Xerox 1632 2240 3535 Color Carrera Manual

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6-7 DC1632/2240
dC118, dC120
General Procedures and Information Prelaunch Training/Review
dC118 Jam CounterPurposeDisplays the number of occurrences of Jams from time of previous Complete Closeout on ser-
vice exit until present.
NOTE: This procedure does not count jams detected while in the Service Mode.Procedure1. Enter the Diagnostic Mode. Refer to Entering Diagnostic Mode using the PWS.
2. Select Maintenance on the Service Entry Screen.  
3. Select the Jam Counters (dC 118).
4. The screen displays all jam-related fault codes, and the number of times that the fault has
occurred since the last time the Complete Closeout option was selected when exiting
Diagnostic Mode.
5. The following subsets of data are selectable:
ï All Jams
- This is the default. All jam-related faults are listed
ïDADF Jams
- Selecting this tab lists only the DADF jam codes.
ï Paper Jams
- Selecting this tab lists only the paper supply and paper feeding jam codes.
ï Non-Zero Jams
- Selecting this tab lists only those jam codes that have had at least one occurrence
since the last time the Complete Closeout option was selected.
dC120 Fail CounterPurposeDisplays the number of occurrences of each fault since the last Service Exit with the Complete
Closeout option selected.
NOTE: 
ï The machine does not count the faults detected while in the Service Mode.
ï The machine does not count interlock open detected faults while the Main Processor is
stopped.Procedure1. Enter the Diagnostic Mode. Refer to Entering Diagnostic Mode using the PWS.
2. Select Maintenance on the Service Entry Screen.
3. Select the Fail Counters (dC120)  tab.
4. The screen displays all fault codes that have  occurred since the last time the Complete
Closeout option was selected when exiting Diagnostic Mode. 
The codes are listed in ascending order; to list in descending order, click on ID in the table
header.
If machine data  was previously saved to diskette, and  Diagnostic Mode was entered
with the Read From Diskettes option selected, the previous fault history #Occurrence
will display in the P1 column. If this same procedure was performed previously, the fault
history #Occurrence will display in P2, then P3, up to columns P7.
5. The following subsets of data are selectable:
ï All Faults
ï DADF Faults
ï System faults
ï Xero Faults 
						

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6-8DC1632/2240
dC122, dC129
Prelaunch Training/Review General Procedures and Information
dC122 Shutdown HistoryPurposeTo display the Last 40 Faults (History). 
NOTE: 
1.  fault detected while in Service Mode are not counted.
2.  An Interlock open while the machine is stopped is not counted.
3. If multiple faults occurred in the machine, the primary fault is recorded. Procedure1. Enter the Diagnostic Mode. Refer to Entering Diagnostic Mode using the PWS.
2. Select the Diagnostics Tab.
3. Select the Shutdown Hist (dC122) tab.
4. The system displays the faults that occurred in Customer Mode since the last service call
closeout, up to a maximum of 40 faults.
5. The information in the lower right corner of the screen (Input, Original, Paper, Tray, Out-
put) reflects the fault highlighted in the Table.
6. The following subsets of data  are available:
ï Last 40 Faults History (default screen).
- displays the 40 newest faults and lists copy count when each occurred.
ïLast 40 Faults Occurrences
- displays the 40 newest faults and lists the number of occurrences.
ïDADF Jams
- displays the 40 newest DADF jams and lists copy count when each occurred.
ïPaper Jams
- displays the 40 newest paper jams and lists copy count when each occurred.
ïFail
- displays the 40 newest non-jam faults and lists copy count when each occurred.
7. To clear  the shutdown history, select Complete Closeout in the Service Mode Exit
screen (dC188). Exiting from the Service Mode clears all data in the Shut-Down History.
dC129 System Registration SetupPurposePerforms the Lead Registration and Side Registration adjustments by looking at the output of
the built-in Test Pattern.
NOTE: For details on the dC129 System Registration adjustment, see ADJ 9.9 IOT Registra-
tion Series (dC129). 
