Page 1
E!
Technics
Service
Manual
FM/AM
4
CHANNEL/2
MODEL
TEC
H
AUDIO
N
SECTION
Music
power:
1
kHz
continuous
4ch.
operation
2CH
Balanced
Each
Both
He--20
kHz
ch.
operation
Balanced
harmonic
bandwidth:
response
Wi
ual
hum & noise:
sensitivity
(IHF,
A):
control
control
OUT
:
factor:
ch.
20
Total
intermodulation
Power
Frequency
Residual
Input
S/N
Tone
Loudness
REC
Damping
SA-60
ICAL
4ch.
Balanced
(RMS)
Each
All
transformerless
ch.
driven
driven
continuous
All
transformeriess
distortion
Distortion
All
:
on
&
Impedance:
:
(Volume
SP
operation
power
ch.
ch.
(RMS)
ch.
:
(60
ch.
driven
«
at
ECI
driven
driven
operation
—30dB):
CHANNEL
FICAT
transtormeriess
:
driven
operation
power
:
Both
Hz:
7kHz:4:1,
at
80
PHONO
AUX
PHONO
AUX
PLAYBACK
MIC
PHONO
AUX
BASS
TREBLE
IONS
operation
ch.
driven
SMPTE)
RECEIVER
OOX
(
lH
F)
27-W/27W/27.W/27W
18W/18
W/18
16W
+16W
+16W
14W
+14W
+14W-+14W
50Ww/50Ww
35wW+35W
10W
+10W
+10W
30W
7Hz~30
RIAA
standard
8Hz~50kHz,
50Hz,
10kHz,
+104B,
Specifications
140
W
(42)
140w
(8)
(40)
W/18W
(82)
+16W
(4.9)
(80)
(82)
(89)
+10W
(80)
+30W
(80)
0.5%
0.7%
kHz,
-3dB
curve
+1dB
+0,
-3dB
1,5mV
1.5
mV/50k2a
150mV/60k0
150mV/60k
2mV/50k9
7048
90d8
+13dB
~130B
-100B
50Hz,
+1008
150
mV
30
(82)
are
subject
Load
FM
Frequency
FM
Alternate
Harmonic
S/N:
Frequency
Image
IF
Spurious
Capture
AM
Stereo
Leak
get
Hele
Sensitivity
Selectivity
Image
IF
GENERAL
Power
o
oever
Dimensions
Weight:
TUNER
sateation
to
change
impedance:
SECTION
range:
sensitivity
channel
distortion
response:
rejecti:
iat
response
ratio:
suppression
separation
carrier
(19
prions
:
4
:
rejection
rejection
(at
pelea
hl
SUDPNY
(WxHxD):
without
(IHF)
:
selectivity
Ay
orale
rejection
:
(at
kHz,
°
(at
1000
1000
ion:
gaca
:
notice
:
1
kHz):
38kHz):
kHz)
kHz)
:
for
4CH
Balanced
:
MONO
STEREO
:
(at
98
:
HI-Fi
COMPONENTS
Technics
further
improvement
Transformeriess
MHz)
:
AC
SO/60Hz,
430
146
x385mm
4~160
8~16nN
88~108
MHz
1.9
nV
65dB
0.3:%
0.4%
65dB
20Hz~13kHz,
520~1610
+1dB
008
60dB
1.84B
50
dB
40dB
50dB
kHz
20
uv
25dB
404B
40dB
300W
110/120/220/240V
(16
%”
x5
%”
x1554")
11.
Tkg
(24.5
Ib.)
TECH
VERSTARKERTEIL
UKW
ORDER
N
ISCHE
Musikleistumg:
Nennleistung
4-kanal
Transformatorlos
Nennieistung
4-Kanal
Transformatorlos
Harmonische
Nennileistung,
Intermodulations
Leistungsbandbreite
Frequenzgang:
Eingangs-Empfindlichkeit
Tonband-Cinchbuches
Fremdspannungsabstand
bei
bei
Klangregler
Loudness-Regier
Damptungsfaktor
Ausgange
Empfangsbereich
1kHz:
Betrieb
20Hz~
Betrieb
Verzerrung
Nennteistung
50mW
Ausgangsleistung
:
:
Lautsprecher:
TUNE
RTEIL
NO.
AD-051
DATEN
4-Kanal
Betrieb
Transformatorlos
Alle
Kanale
Ausgeglichen
20
kHz:
Alle
Kanale
Ausgeglichen
:
bei
1000
Hz
42
verzerrung
(Alle
Kanate
und-Impedanz:
:
:
Tiefen-Bereich
Héhen-Bereich
:
:
4-Kanal
Transtormatorlos
Ausgeglichen
in
Betrieb
Betrieb
in
Betrieb
Setrieb
:
Nennleistung,
in
Betrieb
é
Betrieb
(DIN
Beide
Kanale
Beide
Kandle
bei
42):
©
PHONO
AUX
MIC
PLAYBACK
REC
PHONO
AUX
PHONO
AUX
Ausgeglichen
45
500)
Betrieb
4x16W
(40)
in
Betrieb 2 x35'\W(82)
4x12W
(40)
in
Betrieb 2 x30W(82)
250Hz
:
8000
7Hz~~40kHz,
10Hz~50kHz.
OUT
+13dB.
+10dB,
15
bei
Betrieb
Spezifikationen
4x35W
2
x70W
4x14W(82)
4x10W(8Q)
Hz=4:1
1.5
mV/50k2
150
mV/60k
2mV/50ka
150
mV/60kN
—13dB
bei
—10dB
bei
50Hz
4Q
30
88--108MHz
(40)
(82)
0.5%
0.7%
~3dB
—-3dB
150mV
600B
78dB
6008
60qB
50Hz
10kHz
+10dB
bei
4~169
8~160
82
;
kénnen
infolge
von
Antennenanschlué:
Empfindlichkeit
Klirrfaktor
Fremdspannungsabstand
Selektivitat
Spiegelselektion
ZF-Festigkeit
Verzerrungstestigkert
Gleich
AM-Unterdrickung
Stereo-Ubersprechdampfung
Pilotton-Unterdrtickung
Begrenzung,
Bandbreit
TUNERTEIL
MW
ERCSRRNIGAT
Selektivitat
Spiegelselektion
ZF-Festigkeit
ALLGEMEINS
Leistungsaufnahme
Netzspannung
Abmessungen
Gewicht
(bei
(bei
-40
bei
400
(bei
(bei
welien-Selektion
Einsatzpunkt:
:
ich
-
:
:
.
:
.
umschaltbar
(Bx
:
.
MATSUSHITA
MATSUSHITA
Verbesserungen
+40
kHz
kHz
Hub):
:
kHz:
98
MHz)
MHz)
(bei
98
:
:
:
Demodulator
:
:
:
:
MHz)
:
:
98
ZF-Verstarker
UKW-
HxT)
ELECTRIC
P.
Hub):
O.
MONO
MONO
:
Box
ohne
BV.
18
1.5,
#V.
1.0#V,
Ankundigung
30dB
Fremdspannungabstand
20dB
Fremdspannungabstand
20dB
Fremdspannungabstand
0.3%
52dB
STEREO
STEREO
48dB
bei
AC50/60HZ.
ELECT’RIC
TRADING
288,
Central
geandert
3002
(symmetrisch)
752
(unsymmetrisch)
0.7%
50cB
40cHB
19kHz58dE3
cde
111/120
4%
x
1.286
co...
Osakzd.
werden.
3000
3002
750
65dB
58dB
60d8
60dB
18dB
50dB
bei
1kHz
bei
38kHz
1.2
350
700
ma
Ay,
zode
4008
40dB
300.W
/220/240V
x
385mm
111k
LTD.
Japan
2
4V
kHz
kHz
C
Page 2
&
LOCATION
OF
CONTROLS
iM
24.
25.
26.
27.
28.
29.
30.
31.
32.
33.
34.
35.
36.
37,
38.
39.
40.
2B
4
PHONO
AUX 1 INPUT
AUX 2 INPUT
4CH
4CH
BALANCED
RIGHT
LEFT
EXT
EXT
GROUND
4CH
4CH
SPEAKER
AC
AC
INPUT
TAPE
TAPE
CHANNEL
CHANNEL
FM
ANTENNA
AM
ANTENNA
MPX
REMOTE
POWER
POWER
VOLTAGE
5
6
7
TERMINALS
TERMINALS
TERMINALS
MONITOR
MONITOR
TRANSFORMER
TERMINAL
OUTPUT
TERMINALS
OUTLET
OUTLET
TERMINALS
TERMINALS
CIRCUIT
CIRCUIT
TERMINALS
TERMINAL
TERMINAL
BALANCER
.....
.....
SELECTOR
..... 2 Channel
..... 4 Channel
..... 4 Channel
LESS
PROTECTION
PROTECTION
CONNECTION
Switched
Unswitched
SWITCH
($9)
.....
TAPE
.....
TAPE
SWITCH
FUSES
1
2
(S5)
FUSES
SOCKET
POWER
SIGNAL
CHANNEL
FM
STEREO
LEFT
MAIN
RIGHT
4CH
4CH
TUNING
HEADPHONES
HEADPHONES
BASS
TREBLE
MUTING
LOUDNESS
LEFT
RIGHT
AFD
AFD
COONAN
EWN
-OOCDNAARWN
>
.
MODE
NNN
Sas
oe
ee
No
SELECTOR
23.
