Service Manual

ORDER NO. HAD 8605533C0
Service Manual
CYUARTZ Direct Drive
Automatic Turntable System
(S)..... Silver Type
(K) .... Black Type
TAP) Is the standard mark for plug-in-connector system Products
carrying this markare interchangeable and compatible with each other
Note:
Only models for U.S A. and Canada are
not provided with cartridge
SPECIFICATIONS
E TURNTABLE SECTION
Type:
Drive method:
Motor:
Drive control method:
Turntable platter:
Turntable speeds:
Wow and flutter:
Quartz direct drive
Automatic turntable
Auto-start
Auto-return
Auto-stop
Repeat play
Manual piay
Direct drive
Brushless-DC motor
Quartz phase locked control
Aluminum die-cast
Diameter 31.2 cm (12-9/32”)
33-1/3 rpm and 45 rpm
0 012% WRMS*
0.025% WRMS (JIS C5521)
+0 035% Weighted zero to peak
(IEC 98A weighted)
* This rating refers to turntable assembly alone, excluding
effects of record, cartridge or tonearm, but including
platter Measured by obtaining signal from built-in
frequency generator of motor assembly
Rumble:
Technics
—56 dB DIN-A
(IEC 98A unweighted)
—78 dB DIN-B
(IEC 98A weighted)
Matsushita Services Company
50 Meadowland Parkway,
Secaucus, New Jersey 07094
Turntable System
SL-QD33
Color Areas
(S) (K) | [M]..... U.S.A
... Canada
(S) (K) | [E] ..... Switzerland and
Scandinavia.
(S) (K) | [EK].... United Kingdom.
(S) (K) | [XL] .... Australia
(S) (K) | [EG] ... FR Germany.
(S) (K) | [EB].... Belgium.
(S) (K) | [EH].... Holland
(S) (K) | [EF]... France.
(S) (K) | [Ei]..... Italy.
(S) (K) | [EC].... Czechoslovakia.
(S) (K) | [XA].... Asia, Latin
America, Middle
near East, Africa
and Oceania.
E TONEARM SECTION
Type: Static-balanced straight tonearm
Plug-in-connector cartridge
system
230 mm (9-1/16”)
15 mm (19/32”)
Within 2°32’ at outer groove of
30 cm (127) record
Within 0°32’ at inner groove of
30 cm (127) record
13.5 g (including cartridge)
Effective length:
Overhang:
Tracking error angle:
Effective mass:
Stylus pressure
adjustment range: 125-025 g
Applicable cartridge
weight: 64g
CARTRIDGE SECTION
(Except for U.S.A. and Canada)
Type: Moving magnet stereo cartridge
Magnet circuit: All laminated core
Frequency response: 10 Hz~40 kHz
Panasonic Hawaii, Inc.
91-238, Kauhi St Ewa Beach
PO Box 774
Honolulu, Hawaii 96808-0774
PO Box 288, Central Osaka Japan
Panasonic Sales Company,
Division of Matsushita Electric
of Puerto Rico, Inc.
Ave 65 De Infanteria, KM 97
Victoria Industrial Park
Matsushita Electric
of Canada Limited
5770 Ambler Drive, Mississauga,
Ontario, L4W 2T3
Carolina, Puerto Rico 00630
Matsushita Electric Trading Co., Ltd.
™
™
=
q
-
N
2.5 mV at 1 kHz, 5 cm/s zero to
peak lateral velocity
(7 mV at 1 kHz, 10 cm/s zero to
peak 45° velocity [DIN 45 5001)
More than 22 dB at 1 kHz
Output voltage: For United Kingdom and
Australia
AC 240V, 50 Hz
For continental Europe
Channel separation: AC 220V, 50 Hz
Channel balance: Within 18 dB at 1 kHz For others.
Recommended load AC 110~127/220~240V, 50/60 Hz
impedance: 47 kQ~100 kQ Power consumption: 8 W
Compliance (dynamic): 12x10*cm/dyne at 100 Hz
Stylus pressure range: 1 25+0.25 g (12 5+2.5 MN)
Dimensions (WXHXD): 430X100X375 mm
(16-15/16”X3-15/16"<14-3/4")
Weight: 6 g (cartridge only) When dust cover 1s open
Replacement stylus: EPS-30ES 430X370X410 mm
(16-15/16”X14-9/16"X16-1/8")
EH GENERAL Weight: 45kg(991b)
For U S.A. and Canada
AC 120V, 60 Hz
Power supply:
Specifications are subject to change without notice for further
improvement.
Weight and dimensions shown are approximate
HB CONTENTS
Page Page
SAFETY PRECAUTION ............ iii, 2 CIRCUIT BOARD AND WIRING
LOCATION OF CONTROLS... 3 CONNECTIONDIAGRAM ................. cco... 17
CONNECTIONS oo ieee 3 SCHEMATICDIAGRAM ............ iii, 19
DISASSEMBLY INSTRUCTIONS. ....................o.. LL. 4 TERMINAL GUIDE OF IC’S,
MEASUREMENTS AND ADJUSTMENTS ................... 6 TRANSISTORS ANDDIODES .......................... 22
TECHNICAL GUIDE ............... iii. 8 REPLACEMENT PARTSLIST........ cco. 23
DESCRIPTION OF IC301 (SVILC6526CPA) TERMINALS ... 14 EXPLODED VIEW .................”. iii 25
BLOCK DIAGRAM .......... iii. 15
BH SAFETY PRECAUTION (This “safety precaution” 1s applied only in U.S.A.)
. Before servicing, unplug the power cord to prevent an electric shock.
. When replacing parts, use only manufacturer's recommended components for safety
. Check the condition of the power cord. Replace If wear or damage is evident.
. After servicing, be sure to restore the lead dress, insulation barriers, insulation papers, shields, etc.
. Before returning the serviced equipment to the customer, be sure to make the following insulation resistance test to
prevent the customer from being exposed to a shock hazard.
Ob WN =
eo INSULATION RESISTANCE TEST
1. Unplug the power cord and short the two prongs of the plug with a jumper wire.
2. Turn on the power switch.
3. Measure the resistance value with ohmmeter between the jumpered AC plug and each exposed metal cabinet part, such as
screwheads, antenna, control shafts, handle brackets, etc Equipment with antenna terminals should read between 3M
and 5.2MS2 to all exposed parts. (Fig. A) Equipment without antenna terminals should read approximately infinity to
all exposed parts. (Fig. B)
Note: Some exposed parts may be isolated from the chassis by design. These will read infinity.
yd
Antenna
terminal
Exposed Exposed
metal metal
part part
Ohmmeter Ohmmeter
(Fig A) (Fig. B)
Resistance =3MQ—5 2MQ Resistance = Approx 00
4. If the measurement is outside the specified limits, there is a possibility of a shock hazard. The equipment should be
repaired and rechecked before it is returned to the customer
— 2 —
E LOCATION OF CONTROLS
45-rpm adaptor Hinges
Turntable base
Center spindle Strobe lines
Record size detector
Turntable mat Tonearm
Arm rest
Arm clamp
Turntable platter
Strobe-illuminator/ |
pilot lamp Cartridge
The cartridge for US A.
and Canada shown here
is an option.