						

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6-9 DC1632/2240
dC131
General Procedures and Information Prelaunch Training/Review
dC131 NVM Read/WritePurposeReads, sets or changes the NVM data.ProcedureModule Selection
1. Enter the Diagnostic Mode. Refer to Entering Diagnostic Mode using the PWS.
2. Select Adjustments in the Service Entry Screen.
3. The system displays one of the Read/Write Screens. dC131 NVM Read/Write is the
default screen.
4. Select a Sub-System from the Vertical Left Tab List. The default tab is All.
Reading NVM
1. Select an ID from the Sub-System Table, then click Read NVM, or double click on the line
ID  and the value will be read in the Va lu e column. 
The Range Check column will fill in.
Writing NVM
1. To change a  value, enter a new value in the New column and press Enter.
2. When a new value is entered, the  Changed  tab will turn green. The number in parenthe-
ses  count the number of pending NVM values. Clicking this tab will show a list of all the
changed values. These locations can be written individually or as a block from this tab, or
can be canceled.
3. Select Write NVM.a. If the input value is valid (within the range), the system writes the new NVM value in
the NVM location in the machine.
b. If the input value is invalid, the system displays the following message in the infor-
mation screen, The given NVM value is out of range. NVM was not changed.
c. If the NVM cannot be changed (Write protected NVM), the system displays the fol-
lowing message, The specified NVM is read only.
4. When the system writes the new value in the specified NVM code, the value is updated in
the New box and reduces the count in the Changed Tab.
Table 1 Module Selection
Module item Chain number allocation
All 700 - 999
UI/Tools 700, 720
IISS 715
Config/System 719, 740
Xfer 746
RegiCon 760
PHM 742
DADF 710
Xero 751
Drives / Output 741, 764
ProCon 752
Developer 762
Fuser 744
Other 755, 769
Errors (number of errors) Displays and NVM outside of the ranges listed in the 
PWS database.
Changed (number pending change) Displays any with new value entered in the New col-
umn, but not written yet. 
						

							6/02
6-10DC1632/2240 Prelaunch Training/Review General Procedures and Information
dC131 NVM Tables 700-xxx ESS Configuration NVM List
Table 1 Chain 700
Chain-Link Name Default Range Description
700-006 Configuration - 0x00~0x08 [P, SP, CSP, CFSP] Set up at factory production. It allocates bits in the following  P(rinter), F(ax), C(opy), S(can). 
P = 0x01, F = 0x02, C = 0x04, S = 0x08.
700-073 Page Memory Size - 64*1024*102
4~256*1024*
1024bytes (Auto Setting)
700-075 ART User Buffer Size 32KB 32*1024~204
8*102432KB~2048KB (32KB interval)
700-076 PostScript Buffer Size 8*1024*1024
~32*1024*10
24Color machine =  [8 MB~32 MB] B/W machine =  [4.5 MB~32 MB] (0.25 MB interval)
700-078 Form Buffer Size 128 KB 128*1024~20
48*1024128 KB~2048 KB
700-080 HPGL/Auto Layout Buffer Size 64 KB 64*1024~512
0*102464 KB~5120 KB (32 KB interval)
700-081 Parallel Buffer Size 64KB - 64 KB~1 MB (32 KB interval)
700-082 TBD 256KB 64*1024~1*1
024*102464 KB~1 MB (32 KB interval)
700-083 Lpd Buffer Size 256KB 64*1024~1*1
024*102464 KB~1 MB (32 KB interval)
700-084 NetWare Buffer Size 256KB 64*1024~1*1
024*102464 KB~1 MB (32 KB interval)
700-085 AppleTalk Buffer Size 256KB - 64 KB~1 MB (32 KB interval)
700-086 SMB Buffer Size 256KB 64*1024~1*1
024*102464 KB~1 MB (32 KB interval)
700-087 IPP Buffer Size 256KB 64*1024~1*1
024*102464 KB~1 MB (32 KB interval)
