Toshiba e-STUDIO350 Service Handbook page 70

Classifi-
Code
cation
367 RADF RADF original guide width
adjustment (Minimum)
368 Laser RADF original guide width
adjustment (Maximum)
401 Laser Fine adjustment of polygo-
nal motor rotation speed
(adjustment of primary
405
scanning direction repro-
duction ratio)
410 Laser Adjustment of primary
scanning laser writing start
position.
411
421 Drive Adjustment of secondary
scanning direction repro-
duction ratio (fine adjust-
422
ment of main motor speed)
424 Drive Fine adjustment of exit
motor speed
425
430 Image Top margin adjustment
(blank area at the leading
edge of the paper)
431 Image Left margin adjustment
(blank area at the left of the
paper along the paper
feeding direction)
e-STUDIO350/352/353/450/452/453
ERROR CODE AND SELF-DIAGNOSTIC MODE
Adjustment mode (05) <e-STUDIO350/450>
Func-
Items
tion
ALL
ALL
PRT
PPC
PPC
PRT
PPC/
PRT
FAX
PPC/
PRT
FAX
PPC
PPC
2 - 50
05/11
Default
<Accept-
RAM Contents
able
value>
- - Stores the current
width of RADF original
guide by keying in this
code with the guide set
at the minimum width.
Perform this adjust-
ment when the RADF
board or volume is
replaced, or when the
code (05-356) is per-
formed.
- - Stores the current
width of RADF original
guide by keying in this
code with the guide set
at the maximum width.
Perform this adjust-
ment when the RADF
board or volume is
replaced, or when the
code (05-356) is per-
formed.
133 M When the value
<0-255> increases by "1", the
reproduction ratio of
129 M
primary scanning direc-
<0-255>
tion increases by
approx. 0.07%.
(approx. 0.1mm/step)
128 M When the value
<0-255> increases by "1", the
writing start position
128 M
shifts to the front side
<0-255>
by approx. 0.0423mm.
138 M When the value
<0-255> increases by "1", the
reproduction ratio of
139 M
secondary scanning
<0-255>
direction increases by
approx. 0.04%.
107 M When the value
<0-255> increases by "1", the
rotation becomes faster
121 M
by approx. 0.05%.
<0-255>
0 M When the value
<0-255> increases by "1", the
blank area becomes
wider by approx.
0 M
0.0423mm.
<0-255>
© 2003 - 2008 TOSHIBA TEC CORPORATION All rights reserved
Pro-
cedur
e
6
6
1
1
1
1
1
1