Matsushita Electric NATIONAL RQ-152S User manual

NATIONAL
TAPE RECORDER
SERVICE MANUAL
aT Sica Say
NEY
MODEL RQ-152S
A.C D.C 2 SOURCE TAPE RECORDER
CONTENTS
SPECIFICATIONS i v'e. cs cess ves cnstids cesietidusstuatsedned tasougsiedvuue cre cronvestgeesastadanss
PARTS LOCATION. ssessdcewciacitenedieineedavietewed soigdacseateasadvecdoss sa sasectens diese
BLOCK DIAGRAM OF ELECTRICAL CIRCUITS ........csccccescecsseneeesensonees
DISASSEMBLY INSTRUCTION uu... cece cee eee cee ee eee eee e ne nee teen ee eeneneees
MECHANICAL OPERATING CONTROLS. ........... 0c: ccecee cee ce esse ee een ene ee een eee
TAPE TRANSPORT OPERATION cicarcsacsncat an tavewuinsia shaehieadwan ena aeduuanceate
MECHANICAL ADJUSTMENTS. ......... 0c cece ccecee eee reece aeeneeeeeene nee eenee snes
AMPLIFIER ADJUSTMENTS? sus seiveies densatatmdsneniaaevetads anata ded eotieeteiyaasse
TROUBLE: “SHOOTING “GUIDE. sic caitoutiancodsimavantectasina rt dvtananazsantaeices
REPLACEMENT PARTS ELISE si ecuviveciiiiiniceedeavelsveanth bedaaes sonacdeeedeasegas
CIRCUIT BOARD -sisccuctwcnitacdtodiaw pani <isda staan sta Debesaa eu nidseeadecelisbeeutaeiye
CABINET ;PARTS a: cvs teheemadattaiosttaeeievivads eters bsaes i aduarudscpenealiate
EXPLODES VIEWS. seistitate scissors etn acs tuatiiaails cde oh oe galls saith de semana hamuanses¥
WIRING CONNECTION DIAGRAM .............:eceecse eee cen eee ee tet eeeaee nse eueueenes
SCHEMATIC CIRCUIT DIAGRAM: \aiscs trad vesaisian Gatien gh alvackainn paveclan eaves
PLECTRICAL PARIS LOCATION tes.icdisane nouetaestsa ta aanvigs ea aeeectesaas
ACCESSORIES © serene coccinea va torsisdadebadtekoctengheatesanad ate cna Lnter nw aeetdat
COMPONENT PACKING ® 3 occseentt ats deol sa cen tosYeaat Sealine vaevaailes ditect sta tiaekas
MATSUSHITA
ELECTRIC
JAPAN

SPECIFICATIONS
Power Source:
Audio Output:
Transistors :
Recording System:
Erasure System:
Track System:
Monitor Systen:
Tape Speeds:
Frequency Response:
Input Impedance:
Output Impedance:
Playing Time:
Battery Life:
Recording Level Indicator:
Built-in Speaker:
Dimensions:
Weight:
PARTS LOCATION
Supply Reel
Operating Lever
Counter Reset Button
Index Counter
V.U Meter
Record Button
Fast Forward Button
Volume Control Knob
Tone Control and Monitor Switch Knob
A.C. or Battery Powered A.C. 110V, 220V
Battery 9V 6 Batteries
700 mW (1W maximum)
2SB-173(1) 2SB-175(2) 2SB-178(2) 2SB-172(1)
AC. Bias 35K Cycles
D.C. Erase
2 Track System
Sound Monitor System
3-3/4i.p.s. and 1-7/8i.ps.
100~7,000 c/s at 3-3/4 i.p.s.
100~4,000 c/s at 1-7/8i.ps.
Microphone 20 KQ
Auxiliary “RADIO” 100 KO
Extension Speaker Jack “EXT.SP” 8 Q
1 hour at 3-3/4i.p.s. with 5” Tape (600 ft)
2 hour at 1-7/8i.p.s. with 5” Tape (600 ft)
More than 30 hours (using NATIONAL “Hi-Top” Batteries)
V.U Meter
3-5/8” Dynamic Speaker
11-3/4’ (W) x 10” (D) x 3-1/2” (H)
6-3/4 Ibs. without Butteries
Takeup Reel
Capstan Rest
Capstan
external Speaker Output Jack
Radio Jack
Microphone & Remote Control Jack

BLOCK DIAGRAM OF ELECTRICAL CIRCUITS
RECORDING CIRCUIT
MONITOR
Ue Sound
Monitor SW. SPEAKER
Feedback
Deen ” Record
y, J
MIC. Head
Tr Tr2
2SB-173 2SB-175
Transformer
Transformer
2SB-178
“B” Transistor
Tré
258-172 Power Source
Erase
A.C Power Source
Motor
PLAYBACK CIRCUIT
Negative
Feedback
Tr4
Equalization
Tone
Control
MONITOR
©
SPEAKER
Volume
Playback Control
Head
Tri Tr2
2SB-173 2SB-175 2SB-175
* Input Out put
Transformer Tr5 Transformer
2SB-178
A.C
Power
Source
“B”"
Transistor
Power
Source
Ln ee ee)

DISASSEMBLY
INSTRUCTIONS
1.
Remove
the
operating
Lever
and
the
capstan
sleeve
3-3/4 ips.
2.
Remove the
Bottom
Cover.
BOTTOM COVER 3. Undo chassis fixing screws 6 pcs. (C).
AC Power Cord 4. Hold the Flywheel of chassis, and pull it up slopewise
Battery Compartment Cover Compurtment Cover from Reel Table side.
Note: Attention must be paid to lead wire from
IN 4 speaker.
= —
MOTOR
1. Turn the set upside down.
2. Undo the fixing screws 3 pcs. (A) of the Bottom Cover
and the fixing screws 2 pcs. (B) inside of the Battery
Case. Position of al
3. If it is lifted from the hinge side, the Bottom Cover id (e STONE Mark [8 |
can be removed.
Note: Attention must be paid to lead wire from
Battery.
MAIN CABINET BODY CASE
Head
Cover
Oe
ak
Sleeve
3-34
i.p.s.
. Remove the Motor Spring from the Motor.
. Remove the 3 Motor Lead wires (Yellow, Red and Blue.)
. Remove 2 screws (D) holding Motor Holder.
. In doing so mark the original position of the Holder
first.
When replacing the Motor, fit it to the position marked
When removing the old Motor, then test the tape
Operating
Lever
speed.
COUNTER
PWRHYr

