744--Xxx Fuser Nvm List - Xerox DocuColor 2240 Service Manual

744--xxx Fuser NVM List

Chain-Link Name
744-001 STS-1 Cont Temp- Low Pwr Mode
744-002 STS-2 Cont Temp in Low Pwr Mode
744-003 UM status by High Temperature Error
Detection
744-004 STS-2 High-temp-not-ready Temp
744-005 STS-1 Ready Temperature
744-006 STS-2 Ready temperature
744-007 STS-1 Stand-by temperature
744-008 STS-2 Stand-by temperature
744-013 STS-1 Target run temperature#6
744-028 STS-1 Target run temperature#21
744-031 STS-1 Target run temperature#3
DC3535 only
744-032 STS-1 Target run temperature#4
DC3535 only
744-033 STS-1 Target run temperature#5
DC3535 only
744-036 STS-2 Target run temperature#8
DC3535 only
744-037 STS-2 Target run temperature#9
DC3535 only
744-038 STS-2 Target run temperature#10
DC3535 only
744-041 STS-2 Target run temperature#13
DC3535 only
744-042 STS-2 Target run temperature#14
DC3535 only
744-043 STS-2 Target run temperature#15
DC3535 only
744-046 STS-2 Target run temperature#18
DC3535 only
744-047 STS-2 Target run temperature#19
DC3535 only
744-048 STS-2 Target run temperature#20
DC3535 only
744-049 STS-2 Target run temperature#21
DC3535 only
General Procedures and Information
744--xxx Fuser NVM List
Table 1 Chain 744
Default Range Description
80 0~160 Main-Lamp temperature control in Low-Power Mode. Setting the default as 0 degrees Celsius is same as Fuser-
(1 bit=1 deg. C) Off. It is necessary for high temperature for recovery Time Claim.
80 0~160 Sub-Lamp temperature control in Low-Power Mode. Setting the default as 0 degrees Celsius is same as Fuser-Off.
(1 bit=1 deg. C) It is necessary for high temperature for recovery Time Claim.
0 0~2 0 (Normal) or 1 (STS-1 High Temperature Error Detection) or 2 (STS-2 High Temperature Error Detection).UM Sta-
tus occurs when either STS-1 or STS-2 High Temperature Error Detection is detected. Once this occurs, UM can-
not be canceled unless this NVM value is changed to 0 by entering the Diag Mode in the Interlock-Open status of
the M/C-Front Cover.
230 150~250 Once the STS-2 reaches high temperature not-ready temperature, the Fuser is moved to sagging status. This is
(1 bit=1 deg.C) because when continuous run is performed for A5SEF and below, Temperature Distribution Control would fail.
150 100~150 For optimization of Ready to Copy temperature distribution (1 bit=1 deg.C)
127 100~150 For optimization of Ready to Copy temperature distribution (1 bit=1 deg.C).
160 100~200 For optimization of Standby temperature distribution (1 bit=1 deg.C).
160 100~200 For optimization of Standby temperature distribution (1 bit=1 deg.C).
190 100~200 For optimization of temperature distribution - plain paper 1 from 273.2 ~ 320 mm wide (1 bit=1 deg.C).
190 100~200 For optimization of temperature distribution - Transparency LEF (1 bit=1 deg.C).
140 100~200 For optimization of temperature distribution - plain paper 1 from 236.7~ 196.2 mm wide (1 bit=1 deg.C).
140 100~200 For optimization of temperature distribution - plain paper 1 from 165.4 ~ 196.2 mm wide (1 bit=1 deg.C).
140 100~200 For optimization of temperature distribution - plain paper 1 less than 165.4 mm wide (1 bit=1 deg.C).
140 100~200 For optimization of temperature distribution - plain paper 2 from 236.7~ 196.2 mm wide (1 bit=1 deg.C).
140 100~200 For optimization of temperature distribution - plain paper 2 from 165.4 ~ 196.2 mm wide (1 bit=1 deg.C).
140 100~200 For optimization of temperature distribution - plain paper 2 less than 165.4 mm wide (1 bit=1 deg.C).
140 100~200 For optimization of temperature distribution - Heavy Weight 1 from 236.7~ 196.2 mm wide (1 bit=1 deg.C).
140 100~200 For optimization of temperature distribution - Heavy Weight 1 from 165.4 ~ 196.2 mm wide (1 bit=1 deg.C).
140 100~200 For optimization of temperature distribution - Heavy Weight 1 less than 165.4 mm wide (1 bit=1 deg.C).
140 100~200 For optimization of temperature distribution - Heavy Weight 2 from 236.7~ 196.2 mm wide (1 bit=1 deg.C).
140 100~200 For optimization of temperature distribution - Heavy Weight 2 from 165.4 ~ 196.2 mm wide (1 bit=1 deg.C).
140 100~200 For optimization of temperature distribution - Heavy Weight 2 less than 165.4 mm wide (1 bit=1 deg.C).
140 100~200 For optimization of temperature distribution - Transparency LEF (1 bit=1 deg.C).
09/03
6-30
Initial issue
DC 3535/2240/1632, WC M24