Toshiba e-Studio Imaging 6520c - Manual (Page 93)

e-STUDIO5520C/6520C/6530C © 2008 TOSHIBA TEC CORPORATION All rights reserved
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2. Copier-specific Adjustments
* The table below shows you the acceptable paper weight for the paper type.
Paper type Acceptable paper weight
Thick 1 106 to 163 g/m² Max. 60 lb. Cover
Thick 2 164 to 209 g/m² Max. 110 lb. Index
Thick 3 210 to 256 g/m² Max. 140 lb. Index
Thick 4 257 to 300 g/m² Max. 110 lb. Cover
* Use the recommended OHP transparencies and special paper.
After adjusting the amount of toner used, copy and check the copy image quality.
If further image quality adjustments are still necessary, the service technician must use the next procedure.
(3) Perform color balance adjustment or RGB adjustment to adjust the tint of the colors in general.
* For further information regarding the adjustment procedures, refer to procedure (3) in 2.2 To Closely
Match the Color Balance of the Original.
After adjusting the tint of colors, copy and check the copy image quality.
If further image quality adjustments are still necessary, use the next procedure.
(4) Enter adjustment mode [05]. Change the values for codes [1779] to [1798] and [7980] to [7983] to adjust the
density level of each color.
Color to
adjust
Original mode [05] code Subcode Recommended value
Acceptable
value range
Default
Text/Photo 05-1779 0/1/2
Text 05-1780 0/1/2
Printed image 05-1781 0/1/2
Photo 05-1782 0/1/2
Map 05-1783 0/1/2
Y
(Yellow)
User custom 05-7980 0/1/2
Text/Photo 05-1784 0/1/2
Text 05-1785 0/1/2
Printed image 05-1786 0/1/2
Photo 05-1787 0/1/2
Map 05-1788 0/1/2
M
(Magenta)
User custom 05-7981 0/1/2
Text/Photo 05-1789 0/1/2
Text 05-1790 0/1/2
Printed image 05-1791 0/1/2
Photo 05-1792 0/1/2
Map 05-1793 0/1/2
C
(Cyan)
User custom 05-7982 0/1/2
Text/Photo 05-1794 0/1/2
Text 05-1795 0/1/2
Printed image 05-1796 0/1/2
Photo 05-1797 0/1/2
Map 05-1798 0/1/2
K
(Black)
User custom 05-7983 0/1/2
Set a value larger than 128
to increase the density.
Set a value smaller than 128
to decrease the density.
0 to 255 128
* Set the value in increments of approximately 10, while checking the copy image until the optimum value is
obtained.