FLYWHEEL
(>) Paper Washer
1. Remove Paper Washer
and Stop Ring on the
Flywheel Shaft (Capstan).
Takeup Reel Table
Takeup Belt
Guide Pulley-A
2.
Remove
the
Rubber
Belt
from
the
Guide
Pulley-A.
(E) Sub Base Plate
>) Ss
| wee
; Ss QE 2] ry
EF
Clutch Lever Spring Catch Lever Spring
3. Remove the Catch Lever Spring and the Clutch Lever
Spring.
4. Remove the 3 screws (E) holding the Sub Base Plate.
5. Remove the Sub Base Plate.
6. Pull the Flywheel upward.
When replacing the Flywheel, always install new
Flywheel.
Thrust Ball and Paper Washers on the Flywheel Shaft
i RA Paper Washer
(a
[ie ea22 5~
Flywheel Thrust Ball
MECHANICAL OPERATING
CONTROLS
SINGLE LEVER CONTROL
All electrical and mechanical functions are performed by
the single, 4 position Operating Lever. The batteries are
disconnected in the STOP position.
1. Turning the Operating Lever counter-clockwise to the
PLAYBACK position switches the Amplifier ON and
actuates the tape transport mechanism to properly
Playback a recorded tape.
2. Turning the Operating Lever counter-clockwise to the
REWIND position switches the Amplifier OFF and
actuates the mechanism to cause transport of the tape
onto the supply reel.
3. Pressing the Record/Lock Button and tuming the
Operating Lever to RECORD actuates the tapetransport
mechanism and switches the electrical citcuits, to
enable the signal from the microphone to be recorded.
Record/Lock Button is a safety locking device to
prevent accidental erasure.
4. Volume Control is used to adjust the recording level
and volume of the reproduced sound. It is not connected
to the Power Switch.
5. V.U Meter/Battery Voltmeter functions a; a dual
purpose meter. With the Operating Lever in the RECORD
position, the meter functions as a V.U Mter and
indicates the recording level. In the PLAYBACK position,
the meter functions as a Voltmeter and measures the
Voltage output of the batteries.
6. The Model RQ-152S is equipped with a self-omtained
AC power supply and a unique relay circit which
allows automatic switching from AC to Battery power
and vica-versa.
S4 is the AC to Battery switch contacts and normally
is in the Battery position. When AC power i; applied,
S4 contacts are switched to the AC positio, by the
Relay.

TAPE TRANSPORT OPERATION
PLAYBACK
up Reel Tabke
Takeup
Reel
Table
Guide
Pulley
(Guide Puiley:$))
Clutch Lever
(Gam Plate)
Clutch Lever
Supply Reel Table
(Beit Retarn Stopper Lever)
~ An? 2
een i FF Roller Lever)
Rubber of Belt Return) / [af 4
Stopper Lever
(N9
Rewind Pulley
Sub F.F.Lever
When the operator is adjusted to playback condition by
turning the Operating Lever, the following movements
occur at one time to feed tape at a constant speed for
obtaining playback.
1. Clutch Lever acts, power source is switched on, Motor
Lifter is freed from suppression, Motor is pressed on
Flywheel, and motor rotation is transmitted to Flywheel.
2. Rotation transmitted to Flywheel turns Takeup Reel
Table by Takeup Belt and Sub Takeup Belt.
3. Pinch Roller Lever acts and makes Pinch Roller stuck
to Capstan Shaft. With rotation of Capastan Shaft
which is conjointly shaft of Flywheel, Pinch Roiler is
rotated to feed tape at a constant speed.
4 Pinch Roller Lever moves pad arm and Pinch pad
to Head.
5. Pinch Roller Lever moves Sub F.F. Lever and F.F. Roller
Lever, and separates F.F. Roller from Takeup Reel
Teble.
6. Rewind Lever is actuated, Rewind Pulley is separated
from Flywheel, and playback circuit is switched on.
7. Sub Clutch Lever operates, moves Belt Return Stopper
Lever and separates rubber of Belt Return Stopper
Lever from Supply Reel Teble.
8. Catch Lever operates and fixes operator.
RECORD
Recording Lever
Recording Cam
Push the Button for recording, turn the Operating Lever,
and adjust the operator to recording position. Then, same
operations as in playback begin simultaneously and tape
is fed at a constant speed. At the same time, Recording
Lever is moved with Recording Cam, Slide Switch is
actuated, electric circuit is changed over to recording
condition, and thus recording is obtained.
FAST FORWARD
(F-F.Roller)
|
Guide Pulley L)
{
F.F.Roller Lever}
Takeup Reel Table
Friction Pulley:
AF. Pulley
(Fivwheel)
-~ (Pinch Rolier
Lever
Pa
oD
(FF Lever) -
Cam Plate)

Takeup Reel Table
F.F.Roller
Sub Takeup Belt
Friction Pulley
Push the F.F. Button, turn the operating Lever, and
adjust the operator to Fast Forward condition. Then
the following operations begin simultaneously for F.F.
of tape.
1. Clutch Lever operates, power source is switched on,
Motor Lifter is freed from suppression, Motor is pressed
on Flywheel and motor rotation is transmitted to
Flywheel.
2. Rotation transmitted to Flywheel turns Friction Pulley
under Takeup Reel Table by Belt, the rotation is
transmitted to F.F. Roller and its rotation to F.F. Pulley.
As F.F. Pulley is fixed at Takeup Reel Table, the Reel
Table quickly rotates.
3. Sub Clutch Lever operates, moves Beit Return Stopper
Lever, and separates Rubber of Belt Return Stopper
Lever from Supply Reel Table.
4. Catch Lever works and fixes operator.
REWIND
Supply Reel Table
Rubber
of
Belt
Return
Stopper
Takeup Reel Table
Flywheel
(Takeup Lever)
Turn the Operating Lever for putting the operator to
rewinding condition. Then the following operations
simultaneously occur, and the tape is quickly rewound.
1. Catch Lever operates, power source is switched on,
Motor Lifter is freed from suppression, Motor is pressed
on Flywheel, and Motor rotation is transmitted to
Flywheel.
NO
. Rotation transmitted to Flywheel is further transmitted
to Rewind Pulley which is pressed on Flywheel, and
Supply Reel Table is turned to rewinding direction by
Rewind Belt.
3. Takeup Lever operates, separates Sub Takeup Lever,
F.F. Roller Lever and push F.F. Roller from Takeup Reel
Teble, putting the Takeup Reel Table in freed condition.
4. Sub Clutch Lever operates, moves Belt Return Stopper
Lever, and separates Rubber of Belt Return Stopper
from Supply Reel Teble.
5. Catch Lever operates and fixes operator.

