(990F)  
25 ml per sq/ft  
35.000C  
(950F)  
Bleach/Fix  
Stabilizer  
Dryer  
20 ml per sq/ft  
90 ml per sq/ft  
NA  
35.000C  
(950F)  
40.550C  
(1050F)  
High Paper Utilization (Over 300 sq/ft per day)  
Tank/Dryer  
Developer  
Temperature  
Replenishment Rate  
37.200C  
(990F)  
23 ml per sq/ft  
35.000C  
(950F)  
Bleach/Fix  
Stabilizer  
Dryer  
20 ml per sq/ft  
90 ml per sq/ft  
NA  
35.000C  
(950F)  
40.550C  
(1050F)  
NOTE: A minimum of 72 sq/ft of paper must be processed each day for process  
control.  
October 2002  
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5 Diagnostics and Troubleshooting  
This chapter describes the error messages for the KODAK PROFESSIONAL  
RP 50 LED Printer and Processor and offers information for troubleshooting. The  
information in this chapter includes:  
Printer Error Messages ......................................................................................5-2  
Manual or Automatic Reinitialization ...........................................................5-2  
Printer Paper Path .......................................................................................5-3  
Printer Error Messages ...............................................................................5-4  
Miscellaneous Printer Error Messages .....................................................5-10  
Clearing Printer Paper Jams .....................................................................5-11  
Troubleshooting Observable Errors ..........................................................5-12  
Additional Troubleshooting Tips for the Printer .........................................5-15  
Processor Error Messages ..............................................................................5-16  
Clearing Error Messages ..........................................................................5-17  
Clearing a Reset Message ........................................................................5-17  
Clearing Processor Paper Jams ...............................................................5-18  
Clearing Drive Errors .................................................................................5-18  
Additional Troubleshooting Tips for the Processor ...................................5-19  
Calibration Troubleshooting .............................................................................5-19  
Calibration Graph ......................................................................................5-19  
Calibration Error Codes .............................................................................5-20  
Non-Numeric Error Messages ...................................................................5-26  
Getting Additional Help ....................................................................................5-27  
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Diagnostics and Troubleshooting  
Printer Error Messages  
The following messages appear on the printer’s OCP when an equipment  
problem occurs:  
Error Messages–indicate an error condition that needs to be corrected  
or resolved before you can resume operating the equipment.  
(For example: “OUT OF PAPER”, “SUPPLY DOOR OPEN”)  
Some error conditions may be easily corrected and some may require the  
attention of a high level operator or even a service person.  
Miscellaneous Error Messages–indicates a problem with the printer has  
occurred that may or may not require you to call your service person.  
More than one problem can occur at a time, however, only the message for the  
first error will appear.  
Manual or Automatic Reinitialization  
The printer will reinitialize when you correct the problem that caused the error  
code and press the Start key on the OCP within 30 seconds after closing the  
printer door(s).  
If you do not press the Start key within 30 seconds after closing the printer  
door(s), the error message will disappear and the printer will automatically  
reinitialize when you begin to print.  
The reinitialization process includes:  
Fogged Paper Cut—Fogged paper is cut from the lead edge of the paper roll  
if the printer door was opened to correct an error.  
Mechanical Self Check—A self-check of all mechanical systems in the  
printer occurs.  
Paper Check—A cut is made across the lead edge of the paper roll to ensure  
a clean straight cut. The paper is then repositioned in the shoe.  
5-2  
October 2002  
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Diagnostics and Troubleshooting  
Printer Paper Path  
The paper path through the printer is illustrated below. Use this information when  
troubleshooting the printer.  
WARNING: Do not touch the carriage. Use the translator knob to move the  
carriage.  
CAUTION: Do not use sharp objects on the shoe.  
Rotate the flop preventer knob to move the flop preventer out of  
the way before moving the carriage with the translator knob.  
shoe exit roller  
knife assembly  
translator knob  
metering roller  
flop preventer knob  
metering  
roller  
knob  
SOL  
(start of line)  
EOL  
(end of line)  
deflector  
shoe exit  
motor knob  
transport roller  
rotor  
carriage  
shoe  
shoe exit nip  
paper cassette  
October 2002  
5-3  
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Diagnostics and Troubleshooting  
Printer Error Messages  
If the error message continues to occur after implementing the possible solutions  
from the table below, call your service person.  
Error  
Code  
Error Message  
not initialized  
Possible Cause  
Possible Solution  
Reinitialize the printer.  
1
2
3
Attempting to perform a function  
before the printer has initialized.  
initializing err  
busy  
Attempting to perform a function  
during the initialization process.  
Wait for initialization to complete and  
try the function again.  
Attempting to perform a function  
while the printer is busy performing  
another function.  
Wait for the previous function to  
complete and try the function again.  
4
5
out of paper  
Paper cassette is empty and the  
paper path sensors do not detect  
paper.  
Load a full paper cassette into the  
printer.  
end of roll at supply  
paper already loaded  
Printer has run out of paper and the  
tail end of the paper has been  
rewound to the paper supply area.  
Remove the tail end of the paper at  
the supply door and load a full supply  
cassette into the printer.  
6
7
“Load Paper” was selected when  
paper was already loaded.  
Solution not required.  
Close the paper supply door.  
Close the front door.  
supply door open,  
please close  
The paper supply door was left  
open.  
8
front door open, please  
close  
The front door was left open.  
9
back door open, please  
close  
The back door was left open.  
Close the back door.  
11  
sheet detected in sheet  
xport  
• The processor is not ready to  
accept paper.  
• Check that the processor fully  
takes a sheet of paper and  
reinitialize the printer.  
• A paper jam has occurred.  
• The printer was reinitialized  
while paper was being fed into  
the processor.  
• Check for a paper jam in the sheet  
transport area.  
CAUTION: Always pull the  
sheet of paper out from the  
processor to avoid bringing  
chemicals into the printer.  
• If problem continues, call for  
service.  
12  
13  
14  
motor busy  
A low level motor move command  
was issued while the timer motor  
was in use.  
Wait for the motor move to complete  
or stop the motor and reissue the  
command.  
motor setup invalid  
bad printer state  
A low level motor move command  
was issued while the timer motor  
was in use.  
Wait for the motor move to complete  
or stop the motor and reissue the  
command.  
The printer cannot execute the  
requested command.  
Reinitialize the printer.  
5-4  
October 2002  
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Diagnostics and Troubleshooting  
Error  
Code  
Error Message  
timers busy  
Possible Cause  
Possible Solution  
15  
A low level motor move command  
was issued while the timer motor  
was in use.  
Wait for the motor move to complete  
or stop the motor and reissue the  
command.  
16  
17  
18  
20  
timer spurious interrupt  
code  
A spurious (false) timer interrupt  
has occurred.  
No solution required.  
No solution required.  
Call for service.  
command not  
implemented  
The function requested is not  
supported in this software release.  
unexpected OCP reply  
The 300 board sent an unexpected  
message to the 200 board.  
pec service mode  
The service switch for the 200  
board is on, enabling on-board  
LEDs that can cause fogging.  
Call for service.  
21  
22  
opc service mode  
The service switch for the 300  
board is on, enabling on-board  
LEDs that can cause fogging.  
Call for service.  
end of roll, remove  
paper at sht xprt  
The paper cassette is empty and  
tail of the paper has been fed into  
the sheet transport area.  
Pull the paper tail out of the sheet  
transport area near the knife.  
23  
24  
25  
in error state  
middle of load  
wait proc  
A previous error has not been  
cleared.  
Reinitialize the printer.  
Attempting to perform a function  
while paper is being loaded.  
Wait until paper loading is complete  
and perform the function again.  
Attempting to perform a function  
while the printer detects a problem  
with the processor.  
Turn on the processor. Wait for the  
processor to warm up and then  
reinitialize the printer.  
26  
27  
28  
xport back door open  
xport front door open  
unit does not fit  
The back sheet transport door was  
left open.  
Close the back sheet transport door.  
Close the front sheet transport door.  
Begin printing.  
The front sheet transport door was  
left open.  
The sum of all the unit setups since  
the last print start exceeds 33  
inches.  
29  
30  
sheet fogged in sheet  
xport  
A door was opened while sending a  
sheet from the printer to the  
processor.  
Reprint.  
unexpected knife  
neither limit  
Knife not detected at either end.  
Call for service.  
31  
64  
door opened briefly  
bad msg checksum  
The door was opened and closed.  
Reinitialize the printer.  
Call for service.  
A problem with a prom has  
occurred.  
October 2002  
5-5  
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Diagnostics and Troubleshooting  
Error  
Error Message  
Code  
Possible Cause  
Possible Solution  
65  
proc stopped taking  
sheet  
The paper did not disappear from  
the sheet transport area within the  
expected amount of time. An error  
may have occurred in the  
processor.  
• Clear a paper jam from sheet  
transport (chad) area. See  
• Wait a few minutes for the error  
condition to be corrected.  
• Reinitialize the printer and call for  
service.  
66  
67  
paper jam in shoe  
Jam detect sensor detected  
jammed paper at the shoe  
entrance.  
Remove jammed paper and reload  
the paper.  
rotor not up to speed  
An obstruction in the shoe area  
prevented the rotor from achieving  
the correct speed in the expected  
amount of time.  
Wait for at least 1 minute, then clear  
the obstruction in the shoe and  
confirm that all doors are closed.  
68  
xltr hard limit detected  
Either the front or back hard limit  
switch was actuated.  
• Move the translator off the front or  
back hard limit switch. Use the  
translator knob.  
• Call for service.  
69  
70  
unexpected xlator front  
limit  
The translator front limit switch was  
detected unexpectedly.  
Confirm that all doors are closed and  
reinitialize the printer.  
xlator front limit not  
detected  
The translator front limit switch was  
not detected after moving translator  
to the front of the printer.  
Confirm that all doors are closed and  
reinitialize the printer.  
71  
72  
unexpected xlator back  
limit  
The translator back limit switch was  
detected unexpectedly.  
Confirm that all doors are closed and  
reinitialize the printer.  
xlator back limit not  
detected  
The translator back limit switch was  
not detected after moving translator  
to the back of the printer.  
Confirm that all doors are closed and  
reinitialize the printer.  
74  
75  
76  
paper present not  
detected  
Paper was detected at the  
11 and 20 inch paper sensors but  
not at the 10 inch paper sensors.  
Check that the paper is loaded and  
threaded properly.  
unexpected 11 inch  
paper  
Paper was detected at the  
11 inch paper sensor but not at the  
10 or 20 inch paper sensors.  
Check that the paper is loaded and  
threaded properly.  
11 inch paper not  
detected  
Paper was detected at the  
Check that the paper is loaded and  
threaded properly.  
10 inch paper, 20 inch paper, shoe  
entrance and the knife sensors but  
not at the 11 inch paper sensor.  
79  
77  
unexpected paper at  
shoe entr  
Paper was detected at the shoe  
entrance sensor but not at the  
paper width sensor.  
Remove any paper from the shoe.  
unexpected 20 inch  
paper  
Paper was detected at the  
20 inch paper sensor but not at the  
10 inch or 11 inch paper sensors.  
Check that the paper is loaded and  
threaded properly.  
5-6  
October 2002  
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Diagnostics and Troubleshooting  
Error  
Code  
Error Message  
Possible Cause  
Possible Solution  
80  
paper at shoe entr not  
detected  
During paper loading, the lead  
edge of the paper was not detected  
at the shoe entrance sensor within  
the expected amount of time.  
Load the paper in less time.  
81  
unexpected paper at  
knife  
• Paper jam occurred as paper  
was being reversed from the  
knife to the end of roll and paper  
was detected at the knife instead  
of at the shoe entrance.  
Check that the paper is loaded and  
threaded properly. Check for a paper  
jam at the knife area.  
• Paper sensor at knife or shoe is  
not functioning correctly.  
82  
83  
paper at knife not  
detected  
• Paper was not detected at the  
knife when it should have been.  
• Paper jam occurred.  
• Paper sensor at knife or shoe is  
not functioning correctly.  
Check that the paper is loaded and  
threaded properly. Check for a paper  
jam at the knife area.  
unexpected paper at  
sheet xport  
Paper is detected in the sheet  
transport area when not expected.  
• Remove any paper from the sheet  
transport area.  
• Check that the processor input  
sensor is not blocked. If  
necessary remove the paper from  
the processor entrance.  
84  
85  
86  
87  
paper at sheet xport not  
detected  
Paper was fed into the sheet  
transport area but was not detected  
by the sheet transport sensor.  
Check that the paper is loaded and  
threaded properly. Check for a paper  
jam in the sheet transport area.  
slack loop err, takeup  
paper cinched?  
The printer was unable to takeup  
the slack loop because the paper  
was not properly cinched.  
Check that the paper is properly  
attached to the cardboard core in the  
takeup cassette.  
slack loop high not  
detected  
Unable to detect slack loop.  
Check that the paper is properly  
attached to the cardboard core in the  
takeup cassette.  
timeout waiting to cinch  
takeup  
The printer door was not closed  
within the normal amount of time.  
Open the takeup door, attach the  
paper to the cardboard core in the  
takeup cassette and close the  
takeup door.  
89  
90  
91  
unexpected deflector  
nip up not detected  
The deflector nip up switch was  
detected after moving the deflector  
to the down position.  
• Check for a paper jam at the  
sheet transport area.  
• Reinitialize the printer.  
knife front not detected  
The front switch for the knife was  
not detected after moving from front  
to back.  
Check for a paper jam at the knife  
area.  
deflector nip up not  
detected  
The deflector nip up switch was not  
detected after moving the deflector  
from the down position to the up  
position.  
• Check for paper at the sheet  
transport area.  
• Reinitialize the printer.  
• Call for service.  
October 2002  
5-7  
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Diagnostics and Troubleshooting  
Error  
Error Message  
Code  
Possible Cause  
Possible Solution  
92  
knife back not detected  
Knifeback switch was not detected  
after moving knife from front to  
back.  
Check for a paper jam at the knife  
area.  
93  
95  
translator power fault  
error  
A power fault was detected by the  
translator puck.  
Close all doors and reinitialize the  
printer.  
unexpected shoe exit  
nip detected  
The shoe exit nip made switch was  
detected after moving the shoe exit  
nip to the nip unmade position.  
Check for a paper jam in the shoe  
exit nip area.  
96  
97  
98  
99  
shoe exit nip made not  
detected  
The shoe exit nip made switch was  
not detected after moving the shoe  
exit nip to the nip made position.  
Check for a paper jam in the shoe  
exit nip area.  
unexpected deflector  
nip made  
The deflector nip made switch was  
detected after moving the deflector  
to the up position.  
Check for a paper jam in the  
deflector nip area.  
deflector nip made not  
detected  
The deflector nip made switch was  
not detected after moving the  
deflector to the up position.  
Check for a paper jam in the  
deflector nip area.  
timeout clearing data  
patch  
The rotor was not able to be  
properly started.  
Call for service.  
100  
101  
102  
109  
xlator start failed  
The translator failed to start.  
The shoe exit nip failed to start.  
The deflector failed to start.  
Call for service.  
Call for service.  
Call for service.  
Call for service.  
shoe exit nip start failed  
deflector start failed  
sheet xport ready  
timeout  
The sheet transport area remains  
busy or initializing process is taking  
longer than expected.  
110  
111  
112  
128  
paper detected in  
machine  
Paper was detected in the printer  
while attempting to load a new roll  
of paper.  
