Xerox 1632 2240 3535 Color Carrera Manual

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6-67 DC1632/2240
dC132, dC135
General Procedures and Information Prelaunch Training/Review
dC132 Serial Number/Billing Meter SynchronizationPurposeChecks the Billing Meters and sets the Machine Serial Number when fault 103-208 occurs.
This routine also reads the Billing Meters and can be accessed at any time for this purpose.Procedure
CAUTION
Failure to comply with the board replacement procedure in GP 10 Replacing Billing PWBs,
could result in catastrophic NVM corruption.
Follow the procedure described in GP 10 Replacing Billing PWBs.
dC135 HFSI CountersPurposeThis routine displays the service life (Threshold) and the current value (count) of the periodic
replacement parts. Replacement life change, and current value resets are possible.Procedure1. Enter the Diagnostic Mode. Refer to Entering Diagnostic Mode using the PWS.
2. Select Maintenance on the Service Entry Screen. The All Jams screen displays as the
default screen.
3. Select HFSI Counters (dC135) tab on the Maintenance screen.
4. The HFSI Counters screen displays the replacement life (Threshold) and the current
value (count) of the periodic replacement parts. Two vertical tabs allow display of all HFSI
counters, or only those counters that are over threshold.
5. Refer to Detailed Maintenance Activities in Section 1. Perform the listed Service Action for
all HSFI counters that are at or near threshold.
6. To reset the count after replacing the parts, select the appropriate HFSI item, then select
the Reset Counter button. 
						

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6-68DC1632/2240
dC140, dC188
Prelaunch Training/Review General Procedures and Information
dC140 Analog MonitorPurposeMonitors the analog values of the A/D converter sensors by driving each component (e.g.;,
C.C). Temporary change of output values is possible. Output component check is also possi-
ble.Procedure1. Enter the Diagnostic Mode. Refer to Entering Diagnostic Mode using the PWS.
2. Select the Analog Monitor (dC140) tab in the Diagnostics Screen.
3. The system displays the Analog Monitor Screen.
a. The system displays the analog output component names and the analog input com-
ponent names with the Chain Link Numbers (ID column) in the table in the order of
Chain Link number.
b. The status of all output components show Disabled. The Level columns are blank. 
4. To run an output component check:
a. Select a component to check.
b. Select Start in the output component check.
c. The output component in the machine is switched on.
d. The PWS changes the output component status to Enable.
e.Tu r n  O N another component to check the output component in the machine.
NOTE: If the component has a runtime restriction, the component is switched on for
that period and automatically switched off.
NOTE: Some components cannot be turned on at the same time another component
is turned on. If you turn on a component, the first component turned on will be auto-
matically turned off.
NOTE: If the component cannot be automatically turned off, the following message
appears:! Cannot check the component. Stop another output component.
Check Multiple Components
1. To check multiple components simultaneously, repeat Step 5a through 5e.
2. To stop the check, select Stop while the component is selected, or select Stop All which
switches off all output components.
NOTE: The output component is switched OFF. The status shows Disabled.
Changing Output Levels
1. If you temporarily change the output level, you can check the output component by using
the [+] or [-] to increment/decrement the output level by 1.
2. Select the component whose output level you want to change. Select [+] to increment or [-
] to decrement. 
3. Increment or decrement the output level by 1. The new output level is input into the sys-
tem and the Analog Monitor shows the new output level in the Level column. If the output
level entered is out of the range, the Information screen shows the following message:!
Invalid value. Enter again. (A value that is out of the range is a value that is higher than
the upper limit or lower than the lower limit defined by the machine.)
dC188 Exiting from Service ModeProcedure1. Enter the Diagnostic Mode. Refer to Entering Diagnostic Mode using the PWS.
2. Select the Service Exit Tab on the Screen. 
3. The Service Exit Screen (dC188) displays.
4. The exit options are:
ï Complete Closeout
ï Temporary Closeout
NOTE: Selecting Complete Closeout resets the Shutdown History (dC122), Fault
Counter (dC120), Jam Counters (dC118) and the numbers of copies since the last call.
5. Select Complete Closeout or Temporary Closeout. The machine reboots. The UI mes-
sage Ready to Copy displays.
NOTE: Selecting Temporary Closeout exits from the Service Mode without resetting the
Shutdown History (dC122), Fault Counter (dC120), Jam Counter (dC118), and the num-
ber of copies since last call.
6. Select.
7. Select Exit PWS to close from the PWS diagnostic tool even if the PWS has been discon-
nected from the machine.
8. After Exit PWS is selected, the following message will display, Would you like to copy
Machine Data to the a:drive? Yes or No.
ïIf Ye s is selected, insert a diskette into a:drive and the PWS will write Machine Data
to a:drive and the diagnostic tool will close.
ïIf No is selected the diagnostic tool will close.
