PLEASE NOTE The information contained herein is based on the experience and knowledge relating to t he subject
matter gained by Carestream Health, Inc. prior to publication.
No patent license is granted by this information.
Carestream Health, Inc. reserves the right to chang e this information withou t notice, and ma kes no
warranty, express or implied, with respect to this infor mation. Carestr eam Health shall not be liable
for any loss or damage, including consequ ential o r special damages, resulting fr om any use of this
information, even if loss or damage is caused by Carestream Health’s negligence or other fault.
This equipment includes parts and assemblies sensitive to damage from electrostatic
discharge. Use caution to prevent damage during all service procedures.
• Errors will occur if panels are removed during the
“AutoLooper Test”.
• Automatically processes the CASSETTE to check if
it is reliable.
• Completes a test cycle including scanning and
erasing.
• Displays status screens for the SENSORS.
[Transport]
Important
• The “Light Leak Test” is disabled to allow removal of
the PANELS during the “Transport Test”.
• For the procedure, see the Transport test.
• Uses a CASSETTE to test the operation of loading.
• Displays the status of the SENSORS at each step.
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Table 6Miscellaneous
BUTTONDescription
[Download to Circuit
Boards]
[Display Software Versions]
Important
For the procedure, you must see Downloading Software to
the BOARDS.
Allows you to download the necessary software to all the
BOARDS from the HARD DRIVE.
Important
For the procedure, you must see Displaying the Software
Versions.
Displays the software version number for:
• CR 500 SYSTEM
• MASTER CENTRAL PROCESSING UNIT BOARD (MCPU)
A2
• MECHANISM SYSTEM CONTROL BOARD BOOT
• MECHANISM SYSTEM CONTROL BOARD A1
• SLOW SCAN CONTROLLER BOARD BOOT
• SLOW SCAN CONTROLLER BOARD FIXED APPLICATION
• SLOW SCAN CONTROLLER BOARD PRODUCT
APPLICATION
• DIGITIZER BOARD A3
• MEDICAL IMAGE MANAGER
• DIAGNOSTICS
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DIAGNOSTICSUsing the Diagnostics
[System Self Test]
Important
For the test procedure, you must see System Self Tests.
Completes the following diagnostic tests:
• “GALVO BOARD COMMUNICATION” - Checks the
connection of the CABLE between:
– GALVO BOARD A4
– MCPU BOARD A2
• “GALVO REFERENCE” - Reads the GALVO AGC
CHANNEL connected to the reference voltage of the
GALVO.
• “GALVO MOTOR” - Reads the voltage of the GALVO
AGC to check for problems with the GALVO AY.
• “GALVO SWEEP” - Checks the functions of reading and
writing of the REGISTERS on the GALVO BOARD A4.
• “LASER OFFSET”
• “PMT BOARD TEST” - Checks the connection of the
CABLE between:
– MCPU BOARD A2
– PMT/DAS BOARD A5
• “MCPU BOARD MEMORY TEST” - Checks for errors in
the reading and writing of data to each of the image
buffers.
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DIAGNOSTICSUsing the Diagnostics
Diagnostic Tests
Individual Component Control
1 At the “Ser vice System Diagnostic” screen, select [Individual Component Control].
Important
• If you actuate any of the components, you must select [RESET] before returning to the
diagnostics main menu.
• An “ x ” in the check box indicates a SENSOR is blocked.
• If RP1 and RP2:
– are open, an “x” is displayed in the check box
– are closed, the check box is clear
2 Select [MOTORS, CAMS] tab.
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3 Use the BUTTONS to actuate:
• GUIDE MOTOR
• RP 1 CAM
• RP 2 CAM
• SIDE ACTUATOR
• PIN EXTRACTION
• ERASE CAM
• FEED MOTOR
4 Select [SCANNER].
Important
You must click [LED ON] to energize the “SCREEN START SENSOR”.
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5 Use the BUTTONS to actuate the:
• CASSETTE COMMANDS
• SLOW SCAN CONTROLLER
• ERASE MOTOR
• SCREEN START SENSOR
• ERASE LAMPS
Important
You must select [RESET] after selecting BUTTONS.