MICROPHONE
SOURCE
STRENGTH
FRONT
VOLUME
FRONT
TAPE
TAPE
CONTROL
CONTROL
CONTROL
SWITCH
REAR
REAR
(DEPTH)
(WIDTH)
SWITCH
SWITCH
INDICATOR
INDICATOR
LEVEL
CONTROL
LEVEL
MONITOR
MONITOR
JACK
JACK
(VR602)
(S6)
SWITCH
LEVEL
LEVEL
CONTROL
CONTROL
(S2})
SWITCH
JACK
METER
CONTROL
CONTROL
SWITCH
SWITCH
Front
Rear
(VR603)
(S9)
CONTROL
CONTROL
(S1)
(S8)
(VR601}
(VR2)
(VR1)
(VR3)
{VR4)
TAPE 1 (S3)
TAPE 2 (S4)
Channel
Channel
(VR6)
(VR6)
@
ALIGNMENT
¢
Alignment
FM
1O8MHz
FM
SOMHz
AM
550kHz
cm
ANT
cr2
ANT
1201
ANT
Points
INSTRUCTIONS
TR729
©
var}
ica
vR701
|}
Bests
Unbalance
DC
AM
ANT
©
®
ull
Va
TP1
AM
1500kHz
e|
|
FM
90MHz
1500kHz
cT4
wl
TR725
[©
—-)
=
6)
Bie
OSC
cs
bd
L6
OSC
[®
‘—
DC
Untalance
Ic
1d)
Sgoag
Dg,
Rin
TEST
POINT
VR707
VR703
Unbalance
OC
cT2
FM
DET
406MHz
4
FM
DET
SOM
cT3
FM
1O6MHz
OSC
[202
AM
OSC
S5OkHz
ihe
©)
tro
|
oT
@
Muting
AM
455kHz
®
[va70s]
Ica
va70a}—~(©)
Unbalance
DC
InT(P)
Muring
@
i)
FM
10.7MHz
hoa
[vao1
Meter
Adj.
1eT(S)
R11
a
ay,
TP201
2.7K
10.7MHz
[
t103 | T104 | Trot | [
T201
1st
IFT
ome
TP10
@
FM
10.7MHz
Y)
[
t202
AM
2nd
455kHz
DC
DiSCRI{P}
212)
IFT
TR726
@|
Unbalance
VR702
Unbalance
OC
FM
DISCRI{S)
10.7MHz
r102 | [vR3o1
15
TPI03
@
Ciao
VR102
Muting
Adj
[T301
Level = Pick-up.
TR730
=)
©)
bd
Separation
Adi
@
wy
19kHz
a
128
fil
|TP104
a
|
Pick-up
bre1o2
7302
kHz
SA-G000X
Page 3
Notes:
1.
Volume
2.
Balanced
3.
Other
4.
Maintain
CIRCUIT
DC
Unbalance
Notes:
1.
Volume
2.
Bass
and
3.
Band
4.
Loudness
SIGNAL
SWEEP
CONNECTION
High
side
0.0014F
terminal,
to
chassis.
ALIGNMENT
control
transformer
controis
line
voltage
Connect
and
Connect
and
Connect
and
é
Connect
and
control
treble
control
selector
switch
switch
GENERATOR
GENERATOR
through
to
antenna
Common
(20
INSTRUCTIONS
jess
switch..
at
rated
voltage.
OC
VIVM
TP707_(L-Front)
DC
VTVM
TP7o97_
(L-Rear)
DC
VIVM.to
TP705
(L-Front)
DC
VIVM
TP708
(L-Rear)
or
FREQUENCY
455
kHz
kHz
Sweep)
Minimum
.
4CH
Optional
VTVM
to
TP702
terminal.
to
TP704
terminai.
TP702
terminal.
to
TP704
terminal.
Maximum
Minimum
Variable
RECEIVER
[DISTANCE
Point
ference
position
CONNECTION
and
TP710
and
TP710
and
TP706
and
TP709
(AM-RF)
(AM-IF,
(FM-RF)
DIAL
SETTING
]
of
non-inter-
READ
The
5;
6.
Before
Point
MAIN
(R-Front)
(R
-Rear).
(R-Front),
(R-Rear) , TP703
FM-IF)
CAREFULLY
adjustment
adjusting,
Location.
AMP
.
TP701
TP703
TP701
AM
ALIGNMENT
Connect
TP201.
shouid
Icq
adjusting
ALIGNMENT
.
.
.
.
.
INDICATOR
(VTVM
or
vert.
amp.
BEFORE
be
started
1~2
volumes
ADJUSTMENT
VR702
(R-Front)
VR
701
(L-Front)
VR
704
(R-Rear)
VR703
(L-Rear)
VR
706
(R-Front)
_YR705
(L:Front)
VR
708
(R-Rear)
VR707
(L-Rear)
Muting
switch
Balanced
transformer
Tape-monitor
Mode
switch
Maintain
line
Output
of
an
signal
output
obtain
SCOPE}
of
scope
to
minutes
(VR805,
POINTS
_
switch
voltage
generator
reading.
at
ATTEMPTING
after
setting
VR807
Make
Make
on
voltage.
be
(Ist
IFT)
(2nd
IFT)
the
DC
no
VR806,
less
sw
rated
should
ADJUSTMENT
T201
T202
ALIGNMENT
power
switch
and
VR808)
sure
that
adjustments
VIVM
becomes
Source
Stereo
higher
than
POINTS
as
REMARKS
DC
VTVM
so
necessary
Adjust
output.
to
the
shown
that
4mvV.
ON
position.
in
Alignment
becomes
the
indication
to
REMARKS
for
maximum
OmV.
Fashion
several
and
radiate
into
loop
Fashion
several
and
radiate
into
loop
High
side
0.001MF
Common
High
side
0.0014F
Common
Connect
antenna
through
antenna.
(Refer
to
Connect
antenna
through
antenna.
(Refer
to
*
Use
six
Note:
Connect
antenna
through
antenna.
loop
turns
signal
of
receiver
loop
turns
signal
of
receiver.
through
to
TP.
to
chassis,
through
to
TP.
to
chassis.
to
FM
terminal
FM
dumm
fig
3)
to
FM
terminal
FM
dumm
fig.
cornered
Muting
to
FM
terminal
FM
dumm
of
of
3)
of
of
wire
wire
(400kHz
(400kHz
alignment
switch
550
(30%
with
1500
(30%
with
10.7MHz
10.7
90
(100%
with
106
(100%
with
(100%
with
Output
kHz
Mod.
400Hz)
kHz
Mod.
400
Sweep)
MHz
Sweep)
MHz
Mod.
400
MHz
Mod.
400
tool
Mod
400
28dB
Hz)
Hz)
Hz)
for
Hz)
(157.2mm
‘Point
ference.
Point
ference.
Point
ference.
{20.7mm
{147.2mm
aligning
550
kHz
(5.5mm
(3¢6”)}
1500
kHz
(63¢”))
of
non-inter-
of
non-inter-
of
non-inter-
90
MHz
106
MHz
(53%”))
FM
OSC
____MUTING
(7%"}}
coil
(L6)
Connect
of
set.
Connect
of
set.
FM-IF
Connect
and
TP104.
Connect
detector
Refer
Connect
TP103.
FM-RF
Output
terminals.
Output
terminals.
LEVEL
Output
speaker
meter
to
meter
to
ALIGNMENT
DC
VTVM
vert.
amp.
to
TP101.
to
figure
1.
vert.
amp.
ALIGNMENT
meter
across
meter
across
ALIGNMENT
meter
or
speaker
terminals.
speakers
speakers
between
of
scope
of
scope
speaker
speaker
terminal
terminal
TP102
through
to
across
L202
(OSC
L201
(ANT
CT5
(OSC
CT4
(ANT
T1o2
(FM
T103
(Muting
7104
(Muting
L6é
(FM
OSC
L4
(FM
DET
L2
(FM
ANT
CT3
(FM
OSC
CT2
(FM
DET
CT.
(FM
ANT
VR102
(Muting
Coil)
Coil)
Trimmer)
Trimmer)
DISCRI
IFT)(S)
IFT)
(P)
IFT)
(S)
Coil)
*
Coil)
Coil)
Trimmer)
Trimmer)
Trimmer)
Level)
Adjust
output.
moving
ferrite
core.
Adjust
output.
and
(5).
Make
sure
Confirm
Adjust
for
sharp
and
Adjust
to
as
step
Refer
to
Adjust
output.
Adjust
output.
Repeat
(10).
Adjust
can
be
for
maximum
Adjust
coil
bobbin
for
maximum
Repeat
that
center
maximum
proper
center
7.
figure
for
maximum
for
maximum
.
steps
(9)
so
that
obtained.
L201
by
along
steps
(4)
VIVM
frequency.
linearity.
frequency
2.
and
output
SA-6000X
[3]
Page 4
12
CONNECTION
Note:
Connect
antenna
through
antenna.
SIGNAL
Muting
to
FM
terminal
FM
dummy
RATOR
pals
switch
..........0..0..
FREQUENCY
98
MHz
(100%
Mod.
with
400
Hz)
Output
72dB
RECEIVER
SETTING
FM-MONO
oe
INDICATOR
(DISTORTION.
and
DISTORTION
Connect
distortion
speaker
terminals.
SIGNAL
ALIGNMENT
meter
METER
METER)
to
ADJUSTMENT
TAL
(FM.
POINTS
DISCREET)
(P)
REMARKS
Adjust
for
distortion.
minimum
Connect
antenna
13
HOUER
antenna.
Notes
Stereo-Modulator
Signal
1.
.
.
»
.
FM
14
dummy
15
eM
161
sent
to
terminal
EM
:
generator
Band
selector
Bass
and
Balanced
Mode
SWitCH
Maintain
SIGNAL
CONNECTION
antenna
.
antenna.
antenna
antenna:
FM
dunn)
0.0...
treble
control
transformer
oe
line
voltage
GENERATOR
terminal
through
terminal
through
MHz
98
Mod.
(30%
A
G0
ae
72dB
Output
ccceeeeeeeeseeteeeeeee
less
switch.....
seteeceeteeneeeeenee
at
rated
.
Connect
...
..
Center
4CH
voltage.
