Panasonic SS-7100 User manual

SHRP OCIA OT NTE CEN TT EN
es eee ce A PCOS TURES Tm ASSAD FBSA THES OAL OE NSE EDEMA ge es
—<f
WO.
Y
SB-150A
Lge
ed
OO
COON
OSEOD
on
*
rae
FM TUNER SECT!
Frequency Range
citi nee
CO
0
[
cT
PLAYER SE
cy
iO
“Oo
SN Fis
ont
Preece
a)
TO
io
a:
Ces
Driv
Distortion :
Filtersico
whant
PEE
SEATS
SINNER
ERA
SATS
EPTFE
TSE
iL
ie
eld
state
evn
mee
inemacosesenepesoeiermonte
:
i
ees
intr
ceon
rUo
eieteanreoNatom
tga
ESERNGNRScRRNNSENNERERN
*
e:
|
D
rot
i
+
gittig
co ie
Antenna |
AM SECTION
Se
SC
ESE
IA
EI
IAIN
OEY
SRE
OE
ELEN
LAN
YES
NECN
ER
NET
Frequency Range:
Sensitivity
%
abie)
$
i
é
+
ie
(Adjus
&
V
W
%
4
M
Se
a
Lo
Sl
)
{
>
oS
OM
apy
fae
¥
“
image Ratio
Antenna
ee
NJ
)
4
>
a
ON]
ray
2.
pol
uO
pod
pond
red
goon
N
4,
oO:
S
gone
POWER SUPPLY:
a
*
POWER CONSUMPTION :
WEIGHT |
WV
6 :
62 \
27
gee ee ie
otal.
oe
2
poong
OS
er Band W
LBS
NI
goood
fe)
oO
rd
60
i
Lo)
Fie
UA)
®,
ath
Pow
‘Res
a
nimvV
Phono 3mvV
Tape
Pin
+
tha
Less.
s
x
put Sens
}
idua
ee
{100:ka)
Hum
i
=
/ bd
#
&S
n
OFF
§
g
“i
Ok Q):
%,
(5
Vv
Om
‘20mV
0
0
I
B
i
i
Naan
i
‘a
'
otf
mm
mM
mi
x395
25>
a
ZA
172
FP:
es
m
4
14
ee.
ag
os
ee
ox
LS
Ba
05mn
8
i
Saini
My
So)
x2
Lo.
x4
n
TEX |
~
et
mM
i
mM
6
EG
otf
iG
rm
&
Ff #3
7:
ra
g
Wika
ra
oO
ws
Ae
‘goon
POE
Laer
Ok
(
(
(I
dB
dB
Hz)
QO
a:
N
(RE
Bass
Treb
ntrol
I
|
u
r
Co
ape Outp
Cont
| Mess
SPEAKER SECT
On.
7
“Tone
‘Loud
oviusereneiecomanitandtimonanin
ioanincnatieriasteeh
|
met
Syste
-
MATSUSHITA
ELECTRIC
TRADING
CO.,
LTD.
P.O. Box 288, Central Osaka, Japan
: SBP-
363
%
ry
NO.
ORDE

onan,
d
(Refer to fig. 1 an
Innesennannaenntiininintinntnaiuintrennintnaterat
Player Power Source: Plug (PL7)
|
c
#
a
x
|
EA
Oo
nent g
/-
eed
wong
:
se)
m
a.
|
=
Peacaee
O}
(
Ss
9 s
Oo
g
5
|
:
ae
«
|
o
-
*
=
a
ie
.
QO
9
2
-
|
A:
OQ
i
)
4. Turn one (1
5. Remove record changer from cabinet.
nod O90
z
4
hoe
Ooms
~
as
°
s
"
=
Gye
®
‘6
2
Le
3
‘
rot
:
weg
2
\
a
ae)
si
sas
©
|
=
=
a
&
@
Zz
me
i)
Dow
Coos
e
;
ar
Se
We
:
c
0
3)
—
w
—
is)
Yee
3
ea
(5
;
(ae)
a
3
2
ee
ae)
c
s
c
ae
a
ee
oO
aes
we
“oO
:
Secs
>=
©
Yes
:
we.
Q
;
=
rf
=
:
ae
ss
Pied
©
os
@
55
@
St
nee
a
see
wo
a
Oo
ee
ee
@
|
Oo
2
e
8
B88
aes
ea
ey)
—
v)
ame
oe
GC
See
=
cad
a)
ei
ee
fis
Oo
€
c
=
ee
©
wD
LO
OQ
Oo
Sa?
yaad
:
het
:
ic
oo
=
:
oO
a,
=
S
O
©
vu
2
€
£5
is
i
Bea
rete)
be
:
CoS
.
a
O
Oo
a
Ts)
Oo.
©
oa
o.8
=
OD
CO
ogee
oe
fe)
re
ipo
CO
band
Peas
Spee
SER
S
fe
AB
8
E
Oo
ern
gece
see
=
a
=
rot
"C)
MY
XO
oS
:
ol
—
sew
+
as}
wraertaener
7s
Ett
3
Cote
O
Sn
d
+
ee
caiuy
—
)
9
&
2
SN
HS
a
oo
5
shied
:
oe
ie
:
dee
is
soit
oOo
o
w
e
.
2
2
—
=
OG)
O.
ig
23
ee
=
=
x
Joon
=
ees
ee
en
Oe
OO
c
:
:
co
&
Zz
ei
Yo
oo
ee
%
ee
2
ts
Ee
2
5-5
£
eras
2
3
nearer
QO
Oooh
et
©
op
an
©
p
mee
©
seme
:
a
i
$
Fig. 4
oo
te

