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IFSA02401 - R.3244.A
Speedlight
SB-24
REPAIR
f~
MANUAL
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NIKON coRPORATION
Tokyo. Japan
© Copyright
I 988 ALL RIGHTS RESERVED
~Wffiti ~-T -~'
I
I. SPECIFICATIONS
FSA02401-R.3244.A
1. Guide number (m, ISO 100)
Manual mode Ml /1
Tl
Manual repeat Ml /8 18+4. 9 -3.8 Ml /16 MRl /8 18+4.9 -4.8 MRl/16
Ml /2 36+9.9 -7.8 33 +9. 1 -7. 1 30+8.2 -6.5 25+6.8 -5.4 22+6. 0 -4.7 21+5.8 -4.5
Ml /4 25+6. 9 -5.4 23+6.3 -4.9 21+5.8 -4.5 18+4. 9 -3.9 16+4.4 -3.4 15+4. 1 -3.2
85mm T2
70mm
50+5.5 -8.0 4 7+5. 1 -7. 5 42 +4. 6· -6.7 36+3.9 -5.7 32+3.5 -5. 1 30+ 3 . 3 -4.8
12.5~~:;
12.5~;:; 11.5~;:~
16.s~j:~ 11.S~~:; 16.s~i:~
15+4. 1 -3. 2
s
50mm N 35mm
10.5~;:;
+2.5 9_ 1. 9 8+2.2 -1. 7 7 5+2. 1 . -1. 6
15 +4. 1 -4.0
10.5~;:~
+2.5 9 -2.4 8+2.2 -2. 1 7 5+2.1 . -2.0
12.5~~:;
11+3.0 -2.3
12.s~;:j
11+3.0 -2.9
(
Wt 28mm W2 24mm
10.5~~:~
10.5~;:~
2. Angle of flash coverage Flash head position W2 (24nnn)
Wl
N
Angle of flash coverage Vertically 60° Horizontally 78 ° 70° 60° 46° 36° 31°
Usable lenses 24nnn 28nun 35nnn 50mm 70mrn 85nun
(28mm) (35nnn) (50rnm)
(70mm)
53°-- ----·45° 34 ° 26°
---- ,__
s
Tl
T2 (85mm)
23°
3. Ntunber of flashes/Recycling time (At manual 1/1 setting) No. of flashes AA alkaline-manganese batteries AA Ni-Cd battery When external power source is used: SJ?-6 Recycling time No. of flashes SD-7 Recycling time No. of flashes 3 sec 250 or more 6 sec 200 or more 30 sec 500 or more 10 sec 300 or more 30 sec 400 or more 100 or more 40 or more Recycling time 7 sec or shorter
5 sec or shorter
*
*
Autofocus illuminator and display panel illurninator are to be off and zooming operation is not to be made. When the external power source is used, install four alkaline-manganese batteries in the SB-24 and a 315V layer built cell in SD-6 or A-type Alkaline-manganese batteries in SD-7.
I
4. Flash mode The following flash mode can be selected:
FSA02401-R.3244.A
(1) TTL flash mode (TTL) TTL auto flash control is possible. (2) Manual repeating flash mode (MR) Flash fires repeatedly at the fixed amount of light (1/8 or 1/16). (3) Manual flash mode (M) Flash fires at the fixed amount of light (1/1, 1/2, 1/4, 1/8 or 1/16). (4) Auto flash control mode (A) Flash is controlled at the aperture f/2, f/2.8, f/4, f/5.6, f/8 and f/11. (ISO 100) 4-1. TTL auto exposure control range Film speed: ISO 25 - 400 (FA, FE2, FG, F-401 or Nikonos V with sync cord for land use) ISO 25 - 1000 (F-301, F-501, F-801) Aperture f/1.4 - f/32 Distance 0.6 - 20m (Refer to the table in the page 4.) 4-2. Manual repeating flash Frequency: 1, 2, 3, 4, 5, 6, 7, 8, 9, 10 (Hz) Number of flashes: At Ml/8 setting: 1, 2, 3, 4, 10 (Displays -- at 10 setting) At Ml/16 setting: 1, 2, 3, 4, 5, 6, 7, 8, 20 (Displays -- at 20 setting) With the built-in batteries, repeating flash is available up to 4 times at Ml/8 setting or 8 times at Ml/16 setting (with fresh batteries). The number of flashes is increased by using an external power source (SD-6, SD-7).
4-3. Synchronization with motordrive
Power source Built-in batteries Built-in batteries plus SD-6 Biult-in batteries plus SD-7 Light output Ml/16 Ml /8
Ml
- - - - -------
Sync speed (Frame/sec) Slower than 6 Slower than 3.3 Slower than 6 Slower than 3.3 Slower than 6 Slower than 3.3 Slower than 6 Slower than 3.3 Slower than 6 Slower than 3.3 Slower than 6 Slower than 3.3
Max. No. of flashes Approx. 8 Approx. 10 Approx. Approx.
c·
4 5
I 16
Approx. 20 Approx. 40 Approx. 6 Approx. 20 Approx. 10 Approx. 30 Approx. Approx.
5 9
Ml /8 Ml I 16 Ml /8
Built-in battereies: AA alkaline batteries SD-6: 315V layer built cell SD-7: A-type alkaline batteries
2
I
4-4. Automatic exposure control range Distance: 0.6 - 20m
FSA02401-R.3244.A
ISO
6, 10, 20, 40, 80, 160, 320, 640, 12, 25, 50, 100, 200, 400, 8 16 32 64 125 250 500 1.4 2 2.8 4 5.6 8 11 16 1.4 2 2.8
4
F
No.
1.4 1.4 2 2.8 4 5.6 8 11
16
2 2.8 4 5.6 8 11 16 22 32
2.8 4 5.6
8
2 2.8
4
5.6 8 11 16
22
11 16 22 32
5.6 8
l 1
800, 1000
1250, 1600, 2000 2500, 3200, 4000 5000, 6400 5. Bounce flash Bounce angle
16 22
22 32
32
Vertically: Down to -7° or up to 90° (Click stop at -7'!. 45°, 60°, 75° and 90°) Horizontally: 90° clockwise and 180° counterclockwise (Click stop at 30 °' 60°, 90 °' 120°, 150° and 180°) Flash head can be locked at the front position for both vertical and horizontal position.
6. Switches
Name Type Slide Slide Slide Push Push Push Mode OFF-STBY-ON A-M-MR-TTL NORMAL- REAR Function To turn on/off power, To set Standby mode To switch flabs mode To switch sync mode To shift zoom setting To trigger flash, To turn on power in STBY mode To adjust F No., exposure compensation or repeating flash frequency To adjsut F No., exposure compensation or repeating flash number To change light amount in M mode, To switch TTL1/TTL2 To light up illuminator
3 -
(
a
Power SW Flash mode selector Sync mode selector ZOOM SW Open-flash SW Adjustment SW (UP) Adjsutment SW (DOWN) MSW
b c d
e
f
I
I
g
Push
h
i
Illuminator Push SW
I
J
FSA02401-R.3244.A
SELECT SW m-ft SW
Push Slide m-ft
To switch UP/DOWN SW input To select indication (meters or feet)
k
Usable apertures/shooting distance range in TTL mode (m) (Shaded portion: A mode)
1600 BOO 2 2.8 4 400 1.4 2 2.8 200 1.4 2 100 50 25 W· 5.2 3.7 2.6 241111 - 20 - 20 - 20
w.
1.4
32
22 32
16 22 32
11
ie
22
8 11 16
5.7 4.0 2.9 2.0 1.5 1.0 0.7 0.6 0.6 0.6 - 1.8 0.6 o.6 - 1.3 0.6 0.6 - 0.9 0.6
28a11 - 20 - 20 - 20 - 16 - 11 - 8.0 - 5.6 - 4.0 - 2.8 - 2.0 - 1.4 - 1.0
Shoo ti nc distance range (II) s so. T1 N 35..
6.4 4.5 3.2 2.3 1.6 1.2 0.8 0.6 0.6 0.6 0.6 0.6
-
20 20 20 18 12 9.0 6.3 4.5 3.1 2.2 1.5 1.1
7.5 5.2 3.7 2.6 1.8 1.3 1.0 0. 7 0.6 0.6 0.6 0.6
-
20 20 20 20 14 10 7.4 5.2 3.7 2.6 1.8 1.3
8.4 5.9 4.2 3.0 2.1 1.5 1.1 0.8 0.6 0.6 0.6 0.6
-
70.. 20 20 20 20 16 11 8.3 5.8 4.1 2.9 2.0
Ta SS8.9 - 20 6.3 - 20 4.4 - 20 3.2 - 20 2.3 - 17 1.6 - 12 1.1-8.8 0.8 - 6.2 0.6 - 4.4 0.6 - 3.1 0.6 - 2.2 1.4 0.6 - 1.5
r··--
Usable aperture/shooting distance range in TTI, mode (ft) (Shaded portion: A mode)
ISO fil· speed
1600 800 2 2.8
4
400 1.4 2 2.8
200 1.4
100
50
25
w.
17 12 8.6 6.1 4.4 3.1 2.2 2.0 2.0 2.0 2.0 2.0 -
241111
w.
19 14 9.3 6.6 4. 7 3.3 2.4 2.0 2.0 2.0 2.0 2.0
2
1.4
32
22 32
16 22 32
11 16
8
22
11 16
66 66 66 49 34 24 17 12 8.7 6.1 4.3 3.0
28·· - 66 - 66 - 66 - 52 - 37 - 26 - 18 - 13 - 9.2 - 6.5 - 4.6 - 3.3
Shooting distance ranae (11} N s Ta
as-
so-
21 15 11 7.4 5.3 3.7 2.7 2.0 2.0 2.0 2.0 2.0
-
66 66 66 59 41 29 20 14 10 7.3 5.2 3.6
25 17 12 8.6 6.0 4.3 3.1 2.2 2.0 2.0 2.0 2.0
-
14 9.7 6.9 4.9 24 3.5 17 2.5 12 2.0 8.6 2.0 6.0 2.0 4.3 2.0
66 66 66 66 48 34
28 20
70- 66 - 66 - 66 - 66 - 54 - 38 - 27 - 19 - 13 - 9.6 - 6.8 - 4.8
Ta 29 21 15 11 7.3 5.2 3.7 2.6 2.0 2.0 2.0 2.0
as..