Power switch Start/stop switch
Speed selector
Repeat button Cueing control
H CONNECTIONS
AC power supply cord (included) To household AC outlet,
E or AC outlet on amplifier
t
| A д |
[ | Гл GND PHONO
| 0 0 0 OOOO
199 ¢] © Co | | piece 0000
— R)(L) (GND J LI RL С
EE This unit | o Amplifier
|
Ch Remote control
| terminal (For U S.A and Canada areas) |
)
_— Ground wire (included)
Note:
If the ground wire 1s not connected,
a “hum” noise may be heard
_ — Stereo connection cable (included
E DISASSEMBLY INSTRUCTIONS
e No | How to remove the cartridge net, No | How to remove the bottom board
Procedure | —— Note Procedure 1. Secure tonearm with arm clamp.
1
When servicing, remove the cartridge or
stylus in order to protect the stylus tip of
cartridge.
e Remove the setscrew and pull out the cartridge,
2. Remove the turntable platter.
3. Turn over the unit on a soft cloth.
4. Remove the 5 setscrews.
taking care that your hand does not touch the stylus 5)
A
7
\ o Setscrew
e — Cartridge
Soft cloth
Ret. No | How to remove the each block
Poe e Remove the setscrews of each black as shown in drawing.
Turntable drive P C B
С]
- Do
o ©
7 5
« — Power
> transformer
Mechanısm block TEA
Pull out —
N
o Power source
© РСВ
Operation P C B
Power button
Ret No | How to remove the tonearm net. No How to remove the motor
Procedure | 4 Remove the mechanism block. Procedure ев the 3 set
394 2. Remove in the numerical order shown 395 emave the & SEISCTEWS,
1. Unsolder the 5 lead wires.
Blue <a
Green — —————
Red ©) ©
White ——9 9 ©
Black —
Output jack
© 3. Remove the stopper
2 5. Remove the
- Remove the lead holder.
ındex plate
—©
>
TI
О
©
D
KT
“с
6. Remove the
4. Remove the
Om
setscrew. 2 setscrews.
Ref. No | How to fit the mechanism board
6 3. Turn the worm gear to shift the
Procedure main gear to the position shown below.
6 1. Secure tonearm with arm clamp. / Set the center of the hole in the
2. Fitin the numerical order. ( board to the position of maın gear. )
1 . The index plate should be
set in the posıtion shown
below.
2. Setin the direction
of arrow.
Index plate В
Brake plate
4. Secure it with 3 setscrews.
Note: In this condition, tonearm is in the state of “cueing up”, but it will be
shıfted to “cueing down” when power switch is turned “on” after
assembly.
It can be installed in the initial state, but in that case the brake plate
touches the main gear Therefore, pull the brake plate when
installing
Worm gear Main gear
* Movable piece cutting
When using the movable piece for this unit,
cut off the part as shown by using nippers
BH MEASUREMENTS AND ADJUSTMENTS
| ADJUSTMENT POINTS |
TR
- ©
Main P.C.B.
a 73
are
[VR402] [VR401]
CURRENT 4\
STATE OF SET
1. Remove the bottom plate and put it on the repair table.
2. Make sure thatthetonearmis free (cueing down) inthe 48 and 65 marked
rest position. (if it is not free, turn on the power switch
and wait until the tonearm is free.) ==
3. Set the stylus cover on the cartridge, and remove the [ue cap
rubber cap of arm base. Turntable mat
4. Turn over the turntable mat and put it on the turntable
platter. (The turntable mat is provided with match mark
at the position R65 mm and R48 mm from the center.)
Repair table L J
PROCEDURE BEFORE ADJUSTMENT
The microcomputer used in this unit has a function to select normal
and adjustment modes. There are Test 1 and Test 2 for the adjustment
mode. So, check the mode before making the adjustment. Cueing LED
Z
=
How to select the adjustment mode 7
1. Test mode 1
Before turning on the power switch, make sure that the tonearm is LA ON | Loy
free in the rest position, and set all the 4 operation keys to on IN \
(pressing all the keys with fingers). Subsequently, turn on the \ N \ “\ | A
power swith. (In the test mode, the turntable will not rotate even
when the tonearm is moved inwards.)
2. Test mode 2
Press the Stop key once in the state of Test mode 1.
3. Normal mode
Press the Stop key once in the state of Test mode 2
CURRENT ADJUSTMENT
1. Set the microcomputer to Test mode 1.
2 Connect DC voltmeter to (+) and (—) of P.C.B. Set DC voltmeter
3 Movethetonearm tothe position where the reading of DC
voltmeter is 8V+0.005V. I
4 Adjust VR402 so that cueing LED lights up. ca a ]
5. After the LED lights up, be sure to turn off the power | +
switch. —
(Be sure to turn off the power switch before the next
adjustment.)
8V ADJUSTMENT
1. Set the microcomputer to Test mode 1.
2 Manually fix the stylus cover in the 65 position of turntable
mat, matching the marks (7).
3. Turn the shutter plate adjusting screw in the adjusting
hole of the arm base so that the cueing LED lights up.
Adjustment
screw
4V ADJUSTMENT
1. Press the Start/Stop key or Stop key and shift the mode to
Test 2 (In SL-QD33, Repeat LED lights up.)
2. Manually fix the stylus cover in the 48 position of turntable
mat, matching the marks (7).
3. Turn VR401 so that the cueing LED lights up.
4. Return the tonearm to the rest position and press the
Start/Stop or Stop key, then the mode is reset to the 49
normal mode.
65
ADJUSTMENT OF THE STYLUS-TO-DISC CLEARANCE
Make this adjustment if the cartridge is replaced, or at
any other time an adjustment is necessary because of
the length of the stylus being used. (This adjustment is
usually unnecessary.)
1. Set the cueing control to “Y”.
2. Move the tonearm to a position above the disc. fo
3. Adjust the stylus tip position.
5-7mm
Disc
1—7
VL J Adjustment screw
AUTOMATIC START POSITION
If the stylus does not land in the lead-in groove, adjust as follows.
1. Clamp the tonearm to the arm rest.
2. Remove the rubber cap.
3. Turn the screw with a screwdriver, clockwise or counterclockwise )
ии
as necessary.
If the stylus tip sets down too far in the recorded groove, Remove the
—turn counterclockwise. rubber cap
if the stylus tip sets down outside of the record,
—turn clockwise.
Adjust so the stylus tip lands 1—2 mm in from the edge of the record Auto-start adjustment screw
BH TECHNICAL GUIDE
Unlike the conventional mechanism, the automatic operation mechanism of this unit has been improved in performance
employing a new mechanism with microcomputer and motor for automatic operation and an optical end detection
system.
