Xerox DocuColor 2240 Service Manual page 1131

Chain-
Link Name
747-441 2nd BTR Output Remote/normal speed/
Side1/Heavy paper 1B
747-442 2nd BTR Output Remote/normal speed/
Side1/Heavy paper 1S
747-443 2nd BTR Output Remote/low speed/
Side1/Heavy paper 1B
747-444 2nd BTR Output Remote/low speed/
Side1/Heavy paper 2S
747-445 2nd BTR Output Remote/normal speed/
Side2/Heavy paper 1B
747-446 2nd BTR Output Remote/normal speed/
Side2/Heavy paper 1S
747-447 2nd BTR Output Remote/low speed/
Side2/Heavy paper 2B
747-448 2nd BTR Output Remote/low speed/
Side2/Heavy paper 2S
747-449 2nd BTR Output Remote/normal speed/
Side1/Heavy paper 1C
747-450 2nd BTR Output Remote/low speed/
Side1/Heavy paper 2C
747-451 2nd BTR Output Remote/low speed/
Side1/Heavy paper 2D
747-452 2nd BTR Output Remote/normal speed/
Side2/Heavy paper 1C
747-453 2nd BTR Output Remote/low speed/
Side1/Heavy coated paper1
747-454 2nd BTR Output Remote/low speed/
Side2/Heavy coated paper1
747-455 Low speed 1st Transfer FC K ECC #6
747-456 Low speed 1st Transfer FC K ECC #7
747-457 Low speed 1st Transfer FC K ECC #8
747-458 Low speed 1st Transfer FC K ECC #9
747-459 High speed 1st Transfer B/W K ECC #1
747-460 High speed 1st Transfer B/W K ECC #2
747-461 High speed 1st Transfer B/W K ECC #3
General Procedures and Information
747--xxx Transfer NVM List
Table 1 Chain 747
Default Range Description
100 0~200 For 2nd transfer output adjustment for Heavy paper 1B 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 Heavy paper 1S 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 Heavy paper 1B 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 Heavy paper 2S 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 Heavy paper 1B 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 Heavy paper 1S 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 Heavy paper 2B 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 Heavy paper 2S 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 Heavy paper 1C 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 Heavy paper 2C 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 Heavy paper 2D 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 Heavy paper 1C 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 Heavy coated paper1 Side1. (Multiply by 2nd transfer resistance calcula-
tion 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 Heavy coated paper1 Side2. (Multiply by 2nd transfer resistance calcula-
tion result in loc. 746-006)/100. Ex.- In case of 100: 2nd transfer current=245 x -6.515 x 1.0=-1200V
1000 0~2000 Environment Control Coefficient of 1st transfer output for K
Ex.: In case of 1000: µA=((value in 746-020)+(value in 746-303))x(value in 746-028)x 1.0
1000 0~2000 Environment Control Coefficient of 1st transfer output for K
Ex.: In case of 1000: µA=((value in 746-020)+(value in 746-303))x(value in 746-028)x 1.0
1000 0~2000 Environment Control Coefficient of 1st transfer output for K
Ex.: In case of 1000: µA=((value in 746-020)+(value in 746-303))x(value in 746-028)x 1.0
1000 0~2000 Environment Control Coefficient of 1st transfer output for K
Ex.: In case of 1000: µA=((value in 746-020)+(value in 746-303))x(value in 746-028)x 1.0
1000 0~2000 Environment Control Coefficient of 1st transfer output for K
Ex.: In case of 1000: µA=((value in 746-020)+(value in 746-303))x(value in 746-029)x 1.0
1000 0~2000 Environment Control Coefficient of 1st transfer output for K
Ex.: In case of 1000: µA=((value in 746-020)+(value in 746-303))x(value in 746-029)x 1.0
1000 0~2000 Environment Control Coefficient of 1st transfer output for K
Ex.: In case of 1000: µA=((value in 746-020)+(value in 746-303))x(value in 746-029)x 1.0
09/03
6-40
Initial issue
DC 3535/2240/1632, WC M24