si
BE
SREP
RGAE
LENORE
EEE
LEE
LE
ASAE
IIA
8
pe
.
se
ninneceinsioigisamns
ncn
pone
pimpin
fo
id
en
aie
eel
nel
cc
Sorin
cen
ne
~
—
se
i
r
i
<2
i
=
=
|
ae
Le
4
:
se
sa
3
Gh
|
NI
eS
S
E22
Ot
foes
te
eo
5
ai
'
~
e
=
HS
.
=
&
2
=
=
sai
=
,
sD
cS
N=)
ee
NCO
EOS
D
tek
ae
ae
en
ce
ee
in
oO
wD
pes
pad
.
i
o
&
v
4 sense snRNA
sine MERION RR
nero ne SSN AERIS ptr ON
2
oN
ety
“)
wo
a
a
Al
H
va
—
©
et
as
cc
to
<
ra
3
oO
|
i
<f
o
i
w
as
=
©
|
—
‘ Ne
c
ed
Sone
!
at
baa
—e
pies
=
cS
|
A
D
oS
=
pes
Re
meens
es
Cen
ces
ERC
eee
tid
feud
at
ond
pee
aiibes
|
tr
Suton
ise
=
aReed
Ad
good
oe
=
oO.
aa
sen
if
Pi
ak
teeromashan sapaciaasesmoRtcMliaeNnR I
resents
veins a estes MEK SAE RR UR
amplitude.
i
}
q
i
|
i
i
{
us
eo Snenoiee anet
Adjust. 7.01. of
mum
a>
Oo a
A
i
ran
es
sia
SU
od
rece
Rn
—s
a
is
aan
2S
a
os
:
/
|
b-
6°R
ines
Scan
{
CMe
Q
®
:
|
if
ne
ae
2
ea
i
a
=
G8
Sige
ae
|
Y
agen,
Sat
onrear
aa
aamcaeas
inane
=
|
Sa
Ce
fe
t
if
aie
a
2
=
|
im
a
He
2
ea
i
C3
ONE
et
=
i
|
|
=
OO
Dc
poo
ea
ce
ee
a
er
Cot
oot
SW BESSA URINE Oe UR eeu SAU
i
i
A
|
“oo
apy
ay
i
| i
pa
ao
on
cS C2 cS
wool
cr
LO.
7
CO
c
Cc
i
see
Leo}
Lo)
a
aeee
|
i
4
“
‘ree
NW
mi
cs
Ni
|
fi
Tt
=
|
|
cf)
“ADJU
Pa
if
ic
Nat
|
Ree
|
a
G
|
i
\
pe
mye
|
13
Cc
as
Rese
ce
~
PY DALATY
fat
reeset nina innate
Lid
emanated imetuvnntinantsneanlsnaanorgrmntitaratamiancmestnatitvnnuienravsionneinseynertniuerainesanestntinuan ni nnastedneltshn nna onlin arnt nahn etenh inna tattrhabuancnarneeeatenmyise onanism
meee SR] te ONS ame rR EN AAPA ARUN ROMS AC
x
Ure th Pe i Rau
rapa tansoncenetaviiteiemt
fn.
yy
aed
aa)
a
ee
y
;
;
C
~
a8)
'
oo
at
joo
|
=
ps
ae
=
a
at
.
|
cy
L
a
pace
|
bebe
CF?
moO
Sno”
i
ove on etna eon cae seit eons es nc Noe Aptana tom
|
ergata eS ASSIA LSC MUNSON
;
| ; a
4
qo
Sie
:
Ol
:
bate
a
[sar cp Setaleies inc cosines erica Sbciecenissenel i : q er
aes
I}
ds
gesea
<
ined
teeeeniaeeroreaale
as
ee
ee
ia
Hh
c
Lat
i
greeks
wy
fate)
ee ee eed Ad) J EE LS EE
|
Cr:
=
=)
©
=
Sonn
re
|
e
1
:
:
mS
<a
“
7
@
GS
i
ens
i
t
5
z
.
F
|
aot
i
|
H
aes
when
[S33
|
Cc
:
<i.
aT
i
Cry.
|
paren
i
Ii
H
63
ay
ae
i
=
c
i
a
ey
|
a
- = : a Bs ar
=
c
|
ae
a)
co
L
30
jo —
= e
Cy
lid
C3
@
<
Co
Ce
| ‘ito
Lee)
Naw
}
AS
e
a=
wd
,
es
3
els
fete
=
oO.
2.6
ed
ss
ee
ete
=
Qo
4
rar
ws
{>
—
aD
Se
es
OQ pais
raed
(
sonsnncntneipsenvunantent nbvinaneiotncantnnaniseinsnnennnnmamsavisamstetnenitnnraratrartn hin
{
j
t
Aiidane
~siesrositenanbc nscmeatm i atorhenpa seo RNa eC Em st a MN P RR SRTHBME BSHe OAA RSSS EMHRS
CR MM NMI ee IO SRD NOES IEE OTN LN PN LN NRE ICC SORE AIEEE A AON AEST
g,
d-
a
RADIO
A
TEIN
a
>
ae
oO
OG
Mm
©
Oo
Oo
MeO
=
NOS
oS
a
tor
oe
7
ae
ae
be
er
Lid
oe
Oc
tu
ct
Se
hi
|
Caos
oe)
it
a8
0
SIGNAL
f
AT EST INOS NRT SEILER SA ROSE BEY AE SY NASER SSE ERIE MES TETRIS MENTE ES NE ti, ee
We
DI
f
ak
:
LO
oe
Oe
coe
=
wock
a
eeaay
=)
cc
ae
apn
Large
Toe
SS
ide
©
=
O@
Si
ae,
-_
a
&
<td
©
ona
bane
=
pace
Sao
SE
a
*
ct
©
Te
=
i
se
oO
mos
<p
as
@
:
as
COG
|
<f
Ste
ce
:
<t
te
st
—
=
res
=
fps
E
|e
Bs
=
a
oe
se
i
:
Or
wel
a
{ |
Sets
Lule
AS
eS
EY
et
eS
|
BS
4
é
\
7
Pa past MEAS REN EMA EARNS EEA MMB ASHEN SOREN MAORI ASS TERME HE SAMPLE EAM ESPON
SAU
etna
ae
EieSe
RC
RUNtaorea
ke
ee
onetime
een
Ren
Ee
RRONniNS
MEIC
M
See
meee?
so
tt
nf
i
t
&
d
b, Bhooete
~ “és.
5%
rp
Fe a i eal
\
Ot eS ENTE NONLIN TITAS AEN ESL
le
iT
i
\
\
i
1
|
| |
i
f
t
i
|
t
i
=
a3
cr
aa
re
Ch.
weinind
=
i
=
een
=
oS
sa
GB
S)
i
C2.
aS
aueor
Co
:
=
v
age
Yew
ay
Od
<=
aaa
4
ans
es]
a
a
en
os
UF
yet
C
pean
=
ss
suikiaia
th.
a
Ns
CEE
Ae
|
Cote
Toran
~
S
c
©
iia
ee
=)
a
Leas
semis
Ps
L
Z
G
coach ateechataised
.
1d: DE
Cc
{NR cata bm Ne OME ANOS OA NSO EER IEEE, EMD CE OSE MORELOS TSN SCOPE IHR SINR ISE HM OH IIE LE ETI MEARNS
a
PUR AY
rf yf } og Fa EY
Mak 8A see et a OF
ne Epa
VAL
F Ak
LI
é
a
i
R
P
8
n
“p
My
Cy Beene
SIGNAL
GENERATOR
e
OUPLING
d
e
aet
qo
aoe
ye
pat
Ponte
ae
a cx
Oo
Nae
lo
n
e
uy
ga
a
Saree
on
eee
8)
ee
e
fast
Cees
5
o
|
cee
:
Teen
|
Cc)
oe
wo
&
NAL SiG
(~
ied
%.
t
t
d
lant
Le
ng th
e point.
mod
“sp
5
3!
7
(/PM-fF & RF ALL
Ni
i
i
pocenntihinsancrnanconcnt
mintaaaanensaref
iniianeacerntcini
inna
tenner
RA AEN CEMA ELAN BREESE NCI RENEE SORENSEN
a
“
‘sit
-
|S
iY
i
|
re
bf
j
ngly,
referanc
sh
i
i
be
ae
Qi
*
=
=
Lid
2
.
ones
ene
i
+
aed
Ow
ve
Coenen eee ee ee een eee ce ovens cancucecniemaarcpunianocsnuugeiereouinmmsoymonnseinninaioratoc
ane
Vi
if ¥ } f
} *
i
|
OQ:
|
| |
FREQUENCY & DISTANCE
ig
a <i
LL
6% Ul.
<t
s ee
i
Beinn
isomers
SN
fesstetye
CE
ene
el
Met
der
eae
oe
eee
Irs
eae
RATES
|
oe
Lc
ancl
a
aes
cei
enya
scone
tooo
eaves
anataconenanuaanpace
teil
MANNII
i
Se
I
NSN
RANE
SDE
EY
AG
ERASE
ESLOMI
MEE
BAN
DAE
ARE
NIN
Bib
ARATE
ANT
ALOD
DEO
ROA
AR
LIRE
LEAL
AN
A
UE
Hi
BION
TES
OO,
ac
O
PLIS eeL7
ue
sie,
ween
sana!
=item’
“semi
"maid
mere,
mang”
esusemas
aes
aya,
leer.”
sgn
ofr
mera
batt
vimana
iets
any,
“sen.
rte
henge”
Rai
iting.
sony
cent
ee
mci’
eran’
"poate
“ n ~
g
Ech
t £
ich
os
f
.
y
{9)
|
oan scant sunita oe
i
| |
|
| |
i
|
;
i
ke
eee
Eee
a
|
ensaonenciipeinonoinea
csc cchionlaocwsmmnicaerS
ck
it
as
ko
r
a
4
White
"aps ems smunncntnn weenie ner sn A
re
eantnnsenntinin carne en time
Set
itch
emt
{tc
|
|
|
|
|
s
paren
see
|
oe
m
-
iy
Ces
ete
net
oe
O
.
af
she
N
9
%
pee es amc em
i
ais
a
ont
oh
oe
ir
Sei
} i
| f i
i
oN é
W
ES
VV
Bae
ey
aoe SRP IC
Nicatnenmsrtinirnmivnnnugnronunnn an nrinte er ingii SARI AT AN TH ST ORO AEE
SY
|
|
| |
|
|
|
|
| |
i
i
peasant
|
|
| |
Motor
gence
andr
une
Sm
ran
Seabees
ABER
RENN
RN
ANT
|
i
| |
|
i
j

