
Section 8 -- QuickSheets
8-77
2005 July Rev. B 7F3318
8-5-67. 27-603: Invalid ATTENUATOR Optical Density Range
LOCAL PANEL Message
Log Message
DICOM Message
Severity
Calibration Failed: Optics:--
Alarm sounds
Optics calibration failed.
Attenuator Optical Density value
outside valid range.
ELEC DOWN
0--Fatal
Summary
Optics calibration and diagnostics detected that the calculated ATTENUATOR optical density range was
outside the predefined valid range. Optics calibration and diagnostics are performed at power up and
before every calibration print. During this process the ATTENUATOR is calibrated and laser power is
checked and calibrated. At the beginning of the sequence, POWER MONITOR offset is measured and
BEAM POWER MONITOR range is checked. Then the ATTENUATOR is calibrated. After this, a range of
density is checked as a function of ATTENUATOR setting. If this range is out of specification, error 27-603
is declared.
Result of Error
The IMAGER is unable to print film. It can accept and queue new jobs, but it will not initiate new films.
Films downstream from the PLATEN will be completed. All other films will be reprinted. The error can be
cleared by requesting another calibration or by restarting the IMAGER.
User Action
1. Restart the IMAGER.
2. If the error persists, call Service.
FE Action
This error can be the result of any of the following problems (listed in most likely order of occurrence):
-- Open or failed INTERLOCK (or SERVICE OVERRIDE SWITCH set in Service position)
-- Failed OPTICS MODULE
-- Loss of +12 vdc power
-- Failed MCS BOARD (controls OPTICS MODULE circuits)
1. Check the MCS and GSM logs for indications of the error. Sample logs are shown on the next page.
The ATTENUATOR optical density range must be from 0 to at least 1.0. Thus, as shown In the
sample logs, the last (21st) value in the range must be at least 1.0. (Also, it cannot be higher than
1.3.)
2. Check the MCS log for indications of “Door open without CARTRIDGE closed.” (Possible INTERLOCK
problem.)
3. POWER SUPPLY problems can also cause a failure. Check for +12 vdc on the pads on the left center
of the MCS BOARD (just above the VCC1 test points). For ground, use GND1.
!
Caution
Do not attempt to take the measurements directly on the CONNECTOR pins. Shorting the pins can
cause extensive damage in the IMAGER.
The control circuits for the OPTICS ATTENUATOR MOTOR and the SPINNER MOTOR r12
vdc. Also, the driver circuit for the laser requires “Laser +12” vdc, which is routed through RELAY K2
on the MCS BOARD when the SERVICE OVERRIDE SWITCH is in the user position. Thus, loss of
Содержание DryView 8150
Страница 1: ...SERVICE MANUAL Kodak DryView 8150 LASER IMAGER 1961259 7F3318 07 05 ...
Страница 20: ...Service Manual 1 6 7F3318 2005 July Rev B BLANK PAGE ...
Страница 34: ...Service Manual 2 14 7F3318 2005 July Rev B 6 Remove the 2 SCREWS and 2 TAGS 6 ...
Страница 50: ...Service Manual 2 30 7F3318 2005 July Rev B 6 Check each parameter ...
Страница 91: ...Section 2 Installation 2 71 2005 July Rev B 7F3318 BLANK PAGE ...
Страница 105: ...Service Manual 3 14 7F3318 2005 July Rev B BLANK PAGE ...
Страница 167: ...Service Manual 4 62 7F3318 2005 July Rev B 7 Troubleshoot image problems if necessary See Section 7 ...
Страница 182: ...Section 4 Disassembly Reassembly 4 77 2005 July Rev B 7F3318 BLANK PAGE ...
Страница 196: ...Service Manual 5 14 7F3318 2005 July Rev B Figure 5 9 Cleaning the HEAT SHIELD and ROLLERS ...
Страница 200: ...Service Manual 5 18 7F3318 2005 July Rev B Figure 5 11 Adjusting the DIVERTER ...
Страница 236: ...Service Manual 6 34 7F3318 2005 July Rev B Figure 6 17 Pickup Operation Sheet 1 of 3 ...
Страница 237: ...Section 6 Theory of Operation 6 35 2005 July Rev B 7F3318 Figure 6 17 Pickup Operation Sheet 2 of 3 ...
Страница 238: ...Service Manual 6 36 7F3318 2005 July Rev B Figure 6 17 Pickup Operation Sheet 3 of 3 ...
Страница 239: ...Section 6 Theory of Operation 6 37 2005 July Rev B 7F3318 Figure 6 18 Load Platen Operation Sheet 1 of 2 ...
Страница 240: ...Service Manual 6 38 7F3318 2005 July Rev B Figure 6 18 Load Platen Operation Sheet 2 of 2 ...
Страница 241: ...Section 6 Theory of Operation 6 39 2005 July Rev B 7F3318 Figure 6 19 Expose Operation ...
Страница 242: ...Service Manual 6 40 7F3318 2005 July Rev B Figure 6 20 Unload Platen Operation ...
Страница 243: ...Section 6 Theory of Operation 6 41 2005 July Rev B 7F3318 Figure 6 21 Processor Operation Sheet 1 of 2 ...
Страница 244: ...Service Manual 6 42 7F3318 2005 July Rev B Figure 6 21 Processor Operation Sheet 2 of 2 ...
Страница 245: ...Section 6 Theory of Operation 6 43 2005 July Rev B 7F3318 Figure 6 22 Front Door Open Operation Sheet 1 of 2 ...
Страница 246: ...Service Manual 6 44 7F3318 2005 July Rev B Figure 6 22 Front Door Open Operation Sheet 2 of 2 ...
Страница 247: ...Section 6 Theory of Operation 6 45 2005 July Rev B 7F3318 Figure 6 23 Front Door Close Operation ...
Страница 252: ...Service Manual 6 50 7F3318 2005 July Rev B Figure 6 27 Sequence of AIQC and GSM Functions ...
Страница 288: ...Service Manual 7 36 7F3318 2005 July Rev B 7 4 Next Page 12 075 28 506 01 910 from DRE Figure 7 3 MCS Self Test Startup ...
Страница 292: ...Service Manual 7 40 7F3318 2005 July Rev B Next Page 21 921 21 921 Figure 7 5 FILM FEEDER MODULE Diagnostics Sheet 3 ...
Страница 294: ...Service Manual 7 42 7F3318 2005 July Rev B Prev Page Next Page 29 924 29 924 Figure 7 7 DENSITOMETER MODULE Diagnostics ...
Страница 444: ...Service Manual 8 102 7F3318 2005 July Rev B BLANK PAGE ...
Страница 466: ...Service Manual 9 22 7F3318 2005 July Rev B BLANK PAGE ...
Страница 468: ...Service Manual 10 2 7F3318 2005 July Rev B BLANK PAGE ...
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