NOTE: If the PWS is disconnected from the machine after the machine entered the Ser-
vice Mode, the PWS and the machine do not automatically exit from the Service Mode. If
the machine is disconnected from the PWS, Power-OFF/ON to exit from the Service
Mode. 
						

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6-69 DC1632/2240
dC301
General Procedures and Information Prelaunch Training/Review
dC301 NVM InitializationPurposeThis procedure may be needed when the machine cannot recover for some unknown reasons,
including problems such as producing blank copies/prints, Xerographic CRUs not recognized,
continuously giving system fault, etc.Initial Actions to be taken:Obtain all of the following information:
ï Disconnect any Foreign Interface Devices prior to performing this procedure.
ï NVM Value Factory Setting Report (Typically it is located in the Tray 1 pocket)
ï Any Customer Setting Auditron Account from the System Administrator
ï Any setting changes (specifically NVM settings) shown on the machineís service log.
ï Any Customer Settings in the Tools Mode.Procedure1. TBD.
Table 1 NVM Initialization
Name Description
IOT  The following NVM locations will be initialized:
ï Chain 740 - links 020 through 419
ï Chain 741 - All
ï Chain 742 - links 055 through 079
ï Chain 744 - All
ï Chain 746 - All
ï Chain 753 - All
ï Chain 751 - All except links 168 and 364
ï Chain 760 - All
ï Chain 762 - All
ï Chain 764 - All
IIT/IPS The following NVM locations will be initialized:
ï Chain 715 - links 001 through 017
SYS-System The following NVM locations will be initialized:
ï Chain 700 - links 006, 065 through 070, 088, 116, 122, 127, 128, 147, 
164 through 166, 174, 176 through 181, 197, 208
ï Chain 701 - links 912, 917, 924, 929
ï Chain 720 -link 002
ï Chain 730 - links 00 through 006
ï Chain 770 - links 124, 203
ï Chain 780 - links 065 through 068
ï Chain 785 - links 008, 009
ï Chain 790 - links 003, 004, 099
ï Chain 801 - links 104, 204, 304, 404, 504, 604, 704, 804, 904
ï Chain 802 - links 004, 104, 204, 304, 404, 504, 604, 704, 804, 904
ï Chain 803 - link 004
ï Chain 810 - links 002 through 019, 038 through 127
ï Chain 820 - links 003, 007 through 009, 017 through 019, 024, 026, 
027, 029
ï Chain 823 - links 001 through 005, 008 through 011, 030 through 047
ï Chain 830 - links 001 through 004, 084, 085
ï Chain 850 - links 001 through 004, 007, 009 through 012, 015
ï Chain 860 - links 009, 013, 020, 025, 031, 032
SYS-User All user settable NVM locations in the following chains will be reset:
 Chains 700, 780, 785, 790, 800, 801, 802, 803, 804, 805, 806, 810, 820, 
823, 830, 840
All All of the above-listed NVM locations will be reset.Table 1 NVM Initialization
Name Description 
						

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6-70DC1632/2240
dC305, dC330
Prelaunch Training/Review General Procedures and Information
dC305 UI Component CheckPurposeChecks the operations of the UI Screen and Control Panel buttons.Procedure1. Enter the Diagnostic Mode. Refer to Entering Diagnostic Mode using the PWS.
2. Select the Diagnostics Tab in the Service Entry Screen.
3. Select the System Test Tab in the Diagnostics Screen. The System Test Screen displays.
The UI Component Check dC305 is the default screen.
4. Select Start. The following message displays, Perform the UI Component Check on
the Machine. When complete, select Stop.
5. Select OK.
6. Touch the UI Screen in a different locations. The highlighted point moves to the new loca-
tion.
7. All LEDs should be illuminated when the dC305 Touch Screen Test is displayed. Select
Stop to Turn-OFF all LEDs.
8. Select Stop on the Component Check Screen.
9. The Touch Screen Test Screen on the machine UI closes.
dC330 Component ControlPurposeThe purpose of the dC330 Component Control is to display the logic state of input signals and
to energize output components.
NOTE: Refer to Table 1  for a list of all Input Components listed by Chain/Link ID number.
Refer to Table 2 for a list of all Output Components listed by Chain/Link ID number.Procedure1. Enter the Diagnostic Mode. Refer to Entering Diagnostic Mode using the PWS.
2. Select the Diagnostics Tab on the Service Entry Screen.
3. Select Component Control (dC330) on the Diagnostic Entry Screen.
4. The dC330 Screen is displayed. The display indicates the following:
ï Input/Output Components
ï ID Number (chain/function order)
ï Active Stack (including ID and state of component)
NOTE: The Component Control Codes can be selected in categories by their related sys-
tem, such as: Processor, System, Sorter / OCT / Mailbox, Finisher, DADF, HCF and ITT.
5. Activate the desired component code by double clicking on the Chain/Link ID number or
by clicking once on the Chain/Link ID number then selecting the Start Button. The IDís
will display in the Active Stack.
6. Press the Stop button or double click the active component in the active stack box to
end the test. The ID and Active Stack components are removed from the Active Stack
box.