Description of Mechanism
1. Record size detection
The presence of record and its sizes 17 cm and 30 cm are detected by the size detection plate of the turntable platter
and the index plate attached to the main body.
a) State of no record
Both of the 2 sensors are free and the detection pins
are up.
17 cm record sensor 30 em record sensor
na at III I A A
Size detection A A
plate
Turntable mat
Turntable
platter
Detection pins
b) 17 cm record
The 17 cm record sensor is pressed by the record, and
the inside detection pin is shifted down
17 cm record
c) 30 cm record
Both of the 2 sensors are pressed, and the 2 detection
pins are down.
30 cm record
As the turntable platter starts rotating, the index plate is shifted from the initial position (broken line) to the solid line
position by the arm mechanism. Since the detection pin of the turntable platter is as mentioned above, the detection
pin does not touch the index plate When 17 cm record is present, the inside detection pin touches the index plate
thereby setting the index plate to the position of 17 cm record When 30 cm record is present, both of the inside and
outside detection pins come in touch with the index plate thereby setting the index plate to the position of 30 cm
record.
— 8 —
Size detection \
plate
2. Drop position setting
17 cm record
position
30 cm record
— position
w
No record
position
When the index plate is set with the record size detected, the tonearm drop position at auto start is determined. The
PU fixing plate moves in auto start but its movement is limited as the drop position setting pin of PU fixing plate
touches the index plate to set the drop position. The position then set is the tonearm drop position.
Pu fixing plate
В,
Мо гесога
3. Mechanism of tonearm operation
The main gear is rotated by DC motor to perform cueing up/down, tonearm lead-in and return operations. Also, UP
switch and DOWN switch are provided for the detection of mechanism operating position, and Rest switch, for the
detection of tonearm rest position. The arm driving mechanism structure and the names of component parts are
shown below.
NN N
Tonearm ¿ = ой
N ==
A
pe 5
PU fixing plate Вы 1
Arm drive
motor
End sensor
Rest switch
Main gear
Machanism
position
switch
17 cm record
>
30 cm record
Actuator
Mechanism
a E. ,
| < position switch
= qu
Return rubber
Movable piece
> / Main gear
Y
Index reset
pin
PU fixing
plate
shutter plate
Drive pin
a) Cueing operation
The lift rod is initially in the position of main gear (Fig. A) when cueing mode is “down”. With the cueing key
pressed, the motor rotates according to the command from the microcomputer to turn the main gear to the
position of Fig. B. The main gear rotation causes the cueing mode to be shifted from “down” to “up”. When the
cueing key is pressed again, the motor reversely rotates according to the reversing command from the
microcomputer, then the main gear returns to the initial position of Fig. A.
zo A
Main gear Lift bar
Foun
Fig. A
b) Stop operation
During play mode, the main gear is in the initial
position (Fig. A). With the stop key pressed, the motor
rotates according to the command from the
microcomputerto turn the main gearto the position of
Fig. C. The rotation of main gear causes the cueing
mode to be shifted to “up”, and subsequently the
return rubber pushes the drive pin of PU fixing plate to
move the tonearm to the rest position. When the
above operations have been completed, the motor
reversely rotates according to the reversing command
from the microcomputer, and the main gear returns to
the initial position of Fig. A.
c) Auto start operation
When the start key is pressed, the motor rotates
according to the command from the microcomputer
to turn the main gear to the position of Fig. D. The
rotation of main gear causes the cueing mode to be
shifted to “up”, then the mechanism is set so that the
pin of movable piece touches the mechanism board to
catch the drive pin of PU fixing plate located in the rest
position. Also, it is set so that the record size can be
detected by the index plate with the actuator of main
gear. With the above operations completed, the motor
reversely rotatesaccording to the reversing command
fromthe microcomputer to return the main gearto the
initial position of Fig. A. In that case, the PU fixing
plate moves along with main gear because the drive
pin is set on the movable piece, while tonearm is
moved inside, but with the record size detected, the
drive pin is released from the movable piece at the
record drop position since the index plate is set in
place.
Reversing
"—
Fig. B
PU fixing plate
Drive pin
TX Rest position
ñ Return rubber
AD
ONO
Drive pin
Initial Fig. C
position
Drive pin ©
E
«
Movable pi
Actuator 072018 piece
Reversing
( pin
/ Initial
position
Fig. D
4. Auto mechanism timing chart 2. End detection circuit
Main gear rotating angle —
(Time)
o 1 o ra 30° “o 50° 60° 70° 80° 90° 1 09 1 107 +B)
Initial sition Reversing Reversing Reversing
(Cueing) (stop) (autostart BON ELM В РС 401
— U | Over-stroke 1
_, Down pA] 5 Y | End sensor
Cueing UP (Normal rotation) > IC 30 |
operation Microcomputer TT
ls To Q401
Down +—— Up
DOWN |” * {Reverse rotation) | PG2 (22 > (8)
= ! Tonearm 1
rest stop GB) 7
‚ Down — Up Return operation position PG3 <
2 ; {Normal rotation) NN Over-stroke | ?
Stop
ration IC 401 IC 401
(Return) | 1 Comparater GB)
__ Down —— Up + 0 Q402 IC 40!
o (Reverse rotation) Index setting р “>
ч@ 1 Movable piece —
| Index setting | reversing
Down —— Up start | Constant
+ dt (Normal rotation) - Over-stroke | Current R40
Auto start Index | oo Circuit One shot
operation cuen do e Index | multivibrator
start reset 17 cm record 30 cm record Tonearm Actuator 18 sec a
Down -— Up | start drop position drop position moving start | OFF stop . ==
- | (Reverse rotation) Ш | y
| | | eTiming chart
Machanism condition ! | |
detecting swi 1 ;
8307 (Down) ON | | ON Morocomeuter [TT]
: OFF | @ pin
E 1 1 1
OFF ON OFF ON OP amp A |
5306 (Up)
| | | | (+) side N
Q403 repeats to turn on/off with the strobe output from pin @ (PG2) of (—) side |
microcomputer (IC301). When the strobe of pin @ is at “L”, Q403 turns
on, therefore is applied to the (+) side of OP amp A (1C401). 0
Todetect thestate of mechanism operation, a detection switch which turns ON/OFF with the rotation of main gearis When the strobe of pin @ changes to “H”, Q403 turns off and the |
installed as shown. With this switch operated, the state of mechanism is input to the microcomputer to give the voltage on the (+) side of OP amp A is lowered but the constant Output
normal or reverse rotation command to the motor. current circuit consisting of OP amp B and Q402 keeps the current
flowing to R401 constant so that the voltage charged in C402 is |
Description of Circuit discharged causing the (+) side voltage of OP amp A to gradually
decrease. The voltage and the output of end detection sensor (PC401)
; are compared at OP amp À. The output of OP amp À goes “L” when the OP amp C
1. End detection sensor (+) side voltage is lower than the (—) side voltage. The output of OP output
It detects the output voltage change when the shutter plate installed under the tonearm passes through the end amp A is input to the (—) side of one-shot multi-vibrator consisting of lel
detection sensor. The shutter plate is not shaped in circular arc but in volution so that the output voltage changes OP amp C. The output of OP amp C goes “H” at the rise of (—) side
linearly. The good linearity part of the characteristic is used as the range of end detection. (The actual range of input. Using this circuit, the microcomputer reads the time (t) required until rise of the pulse input to pin € with the
detection is R65~R48 mm from the center of the record.) rise of the strobe of pin @. Duty (12) of output pulse of OP amp C is read by the microcomputer during the initial
detection, which is the detection sensitivity. The wider the duty, the higher the sensitivity, and vice versa. The
detection sensor is set so that the output changes in the range of end detection. Therefore, t is shorter when the
Output output voltage is higher, and it is longer when the voltage is lower. Thus, the microcomputer is able to detect the
tonearm position. Also, the amount of change in t can be found by reading the amount of t several times with the
© 11V rotation of turntable platter, and therefore the tonearm advancing speed can be judged from the amount of change in
\a End sensor | t. In this way, the microcomputer detects the end of record to control the arm drive mechanism.