700-088 Salutation Buffer Size 256KB - 64 KB~1 MB (32 KB interval)
700-089 HDD Status - -2~0 0 =  Yes, -1 =  Error, -2 =  No (Auto Detect)
700-120 Time Zone 540 - Displays the Time difference from GMT. E.g. Japan =  540, Hawaii =  -600
700-124 Auto Clear Timer 1min 0~240 MF =  0, 1~4  =  [Disable (0), 1~4min] (in increments of 1min) P =  0, 1~30 =  [Disable (0), 1~30min] (in incre-
ments of 1min)
700-125 Job Cancel Timer 10min 0~5940 0 =  Disable  240~5940 =  4~99min (in increments of 1min)
700-126 Operating Timer 10sec 0~240 0 =  Disable 1~240  =  [1~240sec] (in increments of 1sec)
700-127 Job End Timer 6sec 0~240 0 =  Disable  1~240  =  [1~240sec] (in increments of 1sec)
700-128 Scanning Timer 4sec 1~20 1~20 =  [1~20sec (1sec unit)
700-129 LowPower Mode Timer 15 6~240 6~240 = [6~240min (in increments of 1min)]
700-130 Sleep Mode Timer 60min 15~240 15~240 =  [15~240min (in increments of 1min)]
700-131 Sleep Mode Available 1 [Setup 
Range] = 0 =  Disable, 1 =  Enable 
						

							6/02
6-11 DC1632/2240General Procedures and Information Prelaunch Training/Review 700-132 Operation Panel OK Beep 2 0~3 0 =  Off, 1 =  Low volume, 2 =  Medium volume, 3 =  High volume
700-133 Operation Panel NG Beep 2 0~3 0 =  Off, 1 =  Low volume, 2 =  Medium volume, 3 =  High volume
700-134 Job Complete Beep with Copy 2 0~3 0 =  Off, 1 =  Low volume, 2 =  Medium volume, 3 =  High volume
700-135 Job Complete Beep without Copy 2 0~3 0 =  Off, 1 =  Low volume, 2 =  Medium volume, 3 =  High volume
700-136 Abnormal Warning Beep 2 0~3 0 =  Off, 1 =  Low volume, 2 =  Medium volume, 3 =  High volume
700-137 Job Incomplete Beep 2 0~3 0 =  Off, 1 =  Low volume, 2 =  Medium volume, 3 =  High volume
700-138 Ready Beep 2 0~3 0 =  Off, 1 =  Low volume, 2 =  Medium volume, 3 =  High volume
700-139 Toner Empty Warning Beep 2 0~3 0 =  Off, 1 =  Low volume, 2 =  Medium volume, 3 =  High volume
700-140 Bell Tone 2 0~3 0 =  Off, 1 =  Low volume, 2 =  Medium volume, 3 =  High volume
700-141 Line Monitor Tone 2 0~3 1 =  Low volume, 2 =  Medium volume, 3 =  High volume
700-144 Auto Log Print Flag 0 0~1 0 =  OFF  1 =  ON
700-145 Report Duplex Print 0 0~1 0 =  OFF  1 =  ON
700-146 Mail Box Receive Report ON 0~1 0 =  OFF  1 =  ON
700-147 Protocol Monitor Output Control 0 0~2 0= When instructed 1= When error occurs 2= When normal
700-151 Transmission Report on Error Output 
Control1 0~2 [0=OFF, 1=ON, 2=Output at normal]
700-152 User Abort Transmission Report Output 
Control0 0~1 0= Do not output 1= Output
700-153 TBD 0 0~1 0 =  Do not register 1 =  Register
700-164 Language Japanese [Setup 
Range] 11 =  Japanese, 2 =  English, 3 =  French, 4 =  German, 5 =  Italian, 6 =  Spanish, 7 =  Portuguese, 8 =  Russian, 
9 =  Chinese, 10 =  Korean, 11 =  Thai, 12 =  Vietnamese, 13 =  Taiwanese
700-165 Country Code 0=Undefined - 0=Undefined, 840 =USA, 124=Canada, 076=Brazil, 3=Latin America -> Cannot be assigned 826=UK, 
276=Germany, 380=Italy, 250=France, 724=Spain, 528=Holland, 756=Swiss, 752=Sweden, 056=Belgium, 
040=Austria, 620=Portugal, 246=Finland, 208=Denmark 
700-166 Territory - [Setup 
Range] = 1=FX, 2=XC, 3=XE, 4=AP
700-169 Print Priority 48 18~48 48 =  Priority 0 (low), 38 =  Priority 1, 28 =  Priority 2, 18 =  Priority 3 (high), Default =  Priority 0 (48)
700-170 Copy Priority Priority 1 (38) 18~48 48 =  Priority 0 (low), 38 =  Priority 1, 28 =  Priority 2, 18 =  Priority 3 (high), Default =  Priority 0 (38)
700-171 KO Tools Entry Password NULL - ASCII 0~9. 4 ~12 digits.