STOP
(FF Roller)
‘Supply Reet Table
(Takeup Reel Table)
_- (Sub_Takeup Beit)
Sub Clutch
Lever E
Pinch Roller eo Se) AAAY
__ Spring /
a
(Catch Lever Spring) (FF Lever)
| S€ Fleer
(Clutch Lever
From the status of Record/Playback, quick feed or Rewind-
ing, if the Operating Lever is turned and the operator
is adjusted to stopping condition, the following movements
occur simultaneously, power source is switched off, and
operation come to a stop.
1. Clutch Lever works, power source is switched off, Motor
Lifter is suppressed, and Motor is separated from Fly-
wheel.
2. In case of stopping from Record/Playback, Rewind
Lever works, circuit for Record/Playback is cut off,
and Rewind Pulley is pressed on Flywheel.
Pinch Roller Lever works, Pinch Roller is separated
from Capstan Shaft, and the Pinch Roller Lever also
actuate pad-up for separating pad from bed.
By operation of Pinch Roller Lever, Sub F.F. Lever
and F.F. Roller Lever are actuated to press F.F. Roller
on Takeup Reel Teble which serves as a_ brake.
Sub Clutch Lever and Belt Return Stopper Lever work
to press Rubber of Belt Return Stopper of Supply Reel
Table for braking.
3. In case of stopping from Fast Forward, Rewind Lever
works, and Rewind Pulley is pressed on Flywheel. Sub
Clutch Lever and Belt Return Stopper Lever work to
press Rubber of Belt Return Stopper on Supply Reel
Table for braking.
4. In case of stopping from rewinding, Takeup Lever and
Sub Takeup Lever work to press F.F. Roller on Pulley
of Takeup Reel Table.
Braking is effected when F.F. Roller comes in touch
with Pulley of Takeup Reel Table.
MECHANICAL ADJUSTMENTS
PINCH ROLLER TENSION
Pinch \
Roller
( Pinch Roller Lever)
Fig. 1
Instruments Required: Spring Scale; Strong Twine.
Measurement: Refer to Fig. 1.
1. Load the tape as in the case of Playback, and set
the Tape Recorder in Record or Playback mode.
2. Hang a loop of twine on the Pinch Roller Shaft and
hook the Spring Scale on the other end of the loop.
3. Pull the Spring Scale in the direction of a line connecting
the centers of the Capstan and Pinch Roller Shaft,
and Pinch Roller Shaft, and increaring the pull slowly
read the scale at a point where the tape stops moving
by the pull.
4. The standard pressure of the Pinch Roller Shaft
should be:
1-7/8 ips..........ceeeee 5.3~7.40zs. (150~210 g)
3-3/4 ips... 5.7~8.5 ozs. (160~240 g)
ADJUSTMENT
Adjust the Pinch Roller Spring to the standard pressure
accordingly.
TAPE PAD PRESSURE
Tension
Gauge

Tape Pad
Arm Spring
Fig. 3
Instrument Required: Tention Gauge
Measurement: Refer to Fig. 2. and 3.
1. Set the Tape Recorder in Playback mode without
loading the tape.
2. Hook the Tension Gauge on the Tape Pad for the
Record/Playback Head at the center and lightly pull the
gauge so that the pad parts from the head. Take the
reading just at the point where the pad parts from the
head.
3. The standard pressure of the pad for the Record/
Playback Head should be:
0.2~0.50zs. (6~14g)
ADJUSTMENT
Adjust the Tape Pad Arm Spring to the standard pressure.
WINDING TORQUE FOR PLAYBACK AND FAST
FORWARD
Takeup Reel }
ee
Tape.
Flywheel) > Tape)- ere U
Clywheel) 7 ay eo ae )
‘Tension’
[eae z |
Cressure Roller Le
(Splicing Tape) 7 (~ \ Gauge
Fig. 4
Instruments Required: Tension Gauge; Splicing Tape
Measurement: Refer to Fig. 4.
1.-Make a loop of the tape (5” reel) end, fasten the
looped end with the splicing tape, and put the reel
on the Takeup Reel Table.
2. Hook the Tension Gauge on the loop and pull out 6
inches or so of the tape end.
3. Set in the Playback or Fast Forward mode, and pull
the Tension Gauge in the direction of winding keeping
the pace with the moving tape until the reading of
the Tension Gauge remains constant at which point
take the reading. Repeat this for several times and
take the average for a correct torque.
4. The above test should be made with 5” tape reel
with full load.
5. The standard torque should be:
Playback.............. 0.53~0.71l ozs. (15~20g)
Fast Forward......... 0.7l ozs. ~ (20g~)
ADJUSTMENT
Reel Table Decorative \
Screw J
Reel Table Spring
Reel Table
F.F.Fiber
Washer
F.F.F iber
Washer
Friction Washer
rT Friction =o
Friction Pulley Friction Pulley Nut
Tetoron Washer
Fig. 5
Adjust the torque with the Friction Spring on the Takeup
Reel Table. If the torque is too strong, loosen the Friction
Spring, and if too weak tighten it. If the Friction Washer
gets oily clean it immediately to prevent slip. If the tension
of the Takeup Belt is weakened the winding torque
drops.
BACK-TENSION FOR PLAYBCK
ee
Tension
Gauge
Fig. 6