Good
cu linearity
„”
x
N Nu
N
shutter plate x —0—-0—0-
Outer most —— End ———— Center
periphery position |
L
Record
~11- —12—
3. Automatic adjustment of end detection sensor output
In order to stabilize the operation point of end detection sensor after power ON, the output is automatically adjusted
by the microcomputer so that the detection sensor output voltage becomes 11V while the tonearm is in the rest
position and is returned to the rest position.
<),
€
12307 — PC 40
Ne
End sensor
D/A converter
PE2 (30)
) 4
Ladder type
7-bit digital
output
|
End detection
circuit
When the tonearm is in the rest position, 7-bit pulses are output from pins 63—69 of microcomputer, and the digital
output is changed to analog output by OP amp D and D/A converter consisting of ladder type network resistor,
thereby controlling the current flowing to LED of the detection sensor. In that case, strobe is output from pin @ (PG2)
of microcomputer, and the sensor output is detected by the end detection circuit mentioned in the previous section.
The microcomputer outputs 7-bit pulses until the detected output becomes 11V thereby automatically adjusting the
output of detection sensor.
—13—
HB DESCRIPTION OF IC301 (SVILC6526CPA) TERMINALS
Pin ca
No. Mark Description
1 PE3 Turntable start/stop command output terminal
(“L” at start, “H” at stop.)
2 VDD Power supply terminal
(+5V)
3 PFO Mechanism condition detecting switch (Down
SW) input terminal. (Mechanism condition is
detected in up switch combination.)
4 PF1 Mechanism condition detecting switch (Up SW)
input terminal. (Mechanism condition is
detected in down switch combination.)
5 PF2 Full-auto mechanism and semi-auto
mechanism mode changeover terminal.
[Open.. .full-auto (SL.-QD33), Ground. . .semi-
auto (SL-QD22).]
6 PF3 Tonearm rest position detecting switch input
terminal. (“L” with tonearm is rest position.)
7 PGO 45 LED lighting output and speed changeover
command output terminal (LED lights up at “L”,
45 r.p.m.... L”, 33 r.p.m.... H”.)
8 PG1 REPEAT LED lighting output terminal.
(LED lights up at “L”.).. .fuil-auto (SL-QD33)
9 PG2 CUEING LED lighting output terminal.
(LED lights up at “L”.)
10 | PG3 START/STOP LED lighting output terminal.
(LED lights up at “L.".)
11 РАО Speed select key input terminal.
(Used in full-auto mode.)
33 key input terminal.
(Used in semi-auto mode.)
12 | PA1 Repeat key input terminal.
(Used in full-auto mode.)
45 key input terminal.
(Used in semi-auto mode.)
13 | PA2 Cueing key input terminal.
14 | PA3 Start/stop key input terminal.
(Used in full-auto mode.)
Stop key input terminal.
(Used in semi-auto mode.)
Pin 6:
No. Mark Description
15 | OSC2 | Clock oscillation input terminal.
(800 kHz)
16 | OSC1 Clock oscillation input terminal.
(800 kHz)
17 | TEST Test terminal
(Not used, connected to ground.)
18 | VSS Ground terminal
19 | REST Reset terminal
(Microcomputer is reset at “L”.)
20 | PGO Tonearm motor drive control output terminal.
Motor conditions
Part
Braked Free Normal | Reverse
21 PG1 PGO H L L H
PG1 H L H L
22 | PG2 Strobe output terminal.
Strobe is output during detection sensor
automatic output adjustment and end
detection.
23 | PG3 Detection sensor automatic output adjustment
and end detection input terminal.
It reads the time from rise of strobe of PG2
until rise of pulse input during automatic
adjustment and end detection.
24 | PDO LSB)
25 | PD1 7-bit digital output terminal.
26 | PD2 7-bit pulses are output to LED of
27 PD3 > | detection sensor until the output of
detection sensor becomes 11V with the
28 | PEO input of PG3...... Automatic output
29 | PE1 adjustment of detection sensor.
30 | PE2 MSB/
— 14 —
EH BLOCK DIAGRAM
POWER SUPPLY
TI
Tonearm drive
motor
»
S |
(POWER)
Power A
transformer
Rectifier
Qi,
Regulator
1C1
MOTOR DRIVE
4
6
weil SEE e
OJ
{800kHz) T
Г
|
D
|
ка |
Reset
circuit
I |
REMOTE CONTROL
Q601
A START |
Remote
STOP control
logic
| хз!
|
Г
m |
6 i7 18 19 20
TST Vss RST
OSCI
END POSITION DETECTION
Q402
Constant
current
circuit
+
(1/4)
7 VR40|
dr
i
One shot multivibrator
Comparator
7
bit digital output >
Microcomputer
| |
| A
( N
21 22 23 24 25 26 27 28 29 30
PCO PCI PC2 РСЗ PDO POI PD2 PD3 PEO РЕ! PEZ
Arm motor ; o
| Test | | reset | control | | strove [Counter | 7bit digital output
ul
ZN
Dr
$304 S303 $302 S30
(S/S) (CUE) (REP) (SPEED)
KEY SWITCH
od
1 1 (S/S)
Mechanism
condition
]
PF2
cepa
5
detection |
12
[I
Start /
Stop
PE3
—
|
7
|
|
D/A converter
Resistance
net work
| 1C401 | 401
(1/4)
AUTOMATIC SENSOR
OUTPUT ADJUSTMENT
Speed selector
| End position
2 | sensor
|
L__ 0
(4 193 MHz)
X 201
Г
FG coil
TURNTABLE DRIVE
AN
Divider
(1/8)
Speed
comparator
—]
Synchronous
in- rush
circuit
Brake
timer cm]
524kHz 131kHz
PO
Waveform Г | Phase
> Schmitt ro comparator
Stop
| Start / | |
(CUE) (REP)
S 305 $306 $307
(REST) (UP) (DOWN)
INDICATORS MECHANISM
— 15 —
POSITION DETECTION
Start /Stop
Speed
select
THAT
Loopfilter ТУ,
GND ДЕ
| Current feed back amp.
| inverse |
prevention PC 12
circuit 1
Hall Hall element . Output РТ | в
element signal processing — a
| power supply circuit drive circuit |
| уно HI | HIB H2| H2B Al A2 A3 A4 |
12 16 13 14 5 4 5 6 7
HIOI H102
Drive coil
Position det.