- 66 - 66 - 66 -66 - 58 - 41 - 29 - 20 - 14 - 10 - 7.2 - 5.1
c=
4
I
7. Display
FSA02401-R.3244.A
7-1. LCD display
Name
a
b
Function To show flash mode To indicate distance Flash shooting distance scale Flash shooting distance scale
Flash mode TTL, M, MR, A TTL, M, MR, A TTL, M, MR, A TTL, M, MR, A
Flash mode indicator Distance segment Distance (m) Distance (ft) ISO value
c
d
e-1
To show ISO setting, To show TTL, M, repeating flash number, To MR show repeating flash frequency MR To indicate to input ISO value TTL, M, To indicate to input number & MR frequency of repeating flash To show ISO value is to be input To show aperture value To show F No is to be input To show angle of coverage To show manual zooming To show exp. compensation To show compensation value is to be input TTL, M,
A
e-2
SET
A
{
e-3 f-1 f-2 g-1 g-2 h-1
ISO Aperture indicator F Angle of coverage indicator M (ZOOM) Exp. compensation
A
TTL, M, MR, A TTL, M,
A
1--~~-+-~~~~~~~~~~~~~-+-~--~~~~
TTL, M, MR, A TTL, M, MR, A TTL TTL M, MR
----~~~~~~~-+~~~~~~~~-----!
h-2
i
+/-
Light amount indicator To show light amount in M mode
7-2. LED display Ready-light/Warning (after shooting) 7-3. Ready-light in viewfinder (displayed in viewfinder via shoe contact CRY) Ready-light/Warning (after and before shooting) 8. Warning Ready-lights on SB-24 and in the camera viewfinder give the following warnings by blinking. (Blinking frequency; 4Hz)
Before shooting
TTL incapable warning Out of ISO range warning Full flash warning
Viewfinder ready-light Viewfinder ready-light Viewfinder & SB-24 readylights
TTL mode is set with non-TTL camera. ISO setting is beyond usable range for TTL control. Flash fires fully in A or TTL mode. (Blinks for approx. 3 sec.)
After shooting
5
FSA02401-R.3244.A
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Retainer plate
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Bounce spring
?77TA'J' 1J:/?'
0
~·
5
--
-- -----··------5
160
Clatch spring
l
1
0
------
.IE.Mr :I -< /L-/'{ ;:t,
16 1
Coil spring
:;:/? D-t'·:I' I-
---·-
----5
4
1
0
---------
------ ---------·5
- --- -
162
Sync nut
·Jl:.~Wr
':I'
l
I-
II
I
SB-201161
0.6.
163
Nut
4
1
0
0.6.
5
ftf:T-J· 7 I166
-- ---------1
II
(
167
Nut
1
5
-----···
tit+ 1- ':I' 7'
Power source cap
1
I
0
0
5
----168
-
11ill:i *?? Power source connector
T I- D :/ :_,- I- (A)
l
I
5
--- ----------
·----I I
169
Sheet
(fl)
0
5
-1-------- ---
?-l-0:..-:;-1- (8)
170
Sheet (8)
7"1-D:/:;-1-
l
-
1
0
.6.
5
------- 1 - - - - - - -
(C)
1
C-----
17 1
Sheet (C)
D
1
172
35x15 t-0.12 Double sided adhesive tape
?·:1'~:/?';f.;.J
Jlllili?- -7' (A)
-------A
---
- - - - - -------------.6.
l
-- --------I
174
Tapping screw
N
H2x6
8
0 0 0
10
-- -------·H2x5
175
4
1
10
----I 76
N
H2x5
22
1
10
---~
11 7
,,
,..
H2x6
7
-
1
0 0 0
10
-
178
M2x6
3
1
10
179
N
Hl.4x9
2
1
10
---
- 12-
{f~
~
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t
s
L i s
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t
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1 '<37} /Ill It Pcs. Per Unit
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Part No.
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Name Screw
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Asse111bly
Fig. 1
lK 71 Ter111 of Deli very
Ji
;'!:
·
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Remarks
I! >It !ll ii! Q' ty per order
18 0
8
0
06
10 SB-201160 10 IO
--
------18 1
-·--·
Lug plate
liiifii'T-7"
1
..
ff
1
183
35xl5 Double sided adhesive tape 7->tt':/~
1
1
0
0
(A)
18 4
-·-----
--- ---
Sponge
SxIOxSt (black)
(A)
1 2
- -------
1
IO
I
--·-
B6
------
A1?'1--f?V
Switch brush ---- ----------- - - - - - - - - - - - - - - IC (S-80521\LO)
·--
s. T
B
~-----------------
6
201
-
I
--
-··
- -
-----
·--------·-------- -·-------1
__ ,_._..___._
___
6
U4
----·
202
203
IC (S-8052Al.D)
'1-·:J7"lC
B
U3
6
c·
------- - ---------· ·------ - - - - - - ------ -- - ---·-- ------- --------- --
-------
(A)
-- ------------
Chip IC
H
LB1631
I
E
6
U5
(B)
LB1634
!-------
-------· ------.. ?
':/~"A~
204 205
-----
Transistor
"
2SB1148
2
~-
B
1
QS, 116
06
SB-201207 1114. 1115. 1117
5
--
2SD1225M 2SC24111<
-·
3
B
1
06
5
----------'1-·:J7"l-?':/~"A~
206
------ ---- ---
{A)
Chip transistor
(B)
,,
2SD602 1 B
6
·-
117
(C)
,,
2SD780
-----(D)
H
2SC2859
207
-
(A)
H
2SC2412K 1118
(8)
,,
2SC3052 2SC3928
1
B
/:::,
.,
(C)
-------
,,
-13-
3-B
~
~
Pa r t s
~
L i s t
~
IFSA02401-R. 3 2 4 4. A 1a* fll1 tt Pcs. Per Unit
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(D)
Name
"'f-·7";1')-'j";/!/:;..?
Assembly
Fig.
Term of Del I very
Hi IK
11':
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·
018
~
Re111arks
O'
'I! >ft ti\ {i): ty per order
Chip trans is tor
(E)
2SD601 1
B
6.
"
H
2SC2712
-- f--- -- · - - - - - - - - ------
208
1--
DTA143XK 2SA1037K 2SA1530 2SA1235 258709 2SA1162
1
R
010
6.
----- - - - -----
-----·- 1---·---·- --
2 0 9 (A)
(B)
,,
H
1
R
6.
013
(C)
(
(D)
H
N
(E)
H
--210 211 212
,, ,,.
----- · - - - A
.....
··-
----
--
-----
---
2SC4069 2SA1573 DTA143ZK
1
I
04
6.
1--
·--A
...
------··
021
6.
-----·-
·i-------
(A)
"
I
(B)
N
8
6
02
RN2401
--- ----------
-- i----------.
B
2 1 3 (A)
N
DTA143ZK 1
6.
09
(B)
N
RN2406
----
2 1 4 (A)
,,
DTA114YK UN2114 FN1A4P DTA124XK
1
(8)
,.
1
B
6
016
(C)
" ,,
2 1 5 (A)
A
6
022
--
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BB .ft.
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Li s t
~
jFSA02401-R. 3 2 4 4.
IJIJ ~ Pcs. Per Unit
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A :;jt
:g
Name
~·,;1.,.~7:--::;~~
flllllJ:.·~
Part No. 215
(8)
Assembly
:H· ~- Tera of Pig. Delivery
tit
#MC
Ii ;ti
·
022
~
Re11arks
Q' ty per order
·
w
fit
Chip transistor
(C)
RN2408 1 A
6
,,,
FN1F4N
- ----
---·
216
(A)
"' ,.
DTA123JK 1 A
6
Q19
(B)
RN2405
~
217
(A)
"'
-
DTC114YK UN2214 FA1A4P DTCl44EK 2 Ql, g3
(8)
,,
8
6
(C)
-·-----
H
218
(A)
H
-(B)
"'
RT1N441C 1
B
-·
(C)
---...._
-~--
6
Qll
___
"'
FA1L4N
·---
(D)
"' ,.
RN1404 DTC143ZK 2
8 6
-
2 19
(A)
Q12
(8)
"' ,.
RN1406 DTC124XK RN1408 PA1P4N DTB113ZK 1 1 A
D
220
(A)
(8)
,. ,,
,,
1
A
6
Q23
(C)
221 222
Q24
6
SCR(SA04)
1
SCR2
06
5
- 1 5 --
ffB .Rt
ill.Pi.IF~
-,.
Pa r ts
~
Li s t
fl1'
I F s A 0 2 4 0 1 - R.
1 it:$} Ill tt Pcs. Per
Unit
3 2 4 4. A
~
fllW..r..fiij-
ml&
Assenibly D
Fig.
#ll«
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Part No. 223 224
(A}
Na11e
SCR (CR3EM-8)
Tenn of Deli very
06
liI
..... m
{Al
*
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Remarks SCR3
·-
Q' ty per order 5
------
.Ill
* {it
1
-·----- -
1
SCR (CR02AM-8)
1
D
1
06.