Stacking Component Codes
1. To stack several codes, select the first code and press Start, then select the next code
and press Start. Continue to enter up to eleven codes.
2. The selected ID appears in the ID column of the Active Stack box and the state changes
to Run; H or L as applicable.
3. Stop a highlighted component by pressing Stop or double click the active component in
the Active Stack Box
4. To switch Off all components and clear the screen, press Stop All.
NOTE: Components that are currently running are shaded in Green. Components that have
been run are shaded in Yellow.
NOTE: When exiting dc330, the machine resets and communication between the PWS and
the machine is momentarily lost. The PWS will reconnect automatically.
Table 1 Input Component Control Codes
Code Name Description
001-300 INTLK_1 High when Open is detected. ON: High
001-301 INTLK_2 High when Open is detected. ON: High
001-302 LH LOW I/L SW High when Open is detected. ON: High
001-304 LH 3TM I/L SW Low when Open is detected. ON: Low 
						

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6-71 DC1632/2240
dC330
General Procedures and Information Prelaunch Training/Review001-306 INTLK_3 High when Open is detected. ON: High
004-100 Belt Home Sensor [Operation Description]: IBT is not at Home Posi-
tion. Open circuit. It is necessary to operate IBT 
5V ON. ON: High
004-101 Drum Motor YMC Fail Detec-
tionPR (Drum) Motor YMC Failure ON: High
004-102 Drum Motor K Fail Detection PR (Drum) Motor K Failure ON: High
004-200 FAN_LOCK_FAIL Fan rotation is stopped ON: FAIL
005-102 Document Sensor No paper detected by Document Sensor ON: 
High
005-110 Regi Sensor (DADF) Paper detected by Regi Sensor ON: Low
005-115 Exit Sensor Paper detected by Exit Sensor ON: Low
005-119 Dup Sensor Paper detected by Dup Sensor  ON: Low
005-150 #1 Size Sensor No paper detected by #1 Size Sensor ON: High
005-151 #2 Size Sensor No paper detected by #2 Size Sensor ON: High
005-201 Exchange from IISS Document Exchange InstructiON. ON from IISS 
ON: Low
005-300 Platen I/L Switch Platen Cover Open ON: High
005-301 Top Cover I/L Switch Top Cover Inter Lock Open ON: High
006-160 Polygon Motor Ready Signal Regular rotation of Polygon Motor ON: Low
006-201 Sheet Abort Document Regist ON: Low
006-212 IIT Regi Sensor Deactuation of Regi Sensor ON: Low
006-240 ADF Exist DADF is not installed ON: High
006-251 APS Sensor1 Document is detected ON: APS SNR1: Low, APS 
ON: High
006-253 APS Sensor3 Document is detected ON: APS SNR3: Low, APS 
ON: High
006-272 PM-0 Flash Memory writing is not in progress ON: 
Inside PWBA
006-281 IPS Fan Fail High when FAN failure is detected. ON: High
006-300 Platen I/L Switch Low when Platen closed. ON: Low
006-301 Angle Sensor Low when Platen closed. ON: Low
007-100 #1Tray Size SW1 ON: AN value
007-101 #1Tray Size SW2 ON: AN value
007-102 #1Tray Size SW3 ON: AN value
007-103 #1Tray Size SW4 ON: AN value
007-104 #2Tray Size SW1 ON: AN value
007-105 #2Tray Size SW2 ON: AN value
007-106 #2Tray Size SW3 ON: AN value
007-107 #2Tray Size SW4 ON: AN value
007-108 #3Tray Size SW1 ON: AN value
007-109 #3Tray Size SW2 ON: AN valueTable 1 Input Component Control Codes
Code Name Description
007-110 #3Tray Size SW3 ON: AN value
007-111 #3Tray Size SW4 ON: AN value
007-112 #4Tray Size SW1 ON: AN value
007-113 #4Tray Size SW2 ON: AN value
007-114 #4Tray Size SW3 ON: AN value
007-115 #4Tray Size SW4 ON: AN value
007-116 #1Level Sensor Lift Up ON: High
007-117 #2Level Sensor Lift Up ON: High
007-118 #3Level Sensor Lift Up ON: High
007-119 #4Level Sensor Lift Up ON: High
007-120 #1Nopaper Sensor No paper ON: High
007-121 #2Nopaper Sensor No paper ON: High
007-122 #3Nopaper Sensor No paper ON: High
007-123 #4Nopaper Sensor No paper ON: High
007-125 SMH No paper Sensor No paper ON: High
007-128 Face Up Tray Detect Low when Tray is installed ON: Low
008-100 #1Feed Out Sensor Paper detected ON: High
008-102 #3Feed Out Sensor Paper detected ON: High
008-103 #4Feed Out Sensor Paper detected ON: High
008-104 Regi Sensor No paperON: Low
008-105 Dup Wait Sensor Paper detected ON: High
008-106 T/A Sensor Paper detected ON: High
008-107 TTM Path Sensor1 Paper detected
008-108 TTM Path Sensor2 Paper detected
008-109 OHP Sensor#L ON: Low
008-110 OHP Sensor#R ON: Low
