Xerox DocuColor 2240 Service Manual page 955

Chain-Link Name
762-061 AC Bias normal test value
762-062 AC Bias normal frequency
762-064 #YM_DB AC Half-speed Frequency
762-065 YM_DB AC Half-speed Output Phase
value
762-070 #CK_DB AC Half-speed Frequency
762-071 #CK_DB AC Half-speed Output Phase
value
762-073 #Y_DB DC Vm0 On Normal Timing
762-074 #M_DB DC Vm0 On Normal Timing
762-075 #C_DB DC Vm0 On Normal Timing
762-076 #K_DB DC Vm0 On Normal Timing
762-077 #Y_DB DC Vm1 Off Normal Timing
762-078 #M_DB DC Vm1 Off Normal Timing
762-079 #C_DB DC Vm1 Off Normal Timing
762-080 #K_DB DC Vm1 Off Normal Timing
762-081 #Y_DB DC VB1 On Normal Timing
762-082 #M_DB DC VB1 On Normal Timing
762-083 #C_DB DC VB1 On Normal Timing
762-084 #K_DB DC VB1 On Normal Timing
762-089 #Y_DB DC VB Off Normal Timing
762-090 #M_DB DC VB Off Normal Timing
762-091 #C_DB DC VB Off Normal Timing
762-092 #K_DB DC VB Off Normal Timing
762-093 #YM_DB AC On Normal Timing
762-094 #CK_DB AC On Normal Timing
762-095 #YM_DB AC Off Normal Timing
762-096 #CK_DB AC Off Normal Timing
762-097 #Y_DB DC Vm0 On half speed timing
762-098 #M_DB DC Vm0 On half speed timing
762-099 #C_DB DC Vm0 On half speed timing
762-100 #K_DB DC Vm0 On half speed timing
762-101 #Y_DB DC Vm1 Off half speed timing
Initial issue
DC 3535/2240/1632
Table 1 Chain 762
Default Range Description
0 0~100 AC Voltage test value at normal speed
60 0~127 AC Voltage frequency at normal speed
60 0~127 AC Energized Voltage Frequency at YM Color Half Speed
65 0~127 AC Energized Voltage Phase Value at YM Color Half Speed
60 0~127 AC Energized Voltage Frequency at CK Color Half Speed
65 0~127 AC Energized Voltage Phase Value at CK Color Half Speed
110 0~255 Rise timing from 0V to Vm0 for Y Color Normal Speed.
1bit=2.4462 msec
110 0~255 Rise timing from 0V to Vm0 for M Color Normal Speed.
1bit=2.4462 msec
110 0~255 Rise timing from 0V to Vm0 for C Color Normal Speed.
1bit=2.4462 msec
110 0~255 Rise timing from 0V to Vm0 for K Color Normal Speed.
1bit=2.4462 msec
90 0~255 Fall timing from Vm1 to Vm0 for Y Color Normal Speed.
1bit=2.4462 msec
90 0~255 Fall timing from Vm1 to Vm0 for M Color Normal Speed.
1bit=2.4462 msec
90 0~255 Fall timing from Vm1 to Vm0 for C Color Normal Speed.
1bit=2.4462 msec
82 0~255 Fall timing from Vm1 to Vm0 for K Color Normal Speed.
1bit=2.4462msec
110 0~255 Rise timing from Vm1 to VB1 for Y Color Normal Speed.
1bit=2.4462 msec
110 0~255 Rise timing from Vm1 to VB1 for M Color Normal Speed.
1bit=2.4462 msec
110 0~255 Rise timing from Vm1 to VB1 for C Color Normal Speed. (1bit=2.4462 msec.)
102 0~255 Rise timing from Vm1 to VB1 for K Color Normal Speed. (1bit=2.4462 msec.)
90 0~255 Fall timing from VB to VB2 for Y Color Normal Speed. (1bit=2.4462 msec.)
90 0~255 Fall timing from VB to VB2 for M Color Normal Speed. (1bit=2.4462 msec.)
90 0~255 Fall timing from VB to VB2 for C Color Normal Speed. (1bit=2.4462 msec.)
82 0~255 Fall timing from VB to VB2 for K Color Normal Speed. (1bit=2.4462 msec.)
110 0~255 AC Voltage Energized timing for YM Color Normal Speed. (1bit=2.4462 msec.)
110 0~255 AC Voltage Energized timing for CK Color Normal Speed. (1bit=2.4462 msec.)
118 0~255 AC Voltage off timing for YM Color Normal Speed. (1bit=2.4462 msec.)
118 0~255 AC Voltage Off timing for CK Color Normal Speed.
104 0~255 Rise timing from 0V to Vm0 for Y Color half speed. (1bit=4.8924 msec.)
104 0~255 Rise timing from 0V to Vm0 for M Color half speed. (1bit=4.8924 msec.)
104 0~255 Rise timing from 0V to Vm0 for C Color half speed. (1bit=4.8924 msec.)
96 0~255 Rise timing from 0V to Vm0 for K Color half speed. (1bit=4.8924 msec.)
92 0~255 Fall timing from Vm1 to Vm0 for Y Color half speed. (1bit=4.8924 msec.)
02/03
6-63
General Procedures and Information
762-xxx Developer NVM List