Panasonic NATIONAL STEREO SS-7000A User manual

Service M
-COMBINATION OF SS-7000A STEREO SYSTEM
RECEIVER ..............0s0000 saatinioadadsier teint SA-700A
AUTOMATIC TURNTABLE ..... SL-700A
SPEAKER SYSTEM .............s0:es00++0+2-9B-150D
MODEL DO-
SPECIFICATIONS
AMPLIFIER SECTION AM TUNER SECTION
Power Output : 80 Watts (PMPO) in Quadruplex AM Sensitivity (IHF) :
45 Watts (IHF) in Quadruplex RECORD PLAYER SECTION
Power
Bandwidth
:
10
Hz
to
40,000
Hz
Turntable
:
(-3dB CPO. 5%) diotor:
Input Sensitivity and Impedance (for rated output) : Cartridge :
PHONO 1 (Moving Magnetic) 3mV 50Kohms 60dB Stylus :
PHONO 2 (Ceramic) 150mV 50 Kohms 60dB SPEAKER SECTION
TAPE (REC) 500mV 100 Kohms 70dB System :
Baten Woofer :
TAPE (REC) 100mV 5Kohms Tweeter :
went sn ho nt
ass Range: a Z
Treble Range : 11dB at 10kHz DIMENSIONS (W xH xD)
Damping Factor : 20 at 8ohms Receiver :
Loudness control : +8dB (100 Hz) +4 dB (10 kHz) hay
FM TUNER SECTION pee
FM Usable Sensitivity (IHF): 2.5 #V -+£3¢dB IHF WEIGHT
FM Harmonic Distortion Receiver :
(at 400Hz, 100% modulation): Less than 0.4% Turntable :
Signal to Noise Ratio : 55dB 100% 60dB Speaker :
FM Stereo Separation (at 1 kHz): 38dB POWER SUPPLY:
Capture Ratio (IHF): 2.5dB
7OOOA
18#V +3dB 500 V/m
11” Automatic turntable
4-pole Outer rotor synchronous
Moving Magnetic type
Diamond
2-way 2-speaker
6 %" Hi-compliance Cone-type
2" Horn-type
8 ohms
18 1’ x5” x14 Ke’
18% x7 %” x13 %”
11 3%’ x18 %” x6 #4”
18, 12 Ib
15.7|b
9.15 Ib (each)
100 ~115, 115~130, 200~ 225,
225~250 AC 60 Watts
MATSUSHITA ELECTRIC
MATSUSHITA ELECTRIC TRADING CO., LTD. owas
P. O. Box 288, Central Osaka, Japan
ORDER NO. SD-298 yi >
iy ’
mH ¢ a raat

LOCATION OF PARTS
PL6 PL1 SP1 SP7
CA8
CAS
CA9_
|
CA3
CAI!
CAG
Fig.
1
SOG
CH5
CH4
PL5 PL20 PL2 PL3 CHI2 CH10
SP5 SP6
SP7
S1.2
CH9|
CH8!
CHB
a
Fig.
2
CH7.
CHI1
Si7_
CH6
SCHEMATIC
DIAGRAM
mope.SL-700A
(PLAYER
UNIT
MODEL
SAP-113)
SSeS
4P OUTOR ROTOR

DISASSEMBLY INSTRUCTIONS
TO REMOVE RECORD CHANGER
1) Remove player bottom board. =
2) Remove two (2) plugs from player unit.
3) Turn three (3) locking clips,as illustrated in fig. 3. (
)
4) Remove record changer from player cabinet.
TO REMOVE CHASSIS
Fig. 4
1) Remove five (5) bottom board screws, Nos. 1-5, as illustrated in fig. 4.
2) Remove chassis from cabinet, as illustrated in fig. 5.
DIAL CORD STRINGING GUIDE
Drum
RDD2080-1S)
Spring (RDS417)
Dial Cord(RDZO7-1)
Spring Position
3
full
turns
Tuning
Shaft
(SDT6251)
Fig. 6

Notes:
Slider
(SDA11))
1.
Dial
cord
lengh
is
60”.
(Refer
to
fig.
6)
:
2.
Tuning
gang
is
positioned
at
minimum
capacity.
3. Arrow marks (1-11) indicate correct order and
direction of stringing dial cord.
4. Cement dial cord ends.
Sub Slider (SDP1031)
To Mount Slider
1. Set tuning gang to fully closed. position
2. Set slider to start point of dial scale
3. Attach slider to dial cord.
Poly Slid
y Slider_(SDE53) 4. Attach sub slider to dial cord.
Fig. 7
FM 2nd IFT =
Can ©
C-) Qu
Tile
19KAz
Switching
7102, 7707
Fig. 9
VWXY Z
(Zeacontvl|
Fig. 10
Fig. 8
RV607 RV 602
! {