STEREO
MODE
: :
Pilot
L
(or
L
Pilot
signal
Frequency
FM-Auto
MODULATOR
and
MOD.
signal
4
R)
30%
(and
R)
SIGNAL
stereo-modulator
modulation
approximately
19kHz
RATE
to
ON.
Mod.
SEPARATION
30%
Mod.
output
10%.
98MHz.
COIL
Connect
Common
Connect
terminals.
Output
terminals
tite
(Refer
METER
;
Signal
to
EXT.
Output
and
INDICATOR
(VTVM
scope
to
scope
meter
through
to
fig.
ALIGNMENT
meter
of
set.
MOD.
termina!
level
72dB.
6.
Muting
7.
Loudness
8.
Tape
9.
Dummy
PHASE
or
SCOPE)
to
TP
301,
.
chassis.
to
speaker
ALIGNMENT
across
speaker
low
ee
4)
of
signal
Modulation
switch
-switch..
monitor
switch..
load
ALIGNMENT
pass
aa
VR101
(Indicated
generator.
mode
to
FM.
ADJUSTMENT
T301
(19kHz
T302
(38kHz
(Phase
Alignment)
VR301
(Separation)
Internal
sac
OFF
.OFF
.
Source
Source
POINTS
F
Coil)
Coil)
:
.
Position)
OSC
1kHz.
Adjust
(or
Adjust
(and
ht
point
indication.
Adjust
left)
left)
just
of
for
maximum
for
minimum
output.
for
minimum
output.
about
for
signal
,
cl
meter
a
4.
output.
right
right
FM-RF
@
Sinine
AnschluB&
Antennenanschlu®
uber
die
FM
Antenne.
(Vgl.
Abb.
DETECTOR
Fig.
1.
ALIGNMENT
an
den
FM
kinstliche,
1)
-
INSTRUCTIONS
oAEAUENZ
87.5MHz
(100%
Mod.
bei
400Hz)
90
MHz
106
MHz
( 4 )
CENTER
\
\.
-—MuTING
FREQUENCY
IF
iF
FREQUENCY
.
<7
ie
F
Fig.2
hesteeteehas
SKALENZEIGER-
SRC
EGCEe
(ABSTAND]
87.5MHz
{Omm
}
90
MHz
106
MHz
(147.2mm)
POINT
t
(SG
FREQUENCY
CURVE
CURVE
DEM
Only
ABGLEICH
..................
VOR
ANGEIGE
(ROHRENVOLTMETER
FM
HF-ABGLEICH
Output
meter
schwingspule
Fee
|
SG
To
imp.
Uber
anschlieBen.
75n.
7302){
LH.
3002
FM
for
set
SORGFALTIG
ODER
OSZILLOGRAPH)
Lautsprecher-
a
pe
ae
11252
1500
—
Dummy
Antenna
Fig.
3
Germany
MO
|
1To
Receiver
4
DURCHLESEN
ABGLEICH
L 6 (Osziliatorspule)
L4
(Zwischenkreis)
L2
(Antennenspule)
CT3
(OSZ.
CT2
(DET.
CT1
(ANT.
a
Receiver
To
1k
Trimmer)
Trimmer)
Trimmer)
Sees
LOW
PASS
FILTER
{fc
xI$kHz~t9kHz)
Fig.4
BEMERKUNGEN
Auf
abgleichen
max.
To
Ausgang
”
Output
Meter
SA-6000X | 4|
Page 5
Schemati
C
Di
Mw
fagtd
001
meme]
x|
agram
1s
aah
time with
any
£
ple
Js
204
Je
&
127}
Www
;
25V]0.!
=
JE
[Je
35
(108
at
Ss
{R
:
{118}-
Bie
—(119
ogg
:
/}
——— — —
modified
be
73]
TR
105,
peraoan
diagram
Bra!
[cl o |
(et29]
106
ccccvccccccs
Model
SA-6000X
TRiot
Futeawe
25C829
Dior
pee
ae
[p
“Z|
clo
ef-s2]
(This
[Bl-75]
0
[Efs.2]
schematic
ef
cf-o3|
Elza]
oe
all
eta
oni
de
aa
(2)
ae
02
ko,
S
Bo}
2
83s
s)
UNOS
$+
Rios
10K
tra
ae
2.
Od
sls
eget
5
OS
ps
©0.022
Cyt
7
tye
NS
a
TR2o2
AM
2SC829
|
i
Lad!
1
oo
LOCAL
osc
3A _ 01 _ orgy
ft
|
1
|
--f-
R2033.3K
Lae
pe
Se
VW
a
203
AM
IF
AMP
eSc629
!
|
8
g
o
&T
D208
tp
AMET
OA?9
cares
SKIT
Ss
ag 1 D205=1LS
Epi
&
ORY
sreta|
prts|
SB]
AOL
4
RY S R27
206.207
~~
87s
S
.
a
y
8
pz)
AP
Bl
oe
OT
SL
oO
8.2K
Voor
AOC
EYV320DIR2I3
L3le”
D206
ig * Rme470
STS
ee
Sash
Tele
Ae
>
----
al-6.2]
clo | |cl-o2|
El-68}
A
.
_lol 3 {8
SE
2
Le
4
KS)
Blo
£209
|
P0.022
R207
5.4K
.
=
x.
STSSRS
one
odel
SS8|
may
A
eM
ars
S[s
"6
C.
Si
+,
NY)
131
[al-s2
[el-e8
oa
Rize
82
Cig
KA7PU,
3
3
£25
fe
TR
PSA606
Eiz0\C21a
Rei
e}|
IsJal]
Sl
[Stag
La
le&
|e
}}—-{i32
the
2
is
:
D
r
c
(¢ | X0009-VS
Co
GND
9
L
PHONO
R
See
f
j
MIC
sooo
|
|
AUX
:
AUK2
id
R
Lal
RR
Ley
RF
Lr
|
|
|
Fi
F
1
|
ACHMPKOUT|
Rp,
ifgi
Le
REC]
RF
LR
Re!
Le
Rel
LR
|
PLAY
Rp
Le
FY
REC
2
L
R
Rr
|
LF
|
Re!
PLAY
2
Ll
Rel
|
—)-
aah
3
f
4
s02
Geo
|
;
I
3}
a
a,
a|
|
|
I
|
p------
s!
=
ry
2
al
|
(402
SSeS
@
--—
iz
it
(\-RF)
(\-LR)
AR
H
e
Ri
e
RI
e
E
|
18
ls
<q
15
pet
|
»
7
LR)
s
|
3-u
Bs.
|
fl
|
bu
a
Hs
G-
|
=
a
Sou
=
lee
|
1
Ie
|
|
I
np
|
I
|
F
=
tk
s
py
Ca
6-2
6-3
6-4)
(6-5)
|
&-6)
an
(7-2
7-3
(o-2)
|
yg
18
1S
ix
iaHhe?
i?
opal.
|
Gi
cones
7
—
A)
|
(e-2
6-3)
(e—4)
e-5
|
6
e-)
3S
9-3)
|
0-4
so
O76
ont
|
1
}
L
SS
11
i=
2
u-3)
We
fii-s°
|
(u-6
(2-1
(2-2
(12-3)
(e-3
3-1
q@
io
!
(2
is-2
Gaon
|
(5-5)
i5-
(e-1
(6-2
|
(6-:
(6-4)
XS
6-6
|
ts)
ae
7-3
Dy
|
i
Gee
=
St-2
peel
’
°rA
oO
s
Oo
oO
0
1
|
|
|
2
Ree
canes
I
1
f
boop
ee
.
ge
/
/
/
6
°
5
%
R
SS
Se
ne
//
TRaoi
/
7
/
Coos? = R97
s
&
[evs
[23Sh
Sse
Sf
3]
ES
a7
CHY3¥
El © ew
SN
8
Caos
133%
ae
5
=|
5|
>
98;
s
g
Els]
2 i em
S1-7
hs
2
/o
Y) o ‘
Me
Ww
as
,
(ie
ete
(x
SS
334
>
ey
OO
k
a3
S3-al
xz
2
Yr
gio
=
se
ee
OS
a
BAT22
$<.
eS
Wat
xecoe
=a
FSS
7a
00K
0.0082
cee
ore
Re
Reel
SP
Sass
CVSS
penx
a
TRa02
250722
oY
@
peered
[Rae
a
3-2
ce
Js
i2
Ju
7a
r
ge
is
2
a
eee
ae
~~
TRao3
axs
Rag
2yghe
pag
C364
=
t_
Set
Fae
BS
ee
$s
eto
ik
Easy
ax
33
Reel2y
Car@a00277
St-8
2
/
oO
AO)
12
)
>
2
SUPA2I40
Aten
Supaag20
‘A2020
§]
fio
b?
ft
Ss
me
2501328
2
=
3
2
i)
cai
36v047|
=
psa.
ee
Bi
04
Se}
Tse
TR
3s
ang
eaciae8
Sv047
Oss
470,
2
©4400.00825
¥
5
oS
o.
X
%
5
8
a
|
|
|
1
!
is
Go
(7-6)}(4-2)
‘ie-1){i4—'
(is-2)(4-6)
|
|
\
!
!
i
H
{
|
1
!
|
io
|
1
|
4
K
&
=
ABT
1
|
|
rr
i
!
{|
|
|
oly
1
H
\
|
1
|
!
|
|
4
4
=
&
a
°
2
4S
<
|S
|
|
|
z
|
I
f—
ee}
—
.
p|St-1
|
|
i
|
lswxgtel
ere
|
|
T|
I]
|
|
|
|
|
|
7
|
|
|
|
|
os
ie
|
!
us
|
|
3
(601)
3
2o8
7
|S7-2
jo
to,
O00
a
S13
30>
4
Sta
o
6
4
ade
—o=<
5
>
ta
f
§
"
602
7
F
:
nie
|
y
&
«&
g
:
sett
—
—
—
—
Fro
thho-Ho-2-
—
—
Si.
