Xerox 1632 2240 3535 Color Carrera Manual

							6/02
6-27 DC1632/2240General Procedures and Information Prelaunch Training/Review
746--xxx Zero Transfer NVM List
744-004 STS-2 High-TEMP-Not-Ready TEMP 220 150~250 
(1 bit=1 deg.C)Once the STS-2 reaches High Temperature Not-Ready Temperature, the Fuser is moved to sagging status. 
This is because when continuous Run is performed for A5SEF and below, Temperature Distribution Control 
would fail.
744-005 STS-1 Ready Temperature 150 100~150
(1 bit=1 deg.C)For an appropriate distribution of [Ready to copy] Temperature.
744-006 STS-2 Ready Temperature 127 100~150
(1 bit=1 deg.C)For an appropriate distribution of [Ready to copy] Temperature.
744-007 STS-1 Stand-by Temperature 160 100~200
(1 bit=1 deg.C)For an appropriate distribution of Standby Temperature.
744-008 STS-2 Stand-by Temperature 160 100~200
(1 bit=1 deg.C)For an appropriate distribution of Standby Temperature.
744-051 Environment Temperature Correction  3 0~5 Environment dependent correction coefficient for level of fusing. Temperature AD value shift amount when the 
environment temperature varies 1 Degrees Celsius from 20 Degrees Celsius. Corrects the target temperature 
of Ready temperature/Standby temperature/RUN.  Both STS-1 and STS-2 have the same temperature. Cor-
rects between 10 ~ 20 Degrees Celsius.  Correction is not performed outside this range. 0 =  No 1 =  0.2 
Degrees Celsius/Environment Temperature (Maximum 2 Degrees Celsius) 2 =  0.4 Degrees Celsius/Environ-
ment Temperature (Maximum 4 Degrees Celsius) 3 =  0.6 Degrees Celsius/Environment Temperature (Maxi-
mum 6 Degrees Celsius) 4 =  0.8 Degrees Celsius/Environment Temperature (Maximum 8 Degrees Celsius) 5 =  
1.0 Degrees Celsius/Environment Temperature (Maximum 10 Degrees Celsius)
744-052 STS-1 Low TEMP Not-Ready TEMP 125 100~150
(1 bit=1 deg.C)Once the STS-1 reaches Low Temperature Not-Ready Temperature, the Fuser is moved to sagging status to 
avoid poor fusing.
744-053 STS-2 Low TEMP Not-Ready TEMP 125 100~150
(1 bit=1 deg.C)Once the STS-2 reaches Low Temperature Not-Ready Temperature, the Fuser is moved to sagging status to 
avoid poor fusing.
744-054 HFSI Counter Index 0 0~5 For HFSI Counter Symmetry
744-085 Plain Paper S Setting Temperature 5 0~5 0 =  Light Weight paper (55~63gsm) 1 =  Plain paper (64~70gsm) 2 =  Plain paper (71~80gsm) 3 =  Bond 
(81~89gsm) 4 =  Bond (90~98gsm) 5 =  Bond (99~105gsm)
744-196 Plain Paper S Setting Temperature 2 0~2 0 =  Light Weight paper (55~63gsm) 1 =  Plain paper (64~80gsm) 2 =  Bond (81~105gsm)
744-197 104 OHP Pitch Adjustment Value 0 0~10
(1 count=1 pitch)OHP Blocking Measures; It prevents OHP Blocking by lowering the PPM with increase of Pitch. A4LEF =  
PPM=66/(4+NVM value) A4SEF =  PPM=66/(5+NMV value)
744-198 52 OHP Pitch Adjustment Value 1 0~10 
(1 count=1 pitch)OHP Blocking Measures; It prevents OHP Blocking by lowering the PPM with increase of Pitch. A4LEF =  
PPM=33/(3+NVM value)  A4SEF =  PPM=33/(4+NVM value)Table 9 Chain 744
Chain-Link Name Default Range Description
Table 10 Chain 746
Chain-Link Name Default Range Description
746-006 2nd Resistance detection calculation 
results245 102~921 
(1bit= -4.888V)Measures the resistance of the Secondary Transfer part composed of 2nd BTR and Backup Roll at printable -
1000V and display the voltage at Secondary Transfer corresponding that resistance. Secondary Transfer Volt-
age=245x-4.888=-1200V (Display range =  500V~- 4500V)
746-007 Final output value (Voltage value) 17 0~1023 
(1bit= 1M Ohm)Measures and displays the resistance of the Secondary Transfer part composed of 2nd BTR and Backup Roll at 
printable -1000V. (Display range =  0~1023M Ohm)
746-009 Calculation results of Absolute Humidity 9 0~200 Displays the absolute humidity calculated from the relative humidity and relative temperature. (Absolute Humid-
ity=(5.375-0.077*Temperature+0.027*Temperature 2)*Humidity/100) 
						

							6/02
6-28DC1632/2240 Prelaunch Training/Review General Procedures and Information746-012 2nd Output 368 0~921 
(1bit= -4.888V)For Component Control (0~- 4500V)
746-013 DTS Output 818 0~818 
(1bit= -3.666V)For Component Control (0~- 3000V)
746-017 Resistance detection calculation results 
Y51 31~255 (
1bit= 0.196µA)Displays the output current corresponding to the resistance of the Primary Transfer part calculated from the volt-
age measured at fixed current (10 µA) in Y Color 1ST BTR.
746-018 Resistance detection calculation results 
M51 31~255 
(1bit= 0.196µA)Displays the output current corresponding to the resistance of the Primary Transfer part calculated from the volt-
age measured at fixed current (10 µA) in M Color 1ST BTR.
746-019 Resistance detection calculation results 
C51 31~255 
(1bit= 0.196µA)Displays the output current corresponding to the resistance of the Primary Transfer part calculated from the volt-
age measured at fixed current (10 µA) in C Color 1ST BTR.
746-020 Resistance detection calculation results 
K102 25~459 
(1bit= 0.196µA)Displays the output current corresponding to the resistance of the Primary Transfer part calculated from the volt-
age measured at fixed current (10 µA) in K Color 1ST BTR.