Remove all paper from the printer  
and reload the new roll of paper.  
xlator home failed  
The translator could not find its  
home position after several  
attempts.  
Call for service.  
invalid paper width  
sensor coverage  
The paper is not laying flat over the  
paper width sensors or the end of  
roll has been reached.  
Open the supply door and move the  
paper to the correct position.  
back checksum 0  
ROM test failed at powerup.  
Reinitialize the printer and call for  
service.  
129  
130  
bad checksum 1  
rotor not stopping  
RAM test failed at powerup.  
Rotor will not turn off.  
Call for service.  
Turn off the printer and call for  
service.  
131  
xlator at both limits  
Both the front and back translator  
soft limit switches are actuated.  
Call for service.  
5-8  
October 2002  
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Diagnostics and Troubleshooting  
Error  
Code  
Error Message  
Possible Cause  
Possible Solution  
132  
knife at both limits  
Both the front and back knife limit  
switches are actuated.  
Call for service.  
133  
timeout sheet xport  
reply  
The 300 board does not reply to the  
200 board within the expected  
amount of time.  
Call for service.  
Call for service.  
134  
duart self test failed  
Duart test failed when the printer  
was turned on.  
192  
Various software error  
messages.  
A software problem has occurred.  
Shut down and restart the printer.  
Call for service.  
219  
October 2002  
5-9  
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Diagnostics and Troubleshooting  
Miscellaneous Printer Error Messages  
Miscellaneous error messages indicate that a problem with the printer has  
occurred that may or may not require you to call your service person.  
Error  
Code  
Error Message  
Possible Cause  
Possible Solution  
Close all doors.  
256  
257  
258  
259  
260  
door open, please close  
The paper supply door was left  
open.  
machine control initialize  
error  
The printer did not initialize.  
Reinitialize the printer and call for  
service.  
machine control initialize  
timeout  
The printer did not initialize in  
time.  
Reinitialize the printer and call for  
service.  
machine control reply  
timeout  
A machine control  
communications error occurred.  
Reinitialize the printer and call for  
service.  
proc stopped taking  
sheet  
The paper did not disappear from  
the printer in the expected amount  
of time. An error may have  
• Clear a jam from sheet transport  
• Wait a few minutes for the error  
condition to be corrected.  
occurred in the processor.  
• Reinitialize the printer and call for  
service.  
261  
time out waiting to feed  
paper  
• Paper did not feed in time  
during loading.  
• Paper was loaded incorrectly.  
• Reload the paper.  
• Reinitialize the printer and call for  
service.  
262  
263  
bad communications -  
call service  
A communications error has  
occurred.  
Reinitialize the printer and call for  
service.  
DMA timeout  
Data being sent to the printhead  
did not arrive in the specified  
amount of time.  
Reinitialize the printer and call for  
service.  
264  
265  
266  
267  
FIFO empty interrupt  
Data was sent to the printhead too  
quickly.  
Reinitialize the printer and call for  
service.  
machine control state  
timeout  
A message from machine control  
did not arrive in time.  
Reinitialize the printer and call for  
service.  
failure creating test  
image  
The test image could not be  
created.  
Follow the instructions on the OCP.  
paper/width mismatch,  
end of roll  
The paper installed is not wide  
enough for the job(s) waiting in  
the printer to be printed.  
Install the correct paper cassette  
with the correct width paper or  
cancel all waiting jobs.  
5-10  
October 2002  
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Diagnostics and Troubleshooting  
Clearing Printer Paper Jams  
Open the front door and front sheet transport door on the printer.  
To remove a paper jam from the shoe when the lead edge of the paper is:  
in the sheet transport area and  
visible  
not visible  
1. Open the paper supply door and  
follow the instructions on the door  
label.  
1. If the paper is not already cut,  
manually move the knife across  
the web to cut it.  
2. Open the paper supply door and  
follow the instructions on the door  
label.  
cut here  
To remove a paper jam or sheet from the sheet transport area when the lead  
edge of the paper is:  
not visible and a paper jam in the  
visible from inside the printer  
processor has caused the  
processor to stop  
1. Pull the sheet out through the sheet  
transport (chad) area.  
1. Clear the paper jam. See "Clearing  
2. Remove the sheet from the processor  
or allow the lead edge of the paper to  
enter the processor.  
NOTE: This may require you to advance  
the sheet into the processor.  
CAUTION: Remove jammed paper from the printer by pulling the paper from  
the paper supply area if the lead edge of the paper has not entered  
the processor.  
Do not remove the jammed paperthrough the sheet transportarea  
if the lead edge of the paper has entered the processor. Remove  
the jammed paper from the top of the processor.  
Do not use sharp objects when clearing paper jams.  
Do not leave small pieces of paper in the printer.  
October 2002  
5-11  
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Diagnostics and Troubleshooting  
Troubleshooting Observable Errors  
Observation  
Possible Cause  
Possible Solution  
• The printer is difficult to The processor specifications are not Make sure that the processor is in control.  
calibrate.  
correct.  
• The printer calibration  
values are not correct.  
The prints have bands.  
• The processor is not calibrated.  
• The processor has not been  
maintained properly.  
• Calibrate the processor.  
• Make sure that the chemistry levels in the  
processor tanks are correct.  
• Run a control strip through the processor.  
One or more of the crossover  
assemblies in the processor is not  
properly installed and is denting the  
socks.  
Install the crossover assemblies correctly.  
NOTE: If necessary, replace the dented socks.  
The printer was disturbed or  
Do not disturb or bump the printer during a  
bumped during a writing sequence. writing sequence.  
The processor is not making enough Leave the processor drive on.  
prints to keep the socks balanced.  
A print has a line on it.  
The circuit breaker was turned off  
when paper was in the shoe.  
• Do not turn off the circuit breaker when paper  
is in the shoe.  
• Do a shutdown prior to turning off the circuit  
breaker.  
The printer was disturbed or  
bumped during the print cycle.  
Do not disturb or bump the printer during the  
print cycle.  
The prints have a repeated The roll of paper was dropped on its Load a new roll of paper.  
unfocused pattern on the  
edges.  
edge.  
The edges are out of focus. The relative humidity level is too low Increase the humidity level in the room or store  
for the paper to be stored in the  
cassette for more than one day.  
the paper in a sealed plastic bag when it is not  
being used.  
The prints have mottle on  
them.  
The processor needs maintenance. Top off the processor tanks more frequently.  
• Turn on the processor drive for 10 minutes to  
saturate the roller socks with chemistry.  
• Leave the processor drive on when not  
printing.  
The prints have a light leak The opening for the control strip  
Close the opening for the control strip feed box  
in the top cover of the processor.  
exposure on them.  
feed box is open.  
Cassette opening exposed to bright Store and carry the cassette with the opening  
light. facing down.  
Paper slugs are on the  
prints.  
There is too much chad in the chad • Open the sheet transport door and remove  
area.  
the chad from the chad area.  
• Remove any small strips of paper from the  
knife area.  
The rotor is hitting the  
paper in the printer and  
causing noise.  
The paper is not loaded correctly.  
Reload the paper.  
5-12  
October 2002  
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Diagnostics and Troubleshooting  
Observation  
Possible Cause  
Possible Solution  
The vacuum reduction  
insert is damaged and  
causing noise in the printer.  
• The vacuum reduction insert was Properly install an undamaged vacuum  
not installed properly and has  
become damaged.  
reduction insert.  
• A damaged vacuum reduction  
insert was installed.  
The paper is being creased The lead edge of the paper has not 1. Pull the paper out of the printer from the  
and crumpled when  
feeding into the printer.  
been squarely trimmed and is being  
pulled at an angle or unevenly or it is 2. Recut the lead edge of the paper squarely.  
paper supply area.  
being loaded at an angle into the  
rollers.  
3. Reload the paper. Wait for a message and  
then push the paper evenly and slowly.  
NOTE: If necessary, remove the curl in the  
paper by rolling the paper on an empty  
core in the opposite direction of the  
curl.  
The paper jams repeatedly. Small strips or pieces of paper are  
caught in the printer from the  
Remove small pieces of paper from the printer.  
previous paper jam.  
The prints have not been  
cut correctly.  
Strips of paper are caught in the  
knife area.  
Remove the strips of paper from the knife area.  
The borders on the prints  
are not the right size.  
The slug width is not correctly set.  
Reset the slug width, see “Selecting the Slug  
Width for the Paper” on page 3-18.  
The host software’s image  
positioning is not correct.  
Refer to the instructions for the host software.  
The page start parameter may be  
incorrect.  
See the information for “Page Starts” in  
the“Setting the Page Starts Value” on  
page 3-19.  
The edge(s) of the prints  
are damaged and the  
image is skewed.  
• The paper is not loaded correctly 1. Reload the paper in the paper cassette.  
in the paper cassette.  
• The paper cassette clamp is not  
secured correctly.  
• The paper cassette was not  
aligned with the pin when  
installed on the shelf.  
2. Position the paper cassette on the pin of the  
shelf.  
3. Close the cassette clamp to lock the paper  
cassette into position.  
NOTE: Always carry the paper cassette with  
two hands to prevent the paper from  
sliding to one end or “telescoping”.  
4. When loading paper into the printer:  
• cut the corners of the lead edges of the  
• The paper cassette was not  
picked up or carried correctly and  
the paper has “telescoped”.  
o
paper at a 45 angle  
• wait for a message to feed  
• push the paper slowly into the printer’s  
rollers, keeping the paper taut between  
the cassette and the rollers.  
NOTE: Push the paper evenly so that the  
paper remains flat and does not buckle  
and do not push the paper too hard  
against the paper alignment guide.  
October 2002  
5-13  
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Diagnostics and Troubleshooting  
Observation  
Possible Cause  
Possible Solution  
The host computer and the The SCSI cable has been disturbed. 1. Turn off the host computer and other SCSI  
printer are not  
devices.  
communicating correctly.  
2. Turn off the printer.  
3. Disconnect the SCSI cable.  
4. Reconnect the SCSI cable.  
5. Power up the printer and wait for it to  
initialize.  
6. Power up the other devices.  
7. Power up the host computer.  
The host does not  
An error was made during the power 1. Turn off the host computer.  
recognize the printer  
up sequence.  
2. Turn off the printer.  
3. Power up the printer and wait for it to  
initialize.  
4. Power up the host computer.  
The SCSI IDs are different.  
1. Change the SCSI ID through the OCP.  
2. Turn off the host computer.  
3. Turn off the printer.  
4. Power up the printer and wait for it to  
initialize.  
5. Power up the host computer.  
Repeated noise from the  
processor.  
The racks are installed incorrectly.  
Reinstall the racks correctly. See “Operational  
Checks” on page 4-6.  
Prints have scratches on  
them.  
The processor racks and socks are • Clean the processor racks and socks.  
contaminated (dirty).  
• Check that the crossover assemblies are  
installed correctly.  
Chemistry has built up on  
the printer exit rollers.  
• Wet prints were pulled into the  
printer to clear a paper jam.  
(Usually following errors 65 or  
260.)  
• Clean the rollers with a damp cloth.  
• Clear the paper jam.  
• Use the splash guard when doing processor  
maintenance.  
• Splash guard was not used when  
doing processor maintenance.  
Chemistry leaks from the  
processor.  
Hose clamps or compression fittings Tighten the clamps and compression fittings.  
are loose.  
See “Checking the Fittings for Leaks” on page  
4-10.  
The text on the paper has  
flare.  
• The text density is too high.  
• Reduce the density of the text by driving the  
processor to the upper end of the control  
limits.  
• Calibrate the printer.  
• The processor is not in control.  
• The printer is not calibrated  
correctly.  
• Download the latest calibration software from  
Kodak’s Web site and then calibrate the  
printer.  
5-14  
October 2002  
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Diagnostics and Troubleshooting  
Observation  
Possible Cause  
Possible Solution  
The supply or takeup door The latch on the door was pushed in Pull the latch back to its normal position with  
will not close.  
(flush with the door) when the door  
was closed with too much force.  
scissors and close the door with a normal  
amount of force.  
latch  
Additional Troubleshooting Tips for the Printer  
Check that the processor is turned ON and warmed up prior to printing.  
Turn on the processor drive for 30 minutes before printing.  
Be careful to correctly load, seat, and thread the paper into the paper  
cassettes.  
Be careful to correctly close all doors prior to printing. If doors are ajar or if  
interlock switches are not closed, the printer will not print.  
The error “sheet detected in sheet xport” may appear after reinitializing the  
printer if the printer was in the process of sending paper into the processor. If  
this occurs, wait until the sheet has been fully fed into the processor and then  
reinitialize the printer again.  
If the printer indicates that it is reinitializing after an error occurs and you have  
not opened a door (but you do not hear the normal sounds of reinitialization  
for up to 2 minutes) the printer may be waiting for the sheet to go into the  
processor before attempting to reinitialize. Do not attempt to reinitialize the  
printer again.  
Before connecting or disconnecting the SCSI cable or terminator, turn off the  
power for the printer and the host computer. Also, if you replace the SCSI  
cable, remove the Ferrite bead from the existing SCSI cable and install it on  
the new SCSI cable.  
October 2002  
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Diagnostics and Troubleshooting  
Processor Error Messages  
Two types of messages appear on the OCP for the processor:  
Error Messages—Indicate that a minor error condition has occurred or that  
there is a problem during system monitoring. These messages may require  
that you perform some action to correct the error. These errors are described  
further in this section.  
Status Messages—Indicate the status of the equipment or the procedure that  
is occurring. These messages occur only when the processor is in the manual  
mode and do not require any action from you. Status messages are not listed  
in this chapter.  
Error messages are displayed on the top line of the processor’s OCP. These  
messages are accompanied with an audible alarm.  
Error  
Message  
Possible Cause  
Possible Solution  
XXX probe fault The temperature probe could be either  
short circuited or open circuited  
Call for service.  
XXX temp error  
The temperature has been above or  
below the set temperature for at least  
20 seconds.  
Press the Material key to reset the temperature.  
time reset  
The settings and calibrations for this  
device have been reset to the factory  
preprogrammed values.  
Have the settings and calibrations checked by a  
qualified technician.  
temp reset  
repl reset  
The settings and calibrations for this  
device have been reset to the factory  
preprogrammed values.  
Have the settings and calibrations checked by a  
qualified technician.  
The settings and calibrations for this  
device have been reset to the factory  
preprogrammed values.  
Have the settings and calibrations checked by a  
qualified technician.  
drive reset  
The settings and calibrations for this  
device have been reset to the factory  
preprogrammed values.  
Have the settings and calibrations checked by a  
qualified technician.  
machine reset  
drive error  
The processor has been reset. Power  
may have been disconnected.  
Press any function key. If the message continues to  
appear, call for service.  
The drive motor speed has been out of  
Press the Material key and clear the error. If the  
specification for more than 20 seconds. problem continues to occur, call for service.  
com error  
The communications between the  
keyboard display and the controller  
have been disrupted.  
Call for service.  
paper jam  
The processor did not detect paper that  
Turn off the motor and remove the jammed paper.  
should have been exiting the processor. Press the Material key and clear the jam.  
exit blocked  
The exit sensor detected paper  
unexpectedly.  
Remove the obstruction from the exit sensor.  
5-16  
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Diagnostics and Troubleshooting  
Clearing Error Messages  
To clear an error or warning message from the OCP, the condition causing the  
error or warning must be corrected. Paper jam, drive errors and temperature  
errors must be cleared from the material function.  