Instruments Required: Tension Gauge; Splicing Tape
Measurement: Refer to Fig. 6.
1. Measure the back-tension in the manner similar to the
winding torque for Playback, but in this case by
pulling the tension gauge on the 5” tape loaded on
the Supply Reel Table.
2. Measure the back-tension for Playback with 5” reel
fully loaded.
3. The standard back-tension should be:
0.05~0.25 ozs. (1.5~6.5 g)
ADJUSTMENT
Too strong back-tension may be caused by the accumu-
lation of dust on the turning parts of the Rewind Pulley
and Supply Reel Table, requiring occasional cleaning. Too
weak back-tension may be due to the weakened tension
of the Rewind Belt and it should preferably be replaced
then.
MOTOR SHAFT PRESSURE AGAINST FLYWHEEL
~~ Motor Spring ;
(Tension Gauge)
(Flywheel)
Fig. 7
Instrument Required: Tension Gauge
Measurement: Refer to Fig. 7.
1. Load the tape and set the Tape Recorder in Playback
mode. Hook the Tension Gauge on the end of the Motor
Spring attached to the Motor (see the drawing).
2. Pull the Tension Gauge opposite to the action of the
spring and increase the pull until the Flywheel and the
Motor Pulley part from each other at which point take
the reading. The tape stops then.
3. The standard pressure for the Motor:
2.5~3.5 0zs. (70~100 g)
ADJUSTMENT
Adjust the motor spring for correct pressure.
HEAD ADJUSTMENTS
Relative positions of heads and tape,
Adjust the relative positions of Record/Playback head
and Erase head as shown in the drawing.
Improper relative positions of these heads causes imperfect
erasure and cross-talk, and the slightest displacement of
the mounting may lead to the lowe position of the head
in respect of the tape. Close adjustment is therefore
necessary.
0.04~0.16 O~0.12
Erase
Head Record/Playback
Head
Fig. 8
Unit: Inch -
HEAD AZIMUTH ADJUSTMENT
Slit Head Adjustment Screw
Deflection of the angle of the head slit from vertical will
deteriorate high frequency characteristic on playing back
the tape with recording made with another Tape Recorder,
while it is not so important with the tape recorded and
played back on one and the same Tape Recorder. The higher
the deflection, the poorer the poorer the perfomance.
To prevent this trouble, the slit of the head should be
maintained precisely at right angles to the path of the
tape.
Connect the Vacuum Tube Voitage Meter (V.T.V.M.) with
8 © Resistor in parallel to the Monitor Jack, and playback
the standard alignment tape (tape with recording of
signals, 3,000 cps. at 3-3/4 ips. on vertical slit ).
Adjust the angle of the head slit to be precisely vertical
by turning the adjusting screws so as to obtain the
maximum output signal.
When the Record/Playback Head is replaced it must be
adjusted as described above.
TREATMENT AFTER ADJUSTMENT
Lacquer-lock all the holding and adjustng screws of the
heads after the adjustment has been completed.

AMPLIFIER ADJUSTMENTS
RECORD BIAS FREQUENCY
Recorb/
Playback Head Misety
= Lissajous
Figure
Fig. 10
Instruments Required: Oscilloscope; A.F. Oscillator; 100 Q
Resistor.
Measuring Circuit: Refer to Fig. 10.
Connect a 100 © Resistor in series to the ground side of
the Record/Playback Head, and compare the frequency
of voltage at both ends of the resistor with the frequency
of the A.F. Oscillator.
To compare, make the oscilloscope form a Lissajou’s Figure,
and bringing the frequency of the A.F. Oscillator close to
50 kc, watch the point at which the circle of the Lissajou’s
Figure stands still which is the frequency to be measured.
The standard frequency is: 30~40 kc.
If any frequency without the above range occurs, turn
slowly the core of the Oscillator Transformer (T3) until
the frequency remains within the range, tuning with the
frequency of the A.F. Oscillator.
RECORD BIAS CURRENT
RECORD PLAYBACK
RECORD MODE
Fig. 11
Instruments Required: V.T.V.M.; 100 Q Resistor
Measuring Circuit: Refer to Fig. 11.
After adjusting Record bias frequency, connect the V.T.V.M.
to both ends of 100 Q Resistor, and confirm if the Record
bias current is 0.9~1.1mA. Voltage at both ends of
100 Q Resistor is 0.09~0.11 V.
If the Record bias current is without the above range,
correct it by varying the Record bias frequency within
the range of 25~35 kc.
When all the measurement is finished the original wiring
on the heads should be restored. Care Should be taken
to keep correct polarity so as to avoid distorsion noise.
ERASE CURRENT
Erase Head
RECORD MODE
D.C Milliammeter
Fig. 12
Instruments Required: D.C. milliammeter
Measuring Circuit: Refer to Fig. 12.
Connect thh D.C. milliammeter in series to the ground side
of the Erase head.
When the Tape Recorder is set in Record mode, D.C.
milliammeter will indicate Erase current. The standard
Erase current is between 4~8 mA.
RECORDING LEVEL
=2CORD /PLAYBACK
(7 HEAD
RECORDING
AMPLIFIER
Fig. 13
Instruments Required: A.F. Oscillator; Attenuator, V.T.V.M.;
600 © and 100 © Resistors
Measuring Circuit: Refer to Fig. 13.
Remove the soldered lead wire from No. 3 of he Oscil-
lator Transformer (T3) and stop the bias oscilation.
Set the Tape Recorder in Record mode and turn tle volume
control knob to the maximum.
Measure the recording level necessary to feed 0.05 mA
to the Record-head from the input jack.
Connect a 100 Q Resistor to the ground site of the
Record head, and adjust the attenuator so that the voltage
at both ends of the resistor is maintained at 0.)5 V, and
confirm if its value is —64.5~—74.5 db. Also cnfirm the
indication of the V.U. meter which should be —3~ +3 db.

TROUBLE SHOOTING GUIDE 1.
DEFECTIVE RECORD/PLAYBACK
DEFECTIVE OPERATION OF MECHANISM
MOTOR FAILS
TO ROTATE
MOTOR ROTATES
MOVES
ABNORMAL
NOISE OR
LARGE
WOW, FLUTTER
OPERATING LEVER
FAILS TO MOVE
OPERATING LEVER
FLYWHEEL
DEFECTIVE CAM
MECHANISM
BATTERY
CONSUMED
SHAFT BURNT
DEFECTIVE
MOTOR
SPRING
DEFECTIVE
OPERATION
OF MOTOR
LIFT
FUNCTIONING OF
ene SWITCH
-2
SHAFT SHORT
OF OIL
SLACKENING |
OF FLYWHEEL
SHAFT
DEFECTIVE
DEFECTIVE PINCH
PRESS OF
ROLLER
PINCH ROLLER RO RING
FRICTION
PULLEY BURNT
REEL TABLE UNEVEN
SHAFT
BURNT
WINDING
FORCE
SHORT OF OIL
DEFECTIVE
OPERATION OF
SUPPLY PULLEY
BRAKE
REWIND AND
COUNTER BELT
OUT OF PLACE
DEFECTIVE
MOTOR
RUBBER BELT
BROKEN,
DETERIORATED
OR OUT OF
PLACE
PINCH ROLLER
DEFORMED
DEFECTIVE
OPERATION OF F.F.
ROLLER LEVER
COUNTER SHAFT
BURNT
RELAY PULLEY
& GUIDE
PULLEY BURN
FLYWHEEL
SHAFT
SLACKENED
TAKEUP LEVER
MOTOR PULLEY
DEFORMED OR
STAINED
WITH OIL