C5
7
\e
a@
Ash’
arm
Lippi
St-5
1
(2
20
ara
pg
eee
“J
8
=
WS
8
1
H
©
L
Notes:
1.
2.
3.
4.
5.
6.
7.
8.
9.
10.
11.
VR1:
VR2-1,
VR3
VR101:
VR102:
VR301:
VR601-1 ~ VR601-4:
VR602-1 ~ VR602-4:
VR603-1 ~ VR603-4:
VR701~
VR705 ~ VR708:
Tt
a
Oke
a
x
er
eee
bane
C502
ee
25V0.68
J"
Rees
1K
as
3
ssy
&
ee
‘
C503
Rests
25V0.68
1K
=
S
é
=e
$1-1~
$1-10:
S2-1
~
$2-6:
$3-1 ~ $3-4:
S4-1
~
$4-4:
$5-1,
$5-2:
S6:
Muting
$7-1~
§7-4:
$8-1,
S8-2:
RELAY:
S9-1
~
S9-4:
DC
voltage
(_]
< > sacds
AFD
VR2-2:
~VR6:
FM
FM
Separation
VR704:
-
Si.
atk
1
\e
tO
Agssof?
Pes
St-6
es
1
oye
xe
/
ba)
TR
2SA722
3
TRso2
29A722
S
8
S|
he
8
s
:
Speakers
measurements
.....
Control
Ciannel
Meter
Muting
a
\S5
5%
0
®
Sor
i=} mot
&S%
Bg
ha
pees
He)
og
ave
33h
ol
bss
Ssis
eS
(4K
c
Iz
oO
|]
=x
OS
os
va4
aK
033
ars
SE
eS
Pagal
2%
Selector
AM+¢—FM
Mode
switch
MONO«-+STEREO+—-
Tape
monitor
Tape
monitor
Balanced
switch
Power
AFD
Danae
in
Loudness
source
protection
Voltage
110V
++120V
FM/AM
FM
stereo
.....
Control
Level
Adjustment
Level
Adjustment
Main
Bass
Treble
DC
Unbalance
ICO
transformer
“OFF”
selector
No
WIDTH
Adjustment
=
aa
—
O
fo
(J
ne
We
S2-3
-
°
i
5
25,
O°
t
t
wo
Le
[tsv0.47
=
cae
vga
S|
ls
»
i
jsf
[S
od
Oe
-
ae
ay
‘
&&
~X
Bu
S
S
509
seu
2
Sas
=
switch
in
AUTO*«+PHONO
in
“MONO”
(TAPE
(TAPE
position.
switch
in
switch
relay
switch
++220V
are
taken
signal
condition.
signal
reception
.....
DEPTH
Control
Adjustment
Volume
Control
Control
Adjustment
—
——
Pe
ons
oS
io
8
2
3
OV\e
(sre
a
ie}
4
oy
TR
503
7
@SA722
=]
&$h
Ps
Pr
|X
&3
ee
5
|
2SA722
al<S
&
$8
Fez
=
25V047
Asset
“AM”
PHASE
1)
2)
less
on
“OFF”
in
“OFF”
in
in
with
Control
HHIMaH9-:
SIRT
$
fo)
7
&
|
5
fo)
4
=
6
°
Ma
cae
vs
Revel"
et
Erg
SIO.
42
=
“WI
cos
TR504
C513@0.04.TK
E204
Csu
ctr
Ss
ome
position,
position.
switch
switch
switch
position.
position.
“OFF”
“110V”
«+240V
DC
or
FM
19—1}{19-2k22-1
IRI
Ks
fo
2
pre
a.
of"
rom
5.
Se
nt
-
pee
2
‘(fo
Ve
OA
206
oy
108
S2-4
2
3
(CJ
°
°
m
30%’
io?
S2-63
4
1
75°
2
ry
me
ye
10
S
LS
—
|
3S
S
|
=<
13
38
as
$5
388
385
2
FKS|
|
Rsao
15K
§
8
&
pare
+>
AUX
90°«—*+PHASE
in
“SOURCE”
in
“SOURCE”
in
“4CH”
position.
position.
VTVM
from
muting
6
%
5
6
S
°
Ga)
1¢+AUX2¢>MIC
0°
«+DISCRETE
position.
position.
position.
chassis
ground.
to
“ON”
position.
=
LR
(rR)
E
1
LF
RE
i
|
|
|
|
|
i
|
|
|
|
!
|
|
|
|
I
I
l
;
|
Il
|
|
|
|
|
|
|
|
|
|
|
;
.
i
eB
>
see!
es
=|
I.
es}
sd
he
&
4
9|
X0009-VS
Page 6
Dio2,
wr
FM
!
es
1
il
;
1
Hae]
2
=
1102
He
aS
Ol=
Vor
|
ae
=
[ax
|fe
=
USISEsi|
=
§5)52|
8
als
=
OS]
fal
—
(118)-
(
08
4
Y
|
|
|
l
|
|
|
|
|
|
+
an
|
|
|
|
|
|
i
|
|
|
|
ea
|
|
|
|
H
|
|
I
|
|
I
R
|
|
!
{os
"
IC
DISCRETE
:
und.
ition.
Me
103
2-0Ag
DET
R123
oe!
88
7
104
a
S
escore
deat)
S|
Ssh]
(119
ie
Wee
1K
in-
tH
|
|e
a
SN
3
&.
S
&
al
al
3
S
2
Ses
Ss
Dio
D104
7
7
S188
reer
igo
che
~
2
8
3
5)
RS
8
Ss
q
&
Is
—
—
—
—-—
+}
r—
7]
36
|
|
eH}
Se
\
:
|
|
t|
1
\
|
|
|
I
T|
|
!
|
if
|
ier
|
|
{
|
|
Loyd
3
ese
=
7!
|s7-2
po
ppp
aQ
PI.
gg
=
sBe
Qe
>
!
|
>
Sea
7-3
|
|
tT,
I
11k
|
|
|
|
|
i
|
|
|
S
|
|
i
3
Anas
L
Sass
joe
Sta
fo
a
aly
S
co,
ols
ele)
2
cul
OO
MPX
1C301
SVTALA3300
Tal
res
Loe!
Tod
iota
16V10
301
TH
R3014.76
K33P
139
2
COs
1,
PP
3
eames
|
YI
Ut!
|
Mes
if
6
Biggs
METER”
x
OA99
—
—-—
ai
2
;
We
)
AR
eek
é
25047
C501
0
0.
Sx
«eS
Ss
Rees
S
SR
im
606
(047
[yes
DE
SIS
R
sis
|S
eM
Ca)
25V0.41
;
C
tf
gx
pedis)
“
eet
ss
=,
Reeth
SS
oe
SR
Sone
*}
selec
sect
exh
83/0/33
s=
aes
=
@
©
n
2
«
SUPA
-
}}—
25
2
2
Sl
3]
EPISTLE
f
2
|
EF
7
4
eon
Peay
<-0-7
©$:2>
6.9)
fea)
€%2)
iD
13-Hle
ST
r
!
=
302
YT
lye
‘Ae
eWd
KIOOP
vals
&a
|
és
J
Se4ey
=
oe
een
9s
Mul
eo
2
tee
Saas
—
aN,
aii
2SA72
abet
EESsichss[et33)
aes
gx
gee
S82
Ress
Mx
al
ne
x
EN
38
38s
og,
607)
IK
se
7
to
=
fen
seo
|
&
z;
©
$613
wBsss
[oO
Oc
TRéo2
ecieeieiesd
-
ols
RS
ep
x<
psite,]
se
|
“
c
agi
«.
ican’
FiOS
254721
Tg
Fe-e[8[-33]
iC
aelc
She
in
So
:
<
os
Is
Bll
K
o
PT
ee
hGg
ee
2.
TR604
cSATZ
E-2s|6
85)
es
odX
art
cer2
Kez
bu
Cie
SSQ
os
ee
V47|
5
g
5]
&
fen
&
af
gis
<P
—
—(128)—
—
8
on
&
S&
4
:
&
=76)
bea)
“75
ae
€25)
5)
fxs)
(25)
1
_!
5
f
ae
Kos
esl
103
TP
FR
Dios
2.7K
131
om]
8
Sle
Z12
2
ae
baa
Dice
Der
Ista
x2
Ra
Coon
ager
_
“st¥
S|
PsN
Slog
[SLs
ite
&
=
tone
ht
100
Tae
:
®n022n
a
€
S38
it
gs
8
S38;
hed
32
8
ona’
TS
1ooKe
@nazenlOo.ne2K¢
ges
SES
sfsx
LSe
VI
603-3
R
-3.2]
VROOEA
GH
100KB
10K
M0zen
2ang
0.0
Cea
Spe
yds
|
SPE"
v
100K
——————
:
el
—
INDICATOR
mA
75
-5V
189
°
—
ium
AD
[oa
g
&
>i
!
5
[ae
C82)
)
52)
bee
{0
He
E88)<8.6>
2
g
3
wx
Je
&
at
=
—-TA
ia
iia
Ereaicentee
wares
WAASIOO
ea
x]
Cosa
[5
x<
v04
3s
e385
S
S
EFS2iCl~
==?
Reagess
KB
epee
Cape
y
$©0.022K
[
ob=
Be
00K
Ra7BS
8478
Ons
K
Cea]
635
=
rt
|
#
BER
R
RUBE
es
C426
ial
|
lox
85
Sigree
20.
SUPne'80
S:*té<‘“«‘SS
(6.3
(5)
Pima
(>)
7
6
22)
Cel
9.2.
E>
9
>
(0
Fez}
9]
”q
8
!