700-172 TBD - - 6789 Fixed value
700-175 Transaction Report Display point 0 0~1 0= Displays lead edge in 40 digits 1= Displays rear edge in 40 digits
700-197 Max. Job Numbers 60002>90 90~3000 Set up 90 (min.)~3000 (max.) in increments of 1. 02>30~3000
700-198 TBD 1 0~1 1 =  Permit, 0 =  Prohibits
700-207 TBD - - 0 =  Not valid, 1 =  Valid
700-301 SEEPROM Serial# (1st digit) - - Alphanumerics (ASCII) 
700-302 SEEPROM Serial# (2nd digit) - - Alphanumerics (ASCII)
700-303 SEEPROM Serial# (3rd digit) - - Alphanumerics (ASCII)
700-304 SEEPROM Serial# (4th digit) - - Alphanumerics (ASCII)
700-305 SEEPROM Serial# (5th digit) - - Alphanumerics (ASCII)
700-306 SEEPROM Serial# (6th digit) - - Alphanumerics (ASCII)
700-307 SEEPROM Serial# (7th digit) - - Alphanumerics (ASCII)
700-308 SEEPROM Serial# (8th digit) - - Alphanumerics (ASCII)Table 1 Chain 700
Chain-Link Name Default Range Description 
						

							6/02
6-12DC1632/2240 Prelaunch Training/Review General Procedures and Information700-309 SEEPROM Serial# (9th digit) - - Alphanumerics (ASCII)
700-310 SEEPROM Serial# (10th digit) - - Alphanumerics (ASCII)
700-311 Battery Backup SRAM Serial # (1st 
digit)- - Alphanumerics (ASCII)
700-312 Battery Backup SRAM Serial # (2nd 
digit)- - Alphanumerics (ASCII)
700-313 Battery Backup SRAM Serial # (3rd 
digit)- - Alphanumerics (ASCII)
700-314 Battery Backup SRAM Serial # (4th 
digit)- - Alphanumerics (ASCII)
700-315 Battery Backup SRAM Serial # (5th 
digit)- - Alphanumerics (ASCII)
700-316 Battery Backup SRAM Serial # (6th 
digit)- - Alphanumerics (ASCII)
700-317 Battery Backup SRAM Serial # (7th 
digit)- - Alphanumerics (ASCII)
700-318 Battery Backup SRAM Serial # (8th 
digit)- - Alphanumerics (ASCII)
700-319 Battery Backup SRAM Serial # (9th 
digit)- - Alphanumerics (ASCII)
700-320 Battery Backup SRAM Serial # (10th 
digit)- - Alphanumerics (ASCII)
700-321 SEEPROM Product # (1st digit) - - Alphanumeric (ASCII)
700-322 SEEPROM Product # (2nd digit) - - Alphanumeric (ASCII)
700-323 SEEPROM Product # (3rd digit) - - Alphanumeric (ASCII)
700-324 SEEPROM Product #(4th digit) - - Alphanumeric (ASCII)
700-325 Battery Backup SRAM Product # (1st 
digit)- - Alphanumeric (ASCII)
700-326 Battery Backup SRAM Product # (2nd 
digit)- - Alphanumeric (ASCII)
700-327 Battery Backup SRAM Product # (3rd 
digit)- - Alphanumeric (ASCII)
700-328 Battery Backup SRAM Product # (4th 
digit)- - Alphanumeric (ASCII)
700-329 SEEPROM Product Code (1st digit) - - Alphanumerics (ASCII)
700-330 SSEEPROM Product Code (2nd digit) - - Alphanumerics (ASCII)
700-331 SEEPROM Product Code (3rd digit) - - Alphanumerics (ASCII)
700-332 SEEPROM Product Code (4th digit) - - Alphanumerics (ASCII)
700-333 SEEPROM Product Code (5th digit) - - Alphanumerics (ASCII)
700-334 SEEPROM Product Code (6th digit) - - Alphanumerics (ASCII)
700-335 SEEPROM Product Code (7th digit) - - Alphanumerics (ASCII)
700-336 SEEPROM Product Code (8th digit) - - Alphanumerics (ASCII)Table 1 Chain 700