Clearing a Reset Message  
If the processor is reset, the “MACHINE RESET” error message will appear on the  
top line of the LCD display on the processor’s OCP. Press any function key to  
erase the message.  
If the processor is reset and the values for a function are reset to factory settings,  
a reset message for that function will also appear (for example: “CLOCK  
RESET”).  
To clear a function reset message, press the function key for the function the  
message refers to.  
LCD display  
MACHINE RESET  
SET  
function keys  
October 2002  
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Diagnostics and Troubleshooting  
Clearing Processor Paper Jams  
jams in the printer.  
The processor enters the jammed mode if it fails to detect material exiting the  
processor at the expected time. In the jammed mode, the drive motor and  
replenishment pumps are turned off and no material is processed.  
1. Remove the top cover and light tight cover from the processor.  
2. Cut the paper at the top of each rack.  
CAUTION: To prevent contaminating the processor chemicals, do not let  
the chemicals from the paper you are removing drip into the  
other processor tanks that have different chemicals.  
3. Remove the cut paper from each rack by pulling straight up.  
4. Press the Material key to access the Material mode.  
5. Press the Set Key and the Material key to activate the Clear Jam mode.  
6. Press the Material key to operate the processor for two complete dry to dry  
cycles and cancel the Set mode  
NOTE: Two complete dry-to-dry cycles take approximately 9 minutes to  
complete.  
Clearing Drive Errors  
If a temperature or development time is out of tolerance for at least 20 seconds,  
an error condition is generated and the processor will enter the Stopped mode. No  
new material will be accepted, however, material already in the processor will be  
processed.  
1. Correct the error condition.  
2. Press Material to select the material screen.  
3. Press the Up Arrow to select the processor setup screen.  
4. Press Set to access the setup screen in the Set mode.  
5. Press Material to operate the processor for one complete dry to dry cycle and  
cancel the Set mode.  
5-18  
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Diagnostics and Troubleshooting  
Additional Troubleshooting Tips for the Processor  
You can avoid many error conditions by following these guidelines:  
Check that the processor is turned ON and warmed up prior to printing.  
Follow the daily, weekly, monthly and periodic maintenance guidelines  
outlined in Chapter 4.  
When adding chemicals or water to the processor tanks, install a splash guard  
over the entrance area of the processor to prevent water and chemicals from  
entering the printer.  
WARNING: When troubleshooting or performing maintenance  
procedures that require the main power to be turned off, turn  
off the main power for the processor on the OCP and at the  
circuit breaker to prevent:  
injury from moving parts and high voltage electricity  
losing the processor parameters  
Do not allow the emulsion side of the processed prints to touch each other  
until they are completely dry.  
Calibration Troubleshooting  
This section describes the problems that you may occasionally have when using  
the KODAK Device Calibration Software or the Calibration Software for the  
KODAK PROFESSIONAL LED II Printer. It also identifies the probable causes for  
these problems and provides solutions for correcting these problems.  
Calibration Graph  
The graph below is an indication that the calibration performed was out of  
tolerance.  
This may be result from invalid densitometer readings. It is necessary to perform  
another calibration cycle if you see a graph that looks like the one above.  
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Diagnostics and Troubleshooting  
Calibration Error Codes  
Error  
Code  
Error Code /Status  
Possible Cause/Subsystem  
Possible Solution  
Message  
1
2
3
The following file is  
locked:_filename_.  
The system is trying to access a  
file that is currently in use.  
Close any other applications that  
may be accessing the file.  
The following file is  
protected:_filename_.  
The system is trying to access a  
file that is protected.  
Change the protections on the file  
to grant access to the user.  
The following file was not  
found:_filename_.  
The system was trying to access  
a file that it could not find.  
Verify that the filename on one of  
the configuration dialog windows is  
correct.  
4
Error:_oserror_occurred  
during operation:_operation_  
on file:_filename_.  
An operating system error  
occurred.  
• Rerun the application.  
• Reboot the operating system  
5
6
7
The following file is in an  
incorrect format:_filename_.  
The file does not conform to the  
application specification.  
Verify the file format.  
The following file already  
exists:_filename_.  
The system is trying to save to a  
file that already exists.  
• Delete the existing file.  
• Change the filename.  
There is not enough space to  
create:_filename_.  
The system is trying to save a file  
but there is not enough disk  
space.  
Remove any unnecessary files to  
increase free disk space.  
8
9
There are too many files to  
open _filename_.  
Too many files open.  
Close some files and or  
applications.  
You do not have permission  
The file permission is invalid.  
Rerun the application.  
to open file _filename_.  
10  
Error copying print LUT to  
DP2 folder (can’t open  
_filename_.  
Folder doesn’t exist or is read-  
only.  
Modify protection on folder.  
11  
Error creating DP2 LUT  
folder  
A folder of the same name may  
exist.  
Change the selected folder name.  
101  
102  
No response from  
device:_devicename_.  
The device is not responding to  
the system.  
Verify that the device is connected  
and on-line.  
Device not  
found:_devicename_.  
The system was trying to access  
a device that it could not find.  
Verify that the device name on one  
of the configuration dialog  
windows is correct.  
103  
The following device is  
indicating it is not  
ready:_devicename_.  
The device is not ready.  
The device is busy.  
Wait several minutes and try the  
activity again.  
104  
105  
The following device is  
busy:_devicename_.  
Wait several minutes and try the  
activity again.  
The following device is not a  
TTY port:_devicename_.  
The port name in the  
configuration file does not refer to  
a valid serial port.  
Change the port name in the  
configuration file to a valid serial  
port.  
5-20  
October 2002  
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Diagnostics and Troubleshooting  
Error  
Code  
Error Code /Status  
Message  
Possible Cause/Subsystem  
Possible Solution  
106  
107  
108  
The following device is  
closed:_devicename_.  
The serial port closed during  
system reading.  
• Verify that no other application  
is accessing the port.  
• Restart the application.  
No data on  
device:_devicename_.  
No data is available for the  
system to read data on the serial  
port.  
• Verify that the densitometer is  
connected correctly.  
• Restart the application.  
Error:_oserror_occurred  
during operation:  
_operation_ on device:  
_devicename_.  
An operating system error  
occurred.  
• Rerun the application.  
• Reboot the operating system  
• If problem continues, call for  
service.  
109  
110  
Invalid Device ID:  
_devicename_.  
Created a new device with an  
incorrect device ID.  
• Edit the device ID to reflect the  
correct device ID.  
Unable to perform operation: An unknown device error  
_operation_  
Status Message:_statmsg_  
Error Message:_errmsg_.  
Use the information in the status  
message and error message to  
resolve the device error.  
occurred.  
111  
112  
113  
114  
There is insufficient memory  
for the requested operation  
on device:_devicename_.  
The application does not have  
enough memory to complete the  
operation.  
Close the other applications and  
unnecessary windows.  
A communications time-out  
occurred during operation on  
device:_devicename_.  
The connection between the  
printer and host computer was  
lost.  
Check that all of the cables are  
properly connected.  
A device driver for the  
following device could not be  
found:_devicename_.  
The application could not find the  
necessary device software to  
communicate with the printer.  
Make sure that the Calibration  
Application and ASPI SCSI device  
driver are installed correctly.  
An error occurred during  
communications to the  
following device:  
• The cable between the printer  
and the host computer is worn.  
• One or more of the  
• Check that all of the cables are  
properly connected.  
• Check the cables and  
_devicename_.  
connections between the  
printer and the host computer  
has malfunctioned.  
connections between the printer  
and the host computer for wear  
and if necessary, replace them.  
115  
An operation error occurred  
during communications to  
the following device:_  
devicename_.  
• The cable between the printer  
and the host computer is worn.  
• One or more of the  
• Check that all of the cables are  
properly connected.  
• Check the cables and  
connections between the  
printer and the host computer  
has malfunctioned.  
connections between the printer  
and the host computer for wear  
and if necessary, replace them.  
116  
117  
A software warning has been  
issued by the following  
device: _devicename_ Error  
Message: _errmsg_  
A software error has occurred on  
the printer.  
Resolve printer error condition.  
Resolve printer error condition.  
A software error has been  
detected by the following  
device: _devicename_ Error  
Message: _errmsg_  
An error has occurred on the  
printer.  
October 2002  
5-21  
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Diagnostics and Troubleshooting  
Error  
Code  
Error Code /Status  
Message  
Possible Cause/Subsystem  
Possible Solution  
118  
119  
120  
A SCSI ID for the following  
device was not found:  
_devicename_.  
SCSI driver not found.  
Reinstall SCSI driver on host  
computer.  
The wrong SCSI ID was  
specified for the following  
device: _devicename_.  
SCSI ID is incorrect.  
Set Target SCSI ID to printer SCSI  
ID.  
This device has been setup  
for the wrong model of  
printer: _devicename_.  
Device chosen has not been  
found.  
Verify device chosen matches the  
printer model.  
121  
122  
Unable to read STATUS from  
device: _devicename_.  
Unable to see the printer.  
Check SCSI cable connections.  
Select a 10-bit LUT file.  
The selected LUT contains  
data that exceeds the limits  
of this printer.  
Trying to send a 12-bit LUT to a  
10-bit printer.  
201  
202  
203  
204  
An error occurred while  
trying to allocate memory.  
The system is trying to allocate  
memory, however, no memory is  
available.  
Close any unnecessary  
applications.  
The following parameter is  
invalid:_parametername:  
_parametervalue_.  
An internal error occurred with the  
software.  
• Restart the application.  
• If problem continues, call for  
service.  
The function is not supported  
by the class.  
An internal error occurred with the  
software.  
• Restart the application.  
• If problem continues, call for  
service.  
This function has not been  
implemented.  
An internal error occurred with the  
software.  
• Restart the application.  
• If problem continues, call for  
service.  
205  
301  
Must enter the following  
field:_field_.  
The operator left a blank  
configuration field.  
Enter information in the blank  
configuration field.  
The following key was not  
found _key_.  
• An internal error occurred with  
the software.  
• One of the files was edited  
manually and a key was  
changed.  
• Restart the application.  
• Restore the key to its previous  
value.  
• If problem continues, call for  
service.  
302  
The following grouper was  
not found:_grouper_.  
• An internal error occurred with  
the software.  
• One of the files was edited  
manually and a grouper was  
changed.  
• Restart the application.  
• Restore the grouper to its  
previous value.  
• If problem continues, call for  
service.  
303  
501  
The call depends on a  
current grouper, but the  
current grouper has not been  
set.  
An internal error occurred with the  
software.  
• Restart the application.  
• If problem continues, call for  
service.  
An error occurred while  
applying the data.  
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October 2002  
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Diagnostics and Troubleshooting  
Error  
Code  
Error Code /Status  
Message  
Possible Cause/Subsystem  
Possible Solution  
601  
A bad count was entered.  
The expected count  
was:_count_.  
• A file was edited manually and  
an incorrect number of rows  
was entered.  
• An internal software error  
occurred.  
• Manually enter the correct  
number of rows in the file.  
• If problem continues, call for  
service.  
602  
701  
An error occurred during the  
calculation process.  
An internal error occurred with the  
software.  
• Restart the application.  
• If problem continues, call for  
service.  
Patch _patch_, column  
_column_, value _value_ is  
beyond tolerance  
A density patch was out of  
tolerance.  
Perform another calibration cycle.  
_tolerance_ for aim _aim_.  
702  
703  
704  
801  
802  
803  
804  
805  
806  
807  
Patch _patch_ has a spread  
of _spread_ which is out of  
range _range_.  
The spread between colors for a  
given density patch is out of  
tolerance.  
Perform another calibration cycle.  
CalToleranceFile can only be  
initialized once.  
An internal error occurred with the  
software.  
• Restart the application.  
• If problem continues, call for  
service.  
CalToleranceFile::  
initialize must be called first.  
An internal error occurred with the  
software.  
• Restart the application.  
• If problem continues, call for  
service.  
Could not find row:_row_.  
An internal error occurred with the  
software.  
• Restart the application.  
• If problem continues, call for  
service.  
Could not find  
column:_column_.  
An internal error occurred with the  
software.  
• Restart the application.  
• If problem continues, call for  
service.  
Could not find element -  
column:_column_.  
row:_row_.  
An internal error occurred with the  
software.  
• Restart the application.  
• If problem continues, call for  
service.  
Row value was not set  
before using.  
An internal error occurred with the  
software.  
• Restart the application.  
• If problem continues, call for  
service.  
Column value was not set  
before using.  
An internal error occurred with the  
software.  
• Restart the application.  
• If problem continues, call for  
service.  
Error deleting row:_row_.  
An internal error occurred with the  
software.  
• Restart the application.  
• If problem continues, call for  
service.  
Element at row:_row_;  
column:_col_  
value:_val_ failed audit.  
An input file had incorrectly  
formatted data in it at the location  
indicated.  
• Verify that you are using the  
correct file.  
• Edit the file and correct the  
format.  
October 2002  
5-23  
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Diagnostics and Troubleshooting  
Error  
Code  
Error Code /Status  
Message  
Possible Cause/Subsystem  
Possible Solution  
910  
Configuration file  
field:_filename_is invalid.  
Calibration will be cancelled.  
The user manually edited a field  
in a configuration file and entered  
an incorrect value.  
• Manually enter the correct  
value.  
• Reinstall the application.  
• If problem continues, call for  
service.  
911  
919  
Error_errcode_occurred.  
Processing stopped.  
An internal error occurred with the  
software.  
Restart the application.  
Error occurred preparing to  
handle exit from Kodak  
Calibration. Will not perform  
cleanup at exit.  
An internal error occurred with the  
software.  
Restart the application.  
921  
Unable to return the printer  
to its original state. Fix  
printer problem and re-  
calibrate.  
The application was trying to  
cancel but received an error when  
sending the original LUT back to  
the printer.  
Printer is in an unknown state.  
Correct any printer problems and  
restart the application.  
922  
923  
There is already a printer  
open. Please close the open  
printer first.  
User tried to open a printer when  
the printer was already open.  
Close the open printer.  
An error occurred during the  
loading of a printer. Please  
check to make sure the file  
chosen was of the correct  
type and/or format.  
An error occurred during the  
loading of a printer.  
Check that the file chosen was of  
the correct format or type.  
924  
941  
No printer loaded.  
The operator has not yet opened  
a printer.  
Open a printer.  
The height and width values  
do not agree with the size of  
the target file.  
The specified size does not match  
the file size.  
Enter the correct file size.  
942  
Unable to configure  
densitometer. Densitometer  
configuration file may be  
corrupt or lost.  
The file CalDevDensGen2.cfg is  
corrupt or lost.  
Restart the application. If problem  
continues, call for service.  
1003  
1004  
1005  
Unable to load default  
configuration file:_filename_. deleted or renamed or moved.  
The default configuration file was  
Restore the file manually or  
reinstall the software.  
Unable to set values  
in new configuration file.  
An internal error occurred with the  
software.  
Restart the application.  
Unable to save configuration  
file:_filename_.  
The system is trying to save a file  
but there is not enough disk  
space.  
Remove any unnecessary files to  
increase free disk space.  
1006  
1007  
Configuration file field:_field_  
is invalid.  
The user manually edited a field  
in a configuration file and entered  
an incorrect value.  
• Manually enter the correct  
value.  
• Reinstall the application.  
Unable to remove  
directory:_directory_.  