746-021 1ST BTR Output Remote Normal-
speed Y86 0~200 
(1bit= 1%)For primary transfer output adjustment of Y Color at FC104mmsec. Displays the multiplication value in primary 
transfer current of 746-017. ex., At 100 =  Primary Transfer Current=14 µAx1.0=10 µA; At 150 =  Primary Trans-
fer Current=14 µAx1.5=21 µA
746-022 1ST BTR Output Remote Normal-
speed M86 0~200 
(1bit= 1%)For primary transfer output adjustment of M Color at FC104mmsec. Displays the multiplication value in primary 
transfer current of 746-018. ex., At 100 =  Primary Transfer Current=14 µAx1.0=10 µA; At 150 =  Primary Trans-
fer Current=14 µAx1.5=21 µA
746-023 1ST BTR Output Remote Normal-
speed C86 0~200 (1bit= 1%) For primary transfer output adjustment of C Color at FC104mmsec. Displays the multiplication value in primary 
transfer current of 746-019. ex., At 100 =  Primary Transfer Current=14 µAx1.0=10 µA; At 150 =  Primary Trans-
fer Current=14 µAx1.5=21 µA
746-024 1ST BTR Output Remote Normal-
speed K86 0~200 (1bit= 1%) For primary transfer output adjustment of K Color at FC104mmsec. Displays the multiplication value in primary 
transfer current of 746-020. ex., At 100 =  Primary Transfer Current=14 µAx1.0=10 µA; At 150 =  Primary Trans-
fer Current=14 µAx1.5=21 µA
746-025 1ST BTR Output Remote Half-speed 
FC  Y36 0~200 (1bit= 1%) For primary transfer output adjustment of Y Color at FC52mmsec. Displays the multiplication value in primary 
transfer current of 746-017.  ex., @ 50 =  Primary Transfer Current=14 µAx0.5=7 µA
746-026 1ST BTR Output Remote Half-speed 
FC  M36 0~200 (1bit= 1%) For primary transfer output adjustment of M Color at FC52mmsec. Displays the multiplication value in primary 
transfer current of 746-018. ex., At 50 =  Primary Transfer Current=14 µAx0.5=7 µA
746-027 1ST BTR Output Remote Half-speed 
FC  C36 0~200 (1bit= 1%) For primary transfer output adjustment of C Color at FC52mmsec. Displays the multiplication value in primary 
transfer current of 746-197. ex., At 50 =  Primary Transfer Current=14 µAx0.5=7 µA
746-028 1ST BTR Output Remote Half-speed 
FC  K36 0~200 (1bit= 1%) For primary transfer output adjustment of K Color at FC52mmsec. Displays the multiplication value in primary 
transfer current of 746-020. ex., At 50 =  Primary Transfer Current=14 µAx0.5=7 µA
746-029 1ST BTR Output Remote Twice-speed 
BW K186 0~255 (1bit= 1%) For primary transfer output adjustment of K Color at BW 194mmsec. Displays the multiplication value in primary 
transfer current of 746-020
746-030 1ST BTR Output Remote Normal-
speed BW K100 0~200 (1bit= 1%) For primary transfer output adjustment of K Color at BW 104mmsec. Displays the multiplication value in primary 
transfer current of 746-020
746-031 1ST BTR Output Remote Half-speed 
BW K36 0~200 (1bit= 1%) For primary transfer output adjustment of K Color at BW 52mmsec. Displays the multiplication value in primary 
transfer current of 746-020
746-032 1ST BTR Present Output Y 51 31~255 
(1bit= 0.196µA)Displays the Resistance Detection Calculation results * remote.
746-033 1ST BTR Present Output M 51 31~255 
(1bit= 0.196µA)Displays the Resistance Detection Calculation results * remote.
746-034 1ST BTR Present Output C 51 31~255 
(1bit= 0.196µA)Displays the Resistance Detection Calculation results * remote.Table 10 Chain 746
Chain-Link Name Default Range Description 
						

							6/02
6-29 DC1632/2240General Procedures and Information Prelaunch Training/Review 746-035 1ST BTR Present Output K 102 25~459
 (1bit= 0.196µA)Displays the Resistance Detection Calculation results * remote.
746-059 Remote for Plain paper A Side1 (Output 
Duty)100 0~200
(1bit= 1%)For Secondary Transfer output adjustment of Plain paper A side 1. Displays the multiplication value in second-
ary transfer resistance calculation result of 746-006.
746-060 Remote for Plain paper B Side1 (Output 
Duty)100 0~200 
(1bit= 1%)For Secondary Transfer output adjustment of Plain paper B side 1. Displays the multiplication value in second-
ary transfer resistance calculation result of 746-006.
746-061 Remote for Plain paper C Side1 (Out-
put Duty)100 0~200 
(1bit= 1%)For Secondary Transfer output adjustment of Plain paper C side 1. Displays the multiplication value in second-
ary transfer resistance calculation result of 746-006.
746-062 Remote for Plain paper D/E Side1 (Out-
put Duty)100 0~200 
(1bit= 1%)For Secondary Transfer output adjustment of Plain paper D/E side 1. Displays the multiplication value in sec-
ondary transfer resistance calculation result of 746-006.
746-063 Remote for Plain paper F/G Side1 (Out-
put Duty)100 0~200 
(1bit= 1%)For Secondary Transfer output adjustment of Plain paper F/G side 1
746-064 Remote for Plain paper S Side1 (Output 
Duty)100 0~200 
(1bit= 1%)Secondary Transfer output adjustment of Plain paper S side 1. Displays the multiplication value in secondary 
transfer resistance calculation result of 746-006.
746-065 Remote for Label stock Side1 (Output 
Duty)100 0~200 (1bit= 1%) For Secondary Transfer output adjustment of Label side 1 Displays the multiplication value in secondary trans-
fer resistance calculation result of 746-006.
746-066 Remote for Thin paper Side1 (Output 
Duty)100 0~200 (1bit= 1%) For Secondary Transfer output adjustment of Thin paper side 1. Displays the multiplication value in secondary 
transfer resistance calculation result of 746-006.