ALIGNMENT INSTRUCTIONS
2. FM-STEREO ALIGNMENT (Refer to Fig. 10)
FREQUENCY & DISTANCE ON DIAL SCAL | SCA FILTER ALIGNMENT
PL? TABLE
To accurately align the proper frequencies to the dial scale, EQUIPMENT CONNECTION
Bene put AF OSCILLATOR COUPLING OSCILLOSCOPE
‘i | 550 kHz y 67 kHz Connect vert. amp. of scope to point
| y Connect to EXT. FM signal t TP301.
1500 kHz 159.9mm 6% reg ves
terminal. Common to chassis.
S9QOMHz 22:8
1. AM/FM-iF & RF ALIGNMENT sel
Kr"
AM-IF
&
RF
ALIGNMENT
(Refer
to
Fig.
10
and
11)
seal
9
A"
CH9 |
SIGNAL SIGNAL
GENERATOR GENERATOR INDICATOR ADJUST REMARKS
COUPLING FREQUENCY SETTING
Fashion loop of several turns Point of noninter- Output meter across
refer
to
Table
and
mark
the
edge
of
the
dial
scale
plate
accord-
ADJUSTMENT
REMARKS
ingly, using the ‘‘Start Point’’ mark on the dial scale as a
3
z
Adjust for minimum oscilloscope
L301 (67kHz Filter Coil)
pattern.
reference point.
19kHz AMP. and LIGHTING LEVEL ALIGNMENT
EQUIPMENT CONNECTION |
: ADJUST REMARKS. 0x
SIGNAL GENERATOR OSCILLOSCOPE =
Connect to EXT. FM antenna terminal Connect vert Amp. of scope to point L301 (19kHz Pick-up Coil) Adjust L301, L303 for maximum
through Dummy antenna. TP302 Common to chassis. L303 (38kHz Coil) oscilloscope pattern of 38 kHz.
€ wi adalat 455 kHz EXT Soeaker Jack Adjust for maximum
134 CH35 of wire an ts iate signal into (400 Hz Mod.) erence. peaker Jac ataut
loop of receiver. (on/about 600 kHz) (L). |
ALIGNMENT CIRCUIT ADJUSTMENT REMARKS
550 kHz Adjust for maximum
L202 (OSC Coil) ee
550 kHz output by sliding coil(L801)
ee | (400 Hz Mod) Leo1 (ANT Col) | oe eee. eh ea Adjust R317 for the lighting level on SG is 224B.
ra
ey
uting
Leve
si
= 1500 kHz C134 eden Adjust for maximum
y ewe (400 Hz Mod.) 1500 kHz P (ANT Sati Repeat steps (2) 38kHz SUB CHANNEL CARRIER LEAK ALIGNMENT
at 131 +; an
T
sae) EQUIPMENT CONNECTION
Notes: 1. Cement antenna bobbin with wax after completing alignment. eres BceILOCCOPE ADJUST REMARKS
| 2. Make certain that speaker system is connected to the turne when alignment.
Connect to EXT. FM antenna terminal Connect vert. Amp. of scope to point R302 (38kHz Sub Ch. Carrier Adjust for minimum oscilloscope
; through Dummy antenna. TP303. Common to chassis. Leak Control
| caat FM-IF AND DETECTOR ALIGNMENT WITH OSCILLOSCOPE (Refer to Fig. 10) ‘ ‘ ‘ iia! ee
PO eager ae ae INDICATOR ADJUST REMARKS SEPARATION ALIGNMENT | Eas ~
ee
ALIGNMENT
CIRCUIT
ADJUSTMENT
REMARKS
Adjust T.01 of primary for maxi- Adjust R304 and L303 for the minimum indication on VTVM from the
Connect vert. amp. of Tor (FM Ist IFT) mum amplitude. SEPARATION R304, L303 right side output when the left side of stereo modulator is modulated.
scope thru. electrolytic Adjust R304 and L303 in the same way for the right side.
. . capacitor (25V 0.1uF)
sa nas a ee ese to point TP203. Adjust 7201 for maximum ampli-
; O poin oint of non-interference Gonnntevebasc
= T tude and symmertrical curve.
91 OC) TP101 terminal. (ON/about 89 MHz) Re E Gna) :
(Refer to Fig. A)
Common to chassis.
Connect vert. amp. of Adjust T202 so that proper linearity
scope to point TP204. T 202 (Disc.) between 100 kHz
Common to chassis. (Refer to Fig. B)
rc
202
a
@ AM IFT TP303
T203
48)
Note: Remove line cord antenna from FM external terminal when aligning.
FM-RF ALIGNMENT (Refer to Fig. 11)
|
@
SIGNAL SIGNAL SIGNAL RADIO T204 |
COUPLING FREQUENCY SETTING
GENERATOR GENERATOR DIAL INDICATOR ADJUST REMARKS
FM IFT | [D boo
! [ tP301
Connect to EXT FM antenna
L104 (FM OSC Coil)
terminal through FM | 90 MHz Output meter across Adjust for maximum
L101 (FM ANT Coil)
dummy antenna Common (400 Hz Mod.} EXT Speaker Jack (L). output.
L102 (FM Detector Coil)
L104 L102
peu
FMOSC Cail
ey cre
Fcscm} jC)
38kHz Sub Ch
amer Leak Control
D
@M L301
9kHz
Pickup Coil
eparation 0
to ahassis.
C119 (FM OSC Trimmer) Adjust for maximum
106 MHz
(400 Hz Mod.)
R304
106 MHz C102 (FM ANT Trimmer) output Repeat steps
C109 (FM Detector Trimmer) (1) and (2).
TP302
Note: As three output responses will be present proper tuning is the center frequency.
Fig. 10 Fig. 11

