Panasonic RX-S35 - Alignment Procedures and Mechanical Parts; Separation and Audio Alignment; Mechanical Parts Location; Mechanical Parts List

RX-S35 = RX-S35
@
SEPARATION
ALIGNMENT
MECHANISM
PARTS
LOCATION
2
3
FM
SIGNAL
EQUIPMENT
1
4
GENERATOR
CONNECTION
ADJUSTMENT
SPECIFICATION
REMARKS
REPLACEMENT
PARTS
LIST
CONNECTION | “COUNTER”
98
MHz,
60dB
MECHANICAL
PARTS
(CW)
Connect
to
M4
AFHBZ
Pla
: :
yback
Head
Adjustment
of
|
test
point
W
(+)
Adjust
VR1,
for
19kHz
A
M2
RUP1821Z
Flexible
Circuit
Board
pilot
signal.
through
FM
a
(+
100HZ)
reading
on
M3
RJT870Z
Connector
.
dummy
antenna.
electronics
counter.
M4
RFS432Z
Spring,
Head
Base
Negative
side
to
M5
RFU36Z
Head
Base
test
point
YW.
M6
RFY391Z
Head
Slide
Plate
M7
RFS433Z
Spring, Pinch
Roller
Moving (FWD)
M8
RFS434Z
Spring, Pinch
Roller
Moving
(REV)
@
AUDIO
ADJUSTMENT
M9
RFX93Z
Collar,
Middle
Gear
Moving
Plate
ADJUSTMENT
M10
RFY392Z
Middle
Gear
Moving
Plate
Ass’y
MEASUREMENT
ITEM
INPUT
POINT
SPECIFICATION
POINT
REMARKS
M11
RFG68Z
Middle
Gear
(REV)
M12
RFR24Z
Pinch
Roller
Arm
Ass’y
(REV)
Playback
mode
_
B
M13
RFS435Z
Spring,
Pinch
Roller
Arm
(REV)
QZZCFM
PHONES
Maximum
Azimuth
screw
Confirm
that
the
difference
M14
RFY393Z
Arm,
Reverse
Azimuth
(8kHz,
—20dB)
output.
(Refer
to
Fig.
13)
|
between
FWD
and
REV
is
M15
RFS436Z
Spring,
Reverse
Arm
within
+3dB.
M16
RFX94Z
Collar
M17
RFY398Z
Arm
Ass’y,
FF Gear
|
Playback
mode
M18
RFG69Z
FF
Gear
Tape
speed
QZZCWAT
Motor
speed
VR
(Refer
to
Fig.
16)
M19
RFS437Z
Spring,
Cassette
Pressure
(3kHz)
(FWD
or
REV)
M20
RFX95zZ
Collar
M21
RF1I26Z
Cushion,
Motor
Ass’y
QZZCLA
VR2
(Rech)
1.
Tape
selector
to normal.
M22
RFR25Z
Arm
Ass’y,
Pinch
Roller
(FWD)
Playback
gain
|
3464H>
OdB
VR3
(Lch)
2.
Dolby
NR
switch
to
OFF.
M23
RFS438z
Spring,
Pinch
Roller
(FWD)
:
C
M24
RFY395Z
Arm
Ass’y,
FF
Gear
(FWD)
|
M25
RFY396Z
Moving
Plate
Ass’y,
Middle
Gear
M26 ~
RFG70Z
Middle
Gear
M27
XSHR17
+
3FN
Screw,
Connector M’tg
@
ALIGMENT
POINT
M28
XSN2
+
4FN
Screw,
Azimuth
fe
:
,
‘
,
.
M29
XSN2
+
5FN
Screw,
Head
Plate
M’t
e
Please
refer
to
Circuit
Board
and
Wiring
Connection
Diagram
which
is
located
test
point.
MaD
MONITA2
Sciew,
Moving
Pinte
es
M'tg
AM
ANT
AM
OSC
AM
OSC
AM
IFT
Beer
ae
Bree
M31
RFN133Z
Washer,
Middle
Gear
etc
M'tg
Cc
Cc
M32
RFN134Z
Washer,
Reverse
Arm
M’tg
550
kHz
I650kHz
5IIkHz
455kHz
rae
Lealalaett
VR2
VR3
M34
RBC605Z
Button
Play
D
M35
XQN17
+
16
Screw,
Cassette
Pressure
Spring
M’tg
M36
XQS17 +3
Screw,
Motor
M’tg
=~
S
SS
M37
RFS439Z
Spring,
FF
Gear
Arm
M40
RFY399Z
RC
Arm
CS
WG
M41
RFY400zZ
Reverse
Plate
M42
RFY401Z
FF Control
Arm
Abn
at
Revarz
BY
ywheel
Ass’y
86.eMHz
M45
RFB44Z
Belt,
Flywheel
M46
RFY4022
Lever,
Stop
Ee
M47
RFY403Z
Lever,
FF
(REV)
M48
RFY404Z
Plate,
Head
Panel
M49
RFY405Z
Lever, FF
(FWD)
M50
RFS440Z
Spring,
Stop,
FF
Lever
M51
RFS441Z
Spring,
Head
Plate
M52
RFS442Z
Spring,
RC
M53
RFY406Z
Hold
Plate
FM
OSC
FM
Ist
M54
RFY407Z
Lock
Actuator
lO9.2MHz
10,7MHz
M55
RFY408Z
Switch
Actuator
M56
RFS443Z
Spring,
Lock
Actuator
M57
RFX96Z
Collar,
Lock
Actuator
Fig.
15
F
M58
RFQ33Z
Middle
Pulley
M59
RFB45z.
Belt,
Middle
Pulley
M60
RFY409Z
Lever,
Auto
(REV)
M61
RFS444Z
Spring,
Auto
Lever
(REV)
Azimuth
Screw
M62
RFX97Z
Collar,
Auto
Lever
M64
RFM38Z
Motor
Ass’y
M65
RFJ42Z
Reel Table
Ass’y
M66
RFY410Z
Detector
Plate
M67
RFS445Z
Spring,
Back
Tention
M68
RFD1852Z
Reel
Plate Table
Ass’y
M69
RFY411Z
Arm,
Auto
Control
(REV)
Fig.
18
G
M71
RFY412Z
Arm,
Auto
Control
(FWD)
M72
RFY413Z
Lever,
Auto
(FWD)
M73
RFS446Z
Spring, Auto
Lever
M74
RBC605Z
Button,
Stop
M75
RBC604Z
Button,
REW
M76
RBC602Z
Button,
FF
M77
RFN135Z
Washer,
Button
Base,
M’tg
M78
RFN136Z
Washer,
Flywheel
etc
M’tg
M79
XQN17 +65
Screw,
Switch
Actuator
M’tg
M80
XQN17
+
35
Screw,
Hold
Piate
M’tg
<
H
M81
XQN17
+
C25
Screw,
Switch
M’tg
Fig.
17
Fig.
19
M82
RFN137Z
Washer,
Polyslider
g.
M83
RFN138Z
Washer,
Auto
Lever
M’tg
M84
RFN139Z
Washer,
Reel
Table
M’tg
M85
RFN140Z
Washer,
Polyslider
M86
XQN17
+
25
Screw,
Moving
Plate
M’tg
oe
Sess