Chain-Link Name Default Range Description 
						

							6/02
6-13 DC1632/2240General Procedures and Information Prelaunch Training/Review
710-xxx DADF NVM List
700-337 Configuration (info. On SEEPROM) - - [P, SP, CSP, CFSP (C)] Set at factory.  It allocates bits in the following into P(rinter), F(ax), C(opy), S(can) 
respectively and display it in that disjunction. P = 0x01, F = 0x02, C = 0x04, S = 0x08
700-338 Territory (SEEPROM) - 1~4 1=FX, 2=XC, 3=XE, 4=AP
700-339 IOT ROM Major version - - (Auto Setting)
700-340 IOT ROM Minor version - - (Auto Setting)
700-341 IOT ROM Revision version - - (Auto Setting)
700-342 Sys Main ROM Major - - (Auto Setting)
700-343 Sys Main ROM Minor - - (Auto Setting)
700-344 Sys Main ROM Revision - - (Auto Setting)
700-348 IIT ROM Major - - (Auto Setting)
700-349 IIT ROM Minor - - (Auto Setting)
700-350 IIT ROM Revision - - (Auto Setting)
700-351 DADF ROM Major - - (Auto Setting)
700-352 DADF ROM Minor - - (Auto Setting)
700-353 DADF ROM Revision - - (Auto Setting)
700-354 UI Frame ROM Major - - (Auto Setting)
700-355 UI Frame ROM Minor - - (Auto Setting)
700-356 UI Frame ROM Revision - - (Auto Setting)
700-357 UI control ROM Major - - (Auto Setting)
700-358 UI control ROM Minor - - (Auto Setting)
700-359 UI control ROM Revision - - (Auto Setting)
700-360 Product Code (1st digit) - - Alphanumerics (ASCII)
700-361 Product Code (2nd digit) - - Alphanumerics (ASCII)
700-362 Product Code (3rd digit) - - Alphanumerics (ASCII)
700-363 Product Code (4th digit) - - Alphanumerics (ASCII)
700-364 Product Code (5th digit) - - Alphanumerics (ASCII)
700-365 Product Code (6th digit) - - Alphanumerics (ASCII)
700-366 Product Code (7th digit) - - Alphanumerics (ASCII)
700-367 Product Code (8th digit) - - Alphanumerics (ASCII)
700-368 Lpd Buffer Size (Memory Spool) 1MB 
(1*1024*1024
)512*1024~32
*1024*1024Memory Spool =  [512 KB~32 MB] (256 KB interval)Table 1 Chain 700
Chain-Link Name Default Range Description
Table 2 Chain 710
Chain-Link Name Default Range Description
710-001 ADF Fail Bypass 0 0~1 0 =  Bypass ON  1 =  Bypass OFF
710-002 JAM Bypass 0 0~1 0 =  Bypass ON  1 =  Bypass OFF
710-005 Regi Sensor Off to Belt Motor Slow-
down Step (Non CVT Mode)250 217~283 No. of Steps after the Regi Sensor turned Off and until the Belt Motor started to reduce speed in the Non CVT 
Mode. Lead Regi Adjustment Value =  5 +/-5mm 
						

							6/02
6-14DC1632/2240 Prelaunch Training/Review General Procedures and Information710-006 DupMode RegiSensor On to Belt Mot. 
Slowdown Step (Non CVT Mode)44 19~69 [Description] = No. of Steps after the Regi Sensor turned On and until the Belt Motor started to reduce speed in 
the Non CVT Mode (Reverse & Reverse Output Loop) Regi Roll Loop Adjustment Value at Reverse & Reverse 
Output =  4 +/-5mm
710-012 8.5x11LEF Threshold 2093 1993~2193 Threshold to separated the size detection of 8.5x11LEF and 8x10LEF.