mopveEL SS-7100
SCHEMATIC
DIAGRAM
Rear
Front
PIB
Rec out
a
ful
cE
2
a
a
4
a
ry
bad
é
“T3F5
OOO,
*
©-©-O,
2
_#?
:
ee
=
~
we
aa
re
w
e,
5
8
=
S
S
5
=
35
2
re
oO
vo
oO
re)
re
Z
(«)
3
°
3
5
2
3|
7?
re
Fe
F
3
=|
5
i
z|
fs
ogsz
ss
(©)
(=)
(*)
(©)
c
gL
e189
419)
7199
19D
SI9D
E6I9>
9199
:
27
e
«
(2)
(~)
(2)
~)
e
i7
109m
7098
C_
©)
(s)
z09u
()
6)
coau¥
$093
6099
9082e
0199
109d
ied
+
UASZ
ts
*
1085
2099
£093
a
a
es)
eee
ee
psi
Paste
ack
oe
SUP5230
L
ee
(~)
>
a
——
—
x “=
bar
4
oa
-(2)—
6ssusS
osu
S
=
4
ry
220°
2E-ASZ
L
£e89
zt.
a
wz'e
tt
|
MSL
ves
b
l
essu
+
£5SY
=
on
(2)
—Wwa—t
WUNOS
SS6¥
7SSY
965M
85S
>
OZZA}
BESS
a
ae
;
:
b—W
4-8
Kk
a
w
>
no
sf
cv00M
WUMOS
zz0°¥
RS.
oes
zGsu
zeS9
ee
67s)
issu
1€s9
$3
¥
7
[ser
vee
ee
ote
ofe
ossy
©)
+
—$©
7
~
Fe
)
=
z75u
we:
i
97Su
eysu
i?
Lysy
7788
“7
e7s¥
6
ot
oy
=
“~
=
betty
SE
715
8
85
4
38
3
os
:
=S
v2
es
oz
ae
vz
z
>
es
2
8
—
ea-oasz
99°
0AS8z
2
99°0ASZ
$
“
ITE:
7
1s)
8
i
2
ar
3
iso
-
s1S93
2
ram
w
é
-
A
AN
Wozz
£974
|
|
-
wozz
2978
a
x
a
a
oo
e
mw
o
=
Fd
4ch Balancer
Remote Terminal
@uwos
a
7
~~
zesU
7ESY
sesy
‘
&
|
SiSo
Q
91S)
-—o
mn
k—o
0D
rs
”
<
=
"
£
‘
~
oa
a
na
ox
=
an
~
o
om
wo
=
aw
av
«
©
«
WL?
7258
i
wL7
S7SH
NOL?
765u
OP)
-——
LO-ASZ
xogs
is
78S)
9654
Hoe
;
OLZASZ
ues
w2te
o6sy
[
WoL
@eSu
W2&
e6Su
w0e9
78S
|
woLr
zesy*
+
oeso
z@s9
ce00%
eS
€£00'%
9459
d609%
|
|
|
7169
|
d0e9y
WEE
WEE
|
2489
Ayes
9usu
|
|
|
L'
mez
vusd
|
|
TR
TRs573
R580 100K
R565 10K
R562 6.8K
R577 WOK
R578 100K
@)-__—@)-©)
aay
UP5090 Ss
(23)
R516 8.2K
R§20 15K
ee
|
eee)
RS§23 33K
WS)
2Sy
W—
“
is
wSt
91Su
boo
oD
OD
ba) n
o
o
=
wSl
Sis
=
a
oa
a
oo
=
“
3
°
e|o
oO
oO
:
2
2
as
2
glo
oo
oo
.
©
ra
«
o
0
a
oO
&
ee
oa
Do
aos
|
taos
|
o
0
oO
Sos)
7,
40894
ie
oo
0
oO
we9
S,
6osu
iz
2
ao
8
o
09
2
logy
100'R
3
‘a
wO
Oo
o
0
o
089
w
ad
o
0
5
oO
-
o.60
o.6°
nosL zi 4001 o oO o a
cosy + osu
o
OD
a
oO
\A0S
1089
"|
a
9
o
a
ajo
oo
o
a
o
Oo
o
a
oo
o
oO
fe
|
|
|
5
SUP50
SUP 5150
R
Woe
LS7¥
mx
WORM
MZ/I
SO7y
RS v9S
=z”
L97y
=
—Ww-#
&
3
oot.
|
OlAgt
eed
aw
=
xles
we
28TH
2899
|
2
abe
“738
n
Oz
3 °o
|
|
wiz
MORMZ/
A
WOOLNMZ/L
“75
sou
7594
mala
+
3
O1ASL
1899
a
OLA
EOD
Gag
10729
L-——6—-—
—-)
+
&
100'W
So7D
70973
48)
+8)-+8)49--@
-—--O®
CT
—
pn
a
«
O
©
>
6
HE
~
r
E£0°Od
°
Fe
7083
£3
=z
-
&
>
.
3
£3
&
z O
=
=
a>
femme sts
Deere
anne
S)
sor
©)
£0°Od
LZ
()
©)
eeod
sez
91
|
[
lod
2zt9
oy
r-®
|
23
x,
fal
y
S
2
F
s[&
|
7?
°o
N
.
2s
a!
-
ae
|
ze
told t
a
nor
x
|
o
x
|
onan
=
3
°
Ra
nN
3
we
-
=
=
<-)
a
ee
.
=
=
|
nwo
as
3
=
th
in
oa
|
a o
nun
-_ oa
o
[s)
om
3
olay]
i
eve
|
ad
&
b—t
test
°
gtey
=
Ate
=
lod
aug
©
|
10d
Sm
=
Z20'W
B1ed
Ht
pos
1
S
6
ez
tu
re)
Ss
¢f/O
O\fe
|
s
ane
:
o.
~
[4
Oy,
f
A
)
:
°
£
8
:
:
ei
g-
“
-
e
=
re
L
-
YY
a2
RE
F
>
_
.
zzO'W
v 3
=
c
zzz
vfo
“ole
.
7
---f--
7
e\6/é&
ee
se
co
~~
1g}
694
FH
|
5
:
at
rie
Wo
=
bad
H
=
4]
é
“2
<
wfot
oly
u
x
:
a8sge
8
=
2
f
re
WOrz
=
Wa
2
faow
ares
ae
we
WOE
be
5
8iz4
;
SUNS
zt
%
(Oo
s5555
i
&
a
|
for}
t0lu
2
S|
802d
>
xz
SO0fe
|
90eu
My
2aee
z
Hs
ry
iG
p+")
@ity
<<
S
.
Fa
|
=
RReEreE
wo
ET
aowvzio
%
ae
@
at
Big
s
z
a
OzzA01
dOsEr
Ig
=
®
o(@)
WzZ
'
—7089
2OED
oO
5M
e
we
10OW
1e79
uuzy
:
z°
4
”
£
zi :
PN
:
2
-
uo
=
8
-\-:
ZOEdL
OWOS|
ZOCH”
NST
£OEH
mth
athe
~
e
-
Ss
TE
a
-
ules
1°
3
«
oa
2
OLAS
1089
rT
BOO
lod
£015
x
L$
4yyay
>
s
23
=
3
vere
10ce
ene
a
-
FE
3
i
E
oo
0
ma
©
om
4
S
°
ra
°
oe]
2
wo
rad
R
-
I
o
=
~
WS"
=
8
a
4
bs
2
1819
2
bd
ys
oF
h
de
5
a
[aa.)
o
oo
Oo;
M
r=)
POOL
COM
wSi
VOLUN
a
()
n
oa
41°
sl
bs
aa.
ane
x
r
roa’
Zod
|
ocia
2
¥
leon
i
b
<
38
how
2
W—t
0223,
|
4
uw
2°
a
on™
‘
2
-
ta)
cia
‘ood
Teor
oie
(~)
-
sel
ol
§
i
oO
is
°
bs
tgs
=
—
oi1o
oF
be
ee
2
>
ieleen
tas
oj=
8
©)
rt
at
mes
2]
N
o
_[°
4)
wlo
4
&
=
s
oO
etd
at
|
“od
S
ajo
ole
5
ss
a
oS)
ae
=
19
se
|
D>
re
On02-9:
Q
w
&
t€
3}
ayo
j
w
z
a
ae
Oe
=
a
7
j
ue
ra
=
a
|
wes
|
=
it
ct
“ei
=e
Saeee
perTetNvea
a
Sik
(2
ee
a
a
a
ea
cee
aes
ear
inee
caenie
—
xe
PR
ey,
ti
H
i
-
i
1
inciatern es
fos
METER [2
at)
TUNING |
FM ANT
3000
BAL
Line Ant
a)
$5-3 S$5-5 SS-3
S$-4 $8-7) -S$5-2
$5-8 S5-6
03 8
W312
12 nw g
16 6% 1h 13
fo
a)
~jo
oo
mio
oO
oo
oa
0
oO
ooo
«|Q
oO
no
oO
o
0
ooo
0
0
o.6U6°d
5
0
Bao
o
oO
o
0
$5
1C60I~4
opoomooancoce
23456789 0
t
& 6 8
C401~2
2

Front
Rec out PIB
————
SUP 5150
eee
) o O O
mv ox
eo ene
$i-4
S$ 2-2
Bue
R464 6.7K
RLE5 4.7K
53
Sis Ja scegiy —_ wi
R853 220K
ZZ R854 220K
i
R503
172 180K
R507
6.8K
5
50¥1
(ay
fr C501 501
+
L+ C507 "1 C50
50V1
R505
100K
C503
M.001
R509
6.8K
RSO4
b
c502
R506
R514 6.2K
i~]
o
”
o
Ld
“
«
_Sursesd_|
R51) 6.2K
R513 6.2K
“jx
ets
Bee
a{|@
|
R522 33K
W\-
R517 15k
53-9
monooondgonoa manana
omomaooc on oCAa0oecoceat a
$3-6
oo SST
gQouoanananacaagnno90 00 |
ooqgqvno v9 OHM MO M9 PO 7CoO0
S3-6
R523 33K
R518 8.2K
R520 18K
4
”
5a
wn
i
x
~
“
o a
fd ns «
neaow
is :
-
| pave
|
©)
©)
ic
| q |
TRsn
$ C579 SOY!
+ R561 470K
—
;
R591 470 |e
RS95 680K
R525 4.7K
RS82 470K
576 K.0033
C582
R584
680K
x
~
N
a
SS &*SaTs
mm ao
wow) wh Jo] s
= x
R56
330
$4-3
R530
C512
o—+t
R531
a CSI7
25V0.66
‘C829 251000
C529
R532
SOKNB
R55)
SOKNA K.0047
R555 SOKNA
i]
2
C53
K.02
R601 47
R533
RS34
css
R556 RS5SS4
R462 220K
R&63 220K
R558
C702 25¥3300
R535
C516
REIZ V2W KOO
R705 72WK270
R64 1/2WK WO
C536 wv2720
R550 330
REIS 1/2WK 180
RBO3 SOKNA
4ch Balancer 4ch Level Controt
Remote Terminal
A 8
system system
LF
1
|
|
|
|
|
|
|
|
|
|
Diat Lamp
6,3V250mMAX5
METER Lamp
6 ,.3¥V250mA
C802 MO.01
1c’s
EQUIVALENT
CIRCUIT
1€601-606
1€401.402
TRANSISTORS
3SK39 TR101
2SC1359 TR 02 . 103 . 201
2SB 176 TR301 neIES
1. > Corresponds to the number on the printed wiring boards.
28C828 TR302
2S8C1328 TRaorn 203, 451.453
501.902 .871+574
jae Shows the voltage without any signal.
2SA666 TR 452.503~506 ae
28B473 TRros
2.0 C Voltage measurements are taken with ao crreuit’ Tester (100KN/¥) trom
chassis ground.
“*"Show the voltage with FM stereo signal.
Tolerance K2£10%.MS20% J35%, PO~2100%,
)
4. $1-1~ S1-6 Selector Switch now in PHONO Position
moves 1 PHONO*-2FM ST-3 FM AUTO AM
§2-1~$2~4 Tepe Monitor Switch now in SOURCE Position TAPE~=SOURCE
I c's $3-1~ 3-10 MODE Switch now in ST Position
AN217 1C201 moves 1 ST-=—-2 MX1---3MX2 -=-é Discrete
AN211 LC301 $6-1~ 6-4 LOUD NESS CONTROL Switch now in OFF Position OF FeeON
SVILD3115
=
[C401
402
s5-1~5-8
SPEAKER
CHANGE
Switch
now
in
PHONES
Position
SVI STKOOS IC 601.604 moves 1PHONES ~-2A——3 B= 4 BOTH,
S$6-1.6-2 Voltage Adjustor Switch now in 100~ 118V Position
DIODES
moves
-100~
115¥-=
115
~
130V
=
200~
225V
=
225~
250V.
Oag0 D 202. 203.206 at Oe cata now in ON Position ON-OFF.
20A79
D
204.205
5.
Resistors
are
all
t/6W
carbon
film
type
except
for
those
SVDMA26-2 Doo; specified.
$VD1S1850 =D 701.702
SVDIS1850R D703.70«
SVD02Z 8.2A Dros
SVDSDIV D705
$VDSC29 D101