TRu10,
AP
Mut
828
2SC
Fegy<?2
os
SesT7y|
nad
Reo
87[B]-38)
[CF
.2
B
w®
39}
Re
(eS
<=
S
ots
Je
|
Sleek
1S
|
=
2:
TR606
als
gst
Sen
27K
als
als
S3r4<7S
as
Sere
sl*
TR6o07
sate
Rees
27K
SSP
A
bss
TSE
ul
s
Sp
PTE
Fe
SSS
S
L
=|SF
PO
INTER
mA)
V75
EB
R35
ciacececoEt
D301
oo
2
gn
ee
286
«p=
&
11
For
&
#1)
iS)
t<|
3
2]
Teel
a
5.
per
Taek
2v
25V)
4
TAS
78
Sle
je
ss
|
73
oe
:
a
ifs
ROB
pagpeg
SOK
CAA
6K
5
*
1
BS
[e
A666
1B)-38
7
3
Ss
Saes
Ren
mea
BVA
:
ts
|S
SS
S|
ce
85
fee
Tau
ay
s
48
Fe
2
$s
|e
SN
fe
Ad
wet
S
s
es}
x
3
LAMP
DIAL
63.3
os
ee
abe
THe
We
666K
TR301
301
vp
ey
Ea”
S78
See
S
38
+
3|
S32
S
SESE
C30]
Seeger
a
=
©]
he
~
24S
It
|
TR
61CP89[B
SSS
8S
ES
x6
0.68
x,
aXe
BS
Bs?
EX
er
TR
61C
Ox
SRE
Ceee
shan
95
[Sy
seu
er
aaa
ae
I
|
i
|
5
|
!
|
bo)
1
|
od
g
Be!
1g
|
|
6
|
>
|
S
a
=
3
&
METER
Pis
Pica
(20-—-—
2SA6
se
e&
30/5/52)
a
FSS
5
g
LAMP
Pis
sls
BS
SSS
Era
cesT
ees
25
en
Is
FS
=
S
a
e
SA
2
Pis
2
M301
|
2
8
BL
5
=
8
303
TR
dn33
—
=
52
Vv
8
&
=
§
Sg
:
S
b2
(63V0.25A)
Piz
9
:
2
<
xx
OR
R315820
ate
Se
&
x
Ss
£86
~
R318
2?
me
7
fo?
—~(i30)-—
|
|
|
H
i
|
|
|
|
|
a
Pi
Lo
Pie
—
(2
123
121
U7
ap
3
(Pe
-—--s
]
ea
|
701
iD
ee
[Droz
a
I
!
|
C701
sav!
630)
I
728
I
(}@
|
|
|
l
|
|
|
Cn
sovty
ean
|
Oana:
7
|
i
|
|
|
C703
SOV
(729)
=
S
|
Itz
|
ype
!
|
i;
|
|
'|
|
|
l
|
C108
50V1
37)
3S
\gs
|
V6
(28)
|
|
H
(roa)
as
vDAEQ
—-----——
I
!
|
!
H
!
EYE
STEREO
mk)
(SY
PLit
|
|
25A666A
TR101
ile
RVDIODI
EA
SRLS
ST
705
IK
<%
<
3
gL
2
S
6
2
5
/s8
£2)
le
S|
x<
ee
s~
&
ast
=o
Ss
at
Ss
2
102
TR
25A6sA
706
Kae
02
R06
Se
[8S
|e
SS
oe
2
&
TR
73
2SA666A
am
R
"Rn"
S
<=
_
SSS!
E
~~
Sa
@”
104
TR
2SA666A
238
K330P
&
R708
ik
oid
os
ad
eit
é
aS
Eo
=|
As
Bi
oe
BOI
Toe
Se
x13
25V47
Crei
i
‘
75!
SB)
es
8
FRI
25A66AESE
sss
«
esles
TRI
2SAb66A
ol
Hore
(PE
cade
S8Jeg
TR
TR
ext
=S
2S5N6
=2
bord)
[ees
eae
ae
20826
TRe01
[°}
ATK
Rant
8x
|
2
|
x2
—r
80
aziddw
=
5&8
|
Sey
fg
S8ssls
88TS
SUPAZI30
0
C3516VI00
Pts
A
METER
ge
DSA
TRaps
ZSA666A
705
=
—
Teens
Dig2)s
|
FS
g
737
a
Se
g§
SS
2
56K)
Pres
SEK)
zn
BS
=
las
Rs.
SUECS
pas
TS
709
TR
2scidata|
Sha
wal
saa
Be
R
Ge
EST
Nn
“aes
Rotts
S
a
a
oF
es
TRTIO
25013844
Calttiy
sto
07
oe
oS
pi
BS
>|
5
‘os
QR
Ress
©
cK)
88
=
ge
5B
E23)
TH
C1384
pag
Crea
aR
sof
eine
Ss
S40
108
~|/e&
66A
Rrales
tx
RBIS
c
ei
&
ka
oe
eae
Feed
gaa
A
$873
85
le
8
Ci
804
Esa
|
T201
re
ee
5602
39K
fan
|&
jzgee
SS
z
és
So.
Tin
2Sc82
SABHA
ORG
SAF
=
|
SEES
|
a3.
ae
asentg
+
ee
88
=
=
&&
mateo
Se
ss
Spgs
©
s
25VA7
ae
SS
&F
S
és
Fosg
16
(828
ee
ae
78
Gst9]
x
Te
fs
L
:
ToinT
104
Teo
£
Lior
E20!
Tr.
a
a
HO
10008
O1
ee
Tia
SC
8
2
Ee
a
&
~
ee
EF
cB
ural
e
ES
an
a)
7
ee
set
escisBe
3
en
2
HS
3
BS.
=
122
ACHSES
Let
ee
O
&
a
fas
es
ca
ait
eee
ra)
ee
[105]
BS
:
£3
sg
a3
ase
684,
U
18
Reo3
7
tg!
—
+
rx
R
FO
pa
ESS
E
BST
apes]
BO
20)
penees
J
e5Asee
SA72i
BSAGar.
SSA884A
208
a0
olf
80
ES
1384A
5%.
és
es
)
2
Sh,
Ee.
oles
©
ae
ee
és
>
7
5
é&
se8
Be
SFet
ea
a4
ake
28
Ss
Bis
&
c=
iol
TRT30_
ATR
127
$0
Eine
eB
av]
«
te
geeC2]!
os)
oe
seu
23
TeS
ES
en
3
lft
OU
=
a
Ga]
a
%
&
-
gS
oor
Mes
bo
71]
s8e(
|
[08
8B
Sok:
so
Soh
ac
o
Cas
:
=
chk
|
Str
wag
|
Str
eeaagiaias
&
taal
D
L
OA
TR805
ee
id
Sey
Sat
TTOM
:
3
eo
254735
A
28¢8
Soe
eecese"
MODE.
FRE
C789
g
a
&
=
as
=
O26,
g
2
=
£
|||
|i
j
(=)
=
t
8
a
=|
Lets
ols
4
Ho}
ofS
=
es
Ss
Las
Pe
SI
=
[EAR
a
SS
4
$.50
uf
804
45)
=
a
oft
S/S
$8
Vv
tew
Nee
OA
cus
Sos
Se-1
a
a|
goles
ele
tile
3
o.
haa
x
Es,
F
ie
z
&
f
dod
1}
tet
AES
RVDIODI
Ri
eh
Coy
0.01
$¢a39
28c922
SaniaaL
25013
Sos
SaaS2-6
S2-2
4
|
|
I
|
ot
5.
|
=
|
|
om
=
=
&
|
|
|
|
|
Doo
3}.
G3a\4J~
[=
|
Puls
3a)
|
|
|
r|
g3t
2)
|
I]
x
a
sl]
21]
o
|
\
|
746)
ale,
(734)
ths
3
z=!
Fe
ra)
i
<
ORE
ia(a3)
Pd
.
pi
|
NE
Gos)
|
BLU
84
F
Oe
8s
esd
58s
8
ae
Ps
~8
ray
Fs
3A
Sti
om»
eS
s&
es
mo
aS
Daa
BY
17V
ORG
VEL_30V
1
a
ee
S
e
A
3
&
8
aR
itp
a
&
T40
N
TU
el.
td
28c789
SELECTOR
Sei
Tf
=
9
3
Stree
5
a
los
7
2
55
ry
Camm
(23
2
=
5
-
Ses
Ses
Sre
SPEAKE
{y+
‘or
O
Si
Ser
PSE.
.
Si-e
Sre
Sra
OUT
R
Fron
Lp
—
FRONT
PHONE
6
+
Fr
RE
ont
e
R
Lr
Rear
R
-
REAR
PHONE
Rear
Re
_
W10/
Si-
ae
:
teh
Rch
:
!ch
Reh
2207
120
UNSWITCHED
SWITCHED
C353
fo
tr
/
0
a
0.01
240
]
¥
Page 7
\
@
LOCATION
wij
POWER
OF
CIRCUIT
SOURCE & 4CH
BOARDS
MAIN
AMP
g#
TO
1.
2.
3.
4.
5.
*
REMOVE
Remove
Remove
Remove
Remove
Refer
Remove
eS
four
cabinet
fourteen
six
to
cabinet
front
(4)
(6)
cabinet
from
(14)
front
and
panel
Top
TUNER
chassis.
control
panel
chassis
from
View
mounting
knobs
mounting
Parts
chassis.
screws.
from
black
Location
front
screws.
on
panel.
page
|
13.
|
|
6.
7.
8.
Remove
nos.
Loosen
slide
Then
and
seven
1~7,
power
power
tuner
remove
(7)
as
figure 2 and
switch
switch
can
be
tuner
Bottom
tuner
as
moved
from
PHASE
@ & TONE
mounting
3.
mounting
figure
3.
in
front
chassis.
INVERT
CONTROL
View
black
screws,
of
chassis
screws,
nos.
8, 9 and
as
figure
1,
@
DIAL
INSTALLATION
=
Dial
cord
2.
Tuning
gang
capacity.
3.
Arrow
marks
order
and
Fig.
CORD
fength
is
positioned
(Frequency
(1 ~ 10)
direction
is
1
63%‘
is
of
stringing
GUIDE
(160cm)
at
maximum
minimum)
indicate
correct
dial
cord.