710-013 B5SEF/8x10SEF Switching 0 0~1 0 =  B5SEF(FX/XE/AP), 1 =  8x10SEF(XC)
710-014 11x15SEF/8K Switching (for AP mar-
ket)0 0~1 11x15SEF, 1 =  8K
710-018 FS MAX value 2970 1297~3070 For customized registration of DADF Document Size Detection Decurler
710-019 FS MIN value 2970 1297~3070 For customized registration of DADF Document Size Detection Decurler
710-020 SS MAX value 2100 1297~4418 For customized registration of DADF Document Size Detection Decurler
710-021 SS MIN value 2100 1297~4418 For customized registration of DADF Document Size Detection Decurler
710-022 Document Size 8 3~20 For customized registration of DADF Document Size Detection Decurler
710-023 Document Process Direction 0 0~1 For customized registration of DADF Document Size Detection Decurler
710-024 DADF Doc Size Detection Table 0 0~1 For customized registration of DADF Document Size Detection Decurler
710-025 S Size Side2 Lead Regi Adjust 250 217~283 Side 2 Lead Regi Correction Value of S Size document. Unit =  Step (S Size = 131.7mm~158.0mm in Slow 
Scan Direction)
710-026 M Size Side2 Lead Regi Adjust 250 217~283 Side 2 Lead Regi Correction Value of M Size document. Unit =  Step (M Size = 158.1mm~245.9mm in Slow 
Scan Direction)
710-027 L Size Side2 Lead Regi Adjust 250 217~283 Side 2 Lead Regi Correction Value of L Size document. Unit =  Step (L Size = 246.0mm~460.0mm in Slow Scan 
Direction)
710-800 ADF Static Jam Count Total (No Sensor 
Sensed Jam)0 0~65535 Cumulative Jam Counter (Write not permitted)
710-801 ADF Static Jam Count Since Reset (No 
Sensor)0 0~65535 Cumulative Jam Counter at the previous clearing (Write not permitted)
710-802 ADF Document Input Sensor Static 
Jam Count Total0 0~65535 Cumulative Jam Counter (Write not permitted)
710-803 ADF DocInput SNR Static Jam Count 
Since Reset0 0~65535 Cumulative Jam Counter at the previous clearing (Write not permitted)
710-804 ADF Registration Sensor Static Jam 
Count Total0 0~65535 Cumulative Jam Counter (Write not permitted)
710-805 ADF Regi Sensor Static Jam Count 
Since Reset0 0~65535 Cumulative Jam Counter at the previous clearing (Write not permitted)
710-806 ADF Exit Sensor Static Jam Count Total 0 0~65535 Cumulative Jam Counter (Write not permitted)
710-807 ADF Exit Sensor Static Jam Count 
Since Reset0 0~65535 Cumulative Jam Counter at the previous clearing (Write not permitted)
710-808 ADF Duplex Sensor Static Jam Count 
To t a l0 0~65535 Cumulative Jam Counter (Write not permitted)
710-809 ADF Duplex Sensor Static Jam Count 
Since Reset0 0~65535 Cumulative Jam Counter at the previous clearing (Write not permitted)
710-810 ADF Regi SNR On NonInvert Dynamic-
Jam Count Total0 0~65535 Cumulative Jam Counter (Write not permitted)
710-811 ADF Regi SNR On Dynamic Jam Count 
Since Reset0 0~65535 Cumulative Jam Counter at the previous clearing (Write not permitted)Table 2 Chain 710
Chain-Link Name Default Range Description 
						

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6-15 DC1632/2240General Procedures and Information Prelaunch Training/Review
715-xxx IIT NVM List
710-812 ADF RegiSNR Off NonInvert Dynamic-
Jam Count Total0 0~65535 Cumulative Jam Counter (Write not permitted)
710-813 ADF Regi SNR Off Dynamic Jam Count 
Since Reset0 0~65535 Cumulative Jam Counter at the previous clearing (Write not permitted)
