Toshiba e-STUDIO2006 Service Manual page 542

Sub
05/08 Mode Element
element
05 Adjustment Image Setting PRT (black)
mode Processing beam level
conversion
05 Adjustment Image Setting PRT (black)
mode Processing beam level
conversion
05 Adjustment Image Setting PRT (black)
mode Processing beam level
conversion
05 Adjustment Image Setting PRT (black)
mode Processing beam level
conversion
05 Adjustment Image Setting PRT (black)
mode Processing beam level
conversion
05 Adjustment Image Setting PRT (black)
mode Processing beam level
conversion
05 Adjustment Image Setting PRT (black)
mode Processing beam level
conversion
05 Adjustment Image Setting PRT (black)
mode Processing beam level
conversion
05 Adjustment Image Setting PRT (black)
mode Processing beam level
conversion
05 Adjustment Image Setting PRT (black)
mode Processing beam level
conversion
05 Adjustment Image Setting PRT (black)
mode Processing beam level
conversion
e-STUDIO2006/2306/2506/2007/2307/2507
SELF-DIAGNOSIS CODE (03/04/05/08 CODE)
Sub-
Item Subitem Code
code
Toner saving 7350 3 Beam level 3/4
mode OFF
Toner saving 7350 4 Beam level 4/4
mode OFF
Toner saving 7352 0 Beam level 0/4)
mode ON
Toner saving 7352 1 Beam level 1/4
mode ON
Toner saving 7352 2 Beam level 2/4
mode ON
Toner saving 7352 3 Beam level 3/4
mode ON
Toner saving 7352 4 Beam level 4/4
mode ON
Test print 7355 0 Beam level conversion
setting (Test print)
(Black, beam level 0/4)
Test print 7355 1 Beam level conversion
setting (Test print)
(Black, beam level 1/4)
Test print 7355 2 Beam level conversion
setting (Test print)
(Black, beam level 2/4)
Test print 7355 3 Beam level conversion
setting (Test print)
(Black, beam level 3/4)
Default Acceptabl
Details SRAM
value e value
6 0-10 M As the value becomes smaller, the beam in the primary
scanning direction becomes narrower, and the dot is
reproduced in a smaller size accordingly.
8 0-10 M As the value becomes smaller, the beam in the primary
scanning direction becomes narrower, and the dot is
reproduced in a smaller size accordingly.
0 0-10 M As the value becomes smaller, the beam in the primary
scanning direction becomes narrower, and the dot is
reproduced in a smaller size accordingly.
2 0-10 M As the value becomes smaller, the beam in the primary
scanning direction becomes narrower, and the dot is
reproduced in a smaller size accordingly.
3 0-10 M As the value becomes smaller, the beam in the primary
scanning direction becomes narrower, and the dot is
reproduced in a smaller size accordingly.
4 0-10 M As the value becomes smaller, the beam in the primary
scanning direction becomes narrower, and the dot is
reproduced in a smaller size accordingly.
6 0-10 M As the value becomes smaller, the beam in the primary
scanning direction becomes narrower, and the dot is
reproduced in a smaller size accordingly.
0 0-10 M As the value becomes smaller, the beam in the primary
scanning direction becomes narrower, and the dot is
reproduced in a smaller size accordingly.
4 0-10 M As the value becomes smaller, the beam in the primary
scanning direction becomes narrower, and the dot is
reproduced in a smaller size accordingly.
5 0-10 M As the value becomes smaller, the beam in the primary
scanning direction becomes narrower, and the dot is
reproduced in a smaller size accordingly.
6 0-10 M As the value becomes smaller, the beam in the primary
scanning direction becomes narrower, and the dot is
reproduced in a smaller size accordingly.
14-1-22
20L /
Proce
Contents 23L /
dure
25L
4 -
4 -
4 Y
4 Y
4 Y
4 Y
4 Y
4 Y
4
Y
4 Y
4 Y
© 2013-2017 TOSHIBA TEC CORPORATION All rights reserved
20H /
23H /
25H
Y
Y
Y
Y
Y
Y
Y
Y
Y
Y
Y