SCRl
--- --
5
- - - ·-----
(8)
(M21CA-Q)
··-
225 226 227
(
Y-t::t-1'
Diode
N
RGP-01-15 SPl1-XN08 1008 MA165
1 5 2
B
6
D4
-- - · - -
8, D
6
D6, D9, Dll. 013, 014 D7, DlO
·- ---·--·
·------
N
6
228
(A)
N
2
(8)
D
6.
DB. 012
--·----
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155133
-------·-·-
229
(A}
Chip diode
(B)
N
MA151WK OAN202K 155184
----·--
2
E
6.
035/036. 037 /038
(C)
N
2 3 0 CA)
(B)
N
MA151K 2
B
6
03. D34
(
N
155193 MA152K FlJ2TPA 1 1 030
A
231 232
233
(A)
N
6
D2
,..
N
A
A
t1A151WA
DAP202K 155181 6 A
A
017/18. 019/20. 021/22, D23/24, D 25/26, 027128
(8)
N
CC)
N
-16-
ffB
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~
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Li s t
I F s A 0 2 4 0 1 - R.
fill 11! Pcs. Per Unit
1
3 2 4 4. A
~
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Name
f.F
la:H
ll~ijidMI~
Part No. 2 3 4
-- ---- - - ----
Asse11bly
B
~Fig.
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*
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Re111arks 05
ly per order
Q'
Jtl
:iJt
{\):
r ·:- -:fi-J-Y 1::t-1-·
Chip diode llA3100
6
------ ---1
~-
2 3 5 llA3430 " --------· - - - - - - - - - - - - - - -..
~
.. ·;1
A
.
031
6
--~-
------- --·-- ---
--
-·---- -
-
l-:t--Y1::t-
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------ --------
r
---
~---·
-----~
-------
SS1J4
---------------------N
Diode
1
B
6
01
(B)
SS1J2
-
-----··--t! :;-4}'-
2 37 Sensor
---------
(PPC20D
1
1
0
D33
5
2 38
"
LCD
(PPS303)
l
I,
6
(
2 3 9
--
(BR2222S)
-----·-
l
----
A
- ---- ----------
6
029
----6
11M:i :;7 :--"t
2 4 0
------2 4 1
470 µF lOV CSU) Electrolytic condenser
N
I
B
C36
------------ -- - - - - Cl, C38 2
B
220
µ
F lOV (SU)
6
-------2 4 2
N
----------- ---220 µF 6.3V (KA) 1 B
6
-
C37
243
N
1400µ F( ± 15%)350V
.11'.:J
1
1
CB
0
5
--
2 .. 4
:;7 :.-""t 1. 5 µ F 16-35V Tantalu· condenser
N
'f-..,, -:f!f :; !'
C4 l
B
6
C47 2 45
-
10µF lOV
1
D
6
--2 46
"
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0.47 µF 25V
1
B
6
C46
Cll, Cl3 0.047 µF 1135-20
2 47
2
D
6
ClO
110 condenser
N
248
0.033 µF "55-20
1
D
6
2 49
N
0.1 µF 1135-20
1
B
6
C6
2 5 0
N
3.3 µF K35-1T
1
D
06
Cl2
5
-1 7 -
g.B
~
ll~1!Mllij
...
Pa r ts
~
LI s t
~
ia~
IF s A 0 2 4 0 1 Pcs. Per Unit 1 1 3 8 3
·-
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1111
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Part No. 251 253 254 255 256 257
(
Name 300PF 500V Ccraaic condenser
;f! '} 7"t1 ~
Assembly
B
Fig.
~-
~ :H Ten of Delivery
II& 1'i':
·
C3 C7
~
Remarks
ty per order
Q'
* {U'.
-i! 7 i. 7?
::l Yr Y"'J'
6
v
--
--- --
·-·
Y ::I Yr Y"'J'
Condenser
"1- 7 7"::r Yr Y"'}'
2200PF 400V 0.047 µF O.OlµF 0.047 µF 2200PF 8200PF 6800PF 4700PF 220PF 33PF lOPF
-----··
D
A,
6
---- -------
Chip condenser
H
E
6
c20. C21. C45
--·-
A, B
A, B
-
6
C2, C24. C25, C27. C32 C39, C40, C44 C5, C26, C43
------
----~------·
H
6
---------
H
1
1
A
6
C23
----------------
258 259 260 26I
---- ----- -------
"
H
A
6
C22
-----··-··· ---------
--
I 1
A
6
C41
----------- ------------
,,.
A
6
C42
·-·
--------
H
10
A, c
Cl5, Cl6, Cl7, Cl8, Cl9
6
C30, C31. C33. C..14. C35 C29
---------
262
,_
H
__
I
I
----- -
A
6
--------N
--------- --------A
263
6
C28
-------------- ----CRI
c·
::tYrY.fJ'
264
Condenser
EL (EL-
0.047 µP/lKD.
-
1
D
6
-I
A
-------- ---------
-
265 266 267 268 269
2 4 A) D-38030PL
KBR- lOOOllTS (ltll!z)
EL
6
--
Xe-1-"" -7" Xenon tube
-i!7t17?
1
1
0
6.
Xe
--·-·-
5
--
--
-·
CLK2
1
A
Cera·ic oscillator
X- ta! X' ta 1 osci II a tor
"f:-5'-
------
KF-38G(32.768KHz)
-
CLKI
I
A
6
------- -----ti
tlotor
I
1
0
5
-------
------
-18-
ff-B
~
a
Par
t
s
Li s
$1'
t
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1 iHt
flll
3 2 4 4. A
flt g· ty per
IMUt!iJ
Part No.
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!8
Name
Pcs. Per Unit
1
tt
lllWdl.Jl-'ij
Assembly B
#Ml
b1!1·
Fi1.
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*
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Reurks
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order 5
·
270
<16SH) Trancefor11er
.. 7 :.-:;r,.
1
06
2 7 1
(08EL) Trancefor11er
t-·J"JJ"-:J1N
1
B
T3 1
06
5
KP42 1 1 T2
0
- ------
27 2 Tri11er coil
5 L2, L3, L4. L5
'1-·:/7"1 :-'~? ~-
--------
2 73
ELJ-PAIR011(1µF)
Chip lnducter
1!/~?~-
4
c
D
6
27 4
lnducter
>f!1J
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BL-3
1
l
Ll
06
5
---50K
2 75
---27 7
Volume
1
B
VRl
6
'*'l
~J..
Volume
~·~·mm
5K
l
B
VR2
6
R6
-- ------
-------
2 78
2.2110±1% l/2W Carbon r ii· res is tor
l
B
6
-------
219
,,.
·~D£J)t
211n ±lX l/2W
1
B
6
R8
-2 B0 Resistor lOK 0 2W
R22
I
D
6
---- - - - 7.5KO 2W I
---~-----
28 I
...._
,,.
D
Rl8
6
______________
2 82
----- --------------
"'
;IJ -
lOK 0 lW
Rl7
1
D
6
-
2 8 3
'* !/ tabt
"'
Carbon resistor
2.2 0±5% l/2W
l
B
R27
6
2 84
3.6
n ±5%
l/4W
I
B
R25
6
R26, R30 2 85
"'
N
4.3 il±5%
l/4W
2
B
6
2 8 6
100 0±51 1/4W
1
Rl5 D
6
2 87
,,. ,..
,,.
220 ±5% l/4W
1
D
R12
6
2 8 8-1
560 il ±5% l/4W
I
D
R20
6
2 8 8
lKQ ±5% l/4W
1
D
6
R20
OLD
·- 1 9 -
ff~
dB
~
Pa r t s
~
L I s t
~
IFSA02401-R. 3 2 4 4. A
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1J -
Name
1 'l:i:H Ile Pcs. Per Unit
1111
nauMl-'if!
Assembly D
#Ml. lr?Jlt
Fig.
IUi ';\'; I& ;r Tenn of Delivery Rll
6
·
Rl3
~
Remarks
¥ ~ .in fi1 II' ty per order
*' : . - nm:
N
Carbon resistor
390KU ±5% l/4W
1
---2 90
ton ±5%
100
1/6W
1
D
6
----··
2 9 1
N
n ±5%
l/6W
2
D
6
Rl4. R21
· - - - - ---- --293
N
.
22U ±5% 1/6W
1
D
6
R16
·-- - - - - -
2 9 4
,,
,,
7.5KQ ±1% 1/8W
-
1
R37
B
6
-1 R9
B
295
30. lK ll ± 1% 1/BW
6
---·-- -· -------296
N
680 Q ± 1% l/lOW
4
A
6
R45, R46. R47, R48
--- --297
H
lKil ± 1X 1/lOW
R78 1
B
6
·-
-----
2 98
H
ton ±5%
111ow
2
A, C
6
R60, R63
-- - - · 299
,, ,,
33'2 ±5% 1/lOW
2
A, B
R23, R64
6
.....__
____
R24 47!l ±5% l/lOW
1
B
300
6
----30 1
,, ,, ,.
,,
150 n ±5X l/lOW
R28
1
B
6
----R51 3 0 2
220 Q ±5% l/lOW
1
A
6
· - - - - - --·----·
303 330 Q ±5X 1/lOW 1
c
A
R62
6
R61 820 Q ±5% l/lOW
1
3 05
6
----~--
--~
·- ·---.---·
-----·-
f-----
3 0 6
,,
.,
lKQ ±5X l/lOW
5
A,
B
A
Rl, R4. R29, R54. R66
6
R67
3 0 7
-·
1.5Kn ±5% l/IOW
1
6
RS 3 0B
-
------
"'
2.2K'2 ±5% l/IOW
1
B
6
-20-
fiB
~
~
Par ts
~
Li s t
I F s A 0 2 4 0 l - R.
1 iH} fll1 It Pcs. Per Unit 2
i~lilli!Mtij-
3244. A
ty per order
Q'
1111.r..·~
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Name
#M mi·
Fig.
Part No.