008-300 DUP Open Switch ON: High
009-101 Toner_Y New CRU Connection of  color is open  (The CRU in 
use is present, or it is not present) ON: Low=new, 
High=old
009-102 Toner_M New CRU Connection of  color is open  (The CRU in 
use is present, or it is not present) ON: Low=new, 
High=old
009-103 Toner_C New CRU Connection of  color is open  (The CRU in 
use is present, or it is not present) ON: Low=new, 
High=old
009-104 Toner_K New CRU Connection of  color is open  (The CRU in 
use is present, or it is not present) ON: Low=new, 
High=old
009-150 TNR FULL SNR ON: High
009-151 #Y_CRU detect CRU is installed
009-152 #M_CRU detect CRU is installedTable 1 Input Component Control Codes
Code Name Description 
						

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6-72DC1632/2240
dC330
Prelaunch Training/Review General Procedures and Information009-153 #C_CRU detect CRU is installed
009-154 #K_CRU detect CRU is installed
009-200 2nd BTR Retract Sensor RetractiON. ON: Low
009-201 POB Sensor Paper detected ON: Low
009-203 1st BTR Retract Sensor RetractiON. ON: Low
010-101 Fuser Exit Paper detected ON: High
010-102 Full Paper Stack Sensor NotFull ON: Low
010-103 Face Up Exit Sensor Paper detected ON: High
012-100 IOT Regi Clutch Clutch OFF ON: High
012-101 Compiler Tray Exit Sensor Paper detected ON: High
012-102 Compiler Paper Sensor Paper detected ON: High
012-103 H-Tra Ent. Sensor Paper detected ON: High
012-104 H-Tra Exit Sensor Paper detected ON: High
012-200 Stacker Paper Sensor Paper detected ON: High
012-201 Stacker Height Sensor Higher than the detection surface ON: High
012-202 Stacker Upper Limit Sensor Upper Limit position. ON: High
012-204 Stacker Stack A Sensor Non-transmissive position. ON: High
012-205 Stacker Stack B Sensor Non-transmissive position. ON: High
012-207 [PWS Display] Staple Head 
Home SensorNot at Home position. ON: High
012-208 Low Staple Switch Low Staple ON: High
012-209 [PSW Display] Staple Ready 
SensorNot at Ready position. ON: High
012-210 Eject Clamp Home Sensor Not at Home Position (Roller is DOWN) ON: High
012-211 Set Clamp Home Sensor Not at Home Position (transmissive) ON: High
012-212 Rear Tamper Home Sensor Home position. ON: High
012-215 H-Tra IOT Full Paper Sensor No paper ON: High 
012-216 Front Tamper Home Sensor Home position. ON: High
012-217 Decurler Cam Position Sen-
sorNot at Home Position (transmissive) ON: High
012-224 Stapler Move Sensor Non-transmissive position. ON: High
012-225 Stapler Front Corner SensorFront Corner position. ON: High
012-300 Front Cover Interlock Switch Open ON: High
012-301 Top Cover Interlock Switch Open ON: High
012-302 Docking Interlock Sensor Docking release ON: High
012-305 H-Tra Interlock Sensor Open ON: HighTable 1 Input Component Control Codes
Code Name Description
Table 2 Output Component Control Codes
Code Name Description Conflicts
004-001 Steering Motor Reswitch the Steering Cam to Home posi-
tion. ONce and operate it at half cycle after 
that. 004-005
004-002 IBT Motor (104mm/
sec)Operate with the IBT unit removed. The 
Belt might be damaged since the Belt Work 
Control is not performed. 004-012, 004-
013
004-004 Main Motor 
(104mm/sec)Rotate at medium speed. Operate the 
motor with the 2nd BTR nipped, or the LH 
Cover opened. Otherwise, the 2nd BTR 
might damage the teeth. 004-007, 004-
008
004-005 Steering Motor 
Home PositionON: Low  004-001
004-007 Main Motor (52mm/
sec)Rotate at half speed. Operate the motor 
with the 2nd BTR nipped, or the LH Cover 
opened. Otherwise, the 2nd BTR might 
damage the teeth. 004-004, 004-
008
004-008 Main Motor 
(194mm/sec)Rotate at double speed. Operate the motor 
with the 2nd BTR nipped, or the LH Cover 
opened. Otherwise, the 2nd BTR might 
damage the teeth. 004-004, 004-
007
004-012 IBT Motor (52mm/
sec)Rotate at half speed. Operate with the IBT 
unit removed. The Belt might be damaged 
since the Belt Work Control is not per-
formed. 004-012, 004-
013
004-013 IBT Motor (194mm/
sec)Rotate at double speed. Operate with the 
IBT unit removed. The Belt might be dam-
aged since the Belt Work Control is not per-
formed. 004-002, 004-
012
004-014 IBT_5V ON ON: High  -
004-050 Fuser Fan, LV Fan 
and Rear Fan 
Rotation High 
speedRotate the FUSER FAN, LV FAN and 
REAR FAN at high speed. (Rotation is Low 