746-067 Remote for Heavyweight paper1 Side1 
(Output Duty)100 0~200 (1bit= 1%) For Secondary Transfer output adjustment of Heavy Weight paper 1 side 1. Displays the multiplication value in 
secondary transfer resistance calculation result of 746-006.
746-068 Remote for Heavyweight paper2 Side1 
(Output Duty)100 0~200 (1bit= 1%) For Secondary Transfer output adjustment of Heavy Weight paper 2 side 1. Displays the multiplication value in 
secondary transfer resistance calculation result of 746-006.
746-069 Remote for Postcard Side1 (Output 
Duty)100 0~200 (1bit= 1%) For Secondary Transfer output adjustment of Postcard side 1. Displays the multiplication value in secondary 
transfer resistance calculation result of 746-006.
746-070 Remote for Envelope Side1 (Output 
Duty)100 0~200 (1bit= 1%) For Secondary Transfer output adjustment of Envelope side 1. Displays the multiplication value in secondary 
transfer resistance calculation result of 746-006.
746-071 Remote for MLT-faced Postcard Side1 
(Output Duty)100 0~200 (1bit= 1%) For Secondary Transfer output adjustment of MLT-faced Postcard side 1. Displays the multiplication value in 
secondary transfer resistance calculation result of 746-006.
746-072 Remote for Transparency Side1 (Out-
put Duty)100 0~200 (1bit= 1%) For Secondary Transfer output adjustment of Transparency side 1. Displays the multiplication value in second-
ary transfer resistance calculation result of 746-006.
746-073 Remote for Tack Film Side1 (Output 
Duty)100 0~200 (1bit= 1%) For Secondary Transfer output adjustment of Tack Film side 1. Displays the multiplication value in secondary 
transfer resistance calculation result of 746-006.
746-074 Remote for Heavyweight coat paper1 
Side1 (Output Duty)100 0~200 (1bit= 1%) For Secondary Transfer output adjustment of Coated paper 1 side 1. Displays the multiplication value in sec-
ondary transfer resistance calculation result of 746-006.
746-075 Remote for Heavyweight coat paper2 
Side1 (Output Duty)100 0~200 (1bit= 1%) For Secondary Transfer output adjustment of Coat paper 2 side 1. Displays the multiplication value in second-
ary transfer resistance calculation result of 746-006.
746-076 Remote for Plain paper A Side2 (Output 
Duty)100 0~200 (1bit= 1%) For Secondary Transfer output adjustment of Plain paper A side 2. Displays the multiplication value in second-
ary transfer resistance calculation result of 746-006.
746-077 Remote for Plain paper B Side2 (Output 
Duty)100 0~200 (1bit= 1%) For Secondary Transfer output adjustment of Plain paper B side 2. Displays the multiplication value in second-
ary transfer resistance calculation result of 746-006.
746-078 Remote for Plain paper C Side2 (Out-
put Duty)100 0~200 (1bit= 1%) For Secondary Transfer output adjustment of Plain paper C side 2. Displays the multiplication value in second-
ary transfer resistance calculation result of 746-006.
746-079 Remote for Plain paper D/E Side2 (Out-
put Duty)100 0~200 (1bit= 1%) For Secondary Transfer output adjustment of Plain paper D/E side 2. Displays the multiplication value in sec-
ondary transfer resistance calculation result of 746-006.Table 10 Chain 746
Chain-Link Name Default Range Description 
						

							6/02
6-30DC1632/2240 Prelaunch Training/Review General Procedures and Information746-080 Remote for Plain paper F/G Side2 (Out-
put Duty)100 0~200 (1bit= 1%) For Secondary Transfer output adjustment of Plain paper F/G side 2. Displays the multiplication value in sec-
ondary transfer resistance calculation result of 746-006.
746-081 Remote for Plain paper S Side2 (Output 
Duty)100 0~200 (1bit= 1%) For Secondary Transfer output adjustment of Plain paper S side 2. Displays the multiplication value in second-
ary transfer resistance calculation result of 746-006.
746-082 Remote for Heavyweight paper1 Side2 
(Output Duty)100 0~200 (1bit= 1%) For Secondary Transfer output adjustment of Heavy Weight paper 1 side 2. Displays the multiplication value in 
secondary transfer resistance calculation result of 746-006.
746-083 Remote for Heavyweight paper2 Side2 
(Output Duty)100 0~200 (1bit= 1%) For Secondary Transfer output adjustment of Heavy Weight paper 2 side 2. Displays the multiplication value in 
secondary transfer resistance calculation result of 746-006.
746-084 Remote for Postcard Side2 (Output 
Duty)100 0~200 (1bit= 1%) For Secondary Transfer output adjustment of Postcard side 2. Displays the multiplication value in secondary 
transfer resistance calculation result of 746-006.
746-085 Remote for Envelope Side2 (Output 
Duty)100 0~200 (1bit= 1%) For Secondary Transfer output adjustment of Envelope side 2. Displays the multiplication value in secondary 
transfer resistance calculation result of 746-006.
746-086 Remote for MLT-faced Postcard Side2 
(Output Duty)100 0~200 (1bit= 1%) For Secondary Transfer output adjustment of MLT-faced Postcard side 2.  Displays the multiplication value in 
secondary transfer resistance calculation result of 746-006.
746-087 Remote for Heavyweight coat paper1 
Side2 (Output Duty)100 0~200 (1bit= 1%) For Secondary Transfer output adjustment of Coat paper 1 side 2. Displays the multiplication value in second-
ary transfer resistance calculation result of 746-006.
746-088 Remote for Heavyweight coat paper2 
Side2 (Output Duty)100 0~200 (1bit= 1%) For Secondary Transfer output adjustment of Coat paper 2 side 2. Displays the multiplication value in second-
ary transfer resistance calculation result of 746-006.
746-089 2ND BTR Present Output 245 102~921 
(1bit= -4.888V)Ideographication of (- 500V~- 4500V) Resistance Detection Calculation results x remote.