6 Select [RESET].
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Component Control: Step
1 On the “System Ser vice Diagnostic” screen, select [Component Control: Step].
2 Inser t the CASSETTE into the CR 500 SYSTEM.
3 Check that the status of the SENSORS on the screen matches the table for the correct
size of CASSETTE.
CASSETTES4S1S13S12S2S3S5S14S6S15S7S9S8CS1
18 x 24 cmXXXXX-XXX-15 x 30 cmXXXXX-XXX-24 x 30 cmXXXXXXX-XXX-35 x 35 cmXXXXXXX-XXX-35 x 43 cmXXXXXXX-XXX--
4 Select [CLAMP CASSETTE]
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5 Check that the status of the SENSORS on the screen matches the table.
S4S1S13S12S2S3S5S14S6S15S7S9S8CS1
XXX XXXXX- -
6 Does the status of the SENSORS match the table?
YesNo
Continue with Step 7.1. Check the “Status” on the screen for messages or
error codes.
2. Check the error logs. See Checking the Error Logs.
3. See the Error Codes to determine the possible cause
and action for the problem.
4. Continue with Step 7.
7 Select [EXTRACT, SCAN, ERASE SCREEN].
8 Wait approximately 10 seconds for the cycle to complete.
9 Check that the status of the SENSORS on the screen matches the table.
S4S1S13S12S2S3S5S14S6S15S7S9S8CS1
XXXXXX-XX
10 Does the status of the SENSORS match?
YesNo
Continue with Step 11.1. Check the “Status” on the screen for messages or
error codes.
2. Check the error logs. See Checking the Error Logs.
3. See the Error Codes to determine the possible cause
and action for the problem.
4. Continue with Step 11.
11 Select [RETURN SCREEN].
12 Wait approximately 5 seconds for the SCREEN to be inserted into the CASSETTE.
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DIAGNOSTICSUsing the Diagnostics
Important
The S6 SCREEN START SENSOR displays a HEXIDECIMAL VALUE of:
• 00 - 60 when a screen is blocking the sensor
• C0 - FF when a screen is not blocking the sensor
13 The following table lists the HEXIDECIMAL VALUE for the S6 SENSOR.
14 Check that the status of the SENSORS on the screen matches the table.
S4S1S13S12S2S3S5S14S6S6S15S7S9S8CS1
XXXX__X__X__C0 - FF______----
15 Does the status of the SENSORS match?
YesNo
Continue with Step 16.1. Check the “Status” on the screen for messages or
error codes.
2. Check the error logs. See Checking the Error Logs.
3. See the Error Codes to determine the possible cause
and action for the problem.
4. Continue with Step 16.
16 Select [LATCH CASSETTE].
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17 Check that the status of the SENSORS on the screen matches the table.
S4S1S13S12S2S3S5S14S6S6S15S7S9S8CS1
XXXXX__XX-- FFXXX----
18 Does the status of the SENSORS match?
YesNo
Continue with Step 19.1. Check the “Status” on the screen for messages or
error codes.
2. Check the error logs. See Checking the Error Logs.
3. See the Error Codes to determine the possible cause
and action for the problem.
4. Continue with Step 19.
19 Select [RELEASE CASSETTE].
20 Check that the status of the SENSORS on the screen matches the table.
S4S1S13S12S2S3S5S14S6S6S15S7S9S8CS1
XXXXX__XX-- FFXXX----
21 Does the status of the SENSORS match?
YesNo
Continue with Step 22.1. Check the “Status” on the screen for messages or
error codes.
2. Check the error logs. See Checking the Error Logs.
3. See the Error Codes to determine the possible cause
and action for the problem.