at Power ON) -
005-011 Set Gate Solenoid 
OpenTurn Set Gate Open ON (Towards bottom 
of Nudger Roll) for 5sec -> Auto OFF -
005-012 Set Gate Solenoid 
CloseTurn Set Gate Close ON (Towards bottom 
of Nudger Roll) for 5sec -> Auto OFF -
005-040 Feed Mot. DADF Feed Motor for 2sec -> Auto OFF  -
005-055 Belt Motor Non 
CVT Mode (CW)Rotate the DADF Belt Motor forward.  005-056
005-056 Belt Motor Non 
CVT Mode (CCW)Rotate the DADF Belt Motor backward.  005-055
005-075 Regi Gate Solenoid Push the Regi Gate with the Arm to turn it 
ON for 5sec -> Auto OFF - 
						

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6-73 DC1632/2240
dC330
General Procedures and Information Prelaunch Training/Review005-081 Exit Motor Non 
CVT ModeOperate the DADF Exit Motor  -
005-083 Doc Ready switch ON the Doc Ready signal.  -
005-084 Doc Set LED switch ON the DOC SET LED  -
006-002 IIT Exposure Lamp switch the Lamp ON for 180sec -> Auto 
OFF -
006-004 IPS Cooling Fan 
(Low speed)After operating the IPS Cooling Fan at high 
speed for 5sec, operate it at low speed. 
ON: FAN ON: 24V, FAN Slow: L->H (About 
13V) -
006-005 IIT Scan Motor 
(Scan)More it 50mm from current position in Scan 
direction -> Auto OFF 006-006
006-006 IIT Scan Motor 
(Return)More it 50mm from current position in 
Return direction -> Auto OFF 006-005
006-014 IPS Cooling Fan 
(High speed)Operate the IPS Cooling Fan at high 
speed. -
006-030 LD ON Enable Sig-
nal (concurrently 
for 4 colors)[Operation Description]:  -
006-031 Polygon Motor 
Start Signal[Operation Description]:  -
006-086 IIT Image Area IMG-AREA Signal Output ON: P727 LVDS 
(Differential) High -
006-091 Exchange To ADF Turn ON the document exchange com-
mand signal to the DADF -
007-003 SMH FEED Clutch [Operation Description]:  -
007-004 HOTLINE_TRAY Not used.  -
008-001 #1Feed Motor 
(Fwd)Feed (Rotate #1Feed Motor in paper feed 
direction at 200mm/sec) 8-002
008-002 #1Feed Motor 
(Rev)It turns OFF automatically 6sec after LiftUp 
has started, or when the Level Snr detected 
LiftUp. LiftUp cannot be performed when 
the Level Snr should detect LiftUp. 8-001
008-003 #2Feed Motor 
(Fwd)Feed (Turn #2Feed Motor On in paper feed 
direction at 192mm/sec) 8-004
008-004 #2Feed Motor 
(Rev)It turns OFF automatically 6sec after LiftUp 
has started, or when the Level Snr detected 
LiftUp. LiftUp cannot be performed when 
the Level Snr should detect LiftUp. 8-003
008-005 #3Feed Motor 
(Fwd)Feed (Turn #3Feed Motor On in paper feed 
direction at 192mm/sec)
008-006 #3Feed Motor 
(Rev)It turns OFF automatically 6sec after LiftUp 
has started, or when the Level Snr detected 
LiftUp. LiftUp cannot be performed when 
the Level Snr should detect LiftUp. 8-005 Table 2 Output Component Control Codes
Code Name Description Conflicts
008-007 #4Feed Motor 
(Fwd)Feed (Turn #4Feed Motor On in paper feed 
direction at 192mm/sec) 8-008
008-008 #4Feed Motor 
(Rev)It turns OFF automatically 6sec after LiftUp 
has started, or when the Level Snr detected 
LiftUp. LiftUp cannot be performed when 
the Level Snr should detect LiftUp. 8-007
008-009 Dup Motor 
(200.1mm/sec)Start operation. Turns OFF automatically at 
1000msec. 8-010, 011, 
012, 053, 054, 
055, 056
008-010 Dup Motor 
(104mm/sec)Start operation. Turns OFF automatically at 
1000msec. 8-009, 011, 
012, 053, 054, 
055, 056
008-011 Dup Motor 
(200.1mm/sec) 
Long[Operation Description]:  8-009, 010, 
012, 053, 054, 
055, 056
008-012 Dup Motor 
(104mm/sec) Long[Operation Description]:  8-009, 
010,011, 053, 
054, 055, 056
008-021 3TM TA Motor 
(52mm/sec)Start operation. Turns OFF automatically at 
1000msec. 8-022, 023, 
024, 025, 026, 
027, 028
008-022 3TM TA Motor 
(104mm/sec)Start operation. Turns OFF automatically at 
1000msec. 8-021, 023, 
024, 025, 026, 
027, 028
008-023 3TM TA Motor 
(192mm/sec)Start operation. Turns OFF automatically at 
1000msec. 8-021, 022, 
024, 025, 026, 
027, 028
008-024 3TM TA Motor 
(370mm/sec)Start operation. Turns OFF automatically at 
1000msec. 8-021, 022, 
023, 025, 026, 
027, 028
008-025 3TM TA Motor 
(52mm/sec) Long[Operation Description]:  8-021, 022, 
023, 024, 026, 
027, 028
008-026 3TM TA Motor 
(104mm/sec) Long[Operation Description]:  8-021, 022, 
023, 024, 025, 
027, 028
008-027 3TM TA Motor 