ALIGNMENT INSTRUCTIONS
FREQUENCY
&
DISTANCE
ON
DIAL
SCALE
To
accurately
align
the
proper
frequencies
to
the
dial
scale,
refer
to
Table
and
mark
the
edge
of
the
dial
scale
plate
accord-
ingly,
using
the
‘‘Start
Point’
mark
on
the
dial
scale
as
a
Distance from ‘‘Start Point’
reference point.
1. AM/FM-IF & RF ALIGNMENT
AM-IF & RF ALIGNMENT (Refer to figs. 8, 9)
Qutput
of
signal
generator
should
be
no
higher
than
necessary
to
obtain
an
output
reading.
Set
treble
control
to
center.
Set band selector switch to AM.
Maintain line voltage at rated voltage.
Set volume control to maximum.
Set balance control to center.
Set bass control to center.
SIGNAL
GENERATOR
COUPLING
SIGNAL
GENERATOR
FREQUENCY
RADIO
DIAL
SETTING
INDICATOR
Fashion loop of several turns 455 kHz
‘ g serial
of
wire
and
radiate
signal
into
(400Hz
Mod.)
loop of receiver.
550kHz
(400 Hz Mod.)
1500 kHz
(400 Hz Mod.)
Point of noninter-
ference.
(on/about 600 kHz)
550 kHz
1500 kHz
Output meter across
EXT Speaker Jack
(L} (Imp. 16)
Notes:
1.
Cement
antenna
bobbin
with
wax
after
completing
alignment.
2.
Make
certain
that
speaker
system
is
connected
to
the
tuner
when
alignment.
FM-IF AND DETECTOR ALIGNMENT WITH OSCILLOSCOPE (
EQUIPMENT REQUIRED
Signal generator that provides 10.7 MHz marker.
Sweep
generator
that
provides
10.7
MHz
center
frequency
and
400
kHz
sweep
width.
Oscilloscope
1500 kHz
FM
Refer to figs. 8, 9)
ADJUST
T206 (1st IFT)
T207 (2nd IFT)
T2028 (3rd IFT)
L204 (OSC Coil)
L801 (ANT Coil)
CT201 (OSC
Trimmer)
CTs801 (ANT
Trimmer)
45K!
2 BK
REMARKS
Adjust for maximum
output
Adjust for maximum
output by sliding coil(L8o1)
along ferrite core.
Adjust for maximum
output. Repeat steps (2)
and (3).
10.7 MHz
Set
sweep
selector
of
oscilloscope
to
‘External
Sweep’’.
Apply
60
Hz
sweep
signal
from
sweep
generator
Set
treble
control
to
center.
to horizontal input terminals of oscilloscope.
Set band selector switch to FM.
Set volume control to minimum,
Set bass control to center.
SWEEP
GENERATOR
COUPLING
SIGNAL
GENERATOR
FREQUENCY
RADIO DIAL
SETTING
Set balance controi to center
Maintain line voltage at rated voltage.
INDICATOR
High side thru.
dummy antenna
to point TP1.
Common to
chassis.
High side thru.
0.001 uF to point
TP2. Common to
chassis.
Point of non-
interference
(on/about 89 MHz)
Connect vert. amp.
of scope to point
TP2.
Common to
chassis.
ADJUST
Tio1 (FM Ist IFT)
Ti02 (FM 2nd IFT)
T201 (FM 3rd IFT)
T202 (FM 4th IFT)
T204 (FM 6th IFT)
T205 (FM DISC. IFT)
Fig. 11
REMARKS
Turn T203 and Tz205 upwards and
adjust T1o1, T102, T201, T202
and 7204 for maximum
amplitude and symmetrical curve.
Adjust T7205 (primary) so that
10.7 MHz marker is at the
T203 (FM 5th IFT}
T204 (FM 6th IFT)
T205 (FM DISC. IFT)
center.

FM-RF ALIGNMENT (Refer to fig. 8)
Output of signal generator should be no higher than necessary to obtain an output reading. 5
Set volume control to maximum. . Set treble control to center.
Set balance control to center. Set bass contro! to center.
Set band selector switch to FM. Maintain line voltage at rated voltage.
SIGNAL SIGNAL RADIO
GENERATOR
GENERATOR
DIAL
INDICATOR
ADJUST
REMARKS
COUPLING FREQUENCY SETTING
Connect to EXT. FM antenna
terminal through FM
dummy antenna. Common (400 Hz Mod.)
to chassis.
Output meter across L106 (FM OSC Coil)
90
MHz
;
EXT Speaker Jack Lio1 (FM ANT Coil) Adjust for maximum
(\) L103 (FM Detector Coil) output.
CT103
(FM
OSC
Trimmer)
Adjust
for
maximum
106
MHz
106
MHz
CTs01
(FM
ANT
Trimmer)
output.
Repeat
steps
(400
Hz
Mod.)
CTi02
(FM
Detector
(1)
and
(2),
Trimmer)
Note: As three output responses will be present proper tuning is the center frequency.
2. FM-STEREO ALIGNMENT
19 kHz AMP. ALIGNMENT (Refer to fig. 9)
EQUIPMENT REQUIRED
Stereo
Modulator
Connect
Stereo
Modulator
output
to
EXT.
Mod.
terminal
of
signal
generator.
Signal Generator ......... Modulation Rate of 19 kHz pilot signal 10%
Output Level .. Frequency Approximately 90 MHz
Oscilloscope Dummy Antenna VTVM
CONTROL SETTING & PROCEDURE
Band
selector
switch
to
FM
STEREO,
treble
control
to
minimum,
bass
control
to
minimum
balance
control
to
center,
volume
control
to andible level of speaker sound and dial setting to approximately 90 MHz.
EQUIPMENT CONNECTION
SIGNAL GENERATOR OSCILLOSCOPE
ADJUST REMARKS
Connect
to
EXT.
FM
antenna
terminal
Connect
vert
Amp.
of
scope
to
point
T301
(19
kHz
Pick-up
Coil)
Adjust
T301
and
T302
for
; .
maximum
oscilloscope
pattern
through
Dummy
antenna.
TP4.
Common
to
chassis.
T302
(38
kHz
Coil)
of
38
kHz.
a
SEPARATION ALIGNMENT (Refer to fig. 9)
EQUIPMENT REQUIRED
Stereo
Modulator
Connect
Stereo
Modulator
output
to
EXT.
Mod.
terminal
of
signal
generator.
Signal Generator Modulation Rate of 19 kHz pilot signal
Modulation Rate by signal ... 30%
Output Level .. 60%
Oscilloscope Dummy Antenna VTVM
CONTROL SETTING & PROCEDURE
Band
selector
switch
to
FM
Stereo,
treble
control
to
minimum,
bass
control
to
minimum,
balance
contro!
to
center,
volume
control
to
500 mW of output level.
STEP
ALIGNMENT
CIRCUIT
ADJUSTMENT
REMARKS
Adjust
RV301
for
the
minimum
indication
on
VTVM
from
the
SEPARATION
RV301
(Separation
Control)
right
side
output
when
the
left
side
of
stereo
modulator
is
modulated.
3. POWER AMP. ALIGNMENT (Refer to fig. 10)
EQUIPMENT REQUIRED
Tester OC mV Range DC mV Range
CONTROL SETTING & PROCEDURE
Band
selector
switch
to
PHONO,
treble
contro!
to
minimum,
bass
control
to
minimum,
balance
contro!
to
center,
volume
control
to
minimum.
ALIGNMENT
CIRCUIT
EQUIPMENT
CONNECTION
ADJUSTMENT
REMARKS
Connect
Tester
to
Point
W
and
X.
RVeo1
(Leh)
DC
Balance
Make
adjustments
so
that
the
power
Connect
Tester
to
Point
Y
and
X.
RVe602
(Rch)
voltage
becomes
0
voltage.
Connect VTVM (for DC mY) to point
V and W.
ICQ
Control
Co
t
VIVM
(for
DC
mM)
t
ang
on
VIVM
becomes
12
mV.
inne
‘or
Y
ree
ce
RV604
(Rch)
Repeat
steps
(1,
2
and
3,
4)
RV603 (Lch) Make adjustments so that the indication