4. Continue with Step 22.
22 Remove the CASSETTE.
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Light Test
1 On the “System Ser vice Diagnostic” screen, select [Light Test].
2 Select:
• [HV OFF]
• [TEST]
3 Wait for the test to complete.
4 Check that “PASS” displays in the “AUTO-ZERO” field.
5 Select [START GRAPH].
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DIAGNOSTICSUsing the Diagnostics
6 Check that the value is between 4 and 5.
7 Select [HV ON].
8 The graphic displays a large “spike”.
9 Inser t a CASSETTE into the CR 500 SYSTEM.
10 Select [CYCLE CASSETTE].
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DIAGNOSTICSUsing the Diagnostics
11 Check that the value is between 7 and 8.
12 Select [ZOOM IN].
13 When the CASSETTE is in cycle, select [HV ON].
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DIAGNOSTICSUsing the Diagnostics
14 Check that the value:
• increases to approximately 50 - 51
• decreases to <10
15 If the value does not decrease to <10:
a. check the TAPE on the CASSETTE INTERFACE AY
b. check the COVERS and PANELS
c. do the checkout for the PMT/DAS BOARD A5
d. scan an ERASED PLATE
16 Select [CLEAR / STOP].
17 Remove the CASSETTE.
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Slow Scan Current and Velocity Tests
1 On the “System Ser vice Diagnostic” screen, select [Slow Scan Current and Velocity
Tests].
2 Inser t a CASSETTE into the CR 500 SYSTEM.
3 Select [Star t CURRENT TEST].
4 Wait for the test to complete.
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DIAGNOSTICSUsing the Diagnostics
5 Check that the results are below 300.
6 If the results are not correct, check the error logs. See Checking the Error Logs.
7 Select [Star t VELOCITY TEST].
8 Wait for the test to complete.
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DIAGNOSTICSUsing the Diagnostics
9 Check that the results are below 210.
10 If the results are not correct, check the error logs. See Checking the Error Logs.
11 Remove the CASSETTE.
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Laser Power
Laser Warning
Prevent direct exposure to the laser beam.
1 On the “System Ser vice Diagnostic” screen, select [Laser Power].
2 Select:
• [LASER ON]
• [READ]
3 Check that the “Laser Power” is 28 - 32 mW.
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4 Is the “Laser Power” value correct?
YesNo
Continue with the next test.1. Check the connections to the
LASER DRIVER BOARD A17.
2. Install a new LASER DRIVER
BOARD.
5 Select [LASER OFF].
GALVO Test
1 On the “System Ser vice Diagnostic” screen, select [Galvo Test].
Laser Warning
Prevent direct exposure to the laser beam.
2 Select:
• [START GALVO]
• [LASER ON]
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DIAGNOSTICSUsing the Diagnostics
3 Remove the PANELS.
FOLD MIRROR
laser beam
4 Inser t one sheet of paper into the CR
500 SYSTEM between:
• FOLD MIRROR
paper
• COLLECTOR
5 Obser ve the laser beam on the sheet of
paper.
CR 500 SYSTEM
COLLECTOR
H195_0051GCA
H195_0051GC
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6 Select [-100] or [+100] until:
• “Set Offset” value is 700
• “Set Amplitude” value is 1000
7 Obser ve the laser beam on the sheet of paper.
8 Select [+100] until the “Set Amplitude” value is 3000.
9 Obser ve the laser beam on the sheet of paper.
“Set Amplitude”Laser Beam
400short
3900long
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10 If the laser beam does not change size correctly, do the action in the table:
DescriptionAction
The laser does not scan. The beam
illuminates in a point.
Check:
1. POWER SUPPLY PS1
2. POWER SUPPLY PS2
3. connections between:
• GALVO AY
• GALVO BOARD A4
4. GALVO AY
5. GALVO BOARD A4
The laser beam on the paper does
not change size.
Do the checkout for the GALVO
BOARD A4.