(192mm/sec) Long[Operation Description]:  8-021, 022, 
023, 024, 025, 
026, 028
008-028 3TM TA Motor 
(370mm/sec) Long[Operation Description]:  8-021, 022, 
023, 024, 025, 
026, 027
008-029 TTM TA Motor 
(52mm/sec)Start operation. Turns OFF automatically at 
1000msec. 8-030, 031, 
032, 033, 034, 
035, 036 Table 2 Output Component Control Codes
Code Name Description Conflicts 
						

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6-74DC1632/2240
dC330
Prelaunch Training/Review General Procedures and Information008-030 TTM TA Motor 
(104mm/sec)Start operation. Turns OFF automatically at 
1000msec. 8-029, 031, 
032, 033, 034, 
035, 036
008-031 TTM TA Motor 
(192mm/sec)Start operation. Turns OFF automatically at 
1000msec. 8-029, 030, 
032, 033, 034, 
035, 036
008-032 TTM TA Motor 
(370mm/sec)Start operation. Turns OFF automatically at 
1000msec. 8-029, 030, 
031, 033, 034, 
035, 036
008-033 TTM TA Motor 
(52mm/sec) Long[Operation Description]:  8-029, 030, 
031, 032, 034, 
035, 036
008-034 TTM TA Motor 
(104mm/sec) Long[Operation Description]:  8-029, 030, 
031, 032, 033, 
035, 036
008-035 TTM TA Motor 
(192mm/sec) Long[Operation Description]:  8-029, 030, 
031, 032, 033, 
034, 036
008-036 TTM TA Motor 
(370mm/sec) Long[Operation Description]:  8-029, 030, 
031, 032, 033, 
034, 035
008-037 Regi Clutch Turns ON. Turns OFF automatically at 
400msec. None
008-038 #1TA Clutch Turns ON. Turns OFF automatically at 
400msec. None
008-042 Invert Clutch CW Turns ON in output direction. Turns OFF 
automatically at 400msec. None
008-043 Invert Clutch CCW Turns ON in Invert direction. Turns OFF 
automatically at 400msec. None
008-045 Exit Gate Solenoid Turns ON in output direction. Turns OFF 
automatically at 200msec. None
008-046 Dup Gate Solenoid Turns ON in Face Up direction. Turns OFF 
automatically at 200msec. None
008-047 TTM TM Motor2 
(370mm/sec)Start operation. Turns OFF automatically at 
1000msec. None
008-048 TTM TM Motor2 
(370mm/sec) Long[Operation Description]:  None
008-049 MOB2LED_CHNG MOB SNR2 LED Light quantity switching 
signal, Light quantity UP (increase voltage) 
at PORT H. ON: ANA Output LED2 Light 
quantity UP None
008-050 OB2LED_ON MOB SNR2 LED ON. ON: ANA output  NoneTable 2 Output Component Control Codes
Code Name Description Conflicts
008-051 MOB1LED_CHNG MOB SNR1 LED Light quantity switching 
signal, Light quantity UP (increase voltage) 
at PORT H. ON: ANA Output LED1 Light 
quantity UP None
008-052 MOB1LED_ON MOB SNR1 LED ON.  ON: ANA output  None
008-053 Dup Motor 
(373.2mm/sec)Start operation. Turns OFF automatically at 
1000msec. 8-009, 010, 
011, 012, 054, 
055, 056
008-054 Dup Motor 
(194mm/sec)Start operation. Turns OFF automatically at 
1000msec. 8-009, 010, 
011, 012, 053, 
055, 056
008-055 Dup Motor 
(373.2mm/sec) 
Long[Operation Description]:  8-009, 010, 
011, 012, 053, 
054, 056
008-056 Dup Motor 
(194mm/sec) Long[Operation Description]:  8-009, 010, 
011, 012, 053, 
054, 055
009-001 #Y_Disp MOT_Y Y Color Disp. MOT turns ON, and turns 
OFF automatically after 5sec. -
009-002 #M_Disp MOT M Color Disp. MOT turns ON, and turns 
OFF automatically after 5sec. -
009-003 #C_Disp MOT C Color Disp. MOT turns ON, and turns 
OFF automatically after 5sec. -
009-004 #K_Disp MOT K Color Disp. MOT turns ON, and turns 
OFF automatically after 5sec. -
009-005 #Y_DB DC Y Color Developer Bias DC Component 
Output -
009-006 #M_DB DC M Color Developer Bias DC Component 
Output -
009-007 #C_DB DC C Color Developer Bias DC Component 
Output -
009-008 #K_DB DC K Color Developer Bias DC Component 
Output -
009-009 #YM_DB AC YM Color Developer Bias AC Component 
Output -
009-012 #CK_DB AC CK Color Developer Bias AC Component 
Output -
009-013 Deve_CL The clutch for driving K Color turns ON, 
and turns OFF automatically after 5sec. -
009-014 Deve_MOT Nor-
mal-speedThe MOT for driving Color turns ON at nor-
mal speed and turns OFF automatically 
after 5sec. 9-16
009-016 Deve_MOT Half-
speedThe MOT for driving Color turns ON at 
higher speed and turns OFF automatically 
after 5sec. 9-14 Table 2 Output Component Control Codes
Code Name Description Conflicts 
						

							6/02
6-75 DC1632/2240
dC330
General Procedures and Information Prelaunch Training/Review009-026 #Y_BCR DC High voltage output value of BCR DC_Y.  