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PANASO NIC
HEADPHONES
77CB02 P.001
TRANSISTORS DIODES
TRio1
3SK32
Dior
OA72
TRio2
2SC784
D2or
0A70
TRio3
2SC381
D202~203
MA26
TR201~202
2SC381
D202-
207
OA79
TR
203.206
2SC645
D208-209
OA70
TR
:205
2SA102
Dow-
2
20QA79
TR01-304
2SC828
Dso1
MA26
TR
305
2SA550
D303~
304
0A70
TRsot
~
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2SA666
D305
~
307
MA26
TReor.
602
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TReo3
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TReos
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Dio
1S$1850
TR7o1
2SB324
D707
1S1850R
D703
0278.2A
1c
Deo!
0A70
ICzo1 AN 204
NOTES
1-O- --Corresponds to the number on the printed wiring bosrd
2:S*S2 FM Sersitity Select Switch now in DX position.
4S3-S8--Setector Switch now in PHONO? position. moves
PHONO 2+ PHONO1>FMAUTO@AM in that order.
4.S9~S10-MODE Switch now in STEREO position.
5.SN~S12—TAPE MONITOR Switch now in normal position.
6.S13~S14--STEREO MODE Switch now in 2CH position. 2CH STEREO4CH STEREO
7.515~S16--LOUDNESS CONTROL Switch now in OFF position.
@ DC Voltage measurements are taken with ‘circuit
Tester (TOOKN/V) trom chassis ground
( )---NO Signal Condition.
[--- FM Stereo Signal Reception
9517 Power Source Switch now in ON Position.
CR numbers
FM FRONT = C101-116 Ri01~110
IF C201-733 R701 261
MPX 301-321 RI0K337
PRE 401-426 RLOS-L23
AF 503-521 R50R821
POWER C601~626. R6O*630
POWER SOURCE
€701~707 R70¥703
OTHERS 801-808 Reore21
This schematic diagram may be moditied with development
of technology.

CIRCUIT
BOARD
MODEL
SS-7000A
|
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RF|
|
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POWER
AMP
|
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EXPLODED
VIEW
wove
SL-700A
<DDOD ;°
@) a
/ 4
a

SPARE PARTS LIST MODEL SL-700A REF, NO.| PART NO. DESCRIPTION PREF,NO.| PARTNO. | DESCRIPTION —_|
(PLAYER
UNIT
mopeL
SAP-113)
72
G8387
Bearing
Cushion
93
G8529
Stud
73 G8552 Washer 94 G40358 Spacer
PART
NO.
DESCRIPTION
PART
NO.
DESCRIPTION
74
G2223-A
"Main
Gear
Ass'y
G6566-3
Mounting
Screw
=
Ee
‘i
ses
dD
scart
ee
neue
75
WSB3000N
Washer
--G40613
Spring
(H.
Plate)
G5053S
Nut
G8522
all
Supporting
Rod
|
76
68553
Engazement:Pold
G40507
Friction
Lever
84038
[Washes
sae
77
—-'|
~G855a
Trip
Feed
Plate
G40518
Friction
Rubber
G4840
Binder
SBSB3006Z
Tapping
Screw
|
38
M4591-D
idler
Ass’y
640508
Spring
(Friction
Lever)
asain pee {heaseenes Sonne | 79 M6016-B idler Arm Ass'y PM-506S{a) Pick Up Ass'y
G3525-B
Control
Panel
G40005
Plate
(Anti
Skating)
p80
|
640512
idler
Soling
SPSP3004NS
Shaw
G8508
Knob
;
G40506
Spring
(Inside
Force)
a1
EM42041.D
Phono
Motch
Ass'y
SPSP3004NS
Screw
Steel
Ball
1”
G4372
|__
Knob
(Select)
:
82
68511
Shing
G48517-473-M
|
Plate
Ass’y
itor
eee ae Space 83 63522 Cam (Speed Change) G5053S-43 Nut Strip Ass'y
Thrust
Washer
Q03091-127
Washer
84
G8840.2
Wier heen
.
G8058-A
Motor
Ass’y
'y
ee ae a Steel Ball Ze 85 | G8510-2 Spring (Speed Change) 003207-473-M | OF T Capacitor
G8523-B
Cueing
Lever
.
G8511
-2
Spring
38
63200
Swick
Alin
108
003001-43'S
Lug
Strip
Ass'y
kc
ae
PL
:
pou
sie
89
G8548-A
Shift
Lever
EPC82SMBD
|
Cartridge,
Magnetic
Be sevobe je Tapping Screw G8558 Push off Lever [90 | casssa | Tip Slide Assy = | EPS31STSD Stylus, Diamond
— coeetie ae on
REE3000 “E” Ring WNS3000N Washer
ie Support G40439 : Friction Leyer
2 G8353-I1S Mounting Screw G4515-GS Lever Ass'y EXPLODED VIEWS MAINTENANCE
0
“E" Ring Friction Rubber
4
5
STYLUS REPLACEMENT (Fig. 12)
This unit includes a diamond stylus.
After 1,000 hours or more of use, a diamond stylus will
cause disagreeable noise, and not only affects the sound
quality, but also may damage the record. The stylus should,
therefore: be replaced with a new one.
2
59
G3474-A
Spindle
Ass'y
60
Spring
(V.
Lever)
———}
Replacement Stylus:
PANASONIC EPS-31STSD (DIAMOND)
Audio-technica VM8L-7D (DIAMOND)
1) Holding the stylus protection cover with the first finger
and the thumb, press downward for easy removal.
LUBRICATION (Fig. 13)
1) Pull off the Automatic record spindle, and remove the
C-washer of turntable center then remove the turntable
and oil the following parts.
2) Apply high-quality grease to the turntable shaft after
every 200 hours’ use.
*
Do
not
allow
grease
and
oil
to
touch
motor
pulley
or
other
moving
parts.
*
If
soiled
by
oi!
or
grease,
wipe
off
carefully
with
a
soft,
dry
cloth.
2 REE4000 “E" Ring G8548-A V. Lever Ass'y
6
27 G8570 Washer G2145-AS Base Sub Ass’y
28 52992-2 Rubber Bushing ; Bracket
9
2 G2228-A Turn Table Covering Ejector Link Plate
G2227-A Turn Table Ass'y 65
G3523 Speed Change Cover G8477-A H. Plate Ass'y
G8846 Knob (Speed Change) Q03091-109 Washer
G1150-AS Motor Board Ass’y G3468-A Start Lever Ass'y
G8501-2 Flowting Spring Q03091-137 Washer
G8845 Bracket G4590 Thrust Washer
SBSB3008Z Tapping Screw G5670-4 Bearing Ass'y