TROUBLE SHOOTING GUIDE 2.
DEFECTIVE REWIND
DEFECTIVE OPERATION OF
MECHANISM
TAKEUP REEL TABLE
URNT OR SHORT OF OIL
@
REEL TABLE SHAFT BENT
OR B
Cc mo) 2 4
REWIND REEL TABLE
FAILS TO ROTATE TAKEUP. BELT FAILS
Ez O COME OFF -
F.F. ROLLER FAILS
TO COME OFF
SUPPLY REEL TABLE
OR RUNNING SHORT OF OIL
REWIND BELT BROKEN OR
DETERIORATED
EWIND (PULLEY BURNT OR
REWIND IS NOT SUPPLY PEEL TABLE
OBTAINABLE FAILS TO ROTATE EFECTIVE PRESS OF DEFECTIVE REWIND
EWIND PULLEY LEVER NG
COUNTER BELT OUT OF PLACE
COUNTER SHAFT BURNT
Ss
PPLY PULLEY BRAKE FAILS
COME OFF
ERATION OF
nO
m
al m
cas
40 >m
: zn
mm
al] jco 4} fos
r< nm
°
mg
mm
ie)
nw
2g
U
TO
MOTOR FAILS
TO ROTATE DEFECTIVE MOTOR
DEFECTIVE FAST FORWARD
DEFECTIVE OPERATION OF
MECHANISM
REEL TABLE SHAFT BENT
OR BURNT
TAKEUP_ BELT BROKEN OR
DETERIORATED
ECTIVE F. F. ROLLER
ER a) ay 2 Zz
ra)
INSUFFICIENT E.F. ROLLER_DEFORMED OR
WINDING FORCE STAINDE WITH OIL
DEFECTIVE
PRESS
OF
FF.
ROLLER,
SHAFT
AND
IF. F. ROLLER LEVER BENT
TAKEUP REEL TABLE
ROTATES
[ote) co
an |
Zz
o3]] ar
7m
Ps)
Uv c> P2)/,am oOo]; | iC me
m > = 1s¢]
=
Zz m
io] ie9] m
ag 4
COUNTER SHAFT BURNT
Y BRA PPLY PULLE KE
ABNORMAL RECORD/PLAYBACK
DEFECTIVE OPERATION OF
ELECTRIC CIRCUIT
cere
ATTAINED ELAY
RELAY VIBRATES
WHEN HALTING AT A.C

TROUBLE SHOOTING GUIDE 3.
ABNORMAL PLAYBACK
DEFECTIVE OPERATION OF ELECTRIC CIRCUIT
DISTORTION iS
LARGE AND
SOUND !S
SMALL
NO SOUND
(S HEARD
PLAYBACK IS
OBTAINABLE,
BUT SOUND IS
DISTORTED
LOUD NOISE
LOUD
HUMMING
CHECK VOLTAGE
AND CURRENT
AT EACH PART
NO CLICK AT
Tr-1 BASE
DEFECTIVE A.C.
POWER SOURCE
DEFECTIVE
MOTOR
|MPERFECT
GLAND PACKING
OF AMPIFIER
WIRE - BREAKAGE
OF CAPACITOR
DEFECTIVE
CAPACITY OR
WIRE -
BREAKAGE OF
CAPACITOR
NO SOUND 1S
HEARD DUE TO
ABNORMAL
VOLTAGE, OR
LARGE
DISTORTION
VOLTAGE |S
NORMAL, BUT
SOUND 1S SMALL
TONE CONTROL
1S DEFECTIVE
TONE CONTROL
1S INEFFECTIVE
VOLTAGE {tS DEFECTIVE
NORMAL, BUT NO
SOUND IS
HEARD
DEFECTIVE
DEFECTIVE SPEAKER
PLAYBACK
HEAD
DEFECTIVE
SLIDE SWITCH
$1-1,$1-2
DEFECTIVE
SLIDE SWITCH
$1-1, $1-2
SHORT CIRCUIT
OF CAPACITOR
c3
DEFECTIVE
CARACITY OR
WIREBREAKAGE
OF CAPACITOR
c2
INPUT TRANS.-
FORMER T-1
OUTPUT TRANS
DEFECTIVE
CAPACITOR
C3,C6,C9
DEFECTIVE
INPUT TRANS,
FORMER T-1
DEFECTIVE
DEFECTIVE
SPEAKER
DEFECTIVE
CAPACITOR
C12, Ci3
DEFECTIVE
RESISTOR
R5, R6
DEFECTIVE
CAPACITY OR
WIRE BREAKAGE
OF DE COUPLING
CAPACITOR
€10,C11, C1
DEFECTIVE
RESISTOR
R5,R6,R7
DEFECTIVE
VARIABLE
RESISTOR
VR-1
SLIDE SWITCH
$1-2
es i
DEFECTIVE
INPUT
TRASFORMER
T-1
DEFECTIVE
OUTPUT
TRANSFORMER
RESISTOR R4,R11
R17,R18, R22
DEFECTIVE BASE
BREEDER
RESISTOR R9,R12,
R15,R20, R21,
DEFECTIVE DE
COUPLING RESISTOR
R12,R19, R23
DEFECTIVE
ISOLATION OR SHORT ;
CIRCUIT OF
CONNECTING
CAPACITOR
c2,C7, C8,
SHORT CIRCUIT OF
EMITTER CONDENSER
C3, C6, C9
DEFECTIVE
ISOLATION OR
SHORT CIRCUIT
OF CAPACITOR
c5,C7, Cl2,C13
DEFECTIVE
ISOLATION OR SHORT
CIRCUIT OF DE
COUPLING CONDENSER
e1,C010,C11
DEFECTIVE
TRANSISTOR Tr-1,
Tr-2, Tr-3, Tr-4,
Tr-5,
DEFECTIVE
THERMISTOR

