Xerox DocuColor 1632 Service Manual page 809

Chain-Link Name
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
762-105 #Y_DB DC VB1 ON Half-speed Timing 104
762-106 #M_DB DC VB1 ON Half-speed Timing 104
762-107 #C_DB DC VB1 ON Half-speed Timing 104
762-108 #K_DB DC VB1 ON Half-speed Timing 94
762-113 #Y_DB DC VB OFF Half-speed Timing 92
762-114 #M_DB DC VB OFF Half-speed Timing 92
762-115 #C_DB DC VB OFF Half-speed Timing 92
762-116 #K_DB DC VB OFF Half-speed Timing 88
762-117 #YM_ DB AC ON Half-speed Timing
762-118 #CK_ DB AC ON Half-speed Timing
762-119 #YM_ DB AC OFF Half-speed Timing
762-120 #CK_ DB AC OFF Half-speed Timing
762-121 #YMC_Deve MOT ON Normal Timing
762-122 #YMC_Deve MOT OFF Normal Timing 303
762-123 #YMC_Deve MOT ON Half-speed Tim-
ing
762-124 #YMC_Deve MOT OFF Half-speed
Timing
762-134 #K_Deve C/L ON Normal Timing
762-135 #K_Deve C/L OFF Normal Timing
762-136 #K_Deve C/L ON Half-speed Timing
762-137 #K_Deve C/L OFF Half-speed Timing
Prelaunch Training/Review
DC1632/2240
Table 16 Chain 762
Default Range Description
90 0~255 Falling timing from VB to VB2 at M Color Normal Speed. (1bit= 2.4462ms)
90 0~255 Falling timing from VB to VB2 at C Color Normal Speed. (1bit= 2.4462ms)
82 0~255 Falling timing from VB to VB2 at K Color Normal Speed. (1bit= 2.4462ms)
110 0~255 AC Voltage Energized timing at YM Color Normal Speed. (1bit= 2.4462ms)
110 0~255 AC Voltage Energized timing at CK Color Normal Speed. (1bit= 2.4462ms)
118 0~255 AC Voltage off timing at YM Color Normal Speed. (1bit= 2.4462ms)
118 0~255 AC Voltage Off timing at CK Color Normal Speed.
0~255 (1bit= Rising timing from Vm1 to VB1 at Y Color Half Speed.
4.8924ms)
0~255 (1bit= Rising timing from Vm1 to VB1 at M Color Half Speed.
4.8924ms)
0~255 (1bit= Rising timing from Vm1 to VB1 at C Color Half Speed.
4.8924ms)
0~255 (1bit= Rising timing from Vm1 to VB1 at K Color Half Speed.
4.8924ms)
0~255 (1bit= Falling timing from VB to VB2 at Y Color Half Speed.
4.8924ms)
0~255 (1bit= Falling timing from VB to VB2 at M Color Half Speed.
4.8924ms)
0~255 (1bit= Falling timing from VB to VB2 at C Color Half Speed.
4.8924ms)
0~255 (1bit= Falling timing from VB to VB2 at K Color Half Speed.
4.8924ms)
110 0~255 (1bit= AC Voltage Energized timing at YM Color Half Speed.
4.8924ms)
110 0~255 (1bit= AC Voltage Energized timing at CK Color Half Speed.
4.8924ms)
108 0~255 (1bit= AC Voltage off timing at YM Color Half Speed.
4.8924ms)
108 0~255 (1bit= AC Voltage off timing at CK Color Half Speed.
4.8924ms)
184 0~255 Color Developer during motor rising timing at Normal Speed. (1bit= 2.4462ms)
0~1023 Color Developer during motor falling timing at Normal Speed. (1bit= 2.4462ms)
184 0~255 (1bit= Color Developer during motor rising timing at Half Speed.
4.8924ms)
303 0~1023 (1bit= Color Developer during motor falling timing at Half Speed.
4.8924ms)
164 0~255 K Color Developer during clutch rising timing at Normal Speed. (1bit= 2.4462ms)
531 0~1023 K Color Developer during clutch falling timing at Normal Speed. (1bit= 2.4462ms)
164 0~255 (1bit= K Color Developer during clutch rising timing at Half Speed.
4.8924ms)
531 0~1023 (1bit= K Color Developer during clutch falling timing at Half Speed.
4.8924ms)
6/02
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General Procedures and Information