ADJUSTMENT OF PICKUP SET-DOWN POSITION (Fig. 14)
« The set-down position of the pickup can be adjusted by turning the stylus set-down screw to either the left or the right.
When turned to the right@, the pickup will be set down further to the inside; when turned to the left, it will be set down further
to the outside.
INSIDE FORCE CANCELER (Fig. 15)
This is used to adjust the inside force effect of the pickup while traveling on the record.
Always set this canceler to the “4” position.
Fig. 12 Fig. 13
Fig 14
INSTALLATION
@ AUTOMATIC TURNTABLE
1) Remove the motor and turntable transit screws.
2) The player will raise if the two transit screws are turn-
ed clockwise. Be sure, therefore, to tighten these screws
thoroughly.
3) Mount the turntable rubber (packed separately) onto
the turntable. ;
4) Remove the packaging materials used for protection
during transportation.
e ie
NSIT SCREWS —--—? Staueeoe
TRA st SCREWS Ww | Fig. 16
AUTOMATIC PLAY
1) Insert the spindle into
the hole at the center of
the turntable.
If the projection part of
the spindle is completely
inserted into the reces-
sed part of the turntable
shaft hole, as shown in
the figure. a click can be
heard to indicate the
insertion is correct. Fig. 17
2) If the click is not heard, it is not completely inserted
and should be inserted again.
© POWER VOLTAGE & FREQUENCY
Power source voltage (rear cabinet): Fig. 18
Before use, confirm that the power source voltage agrees
with that to which this unit is set. If they do not agree,
use a {—) screwdriver to change the setting of the voltage
selector.
Power source frequency: (Fig.19)
AC
power
frequency
varies
not
only
from
country
to
country, but often from region to region. Therefore be
careful
to
check
the
frequency
in
your
new
area.
If
it
is
different,
the
motor
pulley
must
be
changed
to
avoid
in-
correct
turntable
revolution
speed.
Follow
these
steps
when changing the motor pulley.
1)
Pull
off
the
Automatic
record
spindle.
Remove
the
C-washer of the turntable center and then remove the
turntable.
2)
Loosen
the
fixing
screw
and
remove
the
motor
pulley.
3) Attach the other motor pulley.
4)
Set
the
speed
control
lever
at
33
and
turn
the
operat-
ing
lever
to
ON.
Check
the
length
of
part
A.
A
0.5- 1%,
MOTOR PULLEY
60Hz 50Hz
Fig. 18 Fig. 19

INTRODUCTION OF MONOLITHICK IC
The Equalizer Circuit of SS-7000A uses IC (shown in the Circuit Diagram 1C401 AN-204). Please read through the
following explanation and make the best use of it.
General Theory of IC
MIC (Integrated Circuit)
Since Texas Instruments, USA, developed know how to make transistors, diodes, resistors, capacitors, etc. on a minute
single base plate in 1958, this technique is widely applied to electric appliances.
M Classifications by manufacturing method of IC
-—Monolithic Type
—Semiconductor IC —
'—-Multi-tip Type
IC Hybrid IC
-—Thin Film IC
Film IC
\_Thick Film IC
@ Advantages of iC
1) Compactness and light weight.
2) Small electric consumption.
3) Low cost if mass-produced.
4) High reliability
5) Fewer manufacturing processes needed.
6) Simple procedure to make the intricate circuit.
MONOLITHIC TYPE SEMICONDUCTOR IC
. The Semiconductor IC consists of a number of transistors, diodes, resistors and capacitors combined together on a
silicon base plate of about 1 mm square. It is manufactured by use of photographic technology.
m@ IC AN-204 (For Model SS-7000A)
AN-204 is a monolithic type semiconductor IC for low-frequency amplification, developed by Matsushita Electronics
Corporation. 10 transistors, 6 diodes, 10 resistors and 2 capacitors are built in one chip, and 12 feet are attached
to the IC.
Makes no loud noise and shows high loop gain. When used for an MM cartridge equalizer circuit, it helps attain a
sufficient amount of feedback gain. It, therefore, constitutes a stable cartridge equalizing circuit almost free
distortion. ,