TURNTABLE CONTROL
13
— 16 —
Ш CIRCUIT BOARD AND WIRING CONNECTION DIAGRAM
| | | 4 i 5 i 6 i 7 | 8
B
{ Arm drive motor)
{Up det.) (Down det.)
С pes S307
EET
hh as
( Reset
position
г: _Рсз02_|
(End position
sensor)
To power transformer
| CTI)
Current adjustment 4V adjustment
— 17 — | — 18 —
a SCH EMATI C D IAG RAM (This schematic diagram may be modified at any time with development of new technology.)
1
Q602
1 2 [ 3 4 I 5 i 6 I 7 | 8 } 9 I 10 |
e Power source circuit — [ 1
Ql
25B1185 | Q2 Q3
Product for Canada ([MC] area) Product for USA REGULATOR | 2SC33I1 25C33I1
roduct tor U.S.A. Asi - REGULATOR LED DRIVE O (1)
A (POWER) 20 Ql а ; || 1 t.8v
Do NL | +—|11.8 + e —K2 >
TA Ari — 10 (33)
— 1 В ms.
ACI 20V A BLU : A Te Aci A DI ч 119.4 В 7 тв. (45) 60 OL 3
(СОН?) ЕС | A 0.022 SVDISR35200V SY no o
(Ss o © © oN
с _ al | fín 2471 82 10302 a7)
- X o. «87T 1554 | Pest | HE ; svimsiosseL L7
3 A | x Фо
ORN L — — Leone 10007 MEA О © ©! ICH 2
Power source circuit a ке Fez | [| | | SVIMS236L - © 5V
fT (5 Les lama) (2) (>) jam | REGULATOR Y ; |
= | к Ji R8 un” Q3 z301 |
B Product for Continental Europe ([E], [EG], [EH], [EF], hs Po Jo Lax Ho arena
. SVDISR35200 16 1.3 Y Эл N +
[Ei] and [EC] areas) W330 => НЕ oS |
TI A > rente 2
LE Л BLU >. Q40 | ми Play ¡Oms
= ЕС | PTR 2SC3311 END POSITION DETECTION Sv/DIV |
o a RIVER ВУ | | |
a a a 0
A RáAát7 100 | S >
PC401 | VW ; >
BRN L _ _ | ONITOS | =
END POSITION
C Lo SENSOR |GND >
Product for United Kingdom and Australia ([EK] and BOOK |
3 fo | <0» —
[XL] areas) 2SAI3O9 o 50 2.1 оо 497 38) 38 oy 4
Q402 10.3 SWITCHING ES | (16) (17) O vs) 20 e) 22) 23
2 OSCI TEST Vss RST PCO PCI PC2 PC3
- AC240V AB 0402
(50HZ) FCI a 1.4 25C3311 IC 301 0 = 1C 301
x CURRENT SVILCES26CPA x
_ = MICRO COMPUTER а 0scz2 PAZ PAZ PAI PAO PG3 PG2 PGI
51 ses OH O OO
о SN Ns 53 | 2 o 248 5 sf 5 3 5] 257 a
o — o oN =
D COMPARATOR Y 1 ne 283 Bl
4V Adjustment / 25 [017 [Ona [958 |© = x S
a mo EE BH BY fatter
Product for Other area ([XA] area) MA ТИМ 1 2: NE (SE
50K (8) 35 1.8V 5V > д д Er
mai KEY SW ITCH 900 NDICATOR |
REMOTE CONTROL
—— LIL 0
|
E 1C502 | .
SVIBA6218 | 0602 a
MOTOR DRIVE > ox
| o es
E
| N
- | O
| e
ICSOI |
AN78M05 _
AC 110-127/220-240V REGULATOR ово! >
(50/60Hz) |
O |
F 250V T160mA |
|
|
|
— 19 —
25C3311
| START/STOP DRIVE
1C60I Q601
MN400!B 2SC3311
NOR GATE STOP DRIVE
Note: Circitry in this area for U.S.A and Canada
9 I 10 11 | 12 | 13 | 14 | 15 !
|
11,8V R208 68 33rpm 20ms{ 50.5Hz) |
a> AN 45rpm !4ms (68.25Hz)
3 FG
0.6
33rpm ¡Oms (101Hz) 20ms 43
1 1.8V 45rpm 7ms (136.5Hz) += N
85 28 |+
2 > Sax /
4.7 4.7 Po /
3 й "
= 2.2 0 388
=" 20ms c203 o
R309 _ ___2302 (22KANx63 | В 0.068 < Y
47K Г. 1 N+ оо >
302 VA AAAS Ч 22 nf
D
SVIM5I953BL 1 TT TT TL ol 27 2%,
RESET 7 6 5 4 3 2 | ANA ç
R205
+В AAA |
> R202 390K EA |
> SLL i 0.6) / N
т |+ . | (9) as 027] snl 431/43 a3 83 QS I+
2301 y | 6 (13) (15) 00
(4.7KAx 7 |
L& 4 | Lal 1 LA! В
8 7 6 5 4 3 2
1C20H
x Y Y x Y Y Xx 2
34 SL je) ISA EL SL IE AN6685
Play 10ms 03 2 - „5 $ y №: < CONTROL
SV/DIV a = = 7 = = 5 33rpm OV O O 0.9 c204
i e o x œ e © e 45rpm 5.2V [20P
0 | +}
> $— 1 e— Pp p— à $ Proy 1Oms R207 IK
> 5V/DIV 15> 5 +
> — - LSV xT
° ' 1C201@ pin Us
2 | 2.4
uo OL 0.24 us
7 nz (4.193MHZ)
1.9 ps (524 kHz) ео ре-
| 24 5 5 5 5 3.5 3.5 3.5 47 0 5 O
Y
о N =
пос mos 992 29
/ rw re xo ro In
7 |Om= [Ong 1958 190 € x x x
on | ou | © ow |" n= | ex | mz ~ a
H a = m N N 4 N O
го de de a a ORO | |=
Пе Та в ТА ВТ
I, 111 TENENENZR
5v [> + wn + 4 wv d
(S/S) (CUE) (ВЕР) (45)
KEY SWITCH INDICATOR
TT TT TT TT TT
|
Sy |
On |
rs
м |
= |
<I
5$ Lo
Wo
С
обо!