746-090 Plain paper S Control NVM1 (FC Side1) 0 0~6 0 =  Control -S-1 (FCside1 secondary transfer output for paper according to P paper) 1 =  Control -S-2 (FCside1 
secondary transfer output for paper according to recycle paper) 2 =  Control -S-3 (FCside1 secondary transfer 
output for paper according to poor surface smoothness of 4024 20lb) 3 =  Control -S-4 (FCside1 secondary 
transfer output for paper according to poor surface smoothness of 4024 24lb) 4 =  Control -S-5 (FCside1 sec-
ondary transfer output for paper applicable to the 4 items described above) 5 =  Control -S-6 (FCside1 second-
ary transfer output based on the secondary transfer coefficient stored in the undisclosed NVM of 746-304~355 
in this case)
746-091 Plain paper S Control NVM1 (BW 
Side1)0 0~1 0 =  Control -S-7 (For BW side 1 of Plain paper A~G) 1 =  Control -S-8 (For BW side 1 of paper applicable to the 
above)
746-092 Plain paper S Control NVM1 (FC Side2) 0 0~5 1 =  Control -S-9 (FCside2 secondary transfer output for P paper) 1 =  Control -S-10 (FCside2 secondary trans-
fer output for recycle paper) 2 =  Control -S-11 (FCside2 secondary transfer output for 4024 20lb) 3 =  Control -
S-12 (FCside2 secondary transfer output for  of 4024 24lb) 4 =  Control -S-13 (FCside2 secondary transfer out-
put for paper applicable to the 4 items described above) 5 =  Control -S-14 (FCside2 secondary transfer output 
based on the secondary transfer coefficient stored in the undisclosed NVM of 746-356~407 in this case)
746-408 Output Remote for DTS normal-speed 
Side10 0~100 (1bit= 1%) Displays the multiplication value by DTS output adjustment
746-409 Output Remote for DTS normal-speed 
Side250 0~100 (1bit= 1%) Displays the multiplication value by DTS output adjustment
746-410 Output Remote for DTS half-speed 
Side1100 0~100 (1bit= 1%) Displays the multiplication value by DTS output adjustment
746-411 Output Remote for DTS half-speed 
Side2100 0~100 (1bit= 1%) Displays the multiplication value by DTS output adjustment
746-412 Output Remote for DTS twice-speed 
Side10 0~100 (1bit= 1%) Displays the multiplication value by DTS output adjustmentTable 10 Chain 746
Chain-Link Name Default Range Description 
						

							6/02
6-31 DC1632/2240General Procedures and Information Prelaunch Training/Review 746-413 Output Remote for DTS twice-speed 
Side250 0~100 (1bit= 1%) Displays the multiplication value by DTS output adjustment
746-423 Toner Band Width (in process direction) 3 0~22 (1bit= 1mm) For adjustment of Toner Band Width in process direction
746-424 Toner Band Width (in axial direction) 137 0~137 
(1bit= 1mm)For adjustment of Toner Band Width in axial direction
746-425 Toner Band Density 60 10~100
 (1bit= 1%)For adjustment of Toner Band Density
746-959 2nd CLN MINUS BIAS OUTPUT (for 
Environment no.0, 1, 2, 3)123 102~921 
(1bit= -4.888V)For 2ND BTR Cleaning Bias setup for each environment The resistance detection result of remote cannot be 
reflected
746-960 2nd CLN MINUS BIAS OUTPUT (for 
Environment no.4)123 102~921 
(1bit= -4.888V)For 2ND BTR Cleaning Bias setup for each environment. The resistance detection result of remote cannot be 
reflected
746-961 2nd CLN MINUS BIAS OUTPUT (for 
Environment no.5, 6)123 102~921 
(1bit= -4.888V)For 2ND BTR Cleaning Bias setup for each environment. The resistance detection result of remote cannot be 
reflected
746-962 2nd CLN MINUS BIAS OUTPUT (for 
Environment no.7, 8, 9)123 102~921 
(1bit= -4.888V)For 2ND BTR Cleaning Bias setup for each environment. The resistance detection result of remote cannot be 
reflected
746-963 Y offset distance 16 0~16 (1bit= 1ms) Distance of 0ms~39ms between Drum contact and 1ST BTR
746-964 M offset distance 16 0~16 (1bit= 1ms) Distance of 0ms~39ms between Drum contact and 1ST BTR
746-965 C offset distance 16 0~16 (1bit= 1ms) Distance of 0ms~39ms between Drum contact and 1ST BTR
746-966 K offset distance 16 0~16 (1bit= 1ms) Distance of 0ms~39ms between Drum contact and 1ST BTR
746-967 1st BTR Vmonitor Y 36 4~178 
(1bit= 28.01V)Displays the voltage at primary transfer resistance detection (100~5000V)
746-968 1st BTR Vmonitor M 36 4~178 
(1bit= 28.01V)Displays the voltage at primary transfer resistance detection (100~5000V)
746-969 1st BTR Vmonitor C 36 4~178 
(1bit= 28.01V)Displays the voltage at primary transfer resistance detection (100~5000V)
746-970 1st BTR Vmonitor K 36 4~178 
(1bit= 28.01V)Displays the voltage at primary transfer resistance detection (100~5000V)
746-971 Remote for Plain paper A ~G Normal 
speed BW Side1100 0~200 (1bit= 1%) For Secondary Transfer output adjustment of Plain paper A ~G 104mmsec side1 BW. Displays the multiplica-
tion value in secondary transfer resistance calculation result of 746-006.
746-972 Remote for Plain paper A ~G twice 
speed BW Side1100 0~200 (1bit= 1%) For Secondary Transfer output adjustment of Plain paper A ~G 194mmsec side1 BW. Displays the multiplica-
tion value in secondary transfer resistance calculation result of 746-006.
746-973 Remote for Plain paper A ~G Normal 
speed BW Side2100 0~200 (1bit= 1%) For Secondary Transfer output adjustment of Plain paper A ~G 104mmsec side2 BW. Displays the multiplica-
tion value in secondary transfer resistance calculation result of 746-006.
746-974 Remote for Plain paper A ~G twice 
speed BW Side2100 0~200 (1bit= 1%) For Secondary Transfer output adjustment of Plain paper A ~G 194mmsec side2 BW. Displays the multiplica-
tion value in secondary transfer resistance calculation result of 746-006.