‘oc ia
ae
0
Fig. 21 Equalizer (Equivalent) Circuit
MEMO

COMPONENT PACKING PROCEDURE

@ REPLACEMENT PARTS
LIST
NOTES:
1. Part numbers indicated on most mechanical parts.
Please use this Part number for parts orders.
2. @ indicates the New Parts.
3. A—C rank: A rank parts will cover 80% of repair needs.
A+B rank parts will cover 95% of repair needs
C rank parts are less necessary.
TR101
TRIO2
TRI03
TR201
R202
TR203
TR204
TR205
TR301
R302
R303
TR304
TR305
ic4o1
TR501,502
TREO1.602
TR603,604
TREO5.606
TR6O7,608
TR701
TRE09~612
D101
D201
202,203
204,205
206,207
D208
D209
210,211
0301
0303
D304
0305
306,307
308~311
601,602,604,
605
603.606
D701
D702
D703
D801
IC, TRANSISTORS and DIODES
3SK32E
2SC381BNR
2SC381BNR
2SC381BNR
2SC381BNR
2SC645AC
2SC645AC
2SA102CA
2SC828RS
2SC828RS
2SC828RS
2SC828RS
2SA5500RS
AN204
2SA666QRS
A2SA666POR
A2SC538PQR
A2SC538PQR
A2SA550PQR
2SB324E-L
A2SD226PQ
SVDOA79
SVDOA70
SVDMA26
SVDOA79
SVDOA79
SVDOA70
SVDOA70
SVD20A79
SVOMA26
SVDOA70
SVDOA70
SVDMA26 }
SVDMA26
$VD20A70
SVDMA26
SVDMA26-1
SVD1S$1850
SVD1$1850R
SVD02Z8.2A
SVDOA70
FM RF AMP
FM Mixer
FM OSC
FM tst IF AMP
FM 2nd IFAmp., AM 1st IF Amp.
FM 3rd IF Amp., AM 2nd IF Amp.
FM Limiter
AM Converter
Distribut or
19kHz Amp.
38kHz Amp.
38kHz Switching
Lighting
Equalizer Amp.
Pre Amp.
1st Driver Amp
2nd Driver Amp
3rd Driver Amp.
3rd Driver Amp.
Rectifier
Power Amp.
FM AGC
AM AGC
Bias Diode
Voltage Doubler Rectifier
Meter Diode
Meter Diode
AM Detector
FM Detector
Temperature Compensator
38kHz Doubler
Auto Switching
Temperature Compensator
38kHz Switching
Temperature Compensator
Temperature Compensator
Rectifier
Rectifier
Stabilizer
Meter Diode
aah RS ROPING Seen BW DSA RD OTRO OL Sala a) Se ee eh a nee ad
=
1pair
=
Noa 3
2pair
= 23 ap
>> bP bP >
r>>rrrPrrrPprrrrrprprrrrrrrrrprrrrrrrprrprrrr>r
R101
R102, 226,507
508
R103
R104, 415,416
R105
R106, 110
R107,521
R108. 206, 222,
228,238,310
R109, 318,503,
$04
R201, 205, 212,
420,421
R202.519,520
R203
R204,322.417,
422,423
R207, 214,224
R208
R209, 220.307,
319,337,814
R210, 211,230,
232,233,311,
326~+329
R213, 301,501.
502
R215, 221
R216
R217, 237,315
R218,517,518
R219. 236.334,
335
R223,609.610
R225,239,306
R227,312,515,
TRANSFORMERS and COILS
£102,105. 201.
202
L103
Li04
1106
1203
1204
L301
L801
EIF1OS211A
EIF10S205B
SLI4C103
SLI4C103
SLI4C103
SLI4C501
EIF1OS211€
SLI2C115
EIA10S216BM
SLI2C407
SLM1C3T-1
SLM1C7T-1
SLT5N27
SLA4P3
SLOX250-1
SLD4Y11
ELQSA9
SLO4P13
ELQ6A11
SLO2P1
ELQ393D599G
SLF2D3
FM 1st IFT
FM 2nd IFT
FM 3rd IFT
FM 4th IFT
FM Sth IFT
FM 6th IFT
FM Disc. IFT
AM ist IFT
AM 2nd IFT
AM 3rd IFT
38kHz Doubler
38kHz Switching
Power Transformer
FM ANT Coil
Choke Coil
FM Detector Coil
FM IF Trap Coil
FM OSC Coil
Choke Coil
MW OSC Coil
SCA Filter Coil
MW ANT Coil
Pesew one n nnn nn ni i
ae ee ee ey
>> rPrPrprrprrrrrrrrp
>rP PrP Pr >
R304,330 ~333
§305,513.514
R308, 321
R313, 314,
509~512
R336
R405, 406
R407, 408
R409, 410
R411.412
R413,414
R418,419
R505, 506
R601,602
R603.604
R605. 606, 703
R607, 608, 816
R611,612
R613, 614,802,
803
ERD14VJ563
ERD14VJ124
ERD14TJ104
ERD14VJ474
ERD14TJ271
ERD14VJ103
ERD14VJ182
ERD14VJ221
ERD14VJS472
ERD14VJ223
ERD14T5392
EROD14TJ471
ERD14VJ152
ERD14VJ220
ERD14VJ392
ERD14VJ471
ERD14VJ102
ERD14VJ123
ERD14VJ271
ERD14VJ183
ERD14VJ332
ERD14VJ222
ERD14VJ273
ERD14TJ822
ERD14VJ122
ERD14VJ682
ERD14VJ561
ERD14VJ680
ERD14VJ104
ERD14TJ221
ERD14VJ330
"| ERD14VJ5393
ERD14VJ153
ERD14VJ473
ERD14VJ681
ERD14VJ563
ERD14VJ822
ERD14VJ391
ERD14VJ272
ERD14VJ274
ERD14VJ562
ERD14VJ100
ERD12TK271
ERD12TK274
ERD12TK124
ERD14VJ821
ERD14VJ154
ERD14VJ333
ERD14VJ334
ERD14VJ184
ERD14TJ333
ERD14TJ103 |
ERD14TJ102
ERD14TJ560
ERD14TJ272
ERD14TJ152
56 ohm,
120Kohm,
100Kohm,
470Kohm,
270 ohm,
10Kohm,
1.8Kohm.,
220o0hm,
4.7Kohm.
22Kohm:
3.9Kohm,
4700hm.
1.5Kohm,
220hm,
3.9Kohm,
4700hm,
1Kohm,
12Kohm,
2700hm,
18Kohm.
3.3Kohm,
2.2 Kohm,
27Kohm,
8.2Kohm,
1.2Kohm,
6.8Kohm,
560ohm,
680hm,
100Kohm.
220ohm,
330hm,
39Kohm,
15Kohm,
47Kohm,
6800hm,
56Kohm, |
8.2Kohm,
3900hm,
2.7Kohm,
270Kohm,
5.6Kohm,
100hm,
2700hm,
270Kohm.
120Kohm,
8200hm.
150Kohm,
33Kohm,
330Kohm,
180Kohm,
33Kohm.,
10Kohm,
1Kohm,
56ohm,
2.7Kohm,
1.5Kohm,
1/4W.
1/4W,
1/4W,
1/4W.,
1/4W.,
1/4W.,
1/4W,
1/4W.
1/4W,
1/4W,
1/4W,
1/4W.
1/4w,
1/4W.
1/4W.
1/4W,
1/4W,
1/4W.
1/4W,
1/4W,
1/4W.
1/4W.
1/4W.
1/4W.
1/4W,
1/4W,
1/4W,
1/4W,
1/4W,
/4w,
1/4W,
1/4W,
/4w,
1/4W,
1/4W,
1/4,
1/4W,
1/4W,
1/4W.
1/4W.
1/4W,
1/4W,
1/2W.
1/2W,
1/2W.
1/4W,
1/4W,
1/4W,
1/4W.
1/4W.
1/4W.
1/4,
1/4W,
1/4W,
1/4w,
+5%,
£5%,
£5%,
+£5%,
+5%,
+5%,
+£5%,
+5%,
£5%,
£5%,
+5%,
+5%,
+£5%,
£5%,
£5%,
£5%,
£5%,
£5%,
£5%,
£5%,
+5%,
+5%,
+5%,
+5%,
+5%,
+5%,
£5%,
£5%,
+5%,
+5%,
£5%,
+5%,
+5%,
£5%,
£5%,
+5%,
+5%,
+5%,
+5%,
+5%,
£5%,
£5%,
inti Per Set
RESISTORS
Carbon
Carbon
Carbon
Carbon
Carbon
Carbon
Carbon
Carbon
Carbon
Carbon
Carbon
Carbon
Carbon
Carbon
Carbon
Carbon
Carbon
Carbon
Carbon
Carbon
Carbon
Carbon
Carbon
Carbon
Carbon
Carbon
Carbon
Carbon
Carbon
Carbon
Carbon
Carbon
Carbon
Carbon
Carbon
Carbon
Carbon
Carbon
Carbon
Carbon
Carbon
Carbon
+10%, Carbon
+10%, Carbon
+10%, Carbon
£5%,
£5%,
+5%,
+£5%,
+5%,
+5%,
+£5%,
£5%,
+5%,
£5%,
, £5%.
Carbon
Carbon
Carbon
Carbon
Carbon
Carbon
Carbon
Carbon
Carbon
Carbon
Carbon
SS-7000A
1 c
4 c
i] Cc
3 c
1 Cc
2 Cc
2 c
6 c
4 c
5 c
3 Cc
1 Cc
5 Cc
3 Cc
1 c
6 c
10 Cc
c
4
2 c
1 c
3 Cc
3 c
4 c
3 c
3 c
4 c
1 c
1 c
1 c
1 c
1 c
2 c
1 c
4 Cc
3 Cc
2 Cc
6 c
2 c
1 c
1 c
1 c
1 Cc
1 c
2 Cc
2 c
2 c
2 c
2 c
2 Cc
2 c
2 c
2 c
3 c
3 c
2 c
4 c