User does not have update  
authority on the directory.  
Verify that the user has authority  
on the directory.  
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Diagnostics and Troubleshooting  
Error  
Code  
Error Code /Status  
Message  
Possible Cause/Subsystem  
Possible Solution  
1101  
Density DMIN/DMAX points  
are invalid.  
Density points are invalid.  
Reread density values on  
densitometer or make a new  
calibration print.  
1102  
Density data is not  
monotonic increasing.  
Density data is invalid.  
Density data is invalid.  
Density data is invalid.  
Reread density values on  
densitometer or make a new  
calibration print.  
1103  
1104  
1201  
Exceeded maximum number  
of allowable data errors.  
Reread density values on  
densitometer or make a new  
calibration print.  
Asymmetric Density  
Groupings are invalid.  
Reread density values on  
densitometer or make a new  
calibration print.  
Unknown response from  
densitometer.  
The application received an  
unknown response from the  
densitometer during  
Verify that the baud rate of the  
densitometer matches the  
applications configuration.  
initialization.  
1202  
1203  
Error:_error_from  
densitometer.  
Unexpected error was returned  
from the densitometer.  
Calibrate the densitometer. If the  
problem continues, check the  
manual for the densitometer.  
Error: Number of patches  
seen by densitometer is  
incorrect.  
Unable densities on densitometer. Try adjusting frame counts or  
reread the density patches on the  
densitometer.  
1300  
1301  
Values have not been loaded Matrix file missing.  
Create a new device.  
Create a new device.  
Data or Matrix files have not  
yet been loaded  
Matrix file missing.  
1302  
Data cannot be saved, must  
first apply the matrix  
Matrix file missing.  
Create a new device.  
October 2002  
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Diagnostics and Troubleshooting  
Non-Numeric Error Messages  
Error Message  
Possible Cause/Subsystem  
Possible Solution  
An underrun error occurred during  
communications to the following  
device.  
• The cable between the printer  
and the host computer is worn.  
• One or more of the connections  
between the printer and the host  
computer has malfunctioned.  
• Check that all of the cables are  
properly connected.  
• Check the cables and  
connections between the printer  
and the host computer for wear  
and if necessary, replace them.  
An UNKNOWN error occurred  
during communications to the  
following device.  
An unknown error occurred in the  
application.  
• Restart the calibration application.  
• If the problem continues, make  
sure you have the Calibration  
Application and ASPI SCSI  
device driver installed correctly.  
Device not found.  
The host computer attempted to  
contact the printer at the specified  
• Make sure that the printer is  
turned on and is on-line.  
SCSI ID but did not get a response. • Make sure the Calibration  
Application and ASPI SCSI  
device driver are installed  
correctly.  
Invalid Device ID.  
The host computer attempted to  
contact the printer at the specified  
SCSI ID but did not get a response.  
Make sure that the printer is turned  
on and is on-line  
The following device is busy.  
The following device is closed.  
The printer at the specified SCSI ID  
is busy.  
Check that all of the cables are  
properly connected.  
The connection between the printer  
and host computer was lost.  
Check that all of the cables are  
properly connected.  
5-26  
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Diagnostics and Troubleshooting  
Getting Additional Help  
Your Kodak Representative is the best source for information about the KODAK  
PROFESSIONAL RP 50 LED Printer and Processor.  
In addition, technical support is also available in the United States. Call Kodak’s  
Technical Assistance Center at 1-800-822-1414 from 8:00 a.m. to 8:00 p.m.  
Eastern Standard Time on regular business days.  
Have your printer’s K-Number ready. The K-Number label is attached to the front  
of the printer, next to the operator control panel.  
Help numbers can be located on the web site at http://www.kodak.com/include/  
international.shtml  
October 2002  
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Appendix A: Ordering Supplies  
This appendix includes ordering information for Kodak accessories, supplies,  
paper, chemicals and publications.  
Accessories  
Purchase these items through Kodak.  
Catalog  
Number  
Item  
Qty/Size  
X-RITE DTP—36 Densitometer  
10 - 20 Inch Paper Cassette  
10/11 Inch Paper Cassette  
1
1
1
1
1
1
1
1
196–1119  
159–2971  
164–0978  
812–6153  
839–0502  
862–5667  
*
Processor Print Catch Tray  
Drip Tray /Liquid Measure Bottle Kit  
Wash Water Conversion Kit—Model WPS-A  
SCSI Interface Kit  
Square-D Buck and Boost Transformer  
(Model #500SV43F)  
869-7799  
* Order through your Kodak Sales Representative.  
Supplies  
Purchase these items from Kodak or through your dealer/distributor.  
Catalog  
Number  
Item  
Qty/Size  
Printer Air Filter  
Package of 10  
833-3247  
828–2170  
KODAK EKTACOLOR RA-4 Control Strips  
Box of 50  
(31/2” X 12”)  
Developer Filter  
Package of 10  
Package of 30  
884–3781  
137–7829  
Bleach Fix/Stabilizer Filter  
October 2002  
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Ordering Supplies  
Standard (U.S.) Paper  
Purchase these items or the nearest equivalent through your Kodak  
representative.  
Surface  
Types*  
Item  
Size  
All KODAK PROFESSIONAL Papers  
(Consult with your Kodak representative to  
determine the best paper for your needs.)  
E, F, or N  
25.4 cm x 176M  
25.4 cm x 88M  
27.9 cm x 176M  
27.9 cm x 88M  
30.5 cm x 88M  
50.8 cm x 88M  
*Surface Types (availability depends on the paper type selected)  
F = smooth, glossy  
E = fine grained, lustre  
N = smooth, semi-matt  
Processor Chemicals  
Purchase these items through your Kodak dealer or distributor.  
Catalog  
Number  
Item  
Qty/Size  
KODAK EKTACOLOR RA Developer  
Replenisher RT  
10L/4 per case  
841–5580  
830–9031  
122–4930  
803–6832  
857–5623  
KODAK EKTACOLOR RA Bleach-Fix and  
Replenisher/RA–4  
10L/4 per case  
6/48 ounce bottles  
6/48 ounce bottles  
10L/16 per case  
KODAK EKTACOLOR RA Developer  
Replenisher RT Additive  
KODAK EKTACOLOR RA Bleach-Fix and  
Replenisher/RA–4 Additive  
KODAK EKTACOLOR PRIME Stabilizer  
and Replenisher/RA–4  
A-2  
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Ordering Supplies  
Publications  
Call 1-800-431-7278 in the United States to purchase these items through Kodak  
Parts Services.  
Part Number/  
Item  
Qty/Size  
Catalog  
Number  
Operator’s Guide for the:  
KODAK PROFESSIONAL RP 50 LED  
Printer  
1
Part No. 2J0686  
Quick Reference Guide for the:  
KODAK PROFESSIONAL RP 50 LED  
Printer  
1
1
Part No. 2J0687  
Using the KODAK EKTACOLOR RA  
Chemicals  
Part No. Z130  
Cat No.160-5716  
October 2002  
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Appendix B: Specifications  
This appendix includes specifications and site requirements information for the  
printer and processor.  
Printer/Processor Specifications  
Dimensions and Weight  
Printer  
Width  
Length  
Weight  
102 cm (40 in.)  
149 cm (58.5 in.)  
420 kg (925 lbs)  
438kg (965 lbs)–w/paper  
Processor  
Width  
Length  
Weight  
87.6 cm (34.5 in.)  
130 cm (51 in.)  
190 kg (420 lbs)  
198 cm (78 in.)–w/print rack  
To move the printer through a 91 cm (36 in.) doorway, the following parts will be  
removed by a Kodak representative:  
front printer door  
rear printer door  
sheet transport module door  
operator control panel  
To move the printer through a 71.2 cm (28 in.) doorway, the following parts will be  
removed by a Kodak representative (in addition to the above parts):  
enclosures  
covers  
subassemblies for the paper supply module  
knife and sheet transport module  
Acoustic Specifications  
NOTE: These specifications apply to the KODAK PROFESSIONAL RP 50 LED  
Printer and Processor only.  
Sound Pressure  
Level (LA)  
Sound Power  
Level(LWA  
Operator  
Position  
Instantaneous  
Peak > 130 dB(C)  
)
Standby  
51.3dB(A)  
55.7dB(A)  
NA  
66.1dB(A)  
71.0dB(A)  
Full System  
Operating  
None  
October 2002  
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Specifications  
Site Requirements  
Operator and Service Access  
When fully assembled the equipment requires a minimum of 91 cm  
(36 in.) on each side to allow sufficient access for normal operator maintenance  
and for service.  
3.5 meters + .3 meters (138 in. + 12 in.)  
_
_
2.2 meters + .3 meters (86 in. + 12 in.)  
_
_
15A  
30A  
.91 meters (36 in.)  
minimum  
1.5 meters (60 in.)  
2.9 meters  
(114 in.)  
*
Printer  
.91 meters (36 in.)  
minimum  
Processor  
.91 meters (36 in.)  
minimum  
.91 meters (36 in.)  
minimum  
4.5 meters (179 in.)  
SCSI-2 connection from host here  
*
Floor Requirements  
The equipment should be installed on a smooth, hard, and level floor surface.  
Carpet is not recommended.  
The floor pitch should not exceed 1 inch in 5 feet.  
B-2  
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Specifications  
Plumbing  
NOTE: Always adhere to local ordinances and regulations for wastewater disposal.  
A plumbed processor with a water wash system is required for environments with  
temperatures above 27o C (80o F).  
Plumbed Processors – Water Supply  
You are responsible to provide adequate water supply and drainage for the  
processor before it is installed.  
We recommend that you order a water supply panel for plumbed systems from  
Kreonite Inc. The water supply panel must be installed by Kreonite. However, a  
Kodak representative will install flexible supply line to the processor and an  
electrical connection to the solenoid. The water supply panel should be wall-  
mounted within 4.9 m (16 ft.) of the rear of the processor.  
Installation, technical support and warranty of the water supply panel is the  
responsibility of Kreonite.  
Water to a plumbed system must meet the following specifications:  
Flow Rate:  
3.8 – 20.0 liters per minute (1 – 5 gallons per minute)  
Temperature: Hot – 59o C (120o F) minimum  
Cold – 27o C (80o F) maximum  
Plumbed Processors – Waste Water and Effluents  
A 2 inch floor drain should be located near the processor. The drain system  
should conform to the local specifications for silver-laden bleach-fix and stabilizer  
or waste water.  
A Kodak representative will install a flexible drain tube to the processor. You are  
responsible for installing the flexible drain tube to a locally approved drain system.  
For unplumbed systems,10-litre containers are installed under the processor to  
transport waste to the site’s waste facilities.  
We recommend that you install a 61 cm (24 in.) wide sink near the processor for  
cleanup and processor maintenance.  
Unplumbed Processors  
We recommend that you install a 61 cm (24 in.) wide sink near the processor for  
cleanup and processor maintenance.  
October 2002  
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Specifications  
Electrical  
The KODAK PROFESSIONAL RP 50 LED Printer and Processor are  
manufactured to operate within one of the following sets of power constraints or  
can be configured to do so by your Kodak representative:  
Power  
Consumption  
Nominal Voltage/Frequency  
Voltage Range  
Printer: 200 - 240V, 15A, 50/60 Printer: 190 - 254V, 47 - Less than  
Hz, 1 phase  
63 Hz, 1phase, 15 A  
(Automatic Sensing)  
Processor: 208 - 254V,  
47 - 63 Hz, 1phase,  
30A**  
9.12kVA  
Processor: 230V, 30A, 50/60  
Hz, 1phase or 3 phase  
(selectable at installation)*  
* Phase selection must be completed at the factory or by a trained Kodak  
representative.  
* *Outside the U.S. and Canada, amperage for the printer is 16A, and the  
amperage for the processor is 32A.  
NOTE: To prevent processor failures caused by power fluctuations, purchase a  
Square-D Buck and Boost Transformer (Model #500SV43F) EK Catalog  
#869-7799. Other transformers may not provide satisfactory results.  
Consult with your electrical contractor or utility company to ensure that on-site  
wiring complies with the printer specifications and that wall outlets use isolated  
grounds and comply with codes. Further information is provided in the following  
sections.  
If the equipment is to be permanently connected, then the equipment must be  
provided with its own circuit breaker that is located near the equipment within  
easy reach of the operator and marked as the disconnecting device for the  
equipment.  
A protective earth ground must be supplied when installing the processor.  
The unit is an Insulation Category Type II machine, and operates in a Pollution  
Degree 2 environment in accordance with IEC 664 (Normal Office Environment).  
For technical support, service, repair and fuse replacement information, contact  
Eastman Kodak Company’s Technical Assistance Center at 1-800-822-1414.  
B-4  
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Specifications  
Power Cords  
A 2.4 m (8 ft.), grounded power cord with a special three prong plug is provided  
with your printer. In addition, an 2.4 m (8 ft.), grounded power cord with a three  
prong plug is provided with your processor. The printer conforms to the NEMA N6/  
15 Printer Plug Specification. The processor conforms to the NEMA L14-30  
Printer Plug Specification.  
Special plugs and cords may be required outside of the United States and  
Canada. These plugs and cords will be provided by the Kodak distributor (the  
power cord provided for international locations must have at least 14 gauge wire  
for the printer and 10 gauge wire for the processor).  
The power cords should be certified and approved by a national test house.  
For technical support, service, repair and fuse replacement information, contact  
Eastman Kodak Company’s Technical Assistance Center at 1-800-822-1414.  
CAUTION: Make certain nothing obstructs or is placed on power cords. Do  
not use extension cords; they can cause voltage loss which may  
result in unreliable equipment performance or equipment  
damage.  
Power Outlets  
A separate, dedicated power line with a 208 V, 15 amp dedicated receptacle is  
required for the printer.  
A separate, dedicated power line with a 208 V AC, 30 amp dedicated receptacle is  
required for the processor.  
The outlets should meet the following standards.  
Printer  
Processor  
amperage  
wire size  
phase  
15 amp  
30 amp  
10 gauge or larger  
3 or 1  
14 gauge or larger  
1 (single)  
receptacle  
NEMA5—N6/15  
less than 2 ohms  
NEMA6—30R  
less than 2 ohms  
impedance between  
ground and neutral  
wires  
voltage drop across  
the circuit breaker  
less than 0.1 volts  
less than 0.1 volts  
distance between  
receptacle and  
equipment  
1.5 m (5.0 ft.)  
or less  
1.5 m (5.0 ft.)  
or less  
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Specifications  
Line Frequency  
In most cases, the electric utility company is responsible for maintaining the  
proper frequency of the alternating current in its distribution network. If the  
building is supplied with power by its own motor-generator, make certain that the  
governor that controls the frequency is capable of delivering power within the  
required operating frequency range.  