710-814 ADF Regi SNR On Dynamic Jam Count 
Total (invert)0 0~65535 Cumulative Jam Counter (Write not permitted)
710-815 ADF RegiSNROn DynamicJamCount 
Since Reset (invert)0 0~65535 Cumulative Jam Counter at the previous clearing (Write not permitted)
710-816 ADF Regi SNR Off Dynamic Jam Count 
Total (invert)0 0~65535 Cumulative Jam Counter (Write not permitted)
710-817 ADF RegiSNROffDynamicJamCount 
Since Reset (invert)0 0~65535 Cumulative Jam Counter at the previous clearing (Write not permitted)
710-818 ADF Exit  Sensor On Dynamic Jam 
Count Total0 0~65535 Cumulative Jam Counter (Write not permitted)
710-819 ADF Exit  Sensor On Dynamic Jam 
Count Since Reset0 0~65535 Cumulative Jam Counter at the previous clearing (Write not permitted)
710-820 ADF Exit Sensor Off Dynamic Jam 
Count Total0 0~65535 Cumulative Jam Counter (Write not permitted)
710-821 ADF Exit Sensor Off DynamicJam 
Count Since Reset0 0~65535 Cumulative Jam Counter at the previous clearing (Write not permitted)
710-822 Size Mismatch Jam Count Total 0 0~65535 Cumulative Jam Counter (Write not permitted)
710-823 Size Mismatch Jam Count Since Reset 0 0~65535 Cumulative Jam Counter at the previous clearing (Write not permitted)
710-900 Feed Life Count (upper digits) 36 0~65535 Feed Count Replacement Life (Upper digits) (Write not permitted)
710-901 Feed Life Count (lower digits) 40704 0~65535 Feed Count Replacement Life (Lower digits) (Write not permitted)Table 2 Chain 710
Chain-Link Name Default Range Description
Table 3 Chain 715
Chain-Link Name Default Range Description
715-001 PreIPS Fail Bypass 0 0~1 0 =  Fail Bypass is not available, 1 =  Fail Bypass is available
715-004 ACS Detection Level 2 0~4 Level 0 (judged from Black and White)~Level 4 (judged from Color)
715-014 PRadjF 120 0~240 Fast Scan Direction Regi Correction Value (Dot)  Adjustment at factory. VLSS=PROMVLSS+PRadjF -120 - 
Shift Amount
715-015 DADF FS Offset 71 0~150 Fast Scan Offset Value (Dot) when DADF is used. VLSS=PROMVLSS+PRadjF -120 +DADF Offset- Shift 
Amount,  Adjustment at factory. (DUP Side can be used too)
715-016 Side Registration Shift (-) 0 0~256 For VLSS=PROMVLSS+PRadjF - 120 - Shift Amount and (Dot) Regi adjustments.
715-017 COSAC FS1x5 Filter 0 0~1 0 = OFF, 1 = ON (Moire reduction)
715-018 COSAC Special Feature (Setting range 
is TBD)0 0~2047 bit 0 -> 0 =  Normal, 1 =  LSWIDE LineSync Active large width bit 1 -> 0 =  Normal, 1 =  AGOC Cancel, Manual 
Setup from NVM-AGCP, AOCP. bit 2 -> 0 =  Normal, 1 =  Forward revolution output (ONPF=0)
715-051 AOCerr 0 0~255 No. of times the AOC flow has ended in an abnormal way.
715-080 Pshad (1) 148 115~255 Red W-Ref Correction Coefficient  Adjustment at factory.
715-081 Pshad (2) 158 115~255 Green W-Ref Correction Coefficient  Adjustment at factory.
715-082 Pshad (3) 165 115~255 Blue W-Ref Correction Coefficient  Adjustment at factory. 
						

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6-16DC1632/2240 Prelaunch Training/Review General Procedures and Information715-083 Pshad (4) 65 0~127 Red W-Ref Correction Coefficient P Paper  Adjustment at factory.
715-084 Pshad (5) 72 0~127 Green W-Ref Correction Coefficient P Paper  Adjustment at factory.
715-085 Pshad (6) 69 0~127 Blue W-Ref Correction Coefficient P Paper  Adjustment at factory.