SVDISS254
IS 1607
5 4
Q601 R603 33K
ICGOI Q601
MN4001B 2SC3311
VE NOR GATE STOP DRIVE
OO
— FC 60I
— —] —s —————]li AAA Sum mA — Sm Eee — mmm SEEN MALL pr Tee mr mmm Ses ser ee mmm wee elm анны TD
'his area for U.S.A and Canada
IC201 pin
0.8
TL
0.1 y
33rpm tOms (10iHz)
45rpm 7ms(!36.5Hz)
’ о
0.24 ps pe]
TURNTABLE CONTROL
— 21 —
BT 30!
=
- (S} 6
© ©
(4) a
3 I p—
51 46 =
(O) >
> E 2
5 |+ | < | РВС
o Q- Ma CNIOI
5 os | $11.8V
5 Y 88
D301 Mm) =
SVDSELIIZIR o m
AZ >
0 o
DN ©
xo
Фу 5(45rpm)
по 0.1(33rpm)
x= Q 301
Se
бог 07133) To 25C3311
O SPEED
SELECTOR
aL _
|
|
|
VW J601 |
REMOTE
LSTART /N || CONTROL |
STOP |
|
|
]
|
|
aa ZZ ZZ |
| 1.8V
СОЗ
0.27
+ р
т
cioz R103
5OVO22 |IOOK
H 1
H+
ICIOI
AN66 38 (5) (5)
TURNTABLE
DRIVE 0,2] 0.2] 6.5
| (9) 10 i
PTC LFO LFI
33rpm---303ms
Between Al and À2
Between AJ and А4
TURNTABLE DRIVE
HIO1, 102
O H-002 H
POSITION DETECTOR
HIOI
OO
(9)
7.8) 39) 3.91 39 39
12)—(13)=—(a)—(15)—(16
VHO HIB H2 H2B HI
Notes:
1. 51 : Power switch in “on” position.
2. S2 : Voltage selector switch in “220-240V” position.
(For [XA] area only)
3. S301 : Speed select switch.
4. S302 : Repeat switch.
5. 5303 : Cueing switch.
6. S304 : Start/stop switch.
7. S305 : Rest position detection switch in “on” position. L
(Tonearm is in the rest position.)
8. S306 : Mechanism position detection (up) switch in “off” position.
(Tonearm is in the rest position.)
9. 8307 : Mechanism position detection (down) switch in “on” position.
(Tonearm is in the rest position.)
10. The voltage value and waveform are the standard values (stop mode) of this measured by DC
electronic voltmeter (high impedance) and oscilloscope on the basis of chassis. Therefore,
the voltage value and waveform may include some error due to the internal impedance of the
tester or the measuring unit.
* | } is the voltage when turntable is in rotation.
*[ _J is the voltage when arm motor is in normal rotation mode.
* << > isthe voltage when arm motor is in reverse rotation mode.
11. Important safety notice:
Components identified by A mark have special characteristics important for safety. When
replacing any of these components, use only manufacturer's specified parts.
Caution!
IC and LSI are sensitive to static electricity.
Secondary trouble can be prevented by taking
care during repair.
Cover the parts boxes made of plastics with
aluminum foil.
Ground the soldering iron.
Put a conductive mat on the work table.
Do not touch the legs of IC or LSI with the
fingers directly.
CARTRIDGE
OUTPUT
e Product for MC only
FUSE REPLACEMENT
Symbol located near the fuse indicates
fast operating type. For continued protection
against fire hazard, replace with same type fuse.
Refer to the symbol for fuse rating.
FUSIBLE REMPLACEMENT
Le symbole qui se trouve près du fusible
singifie un fusible à action rapide. Pour une
protection continue contre les risques d’incen-
die, n'utiliser que des fusibles du même type. Se
rapporter au symbole pour la valeur des fusibles.
E TERMINAL GUIDE OF IC’S, TRANSISTORS
AND DIODES
AN6638
SVILC652CPA | 30 pin SVIM5236L SVIM51953BL
AN6564 14 pin >
AN6683 18pin || 1 7
MN4001B 14 pin 2 7 2. GND
3 3. Vout 1057 7 5
SVIBA6218 2881185
\
©
2. GND 16 BY
2 * 3 vout 1 Ce
2SC3311 SVDISR 35200V MA4075 SVDSEL1121R
2SA1309 155254 Anode Anode
<> MA29 Anode
Cathode Cathode > Cathode
Cao— 4 — A Cao—fé——A Cao— Y —A
2
2»
;
— 22 —
R ch
GND
BH REPLACEMENT PARTS LIST
Notes:
Part numbers are indicated on most mechanical parts.
Please use this part number for parts order.
Important safety notice:
Components identified by A mark have special characte-
1.
2.
ristics important for safety.
When replacing any of these components, use only
manufacturer's specified parts.
3. ®-marked parts are used for black type only, while O-
marked parts are for silver type only.
5. Bracketed indications in Ref. No. columns specify the area.
Parts without these indications can be used for all areas.
6. The “©” mark is service standard parts and may differ from
production parts.
7. The parenthesized numbers in the column of description
stand for the quantity per set.
Unless otherwise specified.
Ali resistors are in OHMS (2) K=10000, M=1000k0
4. Parts other than ()-and O-marked are used for both black All capacitors are in MICROFARADS (uF), P=10"%uF.
and silver type.
Ref. No. Part. No. Description Ref. No. Part. No. Description Ref. No. Part. No. Description
INTEGRATED CIRCUITS D301~305 SVDSEL1121R LED SWITCHES
D306 155254 Diode
ICH SVIM5236L IC- D401 MA29TA Diode 51 AsFpsro1 No? Power
10101 AN6638 IC D402 185254 Diode S2 [XA] AÁSFDSHXW225-3 Voltage Selector
16201 AN6683 IC D601 SVD1SS254 Diode S301—304 EVQQS405K Operation
1C301 SVILC6526CPA IC [M,MC] S305-307 SSHBI Rest á Mechanism
1C302 SVIM51953BL IC only Position Det.