TROUBLE SHOOTING GUIDE 4.
ABNORMAL RECORD
DEFECTIVE OPERATION OF ELECTRIC CIRCUIT
IMPERFECT
ERASING
RECORDING 1S
OBTAINABLE,
BUT SOUND tS
DISTORTED
TONE CONTROL !S
DEFECTIVE WHEN
RECORDING
DEFECTIVE
ERASE HEAD
BATTERY
CONSUMED
4S HtGH
FREQUENCY BIAS
OSCILLATION
ABNORMAL ?
CHECK VOLTAGE
AND CURRENT
OF EACH PART
DEFECTIVE
SLIDE SWITCH
RECORDING 1S
NOT
OBTAINABLE
LEVEL METER
SWINGS WHEN
INPUT 1S
GIVEN
LEVEL METER
DOES NOT
SWING THOUGH
RECORDING
OBTAINABLE
BUT LEVEL
METER DOES
NOT SWING
1S
RECORDING IS
OBTAINABLE,
BUT NO SOUND
MONITORING IS
ATTAINABLE
LOUD NOISE
DEFECTIVE
RESISTOR
R29
DEFECTIVE
DIODE OA-70
DEFECTIVE
SLIDE
SWITCH S1I-3
DEFECTIVE
METER
LEVEL METER
SWINGS
HIGH FREQUENCY
BIAS CURRENT
1S NORMAL
LITTLE OR NO
ELECTRIC
CURRENT OF HIGH
FREQUENCY BIAS
CHECK
VOLTAGE OF
OSCILLATION
CIRCUIT
DEFECTIVE
RESISTOR R24
BREKAGE OF
THIRD COIL OF
OUTPUT
TRANSFORMER T-2
BREAKAGE OF
SECONDARY COIL
OF OSCILLATION
coIL T-3
NO CLICK AT
BASE OF
TRANSISTOR Tr-1
CLICK IS
HEARD AT BASE
OF TRANSISTOR
Tr-l
DEFECTIVE
SLIDE SWITCH
$1-6
DEFECTIVE
RESISTOR
R30
DEFECTIVE
SWITCH S7
DEFECTIVE
DEFECTIVE
DEFECTIVE
RECORD RECORD
HEAD HEAD
DEFECTIVE
PATTING
OF
DEFECTIVE
RECORDING
OSCILLATION
coIL T-3
OEFECTIVE
RESISTOR DEFECTIVE
R24 CAPACITOR
c14,cC1ig9
DEFECTIVE
SLIDE SWITCH
$1-1, 81-2
DEFECTIVE
TRANS!ISTOR
TR-6
ABNORMAL
DEFECTIVE
RESISTOR
R25, R26, R27
DEFECTIVE
CAPACITOR
c16,C18
HOMVOMO< -D
UMxC-M>Coom
MNOYTnOArCIN
PmmM<mMIaAMM
ROVMQ MPaD MAAPAVZOA
DEFECTIVE
OSCILLATION
coIL T-3
DEFECTIVE
MiCROPHONE
DEFECTIVE DEFECTIVE SLIOE
SWITCH $1-5
WIRE-BREAKAGE
OF CAPACITOR
c2
SHORT CIRCUIT
OF CAPACITOR
C3
PLAYBACK

RESISTORS
Ref. No.
rw)
ON A aAtWON
ee a ee ee ee NOOaP WN —- OC DO
mann nDnDA RAR WTDAWDADADAADAAAAWRDAADAWADAAWAA WD DW
OWWNNNNNNNNNDN = N= FO OOAON A ADARWNH — CO TO &
w w
CAPACITORS
A9NNANAANNDNNDANDNNA
N—-OCANAGAORND =
REPLACEMENT PARTS LIST
as a whole assembly.
Carbon Resistor
Carbon Resistor
Carbon Resistor
Carbon Resistor
Carbon Resistor
Carbon Resistor
Carbon Resistor
Carbon Resistor
Carbon Resistor
Carbon Resistor
Carbon Resistor
Carbon Resistor
Carbon Resistor
Carbon Resistor
Carbon Resistor
Carbon Resistor
Carbon Resistor
Carbon Resistor
Carbon Resistor
Carbon Resistor
Carbon Resistor
Carbon Resistor
Carbon Resistor
Carbon Resistor
Carbon Resistor
Carbon Resistor
Carbon Resisjor
Carbon Resistor
Carbon Resistor
Carbon Resistor
Carbon Resistor
Carbon Resistor
Carbon Resistor
Description
22KQ 1/4 Watt
10KQ 1/4 Watt
120 Q 1/4 Watt
1.2KQ 1/4 Watt
2.2KQ 1/4 Watt
1.2KQ 1/4 Watt
270 Q 1/4 Watt
33K Q 1/4 Watt
100 KQ 1/4 Watt
27KQ 1/4 Watt
2.2KQ 1/4 Watt
1.2KQ 1/4 Watt
33 KQ 1/4 Watt
560 Q 1/4 Watt
10KQ. 1/4 Watt
820 QO, 1/4 Watt
330 Q 1/4 Watt
10 Q 1/4 Watt
270 Q 1/4 Watt
1.5KQ 1/4 Watt
100 Q 1/4 Watt
2.2.Q 1/4 Watt
47 Q. 1/4 Watt
100KQ 1/4 Watt
4.7 QO, 1/4 Watt
10KQ. 1/4 Watt
47 KQ 1/4 Watt
25KQ, 1/4 Watt
270 Q 1/4 Watt
10 Q 1/2 Watt
560 Q 1/4 Watt
270 Q 1/4 Watt
100KQ 1/4 Watt
Electrolytic Capacitor 50 pF
Electrolytic Capacitor 1 pF
Electrolytic Capacitor 30 pF
Polystyrene Capacitor 0.1 YF
Polystyrene Capacitor 0.05 pF
Electrolytic Capacitor 30 pF
Electrolytic Capacitor 10 fF
Electrolytic Capacitor 0.5 LF
Electrolytic Capacitor 50 uF
Electrolytic Capacitor 50 fF
Electrolytic Capacitor 500 pF
Polystyrene Capacitor 0.01 pF
WV
WV
WV
WV
WV
WV
WV
wv
WV
10%
10%
10%
10%
10%
10%
10%
10%
10%
10%
10%
10%
10%
10%
10%
10%
10%
10%
10%
10%
10%
10%
10%
10%
10%
10%
10%
10%
10%
10%
10%
10%
TOV
10V
6V
6V
10V
10V
6V
10V
12V
ATTENTION: Please order Replacement Parts according to this Replacement Parts List. The parts
which are not listed up here will not be supplied. So a part in an assembly has to be ordered
Parts No.
QRD-14TRK223
QRD-14TRK103
QRD-14TRK121
QRD-14TRK122
QRD-14TRK222
QRD-14TRK122
QRD-14TRK271
QRD-14TRK333
QRD-14TRK104
QRD-14TRK272
QRD-14TRK222
QRD-14TRK122
QRD-14TRK333
QRD-14TRK561
QRD-14TRK103
QRD-14TRK821
QRD-14TRK331
QRD-14TRK100
QRD-14TRK271
QRD-14TRK152
QRD-14TRK101
QRD-14TRK222
QRD-14TRK470
QRD-14TRK104
QRD-14TRK4R7
QRD-1 4TRK103
QRD-14TRK473
QRD-14TRJ253
QRD-14TRK271
QRD-12TRK100
QRD-14TRK561
QRD-14TRK271
QRD-14TRK104
QCE-A10V50
QCE-AI10V1
QCE-A6V30
QCQ-K05104M
QCQ-K05503M
QCE-A6V30
QCE-A10V10
QCE-A1OVOR5S
QCE-A6V50
QCE-A10V50
QCE-A12V500
QCQ-K05103M

