Main code
Sub code
Description
Ref. Page
47
*
°
AE sensor characteristics measurement
AE sensor output characteristics memory
[7]-18-(3)
(1)
AE sensor output characteristics input
Press the C
→
=
↵
→
0
→
=
↵
→
4
→
7
→
PSW keys. The mirror base is ini-
tialized, scans about 10cm, then stops.
The READY lamp turns on now and becomes ready to measure.
Press the PRINT switch. The copy lamp driving voltage changes in increments of 10V (20V)
each from 80V (160V) to 300V (600V), and the AE sensor output characteristics are stored in
the memory. The values are used as referances.
NOTE: Shown in parenthesis is for the 200V series machine.
48
01
Front/rear direction zoom ratio adjustment (refer to [7]-3-(6)-9 for the lens type value.
Used to set the No.4/5 mirror home position (focal adjustment) and to adjust the zoom ratio of the copy
in the vertical direction (from front to rear).
There are two kinds of test command 48-01 of which are described as follows.
1-1.
Horizontal copy zoom ratio standard value input method (at a time of lens or main PWB
replacement)
Press the C
→
=
↵
→
0
→
=
↵
→
4
→
8
→
PSW
→
➡
keys. The already
set value or "40" is displayed.
Substitute the value of "O.L" shown on the label attached to the lens with the formula value.
40 – [(value of O.L.) x 5] = standard value of correction
Ex: 40 – (+1.2 x 5) = 34
[7]-8-(1)
[8]-3
-(3)
1-2.
Use this test command to adjust the horizontal zoom ratio. Change the value entered in "1-1" to
change.
2-1.
No.4/4 mirror home position standard value input (at a time of lens or main PWB replacement).
Press the C
→
=
↵
→
0
→
=
↵
→
4
→
8
→
PSW 1
→
PSW keys. The al-
ready stored value or "42" is displayed.
Substitute the value of "O.L" shown on the label attached to the lens with the formula value.
[7]-8-(2)
[7]-9-(4)
42 – [(O.L value) x 10] = standard value of correction
Ex: 42 – (+1.2 x 10) = 30
2-2.
To adjust the resolution, change the value entered at "2-1" using this test command.
When the No. 4/5 mirror reference value is "+" from the center value "50", the mirror is shifted
away from the lens to lengthen the light path. When it is "–", the mirror is shifted to the lens to
shorten the light path. The value is calculated in this manner.
02
°
Paper moving direction zoom adjustment
Used to adjust the zoom ratio in the landscape mode.
Varying the mirror base moving speed adjusts the zoom factor in the landscape direction of the copy
(paper moving direction).
[7]-10-(5)
1
Place a scale over the original table in the direction the paper moves. Make a copy in the 100%
zoom mode and obtain the copy zoom ratio correction factor.
Copy zoom correction factor
=
(
original size
)
−
(
copy image size
)
(
original size
)
×
100%
2
As the READY lamp turns on, the previously set figure between 15 and 35 is displayed. Change it
with the copy zoom factor correction factor obtained in
1
.
(Input value) = (previously stored value) + copy zoom ratio correction factor [%]
×
10
Press the PRINT switch after entering the input value. With this, the input value is stored in the
memory and the READY lamp turns off.
50
01
Used to adjust the copy lead edge image loss and void areas. For more information, refer to the optical
system copy lead edge adjustment procedure.
[7]-15-(11)
02
The function of this test command is similar to the test command 50-01.
The test command 50-02 allows easier lead edge adjustment using the values of L1 and L2.
For more information, refer to the optical system copy lead edge adjustment procedure.
[7]-15-(11)
901024
O. L
O. i
P. NO
+
1.2
+
2.4
12
0
TOPCON
0
(0-i)
Man ufac tu ring date
Preset val ue
Label contents
(0-L)
8 – 15
Summary of Contents for SF-2040
Page 27: ...9 Desk unit SF D23 11 12 16 17 13 18 10 9 8 7 6 2 5 4 3 1 23 21 22 19 20 14 15 4 10 ...
Page 63: ...5 5 C F 10 D 7 6 11 G E 8 9 H 12 6 2 ...
Page 65: ...3 B 3 E 13 C 4 5 6 7 8 F 14 D 10 11 9 6 4 ...
Page 67: ...2 1 3 A D 9 8 11 10 B 4 5 E 12 13 14 C 7 6 6 6 ...
Page 69: ...A a 1 1 D 4 4 B 1 b 1 1 E 5 5 7 6 8 9 8 5 C 2 3 3 F 5 11 12 6 8 ...
Page 71: ...1 2 3 3 4 5 A D 13 11 10 7 6 6 7 B E 14 8 12 9 C F 15 G 16 16 6 10 ...
Page 73: ...A a 1 D 11 10 10 9 8 B 4 2 3 E 13 12 12 C 5 7 6 7 6 12 ...
Page 75: ...C 4 F 9 9 9 10 9 5 6 D G 11 E 8 7 6 14 ...
Page 78: ...Volume PWB 8 9 10 10 6 17 ...
Page 80: ...C 5 F 11 P D F R 7 6 6 12 13 G 12 13 E 8 9 a 8 H 14 6 19 ...