ee
a)
CC)
ae
Cy
mecca
2
apace
J
OO
©
cee,
Se
heme
CS
se
Lae
intone
nsprens
tee
stn
|
arisen
MONE NOE
are
rene
mene
aA
sie See Pe PSR SARE SSI AHO
1 AN
seaman
esr NEE HON oT MCN ENE PE NS RN ST SESH TES LOI TT ARM ETS
oe)
ener
|
|
ses
Ee
ae
Juana
tober
nected:
See
eee
pha
thenloercn
ene
SS
SSE
8. 10K
a
a)
R
Bice
Ga
aa
a
2
454-100
:
iss
onay
AEGeeEE
aA
Ae
E s y
SER
AGT
eS
OR
ISCIB
EBS
PRE
£455
IBV
EL 1a
C 6.2
Beg
ees
oo
siotaaety
pada
reenact
sige
S34
SSRN
Neat corey
iY
=
or
ye
UDN
Seat,
se
es
E
DOV
TCH LOL
Se
ON AY
<
OF
8a)
Om)
mt rood
po
QW
4a
=
JDNE
Ae
1
2.50]
: [2 ance
t 4
i
i
RADA
330
SARIS
Les
9.9004
3
ase:
SS.
VOLUME
:
TREBLE
VOLUME
TAS03.505
“TH808
08]
BASS.
VOLUME
bepoe
0023
i
Cl
-40
:
Bp
075
:
a
*
:
4
Fy
i i
}
:
H
:
:
2
:
i
q
g
7
.
me :
: :
:
:
i
;
i
i
:
§
paker Change Switch
2
S

DA
OS!
898H
3
WAr
Seinetateiminnittentner tna
}
etanetantot
‘ i i
/N\
ae
i
PHASE SHIF
NOo se
jon
—
CS
lee
eed
[asl
peas]
Le
ioe
‘See

(
agi
919
8
l
:
Soe
ante ENON
i
oi
Ronny
RI
EEE
SEESEeS
SETI
romana
stan,
‘ca
ae)
yy
c
Seen
rod
aes
ep)
* .
» ® *
A
2
*
*
ea eet
esi
wren
fon
3
i 4 3
A
: 3 §
pees
SRE
EET
ESRC
ee
SN cP NANA NA OMAR NERVE ERAS EEN EEO
SORE LEN OCP i LOCC OTE ED
2
a
EE
4

PARTS
LIST
C
Changer
Unit
SP-91
OC)
1
SFVS910-1Z
|
Automatic
Spindle
4)
me
mane
ae
[ews
[ore
3
|
SFQH910-2
|
Spring
[is
4
44
|
SFUP910-3E
|
Reject
Rod
B
ee
6
EPU-36SMAD
SFKRO1O-1A
11
SFKC910B01
1
|
SFKC913B01
|
Escutcheon
Moulding,
B
45 | SFUP910-4E | Reject Rod A
46
2
13
SFKU913-1A
|
Arm
Rest
Ass’y
SFQS910-1 | Speed Change Rod
47,48 | SFUP910-5E | Speed Change Lever od
14
SFMISLOAOLE
|
Idler
Wheel
Ass'y
49, 51,52! SFDASI1OAL AC Plug Ass’y |
16
SFKT910-3E
|
Cueing
Lever
Ass’y
171,172.
|
seKTgIOAL
|
Speed
Select
Lever
4M-15VPL Motor Ass'y
19
SFXG910-1
Shaft
l
—_
ay
Turntable Mat
2
SFTG9LOCIA
SFXT910-1
i
Stopper Ring
Turntable Ass'y
Pickup Arm Ass’y
Lift Ass’y
Escutcheon Moulding, A
|=
je
Bae
mio] om
ww } co | ~ woln
x|c Oi) 7*
> 1 wo —- | —
m= | © Ret ea
NM
igs) rat) wm ra) uv
o% mal wD
O
Oo
3
s=2
ras)
—
cD
>
[es]
nn
a
56 XWA4BFM Washer
Nut
_
~
Ww
21
XWA8BFX
Spring
Washer
22 XNG8HFX Nut:
Ro td
61
63 KINS-+12BFU] Screw
‘
SFOAQ10-5
24.67
|
SFUP910-6A
|
P.U.
Control
Lever
Riveting
Ass'y
ofa |S
26
SFXW910-5
|
Washer
65
|
XTN3+6BFU
28
SFUM910-3
|
Selector
Lever
«67s
XXA3D5FU
29
Washer
r
Z
z
r
Z
:
z
77 SFKD910A01Z | Balancer
SFXW910-1
XWC4BFY | Washer
32 SFUM910-5 Knob, Slide Base
33
SJF3201-1
Pin
Jack
Recaptacle
34
SFUP411-6
|
Retaining
Clip
35
SFMT910-1A
|
Speed
Change
Base
Plate
Ass’y
36 SFQH831-2
S27
SFUP910-2E
|
idler
Off
Latch
Ww O
Ee

¢ anal UNIT SP-910C)
EXPLODED
VIEW
OF
CHANGER

LUBRICATION COMPONENT PACKING PROCEDURE
The
Record
Changer
Mechanism
ts
well
lubricated
before
leaving
the
factory,
however,
after
prolonged
use,
it
is
advisable
to
PA7
re-lubricate
certain
parts.
”
A
medium
grade
grease
or
oil
should
be
applied
to
the
points
shown
in
Fig.
12.
DO
NOT
TOUCH
THE
OUTSIDE
EDGE
OF
THE
IDLER
WHEEL
OR
LET
IT
COME
INTO
CONTACT
WITH
ANY
OIL
OR
GREASE.
Dust
Cover
PAI0
PA11
PAG
Record Changer
Grease here
Turntable
PA4
Shaft (58-42)
Reciever
Idler whee!
Ass y (14)
| {
As ws
:
|
Push
Lever
(18)
: sr
Capstan (39)
Base Plate Assy
Grease
here
_
Grease
here
Grease here
Speed Change
(Base Plate) Ass'y
Grease here
Fig. 12 Lubrication