Ref.
No.
Description
Parts
No.
Cc
13
Polystyrene
Capacitor
0.01
yF
QCQ-K05103M
Cc
14
Polystyrene
Capacitor
0.001
fF
QCQ-K05102M
C15
Electrolytic
Capacitor
500
uF
WV
12V
QCE-A12V500
C16
Electrolytic
Capacitor
3
uF
WY
12V
QCE-A12V3
Cc
18
Polystyrene
Capacitor
0.01
uF
QCQ-K05103M
C19
Polystyrene
Capacitor
3900
PF
QCQ-K05392M
C
21
Polystyrene
Capacitor
820
PF
QCQ-K05821M
C
22
Electrolytic
Capacitor
100
uF
WY
10V
QCE-A10V100
TRANSISTORS
Ref.
No.
Description
Parts
No.
Ref.
No.
Description
Parts
No.
Tro
Transistor
2SB
173
E
8
A.C.
Power
Cord
Bushing
QTD-1126
Tr
2
Transistor
2SB
175
E
9
insulating
Paper
QBK-1039
Tr
3
Transistor
2SB
175
E10
Circuit
Board
Assembly
QEI-0083
Tr
4
Transistor
25B
178
E11
Mic.
&
Remote
Jack
QUA-0214
Tr
5
Transistor
2SB
178
E12
M-3
Jack
QJA-0110
Tr
6
Transistor
2SB
172
E
13
R/P
Selector
Switch
Spring
(long)
QBT-1136
VARIABLE
RESISTORS
E
14
R/P
Selector
Switch
Spring
VR
1
Voriable
Resistor
10KQ.
QVVR-600A10KC
ponory:
SRIEN
97
VR
2
Voriable
Resistor
10KQ.
—-
QVVR-1606G10KC
Bip.
eee
QMG-T018
E
16
Screw,
Round
Head
M2.6¢«
3
QHM-226
x
5N3
DIODES
E
17
Fuse
QJF-1001
E
18
Fuse
Holder
QTF-1009
DI
slliesp-Diede
pelts
E19
Voltage
Selector
Switch
Angle
QTT-1222
D
2
Silicon
Diode
FR-1A
D
3
Diode
OA-70
MECHANICAL
PARTS
TRANSFORMERS
M
1
Reel
Table
Screw
QHQ-1048
M
2
Reel
Table
Spring
QBS-1016
T
J
Input
Transformer
QLA-0113
M
3
Reel
Table
Washer
QBI-3025
T
2
Output
Transformer
QLA-0322
M
4
Reel
Table
Assembly
QxP-0117
T
3
Oscillator
Transformer
QLB-0119
M
5
Paper
Washer
4X8
0.5
QBK-7048
T
4
Power
Transformer
QLP-0365
M
6
Screw,
Round
Head
M2¢x6
QHM-120%
6U3
M
7
Screw,
Round
Head
M2¢x10
QHM-120
x
10U3
SWITCHES
M
8
Flat
Washer
W2
¢
QWP-2022U3
S$
1
Record,’
Playback
selector
M
9
Head
Adjustment
Spring
QBC-1026
Switch
ESD-0162
M10.
Screw,
Round
Head
M3
¢x5
QHM-230¥
5U3
S$
2
Power
ON/OFF
Switch
QSB-0132
M11.
Capstan
Holding
Screw
QHQ-1032
Ss
3
Stop
Switch
QSB-0132
M12
Capstan
Sleeve
QMS-1090
S
4
Relay
QSK-0104
M 13
Paper
Washer
580.25
QBK-7053
S
§
Rewind
Switch
QSB-0141
M
14
Stop
Ring
E4¢
QNS-404U3
S
6
Rewind
Switch
QSB-0141
M15
Flywheel
Shaft
Metal
QMM-1048
Ss
7
Sound
Monitor
Switch
M16
Pinch
Roller
Spring
QMN-1050
Ss
8
Voltage
Selector
Switch
QSS-101]
M17
Plastlc
Washer
4x7
X0.15
QBJ-3009
M 18
Oil
Seal
QBJ-1059
THERMISTORS
M
19
Pinch
Roller
QDP-1053
SM
Thermistor
TD6-A050
QVM-500A
M
20
Paper
Washer
470.5
QBK-7045
M
21
Stop
Ring
E3
¢
QNS-304U3
ELECTRICAL
PARTS
M
22
Pinch
Roller
Rubber
Bushing
QBG-1077
E
1
—
Record/Playback
Head
WY-011
Mas
hed,
Aim
GATE
pp).
.
teres
ttead
WY-209
M
23.1
Pad
Felt
QAP-1054
Bar
“Sonaper
EAS-9P59S
M24
—
Pad
Arm
Spring
QAP-1056
EA
Specker
Holder
QKT-1154
M
25
Base
Plate
Rubber
Bushing
QBG-1078
E
5
Base
Plate
Supporter
QIT-1153
M
26
Tape
Counter
eee
ele
E
6
V.U.
Meter
QSL-0024
M
26-1
Tape
Counter
Pulley
QDP-1089
E
7
A.
C.
Power
Cord
M
27
Counter
Spacer
QTW-1028
(with
2
Pin
Plug)
QFC-1021
M
28
Tape
Counter
Belt
QDB-0047