The LASER is not operating.Check:
1. POWER SUPPLY PS1
2. POWER SUPPLY PS2
3. GALVO BOARD A4
4. LASER DRIVER BOARD A17
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GALVO PLOT
1 On the “System Ser vice Diagnostic” screen, select [GALVO PLOT].
2 Select:
• [START GALVO PLOT]
• [35 X 43 F]
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DIAGNOSTICSUsing the Diagnostics
3 Obser ve the GALVO PLOT.
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DIAGNOSTICSUsing the Diagnostics
Not Correct
Not CorrectCorrect
Peak
Velocity
H195_0064BCA
H195_0064BC
3.195
3.035
2.876
2.716
2.556
2.396
2.236
2.077
1.917
horizontal level
Velocity
4 Check the values:
• GALVO PLOT is correct
• AGC = 8.0 V to 10.0 V
• 2.5 vRef = 2.5 ± 0.1
• PEAK matches the HORIZONTAL LEVEL
5 Are the values correct?
YesNo
Continue with the next
test.
Adjust the GALVO BOARD until the GALVO PLOT is
normal. See the adjustment procedure GALVO BOARD in
the ADJUSTMENTS and REPLACEMENTS for the Kodak DirectView CR 500 SYSTEM, AR4366-1
3.195
3.035
2.876
2.716
2.556
2.396
2.236
2.077
1.917
Velocity
3.195
3.035
2.876
2.716
2.556
2.396
2.236
2.077
1.917
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Transport
1 On the “System Ser vice Diagnostic” screen, select [Transport].
2 Inser t a CASSETTE into the CR 500 SYSTEM.
3 Use the [+] or [-] to set the “Cycle given number of times” to 10.
4 Select either :
• [Cycle given number of times], or
• [Cycle continuously]
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AUTOLOOPER
Important
You must have:
• LIGHT TEST set to enabled
• SLOW SCAN COVER installed
• LASER SAFETY COVER installed
1 On the “System Ser vice Diagnostic” screen, select [AutoLooper].
2 Inser t a CASSETTE into the CR 500 SYSTEM.
3 Use the [+] or [-] to set the “Number of Cycles” to 10.
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4 Select either :
• [Scan given number of times], or
• [Scan Continuously]
System Self Tests
1 On the “System Ser vice Diagnostic” screen, select [System Self Test].
2 Select [START MCPU SELF TEST].
3 Wait approximately 20 seconds for the test to complete.
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4 Obser ve the results for each test.
5 If any of the tests display “FAILED”, check the error logs. See Checking the Error Logs.
6 See the Error Codes to determine the possible cause and action for the problem.
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DIAGNOSTICSUsing the Diagnostics
Diagnostic Procedures
Checking the Error Logs
1 On the “System Ser vice Diagnostic” screen, select [Error Log].
2 Select either :
• [Sort By Date],
• [Sort By ErrorCode], o r
• [Sort By CassetteID]
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Checking the Error Frequency Log
1 On the “System Ser vice Diagnostic” screen, select [Error Frequency Log].
2 Select either :
• [Sort By Date],
• [Sort By ErrorCode], o r
• [Sort ErrorFrequency]
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Checking the Actuation Logs
1 On the “System Ser vice Diagnostic” screen, select [Actuation Logs].
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Storing the Error Logs on a Disk
1 On the “System Ser vice Diagnostic” screen, select [Export Log Files].
2 Inser t a disk into the DRIVE.
3 Select either :
• [COPY ERROR LOGS TO FLOPPY],
• [COPY ACTUATION LOGS TO FLOPPY], or
• [COPY SLOWSCAN PARAMETERS FILE TO FLOPPY]
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Clearing the Error Logs
1 On the “System Ser vice Diagnostic” screen, select [Clear Error Log].
2 Select [CLEAR ERROR LOG].
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Displaying the Software Versions
1 On the “System Ser vice Diagnostic” screen, select [Display Software Versions].
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2 Check that each BOARD has the correct communication:
MessageDescriptionAction
The version number
is in the field.
All fields are blank.The diagnostics is not
The BOARD is
“Responding”.
operating.
Check that the newest and correct
version of the software is installed.
1. Do a shutdown of the computer.
2. De-energize the CR 500
3. Energize the CR 500 SYSTEM.
“Not Responding”
Important
The message is normal
1. Check the connections to the
2. Download the software to the
during initialization.