SS-7000A
Part
No.
Description
Part
No.
Description
or
Remarks
R615,616
ERD12TCK101
|100chm,
1/2W.
+10%,
Carbon
ECEA25V220L
|220mfd,
WV-25vV,
Electrolytic
2
8
R617,618
ERD14TJ561
5600hm,
1/4W,
+
5%.
Carbon
ECEA25V47L
47mfd,
WV-25V,
Electrolytic
2
B
R619.620
ERD12TCK150
|1500hm,
1/2W,
+10%,
Carbon
ECKE1H102MD
|0.001mfd.
WV-50V.
+20%,
Ceramic
2
c
R621,622,625,
|ERD14TJ121
1200hm,
1/4W.
+
5%,
Carbon
ECEA16V47L
47mftd.
WV-16V.
Electrolytic
1
B
626
ECEATOVIOOL
|100mfd,
WV-10V,
Electrolytic
1
B
R623,624
ERD14TJ150
150hm.
1/4W,
+
5%,
Carbon
c
ECEB26V2200L
|
2200mfd.
WV-25V.
Electrolytic
2
B
R627~630
ERM12PKR39
/0.390hm,
1/2W,
Wire
c
ECQG05152KZ
|0.0015mfd,
WV-5OV,
410%,
Polyester
|
2
c
R701
ERD12FJ680
68ohm.
1/2W,
+
5%,
Carbon
c
ECNU8A103M
j0.01mfd.
WV-800V,
+20%,
Oil
1
Cc
R702
ERD14TJ332
3.3Kohm,
1/4W.
+
5%.
Carbon
Cc
ECKDES102MD
|
0.001mfd,
WV-100V.
+20%.
Ceramic
1
c
R801,804
ERD14TJ331
3300hm,
1/4W,
+
5%,
Carbon
c
ECEA25V220L
|220mfd,
WV-25V
Electrolytic
1
B
R805.806,220,
|ERD14TJ683
68Kohm,
1/4W,
+
5%,
Carbon
c
821
R807,808
ERD14T
5124
120Kohm,
1/4W,
+
5%,
Carbon
c
R809
810
ERD14TJ224
220Kohm.
1/4W.
+
5%
Carbon
c
VARIABLE
RESISTORS
and
VARIABLE
CAPACITORS
R811,812
ERC12GK331
3300hm,
1/2W,
+10%,
Solid
Cc
|RV301
EVLS3AA00B32]
Separation
Control
1
Cc
R813
ERD14TJ222
2.2Kohm,
1/4W,
+
5%,
Carbon
Cc
RVS501
EVA66AA06G15
|
Balance
Control
1
8
R817,818
ERM4P4R7
4.7ohm,
4w.
Wire
B
[RV502,503
EVBR5AA06B54!
Loudness
Control
1
8B
R819
ERM4P100
100hm,
4w,
Wire
C
|RV504~507
ERBROAAO6V54|
Tone
Control
2
B
[
RV601,602
EVLS3AA00B14
|
DC
Balance
Control
2
Cc
RV603,
604
EVLS3AA00B52]
ICQ
Control
2
c
CAPACITORS
CV101~103,
2011
ECV5YR33X29S
|
Variable
Capacitor
1
Cc
CT101~103
801
C101
ECCD1H180K
18pfd,
WV-50V.
+10%,
Carbon
1
c
CT201,801
|
C102,107
£CCD1HO700
7pfd,
WV-50V.
+1pfd.
Ceramic
2
c
C103,117,118,
|ECKE1H333PF
/0.033mfd,
WV-5OV,
+20
%.
Ceramic
4
c
COMPONENT
COMBINATIONS
704,705
EXAF203Z471
|0.01mfd,
0.01mfd
&
4700hm
Cc
104,105,110,
|ECKE1H222MD
|0.0022mfd,
WV-50V,
+20%.
Ceramic
4
Cc
}CR202
EXA5DLO4C
10.7MHz
Filter
1
c
115
CR301,302
EXA6FCO4
19kHz
Filter
2
c
C108
ECCD1HOS0C
5pfd,
WV-50V,
+0.25pfd,
Ceramic
1
c
C109
ECKD2H331KB
|330pfd,
WV-500V,
+10%.
Ceramic
1
c
be
ci
ECCDIHIRSC
=|
1.5pfd,
WV-50V,
+0.25pfd,
Ceramic
1
c
SWITCHES
C112
ECCD1HO20C
=|
2pfd.
=
WV-50V.
+0.25pfd,
Ceramic
1
Cc
C113
ECMSO5100K
=
|10pfd.
WV-50V,
10%,
=
Mica
J
c
ESD1414
DX-LOCAL
Switch
1
B
C114
ECMS0330K
33pfd,
+10%,
=
Mica
1
c
SSRC364L25B1
|Selector
Switch
1
8
C116
ECCDIH100KT
|10pfd,
WV-50V.
+10%,
Ceramic
1
Cc
SST13S
Mode
Switch
1
B
C201~206
ECKE1H103PF
|0.01mfd.
WV-50V.
+109
%,
Ceramic
|
20
c
SST13S
Tape
Monitor
Switch
1
B
208~212
SST13-1S
Stereo
Mode
Switch
1
B
214,215,224,
SST13S
Loudness
Control
Switch
1
B
208,209,211,
SSP19S
Voltage
Adjust
Switch
1
B
303,
617,618
©207,417,418,
|ECEASOVIL
Imfd,
WV-50V,
Electrolytic
5
B
CHASSIS
PARTS
420,421
C210,228,302
|ECEA25V4R7L
|4.7mfd,
WV-25V,
Electrolytic
3
B
{CHI
XBAIEOSNR5~
—‘|Fuse
0.5A
1
A
C213,217
ECCD1H330K
=
[33pfd,
WV-50V,
+10%.
Ceramic
2
C
{CH2
XBAIE1ONR5
~~
|Fuse