'1- ";/ 7"ll£JJt
Assembly A. 8
Ii ~ lK Tera of Del Ivery
*
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:if
· m:
ltt
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Re111arks R2. R40
3 0 9
Chip
resister
4. 7KO ±5% 1/lOW
6
3 10
,,
lOK '2 ±5% l/lOW
3
A, B
A
R3, R7, R52
6
-----~
3 1 1
"'
15K n ±5% l/lOW
l
R41
6
3 l 2
,, ,, ,,
22K 0. ±5% l/lOW
4
A
RlO, R73. R74, R75
6
3 13
30K 0. ±5% l/lOW
5
A
R31, R32,
6
R3..~.
R34, R35
3 I 4
.
33K n ± lX 1/IOW 39K n ± n 1110w
I
A
R50
6
R49
-··--------·-----·
3 15
,,
,,
,,
1
A
6
---3 16 68K n ±5% 1/lOW 1
B
A
R36
6
--·-
3 17
lOOKn ±5% 1/lOW
1
6
R71
·-
3 18
·-·
,,
180K'2 ±5% 1/lOW
1
A
R39
6
3 19
,,
,,
5.1K'2+U: 1/lOW
1
8
R53
6
3 20
HIO.
+5% l/lOW
1
A
6
R70
3 2 1
,,
,,
4. 71'1'2 +5X 1/lOW
R65
l
A
6
(
R72
3 2 2
1011
n +5X 1/lOW
1110w
1
A
6
3 2 3
,,
/"') :.- t-a& (A2)
on
R76 1
A
6
··1
A
3 28
Printed circuit (A2)
7" ·J :.- t- IJHi CB2l
6
3 29
Printed circuit (82)
7" 1 :.- t- IJHi (C) J
1
8
6
3 3 0
Printed circuit (C)
l
c
6
- 2 1-
lfB
~
~
Pa r t s
L
i s t
lh:H Ill It Pcs. Per Unit
1
I FSAO 2 4 0 1 -R.
eal!l.IMI l!f
Assembly
D
3 2 4 4. A
I! ;ft Mt {I): Q' ly per order
ffll.IUt~
:8
~
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Part No. 331 332
7" ')
!-'
Na111e
Fig.
lK Ter11 of Delivery
Ui 11:
*
·
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Remarks
1-&*i
(DD
(Dl)
Printed circuit
7"'J :.- t-1Ui
6
om
(El)
- - - - ---- -------··------- - - - - --- ---
----6
- - - - - - - - - · - - - - - - - ---------·
Printed circuit
7" I) :.-t-&5 (F)
1
E
--·----·- - - - - - - - - - - - ----- r - - - - - - - - -·--·---------·-
-------
--·---
_,
______
333
-------
Printed circuit
7" ')
!-'
1
(F)
1
---------
0
----- ----
5
------
--------
-·----------
334
3 35
1-&fi (G)
1 1
Printed circuit CG)
7"')
!-'
0 0
-
5 5
----- ------ ------ ---------
- - - - - -------- - - - - - - - - - -
- - - ---------·------- -------
1-&*i
(H)
Printed circuit
71.-.+
1
(II)
--------·
1
- ------- --·· ---- ---------
---------
3 36
FPC
A71 l-'A-1' ·:1'1-
1
A
1
06
-
5
--------- ------·-
-
3 37
Slide swi lch
::IAA1 ·:1'1-
SS-300-A22B4C-2G
1
1
0 0
--------
5
-------- -
3 3 8·-1
3 39
Rubber switch
::IA.':1*9~-
1
1
-
5
-----
----5
---
Rubber connector Pl 28
':1*9~-
2
--------
A
1
06
---------- ---------6
---
3 42
Pl 28 connector
P128A0211
2
A, D
3 43
,,
Pl28A0311
1
-
B, D
6
-------
--
---------
3 44
" "
Pl28A0311-RI! PI28A03tl-YL P128A0311-BL
1
A A
6.
-----------
(
3 4 5
1
6.
-----3 46
,, ,,
1
A
6
·-----3 47
Pl28K0411
1
B
6.
-
3 48
"'
N
Pl28K09tl Pl28B0511 P122A0211
1
A
6
349 3 50
1
A
6
·--·-PI 22 :J*9?Pl 22 connector
1
8
6
----
---
-- 2 2 -
ffB
a:W.
~
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LI s t
I F s A 0 2 4 0 1 - R.
1111
3 2 4 4. A
e~.r..·~
:g
Name Pl 22
::J;t..~?-
flJ;
Parl No.
Pcs. Per Unit 1
1 iH} D
mn.r..·tJ
Assembly B
#Ml IM&
Fig.
llli 1C IK ;t
Term of Delivery
fl'
:it
11!
Q'
Remarks
ty per order
·*
fY:
35 1
Pl 22 connector ··-------· 3 5 2
Pl22A03tl
6
·--
----- ··------
,,
Pl22l04tl
1
B
6
---·
--
35 3
,,
Ftl::J :?-??-
PI25C02tl
1
D
6
-· ----- -·
-------3 5 4 07Ft1-l.OBT Ftl connector
1
B
6
---------35 5
---12F11-l. OBT
-----B
,,
TF ::J ;.-7 ;.--4}'
1
-
6
··-------
---------3 6 2 0.047 µF TF condenser
;¥ '}
:L ....,
Cl4 1 D
6
VR5
------3 6 3
J..
(
3K!:l Volu11e
1
-
B
6
-----·
---·---------3 6 4
,,
tlD:J ;.-7 ;.--4}'
VR3, VR4 6.8Kll 2 B
6
--·-----3 6 5
-·
-0.068 µF 1135-20 tlD condenser 1 D
- - - - - ---- ----
--
---
-
-----
-
·- --
C9
6
----- - - - -- ----
---------
'J - rta-e ':/ r-
3 6 6
·-----------
0
Lead wire set (A) -------------------------~---·-
6
'} - rtl-e
3 6 7
. --- -
·:J
I- (A)
0
Lead wire set (A)
6
--·--36 8
IJ - rtl-e ":/ f- (8)
Lead ,___ wire set (8) .. - ---------1 1 rta-e ':/ r- ce> 3 6 9 Lead wire set (R)
____
p
6
p
6
'} - rtl-1! .,, I- (C)
3 7 0 Lead wire set (C)
--·----·---
-------
(
-----~-
Q
6
..
Q
---- -6
IJ - rta-e ":/ I- (C)
3 7 1 Lead wire set
(C)
--
------
-··
·J- rtl (JIU
3 7 2 Lead wire (black)
~--
Q
6
·J- rtl (8)
3 7 3
Q
Lead wire (while)
6.
'} - l"tl-1!
37 4
.. - -
·:1
I-
(C) (C)
Q
6
--
Lead wire set
-
----------
---
-· 2 3 -
BB
~
~
Par ts
Li s t
I F s A 0 2 4 0 l - R.
ffll Ile
Pcs. Per Unit
3 2 4 4. A
&~.!Ml%
:g
Na11e
¥F
l tl:H
1~m.r..1t%
Part No.
Asse11bly
R
~Fig.
#NI
Ten of Delivery
II& ;'C IK
*
~
Remarks
ty per order
Q'
"*
!l1 i1t.
., - 1-"tl-t?"
3 7 5
"(D)
Lead wire set (D)
6.
·J - 1-· ti -t? " I- (D)
--- ----R
3 7 6
Lead wire set (D)
6.
---R
----- -----6.
-·-----
1J - 1-·t1-t? .,, " (D)
3 7 7
Lead wire set (D)
,, - 1-"tl-t?" "(0)
3 7 8
R Lead wire set (D)
6.
·J-Ytl-t?·,, 1-·m
3 7 9
Lead wire set (E)
1
0 0
5
·-· -----·-
1J - t'tl-t?
·;1
1- (F)
1
3 8 0
Lead wire set (F) '1- "
5
.._____
_____
3 8 1
:1'1£J;t :1'IUJt
33Kn ±5% 1/lOW
1
A
6.
R79
---
Chip resistor
-1-
';I
3 8 2
Chip resistor
4. 7Hl ±5% l/lOW
R44
1
A
6.
-----
---·-·
383 1K999-091
Ceramic condenser 3300Pf.2V
Spee~light
88F-1017
ll8902G
--
~
·-
-----·
p ate
retaining
---
-~----
-- - --
-- - - 1---------
~-
----
···--
-------
----··------ -·
----
----
---
---------- ----
---------- -----
----
-
~-
-24-
Subassembly
L i s t
jFSA02401-R. 3244. A
Q' ty per order
I
1111
Part No.
A
Name
Pcs. Per Unit
a:St tt
Constituent Parts
Fig.