Power Receptacles (U.S. and Canada)  
OB IG  
OA OC IN  
Computer system  
branch circuit panel  
20P/20R  
#1  
PRINTER  
15A  
NEMA Reference:  
Receptacle 6-15R  
Plug  
6-15P  
#2  
30A  
20P  
PROCESSOR  
NEMA Reference:  
L6-30R  
NEUTRAL BUS  
(Isolated from power panel)  
GROUND BUS  
(Isolated from power panel)  
B-6  
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Specifications  
Printer Power Receptacles (Europe)  
OB IG  
OA OC IN  
Computer system  
branch circuit panel  
CEE (7)  
250,16A  
L
N
16A  
2
(1.5 mm )  
OR  
16A  
L
N
Pin  
CEE (7)  
250,16A  
NEUTRAL BUS  
(Isolated from power panel)  
GROUND BUS  
(Isolated from power panel)  
October 2002  
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Specifications  
Processor Power Receptacles (Europe)  
OB IG  
OA OC IN  
Computer system  
branch circuit panel  
ICE Connector 309  
32A, 3 pin, 230VAC  
32A  
2
(4.0 mm )  
OR  
16A  
16A  
16A  
NEUTRAL BUS  
2
(4.0 mm )  
ICE Connector 309  
32A, 5 Pin, 230-400VAC  
(Isolated from power panel)  
GROUND BUS  
(Isolated from power panel)  
B-8  
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Specifications  
Line Voltage  
The printer and processor operate satisfactorily over a range of voltages around  
the nominal voltage.  
The local utility company is required to deliver power usually within ±10% of the  
rated value to the main distribution panel in the building. Voltage then drops from  
there to the outlets where the equipment is connected. The total voltage drop is a  
function of the following factors:  
The composition of the conductor material in the wire. Copper wire is a better  
conductor than copper-clad aluminum and aluminum wire, which results in  
less voltage loss over the same length of wire.  
The diameter or gauge of the conductor. Large diameter conductor exhibits  
less voltage loss than small diameter conductor.  
The length of the circuit. A long circuit layout may result in more voltage loss  
than a short, direct circuit layout.  
The load or current on the circuit (amperes). A large circuit load may result in  
voltage loss in a circuit.  
The types and number of connections. Several connections in a circuit  
increase the chance of improper wiring practices, which could result in  
voltage loss.  
You must allow for adequate wiring to keep the supplied voltage within the  
required range. Otherwise, intermittent data errors and system errors may occur.  
Low-voltage problems are more common than high-voltage problems and are  
generally caused by poor wiring practices.  
October 2002  
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Specifications  
Operating Environment  
If the environmental temperature changes more than 3o Celsius (5o Fahrenheit)  
since the printer was last calibrated, calibration is necessary to maintain the  
image quality of the prints.  
The printer operates in typical office under the following conditions:  
Lighting  
(Maximum)  
Temperature  
Relative Humidity  
Altitude  
15o to 30oC  
(59o to 86o F)*  
15% to 76%  
(40% to 55%  
recommended)  
0–2000 m  
(0–6562 ft.)  
325 lux* *  
(30.2 ft.  
candles)  
*
Stabilizer wash: 27o C (80o F) maximum  
Water wash: 30o C (86o F) maximum  
A plumbed processor with a water wash system is required for environments  
with temperatures above 27o C (80o F). For more information, see “Plumbing”  
** Although the printer and processor operate in normal room lighting, access to  
a darkroom is required to load the paper into the paper cassettes. Do not  
operate the printer in areas with intense lighting.  
NOTE: The operating environment should be free of smoke and excessive dust.  
Venting the Processor  
At least 10 complete air changes per hour are required for the room that the  
processor is in. Whenever possible, vent the processor directly to the outside in  
accordance with local, state and federal regulations.  
NOTE: A 7.6 cm (3 in.) processor vent kit is available from Kreonite Inc. for rooms  
that have less than 10 air changes per hour.  
Air conditioning requirements:  
The Printer generates 7,509 BTU/hr.  
The Processor generates 18,020 BTU/hr.  
B-10  
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Specifications  
Processor Humidity Specifications  
If the humidity is low (approximately 15 - 20%), check the chemistry levels in the  
tank every 2 hours. Make sure that the chemistry in each processor tank is at the  
top of the overflow pipe. If necessary, add water to reach the correct level.  
overflow  
pipe  
IMPORTANT: Operate the processor’s main drive for approximately 15 to 30  
minutes after topping off the tanks.  
Wash Chemicals  
Maximum Environmental Temperature  
Wash Chemical  
Stabilizer Wash  
Water Wash  
27o Celsius (80o Fahrenheit)  
27o — 30oCelsius (80o— 86o Fahrenheit)  
Telephone line  
A telephone line (with a RJ11C modular phone jack) must be installed within  
3 m (10 ft.) of the printer to support the remote diagnostics. We recommend a  
high-grade analog service line.  
Densitometer  
An X-RITE DTP—36 Densitometer is required to calibrate the printer and for  
process control. It is available through Kodak. See “Accessories” on page A-1.  
October 2002  
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Specifications  
SCSI Cable  
A single-ended or differential-ended SCSI cable is required to connect the host  
computer to the printer. Install a single-ended SCSI cable if the distance between  
the host computer and the printer is less than 6 meters. Use a differential-ended  
SCSI cable if the distance between the host computer and the printer is greater  
than 6 meters but less than 30 meters.  
IMPORTANT: The printer is configured in single-ended mode at the factory.  
Before installing a differential-ended SCSI cable, you must contact  
your Kodak service representative to have your printer  
reconfigured to the differential-ended mode.  
B-12  
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Appendix C: Additional Calibration  
Information  
The topics covered in this section include:  
Installing the Calibration Software  
An overview of the KODAK Device Calibration Software  
Advanced Features of the RP 50 Calibration Software  
Installing the Densitometer  
IMPORTANT: For the step-by-step procedure to calibrating the printer, see  
“Calibrating the Printer” on page 2-3.  
Installing the Calibration Software  
Installing the software includes installing both the Kodak Device Calibration  
Software (which manages the calibration of multiple Kodak devices) and the  
Calibration Software.  
System Requirements  
MACINTOSH Version  
Power MACINTOSH System 7.5 or above  
Minimum of 35 MB free disk space  
608 K free disk space for each of as many as six configured devices  
256 colors at 640 x 480 spatial resolution  
CD ROM Drive  
WINDOWS NT Version  
100 MHz PENTIUM Processor  
64 MB Main System Memory  
VGA Monitor (640 x 480 spatial resolution)  
CD ROM Drive  
October 2002  
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Additional Calibration Information  
Installation Procedure  
1. Place the supplied CD-ROM in your CD-ROM drive.  
2. When the Browser appears, select LED Printer.  
MACINTOSH Version  
Under “Download File,” select LEDCalAppVn (n is the current version number).  
LEDCalAppVn is saved to your desktop.  
WINDOWS NT Version  
Under “Download File,” select KPRO Calibration Utilities.  
You can either save the installation file to a hard drive or run it directly from the  
Internet.  
If you choose to save the installation file to a hard drive, the Save File dialog box  
appears. Either accept the path and file name or select another path and file name  
and save the file.  
MACINTOSH Version and WINDOWS NT Version  
NOTE: From this point on, the installation is similar for Macintosh and Windows  
NT systems. When the instructions say, for example, click Next or Install,  
the first option is for Windows NT systems; the second is for Macintosh  
systems.  
CAUTION: Toavoidpossible damage, do not connect ordisconnect thecable  
between your host computer and the printer when either device  
is powered up.  
1. Double-click the installation file.  
The splash screen for KODAK PROFESSIONAL Universal Calibration Utility  
appears and a Setup message appears.  
2. After the Welcome screen appears, click Next or Continue.  
3. For Macintosh systems only, read the readme information, then click  
Continue.  
4. Read the license agreement.  
To accept the terms and continue the installation, click Yes or Agree.  
Or, to cancel the installation, click No or Disagree.  
5. For Windows NT systems only, read the readme information, then click Next.  
C-2  
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Additional Calibration Information  
6. Select the installation type:  
For Windows NT systems, select one of the following:  
Typical  
includes Device Calibration Applications for the Kodak  
Professional LED Printer and for the Kodak Professional  
Digital Multiprinter, plus the Linearization Calibration  
Application for the Kodak Professional RFS 3570+ (Speed  
Up) Film Scanner  
Compact allows you to choose to install individual applications from the  
list included under Typical  
Custom  
allows you to choose specific features for the application you  
choose to install; for the LED Printer, you may choose to  
install either Gen I or Gen II  
For Macintosh systems, select Easy Install.  
7. Click Next to install the software on your system.  
A dialog box appears for you to designate where to install the calibration  
software.  
8. Either accept the default path and folder or select another path and folder.  
9. Click Finish or OK.  
NOTE: For Windows NT systems, the screen gives you the option of reading  
the readme file associated with your installed applications.  
10. Remove the CD-ROM and store it in a safe place.  
October 2002  
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Additional Calibration Information  
Kodak Device Calibration Software  
The Kodak Device Calibration Software is used to launch the Calibration Software  
for the printers and scanners.  
NOTE: Most of the windows displayed in this chapter are from the WINDOWS NT  
Version of the software. The windows for MACINTOSH Computers are  
similar.  
Application Window Definitions  
The window below and the tables that follow define the application window for the  
KODAK Calibration Device Software.  
Title bar  
Tool bar  
Menu bar  
Device icon  
(this appears  
when you add  
a calibration  
device)  
Client area  
Status bar  
Window Area  
Description  
Title Bar  
Menu Bar  
Tool Bar  
Contains the application name, “KODAK Device Calibration”  
Contains selectable menu items  
Contains the user selectable menu choices and is activated by a shortcut keystroke  
or by a mouse pointer and left mouse button  
Client Area  
Device Icon  
Status Bar  
Contains the icons that represent devices available for calibration  
Represents a device that can be calibrated  
Displays messages to the user to indicate actions that are occurring or the status of  
the occurring action and the currently selected device  
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Additional Calibration Information  
The table below defines the functions and their corresponding icons on the main  
window of the KODAK Device CalibrationSoftware.  
Menu  
Access  
Function  
Icon/Key  
Availability  
Description  
Operations Calibrate  
When the  
device is  
selected  
Passes control to the  
calibration software for the  
device; double-clicking on a  
device icon performs the  
same action  
MACINTOSH:  
+L  
WINDOWS NT: Ctrl+L  
File  
New  
Always  
Displays a Create a New  
Device dialog box; adds a  
device to the control area  
MACINTOSH:  
+N  
WINDOWS NT: Ctrl+N  
Edit  
Cut  
When a  
Removes the object from  
the control area. All history  
data files (including log  
data, LUT files etc.) will be  
deleted for this device. A  
confirmation dialog box  
appears to allow you to  
cancel the action.  
calibration  
device is  
selected  
MACINTOSH:  
+X  
WINDOWS NT: Ctrl+X  
File  
Edit  
Always  
If no object is selected, the  
Edit Application  
Configuration dialog box  
appears. If an object is  
selected, the Update a  
Device Registry dialog box  
for that device appears.  
MACINTOSH:  
WINDOWS NT: Ctrl+E  
+E  
MACINTOSH:  
+Q  
MACINTOSH:  
Quit  
File  
Always  
Always  
Exits the application  
WINDOWS NT: Ctrl+Q  
WINDOWS NT:  
Exit  
Help  
Product  
Information  
NA  
Displays the Product  
Information dialog box  
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Additional Calibration Information  
Starting the Kodak Device Calibration Software  
Load the Calibration Software according to the table below. (If needed, see  
MACINTOSH Version  
WINDOWS NT Version  
1. Open the folder that  
contains the files for the  
calibration application.  
Select:  
Programs/Eastman Kodak/  
KPRO Applications/  
Kodak Universal Calibration Utility  
from the WINDOWS NT Start menu.  
2. Click on the icon for KODAK  
Device Calibration.  
Adding a Device  
To add a calibration device icon to the KODAK Device Calibration Software:  
1. Select New from the File menu on the KODAK Device Calibration window.  
File menu  
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The Create a New Device dialog box appears.  
2. Enter the correct device settings. Use a unique identifying word for the device  
name.  
NOTES: The default SCSI ID for the printer is 5. The printer’s OCP menu  
displays the current SCSI ID for the printer.  
Make sure the Device Type field matches the type of printer that  
is being calibrated.  
1. Click OK to accept the changes.  
A new printer device icon appears on the KODAK Device Calibration screen.  
NOTE: If an error message appears, refer to “Calibration Troubleshooting” on  
page 5-19.  
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Additional Calibration Information  
Editing the Log Settings  
To change the log settings for the KODAK Device Calibration:  
1. Deselect all devices on the KODAK Device Calibration screen and click the  
Edit icon.  
Edit icon  
All devices  
must be  
deselected  
The Edit Configuration dialog box appears:  
2. Edit the device settings as needed or click Default to refresh the screen with  
the default settings.  
The log operations/settings include:  
Device Setting  
Options  
Log Type  
None: No logging of events or errors  
Events: Log events only (status messages that appear on the screen)  
Errors: Log errors only  
Log all actions: Log all actions  
Keep log for  
(days)  
Enter the number of days you want to keep logged information – for up to  
99 days  
Log File Name  
Enter the name that you want to give to the log file  
3. Click OK to save (or Cancel to cancel) the changes.  
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Additional Calibration Information  
Updating a Device  
To update or change the device name or the SCSI ID for any device:  
1. Select the device by clicking once on the device icon on the KODAK Device  
Calibration screen.  
Edit  
icon  
Device  
icon  
2. Click the Edit icon.  
The Update a Device dialog box appears.  
3. Enter the correct device settings.  
The options for the device settings include:  
Device Setting  
Options  
Device name  
Enter the name that you want to give to the device.  
NOTE: The MACINTOSH platform limits the device  
name to 10 characters.  
SCSI Host Adapter Adapter ID on host computer  
SCSI ID The SCSI ID for the device  
4. Click OK to save (or Cancel to cancel) the changes.  
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Additional Calibration Information  
Deleting a Device  
To delete a device from the KODAK Device Calibration Software screen:  
1. Select the device by clicking on the device icon.  
Cut icon  
Device  
icon  
2. Click the Cut icon.  
The following dialog box appears:  
3. Click Yes to delete the files and directories for the selected calibration device.  
(Click No to stop the deletion process.)  
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Additional Calibration Information  
Advanced Features to the Calibration Software  
The Calibration Software provides automated neutral density printer calibration  
and is designed to be used without assistance from technical experts. The  
advanced calibration features provided by this product enable you to customize  
the calibration of the printer. To use the advanced features, you should  
understand image science technology and the implications of manipulating  
neutral density calibrations.  
IMPORTANT: Printer calibration should not be mistaken for color management.  
Color management is provided by software applications that are  
independent of the printer and the calibration software.  
Viewing Graphs  
The View Graphs feature provides access to the available graphs from the most  
recently completed calibration.  
Examples of the Value, Difference, and History Graphs are shown below. The  
Value and Difference Graphs reflect the densitometer values that were last read.  
The History Graph displays the data from completed calibrations.  
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Additional Calibration Information  
Value Graph  
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Additional Calibration Information  
Difference Graph  
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Additional Calibration Information  
History Graph  
To view calibration graphs:  
1. From the KODAK Device Calibration screen, double-click the device for which  
you want to view graphs.  
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Additional Calibration Information  
The LED Calibration Application screen appears.  
Graphs icon  
2. Click the Graphs icon.  
One of the graphs appears; normally it is the Value graph.  
3. Select the Graph Type that you want to view. When the graph appears, select  
the type of data and planes that you want to see displayed.  
NOTE: The graph will be blank if the printer has not been calibrated.  
Sending LUTs  
The Send LUT to Printer feature allows you to overwrite the current LUT in the  
printer. You can create a valid printing LUT using an ASCII text editor. This option  
sends the selected LUT to the printer, overwriting any existing LUT.  