2
Fig.
Y
Pulley
Drum
3
Fig.
SA-6000X
ii
_3
ye
Tuning
turns
Shaft
[7]
Page 8
Ce
xoo09-vs
[8
|
POWER
Le
[=
235v]
SOURCE
r
&
4CH
MAIN
E
AMPLIFIER
[e[+
1.2
v
[8
[+
oo4v|
Le|=
o6sv|
Circuit
Board
Le]
TA71
jel+oosv}
Le[-ossv}
[c
[+23.5v]
[a
l+
o6v]
[ef o vj
0.650]
en
(c]+23.6
fee
lel+
zy)
ov}
[ele
[ef+
ona]
o76v}
_
var 0 3
[cass]
le]
felt
omy]
le[+
orev}
[ele
orv)
[e]+
o7ev|
[a
fet
ov
fe
:
e23.5
fe
Le
[+235
v
v]
Page 9
SELECTOR/MODE
SWITCH.
4
CH
MATRIX
&
EQUALIZER
Circuit
Board
|
pottom
view
w
>
®
5
oy
TR401
c
B[—
ream)
NRRSSRRSRRRRSSRRSS
Nf
N
N
N
2.6v
N
N
N
NN
i
eg
HEY
TR404
ae
TR502
cal
Nt
NA
IN
’
.
N
ae
ia.
eg
ray
8.6
Her
EET
Heal
ea}
Vv
WN
|
.
'
N
N
|
N
|
N
N
N
N
N
N
N
N
N)
N
RRS)
EP
EEERERRERS
|
NESSES
=
SUES
NU
a
NUE
SS
I
SUS
SUSSS
SUS
SUSSSSSSSSSTN
AA
i
ii
‘Ki
N
N
Y
.
N
N
N
N
NNA
Ni
NA
\NA
NAR
\
N
N
.
S
N
N
N
N
NNF
W
iN
|
N
Ing
af
[e|
S
INPUT
t—
TAPE
Ao
TERMINAL
2—-
OUT
PLAYBACK
Circuit
r—
TAPE
1—
EC
OUT
Board
AUX
|
Bottom
2
view
4CH
MODE
TAPE
MPX
OUT
Se
MONITOR
wl
Jal
Reecazee
ot
SWITCH
di
Circuit
Board
|
gottom
view
ee
TAPE
($4)
TAPE
MONITOR
($3)
SWITCH
1
Page 10
PHASE
INVERT
&
TONE
CONTROL
Circuit
Board
ie
Se
kt
Ae
BASS
INPUT
CONTROL
LINE
i
ao
aw
$
w
Circuit
-
KE
Zz
2
Board
3%
28
ee
rate
OG
Ee
oes
85
BN
8
oa
N
N
Printed
mo]
o
~~
i<j
=
a
OE
|
ee
nb
NQF
Circuit
_
o
Rad | o
View
=
>
s
on
°
c
VOLUME
Top
{°)
a
(
(102
Ol-is)oL
1)
199
euuauy
Lwvy
LozwuL
N
Lowa
N
toll
jaz'@
CC
—[a]
ED
jase
—[a|
—
pss
—[3]
fave
—[3
98 — GL
|
Wy.
nee
|e)
e0cuL
hes
[9]
Fee
cae
nse
eo
wi
fe]
GB)
fas
CL
fe)
voldl
TN
[a]
free
RO
[weN
6OluL
[a]
Get
[acc
[xco
GOL
=a)
le]
CONTROL
of
p.c.b.
s
S
—
°
E
°o
t
a
p4eog
HINDIID
XdW
iA
9OluL
VA
[ws
LOluL
N
tw
BOluL
N
[a]
[are
[ace
[eT]
—[a]
—[o)
ze
Io
2=—]
—[e]
[a]
[reo
[ace
fer=
[a]
[9]
220°0
bEI9
S801
atl,
a
©
BS,
fos
Mtb
ced
N
Wee
Seld
S
®
Mg
a
(
O1-1S)OL
ee
yi2
a
Ciro
=
Ms
“Ly
SW
:
eo
rt
Orr
mo]
Ta
toh
LO"
ee
95001
¥
Bs.
8.
ENO
sgh
OSC
OshO-
B+
Boab
nat
we
SEI
re
ag
o
:
cH
2
2:
aff
Wo
N
pe
003e—-————»
BL
1
LOEW
7%
{
Ol-1S)
(
€-1$)
1
coc
UL
GOCUL
GOL
VOCUL
beeUL
§ObsuL
ORs
GUNA
COWL
orUL
aorud
COO
UL
tozd_
200
€021
goza
2021
20¢d
S020
2011
sa-6000x
[11
Wa
8
SI-WS
WV
SA-6000X
Lis-wi]
hes
—
[ee
wi
—fejno
Nos-w]_
—|aro
wa
—[1]
NJ
z
1@}
410)
soa
coo
[Orde
eae
EY
Og
ge
Bee
ee
ag
(
9-ZS)°L
eoll
Oli
POLL
ZOEL
LOEL
Oll
LOlL
2011
Od
GIG
WEG,
ARG
Tal
Page 11
|
FM-RF
mg
How
ao
PWNS
Circuit
SERVICE
to
install
Insert
the
Bend
the
Insert
the
In
order
clamp
Bend
to
stop.
the
lead
tabs
lead
remove
stop
and
wire
of
wire
(See
inward
AID
remove
into
the
pin
the
fig.
Board
the
lead
wire
clamp,
lead
3-(D)
toward
the
connection
lead
wire
pin
to
wire
pin
the
clamp
which
clamp
lead
pin
wire
clamp.
using
the
pin
TA3
Netw]
fe] o vi
fej-
[ef-
TR2
Noe]
[c{—o7
[p]—a
le[=
socket
radio
lead
from
clamp
4a v]
5.1 v |
sev
to
(See
wire
the
A
v |
ov]
|
{
fig.
1-1))
pliers
to
has
been
connection
and
pull
attach
attached,
socket,
out
the
the
lead
wire.
into
the
insert a eyeleteer
lead
wire
(See
connection
pin
clamp.
fig.
into
1-:2)
socket.
the
(See
and
socket
fig.
TRI
f
3)
(See
3-@)
|
FM]
[ov
—
48
[-
8.8
To
Balun
Coil
ro]
(L1)
fig.
hole
v |
2)
and
touch
it
to
thelead
wire
pin
1)
When
the
the
balanced
There
are
connected
ment
used
that
the
terminal
excessive
the
diagram,
When
this
circuit.
Pin
(SITA701
measuring
transformerless
some
directly
for
ground
of
the
electric
causing
occurs,
Please
aoa
instrument
measuring
to
the
measurement
terminal
set.
if
current
the
the
circuit
be
careful.
connection,
instruments
negative
is
of
the
care
is
will
flow
rear
amplifier
protecting
Lead
Wire
is
connected
the
whose
side
of
so
not
the
designed,
instrument
exercised
in
the
direction
to
reach
fuse
to
the
speaker
following
ground
input
termins!”
extreme
not
be
connected
and
the
of
the
a
short-circuit
will
be
blown,
:
Connection
terminals
should
be
(GND)
If
care
should
to,the
connection
arrow,
as
condition.
interrupting
Socket
Fig.
with
noted
:
terminal
the
instru-
be
given
ground
is
made,
shown
the
is
in
6pin
(doin
2
(SUSA64)
(SJSA63)
Rr
SPEAKER
TE
CS
RMINAL
ee
Eveleteer
Fig.
3
MEASL&
INSTRUMENT
ING
sm-6000x
{13}
Page 12
=
CABINET
&
CHASSIS
PARTS
LOCATION
wu
|
=)
A
S/iavh
(141
sa-cooox
)@
oo
CA
le
0
io:
rod
;
1o
O°
s)
=
C
ee
AIG
Page 13
B
ACCESSORIES
&
PACKINGS
A2
A3
@
Accessories
Si.-6000X
Page 14
@
REPLACEMENT
PARTS
LIST
NOTES:
1
Part
Please
2
indicates
3.
M-Z
eeunes
pe
eee
107,108,
109,201,
202,203
TR110.111,
rea
;
numbers
SVIALA3300
T
pede
2S8C839H
ere
|2S8C828R
2SA666Q
2SA733MAP
28A722T
2S8C1328T
2SA721T
2SAG6EA-AD3_|
2S8C1384A-Q
2SA684A-0
2SC789Y
2SC828A-R
2SA684R
1D101,104,105
106,107,201,
202,205,208,
207,301
1102,103
L7,8,102,103, | SLQX151-1Y
104,203,801
L101
2-O0A99
181211
SVDEQAQ1-11R | Zener,
RVD1001
SVDACO8P-1 | Rectifier
SVDAS2HB10__|
SVDAEQB01-09 | Zener,
EYV32001R2J3 | Variatite,
SLAA4W1-1
SLAA4NQ
RLOY25S5
SLDA4N18
RLOY15G5
SLOA4N9
SLIA4B1
SLFA2E15
SLOA2C6
SLIA4C54
SLIAAC56
SLIA4C24
are
use
this
part
the
New
rank: X rank
X
+Y_
Z
rank
indicated
on
most
number,
for
parts
Parts
parts
will
cover
rank
parts
will
parts
are
less
INTEGRATED
MPX
Circuit
TRANSISTORS
ee
a
Oscillator
FM
emp
ae
pr
&
IF
Amplifier
Muting
Amp.