Remarks
FPC unit (A)
14. 15. 16. 150. 151. 210. 211. 215 (A) 216 (A) 220 (A) 221. 231. 232. 235. 239. 254, 255x7, 256x2, 257, 258, 259, 260, 26lx7, 262 263, 265, 267, 268, 296x4 298. 299. 302, 305. 306. 307. 309, 310, 311, 312x4 313x5, 314x2, 315, 317, 318. 320. 321, 322, 323 328, 336. 339. 342. 344 345, 346. 348
-- .. - - - - - - - - 6 - - - - - - - - - - - - - - - - ------ - - - - - - - - - - - - + - - + - - - - - - - - - - - - - - - - - - B
Printed circuit uni t
(8)
--·------
----------
---------
___________,__,______________ ------26lx3, 273x4, 298, 303 330
5
201, 202, 204x3, 205x2, 206 (A), 207 (A) , 209 (A) x3 212(A), 213(A), 214(A), 217(A), 218(A), 219(A), 224, 226x3, 230(A)x2, 234 236CA), 240. 24lx2, 242, 244. 246. 249. 251. 255. 256. 270. 271. 275. 277. 278. 279. 283. 284. 285. 294. 295. 297. 299. 300 301. 306x3, 308, 309, 310x2. 316, 319, 324. 329. 343. 347. 350. 351. 352. 354, 355. 363. 364x2
c
D
Printed circuit unit (C)
- - - - - - - - - - - - - - - - · - - ----·----- ---------------------+---+----------- -----222. 223, 224A, 226x2, 227x2, 228Ax2, 247x2. 248 Printed circuit uni t (D) 250. 253. 264. 274. 280. 281. 282. 286, 287, 288. 289, 290. 29lx2. 293, 331. 342. 343. 353. 362. 365 171
- ----- ... -----·- -- - - - - - - 1 - - - - - - - - - - - - + - - - l - - - - - - - - - - - 4 - - - - - - -
E
----------- ------------------- ---·- ·- - - ~-- - - - - - - - - - - - - - - ! - - ! - - - - - - - - - - - + - - · - - -
Printed circuit unit (E)
203(A), 229x2, 245 254x2, 332 105, 134
--------~
Cover uni t (upper)
G
----------------- --- - - - - - - - - - - - - -------
----·----------------- - - - - - - - - - - - - - - - t - - - + - - - - - - - - - - + - - - - - - --II
Cover unit (lower)
106. 114 12. 13. 121. 162. 166. 181 107. 141
Sync. terminal
--·------------- · · - - - - - - - - · - - - - - - - - - - - - - - · - - - - - - - - - - - - l - - - l i - - - - - - - - - - - - 1 1 - - - - - - - -
Battery chamber lid _ _ _ _ _ ,________________ ---- --- --- ·- - - - - - - - - - - - - - 1 - - - + - - - - - - - - - + - - - - 1
J
_ _ _ _ _ _, _ _ _ _ _ _ _ _ _ _ _ _- - ! - - - -
Module
1G308-006-1 1K240-464 lK640-794 lSl00-003 15700-205 15045-140
1K680-833 15045-139 1K680-633-l
I
18150-061
l
----~-----·-----------+--+-----------~----
LEQ-'£;,;.:z.-11'
--i<--
- - - - - - - - ----------------------L
Cable
-
--
--- --···-·· - - - - - - - - - + - - 4 - - - - - - - - - - - 1 · - - - - · - · ·
Available as assem."J" only
------. ---·-··- -------------------- - - - - ------·----------+--+----------+-----
Sensor base unit
133, 238
... 2 5-
ll'Bki~M·q
I F s A 0 2 4 0 1 - R.
~
3 2 4 4. A
l!>Jt!l!.i;}_
:fiJ
Name
Part No.
113* Ill It Pcs. Per Unit 1
alllta~.iutq
Constituent Parts 132. 144
#A« liJ· Fig.
1
fl
~
Remarks SB-20 E
o· ty per order
1
tlJt#- t-·$
M
Contact guard unit
FSA02101-E FSA02101-F
111111tlJt ( +) $
N
Battery contact (+) unit
IJ-f-'t.l-ft7 t- (A)
1
132, 142
1
SB-20 F
1
------
0
Lead wire set (A)
IJ-t-'t.l-ft7 t- (B)
1
366. 367
1
5
------- ------·--
p
Lead wire set (8)
IJ-f-'t.l-f!·7 t- (C)
Q
1
368. 369
1
5
·----·
Lead wire set (C)
I} -
1
370. 371. 372. 373. 374
1
5
rt.l-f!
'7
t- (D)
R
Lead wire set (D)
1
375. 376, 377. 378
1
5
..
s
T
tr..ti o
·7
? tatill
Unit, lock button
l:"f1~? !-'~lfi (A)
1
128. 186
1
5
·-
till
1
Unit, bounce shaft (A)
129. 186
1
5
··-
----
------
-- 2 6 -
Printed Circuit
FSA02401-R.3244.A
Prnted c i r c u i t A2
0
0
0
··i,!.·
0
~·(I)
B
B
lc1~l
8
lc1al §l
(§)
B
B'
B
e
Q
0
0
0
0
0
0
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FSA02401-R.3244.A
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B
2
B2
Prnted c1rcui t ·
~o.bo.c
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"C
0
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B
2
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M
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c
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-
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0
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FSA02401-R.3244.A
Prnted circuit Dl
R18
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FSA02401-R.3244.A
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Q
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0
0
FSA02401-R.3244.A
Prnted c i r c u i t C
dlS
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Prnted c i r c u i t El
SB-A
E1
0
-
30 -
V.
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Wiring Diagram
FSA02401-R.3244.A
Black
Printed circuit G
Printed circuit H
* ~fi0J1~ :>' ::i -
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- :--ooll(llJtJ' Gilt., -r 4'-fHNl:t~fr 7 ;:: c.
:--1;:,
::i -
V ~titl4'-EENl:t"t 7.>tl~t;: Ii,
I
0
White
~''°"" ~~-'1
Cray
Printed circuit A2
*When soldering lead wires directly on the pattern of the printed circuit board,pass them through the holes from the rear side and solder on the front.
-ru
\l
11
Ye!
low~
=
White r-------;
Bl
Printed circuit F
D32
0 0
D33
K~
Black J
' 1'
I
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Xe
' "I
I
I I
Motor
Purple
White
Red
)
Black Red
·
Orange
Ye! low
~Blue
\
Sync terminal
Condenser
=
LJ
)
I
+
-
~================~
White Purple
1) Printed circuit El
~oul
D
00
0
#336 FPC
Printed circuit B2
Green
Ye !low
I
II
r~nccaQcircuit
D
Black
B2
1~1~100
D
g
0
D
D
Orange
D
r
D D D D
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White Blue
f'l9'
Do
DB
0
D
l.I~
ll@I
~
D
Do D
D D
'
Power connector
ct
Printed circuit D1
V.
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Wiring Diagram
FSA02401-R.3244.A
rF
'/
~
Black
pc
Printed circuit G
Printed circuit H
Bruwn
(/
o
Printed circuit A2
0
D
DDo oo o o
"
-
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n
D D
n
o
* ~fi0J1~ :>' ::i -
B
~
~
D
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:--1;:,
::i -
V ~tif1:4'-Eilfil:t't 7.>tl~t;: Ii,
~olJL]
~
I
0
Cray
*When soldering lead wires directly on the pattern of the printed circuit board,pass them through the holes from the rear side and solder on the front.
~
Yellow~
White
l:::tt::JI Whi~e
Bl
Printed circuit F
n()
==:J.::
D
D32
0
0 0
K~
1·~--~1
Whit el I I IRed
m ~~
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Xe
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s
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1
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pA
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llRed
J
\
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Sync terminal Condenser
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1
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= =
~
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Printed circuit El
==============»
White
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00
0 0
#336 FPC
Purple
Printed circuit B2
Green
1!1
l
I
f\"
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D
D
1----i..Jl
Prioted circuit B2
D
D
D
/
D D D
D
"'\
0
o[
D
>·L module
~
Do
\.
* 0-=~~I Q~o ®o~i1~ ~
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~~
w=:=
~ D !-"-'~I aAl[]I
Yellow Black
DATT.
-
I·I ·I ·1+
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Do
D
'
D
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ra
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Printed circuit D1
1
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+
t--
0
D
~
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Power connector
Cj
VI.
c
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t
D
a gram
FSA02401-R.3244.A
6 00
013
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:i;
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N
N
ON
~~
2.85- 3.15
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Is. 6 5 - s.al
C36 470u IOV
m
c LK'
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I
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C22 8200p
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57
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v
3. 0 0. 6 5 3. 0 3. 1.
PIN
v
5. 5. 0 3. 5. 7 5 75
2
0 3. 3.
I 0 11 I 2 I 3 I 4 I 5 I 6 I 7 I 8
I 9 20 2I 22 23 24 25 26 27
PIN 28 29 30
V
0
8 0
5. 7 5
PIN 37 38 39 40 4 I 42 43 44
v
0. 7 3 7 0. 2 4 5
'll['(}Jll::;<. --i ':/ 7- 0
N
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I
IO II 12 13 14 I5 I 6 I 7 18 I 9 20 2 I 22 23 24 25 26 27 28
50 I. 5 0 I. 5 0 1.50 I. 50 1. 50 1.50 1.50 1. 50 1.50 1.50 1.50 1.50 1. 2. 3. 3. 6.
3.
3. 0.65 3. 1. I. 3. 0
__________________
mm
I I
ISO
2_9 30 31
ti 3. 1.
0 3. 0
035/36~037/38
017/18
~025/26
3
5
MAl51WK
MAl51WA
3. 0 2. 8 3. 0 0
NORMAL
L
~-
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After
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lights
up ..
Mode
C_) 5 6
@Jl'Uf1'1=!lhP~
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When
circuits
is
operating ..
3 3 3 34 35 36 37 38 39
2-r o
37 1. 45
4 I 4 2 43 44 45 46 47 48 49 50 51 52 53 54 55 56 57 58 59 fi 0 6 I 62 63 64 65 66 67 68 69 70 7 I 72 73 74 75
4 0. 7 m 28 m I 5. 0 m 2. 5 m I 5. 0 m
3. 2. 2.
1. 1. I. 1. 1. I. 1. I. 1. I.
I.
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VI. IIDR~~ c
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a gram
FSA02401-R.3244.A
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attached
t
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a
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PIN 1 2 3
v
1. 5 0 1. 5 0 1. 5 0 I. 5 0 1. 5 0 1. 5 0 1. 5 0 1. 5 0 1. 5 0 1. 5 0 1. 5 0 1. 5 0 1. 5 0 1. 0 2. 0 3. 0 3. 0 6. 0 0 3. 0 0 3. 0 0. 6 5 3. 0 1. 2 1. 3 3. 0 0 0 1. 37 1. 45
PIN
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or
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I 0 11 12 13 14 15 16 17 I 8 I 9 20 21 22 23 24 25 26 27 28 2_9 30 31
41 42 43 44 45 46 47 48 49 50 51 52 53 54 55 56
0 4 0. 28 1 5. 2. 1 5. 0 0 0
7m m 0m 5m 0m
I
PIN I V
I
2
0 3. 3.