746-975 Remote for Plain paper S Normal 
speed BW Side1100 0~200 (1bit= 1%) For Secondary Transfer output adjustment of Plain paper S 104mmsec side1 BW. Displays the multiplication 
value in secondary transfer resistance calculation result of 746-006.
746-976 Remote for Plain paper S twice speed 
BW Side1100 0~200 (1bit= 1%) For Secondary Transfer output adjustment of Plain paper S 194mmsec side1 BW. Displays the multiplication 
value in secondary transfer resistance calculation result of 746-006.
746-977 Remote for Plain paper S Normal 
speed BW Side2100 0~200 (1bit= 1%) For Secondary Transfer output adjustment of Plain paper S 104mmsec side2 BW. Displays the multiplication 
value in secondary transfer resistance calculation result of 746-006.
746-978 Remote for Plain paper S twice speed 
BW Side2100 0~200 (1bit= 1%) For Secondary Transfer output adjustment of Plain paper S 194mmsec side2 BW. Displays the multiplication 
value in secondary transfer resistance calculation result of 746-006.Table 10 Chain 746
Chain-Link Name Default Range Description 
						

							6/02
6-32DC1632/2240 Prelaunch Training/Review General Procedures and Information
751--xxx Procon NVM List746-979 Delay Time for 1stBTR Home Position-
ing300 0~6000 
(1bit= 0.1sec)Delay Time 0~10min
746-980 Selection heavyweight paper1 0 0~1 0 = Secondary Transfer Voltage for Heavy Weight Paper 1. 1 = Secondary Transfer Voltage for Heavy Weight 
Paper Coat Paper 1
746-981 Selection heavyweight paper2 0 0~1 0 =  Secondary Transfer Voltage for Heavy Weight Paper 2. 1 =  Secondary Transfer Voltage for Heavy Weight 
Paper Coat Paper 2Table 10 Chain 746
Chain-Link Name Default Range Description
Table 11 Chain 751
Chain-Link Name Default Range Description
751-052 BCR Charge Compensate mode (SW) 0 0~3 Charge Correction 0 =  Performs Wear & Environment Correction (Default) 1 =  Disables Charge Correction 2 =  
Performs Environment CorrectiON. ONly 3 =  Performs Wear CorrectiON. ONly
751-053 BCR VM temperature & humidity com-
pensate mode (SW)0 0, 1 Vmid Factor Environment Correction 0 =  Execute 1 =  Disable
751-132 BOTTLE FULL Counter Print (Max 
Value)900 0~65535 Max Setup Value of EMP Counter Print (1 Count=1print)
751-133 BOTTLE FULL (Flag) 0 0~2 0 =  Empty 1 =  NEAR FULL 2 =  FULL
751-134  BOTTLE  NOT POSITION (Flag) 0 0, 1 Availability of the Toner Waster Bottle (0 =  Bottle set  1 =  No bottle)
751-135 Print Volume (Counter) 0 0~65535 Total count of No. of Prints (1 Count=1 sheet)
751-136 BOTTLE FULL Counter Dispense (Max 
Value)500 0~65535 Max Setup Value of EMP Counter Dispense (1 Count=1sec)
751-137 Dispense Time Count (4Color Counter) 0 0~65535 Total Count of 4 Colors Dispense Time
751-138 BOTTLE SNS MODE (SW) 0 0~2 Specifies the Count method until BOTTLE FULL 0 =  Auto(Print&Dispense) 1 =  Only No. of Prints 2 =  Only Dis-
pense time
751-159 BCR CLN Trigger (SW) 3 0~3 Selection SW for Trigger types to operate the BCR CLN  0 =  CV COUNT 1 =  DRUM CYCLE COUNT 2 =  
PIXEL COUNT 3 =  PV Count+ Pixel Count+DRUM Cycle
751-160 CV COUNT TOTAL (Counter) 0 0~65535 Each Cumulative ERU by Billing Count (1 Count=1pv)
751-161 DRUM CYCLE COUNT TOTAL  0 0~65535 Cumulative DRUM Cycle (1 Count=10cycle)
751-162 PIXEL COUNT TOTAL (Counter) 0 0~10000000 Cumulative K Color Pixel Count. Units of 1 step is based on the ICDC Control Pixel Count (1 Count=1dot/1 gra-
dation)
751-163 BCR CLN CV Count Limit Value (Lim-
iter)25 0~255 Threshold in operating BCR CLN (Operation after reaching this value) (1 Count=100pv)
751-164 BCR CLN Cycle Count Limit Value 
(Limiter) 50 0~255 Threshold in operating BCR CLN (Operation after reaching this value) (1 Count=1k cycle)
751-165 BCR CLN Pixel Count Limit Value (Lim-
iter)50 0~255 Operating threshold for BCR CLN. (1 Count=(1dot/1 gradation)/10K)
751-167 BCR Cleaning Count 0 0~1000 Reads the No. of BCR CLN Operations. (1 Count=1 time)
751-168 CRU Type 0 0~255 01h =  P/SP (Domestic FX brand) 02h =  MF (Domestic FX brand) 03h =  P (FJ Company OEM) 04h =  P (JDL 
Company OEM) 05h =  P (IBM Company OEM) 06h-0Fh =  Reserve (Domestic FX brand) 10h =  P(OPBFX 
brand) 11h-1Fh =  Reserve (OPB brand) 20h-FFH =  Reserve (From now, assigns in MN/OEM when necessary) 
30h-3Fh =  FXAP
751-177 P/R Life Warning (Limiter)  265 0~500 Warning value of Drum Cartridge (All engine common) (1 Count=1kCy) 
						

							6/02
6-33 DC1632/2240General Procedures and Information Prelaunch Training/Review
752-xxx Procon NVM List
751-178 P/R Life End of Life (Limiter) 280 0~500 End of Life value of Drum Cartridge (All engine common) (1 Count=1kCy)
751-200 #Y_BCR DC corrected VH value  620 0~1023 VH Output Value of #Y Engine after Correction (All Speed common) (1 Count=-1.173V)
751-201 #M_BCR DC corrected VH value  620 0~1023 VH Output Value of #M Engine after Correction (All Speed common) (1 Count=-1.173V)
751-202 #C_BCR DC corrected VH value 620 0~1023 VH Output Value of #C Engine after Correction (All Speed common) (1 Count=-1.173V)
751-203 #K_BCR DC corrected VH value 620 0~1023 VH Output Value of #K Engine after Correction (All Speed common) (1 Count=-1.173V) Table 11 Chain 751
Chain-Link Name Default Range Description
Table 12 Chain 752
Chain-Link Name Default Range Description
752-027 Vdark Average 0 0~1023ADC average detected value at expansion LED OFF.