gp
REPLACEMENT
PARTS
LIST
NOTES:
ae
|!U:t:t:C
1
Part
numbers
indicated
on
most
mechanical
parts.
Please use this Part number for parts orders
2 W) indicates the New Parts.
3
X-Z
rank
X
rank
parts
will
cover
80%
of
repair
needs
X+¥
rank
parts
will
cover
95%
of
repair
needs
Z rank parts are less necessary
Description
Per Set
and
TRANSISTORS
RESISTORS
1C201
AN2178B
FM
IF
&
AM
IF
1
R201
ERD14TJ151
|
1600,
1/4W,
+
5%,
Carbon
1
Zz
1C301
AN211B
FM
MPX
1
R202
ERD14TJ101
|
1000,
1/4w,
+
5%,
Carbon
1
Zz
iC401,
402
SVILD3115
Equalizer
Amp.
2
R203,
702
ERD14TJ100
|
100,
1/4W,
+
5%,
Carbon
2
z
1
601~-604
SVISTKO09
Power
Amp.
4
R204,
223,
303,
|]
ERD14TJ333
|
33kn,
1/4W,
+
5%,
Carbon
10
z
TR201
2$C1359AB
FM
IF
Amp.
1
311,
401,
402,
TR301
2SB176P
FM
MPX
1
573~576
TR302
2SC828RS
38kHz
Switching
es
|
R205,
227,
313
|
ERD14VJ153
15kQ,
1/4W,
+
5%,
Carbon
3
Z
TR401,
402
25C1328ST
Pre
Amp.
for
FM
2
R206,
319,
320,
|
ERD14T5183
|
18k0,
1/4W,
+
5%,
Carbon
5
z
TR403
2$C1328ST
Pre
Amp.
for
MW
l
566,
567
TR451
2$C013288T
Mic.
Amp.
4
R207,
212
ERD14TJ680
|
682,
1/4w,
+
5%,
Carbon
2
z
TR452
2SA6EGIORS
Mic.
Amp.
5
R208,
310
ERD14T
5273
|
27k,
1/4W,
+
5%,
Casbon
2
z
TR453
2SC1328ST
Mic.
Amp.
4
R209,
216,
314,
|
ERDI4TJ332
|
3.3kQ,
1/4W,
+
5%,
Carbon
5
z
TR501,
502
25C1328ST
Matrix
Amp.
4
315,
703
TR503--
506
2SAG6EIORS
AF
Amp.
5
R210,
211,
704
|
ERD14TJi02
|
1kQ,
1/4W,
+
5%,
Carbon
3
z
TR571~574
2$C1328ST
Phase
Shifter
4
R213,
583,
584,
|
ERD14TJ684
|
680kN,
1/4W,
+
5%,
Carbon
5
z
TR701
2$B473A-S
Ripple
Filter
1
595,
596
R214,
225
ERD14TJ5152
|
1.5k0,
1/4W,
+
5%,
Carbon
2
Zz
“R215
ERDI4TJ124
|
120k,
1/4W,
+
5%,
Carbon
1
z
R217,
218
ERD14TJ223
|
22k.
1/4W,
+
5%,
Carbon
2
z
R219,
853,
854
|
ERD14TJ224
|
220kN,
1/4W,
+
5%,
Carbon
3
z
R220
ERD14TJ821
|
8200,
1/4W,
+
5%,
Carbon
l
2
0201
MA26-2
Stabilizer
1
x
R221
ERD14TJ823
|
82k,
1/4W,
+
5%,
Carbon
1
Z
D202
OA90
Meter
Diode
1
X
R222,
226,
ERDI4TJ472
|
4.7kQ,
1/4W,
+
5%,
Carbon
4
z
D203
OAS90
AM
Detector
1
x
568,
569
D204,
205
20A79
FM
Detector
2
*
R224,
228,
409,
|
ERD14TJ103
|
10k0.
1/4W,
+
5%,
Carbon
7
Zz
D206
OA90
Temperture
Compensator
1
x
410, 417, 587,
D701,
702
SVD1S1850
Rectifier
2
xX
588
0703,
704
SVD1S1850R
|
Rectifier
2
x
R229
ERD1I4VJ683
|
68k,
1/4W,
+
5%,
Carbon
1
zZ
D705
SVDSD1Y
Stabilizer
i
x
R240
ERD14TJ274
|
270k2,
1/4W,
+
5%,
Carbon
1
Zz
D706
$VD0228.2A
Stabilizer
I
x
R301
ERD14TJ682
}
6.8k,
1/4W,
+
5%,
Carbon
i
Zz
R305,
851,
852,
|
ERD14TJ122
|
1.2kQ,
1/4W,
+
5%,
Carbon
5
Zz
855,
856
TRANSFORMERS
and
COILS
R307
ERD14TJ392.
|
3.9kN,
1/4w,
+
5%,
Carbon
1
z
R308,
413,
414,)
ERD14TJ471
|
4700,
1/4Ww,
+
5%,
Carbon
7
Z
T201
EIF1OS211B
FM
IFT
x
585,
586,
591,
T202
$LI45505
FM
Disc.
592
T203
SLI7W101T
AM
Ist IFT
R309,
411,
412,
|
ERD14TJ222
|
2.2k0,
1/4W,
+
5%,
Carbon
4
z
RLL2B415T
AM
2nd
IFT
418
SLT5P15
Power
Trarsformer
R312
ERD14TJ121
1200,
1/4w,
+
5%,
Carbon
1
Zz
R316
ERD14TJ473_
|
47kQ,
1/4W,
+
5%,
Carbon
1
Z
R318
ERD14TJ221
|
2200,
1/4W,
+
5%,
Carbon
l
z
L201
ELQ5A9
Choke
Coil
l
4
R321,
322,
857,
|
ERD14TJ154
|
150kN,
1/4AW,
+
5%,
Carbon
4
2
L202
SLO2P5
MW
OSC
Coil
1
x
858
L203~
205,
304]
SLQX250-1
Choke
Coil
4
x
R403,
404
ERD1I4TJ474
«|
470k0,
1/4W,
+
5%,
Carbon
2
z
L206
SLD4Y31
Choke
Coil
1
x
R405,
406
ERDI2TSJ184
|
180kn,
1/2W,
+
5%,
Carbon
2
NZ
L301
SLM1C21
SCA
Filter
1
x
R407,
408,
416
|
ERD12TSJ273
|
27kQ,
1/2W,
+
5%,
Carbon
3
QZ
L302
SLM1C21
19kHz
Pickup
Coil
1
x
R415
ERD12TSJ124
|
120k,
1/2W,
+
5%,
Carbon
1
z
L801
SLH25
Choke
Coil
1
®
X
R419
t
ERDI4TJ391
;
3902,
1/4W,
+
5%,
Carbon
1
ra
803
SLF2E7
AM
Ferrite
Antenna
1
®@
X
R420
ERD14TJ271
«|
2700,
1/4W,
+
5%,
Carbon
l
Z
1303
SLMIC21
38kHz
Coil
]
X
R451
ERDI2TSJ124C}
120kQ,
1/2W,
+
5%,
Carbon
1
QZ
R452,
459
ERD12TSJ104C}
LOOkN,
1/2W,
+
5%,
Carbon
2
QZ
}
R453
ERD14TJ223A
|
22k,
1/4w,
+
5%,
Carbon
1
@2
CIRCUIT
BOARD
ASSEMBLY
R454
ERDI4TJIOIA
|
1000,
1/4w,
+
5%,
Carbon
1
z
R455,
467
ERD14TJ563A
|
56k0,
1/4W,
+
5%,
Carbon
2
z
SXP
1097
IF
and
MPX
1
R456
ERDI4TJ681A
|
6800,
1/4W,
+
5%,
Carbon
l
z
SXP1099
Pre
Amp.
1
R457,
511~514)
ERDI4TJ822A
|
8.2k0,
1/4W,
+
5%,
Carbon
9
z
SXP1101
Phase
Shifter
i
518,
519,
553,
.
$XP1103
AF
Amp.
1
554
SXP1105
Power
Amp.
and
Power
Source
i
R458
ERDI4TJ151A
|
1500,
1/4w,
+
5%,
Carbon
1
Zz
SXP1107
Rear
Panel
1
R460
ERDI4TJ272A
|
2.7k2,
1/4w,
+
5%,
Carbon
l
QZ
SXP1109
Signal
Connection
l
R461,
557,
558
|
ERDI4TJ152A
j
1.5kQ,
1/4w,
+
5%,
Carbon
3
z
SXP1111
Speaker
1
R462,
463
ERDI4TJIS4A
|
150kN, 1/4W,
+
5%,
Carbon
2
Z
SXP1113
Speaker
Connection
1
R464,
465,
ERD14T
J472A
|
4.7kQ,
1/4W,
+
5%,
Carbon
16
zZ
SWF
FM
Frontend
Pack
1
524~531,
542~545,
547,
549
R466
ERD14TJ391A
|
3900,
1/4w,
+
5%,
Carbon
1
z
R501,
502
ERD14TJ332A
|
3.3kQ,
1/4W,
+
5%,
Carbon
2
z
R503,
504
ERD12TSJ184C}
180k,
—1/2W,
+
5%,
—
Carbon
2
OZ
R505,
506
ERDI4TJ1O4A
|
100k,
1/4w,
+
5%,
Carbon
2
z