PIN I 0 11 12 13 14 I 5 16 17 18
v
3. 0. 3. 0 3. 1. 0 0 0 65 0 0 7
PIN I 9 20 2 I 22 23 24 25 26 27
v
0 5. 5. 0 3. 5. 0 5. 0 75 75 8 0 75
,.,,I,.~" 28 0 37
29 30 0 0
v
I L _____________ 1_1~ul10V
__________________
5
mm
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38 39
0. 0. 0 3. 2. 3. 0
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'll['(}Jll::;<. -i
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035/36~037/38
Power SW
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TTL
3
MAl51WK
MAl51WA
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J.
:>:E:*P~
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lights
up ..
Mode
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5. 6
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When
circuits
is
operating ..
3 33 34 35 36 37 38 39
2-r o
0 3. 0 0 0 0 0 0
5 7 ~ 3. 58 2. 2. 59 60 6 I 6 2 63 64 6 5 11. 6 6 I l, 67 I. 68 1. 69 1. 70 1. 71 1. 72 1. 73 0 74 1. 1. 75 76 1. 77 1. 78 1. 5
~fl+:=~-
VI.
r cu
t
D
a
FSA02401-R.3244.A
6.00
I
I
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I
I I
I
180EL
T
I
2.85- 3.15
R64
21----1--------~
\
33
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L ___ j
I
l57-5BI
j5.65-5.Bj
C36
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r----,
I I
I
I I
I
r- ,
I
I
I
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I I
LCD
I I I
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I
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:
I
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t
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a.Lt.ached
PIN
v
I. 5 0 I. 5 0
PIN 4 I 42 43
v
I
2
30K
Cl7
220P
LJ 2
;h-"' -7~·t
a
'.,i.E"#;~~.G
30K
c
N
0
t
t
a
-
c
h
e
d
t
0
PIN
--
v
0 0 0 0 0
-
PIN I 0
v
PIN -I 9 20 2 l
---
v
5. 7 5 5. 7 5
~---
PIN 2ti 29 30 3 I 3 2 33
v
I 2
3. 0 0. 6 5 3. 0 3. 0 I. 7
,,
Cl9
ISO
220P
3. 0 3. 0
11 I 2 I 3 I 4 I 5 I 6 I 7 I 8
17/18 -025/26 MAl51WA
5. 5. 5. 5.
7 5 7 7
22 23 2 4
3. 8 5. 5. 7 5
l. I. I. I. I. I. 9 I. I 0 I. 11 I. --- --+--I 2 I. I 3 I. I 4- - - I. I 5 2. I 6 3. i-{ 3. I 8 6. I 9 0 20 3. 2I 0 ~ 2 3. 2 3 0. 2 4 3. 25 I. 2 6 i I. 27 3. 28 0 29 3. 30 I. 3 I I. 32 33 34 3. 35 36 0 37 I 0
50 50 50 50
5 0 50
50 50
50 5 0 50
0 _O
0 0 0 0 0 65
0 37 45
0
2 5 26 27
34 35 36
7 0. 7 2 0. 7 3 5
44 4 0. 7m 4 5 28 46 l 5. Om 4 7 2. 5m I 5. Om 48 49 50 5 I 52 5 3 5 4 55 56 5 7 ' 3. t 58 2. 2. 59 60 6 I 6 2 63 6 4 I. 5 6 5 6 6 I. 5 6 7 I. 5 I. 5 6 8 6 9 1 _I_._ 5 __ 70 I. 5 ' I. 5 7 I I. 5 72 73 0 7 4 I. 5 7 5 I. 5 7 6- - I.- - - - - 5 77 I. 5 78 I. 5 79 I. 5 8 0 I. 5
t
- - 33 - -
IFsA0240
·1e~
I - R. 3 2 4 4. A
i~sPa-~
No.
Ill
Part No. 217A
B
c
ll2 ll3 ll4 210 204 206A ll7
B
212A
B
217A
B
c
us us
Remarks DTC114YK UN2214 FA1A4P DTA143EK RN2401 DTC114YK UN2214 FA1A4P 2SC4069 2SB1148 2SC2411K 2SD602 2SD780 2SC2859 DTA143ZK RN2406 DTA143XK DTC144EK RT1N441C FA1L4N RN1404 DTC143ZK RN1406 23Al037K 23Al530 25Al235 258709 25Al162 2S0122511
·
(C i r cu i t
~
1ilt f - tfB.fit ~ Jl.« ~ r y P a r t s Re f e r e n c i~sPatil% 3Cl% ~ No. Part No. Remarks 215A DTA124XK ll22 B RN2408 c FN1F4N DTC124XK 220A ll23 B RN1408 c FA1F4N ll24 DTB113ZK 221
·
Table)
38 l% g~~-'% No. Part No. D29 239 D30 231 D31 235 D32 237 D33 238 230A D34
B
~
~
----------- -
D35/36 D37/38
229A
B
c
241 255 251 244 256 249 253 243 365 248 247 250 247 362 261 261
Remarks - - - --------BR2222S MA152K -----MA3430 ---PPC201 - ----------PPC303 ----- -----MA151K ----ISS193 ------· MA151WK --DAN202K . -------------ISS184 ·- ------------------- ---
-
--------
c
D 2131\ 8 208 218A 8
--- ------------ - - - - - - - -
SCRl SCR2 SCR3
-··-------
Q9 !llO IHl
2241\ 22411 222 223 ---2361\ .. 2368 232 230A ------·
--
CR021\M-8 M21CA-ll SA04 CR3EM-8
Cl C2 C3 C4
cs
C6
----·-- -
c
0 219A
B
Dl D2 03 04 05 D6 07 08 09 DlO 011 012 013 014 017/18 019/20 021/22 023/24 025/26 027/28
ll12
209A
B
ll13
(
c
D
E ll14 Ql5 lll6 ll17 205 214A
B
f---~----...
c
205 207A
B
ll18
c
D E 216A
B
ll19 Q21
211
OTA114YK UN2114 FN1A4P 2S01225M 25C2412K 2SC3052 25C3928 250601 2SC2712 OTA123JK RN2405 25Al573
SSlJ4 SS1J2 FlJ2TPA MA151K B ISS193 -- -225 RGP-01-15 ·MA3100 234 SM1-XN08 226 227 1008 2281\ MA165 8 15Sl33 226 SM1-XN08 1008 227 S11l-XN08 226 ---228A MA165 B 15Sl33 226 233A
B
-
-
S11l-XN08 Ml\l51WI\ DAP202K l5Sl81
c
C7 C8 -------C9 ClO Cll Cl2 Cl3 Cl4 Cl5 C16 C17 Cl8 -Cl9 C20 C21 C22 C23 C24 --C25 C26 C27 C28 C29 C30 C31
~--
220 µ F lOV (SU) O.OlµF ------· ··300PF - 500V ----- --1.5 µF 16-35V ·------- ·-------·0.047 µ(i ------------------ -··-0.1 µ F M35-20 - ----- - ----·-----2200PF 400V - - - - - - - - - - -- -·1400 µ F( ± 15%) 350V ----------··-0.068 µF M35-2D --------0.033 µF M55-2D -------------0.047 µF 1135-20 -------------- .. 3.3 µF K35-1T ----0.047 µF 1135-20 .. - - - - - - - - - - 0.047 µF --·-
-------- .. -- --
220 220
µF
--µF
-·
0.047 µ(i 254 -·-· 254 -- 0.047 µI' ------- -----·8200PI' -------- . 258 2200PF 257 ·---255 256 255 263 262 261 O.OlµF
.