Failure of communications
3. If you cannot successfully
to the BOARD.
“Not Repor ting”The BOARD has a failure of
1. Check the BOARD that is “Not
communication because
another BOARD is “Not
Responding”.
2. Do the test again.
SYSTEM.
BOARD.
BOARD.
download the software to the
BOARD, install a new BOARD.
Responding”.
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Downloading Software to the BOARDS
1 On the “System Ser vice Diagnostic” screen, select [Download to Circuit Boards].
Caution
Downloading the “SSC BOOT” can cause damage to the SLOW SCAN CONTROLLER
BOARD A6. Only download the “SSC BOOT” if necessar y.
2 Select either :
• [DOWNLOAD MSC APPLICATION],
• [DOWNLOAD SSC BOOT AND APPLICATIONS],
• [DOWNLOAD MCPU APPLICATION],
• [DOWNLOAD SSC APPLICATIONS], or
• [DOWNLOAD SSC PARAMET ERS]
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DIAGNOSTICSError Codes
Section 2: Error Codes
Overview
The first 2 digits of the error code identify the subsystem or component with the error.
Example: 10003
The “1” and the “0” indicate that the error occurred in the subsystem CASSETTE LOAD.
1 Use Table 7 to help identify the component with the error.
2 Advance to the error code to diagnose the error.
Table 7Subsystem
ID No.Subsystem
10CASSETTE LOAD
12SLOW SCAN AY
13ERASE LAMPS
14POWER SUPPLY
15DATA PAT H
16Calibration
19“Self Test” for the MASTER CENTRAL PROCESSING UNIT
22MECHANISM SYSTEM CONTROL BOARD
29MECHANISM SYSTEM CONTROL BOARD RTXC
30MECHANISM SYSTEM CONTROL BOARD SYSTEM
32Communications for the MECHANISM SYSTEM CONTROL BOARD
Cause:The SLOW SCAN CONTROLLER BOARD A6 malfunctioned.
Action:Do the checkout for the SLOW SCAN CONTROLLER BOARD A6 and COIL
BOARD A7.
Error
Code
Description
12202 Error occurred during downloading to the SLOW SCAN CONTROLLER BOARD A6.
12203 Memor y error on the SLOW SCAN CONTROLLER BOARD A6.
12204 Memor y error on the SLOW SCAN CONTROLLER BOARD A6.
12216 Communication error between the SLOW SCAN CONTROLLER BOARD A6 and the
MECHANISM SYSTEM CONTROL BOARD A1.
12217 Communication error between the SLOW SCAN CONTROLLER BOARD A6 and the
MECHANISM SYSTEM CONTROL BOARD A1. Error “EM17 - Receive Buffer
Overflow.”
12219 Error during downloading of code or parameters for the SLOW SCAN
CONTROLLER BOARD A6.
12220 Memor y error on the SLOW SCAN CONTROLLER BOARD A6. Error “EM20 - New
Bootstrap Program, Download all Boot and Program Modules.”
12221 Memor y error on the SLOW SCAN CONTROLLER BOARD A6.
12222 Checksum error occurred during downloading of code to the SLOW SCAN
CONTROLLER BOARD A6.
12223 Checksum error occurred during downloading of code to the SLOW SCAN
CONTROLLER BOARD A6.
12228 Error occurred during downloading of the code to the SLOW SCAN CONTROLLER
BOARD A6.
12230 Memor y error on the SLOW SCAN CONTROLLER BOARD A6. Error “EM30 - Host
Flash Download Copy Boot Memory Error.”
12240 Error occurs during downloading to the SLOW SCAN CONTROLLER BOARD A6.
Error “EM40 - Illegal Record Type.”
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DIAGNOSTICSError Codes
Error
Code
Description
12241 Error occurs during downloading to the SLOW SCAN CONTROLLER BOARD A6.
Error “EM41 - Invalid Extended Address.”
12242 Error occurs during downloading to the SLOW SCAN CONTROLLER BOARD A6.
Error “EM42 - Invalid Erase Block ID.”