Ref. No. Description Parts No.
Ref. No. Description Parts No.
M
29
Rubber
Cushion
for
V.U.
Meter
QBG-1079
G
3-2
Record
Lock
Spring
QBC-1042
M
30
Screw,
Round
Head
M3¢
x8
QHM-230
*
8U3
G
3-3
Record
Lock
Lever
QML-1219
M31
Cam
QMQ-1044
G
3-4
Belt
Catch
QHQ-1049
M 32 Lock washer 13 ¢ QWG-302K3 G 3-5 Plastic Washer 4.2%8.5%0.2 QBJ-3022
M 33 Fast Forward Roller Lever Spring QBT-1130 G 3-6 Lock Washer L4¢ QWG.-402K3
M
34
Fast
Forward
Roller
QDP-1090
G
3-7
Hexagonal
Nut
N4¢
QNN-4022U3
M 35 Pulley Lock Spring QBT-1132 G 3-8 Screw, Round Head MS36X10 QHV-230 x 10V3
M 36 Sub Fast Forward Lever Spring QBT-113] G 3-9 Side Pane! QYP-0056
M 37 Paper Washer 3.7 x7 «0.25 QBK-7036 G 3-10 Hexagonal Nut N3¢ QNN-3022U3
M 38 — Guide Pulley (L) QDP-1054 G 3-11 Capstan Rest QMP-1036
M 39 — Guide Pulley (S) QDP-1051 G 3-12 Head Cover Pin QMN-1090
M 40 Fast Forward Pulley QbP-1091 G 3-13 Hexagonal Nut N2.6 4 QNN.-2622U3
M 41 Friction Washer QW@Q-1045 G 3-14 Pole QMP-1078
M 42 Friction Pulley QDP--1094 G 4 Bottom Cover Case Assembly QYC-0046
M 43 Friction Spring QBP-1029 G 4-1. Battery Pulling Belt QFQ-1005
M 44 Plastic Washer 680.15 QBJ-3006 G 4-2 Flat Washer W3¢ QWP.302N3
M 45 Friction Pulley Nut QNQ-1020 G 4-3 Tapping Screw M3dX6 QHM-530 x 6U3
M 46 Paper Washer 580.25 QBK-7053 Gus Battery Compartment Cover
M 47 Idler Pulley QDP-1092 Assembly QEO-0006
M 48 Paper Washer 5.2><8X0.5 QBK-7065 G 6 A.C. Power Cord Compartment |
M 49 Sub Takeup Belt QDB-0048 Cover Assembly QYF-0023
M 50 Tokeup Belt QDB-0049 G 7 Hinge QKC-1013
M 51 Supply Pulley Brake Arm QXL-0064 G 8 Screw, Round Head 12.610 QHT-226 x 10V3
M 52 Sub Clutch Lever Spring QBT-1143 G9 Rubber Washer QBG-1076
M 53 Supply Pulley Brake Arm Spring QBT-1133 G 10 Base Plate Holding Screw (long) QHQ-1054
M 54 Supply Pulley QDP-1093 Gl Base Plate Holding Screw (short) QHQ-1052
M 55 Hexagonal Nut N3 ¢ QNN-3022U3 G 12 Base Plate Pole (long) QHQ-1050
M 56 Motor Assembly QYQ-0032 G 13 Base Plate Pole (Short) QHQ-1051
M 57 Motor Spring QBT-1139 G 14 Flat Washer W3.5 @ QwWP-3512N1
M 58 Flywheel QXF-0025 G15 Paper Washer 3.1 * 9.1 x 0.5 QBK-7039
M 59 Flywheel Thrust Steel Ball QDK-1002 G 16 Screw, Round Head M3 @X5 QHM-230 x 5U3
M 60 Screw, Round Head M364 QHM-130 x 4U3 G17 Knob Holding Screw QHQ-1055
M 61 Flywheel Spacer QNK-1063 G 18 Lock Washer L4é QWG-352K3
M 62 Thrust Steel Ball Retainer QMQ-1035 G19 Operator Knob QGT- 2025
M 63 Pinch Roller Lever Spring QBT-1125 G 20 Fast Forward Button QGO-1024
M 64 Clutch Lever Spring QBT-1064 G 21 Volume Control Knob QGT-1046
M 65 Rewind Lever QXL-0062 G 22 Tone Control Knob QGT-1047
M 66 Plastic Washer 470.15 QBJ-3009 G 23 Jack Conceal Plate QGI.1053
M 67 Rewind Pulley QDP-1052
M 68 Steel Washer 4120.3 QW@Q-1051 RECESS ORIES
M 69 Rewind Rubber Belt QDB-0025 Bz \1-» ’ “Cyngmic:.Mictophone WM.2050N
M 70 Rewind Lever Spring QBT-1072 A 2 Accessory Bag QFK-0010
M71 Motor Lifter QBK-1042 fn. “> Maguetic Earphone
M72. Cam Plate QMF-1051 AAS 2 big’ plug: B Sigs
M 73 Record Lock Spring QBT-1066-1 A 5 — Connection Cord-R QEB-0017
M74 Catch Lever QxL-0024 A 6 — Hand Belt QKH- 1026
M75 Catch Lever Spring QBT-1134 A 7 5” Recording Tape QFT-5NZ-1
M76 Paper Washer 4831.5 QBK-7052 A 8 5” Empty Reel QFR-SNZ-1
M77 Fast Forward Lever QML-1205 A 9 Splicing Tape QFS-0002-1
A 10 Instruction Book QQT- 0178
CABINET PARTS PACKING
G1 Top Cover Case Assembly QYA-0040 Po Packing Case QPN. 1279
G 1-1 Top Cover Lock Button QGO-3008 Pe Inner Cushion (L) QBJ-] 126
G 1-2 Top Cover Lock Spring QBP-1059 PA<3. Inner Cushion (R) QBJ-] 127
G 1-3 Screw, Round Head M2¢%3 QHM-220 x 3U3 Pp 4 Dust Cover QFD-0056
G 2 Head Cover QYR-0049 P 5 Accessory Case QPW-_1046
G 3 Main Case Assembly QYB-0085
G 3-1 Record Lock Button QGO-1025

CIRCUIT BOARD
HOBOOLOS ®O
Ce)
@ (he) GD GD AH
Ge) | 65) | Ga)| Ga]
S
x
Py
— 18 —
5
is)
(Rar) or )\(Tr4) CT
(E11)
(Ro)
(4) [ (3) [Cond | ara) | 8)
(R16) (SM)
1)
7) (R32) (R33)
R7
c3) (RI) G
VR2
TH)
CABINET PARTS
Fax
YA
a eee f.
He
2)
A
& (cr)
@1
@
@)
G15)

EXPLODED VIEWS
OEW
oUF]
LS
°
eee
~
7°
g'&
OSS
eid
Oo!
~
ee
_
cane
(en)
|
eo)
Q
=
§
N
IOS ©
|
|
\
Yo
|
wee
Sa)
ON