1С401 AN6564 IC
1C501 AN78M05 IC OSCILLATORS POWER TRANSFORMER
2
ceo NE e X201 SVQNR41TR Crystal, 4.193 MHz T1[M] /\SLT48DTL3A Power Source
MMC X301 SVFCSB800D Ceramic, 800 kHz T1 [MC] ASLT48DT11C Power Source
[MMC] T1 /\SLT48DTE13E Power Source
only VARIABLE RESISTOR [EK, XL]
VR401 EVNETAA00BS4 a 50kQ T1 [Other] ASLI48DT10E Power Source
Q 25B1185DEF Transistor . ;
Q2,3 2SC3311 Transistor VR402 EVN61AA00B23 e Resistor, 2k0 FUSES
Q301 25C3311 Transistor F1[MC] ÆA\XBA2F08NU100 250V, 800mA
Q401, 402 2563311 Transistor PHOTO INTERRUPTOR only
Q403 2SA1309 Transistor
Fi /\ХВА2СО5ТВО 250V, T500mA
Q601, 802 25C3311 Transistor PC401 ON1108 End Position Sensor except m
[M,MC] [M]
only COMPONENT COMBINATION
DIODES 2301 EXBP87472KR 4.7kQX7 F902 [XA]MAXBA2C016TBO 250V, T160mA
2302 EXBS86223KR 22kQX6 only ‘
Di-4 (A SVDISR35200V Rectifier
D5 MA4075 Zener Diode HALL ELEMENT
DE SVDBRSS05SA LED H101, 102 ОН-002 Hall Element
D7 155254 Diode
e Resistors and Capacitors
Numbering System of Resistor Numbering System of Capacitor
Example Example |
ERD S2 T J 101 ECE А ог В OJ U 470
Type Wattage Shape Tolerance Value Type Shape Voltage Peculiarity Value
(Carbon) (1/4W) (45%) — (1000) (Electrolytic) (6.3V) use (47uF)
ERG 1 AN J 2R2 ECQ G 1 223 K Z
Type Wattage Shape Tolerance Value Type Peculiarity Voltage Value Tolerance Shape
(Metol Oxide} — (1W) (+2%) — (2.20) (Plastic Film) (100V DC) (0.022uF) (+10%)
ERD 2 FC G 101 ECK R 1H 473 Z \
Туре Wattage Shape Tolerance Value Type Shape Voltage Value Tolerance Peculiarity
(Carbon) + (1/4W) Peculiarity (£2%) (100Q) (Ceramic) (50V DC) (0.0474F) +89 %
Voitage
Type Tolerance
Ref. No. Part No. Value Ref. No. Part No. Value | ECE Type Others
ECE : Electrolytic oJ : 6.3V 10: 16VDC K +10%
RESISTORS R205 ERDS2TJ223 22K 80
R207 ERDS?TJ102 1K ECK 1A 10V 1E . 25V DC Zz . —?0 %
R1 ERDS?TJ181 180 R208 ERDS2TJ680 68 ECF : Ceramic iC : 16V 05 : 50V DC
R2 ERDS2TJ333 33K ||R301, 302 ERDS2TJ681 680 ECC 1E : 25V 1H : S0VDC
R3 ERDS2TJ392 3.9K R303, 304 ERDS2TJ681 680 ECQ : Plastic Film 1V : 35V 1 100V DC
Rd ERDS2TJ102 1K 1H: SOV
R5 ERDS2TJ682 6.8K ||R305 ERDS2TJ822 8.2K 1J : 63V
R6 ERDS2TJ820 82 R306, 307 ERDS2TJ104 100K
R7 ERG1ANJ331 330 R308 ERDS2TJ681 680
R8 ERDS2TJ102 1K R309, 310 ERDS2TJ473 47K Ref. No. Part No. Value Ref. No. Part No. Value
R103 ERDS2TJ104 100K | |R311, 312 ERDS2TJ473 47K ; | [Raos ERDS2TH03 10K Ra ERDS2TJ101 100
R104 ERX1ANJ2R7 2.7 R313, 314 ERDS2TJ473 47K R407 ERDS°T.H02 IK
R315, 316 ERDS2TJ473 47K | |Ra09 ERDS2TJ102 — 1K R418 ERDS2TJ472 4.7K
R105 ERDS2TJ270 27 R317 ERDS27J222 2.2K ||R410- ERDS2TJ822 8.2K | |R419 ERDS2TJ821 820
R201 ERDS2TJ273 27K | [R401 ERDS2TJ103 10K R411 ERDS2TJ103 10K R601, 602 ERDS2TJ473 47K
R202 ERDS2TJ394 390K | [R403 ERDS2TJ222 22K | |R412,413 ERDS2TJ103 10K R603, 604 ERDS2TJ333 33K
R203 ERDS2TJ680 68 R414, 415 ERDS2TJ102 1K R605, 606 ERDS2TJ223 22K
R204 ERDS2TJ151 150 R404 ERDS2TJ103 10K R416 ERDS2TJ151 150 R607 ERDS2TJ102 1K
R405 ERDS2TJ183 18K
— 23
Ref. No. Part No. Value Ref. No. Part No. Value Ref. No. Part No. Value Ref. No. Part No. Value
CAPACITORS C101 ECEA1CU330 33 C204 ECCD1H121KC 120P C306 ECFR1E104ZFM 0.1
C102 ECEA50ZR22 0.22 C205 ECCD1H330JC 33P C307 ECEAO0JU470 47
C1 A ECQG1223Kz 0.022 | |C103 ECQV05274JZ 0.27 C206 ECCD1H121KC 120P C401 ECQG1H104KZT 0.1
C2, 3 À ECKR1H223ZF 0.022 | |C105, 106 ECEATAN470S 47 C207 ECEA0JU470 47 C402 ECQG1H224KZW 0.22
C4 ECEB1EU222 2200 C208 ECEA1AU221 220 C403, 404 ECFR1E104ZFM 0.1
C5 ECFR1H104ZFM 0.1 C107 ECEAi1HUO10 1 C301, 302 ECCR1H151K 150P C501 ECEAOJU470 47
C7 ECEA1CU470 47 C201 ECEAOJU470 47 C502 ECFR1E104ZFM 01
ce ECEA1HU2R2 2.2 C202 ECEAS0ZR22 0.22 C303 ECQG1H104KZT 0.1 C601, 602 ECKR1H102ZF 0.001
C9 ECEA1CU220 22 C203 ECQM1H683KZ 10.068 C304, 305 ECFR1E104ZFM 0.1
Ref. No. Part. No. Description Ref. No. Part. No. Description Ref. No. Part. No. Description
CABINET AND CHASSIS PARTS 30 O SKMB35-05 Cover (1) N10 XWC3B Washer, ¢3 (2)
except
1 SFADZ15R01E Dust Cover (1) [XA] N11 SFXGQ34N02 Screw (1)
1-1 SFGZD04N01 Rubber Cushion (2) | 1 30 ® SKMB35-0K Cover (1) | | №12 XUC3FY Washer, 63 (2)
2 SHOBS Turntable Mat (1) except N13 XYN26+C5 Screw, ®2.6x5 (3)
3 SHRB15E Base, [XA] N14 XTV3+35J Screw, O3Xx35 (1)
Disc Size Sensor (1) | 131 SFKUMA1NO1E Tonearm Rest (1) | |N15 XTV3+8J Screw, O3Xx8 (2)