752-028 Vref Average 0 0~1023 ADC average detected value of reference board reflection at expansiON. ON.
752-029 Vcln Average 0 0~1023 ADC average detected value of belt reflection at expansiON. ON.
752-030 Diffusion Vcln Average 0 0~1023 ADC average detected value of Belt reflection Light at diffusiON. ON.
752-031  Vpatch Average [Y] [CinA] 0 0~1023 ADC average detected value of CinA (low Cin) Patch.
752-032 Vpatch Average [M] [CinA] 0 0~1023 ADC average detected value of CinA (low Cin) Patch.
752-033 Vpatch Average [C] [CinA] 0 0~1023 ADC average detected value of CinA (low Cin) Patch.
752-034 Vpatch Average [K] [CinA] 0 0~1023 ADC average detected value of CinA (low Cin) Patch.
752-035 Vpatch Average [Y] [CinB] 0 0~1023 ADC average detected value of CinB (high Cin) Patch.
752-036 Vpatch Average [M] [CinB] 0 0~1023 ADC average detected value of CinB (high Cin) Patch.
752-037 Vpatch Average [C] [CinB] 0 0~1023 ADC average detected value of CinB (high Cin) Patch.
752-038 Vpatch Average [K] [CinB] 0 0~1023 ADC average detected value of CinB (high Cin) Patch.
752-050 Fail ADC Sensor0 0~1 ADC Sensor Fail
752-051 Fail ADC Shutter 0 0~1 ADC Shutter Fail
752-052 Fail ADC Patch [Y] 0 0~1 ADC Patch Fail
752-053 Fail ADC Patch [M] 0 0~1 ADC Patch Fail
752-054 Fail ADC Patch [C] 0 0~1 ADC Patch Fail
752-055 Fail ADC Patch [K] 0 0~1 ADC Patch Fail
752-056 Diffusion Correction Factor 350 0~1023 Diffusion Output Standardization factor
 752-057 RADC Target [Y]  415 0~1023 RADC Control Density Target Value
752-058 RADC Target [M]  360 0~1023 RADC Control Density Target Value
752-059 RADC Target [C]  355 0~1023 RADC Control Density Target Value
752-060 RADC Target [K]  310 0~1023 RADC Control Density Target Value
752-061 RADC Average [Y] 400 0~1023 RADC shift average value
752-062 RADC Average [M] 370 0~1023 RADC shift average value
752-063 RADC Average [C] 338 0~1023 RADC shift average value
752-064 RADC Average [K] 380 0~1023 RADC shift average value
752-069 ATC Correction Factor [Y] 1000 0~4095ATC Sensor Sensitivity Correction Factor
752-070 ATC Correction Factor [Y] 1000 0~4095ATC Sensor Sensitivity Correction Factor
752-071 ATC Correction Factor [Y] 1000 0~4095ATC Sensor Sensitivity Correction Factor
752-072 ATC Correction Factor [Y] 1000 0~4095ATC Sensor Sensitivity Correction Factor 
						

							6/02
6-34DC1632/2240 Prelaunch Training/Review General Procedures and Information752-073 ATC Correction Offset [Y] 10000 8976~11023ATC Sensor Sensitivity Correction Offset
752-074 ATC Correction Offset [M] 10000 8976~11023ATC Sensor Sensitivity Correction Offset
752-075 ATC Correction Offset [C] 10000 8976~11023ATC Sensor Sensitivity Correction Offset
752-076 ATC Correction Offset [K] 10000 8976~11023ATC Sensor Sensitivity Correction Offset
752-081 ATC Average [Y] 0 0~1023 ATC Average detected value after sensor sensitivity correction
752-082 ATC Average [M] 0 0~1023 ATC Average detected value after sensor sensitivity correction
752-083 ATC Average [C] 0 0~1023 ATC Average detected value after sensor sensitivity correction
752-084 ATC Average [K] 0 0~1023 ATC Average detected value after sensor sensitivity correction
752-089 ATC Fluctuation [Y] 0 0~1023 ATC Fluctuation Range detected value after sensor sensitivity correction
752-090 ATC Fluctuation [M] 0 0~1023 ATC Fluctuation Range detected value after sensor sensitivity correction
752-091 ATC Fluctuation [C] 0 0~1023 ATC Fluctuation Range detected value after sensor sensitivity correction
752-092 ATC Fluctuation [K] 0 0~1023 ATC Fluctuation Range detected value after sensor sensitivity correction
752-109 Number of Continuous ATC Fails [Y] 0 0~255 No. of Continuous ATC Fails
752-110 Number of Continuous ATC Fails [M] 0 0~255 No. of Continuous ATC Fails
752-111 Number of Continuous ATC Fails [C] 0 0~255 No. of Continuous ATC Fails
752-112 Number of Continuous ATC Fails [K] 0 0~255 No. of Continuous ATC Fails
752-114 Warn ATC Max & Min [Y] 0 0~2 ATC Upper and Lower Limits Warning (0 =  Normal, 1 =  ATC Output low HiTC, 2 =  ATC Output high LowTC)
752-115 Warn ATC Max & Min [M] 0 0~2 ATC Upper and Lower Limits Warning (0 =  Normal, 1 =  ATC Output low HiTC, 2 =  ATC Output high LowTC)
752-116 Warn ATC Max & Min [C] 0 0~2 ATC Upper and Lower Limits Warning (0 =  Normal, 1 =  ATC Output low HiTC, 2 =  ATC Output high LowTC)
752-117 Warn ATC Max & Min [K] 0 0~2 ATC Upper and Lower Limits Warning (0 =  Normal, 1 =  ATC Output low HiTC, 2 =  ATC Output high LowTC)
752-118 Warn ATC Fluctuation Max & Min [Y] 0 0~2 ATC Fluctuation Range Lower Limit Warning (0 =  Normal, 1 =  To little fluctuation)
752-119 Warn ATC Fluctuation Max & Min [M] 0 0~2 ATC Fluctuation Range Lower Limit Warning (0 =  Normal, 1 =  To little fluctuation)
