Toshiba e-STUDIO 4500c, Руководство по обслуживанию

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SERVICE PROGRAM TABLES April, 2007
5-60
2541 Thk:FC:LL Thick Paper: FC Low
2542 Thk:FC:ML Thick Paper: FC Medium Low
2543 Thk:FC:MM Thick Paper: FC Medium
These SPs set the paper size correction coefficient for the image to paper transfer
bias threshold values calculated based on the reading of the absolute humidity from
the temperature/humidity sensor and the thresholds set with SP2304.
SP2541 – Up to SP2304 001: Threshold 1
SP2542 – More than SP2304 001 Threshold 1, up to SP2304 002 Threshold 2.
SP2543 – More than SP2304 002 Threshold 2, up to SP2304 003 Threshold 3
These settings apply 1) only where the image is created in full-color on thick paper
(128~256 g/m
2
) at full speed.
2541 2542 2543
017 Side1:PTR [10~250/1%] [10~250/1%] [10~250/1%]
018 Side1:SepDC [10~250/1%] [10~250/1%]
019 Side1:SepAC [10~250/1%] [10~250/1%]
027 Side2:PTR [10~250/1%] [10~250/1%]
028 Side2:SepDC [10~250/1%] [10~250/1%]
029 Side2:SepAC [10~250/1%] [10~250/1%]
2544 Thk:FC:MH Thick Paper: FC Medium High
2545 Thk:FC:HH Thick Paper: FC High
These SPs set the paper size correction coefficient for the image to paper transfer
bias threshold values calculated based on the reading of the absolute humidity from
the temperature/humidity sensor and the thresholds set with SP2304.
SP2544 – More than SP2304 003 Threshold 3, up to SP2304 004 Threshold 4
SP2545 – More than SP2304 004 Threshold 4
These settings apply 1) only where the image is created in full-color on thick paper
(128~256 g/m
2
) at full speed.
SP2544 SP2545
017 Side1:PTR [10~250/1%] [10~250/1%]
018 Side1:SepDC [10~250/1%] [10~250/1%]
019 Side1:SepAC [10~250/1%] [10~250/1%]
027 Side2:PTR [10~250/1%] [10~250/1%]
028 Side2:SepDC [10~250/1%] [10~250/1%]
029 Side2:SepAC [10~250/1%] [10~250/1%]
2601 OHP K Bias Set Bias for Transparency: K
This SP sets the following standard bias voltages applied for the image area on OHP
in the black-and-white mode at 1) image transfer from drum to ITB, 2) image transfer
from ITB to paper, and 3) at paper separation from the ITB.
001 ITB
[0~500/0.1
µ
A]
002 PTR
[-100~0/0.1
µ
A]
003 SepDC
[0~100/0.1
µ
A]
004 SepAC
[80~120/0.1
µ
A]