To send a LUT to the Printer:  
1. From the KODAK Device Calibration screen, double-click the device for which  
you want to send a LUT.  
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Additional Calibration Information  
The LED Calibration Application screen appears.  
Send  
LUT icon  
2. Click the Send LUT icon.  
The Send LUT to Printer dialog box appears.  
3. Select one of the LUTs from the dialog box and click Load Selected LUT or  
click Load Custom LUT and follow the prompts to load a custom LUT. The  
LUT is downloaded to the printer, overwriting the current LUT.  
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Additional Calibration Information  
Sending Targets  
The Send Target feature enables you to send any properly formatted target file to  
the printer without performing a calibration. The target file must contain image  
data in the format for the printer. The format of this file must be raw RGB pixel  
interleaved.  
To send a test target to the printer:  
1. From the KODAK Device Calibration screen, double-click the device for which  
you want to send a test target.  
The LED Calibration Application screen appears.  
Send Test  
Target icon  
2. Click the Send Test Target icon.  
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Additional Calibration Information  
The Send Target to Printer dialog box appears. (Both the Windows NT and  
Macintosh versions are shown here.)  
WINDOWS NT Version  
NOTE: Windows NT users can click Browse to select another file name. The  
Open dialog box appears. Select the file name you want, then click  
Open.  
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Additional Calibration Information  
MACINTOSH Version  
3. Enter the desired settings and click OK to save the settings (or Cancel to  
keep the previous settings).  
The selected test target is sent to the printer.  
Editing the Calibration Configuration  
The Edit Configuration feature allows you to change the printer’s calibration  
configuration attributes. However, it is recommended that you use the default  
settings for these attributes for most operations. The settings should only be  
changed for the most advanced operations.  
Edit Configuration consists of a set of six tabbed screens—each with related  
configuration attributes. There can be only one set of configuration attributes for  
the printer calibration application at a time. If you make any changes to one or  
more of the tabbed screens and then click OK to save your changes, the changes  
will overwrite the previous attributes used for the automated calibration.  
To edit the calibration configuration:  
1. From the KODAK Device Calibration screen, double-click the device for which  
you want to change the calibration configuration.  
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Additional Calibration Information  
The LED Calibration Application screen appears.  
Edit icon  
2. Click the Edit icon.  
The Edit Configuration screen appears with the Procedure tab displayed.  
Edit Configuration Screen for WINDOWS NT Systems  
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Additional Calibration Information  
Edit Configuration Screen for MACINTOSH Systems  
3. To navigate among the tabs, click the tab you want and follow the instructions  
for updating the information for that tab.  
IMPORTANT:Whenever you click OK, the software assumes ALL changes to  
the Edit Configuration are complete and the Edit Configuration  
screen closes. Similarly, you can click Cancel at any time while  
the Edit Configuration screen is open; any changes you made to  
any of the tabbed information are canceled and the Edit  
Configuration screen closes.  
Note that for Macintosh users only, you can click Default at any time to reset the  
attributes to their factory defaults and then click OK to save the defaults.  
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Additional Calibration Information  
Editing Information on the Procedure Tab  
The Procedure tab contains general configuration attributes as shown and  
described below. The values displayed in the example are the default settings.  
Procedure  
Attribute  
Description  
Graphing  
Instructs the application when to display the graphs of the data  
Indicates whether the level of tolerance is Normal, Loose, or Strict  
Tolerance Level  
Out of Tolerance  
Provides the flexibility to interact at each step or to use a fully  
automated calibration  
Maximum Cycles  
Indicates the maximum number of iterations the calibration  
procedure will perform if “Out of Tolerance” is set to “Automatically  
iterate up to maximum cycles.”.  
Processor In Control Indicates whether the Processor In Control dialog box is to be  
displayed at the beginning of the calibration process  
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Additional Calibration Information  
To edit the configuration information on the Procedure tab:  
1. Use the drop-down lists to change the Procedure information as needed.  
2. If you have completed all editing of configuration information (including  
information on the other tabbed screens), click OK to save the changes and  
close the Edit Configuration screen.  
NOTE:ClickCanceltocancelallchangesmadetotheEditConfigurationscreen  
and close the Edit Configuration screen.  
3. To continue making changes to the Edit Configuration, click on another tab  
and make changes as needed.  
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Additional Calibration Information  
Editing Information on the Density Source Tab  
The Density Source tab specifies how the calibration application is to receive  
density data. The values displayed in the example are the default settings.  
Density Source  
Description  
Attribute  
Density Source  
Indicates the source (densitometer or file) of the density data.  
Density Source Port  
Indicates the name of the RS-232 port that the densitometer is  
connected to. This port is the source of the density data. The name of the  
port is specific to the computer system platform.  
Density Source File  
Indicates the filename for the source of density data. This is only used if  
the Density Source is a file. If you designate a file as the density source,  
To edit the configuration information on the Density Source tab:  
1. Use the drop-down lists to change the Density Source information as needed.  
2. If you have completed all editing of configuration information (including  
information on the other tabbed screens), click OK to save the changes and  
close the Edit Configuration screen.  
NOTE:ClickCanceltocancelallchangesmadetotheEditConfigurationscreen  
and close the Edit Configuration screen.  
3. To continue making changes to the Edit Configuration, click on another tab  
and make changes as needed.  
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Additional Calibration Information  
Editing Information on the Aim Tab  
The Aim tab specifies:  
whether the aims used for calibration are to be Density Aims or Lightness  
Aims  
whether to apply the Channel-Independent Matrix  
which table to use if Copyright Detection is functional  
The values displayed in the example are the default settings.  
Attribute  
Description  
Desired Aim  
Indicates whether to use Density Aims or Lightness Aims for  
calibration. Using Lightness Aims will improve both the highlights and  
shadows of your prints.  
Apply Channel  
Independent  
Matrix?  
Indicates whether or not to apply the Channel-Independent Matrix to  
the aim values. If the matrix is applied, the number of cycles required  
to successfully calibrate the printer should be reduced.  
Copyright  
Select the table to be used. This feature is available with Gen II LED  
Detection Table  
printers only. Only use this feature as instructed by Kodak.  
To edit the configuration information on the Aim tab:  
1. Change the Aim information as needed.  
2. If you have completed all editing of configuration information (including  
information on the other tabbed screens), click OK to save the changes and  
close the Edit Configuration screen.  
NOTE: Click Cancel to cancel all changes made to the Edit Configuration  
screen and close the Edit Configuration screen.  
3. To continue making changes to the Edit Configuration, click on another tab  
and make changes as needed.  
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Additional Calibration Information  
Editing Information on the History Tab  
The History tab specifies information about maintaining calibration history data.  
The values displayed in the example are the default settings.  
Attribute  
Description  
Keep History For (days) Indicates the number of days that the calibration LUT, print LUT,  
density data and LUT history information (LED trend data) are to  
be kept. Information older than the specified number of days will be  
deleted.  
Log Type  
Indicates the type of log file available during calibration. All  
recordable events or just the recordable errors can be logged to a  
selected filename.  
Keep log for (days)  
Log File Name  
Indicates the number of days that the error and events information  
is to be kept. Information older than the specified number of days  
will be deleted.  
The name of the file that contains the logged information.  
To edit the configuration information on the History tab:  
1. Change the History information as needed.  
2. If you have completed all editing of configuration information (including  
information on the other tabbed screens), click OK to save the changes and  
close the Edit Configuration screen.  
NOTE: Click Cancel to cancel all changes made to the Edit Configuration  
screen and close the Edit Configuration screen.  
3. To continue making changes to the Edit Configuration, click on another tab  
and make changes as needed.  
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Additional Calibration Information  
Editing Information on the Paper Tab  
The Paper tab allows you to specify the paper being calibrated. The value  
displayed in the example is the default setting.  
Attribute  
Paper Type  
Description  
Select either KODAK PROFESSIONAL Digital III Paper (Digital III) or  
KODAK PROFESSIONAL Digital PT 2976 Paper (2976).  
To edit the configuration information on the Paper tab:  
1. Change the Paper Type if needed.  
2. If you have completed all editing of configuration information (including  
information on the other tabbed screens), click OK to save the changes and  
close the Edit Configuration screen.  
NOTE: Click Cancel to cancel all changes made to the Edit Configuration  
screen and close the Edit Configuration screen.  
3. To continue making changes to the Edit Configuration, click on another tab  
and make changes as needed.  
Editing Information on the DP2 (Windows NT) or KPIS  
(Macintosh) Tab  
The DP2 (or for Macintosh versions, KPIS) tab specifies whether to activate DP2  
(or KPIS) interoperability, and if so, names the directory and filename designated  
for the DP2 (or KPIS) information.  
There are some minor differences in the editing of DP2 and KPIS information;  
both are presented. Instructions for editing KPIS information begin on page C-29.  
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Additional Calibration Information  
Editing DP2 Information (WINDOWS NT Systems)  
When you click the DP2 tab of the Edit Configuration screen, the following tabbed  
screen appears. The values displayed in the example are the default settings.  
Attribute  
Activate DP2  
Description  
Indicates if the calibration procedure should generate a LUT file to be  
used with the DP2 system  
DP2 Location  
DP2 Filename  
Directory to contain generated LUT files for use with DP2  
Name of the file containing the DP2 LUT files  
1. If DP2 is not already activated, click the Activate DP2 checkbox (click again  
to deactivate) so that the screen looks like the example above.  
2. To change the DP2 Location, type a new directory name or click Browse and  
select another directory.  
3. If needed, change the DP2 Filename.  
4. If you have completed all editing of configuration information (including  
information on the other tabbed screens), click OK to save the changes and  
close the Edit Configuration screen.  
NOTE: Click Cancel to cancel all changes made to the Edit Configuration  
screen and close the Edit Configuration screen.  
5. To make other changes to the Edit Configuration, click on another tab and  
make changes as needed.  
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Additional Calibration Information  
Editing KPIS Information (Macintosh Systems)  
If you are using the calibration output files with the KPIS system, it is necessary to  
activate KPIS and assign a filename and location to the output file.  
When you click the KPIS tab of the Edit Configuration screen, the following tabbed  
screen appears. The values displayed in the example are the default settings.  
Attribute  
Description  
Indicates if the calibration procedure should generate a LUT file to be used with  
the KPIS system  
Activate KPIS  
KPIS Location  
KPIS Filename  
Directory to contain generated LUT files for use with KPIS  
Name of the file containing the KPIS LUT files  
1. Click the Activate KPIS checkbox (click again to deactivate).  
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Additional Calibration Information  
The display shows the Edit Configuration screen with the default settings for  
KPIS Location and KPIS Filename.  
2. To change the directory for the KPIS file:  
a. Click KPIS Location. The display shows the Select KPIS Folder dialog  
box.  
b. If needed, browse to find the folder you want.  
c. Click on Select “directoryname” (the example above shows Select  
“KodakLED”).  
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The display shows the updated Edit Configuration screen with updated  
File Location of CalDisk:CompositeMachine:Tables:KodakLED.  
Completing the Edit Configuration  
When finished, click OK to save the attributes. (Click Cancel to exit the screen  
without saving your changes. Macintosh users: you can click Default at any time  
to reset the attributes to their factory defaults and then click OK to save the  
defaults.)  
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Additional Calibration Information  
Creating a Density File for Use with Calibration  
During calibration, you have the option of obtaining density data from a file or by  
scanning a processed test target through an X-RITE DTP 36 densitometer. The  
option is determined by the entry in the calibration configuration file. If the  
configuration file is set up to receive density data from a file and you are creating  
the file:  
1. Scan the print into your densitometer.  
2. Save the data to file using the density data file format specification (see “File  
Formats” below). The Kodak Calibration Software does not perform this  
function.  
3. Move the density data file that you just saved to the folder or path selected on  
the Density Source tab of the Edit Configuration screen (see “Editing  
File Formats  
NOTE: If a file contains data in a tabular format, each entry may be separated by  
multiple spacesand tabs;however, when the fileissaved bythe application,  
each group of multiple spaces and tabs is automatically converted to a  
single tab.  
DensityDataRaw (TECHNET Format)  
Example:  
R2340 G1000 B2010  
R2350 G1010 B2020  
R2360 G1020 B2030  
R2370 G1030 B2040  
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Additional Calibration Information  
Installing the Densitometer  
This section describes how to install the X-RITE DTP 36 Densitometer, including  
changing some of the attributes on the Edit Configuration screen to accommodate  
the densitometer.  
IMPORTANT: The supported densitometers use a RS-232 interface for  
communication to the host. Each platform uses different  
designations to identify the RS-232 ports.  
To install the densitometer:  
1. Connect the appropriate cable (provided by the user, supplier or with the  
densitometer) between the densitometer and the host computer.  
NOTE:For the X-RITE DTP 36 Densitometer:  
Remove the protective strip (for shipping) from the densitometer.  
Verify that the densitometer is configured with the factory defaults. (Refer  
to the densitometer manual for this information.)  
Perform an initial calibration of the densitometer. (Refer to the  
densitometer manual.)  
2. Run the calibration software for the printer and click the Edit icon to access  
the Edit Configuration screen; see “Editing the Calibration Configuration”  
3. Click the Density Source tab.  
4. Edit the attribute for the Density Source. Select the appropriate choice for  
your densitometer from the list.  
5. Edit the attribute for the Density Source Port. Enter the name of the port that  
the RS-232 cable is connected to on the host computer system.  
Host System  
Default Port  
MACINTOSH  
WINDOWS NT  
Printer  
COM 1  
6. Click OK to save the changes to the configuration.  
IMPORTANT:Densitometers require calibration at regular intervals. Refer to  
your densitometer manualorinstructionson how to calibrate your  
densitometer and perform a calibration.  
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Appendix D: Using the Image Print  
Server Software  
This section describes how to use the KODAK PROFESSIONAL Image Print  
Server Software for WINDOWS NT Workstation 4.0 Systems.  
The IPS Software enables printing of TIFF images and provides easy, intuitive  
methods for performing simple print management operations that include:  
stopping/suspending and resuming the processing  
deleting images from the queue  
inserting new images into the queue  
applying a tone scale correction to images  
In addition, IPS Software allows you to monitor a specified file system or folder  
while waiting for TIFF images.  
Communication Channels  
Your computer can print to the RP 50 or 20R Printer through a SCSI connection  
only.  
Installing the IPS Software  
You must be familiar with the WINDOWS System in order to perform the  
installation.  
Hardware Requirements  
The following is the minimum hardware required for the IPS Software:  
64 MB Main System Memory  
100 MHz PENTIUM Processor  
VGA Monitor (640 x 480 spatial resolution)  
Software Requirements  
The following must be installed on your computer:  
WINDOWS NT Workstation 4.0  
An ASPI-compliant SCSI interface driver  
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Using the Image Print Server Software  
Installing the Software  
1. Insert the IPS Software CD into the CD-ROM drive.  
2. Double-click on the Setup.exe icon.  
3. Follow the on-line instructions to complete the installation.  
The default installation location for the software is “C:\Eastman Kodak\KPro  
Applications\KODAK PROFESSIONAL Image Print Server.” In addition to the  
application, the installation procedure also installs a tone scale correction LUT  
that may be used by the IPS application. The default installation location for this  
LUT is “C:\Eastman Kodak\KPro Color Management\LUTS.”  
Using the Image Print Server  
This section summarizes the process of printing an image. See “Dialog Boxes and  
Print Options” on page D-6 for detailed descriptions of the options.  