FM/AM
nverier
Stereo
Eye
Equalizer,
Equalizer & Mic
Volume
Control
Differential
Pre
Driver
:
Driver
Amplifier
Power
Amplifier
Protection
Speaker
Switching & Ripple
DIODES
AGC, AOC,
Detector
FM
Discriminator
AOC,
Meter
11V,
Noise
Cancel & Rectifier
Rectifier
9V,
COILS
and
Balun
Coil
FM
Antenna
Choke
Coil
FM
DET
Choke
Coil
FM
OSC
Coit
Choke
Coil
FM
AGC
AM
Antenna
AM
OSC
FM
DISCRI
FM
DISCRI
FM
Muting
mechanical
orders
80%
of
repair
cover
95%
of
necessary
Description
CIRCUIT
eu
i
Limiter
Thermal
Tone
Amp,
AF
re
Switching
Mic
Amp.
Amp.
Flat
Amplifier
Amplifier
oe
ae
:
Switching
Filter
and
VARIATITE
AM
Detector & Meter
Detector
Noise
Cancet
Voltage
Stabilizer
AOC
TRANSFORMERS
Coil
Coil
Coi!
Coil
Coil
tF
Transformer
IF
Transformer
IF
Transformer
parts
needs.
repair
needs.
AM
IX:
MM
Ge
Compensation
Phase
&
Amp,
;
&
4ch
Matrix
Amp.
NEA
Amp.
(P)
(S}
(P),
(S)
OSE
;
Bemerkungen
i
2
:
1.
2.
3.
.
1301,
(7302)
T901
101.
b9
,311,312
R12,102,117,
316,605,606,
607,608
R107,201
R112
pee
R105,417
R121,423
:
758,759,
"734,736
KK
KK
KOK
x
627,628,717,
718,719,720,
729,730,731,
732
XxX
KKK
KK
KX
R11,123,124,
421,422,504,
505,705,706
Soran
xxx
746,747.748.
785
Die
meisten
Bitte
®_bedeutet:
Gruppen
mechanischen
geben
Sie
X-Z:
No.
Part
7
RLI7W105S-T | AM
RLI2C450
|SLMA1Z2-K
SLTA5Q10S
RVFCF10M12CG:FM
RVFCF10M12CB|
ECE
BP
RVECF
RVFCFIOM12CY|FM
Teile
diese
Nummern
Neue
Teile.
Teile
der
Teile
der
Tele
der
No.
AM
19kHz,
Power
CERAMIC
EO
FM
patoce
10M12CW|FM
sind
an,
Gruppe X machen
Gruppen X und
Gruppe Z werden
1st
2nd
Transformer
Circuit,
IF
Cocut
Ie
Circuit,
IF
Circuit,
IF
IF
Circuit,
RESISTORS
ERD14TJ101
ERD14TJ181
ERD14TJ391
JERO14TJ471
ERD147J681
JERD14TJ102,
ERD14TJ152-|1:5kQ,
ERD14TJ222
ERD14TJ272.-/2.7kQ,
ERD14TJ332—-|3.3kQ, , +5%,
ERD14TJ392
R
ERD
aTI472
EAD
IA
ERD147TJ103
ERD14TJ153
tee.
En
DIT
ERD14TJ273,—-|27kN.,
ERD14TJ333
ERD14TJ393 — /33kQ.,
ERD14TJ683
ERD14TJ823
ERD14TJ104
ERD14TJ124
ERD14TJ154
ERD147.
peoieuna
ERD14FJAR7
ERD14FJ6R8
.,ERD14F
/ERD14FJ221
|ERD14FI561_—‘
ERD18FJ4R7
ERD12FJ101
.
ERXTANJ100
JERD12TI221
EREaciion
ERD14V820
ERD14VJ101
ERD14VJ221
ERD14vJ271__|27020
ERD14V5S391
ERD14VJ471
ERD14VJ561
ERD14VJ681
.JERD14VJ821
JERD14VJ102
|100M,
|1800,
|3909,
-(1470Q.,
noe
,
|
1kQ
|2.2kQ,
—-[3.9kQ,
4.7K,
TIOC2 1 5:0Ki2:
10k,
15kQ,
I183
180,
33kN
,
68k.
182k,
=
100k,
120k,
150k,
Bev
470.
680,
5100
100,
2200,
[5600
4.70.
1000
,
/102
2200,
cris
|g20
| ;
110022.
2209.
3900,
4700,
5600,
6800,
8200,
7an
mit
Teilnummern
sofern
die
Description
IF
Transformer
IF
Transformer
38kHz
Pick-up
FILTERS
Green
Rea
Black
White
Yellow — (10.8MHz) | [
%W,
YW.
MW,
%W,
YW.
%W,
%W,
%W,
%W,
+
»
,
+5%,
45%,
,
+5%,
+5%,
+5%,
+5%,
+5%,
_
+5%,
Tele
80%
Y¥
machen
seltener
+5%,
48%.
+5%,
+5%.
45%.
+5%,
+5%,
+5%,
+5%,
+5%,
Si
5%,
9
a7:
+5%,
+5%,
£5%,
+5%,
+5%,
+5%,
,
versehen.
keine
des
Erstzteibedarfes
95%
benotigt.
Transformer
(10.6
paces
(10,65
(10,75
Carbon
Carbon
Carbon
Carbon
Carbon
Carbon
Carbon
Carbon
Carbon
Carbon
Carbon
Carbon
(Carbon
Carbon
Carbon
Carbon
Carbon
Carbon
Carbon
Carbon
Carbon
Carbon
Carbon
Carbon
oat
Carbon
Carbon
Carbon
Carbon
Carbon
Carbon
Carbon
Metollic
ane
Carbon
rata
Carbon
:
Carbon
;
Carbon
j
Carbon
»
+5%,
Carbon
‘
Carbon
; ,
Carbon
,
,
Carbon
‘
Carbon
Bezugsnummern
des
Ersatzteilbedarfes
MHz)
MHz)
MHz)
A
}
haben.
aus.
O-Nn
aus.
<<<<<<
<<
<<<<<<
<<<<
<<<<«<<<<<
<<<
<<<
<
<<
<<<<<<«<
<
<
<<
SA-6000X
Page 15
»
{ERD14VJ122
+5%,
Carbon
EVB83A030BF5
250k,
(B},
Description
Main
Volume
Control
»
IR119,303,304,
»JERD14VJ392
.
,fERD14VI562
»|ERD14VJ103
.
-}ERD14VJ473
JERD14VJ563
R216,401,402
508,509
R405,406,657,
ERD14VJ823
ERD14VJ104
609,
/ERD14VSJ104
ERD14VJ124
ERD14VSJ124
516,517,518,
R506,507,523
|ERD14VSJ184
ERDI4VS152
{ERD14VJ222
ERD14VJ272
ERD14VJ332
ERD14VJ472
ERD14VJ183
ERD14VJ223
|ERD14VSJ223
ERD14VSJ273
ERD14VJ273
ERD14VJ333
<
C407
408,609,
@®@
<<< « «<
104,107,110,
<<
®
<
<<
<«
€101,103,105,/ECQG05223KZN
<
EVB84A030815
EVLS3AA00B52
Tecco1HoRScc
ECCD1H010CC
ECCD1HOS50CC
ECCD1H100KC
IECCD1H100KU
ECCD1H100KT
ECCD1H120KC
ECCD1H150KC
ECCD1H180KC
ECCD1H330KC
ECCD1H390KC
ECCD1H470KU
JECCD1H560K
ECCD1H101K
ECCD1H121K
ECCD1H151K
ECCD1H181K
ECCD1H221K
4ECCD1H331K
ECKD1H471KB
ECKD1H821KB
ECKD1H102PF
ECKE1H102MD
ECKE1H103PF
/ECKE1H223PF
ECKD1H473ZF
CEKD2H103PF
£CQG05152KZN
ECQG05222KZN
ECQG05272JZU
ECQG05822JZN
ECQG05332KZN
JECQG05103KZN
100k
Q(B),
Bass & Trebie
500N
{B),
1CO
Adjustment
THERMISTORS
Driver
Circuit
CAPACITORS
O.5pF,
1pF,
5pF,
10pF,
10pF,
10pF,
12pF,
15pF,
18pF,
33pF,
39pF
,
47pF,
56pF,
100pF
,
120pF,
150pF
,
180pF
,
220pF,
330pF
,
470pF
820pF,,
0.001uF,
0.001
4F
,
BOWV,
0.014F
,
0.022nF,
sowv,
0.047HF
,
soowy,
O.01uF,
0.0015#F , SOWV,
0.0022uF , 5OWV,
0.0027#F , 50WV,
0.0082#F , 5OWV,
0.0033uF , 5OWV,
O.01uF,
0.022uF,
S50WV,
,
£0.25pF,
,
£0.25pF,
,
£40.25pF,
,
£10%,
,
£10%,
,
£10%,
,
410%,
,
£10%,
,
£10%,
,
+10%,
,
£10%,
,
410%,
,
£10%,
,
£10%,
,
410%,
,
410%,
,
£10%,
,
410%,
,
£10%,
,
£10%,
,
£10%,
+100,
+
79%
+20%,
+100o,
+100,
+80
—20
*)0%,
+10%,
+10%,
+
+
+10%,
+10%,
£10%,
5%
5%,
Contro}
Ceramic
Ceramic
Ceramic
of,
Ww
Boe
oD
oe a oe
O--NY-
o-
NNNNNN
NN
NNNNNNNNNNN
NN
NNN
ON
NNNN
N
ERD14VSJ224
ERD14VJ224
'R521,522.653,
.
654,655
R629,630,631,
632,649
R769,770,771,
772,773,774,
656
650,
EVB17AA1654U!
EVA77AA16D55)
EVH56A034BF5
EVLS3AA00B824
EVLS3AA00B54
EVLS3AA00813
ERD14VSJ274
ERD14VSJ394
ERD14VJ474
ERD14VSJ474
ERD14VSJ824
ERX2ANKR33
VARIABLE
50kN.
500kN
250k/
20kQ.
50k.
1kQ.
4W,
RESISTORS
(ZU),
AFD
(D),
AFD
(B),
Channel
(B),
Meter
(B),
Muting
(B),
Separation & DC
45%.