752-120 Warn ATC Fluctuation Max & Min [C] 0 0~2 ATC Fluctuation Range Lower Limit Warning (0 =  Normal, 1 =  To little fluctuation)
752-121 Warn ATC Fluctuation Max & Min [K] 0 0~2 ATC Fluctuation Range Lower Limit Warning (0 =  Normal, 1 =  To little fluctuation)
752-122 Fail ATC Patch [Y] 0 0~1 ATC Sensor Fail
752-123 Fail ATC Sensor [M] 0 0~1 ATC Sensor Fail
752-124 Fail ATC Sensor [C] 0 0~1 ATC Sensor Fail
752-125 Fail ATC Sensor [K] 0 0~1 ATC Sensor Fail
752-130 Set ATC Control Nominal Value [0] [Y] 628 0~1023 ATC Control Nominal Value before environment/deterioration correction as center setup
752-131 Set ATC Control Nominal Value [0] [M] 628 0~1023 ATC Control Nominal Value before environment/deterioration correction as center setup
752-132 Set ATC Control Nominal Value [0] [C] 628 0~1023 ATC Control Nominal Value before environment/deterioration correction as center setup
752-133 Set ATC Control Nominal Value [0] [K] 643 0~1023 ATC Control Nominal Value before environment/deterioration correction as center setup
752-134 Set ATC Control Nominal Value [1] [Y] 668 0~1023 ATC Control Nominal Value before environment/deterioration correction as center setup
752-135 Set ATC Control Nominal Value [1] [M] 668 0~1023 ATC Control Nominal Value before environment/deterioration correction as center setup
752-136 Set ATC Control Nominal Value [1] [C] 668 0~1023 ATC Control Nominal Value before environment/deterioration correction as center setup
752-137 Set ATC Control Nominal Value [1] [K] 683 0~1023 [ATC Control Nominal Value before environment/deterioration correction as center setup
752-138 Set ATC Control Nominal Value [2] [K] 603 0~1023 ATC Control Nominal Value before environment/deterioration correction as center setup
752-156 ATC Control Nominal Value [Y] 500 0~1023 [Set ATC Control Nominal Value]+[ATC Environment Correction Value]+[ATC Deterioration Correction 
Value]+[ATC Nominal Value OFFSET]
752-157 ATC Control Nominal Value [M] 500 0~1023 [Set ATC Control Nominal Value]+[ATC Environment Correction Value]+[ATC Deterioration Correction 
Value]+[ATC Nominal Value OFFSET]Table 12 Chain 752
Chain-Link Name Default Range Description 
						

							6/02
6-35 DC1632/2240General Procedures and Information Prelaunch Training/Review 752-158 ATC Control Nominal Value [C] 500 0~1023 [Set ATC Control Nominal Value]+[ATC Environment Correction Value]+[ATC Deterioration Correction 
Value]+[ATC Nominal Value OFFSET]
752-159 ATC Control Nominal Value [K] 500 0~1023 [Set ATC Control Nominal Value]+[ATC Environment Correction Value]+[ATC Deterioration Correction 
Value]+[ATC Nominal Value OFFSET]
752-162 Temp Average 100 80~200 Temperature average value after converting the temperature sensor output to temperature (80 =  -20 Degree 
Celsius, 100 =  0 Degree Celsius, 200 =  100 Degree Celsius)
752-163 Humidity Average 0 0~100 Humidity average value after converting the humidity sensor output to humidity
752-176 Fail Environment SNR TEMP 0 0~1 [Detection relation (Temperature/Humidity)] Temperature Sensor Fail (Fixed as [Standard Temperature])
752-177 Fail Environment SNR Humidity 0 0~1 [Detection relation (Temperature/Humidity)] Temperature Sensor Fail (Fixed as [Standard Temperature])
752-324 SW_DispMode 0 0~2 Dispense method changing SW (0=ATC+ICDC, 1=ICDC, 2=Timer Disp)
752-357 Timer Disp time [Y] 5 0~250 Timer Disp Setup Time
752-358 Timer Disp time [M] 5 0~250 Timer Disp Setup Time
752-359 Timer Disp time [C] 5 0~250 Timer Disp Setup Time
752-360 Timer Disp time [K] 5 0~250 Timer Disp Setup Time
752-369 SW Potential Control ON/OFF 0 0~1 0 =  Controls LD Light Quantity 1 =  Fixed LD Light Quantity 
752-371 LD Light qty. when Potential Control is 
OFF [Y]300 0~1023 LD Light Quantity Value when Potential Control is OFF.
752-372 LD Light qty when Potential Control is 
OFF [M]300 0~1023 LD Light Quantity Value when Potential Control is OFF.
752-373 LD Light qty when Potential Control is 
OFF [C]300 0~1023 LD Light Quantity Value when Potential Control is OFF.
752-374 LD Light qty when Potential Control is 
OFF [K]300 0~1023 LD Light Quantity Value when Potential Control is OFF.
752-375 Ideal LD light qty [Y] 450 0~1023 LD Light Quantity Ideal Value Calculated from Delta LD Light Quantity.
752-376 Ideal LD light qty [M] 450 0~1023 LD Light Quantity Ideal Value Calculated from Delta LD Light Quantity.
752-377 Ideal LD light qty [C] 450 0~1023 LD Light Quantity Ideal Value Calculated from Delta LD Light Quantity.
752-378 Ideal LD light qty [K] 400 0~1023 LD Light Quantity Ideal Value Calculated from Delta LD Light Quantity.
752-394 Change in Lim_d_LD Light qty on Job-
start40 0~1023 Limit of Delta LD Light Quantity Feedback at Job Start.