Inserting Images into the Print Queue  
The IPS application allows you to submit images by specifying a “hot folder” (for  
example: the Source Directory in the Source Directory Preferences dialog box)  
or inserting through the enqueue function from the application menu bar.  
Source Directory Insertion  
Images placed in the Source Directory are automatically placed into the print  
queue. The images are then sorted by the date and time that they were placed in  
the Source Directory. Images are printed in the order that they are placed into  
the directory. Once the image has been downloaded, the file is removed from the  
Source Directory.  
NOTE: The properties of the images that are placed in the Source Directory are  
taken from the Source Directory Preferences dialog box.  
Menu Bar Insertion  
To enqueue an image through the menu bar, select File->Enqueue or click the  
Enqueue button.  
Images placed in the queue through the menu bar are not removed from their  
original directory after they are downloaded.  
NOTE: The properties of images inserted in this manner are taken from the  
Enqueue dialog box.  
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Using the Image Print Server Software  
Suspending and Resuming  
When the IPS application begins execution, it searches the current directory for its  
preferences file, KIPSpref.dat. If this file is not found, the application begins  
execution in the “suspended” state as if the Suspend button was pressed. While  
suspended, the application does not communicate with the printer for any reason.  
As a result, the status bars on the application will not reflect the accurate state of  
the printer.  
If the application is suspended, pressing the Resume button will activate the  
application. If the preferences have not been initialized (for example: first time  
execution), you are prompted to initialize the IPS preferences. The application will  
remain suspended until the preferences have been properly initialized.  
If the preferences file is found when the application is launched, the application  
will begin execution in the “running” state as if the Resume button was pressed.  
Failed Jobs  
When an image fails to download for any reason, an appropriate error message is  
appended to the log. The log file is specified in the Source Directory Preferences  
dialog box.  
Images in the Source Directory are moved to the FailedJobs Directory. The  
FailedJobs Directory is created as a subdirectory within the Source Directory  
when the first failure occurs.  
Images that fail and were not inserted through the Source Directory are not  
moved to the FailedJobs Directory.  
Attended Operation  
The IPS application allows you to operate in the Attended or Unattended mode.  
The Server-> Attended menu item is used to enable and disable Attended mode  
operation.  
In Attended mode, all errors are displayed in dialog boxes. The IPS application is  
halted until you respond to the message.  
In Unattended mode, only errors that require user intervention are displayed in  
dialog boxes. Errors that do not require user intervention, such as an invalid file  
format, are logged in the log file.  
In both Attended and Unattended modes, all errors are written to the log file.  
NOTE: If a communication error occurs while the file is being downloaded to the  
printer, the image may not be printed. In addition, jobs that fail to print from  
the source directory are copied to the failed jobs directory.  
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Using the Image Print Server Software  
Enqueue Example  
1. Select File->Enqueue from the menu bar for the main application screen  
D-4  
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Using the Image Print Server Software  
The Enqueue dialog box appears.  
2. Type a file name into the Image File text box or click the Browse button.  
3. Click OK to close the Enqueue dialog box and to insert the specified file into  
the print queue.  
NOTE: You cannot enqueue a file that is being downloaded to the printer. You  
must wait the file has completed downloading before you can access  
the file.  
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Using the Image Print Server Software  
Dialog Boxes and Print Options  
This section describes the dialog boxes and print options for the KODAK Image  
Print Server Software.  
KODAK PROFESSIONAL Image Print Server Main Window:  
D-6  
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Using the Image Print Server Software  
Option Descriptions  
The main window allows you to choose the following options:  
Menu Access  
Button  
Enqueue  
Icon  
Description/Function  
File  
Displays the Enqueue dialog box and allows  
you to insert a new image into the print  
queue.  
File  
Dequeue  
Flush  
Allows you to remove the top entry from the  
print queue.  
File  
Allows you to delete all entries from the print  
queue.  
Server  
Server  
Help  
Suspend  
Resume  
About  
Suspends the operation of the application. If  
an image is being sent to the printer, it will  
continue to download and is active only  
when the system is executing normally.  
Resumes the operation of the application  
and is active only when the system is  
suspended and can only be used if the  
server defaults were initialized.  
Displays the About box that includes version  
information about the IPS.  
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Using the Image Print Server Software  
Enqueue Dialog Box  
Option Descriptions  
The selections/options that you can make from the Enqueue dialog box include  
the following:  
Image File Text Box— you may type in a name or browse the directory structure.  
OK—closes the dialog box and inserts the specified file into the print queue.  
Cancel—closes the dialog box without saving any changes.  
Copies—the number of copies to print. The valid number of copies is 1—9999  
Printer Resolution—“125 ppi” enables the hardware pixel replication capability  
on the printer, “250 ppi” prints the image pixel for pixel.  
Print Production—“Immediate” instructs the printer to print the image  
immediately, “Deferred” allows the printer to buffer the image until an entire sheet  
of images can be printed.  
Punches—“Order Punch” places a punch between each order, “ID Punch” places  
a punch .25 in. inside each image area to mark a gutter for host image  
information.  
Tone Scale Correction—”Correction File” is the name of the file to use for the  
tone scale correction. A 2.2 gamma correction LUT is installed with the  
application. See “Installing the Software” on page D-2 for the default installation  
location. Select the “Apply” box to instruct the application to apply the LUT to the  
image.  
D-8  
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Using the Image Print Server Software  
Source Directory Preferences Dialog Box  
Option Descriptions  
The selections/options that you can make from the Server Default dialog box are:  
OK—closes the dialog box and saves the specified values.  
Cancel—closes the dialog box without saving any changes.  
Source Directory—the directory/folder where the TIFF application will look for  
the TIFF images to arrive. Type a directory name or click the browse button.  
Log File—the file name where the IPS application will store the printer error  
information. Type a file name or click the Browse button.  
Copies—the number of copies to print. The valid number of copies is 1–9999  
Center Image—centers the image on the paper.  
Printer Resolution—“125 ppi” enables the hardware pixel replication capability  
on the printer, “250 ppi” prints the image pixel for pixel.  
Print Production—“Immediate” instructs the printer to print the image  
immediately, “Deferred” allows the printer to buffer the image until an entire sheet  
of images can be printed.  
Punches—”Order Punch” places a punch between each order. “ID Punch” places  
a punch .25 in. inside each area to mark a gutter for the host image information.  
Tone Scale Correction—”Correction File” is the name of the file to use for the  
tone scale correction. A 2.2 gamma correction LUT is installed with the  
application. See “Installing the Software” on page D-2 for the default installation  
location. Select “Apply” to instruct the application to apply the LUT to the image.  
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Using the Image Print Server Software  
Initialize Default Parameters Dialog Box  
Description  
This dialog box appears if you press the Resume button (or activated through the  
menu bar) before the Source Directory Preferences have been initialized.  
File Format Details  
The data portion of the TIFF file must contain RGB byte interleaved data. The  
specific TIFF tags that are supported are shown below.  
Supported Tags  
The Image Print Server supports the TIFF tags listed below. The range of legal  
values for TIFF tags 256, 257, 258, 273, 278 and 279 are image dependent. If  
these values are incorrect, an error will occur while reading the image data and an  
appropriate error message will be placed in the log file. Values indicated in the  
table below by a “*” are image dependent.  
TIFF Tag ID  
Name  
Valid Range  
256  
Image Width  
*
*
257  
258  
Image Length  
Bits per Sample  
*
2
*
3
*
262  
273  
Photometric Interpretation  
Strip Offset  
277  
278  
Samples per Pixel  
Rows per Strip  
279  
284  
Strip Byte Count  
*
1
Planar Configuration  
*indicates an image dependent value.  
LZW Compression  
The IPS does not support LZW compression.  
D-10  
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Appendix E: Using the PHOTOSHOP  
Export Module  
This appendix describes how to use the Export Module for PHOTOSHOP on  
MACINTOSH Systems with the KODAK PROFESSIONAL RP 50 LED Printer.  
The Export Module allows you to export prints from PHOTOSHOP to a KODAK  
PROFESSIONAL 20P Printer.  
The Export Module allows you to:  
Scale an image by 200%  
Center an image within a user specified border  
Installing the Export Module  
This section explains how to install the Export Module on your MACINTOSH  
system. It assumes that you are familiar with the MACINTOSH System  
Environment.  
Hardware Requirements  
The following hardware is required for the Export Module:  
120 MHz PowerPC 601 Processor  
Minimum of 72 MB of RAM  
Hard disk space that is at least three times your image size  
A standard SCSI terminator if you are daisy-chaining your external disk drive  
or other peripheral with the printer and you are not using a MACINTOSH IIfx  
Computer  
An APPLE SCSI Terminator if you are using a MACINTOSH IIfx Computer  
and you have an external SCSI disk drive or other  
peripheral device  
KODAK PROFESSIONAL Printer  
Software Requirements  
The following must be installed on your MACINTOSH System:  
MACINTOSH System 7.5.5 or later  
ADOBE PHOTOSHOP, version 3.0 or later  
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Using the PHOTOSHOP Export Module  
Installing the Software  
1. Open the Adobe Photoshop folder on your computer.  
The Adobe Photoshop window appears. It should look similar to the one  
shown below.  
2. Insert the Host Software CD (included with your printer) into the CD drive.  
3. Double-click the CD icon on your desktop.  
4. Double-click on the Macintosh folder.  
5. Double-click the KODAK LED Printer Export Module folder.  
The KODAK LED Printer icons appear.  
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Using the PHOTOSHOP Export Module  
6. Click and drag the KODAK LED Printer plug-in icon and Media Files over the  
Adobe Photoshop Plug-ins folder and release the mouse button.  
A copy progress dialog box appears as the folders and files are copied.  
7. Click and drag the remaining files from the KODAK LED Printer window to a  
Utility folder or another location on your system.  
Printing Images  
Do the following to print an image. See “Dialog Boxes and Print Options” on page  
E-6 for details.  
1. Start PHOTOSHOP and open an image file.  
NOTE: Make sure the image is in the RGB Color mode. If the image is not in  
the RGB Color mode when you try printing the file, you will receive an  
error message.  
2. Choose Export from the File menu.  
NOTE: You cannot access the Export submenu if an image is not open in  
PHOTOSHOP.  
3. Choose KODAK LED Printer from the Export menu.  
The KODAK LED Printer main dialog box appears.  
4. Click Print.  
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Using the PHOTOSHOP Export Module  
To select another printer:  
1. Click Select.  
The Select a KODAK LED Printer dialog box appears.  
2. Select the printer by clicking the appropriate button.  
3. Click OK.  
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Using the PHOTOSHOP Export Module  
The KODAK LED Printer main dialog box appears.  
4. Make the remaining print option choices to meet the needs of your print job  
from the KODAK LED Printer dialog box. See “Dialog Boxes and Print  
Options” on page E-6 for more information.  
5. Click Print.  
A PHOTOSHOP progress dialog box appears.  
To cancel printing, press the command key and type a . (period). If the cancel  
command is ignored, select Cancel Printing in the PHOTOSHOP progress  
dialog box.  
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Using the PHOTOSHOP Export Module  
Dialog Boxes and Print Options  
This section describes the dialog box that allows you to specify print options.  
KODAK LED Main Dialog Box  
Option Descriptions  
The Printer group box allows you to choose the following options:  
Select—opens the Select a KODAK LED Printer dialog box.  
Status—opens the Printer Status dialog box.  
Defer Print—instructs the printer to “defer” printing the image until the printer  
queue is full.  
Reprint— allows you to print the last page sent to the printer. The last page sent  
remains in the buffer until the printer is shut off, the computer is restarted, or the  
next page is sent. If a page is not stored on the selected printer, the printer ignores  
the request.  
NOTE: The page that prints is the last one sent and stored in the printer. This may  
or may not be the last page you sent. In network environments, another job  
could have been sent to the printer after you sent yours.  
E-6  
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Using the PHOTOSHOP Export Module  
Other options  
The other selections you can make from the KODAK LED Printer main dialog box  
include the following options:  
Copies— allows you to specify the number of  
copies. Up to 99 copies can be printed at a time.  
The default is 1.  
Print—sends the job to the printer.  
Cancel—closes the dialog box without printing the  
image or saving changes.  
Help—opens a Help dialog box so you can find  
information about the Export Module within the  
software program.  
Punch Attributes  
Option Descriptions  
The Punch Attributes group box provides the following options to punch the paper  
on 20R Printer only:  
ID—places a page identification punch on the page that you are about to send.  
End Order—Inserts an end of order punch on the paper web after the page you  
are about to send.  
NOTE: The ID and end order punches may be on the same side or on the opposite  
sides of the paper, depending on how your printer is configured.  
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Using the PHOTOSHOP Export Module  
Page Layout Attributes  
Option Descriptions  
The Page Layout Attributes group box allows you to manipulate the position of the  
image on the page.  
Center—centers the image within the specified border.  
Border—specifies the number of pixels of white border that should surround the  
image on the page. This box is only active when the center box (above) is  
checked.  
Scale 200%—allows you to scale the image 200%.  
Select an LED Printer Dialog Box  
The Select a KODAK LED Printer dialog box is shown below, and it is accessed  
by clicking Select in the KODAK LED Printer main dialog box.  
This dialog box displays the KODAK LED Printer connected to the SCSI ports on  
the MACINTOSH System.  
E-8  
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Using the PHOTOSHOP Export Module  
Option Descriptions  
The following are descriptions of the options in the Select a KODAK LED Printer  
dialog box:  
Update—refreshes the screen and replaces any information that has changed.  
Cancel—closes the Select a KODAK LED Printer dialog box without changing the  
current printer selection.  
OK—closes the Select a KODAK LED Printer dialog box.  
Printer Status Dialog Box  
Selecting the Status button to open the status dialog box in the KODAK LED  
Printer main dialog box.  
The Printer Status dialog box appears. The information that appears corresponds  
to the printer currently selected for printing.  
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Using the PHOTOSHOP Export Module  
Option Descriptions  
The following are descriptions of the options in the Printer Status dialog box:  
Printer Information—describes the state of the selected proofer. The color of the  
status field appears black if the proofer is idle, red for error conditions, and blue if  
the printer is processing or printing. Information includes the printer model, print  
media, print location, amount of RAM installed on your system, and the printer  
version number.  
Job Information—lists the number of jobs being processed.  
Update—refreshes the screen and replaces any information that has changed.  
OK—closes the Printer Status dialog box.  
Troubleshooting  
Error messages  
Many of the error messages displayed by the Export Module are self explanatory.  
The following list provides additional information about some of the more  
frequently encountered messages. If you do not find an error message in the list,  
refer to your MACINTOSH or PHOTOSHOP Documentation.  
A good approach for troubleshooting errors is to:  
1. Check all connections.  
2. Make sure the printer is in raster mode.  
3. Make sure that the display shows the READY prompt.  
If the problem persists, restart the printer and the computer. If you still have  
trouble, try reinstalling the Export Module.  
General error messages  
The image is not in RGB Color!  
Convert to RGB Color in PHOTOSHOP before printing (exporting).  
Change the color mode using the PHOTOSHOP Mode menu.  
The file is too large for the paper installed!  
Resize the image in PHOTOSHOP before printing.  
Change the size of the image using the PHOTOSHOP Mode menu.  
A printer must be selected to continue to the Print dialog box.  
Select a printer or use Cancel to exit PHOTOSHOP.  