Wire
Controt
Control
Level
Adjustment
Level
Adjustment
(WIDTH)
(DEPTH)
Control
Unbatance
Adj.
ONNN>
2
1
2
2
6
<<<«K&<K
«<4
<«<
C419,617,618,|
Zz
z
xe
KK
KK
.}ECQGO05333KZN
ECQG05473KZN
ECQM05473KZ
ECQG05563KZN
ECOGO5562JZN
ECQU2A103MD
ECSZ35EF
}ECSZ25EF3R3
ECSZ25EF4R7
ECAG25ER1X
|
ECAG25ER47X
|
ECAG
25E
R47
R68X
0,033yF
0.0474F
0.047HF,
O.056HF,
0.0056
O0.01KF,
O.47HF,
3.3uF
,
4.7HF,
0.1uF
0.47HF
,
O.68yF
,
,
,
uF
6.3WV,
50WvV,
250VAC,
410%,
410%,
410%,
+10%,
+
5%,
+20%,
Electrolytic
Electrolytic
Electrolytic
Electrolytic
Electrolytic
Electrolytic
Electrolytic
Electrolytic
NN
PN
1
2
2
2
4
<<
NNN
©
<
SA-6000X
Page 16
Ref.
No.
C415,416,613,|/ECEA10V33
614,615,616
C€137,138,206
C136,216,303
C310,401
C713,714,715,,ECEA25V47
716,721,722,
€304,305,306
307,701,702,
703,704
C357
358,422,
501,811,815
C804,805
CV
1,2,3,4,5,
Part
ECEA10V100
ECEA10V220
ECEA10V470
ECEA10V1000
|ECEA16V10
ECEA16V47
ECEA25V3R3
ECEA25V4R7
,402,,ECEA25V33
ECEA25V
ECEA25V220
ECEA25V470
|ECEA50V1
ECEA50V100
ECEA50V330
ECEA50V470
ECET35R4700Y
Eeveneoascpac
ECV1ZW10P32
ECV1ZWO6P35
No.
100
COMPONENT
302
,802,803
EXASDLO4C
SXAM675F
R
XAF
103P22HD
{SSRA49
SSRA48
SSLA18S
SSLA19S
ESB7025
SSRA7S
M301
M801
804
S1-1~S1-10
IS2-1-~S2-6
S3-1~S3-4
Sq-1~sa.4 | |SSHA3SS
S5-1~S5-2
S7-1~S7-4
S8-1
,S8-2
IS9-1~S9-4
SPEAKER
1,802
+1SKAA610
tf
r+|SYPA181AS
-
XBAS1A3001
XBAS1B3001
XBAS1B
XAM37K250
XAMR33S400
XSB4+16BVCS
SKMA170
SKPA3
SNEA404
SNEA204-2S
SJFA3010
SGPA320B
SJFA5201
tt
SGTA1520
SJFA4401
RJS7TA
SSSA3S.
SJFA4806
SJSA1
SMKA3S
1501
F1,2,3,4
F80
PL4,5,6,7,8,9 | XAM35K
VARIABLE
tunis
Gang,
(Trimmer,
Trimmer,
Trimmer,
FM
Discriminator
Low
Pass
Hum
Cancel,
Selector
Switch
Tape
Monitor 1 & 2 Switch
Balanced
(Refer
to
Muting
Switch
Loudness
Power
Source
Voltage
Selector
PROTECTION
Relay,
Speaker
3A,
Circuit
3A,
Power
1.5A,
Power
Stereo
Eye,
Dial & Meter
Pointer
Lamp
_|Screw,
Cabinet
Cabinet.
Complete
Wooden
Cabinet
Hole,
Ventilation
Rear
Panel,
Nut,
Ground
Voit,
Ground
Terminal,
Tape
AUX
Rear
Panel
Holder,
Circuit
Terminal,
Socket, 4 channel
Switch,
Balanced
Terminal,
Speakers
Socket,
AC
Mounting,
CAPACITORS
FM/AM
AM
ANT & AM
FM
ANT & FM
FM
OSC,6pF
COMBINATIONS
Circuit
Filter,
19kHz & 38kHz
0.01pF
{X2)
Transformerless
Ref.
No.
CA11)
Switch
Switch
Switch
Protection
Protection
Source
Source
Ch,
indicator
Lamp
(6.3V
{(6.3V
75mA)
M'tg.
Order
Complete
Terminal
[Outer]
Terminal
Monitor
1,2, & 4CH
Only
Protection
Ext,
Antenna
Controler
Transformerless
Outlet
AC
Outlet
RELAY
(7.5V
0.25A)
SKAA610
1,2,
MPX
Fuses
OSC)
DET,
Switch
PHONO,
OUT
10pF
75mA)
($5)
-
On
eens
tbun
mNoSeo
soapy
Y
Y
Y
Y
Y
Y
<
<<«<<«
<<<<
22
@2@
x
KK
x
x
xx
NNN
<
@2E@aQ
@
NNNNNNNNWN
SJAA3
RHR111
SJFA5202
XSN26+12
SUPA1980
XTV3D8CR
SYUA6BIA
|
SKLA2-1
a
\
[seuases
SHEA3-1
XTV3D8CK
2
SYWAI01A
SGXA52
SGXA53
fj
SGWA1110
SGUA12
XTV3D8C
SGBA46
SULA37
SULA36
SBNA
100
SBNA103
SBDA1
SBNA101
SBNA102
SBLA2
SBCA47
SJTA307
SJSA63
SJSA64
SJTA701
SMYA36
SMYA37
SJSA65
XTV3D8CK
SDTA3S
5 { SDXA705S
pose.
SDTA6003
SJSA12
SJSA201
RHG5-1
SDDA391S
XX
AR3H6S
RDZO05-5
S0SA4141
SDAAB
SDPA3
RDR23
RDR20
SUMA5
RIVIA
SHGA634
SHGA202
SSMA19-2
SJJAQ-1
SKDA350
SGEA3
SGKA131
SDUA4
SHRA605
SDUA3
SDUA5
SHRA604
-
SSAA1
XBAS1A3001
RJPS
RJP16AS
RJP17AS
SPPA19
SPEA3
SPHA6008
ISPSA58
SPSA57
SPSA56
SPNA170A
r-+1SQFA158
t+
SQXA5100
SPNA142
SPGA251A
ail
FOR
HOLLAND
RJP1I6AS
RJP17AS
SPEA3
RIP3A
SPEA4
Cord,
AC
Bushing,
Cap,
Circuit
Screw,
Fuse
Printed
Red
Screw,
Bottom
Botton
Board
Black
Screw,
Front
Panel,
Side
Panel,
Side
Panel,
Panel,Printed
Screw,
Panel
Badge,
National
Mounting,
Mounting,
Knob,
Tuning
Knob,
Bass,
Knob,
AFD
Knob,
Channel}
Knob,
Main
Knob,
Muting & Loudness
Button,
Pin
Terminal,
Socket,
Connector, 4 pin(Refer
Socket,
Connector, 6 pin(
Cramp,
Lead Wire
Heat
Sink,
Heat
Sink,
Socket,
Circuit
Black
Screw,
Shaft,
Tuning
Jack,
Microphone
Holder,
Dial
Rubber
Cushion,
Drum,
Dial
Screw,
Drum
Cord,
Dial,
Spring,
Dial
Slider,
Dial
Pulley,
Dial
Pulley,
Dial
Mounting,
Holder,
Meter
Rubber
Cushion,
Bracket,
Jack,
Headphones
Cap,
Channe!
Indicator,
Panet,
Chennel
Cover,
Channel
Bracket,
Bracket,
Holder,
Channel
ACCESSORIES
Cord,
FM
Fuse,
Circuit
Plug,
AC
Power
Plug,
AC
Power
PACKING
Cover,
AC
Polyethylene
Pad,
Upper & Lower
Pad,
Right & Left
Carton
Box
Printed
Matter,
Instructions
Pad,
Carton
eee
Box
ONLY
Accessory,
Accessory,
AC
Plug
Cover
AC
Plug,
Power
AC
Plug
Cover
Power
AC
Cord
Protection
Holder
Circuit
Bottom
Borad,
Complete
Complete
Right
Lefft
M'tg.
Panel
Panel
Treble,
Contro}
Volume
Power
Power
Rectifier
FM/AM
Control,
|
order
Light
Cord
M’tg.
63%"
Cord
Pointer
Cord
Cord
Diat
Stereo
Indicator
Channel
Channel
Channel
Antenna
Protection
PARTS
Plug
Sheet
(inner)
Complete
Book
Box
(Outer)
AC
Plug
AC
Plug
(Deletion)
(Addition)
Change
Source
Source
Fuse
M’tg.
Board
Only
Board
Complete
Only
(Order
Panel
Indicator(Order
Technics
(Right
Side)
(Left Side}
Control
Selector & Mode
Level
Control
Control
Source
Switch
Circuit
Connection
Refer
Transistor
(D802)
Connection
Tuner
Complete
soTA3s
Variable
Capacitor
(160
cm)
Scale
Light
Dial
Scale
Eye
Cover
Indicator
Indicator
Light
Indicator
Indicator
Indicator
Light
(3A]
Source
Source
Side
(Order
SQFA158)
of
Parts
(Deletion)
(Deletion)
Cord
Holder
M'tg.
SYUA61A)
M’tg.
SYWA1
Switch
to
to
M'tg.
Light,
Red
Light,
List
(Addition)
page
page
Gren
O1A)
13)
13)
t
Gein
op
odasoamoennas
FNS
AN
AA
BoU
UAT
BNESES
Sa
SUNS
Se
pi
Sag
god
3-0Ob—
NNNNNANNNN
KX
KXKKXNNNNN
NN<
NN
NNNNNANNNNN
NNNNNNN<NXNNNNNN<<NNNANAN
<<<x<
<NNNNNNN
NN
S@
@@
Printed
730738A-(
in,
Loading...