Xerox DocuColor 1632 Service Manual page 807

Chain-Link Name
760-060 K-OLXBI
760-061 Y-OLYSO
760-062 M-OLYSO
760-063 C-OLYSO
760-064 K-OLYSO
760-065 Y-OLMAG
760-066 M-OLMAG
760-067 C-OLMAG
760-068 K-OLMAG
760-070 Y-LD light volume at last RegiCon
760-071 M-LD light volume at last RegiCon
760-072 C-LD light volume at last RegiCon
760-073 K-LD light volume at last RegiCon
760-074 Y-XSO after LD light volume change
760-075 M-XSO after LD light volume change
760-076 C-XSO after LD light volume change
760-077 K-XSO after LD light volume change
760-078 Y-XBI after LD light volume change
760-079 M-XBI after LD light volume change
760-080 C-XBI after LD light volume change
760-081 K-XBI after LD light volume change
Prelaunch Training/Review
DC1632/2240
Table 15 Chain 760
Default Range Description
0 0~3 The normal Regi Control cycle, separately adjusts the Fast Scan direction write start position by replacing the
Video Locks phase from SOS signal in an Open Loop, from the temperature detection result. (4 Colors/Correc-
tion Resolution Ability = 1 Pixel unit)
4 0~20 The normal Regi Control cycle, separately adjusts the Slow Scan direction write start position by the LS signal
No. of Counts from the ROS Image/Patch start signal in an Open Loop from the Temperature detection result.
(4 Colors/Correction Resolution Ability = 1 Pixel unit)
10 0~20 The normal Regi Control cycle, separately adjusts the Slow Scan direction write start position by the LS signal
No. of Counts from the ROS Image/Patch start signal in an Open Loop from the Temperature detection result.
(4 Colors/Correction Resolution Ability = 1 Pixel unit)
10 0~20 The normal Regi Control cycle, separately adjusts the Slow Scan direction write start position by the LS signal
No. of Counts from the ROS Image/Patch start signal in an Open Loop from the Temperature detection result.
(4 Colors/Correction Resolution Ability = 1 Pixel unit)
10 0~20 The normal Regi Control cycle, separately adjusts the Slow Scan direction write start position by the LS signal
No. of Counts from the ROS Image/Patch start signal in an Open Loop from the Temperature detection result.
(4 Colors/Correction Resolution Ability = 1 Pixel unit)
100 0~200 The normal Regi Control separately adjusts the Fast Scan direction image 100% magnification by switching the
average frequency of each ROS Video Lock in an Open Loop from the Temperature detection result. (4 Colors/
Correction Resolution Ability = 1/4 Pixel unit)
100 0~200 The normal Regi Control separately adjusts the Fast Scan direction image 100% magnification by switching the
average frequency of each ROS Video Lock in an Open Loop from the Temperature detection result. (4 Colors/
Correction Resolution Ability = 1/4 Pixel unit)
100 0~200 The normal Regi Control separately adjusts the Fast Scan direction image 100% magnification by switching the
average frequency of each ROS Video Lock in an Open Loop from the Temperature detection result. (4 Colors/
Correction Resolution Ability = 1/4 Pixel unit)
100 0~200 The normal Regi Control separately adjusts the Fast Scan direction image 100% magnification by switching the
average frequency of each ROS Video Lock in an Open Loop from the Temperature detection result. (4 Colors/
Correction Resolution Ability = 1/4 Pixel unit)
0 0~1023 LD Light Quantity when Regi Control is performed.
0 0~1023 LD Light Quantity when Regi Control is performed.
0 0~1023 LD Light Quantity when Regi Control is performed.
0 0~1023 LD Light Quantity when Regi Control is performed.
236 0~472 XSO value after correction based on the LD Light Quantity variation
236 0~472 XSO value after correction based on the LD Light Quantity variation
236 0~472 XSO value after correction based on the LD Light Quantity variation
236 0~472 XSO value after correction based on the LD Light Quantity variation
0 0~3 XBI value after correction based on the LD Light Quantity variation
0 0~3 XBI value after correction based on the LD Light Quantity variation
0 0~3 XBI value after correction based on the LD Light Quantity variation
0 0~3 XBI value after correction based on the LD Light Quantity variation
6/02
6-43
General Procedures and Information