715-113 A6/Postcard Detection 0 0~1 0 =  A6 Document, 1 =  Postcard Document (XC  0 =  Postcard, 1 =  A6)
715-114 A4S/8.5in Detection 1 0 0~1 0 =  A4 Fixed (Other than XC), Letter Fixed (XC), 1 =  Can be changed by Area Switching 2
715-115 A4S/8.5in Detection 2 3 0~6 0 = 210mm(A4S)~6 = 216mm(8.5)
715-116 Original detection table for special 
paper 0 0~2 0 =  Do not use special table 1 =  A Series (A4L when APS is Off, and A3S when APS is On) 2 =  Inch Series 
(Letter LEF when APS is Off, and 11x17 when APS is On)
715-128 DADF FS Offset (side 2) 71 01~50 Fast Scan Offset value (Dot) on IPS at DADF DUP Side 2. VLSS=PROMVLSS+PRadjF - 50 +DADF Offset Side 
2  Adjustment at factory.
715-138 Document Size Detection  0 0~1 0 =  Detection by 4 Registers, 1 =  Detection by 3 Registers (Contamination Countermeasure)
715-139 B5/8x10 Detection 0 0~1 B5/8x10 Switching (Default 0 =  B5 Detection, 1 =  8x10 Detection)
715-140 8K Detection 0 0~1 8K detection specification (Default 0 =  Do not detect, 1 =  Detect)
715-141 8.5x13/8.5x14 Detection 0 0~1 8.5x13/8.5x14 Detection Switching Specification in AP/XE markets.
715-142 NutAngleF 990 0~1980 Front NUT Revolution Angle (990~1980 =  Right revolution angle, 0~990 =  Left revolution angle)
715-143 NutAngleR 990 0~1980 Rear NUT Revolution Angle (990~1980 =  Right revolution angle, 0~990 =  Left revolution angle)
715-200 External Area of FS Sampling 255 0~511 Speed Priority AE/Fast Scan direction undetected area
715-204 Maximum Sampling Value of Back-
ground color90 0~255 Speed Priority AE/Sampling Upper Limit/BMAX
715-205 Initial Background color Value 0 0~255 Speed Priority AE/Background level initial value/INIT
715-208 Line to Fix Variation 48 0~255 Speed Priority AE/Slow Scan variation fixed position/NCON
715-212 Background Color Suppression mode 
for BW2 0~2 Speed Priority AE/Suppression Mode Setup in B/W  0 =  Register, 1 =  Fixed, 2 =  Vary
715-213 Background Color Suppression mode 
for Color0 0~2 Speed Priority AE/Suppression Mode Setup in Color  0 =  Register, 1 =  Fixed, 2 =  Vary
715-214 Undercolor Data for BW 0 0~255 Speed Priority AE/Fixed background color data in B/W Register Mode
715-215 Undercolor Data for Color 0 0~255 Speed Priority AE/Fixed background color data in Color Register Mode
715-218 Gamma Data for BW 1 0~2 AE GAMMA Data in B/W mode  0 =  GMD=2, 1 =  GMD=3, 2 =  GMD=5
715-219 Gamma Data for Color 1 0~2 AE GAMMA Data in Color mode  0 =  GMD=2, 1 =  GMD=3, 2 =  GMD=5
715-220 Color Balance Default =  Y/Low density 4 0~8 Default Color Balance Adjustment Level Y Color Low density
715-221 Color Balance Default =  Y/Medium 
density4 0~8 Default Color Balance Adjustment Level Y Color Medium density
715-222 Color Balance Default =  Y/High density 4 0~8 Default Color Balance Adjustment Level Y Color High density
715-223 Color Balance Default =  M/Low density 4 0~8 Default Color Balance Adjustment Level M Color Low density
715-224 Color Balance Default =  M/Medium 
density4 0~8 Default Color Balance Adjustment Level M Color Medium density
715-225 Color Balance Default =  M/High den-
sity4 0~8 Default Color Balance Adjustment Level M Color High density
715-226 Color Balance Default =  C/Low density 4 0~8 Default Color Balance Adjustment Level C Color Low density
715-227 Color Balance Default =  C/Medium 
density4 0~8 Default Color Balance Adjustment Level C Color Medium density
715-228 Color Balance Default =  C/High density 4 0~8 Default Color Balance Adjustment Level C Color High densityTable 3 Chain 715
Chain-Link Name Default Range Description