Xerox DocuColor 2240 Service Manual page 929

747--xxx Transfer NVM List (DC 3535 Only)
Chain-
Link Name
747-417 DTS Present Output
747-418 Remote for resistance -high-speed FC
747-419 1st BTR Remote/high-speed/ FC/ Y
747-420 1st BTR Remote/high-speed/FC/ M
747-421 1st BTR Remote/high-speed/FC/ C
747-422 1st BTR Remote/high-speed/FC /K
747-425 1st Output M
747-426 1st Output C
747-427 Environment establishment for toner band 9
747-428 2nd BTR Output Remote/ high-speed/ FC/
Side 1/ Plain Paper A
747-429 2nd BTR Output Remote/ high-speed/ FC/
Side 1/ Plain Paper B
747-430 2nd BTR Output Remote/ high-speed/ FC/
Side 1/ Plain Paper C
747-431 2nd BTR Output Remote/ high-speed/ FC/
Side1/Plain Paper D/E
747-432 2nd BTR Output Remote/ high-speed/ FC/
Side1/Plain Paper F/G
747-433 2nd BTR Output Remote/ high-speed/ FC/
Side1/Plain Paper S
747-434 2nd BTR Output Remote/ high-speed/ FC/
Side1/thin paper
747-435 2nd BTR Output Remote/ high-speed/ FC/
Side2/Plain Paper A
747-436 2nd BTR Output Remote/ high-speed/ FC/
Side2/Plain Paper B
747-437 2nd BTR Output Remote/ high-speed/ FC/
Side2/Plain Paper c
747-438 2nd BTR Output Remote/ high-speed/ FC/
Side2/Plain Paper D/E
747-439 2nd BTR Output Remote/ high-speed/ FC/
Side2/Plain Paper F/G
747-440 2nd BTR Output Remote/ high-speed/ FC/
Side2/Plain Paper S
Initial issue
DC 3535/2240/1632
Table 1 Chain 747
Default Range Description
818 0~818 Display Environment * Remote (3.666V/bit)
100 100~255 Available when 2nd transfer system resistance is 746-955.
Ex.2nd transfer resistance detection calculation result x 746-067 x 746-955=2nd Transfer Output Voltage (v)
143 0~357 For 1st transfer output adjustment for Y. Multiply by (1st transfer current in 746-020)/100.
Ex. In case of 157: 1st transfer current=14µA x 1.57=22µA
143 0~357 For 1st transfer output adjustment for M. Multiply by (1st transfer current in 746-020)/100.
Ex. In case of 157: 1st transfer current=14µA x 1.57=22µA
143 0~357 For 1st transfer output adjustment for C. Multiply by (1st transfer current in 746-020)/100.
Ex. In case of 157: 1st transfer current=14µA x 1.57=22µA
157 0~357 For 1st transfer output adjustment for C. Multiply by (1st transfer current in 746-020)/100.
Ex. In case of 157: 1st transfer current=14µA x 1.57=22µA
112 31~255 For Component Control M (1 bit=0.196µA)
112 31~255 For Component Control M (1 bit=0.196µA)
0~9 #=Max Environment number
100 0~200 For 2nd transfer output adjustment for Plain paper A Side1. (Multiply by 2nd transfer resistance calculation
result in loc. 746-006)/100. Ex.- In case of 100: 2nd transfer current=245 x -6.515 x 1.0=-1200V
100 0~200 For 2nd transfer output adjustment for Plain paper B Side1. (Multiply by 2nd transfer resistance calculation
result in loc. 746-006)/100. Ex.- In case of 100: 2nd transfer current=245 x -6.515 x 1.0=-1200V
100 0~200 For 2nd transfer output adjustment for Plain paper C Side1. (Multiply by 2nd transfer resistance calculation
result in loc. 746-006)/100. Ex.- In case of 100: 2nd transfer current=245 x -6.515 x 1.0=-1200V
100 0~200 For 2nd transfer output adjustment for Plain paper D/E Side1. (Multiply by 2nd transfer resistance calculation
result in loc. 746-006)/100. Ex.- In case of 100: 2nd transfer current=245 x -6.515 x 1.0=-1200V
100 0~200 For 2nd transfer output adjustment for Plain paper F/G Side1. (Multiply by 2nd transfer resistance calculation
result in loc. 746-006)/100. Ex.- In case of 100: 2nd transfer current=245 x -6.515 x 1.0=-1200V
100 0~200 For 2nd transfer output adjustment for Plain paper S Side1. (Multiply by 2nd transfer resistance calculation
result in loc. 746-006)/100. Ex.- In case of 100: 2nd transfer current=245 x -6.515 x 1.0=-1200V
100 0~200 For 2nd transfer output adjustment for thin paperSide1. (Multiply by 2nd transfer resistance calculation result in
loc. 746-006)/100. Ex.- In case of 100: 2nd transfer current=245 x -6.515 x 1.0=-1200V
100 0~200 For 2nd transfer output adjustment for Plain paper A Side2. (Multiply by 2nd transfer resistance calculation
result in loc. 746-006)/100. Ex.- In case of 100: 2nd transfer current=245 x -6.515 x 1.0=-1200V
100 0~200 For 2nd transfer output adjustment for Plain paper B Side2. (Multiply by 2nd transfer resistance calculation
result in loc. 746-006)/100. Ex.- In case of 100: 2nd transfer current=245 x -6.515 x 1.0=-1200V
100 0~200 For 2nd transfer output adjustment for Plain paper B Side2. (Multiply by 2nd transfer resistance calculation
result in loc. 746-006)/100. Ex.- In case of 100: 2nd transfer current=245 x -6.515 x 1.0=-1200V
100 0~200 For 2nd transfer output adjustment for Plain paper D/E Side2. (Multiply by 2nd transfer resistance calculation
result in loc. 746-006)/100. Ex.- In case of 100: 2nd transfer current=245 x -6.515 x 1.0=-1200V
100 0~200 For 2nd transfer output adjustment for Plain paper F/G Side2. (Multiply by 2nd transfer resistance calculation
result in loc. 746-006)/100. Ex.- In case of 100: 2nd transfer current=245 x -6.515 x 1.0=-1200V
100 0~200 For 2nd transfer output adjustment for Plain paper S Side2. (Multiply by 2nd transfer resistance calculation
result in loc. 746-006)/100. Ex.- In case of 100: 2nd transfer current=245 x -6.515 x 1.0=-1200V
02/03
6-37
General Procedures and Information
747--xxx Transfer NVM List