1A
1
A
C216,305,311
|ECEA10V47L
=
|47mfd.
WV-10V,
Electrolytic
3
B
ICH3
XAM13T125
Stereo
Eye
3V
40mA
1
A
€223,508,510
jECEASV33L
33mfd,
WV-6V,
Electrolytic
3
B
ICH4
XAM43T
Pilot
Lamp
12V
300mA
3
A
C225,301,605,
|ECCO1H151K
150pfd,
WV-50V,
+10%.
Ceramic
4
Cc
JCHS
SSM13
Tuning
Meter
1
8B
606
CHE
SJA41
AC
Cord
1
c
C226
ECKD2H331KB
|330pfd,
WV-500V,
+10%,
Ceramic
1
C
|CH7
SJF3201
2P
Pin
Jack
2
Cc
C€229,310.413,
|ECQGO5103KZ
|0.01mfd,
WV-50V,
£10%.
Polyester
4
Cc
ICH8
SJF3405
4P
Pin
Jack
2
c
414
CHO
RJF4202
Antenna
Terminal
2
c
C230,231
ECKE1H472MD
|0.0047mfd,
WV-50V,
+20%,
Electrolytic}
2
B_
{CH10
SJS9205
AC
Socket
1
c
C232
ECCD1H100K
10ptd,
WV-50V,
+10%,
Ceramic
1
Cc
ICH11
$JS13-1
DIN
Socket
1
Cc
C233
ECQS13715xX
370pfd,
WV-100V,+
5%.
Polysterene
1
Cc
|CH12
SJS4303
3P
Player
Power
Source
Socket
1
c
C304,411,.412,
|ECEA1TOVIOL
1O0mfd,
WV-10V.
Electrolytic
5
B
{CH13
SDA11
Slider
1
c
613,614
1CH14
SDE53
Poly
Slider
1
c
€306,519.520
|ECQGO5223KZ
|0.022mfd.
Wv-50V.
+10%.
Polyester
3
C
ICH15
SDP1031
Sub
Slider
1
c
C307
ECQGOS682KZ
{0.0068mfd,
WV-50V,
+10%,
Polyester
1
Cc
jCHI6
RDZO7-1
Dial
Cord
60
A
C308,313,701
jECQGO5333KZ
|0.033mfd,
WV-50V,
+10%,
Polyester
3
C
{CH17
ROD2080-1S
VC
Drum
1
Cc
C309
ECQS1472KX
4700pfd,
WV-100V,
+10%.
Polystyrene
1
Cc
JCH18
RDS417
Dial
Spring
1
c
C312
ECQG05102KZ
|0.001mfd,
WV-50V,
+10%,
Polyester
1
Cc
JCHI9
SDT6251
Tuning
Shaft
1
c
C314
ECQG05473KZ
|0.047mfd.
WV-50V,
+10%,
Polyester
1
C
4{CH20
SGT5350
Name
Plate
1
®c
C316,513,514
ECQGO5153KZ
|0.015mfd,
WV-50V,
+10%,
Polyester
3
Cc
jCH21
SMY107
Heat
Sink
Plate
2
Cc
C316
ECQS1332KX
3300pfd.
WV-100V,
+10%,
Polystyrene
1
C
|CH22
SMY55
Heat
Sink
Plate
1
Cc
C317.807,808
|ECQGO5104KZ
|0.1mfd,
WV-50V,
+10%.
Polyester
3
C
jCH23
SDE49
Pointer
Screen
1
c
318,319,407,
JECQGOQ5332KZ
|0.0033mfd,
WV-50V,
+10%.
Polyester
4
Cc
}CH24
SJJ23
Headphones
Jack
1
8
408
C320,321.505,
|ECOGO5683KZ
|0.068mfd.
WV-50V.
+10%,
Polyester
4
c
afi
506
;
RECEIVER
CABINET
PARTS
(MODEL
SA-700A)
C€401,402
ECEA6V220L
220mfd,
WV-6V.
Electrolytic
2
8
:
C403,404
ECEA25V3R3L
{3.3mfd.
WV-25V.
Electrolytic
2
B
ICAI
SKA2931
jCabinet
1
Cc
C405.406
ECCD1H331K
330pfd,
WV-50V,
+10%.
Ceramic
2
C
|CA2
$KD1371
Dial
Panel
1
Cc
C419,521
ECEA16V220L
|
220mfd,
WV-16V,
Electrolytic
2
B
ICA3
SDE51-3
Smoked
Panel
1
®c
C503,504
ECQG05102KZ
|
0.001mfd.
WV-50V.
+10%.,
Polyester
2
Cc
ICA4
SBN227
Knob,
Tuning
1
A
C507,508
ECAG25ER47L
|
0.47mfd.
WV-25V,
Electrolytic
2
B
ICA5
SBN229
Knob,
Slide
Volume
1
A
C515,516
ECQGO5154KZ
|
0.15mfd,
WV-50V,
+10%,
Polyester
2
Cc
JCA6
SBN231
Knob,
Selector
Switch
1
A
C517,518
ECQG05472KZ
|
0.0047mfd.
WV-50V,
+10%,
Polyester
2
Cc
{CAs
SBN241
Knob.
Power
Switch
1
A
C601,602
ECAG25ER33L
|
0.33mfd,
WV-25V,
Electrolytic
2
B
ICA
SGW3251
Control
Panel
1
c
C603,604
ECAG25ER22L
|
0.22mfd,
WV-25V,
Electrolytic
2
B
SGX495
Ornamental
Bar
(Left)
Control
1
c
C607,608
ECEA6V1000L
|
1000mfd,
WV-6V.
Electrolytic
2
B
SGX493
Ornamental
Bar
(Right)
[
Pane!
Ass’y
1
c
C609.610
ECCD1H470K
|
47pfd.
WV-50V,
410%,
Ceramic
2
c
SGW3270
Ornamental
Piate
1
c