12243 Error occurs during downloading to the SLOW SCAN CONTROLLER BOARD A6.
Error “EM43 - Receive Record Checksum Error.”
12244 Error when initializing. Error “EM44 - File Sum of Record Checksum Error, Download
Program.”
12245 Program error. Error “EM45 - Boot Checksum Write Error.”
12246 Error occurs during downloading to the SLOW SCAN CONTROLLER BOARD A6.
Error “EM46 - FIX_APP Code Block Checksum Write Error.”
12247 Error occurs during downloading to the SLOW SCAN CONTROLLER BOARD A6.
Error “EM47 - Code Page Checksum Write Error.”
12248 Error “EM48 - Parameters Save Flash Error.”
12250 Error occurs during downloading to the SLOW SCAN CONTROLLER BOARD A6.
Error “EM50 - Flash Write Address Out Of Range.”
12251 Error occurs during downloading to the SLOW SCAN CONTROLLER BOARD A6.
Error “EM51 - Flash Program Error: Erase.”
12252 Error occurs during downloading to the SLOW SCAN CONTROLLER BOARD A6.
Error “EM52 - Flash Program Error: Low Voltage.”
12253 Error occurs during downloading to the SLOW SCAN CONTROLLER BOARD A6.
Error “EM53 - Flash Program Error: Program.”
12254 Error occurs during downloading to the SLOW SCAN CONTROLLER BOARD A6.
Error “EM54 - Flash Program Error: Sequence.”
12255 Error occurs during downloading to the SLOW SCAN CONTROLLER BOARD A6.
Error “EM55”
12260 Error recording the parameters to the SLOW SCAN CONTROLLER BOARD A6.
Error “EM60 - Parameters Save Flash Error.”
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DIAGNOSTICSError Codes
12261 - Roller Pair 1 Cam Motor Timeout
Description: A MOTOR and DRIVE PULLEY rotate a CAM that opens and closes ROLLER
PAIR 1. A FLAG on the CAM SHAFT actuates an optical SENSOR to allow
the system to determine the rotation of the CAM. This error occurs if the
optical SENSOR does not detect the FLAG within the correct time. This error
is only reported to the Error Log.
Cause 1: The BELT:
• is broken
• fell off the PULLEY
Action:1. Check the BELT for ROLLER PAIR 1.
2. If necessary:
a. install a new BELT
b. install the BELT to the PULLEYS
3. Check:
a. alignment of the PULLEYS
b. MOTOR
c. CAM SHAFT
Cause 2: One of the 2 PULLEYS is broken.
Action:1. Check the 2 PULLEYS.
2. If necessary, install a new PULLEY.
Cause 3: Malfunction of:
• DRIVE MOTOR
• wires to DRIVE MOTOR
• MSC BOARD
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Action:1. Check the operation of the DRIVE MOTOR. Use Individual Component
Control.
2. If necessary, install new par ts.
3. Do the checkout procedure for the MECHANISM SYSTEM CONTROL BOARD
A1.
Cause 4: An intermittent error can be caused by:
• FLAG not actuating the optical SENSOR
• SCREWS for optical SENSOR are over-tightened
Action:Install a new RP1 SENSOR. Do not over-tighten the SCREWS.
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DIAGNOSTICSError Codes
12262 - Roller Pair 2 Cam Motor Timeout
Description: A MOTOR and DRIVE PULLEY rotate a CAM that opens and closes ROLLER
PAIR 2. A FLAG on the CAM SHAFT actuates an optical SENSOR to allow
the system to determine the rotation of the CAM. This error occurs if the
optical SENSOR does not detect the FLAG within the correct time. This error
is only reported to the Error Log.
Cause 1: The BELT:
• is broken
• fell off the PULLEY
Action:1. Check the BELT for ROLLER PAIR 2.
2. If necessary:
a. install a new BELT
b. install the BELT to the PULLEYS
3. Check:
a. alignment of the PULLEYS
b. MOTOR
c. CAM SHAFT
Cause 2: One of the 2 PULLEYS is broken.
