Toshiba e-studio600 Service Manual page 70

Classi-
Code
fication
270 Transfer Temperature/humidity sen-
sor Temperature display
286-0 Laser Laser power
adjustment
286-1
290 Image Image quality control
quality enforcement
control
291 Image Control status display of
quality image quality control
control
292 Image Image quality
quality sensor output
control value display
293
294 Image Low density pattern sen-
quality sor output value
control
295 High density pattern sen-
sor output value
296 Image Result display of image
quality quality sensor light amount
control adjustment
e-STUDIO520/600/720/850 ERROR CODE AND SELF-DIAGNOSTIC MODE
Adjustment mode (05)
Func-
Items
tion
ALL
1st laser ALL
2nd laser ALL
ALL
ALL
Light ALL
source off
Drum sur- ALL
face
ALL
ALL
ALL
2 - 46
05/11
Default
<Accept-
RAM
able
value>
22 M The temperature of the
<0-100> inside of the equipment
is displayed.
[Unit: °C]
Refer to M When the value
contents increases, the laser
<0-255> power output increases.
<Default value>
e-STUDIO520,
e-STUDIO600,
e-STUDIO720: 132
e-STUDIO850: 101
101 M When the value
<0-255> increases, the laser
power output increases.
* Valid only for
e-STUDIO850
- M Image quality control is
performed forcibly when
the density correction of
the image is required.
0 M The control status of
<0-2,4> image quality control is
displayed.
0: Normal
1: Error (control stopped)
2: Error (abnormal pat-
tern density)
4: Sensor LED off-level
abnormality or sensor
LED light amount abnor-
mality
0 M The output value of the
<0-1023> image quality sensor
(while the sensor light
source is turned off) is
displayed.
0 M The output value of the
<0-1023> image quality sensor of
the drum surface (when
no test pattern exists) is
displayed.
0 M The value of the low den-
<0-1023> sity pattern detected at
the image quality closed-
loop control is displayed.
0 M The value of the high
<0-1023> density pattern detected
at the image quality
closed-loop control is
displayed.
0 M The result of the sensor
<0-255> LED light amount adjust-
ment (to use the reflec-
tion amount from the
drum surface as a refer-
ence) is displayed.
Proce-
Contents
dure
2
14
14
6
2
2
2
2
2
2
March 2005 © TOSHIBA TEC