$S-7000A
Description : Description
XSN4+25FVCS | Chassis Holding Screw PACKING MATERIALS
SHG327 Leg
SGT5351 Specifications Plate SPG319 Packing Case, Outer (Center Unit)
SPN3159-1 Packing Case, Inner (Center Unit)
SPG321 Packing Case, Outer (Speaker)
PLAYER PARTS (MODEL SL-700A) SPN3161-1 Packing Case, Inner (Speaker)
SPN3163 Top Pad & Bottom Pad (Speaker)
SPN3247 Top Pad (Dust Cover)
SPN2231 Side Pad (Receiver)
SPN2225-2 Side Pad (Player)
SPN2767 Partition
SPN3165 Corner Pad
SPN3167.. _| Pad (Dust Cover)
SPN2771 Cord Case
SPPH7 Poly Bag (Center Unit)
SPH77 Protection Bag, AC Cord
SPP53-1 Protection Bag (Player)
SPP129 Protection Bag (Receiver)
SPP173 Protection Bag (Speaker)
|
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SKA4430 Cabinet
SJP2129 Phono Cord
SJP25 AC Cord (PX)
SKU3630 Bottom Cover
SGT5390 Specifications Plate
SYE159 -1 Dust Cover
XMS31+13FVC | Bottom Cover Holding Screw
RHR111 Phono Cord Bushing
SHR937 AC Cord Bushing
EPC82SMBD Cartridge, Magnetic
EPS31STSD Stylus, Diamond
M6504-A Capstan for 50 Hz
M6504-B Capstan for 60 Hz
G3474-A Spindle Ass'y
EM-42041-D Phono Motor Ass‘y
M4591-D Idler Ass‘y
PM-506S (a) Pickup Ass'y
G2228-A Turn Table Covering
G2227-A Turn Table Ass’y
SBH9053S Hinge
[B= BB PHA ANH HENHNNHAPNH BAe
ACCESSORIES
M6504-A Capstan for 50Hz
M6504-B Capstan for 60 Hz
EPS10 45r.p.m. Adaptor
SPB299-1 Felt for Speaker Cabinet
SJP2109 Speaker Cord
SQX159 Schematic Diagram
SPEAKER PARTS (MODEL SB-150D) SPB5001 . Oil
SQF413 Printed Matter
SQX5217 Instruction Book
$QX9013-1 Factory Servicenters List
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SKA4411 Cabinet (SP10~12 & Bottom Board)
EASI6PL56SB_ | Speaker, Woofer
EAS5HH31SG Speaker, Tweeter
SLCA271K Choke Coil
SGT5371 Specifications Plate
ECEB5OYR68 =| Capacitor 0.68mfd WV-50V
SMN451 Terminal Plate
SNE905 Terminal! Speaker Terminal
SJF3101 Rivet
XMS31+25FVC | Screw, Back Board
SKW161 Bracket
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SGW3970
$GS$213-3
SGB295
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Printed in Japan
K-7103