ON: PWM 9-30
009-027 #M_BCR DC High voltage output value of BCR DC_M.  
ON: PWM 9-31
009-028 #C_BCR DC High voltage output value of BCR DC_C.  
ON: PWM 9-32
009-029 #K_BCR DC High voltage output value of BCR DC_K.  
ON: PWM 9-33
009-030 #Y_BCR AC High voltage output value of BCR AC_Y. 
ON: PWM 9-26
009-031 #M_BCR AC High voltage output value of BCR AC_M  9-27
009-032 #C_BCR AC High voltage output value of BCR AC_C  9-28
009-033 #K_BCR AC High voltage output value of BCR AC_K  9-29
009-034 [PSW Display] AGT 
MOTAGITATOR MOT ON
009-035 CRUM PWR Power ON of CRUM-YMCK
009-038 BCR ACDC K CHG [Operation Description]: DEVE_AC_K 
changes at connector terminals trailing.
009-039 BCRAC Clock Frequency signal common to BCR AC All 
Colors.
009-040 ROS Shutter Close ROS Shutter: Rotates in Close direction 
(Brush: Contact direction). 9-41
009-041 ROS Shutter Open ROS Shutter: Rotates in Open direction 
(Brush: Retract direction). ON: HHH 9-40
009-042 #K_Erase Lamp 
104mm/sK ERASE LAMP lit.  9-43, 9-44
009-043 #K_Erase Lamp 
52mm/sNot in use  9-42, 9-44
009-044 #K_Erase Lamp 
194mm/sNot in use  9-42, 9-43
009-045 #YMC_Erase Lamp 
104mm/sYMC ERASE LAMP lit.  9-46
009-046 #YMC_Erase Lamp 
52mm/sNot in use  9-45
009-051 2nd BTR Contact Driving of BTR2RETMOT. Turns OFF 
800ms after the Retract SNR detected the 
Contact Position (High). -
009-052 2nd BTR Retract Turns OFF 60ms after the Retract SNR 
detected the Retract Position (Low). -
009-053 De Tack Saw HV Turn on DTS HV.  -
009-054 1st BTR Contact Turns OFF 100ms after the Retract SNR 
detected the Contact Position (High). -
009-055 1st BTR Retract Turns OFF 100ms after the Retract SNR 
detected the Retract Position (Low). - Table 2 Output Component Control Codes
Code Name Description Conflicts
009-076 Specular reflection 
LEDWhen the Specular Reflection LED of ADC 
SNR turns ON and YMC density is 
detected. -
009-077 Diffusion reflection 
LEDWhen the Diffusion Reflection LED of ADC 
SNR turns ON and K density is detected. -
009-078 ADC Sensor Shut-
ter OpenTurns OFF automatically after 100msec.  9-79
009-079 ADC Sensor Shut-
ter CloseTurns OFF automatically after 100msec.  9-78
009-080 ATC Sensor 5V ON 5V Power supply to ATC SNR.  -
010-001 OCT Motor (CW) Turns ON forward and turns OFF automati-
cally at 150msec. 010-002
010-002 OCT Motor (CCW) Turns ON reverse and turns OFF automati-
cally at 150msec. 010-001
012-001 Main Drive Motor 
On/Off[Operation Description]:  12-71
012-010 Rear Tamper Motor 
Low Front On/OffTurns OFF automatically after 100pulses.  12-11, 12-12, 
12-13, 12-14, 
12-15
012-011 Rear Tamper Motor 
Middle Front On/OffTurns OFF automatically after 100pulses.  12-10, 12-12, 
12-13, 12-14, 
12-15
012-012 Rear Tamper Motor 
High Front On/OffTurns OFF automatically after 100pulses.  12-10, 12-11, 
12-13, 12-14, 
12-15
012-013 Rear Tamper Motor 
Low Rear On/OffTurns OFF automatically after 100pulses.  12-10, 12-11, 
12-12, 12-14, 
12-15
012-014 Rear Tamper Motor 
Middle Rear On/OffTurns OFF automatically after 100pulses.  12-10, 12-11, 
12-12, 12-13, 
12-15
012-015 Rear Tamper Motor 
High Rear On/OffTurns OFF automatically after 100pulses.  12-10, 12-11, 