0.047 µF O.OIµF --------· IOPF ·------33PF ----------·- --220
µF
-·
------------~-
-
-34-
IFSA02401-R. 3244. A
~.:r-ffB&&~R~.-
le ..,.,
t::I
tliiJMi~
No. Part No. C32 255 C33 C34 261 C35 - - - - --C36 240 C37 242 C38 241 C39 255 C40 255 C41 259 C42 260 C43 256 C44 255 C45 254 C46 246 C47 245 -----· --------CRl 264 - --- --- ··-- - -------EL 265 Xe 266 CLKl 268 CLK2 267 11 269
No. Part No. 0.01 µF Rl 306 R2 309 220 µF R3 310 R4 306 470 µF lOV(SU) RS 308 220 µ F 6. 3V (KA) R6 278 220 µF lOV(SU) R7 310 0.01 µF RS 279 t----- -----0.01 µF R9 295 6800PF RlO 312 4700PF Rll 289 0.047 µF R12 287 -1---O.OlµF Rl3 290 0.047 µF Rl4 291 0.47 µF Rl5 286 lOµF lOV Rl6 293 Rl7 282 Rl8 281 - --0.047 µF/lKQ R20 OLD 288 ---EL-24A R20 288-1 ---- ·-------- -- --- ·----- D-3830PL R21 291 KF-38G (32. 768Klfz) R22 280 KBR- lOOOHTS (lMlfz) R23 299 11otor R24 300 R25 284 -16511 R26 270 285 Tl KP42 R27 283 T2 272 R28 OBEL 301 T3 271 R29 306 BL-3 R30 285 Ll 274 R31 L2 R32 L3 ELJ-FAlROM(l µ F) 273 R33 313 L4 -·R34 L5 --- ----R35 - - - - ------R36 VRl SOK 316 275 --R37 VR2 294 SK - - - 277 R39 VR3 318 6.8K.Q 364 VR4 R40 309 3K.Q R41 VR5 311 363 R44 382 R45 R46 296 R47 R48
·
(C i r cu i t r y
~
Pa r t s
llBJMi~
Referenc
Table)
le
~
UR
~
IC
""5
1::1
ll~JMi'il
Remarks
-·
-
~---
Remarks lKQ ±5% 1/lOW 4. 7KQ ±5% 1/lOW lOK .Q ±5% 1/lOW lKQ ±5% 1/lOW 2.2KQ ±5% l/lOW 2. 2Mil ± 1% l/2W lOK il ±5% l/lOW 211 Q ± 1% l/2W ----··-30. lK Q ± 1% 1/8W 22K Q ± 5% 1/lOW 390KQ ±5% l/4W 22.Q ±5% l/2W 10.Q ±5% 1/6W 100 Q ±5% 1/6W 100 Q ±5% l/4W 22Q ±5% l/6W lOK .Q lW 7.5KQ 2W -lKQ ±5% l/4W 560 il ±5% l/4W -------100 il ±5% l/6W lOK Q 2W 33il ±5% 1/IOW 47 Q ± 5% l/lOW 3.6 Q ±5% l/4W 4.3 .Q ±5% l/4W 2. 2 .Q ±5% l/2W 150 .Q ±5% 1/lOW lKil ±5% l/IOW 4.3 il ±5% l/4W
No. R49 RSO RSl R52 R53 R54 R60 R61 R62 R63 R64 R65 R66 R67 R70 R71 R72 R73 R74 R75 R76 R78 R79 Ul U2 U3 U4
Part No. 315 314 302 310 319 306 298. 305 303 298 299 321 306 307 320 317 322 312 323 297 381 325 326 202 201
Remarks 39K Q ± 1% l/lOW ---33K Q ± 1% 1/lOW 220 il ±5% l/lOW lOK 0 ±5% 1/lOW 3.3KO + 1% l/lOW lKQ ±5% l/lOW !Oil ±5% l/lOW 820 Q ±5% 1/lOW --------- - - - - - 330 Q ±5% 1/lOW !Oil ±5% l/lOW 33Q ±5% 1/lOW 4. 7110 -I 5% 1/lOW --!Kil ±5% l/lOW -1. SK Q ± 5% 1/lOW 111Q + 5% 1/lOW lOOKQ ±5% 1/lOW 1011 Q + 5% 1/lOW 22K Q ± 5% l/lOW 0 Q +5% l/lOW lKQ ± 1% 1/lOW 33K Q ±5% 1/lOW CPU F-50932 T-1796F S-81230AG S-8052ALO LB1631 LB1634
·
~
(
---
us
LCD
203A
2038 327
(
30K il ±5% l/IOW
---~
68K il ±5% 7.5Kil±1% lBOK .Q ± 5% 4. 7K.Q ±5% 15K .Q ±5% 4. 7Kil ±2%
l/lOW l/BW 1/ lOW 1/lOW 1/lOW l/lOW
---
680 .Q ±IX 1/lOW
-35-
FSA02401
Back light driving circuit
R.
3244. A
EL
SW matrix
LCD
I
" r{>r,
llluminator CPU Ul
Push SW ZOOM M SE!. Slide SW PowPr Sync Mech. SW
Zoom Bounce
Mode
1
AF illuminator actuating circuit - -
.... .... 8
!j
Bounce 2
.
c "'
u ....
;;l
.... fjl
u
u
...
iii
N
....
;;l
u
Ext. power source interface circuit
...
~
Motor)
f!i N
M
:::! ....
U
~
-
.!::
u
U
l
External poewr
source
termin~l
Zoom drive
circuit
CPU reset circuit
<11
\,__
013
___,/
Flash v.:Jlvc
< x
..----'--]_.__.__ TT"'""--iJ
Sync gain set circuit
H H
H
Flash control
circuit
'-----...--'
Main condenser
CB
...
Lt
...
Ready-light: circuit
l4
..___________,1-+----+-+--+-1------r="flire u it 2 q_a. c ash detection
Volt. detection ' · · r,r;.,Q,\I · · c1rcu1t ~ 1 Osc1llat1on Charge comp let ion t-t---+--1r---+--1-.---r"""il control Oscill. stop
Flash detection circuit 1
06
.
.
q_§il
circuit 2
1---+-+-t-+-~ ~
u
u 0
L <11
.S -~ c: ~
..
....
..c:
1-1
.... 0
I
Safety circuit
~
~
'f'=9"c-·"'"1i_a_r_g_P_ _ _,
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...
u
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0
CC
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'+<
det:ection
0
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0 ..... u
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circuit .~
c
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o ..... ..........
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u c .. tf) 0 . .-1
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8
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u
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Camera interface circui' t
{?.
~
:
H
L-·---- ··----- ··----Power SW
·.
CPU power circuit
~--------
X conu1ct !-----------<~ circuit
®s
f>J
.·
AA battery x4
Open-flash SW
o
0
0
Foot contact
0
36
I
ANALOG CONTROL IC (Tl 796F) TERMINALS
FSA02401-R.3244.A
NO.
1
NAME ALC RWC
FUNCTION
AF illuminator sig. input terminal
(Lights up at H.)
2 3
RWD
IDA ISP COMP DIN DOUT CLK RPF RSYC PCON XINT SPO OSCI OSCO GND(L) TG STP LI
Vee
4
5 11 12 13 14
6
Data communication & camera distinction sig. input/output (to CPU u1) terminal
Repeating flash timing sig. input terminal Rear sync mode setting terminal (Rear sync at H) Power control terminal (Power ON at H)
·-
7 8 9 10 15 16 17
18
Outputs same sig. as input to
ex
(pin 26)
Turns to L when ISP current flows into CSP (pin 25) Connects condenser (6800pF) to generate reference clock of IC (Oscillation frequency: 1024Hz) 2Hz oscillation output terminal (Not used) GND for large current (GND line in IC is divided into two, for large current and for small current)
-
Outputs flash start sig. Outputs flash stop sig. Flash detection sig. input terminal (Flash cannot be controlled correctly unless this terminal receives signal.) Power input terminal Outputs AF illuminator sig. Flash stop sig. (from camera) input terminal Output terminal for sync shutter speed changeover sig., charging completion sig. and warning signals AF il luminator sig. input terminal Flash start sig. input terminal Oscillation control sig. output terminal Detects charging completion voltage in main condenser Detects oscillation stop voltage in main condenser IC power on terminal IC starts functioning when this terminal turns to L. IC stops operation in approx. 76 se'c after this terminal becomes open. (Not used) Anode of light sensor for M & MR mode is connected. Anode of light sensor for A mode is connected.
19 20
21
22 23 24 25 26 27 28 29 30 31
ALB CSTP CRY CSP
c·
ex
ALE BLK RY MON PSW
.
AF illuminator light-up current control terminal
32 33
MDM MDA
-
37 -
FSA02401-R.3244.A
NO. 34
NAME
INTG
FUNCTION Condenser to integrate light electric current in M, MR and A mode l.S connected. There is a comparator inside IC. Threshold voltage 1S Vcc-1. 22V Sets gain in M, MR and A modes. 20µA) is output. Fixed current (approx.
1S
35
36 37 38 39 40 41 42 43 44
IG2 IG1 SENS
·-- -
Same as IG2; Gain becomes larger when VIG1 VIG2.
----
larger than
1S
Cathode of light sensors for M, MR and A modes Sets fixed current IIG1 and IIG2
------
connected.
cs
GND(S) VDD
SRY
GND for small current (Refer to pin 1 7.)
CPU power input terminal
Output terminal for ready-light Outputs when a signal is input into RY terminal (pin 29) Warning output terminal; turns to L while warning is given Mode switch terminal Mode switch terminal
WAR
MDt MD2
--- L
L
L
TTL
--
H
A
- - -L
H
M
-3a
I
NO 1 2 3 4
5
FSA02401-R.3244.A FUNCTION
CPU (M50932) TERMINALS FUNCTION NAME I/O S8 S7 S6 SS S4 S3 S2 S1 0
0 0 0
0 0 0 0 0 0 0 0
0
NO 41 42 43 44
NAME P17 P16 P15 P14 P13 P12 p 11 P10 P07 P06 P05 P04 P03 P02 P01 POO P4 7 P46 P45 P44 P43 P42 P41 P40 S23 S22 S21 S20 S19 S18 S17 S16
I/O
0
AF illuminator signal
Mode setting signal
0
0 0 0 0 0 0
LCD driving (segment)
45 46 47 48 49 50 51 52 53
6 7 8 9
10
Gain setting signal in A, M, MR mode
so
COM3 COM2 COM1 COMO VL1 VL2 VL3 VDD CNTR P37 P36 P35 P34 P33 P32 XCIN XCOUT INT1 CNVss RESET
XIN
0
0 0
0 0 0 0
0
Zooming motor driving signal A, M, MR gain set sig.