This message occurs when a printer has not been selected and the user is  
attempting to proceed to the Print dialog box from the Select dialog box. Click OK  
to close the error dialog box and return to PHOTOSHOP.  
E-10  
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Using the PHOTOSHOP Export Module  
There are no printers found attached to the host computer.  
Check the connections and power to each printer.  
Check that the connections to each printer, including the SCSI cables and power  
cables, are properly connected.  
The previously selected SCSI printer is no longer available or has been  
changed.  
This message occurs if the SCSI printer that you selected is no longer available.  
Click OK to open the print dialog box.  
The selected printer is not available!  
Check the connections and make sure the printer is turned on or, select  
another printer.  
This message occurs when the selected printer is not connected or is turned off  
when Print is selected. Click OK to return to close the error dialog box and return  
to the print dialog box.  
The number of border pixels exceed the maximum printer page size, reduce  
the number of pixels.  
This message occurs when the borders control causes the page limits in the printer  
to be exceeded. Click OK to close the error dialog box and return to PHOTOSHOP.  
Other Problems  
“On-Line Pages Deferred” appears, But Jobs Are Not Printing  
If jobs were sent with the “Defer Print” option, the printer is waiting for more data  
to fill the frame store. If you wish to print these jobs in the frame store:  
1. Select the “Reprint” box in the Export Module.  
2. Set the number of copies to 0.  
3. Deselect the Defer Print key.  
4. Click Reprint in the Export Module to instruct the printer to print the frames  
that are currently being stored.  
or  
1. Press On/Off Line on the printer’s OCP to take the printer offline.  
2. Press Menu.  
3. Follow the instructions on the printer’s OCP.  
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Index  
wash/stabilizer setup 3-44  
chemical  
filters, replacing 4-10  
residue, cleaning 4-13  
chemistry  
adding 4-14  
levels 4-4  
circulation, checking 4-7  
cleaning  
A
access, operator and service B-2  
adding  
calibration device C-7  
new chemistry 4-14  
air filter, replacing 4-3  
algae, preventing 4-8  
arrow keys, printer 3-3  
Asian helpline number 5-33  
automatic initialization, printer 5-2  
corrosion 4-13  
crossover assemblies 4-5  
crossover assemblies and racks 4-8  
entrance sensors 4-9  
feed table 4-9  
tank and dryer cover 4-12  
clearing  
B
bleach/fix, mixing 4-15  
borderless prints 3-20  
buffered jobs, printing 3-4  
drive errors 5-20  
error messages, processor 5-19  
paper jams, printer 5-11  
paper jams, processor 5-20  
reset messages, processor 5-19  
C
computer  
reset, processor 3-43  
configuration  
editing the printer calibration C-16  
control strip  
feed box 3-32  
processing 3-32  
corrosion, cleaning 4-13  
covers, cleaning 4-12  
calibrate mode, processor 3-26  
calibrating  
development time 3-40  
printer, procedure 2-5  
replenishment flow rate 3-39  
temperatures 3-37  
temperatures, processor 3-36  
calibration  
printer, advanced features C-11  
printer, editing the configuration C-16  
software, device C-3  
calibration troubleshooting  
MACINTOSH 5-23  
WINDOWS NT 5-30  
cancel key, printer 3-3  
canelling jobs 3-4  
crossover assemblies, cleaning 4-5, 4-8  
D
daily maintenance  
printer 4-2  
processor 2-3, 4-4  
date  
setting, printer 3-17  
viewing/setting, processor 3-34  
defaults  
cassettes  
managing 3-6  
supply, installing 3-10  
supply, loading paper 3-7  
supply, removing 3-6  
chad, removing 3-13, 4-2  
chain  
greasing 4-11  
tension 4-7  
changing  
processor 3-43  
deferred jobs, printing 3-4  
deleting a calibration device C-10  
densitometer  
installing C-25  
type B-13  
density source, attribute description C-17  
metric/fahrenheit mode 3-44  
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Index  
developer, mixing 4-14  
developer/replenisher, mixing 4-14, 4-15  
development time  
F
feed  
box, control strip 3-32  
table, cleaning 4-9  
file format  
calibrating 3-40  
managing 3-40  
tolerance, setting 3-45  
device calibration software C-3  
addiing calibration device C-7  
application window definitions C-3  
deleting a calibration device C-10  
editing log settings C-8  
starting C-6  
updating a calibration device C-9  
diagnostics 5-1  
dialog boxes  
IPS D-10  
file formats  
MACINTOSH C-19  
WINDOWS NT C-22  
filters  
air, replacing 4-3  
chemical and wash, replacing 4-10  
floor requirements B-2  
formats  
file, MACINTOSH C-19  
file, WINDOWS NT C-22  
Export Module E-8  
dialog boxes, IPS D-6  
dimensions B-1  
down key, processor 3-27  
drive  
G
control, processor 3-42  
errors, clearing 5-20  
getting additional help 5-32  
graphing, attribute description C-17  
graphs, viewing C-11  
key/light, processor 3-28  
dryer cover, cleaning 4-12  
H
E
editing  
hardware requirements, Export Module E-2  
helpline numbers 5-33  
humidity specifications, processor B-12  
log setting, calibration device C-8  
printer calibraition configuration C-16  
effluent chemical levels 4-4  
electrical requirements B-4  
end of the roll of paper 3-12  
entrance sensors, cleaning 4-9  
equipment overview 1-4  
error  
drive 5-20  
light, printer 3-3  
observable, printer 5-12  
error messages  
I
image print server, using D-3  
images, source 1-2  
initialization, printer 5-2  
input code values, attribute description C-17  
installing  
densitometer C-25  
Export Module E-2  
supply cassettes 3-10  
interface, SCSI 1-2  
introduction 1-1  
clearing for the processor 5-19  
Export Module E-14  
printer 5-4  
processor 5-17  
IPS  
European region helpline number 5-33  
Export Module  
attended operation D-4  
dialog boxws and print options D-6  
enqueue D-5  
enqueue dialog box D-7  
failed jobs D-4  
dialog boxes and print options E-8  
installing E-2  
troubleshooting E-14  
file format D-10  
initialize default parameters dialog box D-9  
LZW compression D-10  
Index-2  
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Index  
menu bar insertion D-3  
print queue D-3  
server default dialog box D-8  
source directory insertion D-3  
suspending and resuming D-4  
using D-3  
menu  
key, printer 3-3  
printer 3-4  
messages  
error, processor 5-17  
status, printer 3-5  
status, processor 3-28  
messages, printer error 5-4  
metric, changing to 3-44  
min max  
J
jams  
paper, clearing for the printer 5-11  
paper, clearing for the processor 5-20  
mode, processor 3-26  
temperatures, resetting 3-37  
mixing solutions 4-14, 4-15  
mode  
calibrate 3-26  
min max 3-26  
offline/online, printer 3-4  
operational 3-30  
K
keep history, attribute description C-17  
keep log, attribute description C-17  
key operator mode 3-30  
processor 3-26  
set, processor 3-26  
modem  
port, resetting 3-16  
monthly maintenance  
, processor 4-11  
L
leaks, checking the fittings 4-10  
levels  
mottle 4-6  
chemistry 4-4  
replenishment and effluent chemical 4-4  
light on/off for the processor 3-29  
line frequency B-6  
N
next print 3-2, 3-3  
line voltage B-10  
loading paper into supply cassettes 3-7  
log  
file name, attribute description C-17  
type, attribute description C-17  
LUTs  
O
observable errors, printer 5-12  
OCP  
resetting 3-23  
sending C-14  
key/light descriptions, printer 3-3  
key/light descriptions, processor 3-27  
on/off light, processor 3-29  
printer 3-2  
offline  
M
printer 3-4  
printer mode 3-4  
on/off  
main drive chain  
greasing 4-11  
tension 4-7  
key, printer 3-3  
maintaining  
key/light, processor 3-27  
online, printer mode 3-4  
operating  
environment B-11  
the processor 3-26  
operational checks, processor 4-6  
operator  
printer 4-2  
processor 4-4  
the equipment 4-1  
making prints  
MACINTOSH version 2-12  
material key/light for the processor 3-28  
material sensors 3-41  
maximum cycles, attribute description C-17  
access B-2  
mode 3-30  
October 2002  
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Index  
operator control panel  
on/off line key 3-3  
key/light descriptions, printer 3-3  
key/light descriptions, processor 3-27  
printer 3-2  
operator control panel 3-2  
overview 1-2  
paper path, illustration 5-3  
periodic maintenance 4-3  
power light 3-3  
out of paper, message 3-12  
out of tolerance, attribute description C-17  
overview, equipment 1-4  
resetting parameters 3-23  
select key 3-3  
setting time and date 3-17  
shutting down 2-15  
specifications B-1  
standby light 3-3  
start key 3-3  
starting up 2-4  
status messages 3-5  
troubleshooting tips 5-16  
P
Pacific region helpline number 5-33  
page layouts, Export Module E-11  
page starts value, setting 3-20  
pages waiting 3-2  
paper  
end of roll 3-12  
printing  
jams, clearing for the printer 5-11  
jams, clearing for the processor 5-20  
length, setting 3-18  
loading into supply cassettes 3-7  
path, printer illustration 5-3  
setting slug width 3-19  
supply 3-2  
aims, attribute description C-17  
deferred or buffered jobs 3-4  
images, Export Module E-5  
prints  
making, MACINTOSH version 2-12  
prints, borderless 3-20  
processing a control strip 3-32  
processor  
width 3-2  
parameters, resetting for the printer 3-23  
periodic maintenance  
printer 4-3  
clearing error messages 5-19  
clearing paper jams 5-20  
clearing reset messages 5-19  
computer, reset 3-43  
processor 4-13  
plumbing B-3  
port  
daily maintenance 2-3, 4-4  
defaults 3-43  
modem, resetting 3-16  
SCSI, selecting 3-14  
power  
drive control 3-42  
error messages 5-17  
maintaining 4-4  
cords B-5  
light, printer 3-3  
outlets B-6  
monthly maintenance 4-11  
OCP key/light descriptions 3-27  
OCP on/off light 3-29  
receptacles B-7  
operating procedures 3-26  
operational checks 4-6  
overview 1-3  
periodic maintenance 4-13  
recommended settings 4-16  
shutting down 2-13  
specifications B-1  
speed, checking and adjusting 4-11  
starting up 2-2  
preventing algae 4-8  
print options, IPS D-6  
printer  
arrow keys 3-3  
calibrating procedure 2-5  
calibration, advanced features C-11  
cancel key 3-3  
clearing paper jams 5-11  
daily maintenance 4-2  
error light 3-3  
status messages 3-28  
tanks, cleaning 4-13  
error messages 5-4  
menu 3-4  
menu key 3-3  
observable errors 5-12  
OCP key/light descriptions 3-3  
offline 3-4  
testing 4-6  
troubleshooting tips 5-21  
weekly maintenance 4-7  
processor in control, attribute description C-17  
product description 1-2  
punch attributes, Export Module E-10  
Index-4  
October 2002  
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Index  
temperatures 3-36  
time and date, processor 3-34  
seven day timer  
viewing/setting, processor 3-35  
shutting down  
printer 2-15  
processor 2-13  
site requirements B-2  
slug width 3-19  
slug width, setting 3-19  
software  
R
racks, cleaning 4-8  
Raster Mode  
Placing your Printer E-3  
recommended processor settings 4-16  
removing  
chad 3-13, 4-2  
supply cassette 3-6  
replacing  
air filter 4-3  
chemical and wash filters 4-10  
replenishment  
device calibration C-3  
identification, viewing 3-36  
software requirements, Export Module E-2  
solutions  
checking the temperature 4-11  
mixing 4-14, 4-15  
source images 1-2  
specifications  
chemistry levels 4-4  
flow rate, calibrating 3-39  
key/light, processor 3-27  
rate, viewing and setting 3-38  
reset  
keys processor 3-28  
messages, clearing for the processor 5-19  
min max temperatures 3-37  
residue buildup, cleaning 4-13  
roll of paper, end 3-12  
electrical B-4  
floor requirements B-2  
humidity, processor B-12  
line frequency B-6  
line voltage B-10  
operating environment B-11  
operator and service access B-2  
plumbing B-3  
S
SCSI  
power cords B-5  
interface 1-2  
power outlets B-6  
power receptacles B-7  
printer/processor B-1  
telephone line B-13  
venting B-11  
ports, selecting 3-14  
select key, printer 3-3  
selecting  
SCSI ports 3-14  
slug width 3-19  
wash chemicals B-12  
speed, of the processor 4-11  
splash guard 2-14  
stabilizer, mixing 4-15  
standby light, printer 3-3  
start key, printer 3-3  
starting  
target pad read options 3-14  
sending  
LUTs C-14  
test targets C-15  
sensors, material 3-41  
service  
access B-2  
how to obtain 5  
mode 3-30  
device calibration software C-6  
printer 2-4  
processor 2-2  
set  
status messages  
key, processor 3-27  
mode, processor 3-26  
setting  
printer 3-5  
processor 3-28  
supply cassettes  
development time tolerance 3-45  
page starts value 3-20  
paper length 3-18  
printer time and date 3-17  
processor, recommended 4-16  
replenishment rates 3-38  
seven day timer, processor 3-35  
installing 3-10  
loading paper 3-7  
removing 3-6  
October 2002  
Index-5  
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Index  
seven day timer, processor 3-35  
software identification 3-36  
temperatures 3-36  
T
tank cover, cleaning 4-12  
tanks, cleaning 4-13  
time and date, processor 3-34  
target  
height, attribute description C-17  
width, attribute description C-17  
target pad read options, selecting 3-14  
telephone line B-13  
W
wash  
chemicals, enviromental specifications B-12  
temperatures  
calibrating 3-37  
filters, replacing 4-10  
wash/stabilizer setup, changing 3-44  
weekly maintenance, processor 4-7  
weight B-1  
calibrating, processor 3-36  
key/light, processor 3-27  
resetting min max 3-37  
solutions, checking 4-11  
viewing/setting 3-36  
width, paper 3-2  
tension, main drive chain 4-7  
test target, attribute description C-17  
test targets, sending C-15  
testing the processor 4-6  
The C-17  
time  
key/light, processor 3-27  
setting, printer 3-17  
viewing/setting, processor 3-34  
timer  
seven day, setting/viewing 3-35  
tolerances, attribute description C-17  
transport racks, cleaning 4-8  
troubleshooting  
calibration 5-22  
Export Module E-14  
getting additional help 5-32  
observable errors, printer 5-12  
processor calibration, MACINTOSH 5-23  
processor calibration, WINDOWS NT 5-30  
tips for the printer 5-16  
tips for the processor 5-21  
U
up key, processor 3-27  
updating a calibration device C-9  
using the image print server (IPS) D-3  
V
venting B-11  
view mode, processor 3-26  
viewing  
graphs C-11  
replenishment settings 3-38  
Index-6  
October 2002  
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Download from Www.Somanuals.com. All Manuals Search And Download.  
EASTMAN KODAK COMPANY  
Rochester, New York 14653  
U.S.A.  
KODAK CANADA INC.  
Toronto, Ontario M6M 1V3  
Canada  
Kodak, Portra, Supra, Gold, Ektacolor,  
Prime and Kodak Professional are  
trademarks of  
Eastman Kodak Company  
©Eastman Kodak Company, 2002  
Printed in U.S.A.  
Download from Www.Somanuals.com. All Manuals Search And Download.  

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