752-395 Change in Lim_d_LD Light qty on Job & 
Jobend20 0~1023 Limit of Delta LD Light Quantity Feedback at Job End/during Job.
752-396 Change in Lim_d_LD Light qty on Ton-
erRecovery200 0~1023 Limit of Delta LD Light Quantity Feedback at recovery.
752-397 Change in Lim_d_LD Light qty on Job-
start (CL)40 0~1023 Limit of Delta LD Light Quantity Feedback at Job Start (YMC Color differences considered)
752-398 Change in Lim_d_LD Light qty on Job & 
Jobend (CL)20 0~1023 Limit of Delta LD Light Quantity Feedback at Job End/during Job (YMC Color differences considered)
752-439 Warn LD light amount Setting [Y] 0 0~1 Warning when the LD Light Quantity reached Upper or Lower Limit.
752-440 Warn LD light amount Setting [M] 0 0~1 Warning when the LD Light Quantity reached Upper or Lower Limit.
752-441 Warn LD light amount Setting [C] 0 0~1 Warning when the LD Light Quantity reached Upper or Lower Limit.
752-442 Warn LD light amount Setting [K] 0 0~1 Warning when the LD Light Quantity reached Upper or Lower Limit.
752-453 VBias [Y] 887 0~1023 DC VBias value
752-454 VBias [M] 887 0~1023 DC VBias valueTable 12 Chain 752
Chain-Link Name Default Range Description 
						

							6/02
6-36DC1632/2240 Prelaunch Training/Review General Procedures and Information
753-xxx ProCon 2 NVM List752-455 VBias [C] 887 0~1023 DC VBias value
752-456 VBias [K] 887 0~1023 DC VBias value
752-474 Flag Empty Detection Status [Y] 0 0~3 Flag of Empty status (0 =  Normal 1 =  In Empty Count 2 =  Near Empty 3 =  End)
752-475 Flag Empty Detection Status [M] 0 0~3 Flag of Empty status (0 =  Normal 1 =  In Empty Count 2 =  Near Empty 3 =  End)
752-476 Flag Empty Detection Status [C] 0 0~3 Flag of Empty status (0 =  Normal 1 =  In Empty Count 2 =  Near Empty 3 =  End)
752-477 Flag Empty Detection Status [K] 0 0~3 Flag of Empty status (0 =  Normal 1 =  In Empty Count 2 =  Near Empty 3 =  End)
752-496 Nominal value for NEAR Detection [Y] 625 0~32767 Count threshold for Near Detection
752-497 Nominal value for NEAR Detection [M] 625 0~32767 Count threshold for Near Detection
752-498 Nominal value for NEAR Detection [C] 625 0~32767 Count threshold for Near Detection
752-499 Nominal value for NEAR Detection [K] 625 0~32767 Count threshold for Near Detection
752-784 Fail Disp Unusual [Y] 0 0~1 Fail when new Toner Cartridge is installed and the Disp Motor Drive did not shift from new to old. 
0 =  Normal; 1 =  Error
752-785 Fail Disp Unusual [M] 0 0~1 Fail when new Toner Cartridge is installed and the Disp Motor Drive did not shift from new to old. 
0 =  Normal; 1 =  Error
752-786 Fail Disp Unusual [C] 0 0~1 Fail when new Toner Cartridge is installed and the Disp Motor Drive did not shift from new to old. 
0 =  Normal 1 =  Error
752-787 Fail Disp Unusual [K] 0 0~1 Fail when new Toner Cartridge is installed and the Disp Motor Drive did not shift from new to old. 
0 =  Normal 1 =  Error
752-788 Min PV Threshold 3 0~255 Minimum PV from Near empty to empty (M/Cstop)
752-804 DispTime Totalizing value for age Cor-
rection [Y]0 0~4294967295 Cumulative dispense time for deterioration correction of ATC Control nominal value. Set to 0 at replacement of 
Developer.
752-805 DispTime Totalizing value for age Cor-
rection [M]0 0~4294967295 Cumulative dispense time for deterioration correction of ATC Control nominal value. Set to 0 at replacement of 
Developer.
752-806 DispTime Totalizing value for age Cor-
rection [C]0 0~4294967295 Cumulative dispense time for deterioration correction of ATC Control nominal value. Set to 0 at replacement of 
Developer.
752-807 DispTime Totalizing value for age Cor-
rection [K]0 0~4294967295 Cumulative dispense time for deterioration correction of ATC Control nominal value. Set to 0 at replacement of 
Developer.
752-814 Pre Near EMP Factor 80 0~255 Factor correcting [Near Detection Nominal Value] after Pre Near is displayed.Table 12 Chain 752
Chain-Link Name Default Range Description
Table 13 Chain 753
Chain-Link Name Default Range Description
753-001 ADC Tone Correction Switch 0 0~1 [2P TRC] 2 Patch ADC Gradation CorrectiON. ON/Off Switch (0=On, 1=Off)
753-002 IOT Manual ADJ LUT Switch 0 0~1 [2P TRC] IOT Manual Adjustment LUT On/Off Switch (0=On, 1=Off)
753-004 P LUTCin [K] [E] 1 0~255 [2P TRC] P LUTCin (fixed number) when the Delta LUT is calculated.
753-005 P LUTCin [K] [C] 34 0~255 [2P TRC] P LUTCin (fixed number) when the Delta LUT is calculated.
753-006 P LUTCin [K] [A] 77 0~255 [2P TRC] P LUTCin (fixed number) when the Delta LUT is calculated.
753-007 P LUTCin [K] [B] 134 0~255 [2P TRC] P LUTCin (fixed number) when the Delta LUT is calculated.
753-008 P LUTCin [K] [D] 255 0~255 [2P TRC] P LUTCin (fixed number) when the Delta LUT is calculated.
753-009 P LUTCin [Color] [E] 1 0~255 [2P TRC] P LUTCin (fixed number) when the Delta LUT is calculated.
753-010 P LUTCin [Color] [C] 51 0~255 [2P TRC] P LUTCin (fixed number) when the Delta LUT is calculated.