11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26 27 28 29 30 31 32 33 34 35 36 37 38 39 40
LCD driving (common)
(
Switch matrix reading output
I I
I
1V LCD power input Power source 3V 2V 3V Back light drive signal LCD power control (L:ON)
54 55 56 57 58 59 60 61 62 63 64 65 66 67 68 69 70 71
72
I I I I I I I I
0
Warning after shot input Charge completion input Not used
0
0
I&O
0
I I I I
0
I
Data communication & camera distinction signal I/O terminals Power ON iterrupt lMHz transmit circuit X contact ON interrupt GND Reset 1MHz transmit circuit GND
Switch matrix reading input
0 0 0
LCD driving (segment)
I I
0
0
XOUT Vss P27 P26 P25 P24 P23 P22 P21 P20
0
0 0
0 0
0 0 0
Osc il la tion control
------
73 74 75 76
77
vss
S15 S14 S13 S12
0 0 0 0
0
GND
Power control rear sync setting
Repeating flash timing Data communication & camera distinction signal I/O terminals
LCD driving (segment)
0 0
0
78 79 80
s 11
S10 S9
0 0
-
39 -
FSA02401-R.3244.A
VIII. DISASSEMBLING (Assembling can be made in the reverse order.) 1. Mounting foot Unfasten screws #177x4.
11177
2. Front cover
Rotate the flash head by 90° in the clockwise/counterclockwise direction and unfasten screws f/180x2. Restore the flash head to the front position and lock it. Hold the rear cover and take off front cover.
ti 180
Top printed board, battery case 1) Discharge the main condenser.
a
b
c
d
e
Connect a resistor 200 fi- 1k0. (SW or higher) between TP3 and the external power source terminal (blue) to discharge the main condenser. Note: As the copper leaf surface of TP3 is covered with oxide film, be careful of the poor soldering when discharging.
External power source terminal white "blue
i/176x2
orange
-
40 -
FSA02401-R.3244.A
2) Remove five connectors ("a" to "e"). 3) Unfasten screws #176x2 4) Rernvoe battery case and take out the lead wire from the hole of the top printed board.
5) Remove two FPC connectors on the rear
side of the top printed board. 4. Bottom printed board 11176
1) Remove six connectors ("a" to "f"). 2) Unfasten screws ll176x7.
11176
f
e
Set convex portion on the side of LCD to the left.
------1--111...
-
41
-
FSA02401-R.3244.A
5. Flash head Right 111 76x2
.-
Left
1) Remove two pieces of side rubber. 2) Unfasten screws #176x2 on the bottom of the flash head. 3) Unfasten screws #174x4. 4) Remove flash head lower cover. 5) When disassembling the flsh head only, be sure to discharge the main condenser.
: r-:.:·1----t-l-'-_-_
--
----~--t-~~~+,-~ I
- .,
· · I
- -'
200.r:' -
1 k ·;(SW or higher)
Printed board (D)
6) Remove E base plate unit. Screw (/176x4 Base plate E 7) Pull back the flash head and remove it together with motor gear unit. Screw f/ 176x4
fl 1 76x2
Fasten this screw as follows in order to prevent the vibration sound of the motor. a. Adhere the motor base on the body mold. (Use Priobond or rubber adhesive.) b. Fasten the screw #176 after applyin Screw Lock on the screw. Then, unfasten it by one or a half rotation.
11176x4
-
42 -
8)
8180
Ma~n
condenser cover
fl 1 7 5x4
fl 180
Screw fl 180x2 fl 175x4
Note: Soldering of trigger coil
Be careful that the end of wire or pickle of solder does not protrude. 6. Autofocus illuminator panel
1) Take off the mounting foot. 2) Take off the autofocus illuminator panel, while pushing two latched portions at its bottom.
-])
\
-41 -
FSA02401-R.3244.A How to arrange lead wires (brown, gray, black, purple) connected to reflector Turning point of purple wire
=
(B) 30mm
(A) 50mm
(A) Turn four lead wires by the length of SOmm.
(B) Attach adhesive tape of 12nun
5--lOmm
width to the lead wires and wind adhesive tape of 6mm width on the wires double or triple.
x
x
0
Pass four wires (brown, gray, black, purple) between two condensers (0.047pF) and fix them together with the condensers using adhesive tape of 6nun width.
>
Arrange five lead wires (green, yellow, black, purple, white) connected to the flash head on the double-pole connector.
(
If the reflector moves between the 24nnn and 8Smm setting positions, four lead wires should be inside the range indicated by dotted lines.
-44
I
IX. ADJUSTMENT PROCEDURE
FSA02401-R.3244.A
a) Outline There are six adjustment points; five variable resistors (VRt - VR5) and the focus assist illuminator angle. Because adjustment of the vaiable resistors VRl - VR5 is an electrical one, the order of adjustment procedure should be followed exactly. VRt: VR2: VR3: VR4: VR5: Safety circuit voltage (350±3V) Recycling completion voltage (330±2V) Flash output in M & MR mode Flash output in A mode Gammer in M, MR or A mode (regulated current)
Order of adjustment: VRl -- VR2 -VR5
(
(
-45
FSA02401-R.3244.A
b) Adjustment Procedure Variable resistors VR1 - VRS can be adjusted after removing autofocus illuminator panel. However, the test point on the printed circuit B, which is used to measure the voltage, is not so close to the hole of the body mold E, and it is difficult to make contact. Therefore, it may be easier to adjust VR1, VR2 and VR5 after removing the body mold E to make the contact surely, because adjustment of VR1, VR2 and VR5 requires measurement of voltage. Be careful of the high voltage of the main condenser when disassembling. Use a DC regulated power supply (5.7V, 2A) if not specified.
GND can be taken on the circumference of the sync connector or the right pin of the external power source terminal.
TP3
TP1 TP2
The state after autofocus illuminator panel is removed.
Base plate B2 Fig. 1
-
46
FSA02401-R.3244.A
1) VR1
(Safety circuit voltage)
Adjustment of VR1 is to decide the voltage (350V) at which the safety circuit starts operation. As shown in Fig.1, by turning the variable resistor VR1 in a clockwise direction, the voltage decreases. Boost the monitor voltage by turning VR2 fully in a counterclockwise direction, then adjust. As shown in Fig.2, connect the SB-24 with a DC regulated power supply and apply approx. 5.2V as the power source voltage. (current limit: 1A) Connect a digital voltmeter between TP3 and GND shown in Fig.1. Adjust VR3 to start firing the SB-24 when the voltage at this point reaches 350±3V.
Fig.2
Note: Be careful that the voltage in the main condenser does not exceed 355V in adjustment. The power automatically turns off unless the ready-light lights up for 60 seconds. In this case, turn off the power SW once, and then turn it on. 2) VR2 (Monitor voltage) VR2 can be adjusted to maintain the terminal voltage of the main condenser at 330V, and also to decide the voltage for ready-light lighting. Adjust VR2, so that the voltage of TP3 is 330V. (By turning VR2 clockwise, the voltage decreases.) If the main condenser voltage reaches the monitor voltage once, ascillatio~ stops. Oscillation does not start again in 32 seconds at longest. Accordingly, once the oscillation stops at the monitor voltage, it is necessary to fire the flash by pushing the openflash button. The adjustment of the voltage to light up the ready-light can also be completed by the above adjustment. Set the voltage of the DC regulated power supply at 3.8 - 4.0V and make sure that the readylight lights up at the voltage of 260 - 268V. Guide number inunediately after the ready-light lights up is: GN 3) VR5 (Gamrner) VR5 is adjusted, so that the level of light output in A, M or MR mode can be set correctly. Connect a voltmeter between TP4 and TP5. Then, adjust VR3, so that the voltmeter reads 18.4mV. (By turning VRS clockwise, the voltage decreases.)
(
\
(
= 25+ 5 (ISO 100, rn, 35mrn) at manual full power -2
-
47-
I
4) VR3 (Flash outpu,t in M & MR mode)
FSA02401-R.3244.A
Place the SB-24 two meters away from a flashrneter, and fire it by pushing the open-flash button or by closing the X contact. With the flash mode selector set to M, the light amount 1/16 and the zoom setting 35rnm, adjust VR3, so that the value on the flashmeter should be as follows: (By turning the VR3 clockwise, the light amount increases) F4 - F4.25 GN8 - GN8.5 All the light amount in M mode (1/16 - 1/1) and in MR mode (1/16, 1/8) can be adjusted by the above adjustment at Ml/16 setting. Inspect the flash output at each setting (at least with zoom 28mm & 35mrn setting) in accordance with the specifications.
(F4~g·
17
EV)
5) VR4 (Flash output in A mode) Place the SB-24 two meters away from a standard reflector paper, and fire it by pushing the open-flash button or by closing the X contact. Set the flash mode selector to A, ISO film speed to 100, zoom to 35mm and aperture to FS.6. Measure the flash output using a flashmeter and adjust VR4, so that the following value is shown. (By turning VR4 clockwise, the light amount increases.) F5. 6;t0. 1
(FS.6~0.0SEV)
Inspect the flash output level at each setting as shown below:
ISO
100 2 F2+0.SEV
100 2.8 F2.8+0.SEV
100
4
100 5.6 F5 .6+0.5EV
100 8 F8+0.5EV
100 11 F11+0.5EV
80 5.6 F5 6 +0.8EV " -0.2EV
80 5.6
(
F No. in set F.No. measured
F4+0.5EV
F5.6:-g:~
6) Adjustment of angle of FL module unit The pattern of the autofocus assist illuminator should be inside the focus brackets of the camera. If the shoe cover is replaced, the position of the AF illuminator projection may possibly be shifted. Be careful not catch lead wires when screwing the shoe cover, because the FL module unit may be inclined if the wires are caught by the shoe cover. Note:· 1. FL module is fixed on the body mold Eby two springs (//161) and three screws (#177). The position of the AF illuminator projection can be adjusted by fastening or unfastening these three screws. 2. If the FL module has a problem, replace the whole FL module unit with new one. Focusing of the FL module is already adjusted and only three screws (#177) should be adjusted.
-4a
FSA02401-R.3244.A
Adjustment should be made with the autofocus il,luminator panel detached. Attach the SB-24 to the F-501/N2020 on which an AF Nikkor 70-210mm F4 lens has been mounted. Set the focus mode selector to S (Single AF servo) mode and the lens to the 135nnn setting, and mount the SB-24 firmly on the camera accessory shoe. Place the camera (film plane) 1.6 meters away from the wall. Depress the shutter release button halfway to light up the AF illuminator light. As shown in the figure below, adjust three screws, so that the dark stripe of the AF illuminator light is a