TES
R507~-510, ERD14TJ682 | 6.8k0, 1/4W, + 5%, Carbon C513~516 ECQGO5683KZ | 0.068F, Vv, +10%, Electrolytic
562, 563 C517~520 ECAG25E R68LF] 0.684, oy Electrolytic : :
R5i5, 516, 517, | ERD147I153 Carbon C529, 530 ECQG05472KZ | 0.0047uzF, 50V, +10%, Electrolytic 4 Y
520, 521, 303 571, 573
§ R522. 523 ERD14TJ333 =| 33k, 1/4W, + 5%, Carbon C531~534 ECOG05223KZ | 0.022zF, 50V, +10%, Polyester 4 Z
R536, 537, ERD14T 5222 + Carbon C535, 536 ECAG25ER22L FI O.224F, 25V, Electrolytic 2 Bs
559, 560 C537 ECEA25V220t. | 220uF, 25V, Electrolytic 1 hs
R538~ 541 ERD127SJ105 Carbon C538 ECEAI0V220L | 2204F, 10V, Electrolytic l Y
R546, 548, ERD14TJ331 Carbon C572, 574 ECKO2H681KB | 680pF, 500V, +10%, Ceramic 2 z
550, 561 C575, 577 ECQG05153KZ | 0.015uF, 50V, +10%, Polyester 2 z
R564, 565 ERD14TJ103 , + 5%, Carbon C576, 578 ECQGO5332KZ | 0.0033F, 50V, +10%, Pblyester 2 z
R577~- 580 ERD14TJ104 + 5%, Carbon C579~582 ECEASOVIL ef, 50V, Electrolytic 4 Y
R581, 582, ERDI2T J474 + Carbon C583, 584 ECAG25ER47L | 0.474F, 25V, Electrolytic 2 Y
593, 594 C706 ECEAL6V47L | 47 uF, 16V, Electrolytic 1 Y
R589, 590, 598, | ERDI4T J822 8.2kN, 1/4W, + 5%, Carbon C601~ 604 ECAG25ERIL | lyf, 25V, Electrolytic 4 bd
617~ 620 C605~ 608 ECEA25V100L { 100uF, 25V, Electrolytic 4 Y
R597, 605~ 608| ERD14T J562 5.6k0, 1/4W, + 5%, Carbon 5 C613~616 ECEA25V10L 10uF, 25V, Electrolytic 4 Y
| R609~612 ERX2ANJ4R7 14.70, 2w, + 5%, Metalic Film 4 C621~624 ECEA25V33L | 334F, 25, Electrolytic 4 + 4
R613~ 616 ERC12GK181 {1800, 1/2W, +10%, = Solid 4 C629~ 632 ECEA2S5VI000L | 1000 F, 25V, Electrolytic 4 Y
R701 ERD14TJ390 «=| 392, 1/4W, + 5%, Carbon 1 C633~ 636 ECQG0S473KZ | 0.047«F, 5OV, +19%, Polyester 4 Zz
R705 ERDI2FWJ271 | 2700, 1/2W, + 5%, Carbon 1 C637~ 640, 701} ECQGO5104KZ | O5F, SOV, +10%, Polyester 5 Zz
R709 ERG2ANK271 | 2700, 2W, +10%, Metalic Film i C702 ECET25R3300 | 3300F, 25, Electrolytic 1 Y
R223 ERD14TJ393 | 39kQ, 1/4w, + 8%, Carbon 1 C703 ECKELH103MD | 0.014F, 50V, +20%, Ceramic l z
C704, 707 ECEA25V470L | 470uF, 25V, Electrolytic 2 Y
C219 ECQS137152 | 370pF, 100V, + 5%, Polyethylene if zZ
CAPACITORS
VARIABLE RESISTORS
C201, 313, 314, | ECEASOVIL LuF, 50V, Electrolytic
415~ 420, R302 EVLS3AA00B15{ 38kHz Sub Ch. Carrier Leak Control i
425, 426, 427, R304 EVLS3AA00B53! Separatior Control 1
625~628 R317 EVLS3AA00B54} Lighting Level Control 1
C202, 310, ECEA16VIOL 10uF, i6V, Electrolytic R532-~-535 EVB82AK255B4} Loudness Volume 1
401, 402 R551, 552, EVFNOAK25A54| Tone Control Volume 2
C203, 204 ECKELHIO3PF } 0.01 «F, 50V, * Aes. Ceramic 555, 556
C205 ECCDIHO20C | 2pF, 5OV, +0.25pF, Ceramic R8O1 EVHS8A25KA24} Mic. Volume ee
C206, 312, 405, | ECKE1HIO2MD | 0.001 uF, 50V, +20%, Ceramic R803-~~ 806 EVHB8A019A541 4CH Volume 4
406, 421, 422,
428, 609-- 612
C207, 208, 211, |} ECKE1H103MD +20%, Ceramic
214, 225, 228, CERAMIC FILTERS
229, 231,312,
320
CF201,
202
RVFCF1OM12CW
Ceramic
Filter
10.7MHz
C209, 224,307 | ECEAZ5V3R3L [3.3zF, 25V, Electrolytic 3 Y
€210, 301, 308 | ECEA6V100L 100uF, 6V, Electrolytic 3 Y
C213, 319 ECEALOV47L 47 nF, 10V, Electrolytic 2 Y
C215, 305 ECEA2Z5V4R7L | 4.74 F, 25V, Electrolytic 2 Y
C236 ECCD1HO80D si 8pF, 50V, +0O0.5pF, Ceramic ] z
C217, 238 ECKEIH333PF |0.0334F, SOV, *+100%° Ceramic 2 Z 42201 EXAF203Z471 | AM Detector Z
C218 ECCD1H120K | l2pF 50V, +10%, Ceramic 1 Zz Z202 EXASDLOIC FM Detector Z
C302 = ECQS1391JZ 390pF, 100V, + 5%, Polyethylene 1 Zz Z301, 302 SXAM675F 19kHz Filter ®Z
C221 ECQGO5683KZ | 0.068«F, 50V, +10%, Polyester 1 Zz
C222, 318 ECKE1H223MD | 0.0224F, 50V, +20%, Ceramic 2 z
C223 ECCD1H680K =| 68pF, 50V, +10%, Ceramic 1 z
C230, 423, 424, | ECEAGV33L SaHF, 6V, Electrolytic 4 Y SWITCHES
429
C303 ECQS1472KZ | 4700pF, 100V, +10%, Polyethylene 1 z $]l-1~S$1-6 SSR7K Selector Switch
C304, 705 ECEALOV220L | 220uF, 10V, Electrolytic 2 Y $2-1~S$2-4 $S$T27-1S Tape Monitor Switch
C306 ECQS1102KZ 1000pF, 100V, +10%, Potyethylene HT z $3-1~$3-10 | SSR9OK Mode Switch
C309 ECEA6V47L 47 uF, 6V, Electrolytic 1 Y $4-1~S$4-4 $S$T27-1$ Loudness Control Switch
C315 ECAG2Z5ER68L | 0.684F, 25V, Electrolytic 1 Zz S5-1~$5~8 | ESRE394K40AE] Speaker Change Switch
C316, 317 ECQGOS152KZ |0.00154F, 50V, +10%, Polyester 2 Zz $7 SWSI9 Power Source Switch
C403, 404 ECEAL6VIOOL | 100eF, 16V, Electrolytic 2 Y
C407, 408 ECQGO5222KZ | 0.0022uF, 5OV, +10%, Polyester 2 Zz
C409, 410 ECEA16V33L 33xF, 16V, Electrolytic 2 Y
C411, 412 ECCDI1H470K =} 47pF, 50V, +10%, Ceramic 2 Zz CHASSIS PARTS
C413, 414 ECQGO5682KZ |0.0068uF, 50V, +10%, Polyester 2 z
C431 ECEAL6V220L | 220uF, 16V, Electrolytic H Y XBA2KI2NS5 | Primary Fuse, 250V 1.2A 2 Xx
C451, 453 ECEAL6VIOLF | 1OuF, 16V, Electrolytic 2 Y XBAS2B0501 Secondary Fuse, 250V 0.5A 1 x
C452, 460, ECKCLHIO2MD | 0.001 4F, 50V, +20%, Ceramic 8 Zz XBAS1B2502 Secondary Fuse, 250V 2.5A 1 x
503, 504, SSMi?-1 Tuning Meter 1 x
§21~524 SYP] 4CH Indicator ] x
C454 ECEAL6V220L | 220uF, 16V, Electrolytic Y XAMR21S350 | Dial Indicator Lamp 6.3¥ 75mA 1 x
C455 ECCC1H330K j 33pF, 5OV, +10%, Ceramic z XAM35K Dial & Meter Lamp 6.3V 250mA 6 x
C456 ECEA6V33LF 33 4F, 6V, Fiectrolytic Y XAM13T180 Stereo Eye Lamp 3V 40mA 1 x
C457 ECAG25ER47LFI 0.474 F, 25V, Electrolytic Y SSP19S Voitage Adjust Switch i x
C458 ECEA25V10LF | 10uF, 25V, Electrolytic ®Y $JJ17-2 Headphone Jack 2 x
C459 ECEA6VIOOLF | 100uF, 6V, Electrolytic MY $JJ31 Microphone Jack 1 x
C501, 502, ECEASOVILF LyF, 50V, Electrolytic Y RIVIA Lamp Holder, A (CH7) 1 Zz
505-~ 508 $JS9205 AC Socket 1 Z
525, 527 $3S5309 Player Power Source Socket 1 z
C509-~- 512 ECQGO5102K ZB] 0.001 uF, 50V, +10%, Electrolytic SHG1081 1 z
Rubber Stereo Eye

