6/02
6-27
DC1632/2240
General 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
results
245 102~921
(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)
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