Action:1. Check the 2 PULLEYS.
2. If necessary, install a new PULLEY.
Cause 3: Malfunction of:
• DRIVE MOTOR
• wires to DRIVE MOTOR
• MSC BOARD
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Action:1. Check the operation of the DRIVE MOTOR. Use Individual Component
Control.
2. If necessary, install new par ts.
3. Do the checkout procedure for the MECHANISM SYSTEM CONTROL BOARD
A1.
Cause 4: An intermittent error can be caused by:
• FLAG not actuating the optical SENSOR
• SCREWS for optical SENSOR are over-tightened
Action:Install a new RP2 SENSOR. Do not over-tighten the SCREWS.
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DIAGNOSTICSError Codes
12263 - Roller Pair 3 Cam Motor Timeout
Description: A MOTOR and DRIVE PULLEY rotate a CAM that opens and closes ROLLER
PAIR 3. A FLAG on the CAM SHAFT actuates an optical SENSOR to allow
the system to determine the rotation of the CAM. This error occurs if the
optical SENSOR does not detect the FLAG within the correct time. This error
is only reported to the Error Log.
Cause 1: The BELT:
• is broken
• fell off the PULLEY
Action:1. Check the BELT for ROLLER PAIR 2.
2. If necessary:
a. install a new BELT
b. install the BELT to the PULLEYS
3. Check:
a. alignment of the PULLEYS
b. MOTOR
c. CAM SHAFT
Cause 2: One of the 2 PULLEYS is broken.
Action:1. Check the 2 PULLEYS.
2. If necessary, install a new PULLEY.
Cause 3: Malfunction of:
• DRIVE MOTOR
• wires to DRIVE MOTOR
• MSC BOARD
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DG4366-1
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DIAGNOSTICSError Codes
Action:1. Check the operation of the DRIVE MOTOR. Use Individual Component
Control.
2. If necessary, install new par ts.
3. Do the checkout procedure for the MECHANISM SYSTEM CONTROL BOARD
A1.
12264 - Screen start sensor blocked
Description: The SCREEN START SENSOR S6 did not actuate at the correct time.
Cause 1: The SCREEN is not in the CASSETTE.
Action:Check that the SCREEN is in the CASSETTE.
Cause 2: The SCREEN START SENSOR S6 malfunctioned.
Action:Check the status of the SCREEN START SENSOR S6 - use Individual
Component Control.
Cause 3: The CASSETTE INTERFACE AY malfunctioned.
Action:Repair the CASSETTE INTERFACE AY.
09OCT07
DG4366-1
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DIAGNOSTICSError Codes
12265 - Screen start timeout. Screen did not enter reader
Description: The SCREEN START SENSOR S6 did not actuate at the correct time. The
SCREEN START SENSOR S6 is located between ROLLER PAIR 1 and the
scan line. The system attempts to extract the SCREEN up to 3 times. The first
2 failures cause an error message 10038 - Retrying extract screen from
cassette. The third failure displays error message 12265.
Cause 1: The SCREEN is not in the CASSETTE.
Action:Check that the SCREEN is in the CASSETTE.
Cause 2: The SCREEN is under the TRANSPORT PAD in the CASSETTE.
Action:Insert the SCREEN correctly in the CASSETTE.
Cause 3: The SCREEN cannot be pulled from the CASSETTE because of static.
Action:Use Kodak MIN-R SCREEN CLEANER WIPES, TL5280094 to clean both sides of
the CASSETTE.
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DG4366-1
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DIAGNOSTICSError Codes
BAD
leading edge or
trailing edge view
BAD
leading edge or
trailing edge view
BAD
GOOD
BAD
trailing edge view
1.25 mm (0.050 in.) maximum
1.25 mm (0.050 in.) maximum
BAD
leading edge
3.05 mm (0.120 in.)
overall height
leading edge orleading edge or
trailing edge view
trailing edge
trailing edge
H195_1125DCA
H195_1125DC
leading edge
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