Description
SJV1 Lamp Holder, B
SDP 1067
se 1 {| Dial Pointer
XAMR21S3
RDZ05-5 Dial Cord
SBD395S VC Dram
S0S411-1 Spring, VC Drum
SDT9321KS Tuning Shaft
SXE523 Roller, A
SXE525 Roller, B
SXE467-1 Roiler, C
SDRe t Roller, D
SDY5
SMC359 Shield Plate for IC
SMY159 Heat Sink Plate
SMY191 Heat Sink Plate
XTB3+ 8CFZ Screw, Rear Panel
SJS5505 , Lead Socket, P302
$JS41 5
S758? b Lead Socket, P501, 601 2
SJS41 10
eISSe0! t Lead Socket, P502, 701 2
$JS41
4
tial , Lead Socket. P503, 504, 505, 602 s
SJA33
AC
Cord
1
RHR111 Cord Bushing 1
XSN4-+ 20FVCS| Screw, Chassis Holding 5
XTV3-+ 12C Screw, Chassis Holding 1
XTB3+8CFZ Screw, Rear Panel 10
CABINET PARTS
SKA5211 Cabinet (wooden) 1
SYE259 Control Panel Ass'y 1
SGW 4550 Panel, A (1)
SGW 4570 Panel, B (1)
SDE151 Smoked Panel (1)
XNK2UM Speed Nut (4)
SGB353 Badge (1)
| SHR551 Sheet (4)
SBN377K Knob, Tuning 1
SBN379K Knob, Volume 4
SBN381 Knob, Balance Volume 4
SBN383K Knob, Selector Switch 3
$KD1830 Dial Panel 1
SNE439 Ornamental Nut 3
§GT7011 Specifications Plate 1
SKA5270 Cabinet { wooden)
SGW 4630 Grill (with Badge)
$G$ 213-3 Net
SKZ329 Rear Board{ without speaker terminal)
SASI6PLO01S | Speaker, Woofer
EAS65PH34SD | Speaker, Tweeter
SGT6850 Specifications Plate
S$ JP2109 Speaker Cord
XMS31-+20FVC| Screw, Rear Board
XNG3BS Nut, Speaker
SMN451
S$ JF3101
SNE905
XSN3+ 20FVCS
XWG3FVC
XWA3B
PLAYER PARTS (Model SL- 710)
SKA5231
$KU3970 |
Player Cabinet
SUV213
SNE905-2
SHG351 Leg
Bottom Board
> bf ee P
Per Set d
Z 4 PL4
XSN3-+ 20S
XNG3BS
$JP2221
SWY51
PL5
PL6
‘$GB357
SF¥S910-12
SFTG910C1A
SPG401
SPN3719
SPN3739
SPN3741
SPN3743
SPN3745
SPN3731
SPN3735
SPN3733
SPN3737
SPN3753
SPPH7
SPE59
SPE17
SPG403
SPH77
SFHK910-01
SFHS910A03
SFHK910-02
SPB1045
SPP61-1
SPP93
SPG403
SPN3721
SPP291
» SGF525-1
§$GX5293
$QX9013-1
NNNNNNNWN XK x
SPB299-5
SFVA910-10
SJP2109
SFKDI0A 01 Z
SFVS910-17
SFVS910-1Z
SFMC910- 2
NNNNWN
Screw, Leg
Nut, Leg
Pickup Lead
Player Power Source Lead
$GT6790 SpecificationsPlate
$BH9055 Hinge for Cabinet
SYE247-1 Dust Cover (with hinge)
SUV163S Hole Cover
SHR113 Cord Bushing, A
SHR937 Cord Bushing, B
SMN9435 Bushing Holder, A
SMN517S Bushing Holder, B
SHR9067 Spring Holder
XMM31+13FVC| Screw, Bottom Board
Badge
Automatic Spindle
Turntabie Mat
SFTE910-1E Turntable Ass’y
EPU-36SMAD | Pickup Arm Ass’'y
7~ 10, 20 SFKR910-1A Lift Ass'y
14 SFMISIOAOLE | Idler Wheel Ass'y
39, 40 SFMC910.2 | Capstan }for B0H2)
50 SFDSAM320039) Switch
49, 51, 52 SFDA910A1 AC Plug Ass'y
54 4M- 15VPL Motor Ass’y
72 SFVA910-10 45r.p.m. Manual Spindle
73 SFVS910-17 Manual Spindle
77 SFKD910A01Z | Balancer
EPC82SMBD Cartridge
EPS31STAD Stylus, Diamond
Packing Case, Outside (Center)
Packing Case, Inside (Center)
Side Pad, Left
Side Pad, Right
Side Pad, Player Left
Side Pad, Player Right
Top Pad
Bottom Pad
Carton, Dust Cover
Protection Pad, Player
Accessory Case
Polyethylene Bag, Center Unit
Lever Clamper
Case Clamper
Outside Packing Case, Speaker
Partition, Speaker
Screw, Motor Holding
Spacer, T.T.
Screw, 1.T. Holding
Protection Cover
Protection Bag
Polyethylene Bag, Speaker
Packing Case, Outer (Speaker)
Packing Case, Inner (Speaker)
Protection Sheet
Printed Matter
Technical Matter
Machine OW (Order SPB445)
Grease (Order SPB445)
Felt, Speaker
45r.p.m. Manual Spindle
Speaker Cord
Balancer
Manua! Spindle
Auto Spindle
Capstan {for St)
instruction Book (Order SQF525-1)
Factory Servicenters List (Order SOQF525-1)
Schematic Diagram (Order SQF525-1)
Per Set Remarks
(Pcs.)
4
Zz
4 z
t Zz
1 z
1 QZ
2 z
1 OY
1 z
1 z
1 z
1 Z
i Zz
3 z
10 Zz
1 WZ
1 x
l x
l Z
1 Z
1 ay
z x
1 Xx
1 x
1 Y
] x
1 x
1 X
I Xx
1 X
1 x
PACKING PARTS
me Oe AD OD ORD ORDO ot RDO ORO est
x KKK KK KK XK XK