12-12, 12-13, 
12-14
012-020 Staple Motor Close 
On/OffStops at Home Position.  12-21
012-021 Stapler Motor 
ReverseTurns OFF automatically after 110msec.  12-20
012-030 Eject Motor FOR-
WARD On/OffTurns OFF automatically after 2000pulses.  12-31, 12-32, 
12-33, 12-34, 
12-41
012-031 Eject Motor 
Reverse On/OffTurns OFF automatically after 2000pulses.  12-30, 12-32, 
12-33, 12-34, 
12-4 Table 2 Output Component Control Codes
Code Name Description Conflicts 
						

							6/02
6-76DC1632/2240
dC330
Prelaunch Training/Review General Procedures and Information012-032 Eject Clamp Low 
DownTurns OFF automatically at 702pulses after 
the Eject Home Snr detected Home Posi-
tion. 12-30, 12-31, 
12-33, 12-34, 
12-41
012-033 Eject Clamp Mid-
dle DownTurns OFF automatically at 365pulses after 
the Eject Home Snr detected Home Posi-
tion. 12-30, 12-31, 
12-32, 12-34, 
12-41
012-034 Eject Clamp UP Turns OFF automatically at 46pulses after 
the Eject Home Snr detected Home Posi-
tion. 12-30, 12-31, 
12-32, 12-33, 
12-41
012-040 Set Clamp Paddle 
SolenoidTurns OFF automatically after 1000msec.  12-41
012-041 Set Clamp Paddle 
RevTurns OFF automatically at Mot: 583pulses 
and Sol: 200msec. 12-30, 12-31, 
12-32, 12-33, 
12-34, 12-40
012-050 Stacker Motor UP 
On/OffTurns OFF automatically after 500msec.  12-51
012-051 Stacker Motor 
Down On/Off[Operation Description]:  12-50
012-060 H-Tra Gate In Sole-
noid OpenTurns OFF automatically after 200msec.  12-61
012-061 H-Tra Gate In Sole-
noid CloseTurns OFF automatically after 200msec.  12-60
012-070 Decurler Cam 
Clutch OnTurns OFF automatically after 1000msec.  12-71
012-071 Decurler Penetra-
tion ChangeTurns OFF automatically after the Decurler 
Home Snr detected On. (Stops when the 
Home Snr detected ON -> OFF or OFF -> 
ON by turning ON Decurler Cam Clutch 
500ms after driving the Main Drive Motor.) 12-1, 12-70
012-080 Stapler Move Motor 
High Front On/OffTurns OFF automatically at 250pulses.  12-81, 12-82, 
12-83
012-081 Stapler Move Motor 
Low Font On/OffTurns OFF automatically at 250pulses.  12-80, 12-82, 
12-83
012-082 Stapler Move Motor 
High Rear On/OffTurns OFF automatically at 250pulses.  12-80, 12-81, 
12-83
012-083 Stapler Move Motor 
Low Rear On/OffTurns OFF automatically at 250pulses.  12-80, 12-81, 
12-82
012-091 Front Tamper 
Motor Low Front 
On/OffTurns OFF automatically at 100pulses.  12-92, 12-93, 
12-94, 12-95, 
12-96
012-092 Front Tamper 
Motor Middle Front 
On/OffTurns OFF automatically at 100pulses.  12-91, 12-93, 
12-94, 12-95, 
12-96 Table 2 Output Component Control Codes
Code Name Description Conflicts
012-093 Front Tamper 
Motor High Front 
On/OffTurns OFF automatically at 100pulses.  12-91, 12-92, 
12-94, 12-95, 
12-96
012-094 Front Tamper 
Motor Low Rear 
On/OffTurns OFF automatically at 100pulses.  12-91, 12-92, 
12-93, 12-95, 
12-96
012-095 Front Tamper 
Motor Middle Rear 
On/OffTurns OFF automatically at 100pulses.  12-91, 12-92, 
12-93, 12-94, 
12-96
012-096 Front Tamper 
Motor High Rear 
On/OffTurns OFF automatically at 100pulses.  12-91, 12-92, 
12-93, 12-94, 
12-95 Table 2 Output Component Control Codes
Code Name Description Conflicts