4 SFTEQD3NO1 Turntable Platter (1) | {32 SFATZ15R01A Hinge (2) | | N16 XTV3+8G Screw, 6)3Xx8 (5)
5 SFTMCO07-01E Magnet (1) | las A\sJsB4 AC Socket (1) | N17 SNSB5 Screw (2)
6 SFMGQ34N01 Cover, Stator Coil (1) | |34 [M,MC] SJJ130-1 Jack, Remote control (1)
7 SFMZQ63M53A Stator Flame Ass'y — (1) only ACCESSORIES
8 [XA] SFGCCO05X01 Cushion Rubber (2) | | TONEARM PARTS AT[M] SQX54018-1 Instruction Book (1)
8 [Other] — SFGCCOSNO2 Cushion Rubber (2) A1 [MC] SQXLQD33-KMC Instruction Book (1)
41 SFPAMQD201A Tonearm Ass'y (1) A1 [EK] SQX54020 Instruction Book (1)
9 SFGZC05N03 Cushion Rubber (1) 42 EPC-P30 * Cartridge (1) A1 [EG] SQX54021 Instruction Book (1)
10 SFUPCOSNO2 Shield Plate (1) except A1 [EF] SQX54022 Instruction Book (1)
[M, MC] Al [El] SQX54023 instruction Book (1)
| 11 O SKMB36-0S Plate (1) cent EPS-30ES * Stylus (1) a “A SQX54024 Instruction Book (1)
11 SKMB36-0K Plate 1 |
O 1 [M, MC] | A1 SOXLQD33-KE Instruction Book (1)
| 12 О SBCB100-0S Button (1) cent SFENCO03301 Cover (1) [Other]
12 SBCB100-0C Button 1
OS D [M, MC] A2 /A\SJA170 AC Cord (1)
13 SUWB9 Lever, Button (1) | |* SUXB4 Shalt (1) | |} IM, MC]
14 SHRB40 Bracket (1) 46 SFUMBD2N51 Lift Arm (1) A2 [EK] /ASFDACO5G02 AC Cord (1)
15 SFUMBD2N07 Strobe Cover (1) 47 SUWLQD33-KM Arm Base (1) A2 [XL] AASJA163 AC Cord (1)
48 SUSB1 Spring (1) A2 [XA] /A\SJA168-1 AC Cord (1)
16 SFUMBD2N06 Holder (1)
“| 149 SHRB48 Lever (1) | |} A2 ÆA\SFDACO5E02 AC Cord (1)
| 17 [MMC] SGXB130-00D Ornament Plate (1) 50 SFGZNOSN51 Cushion Rubber (1) [Other]
17 [Other] SGXB130-00E Ornament Plate 1
| J (1) 51 SUSB14 Spring (1) A3 SFDHBD2N01 Output Cord (1)
18 O SBCB120-08 Button (1) 52 SHRB12 Plate, Index (1) Ad SFDLJ11N01E Ground Wire (1)
53 SHRB38 Sub Plate, Index (1) A5 SFWE212-01 45 Adaptor (1)
18 ® SBCB120-0C Button (1) ,
54 SUSB42 Spring (1) | | А6 [ХА] ÆASJP9215 Adaptor (1)
19 SHRB41 Holder (1) 55 SUWB10E Plate, Pidk-up Fixing (1) only
20 SKUB3-1 Bottom Cover (1) 55-1 SUSB22 Spring (1) A7 SJP2257K Remoto Control Cord (1)
21 SFQCQD3N01 Spring, Insulator (4) 56 SFGZZ15R02 Spacer (2) [M. MC]
22 SKLB2 Insulator (4)| |” SHRB32-1 Holder (1) | | only
58 SHRB43-1 Pin (1)
PACKING PARTS
| 23 O SFGK170-01 Rubber Cap (2) MECHANISM PARTS |
23 ® SFGK171F01 Rubber Cap (2) Pi [M] O SPGB26 Carton Box (1)
61 SUKB6E Mechanism Plate (1) Р1 [М] ® SPGB47 Carton Box (1)
24 SMCB2 Shield Plate (1) 62 SDGB3 Main Gear (1) P1 [MC] SPGB27 Carton Box (1)
25 SFDJBD2N03 Terminal Piate (1) 63 SFUMB63M51 Movable Piece (| {I P1 [MC]® SPGB48 Carton Box (1)
64 SFGZB63M51 Cushion Rubber (1) P1 [EF] © SPGB54 Carton Box (1)
| 26 O SKMLQD33-SM Cabinet (1) 65 SUSB31 Spring (1) Р1 [ЕР] () SPGB69 Carton Box (1)
26 ® SKMLQD33-KM Cabinet (1) 66 SHRB47 Lever (1) Pi O SPGBS3 Carton Box (1)
67 SMNLQD33-KM Motor Ass'y (1) [Other]
| 27 [M] SGTB52 Name Plate (1)| 168 SHGB11 Cushion Rubber (1) | U PT ® SPGB68 Carton Box (1)
27 [MC] SGTB53 Name Plate (1) 69 SDGBE6 Wheel (1) [Other]
27 [E,EC] SGTB54 Name Plate (1) 70 SHRB62 Holder (1)
27 [EG] SGTB55 Name Plate (1) P2 SFHHBD3N01 Pad, Left (1)
27 [EK] SGTB57 Name Plate (1) 71 SHRB64 Pin (2) P3 SFHHBD3N02 Pad, Right (1)
27 [XA] SGTB67 Name Plate (1) 72 SHRB63 Lever (1) P4 SFHZBD2N01 Pad, Tonearm Weight (1)
27 [XL] SGTB98 Name Plate (1) | |73 SUSB42 Spring (1) |P5 SFHZB63M01 Clamper, Tonearm (1)
| 27 [Other} SGTB56 Name Plate (1) P6 SPEB3 Clamper, Turntable (2)
SCREWS AND WASHERS P7 SFYH60X60 Polyethylene Bag,
28 SGXB230 Plate (Di IN XTV3+10G Screw, ®3X10 (17) Unit (1)
N2 SFXWC06NO2 — Washer (1) | | Р8 SPPBI Polyethylene Bag,
29 O SKMB55-0S Cover (1) N3 XTN3+6J Screw, @3x6 (3) Dust Cover (1)
except N4 XYN3+C8S Screw @3x8 (1) P9 SFYF32A35 Polyethylene Bag,
[M, MC] | №5 XTV3+6J Screw, ©3X6 (4) Turntable Mat (1)
29 ® SKMB55-0K Cover (1) N6 SNSB4 Screw (4) P10 SPSB10 Pad, Turntable Mat (1)
except N7 XTW3+14QFYR — Screw, ®3X14 (1)
[M, MC] N8 SFPEVOQ601 Screw (1)
N9 SNSB1 Screw (2)
— 24 —
HE EXPLOD
1
SL-QD33
EH EXPLODED VIEW
1 I 2 I 3 | 4 |
Part No. Value
ECFR1E104ZFM 0.1
ECEA0JU470 47
ECQG1H104KZT 0.1
ECQG1H224KZW 0.22
ECFR1E104ZFM 01
ECEA0JU470 47 A
ECFR1E104ZFM 0.1
ECKR1H102ZF 0.001
Description
| Washer, 63 (2)
Screw (1)
Washer, ¢3 (2) B
Screw, ®2.6X5 (3)
Screw, (H3X35 (1)
Screw, ®3X8 (2)
Screw, 3X8 (5)
Screw (2)
Instruction Book (1)
> Instruction Book (1)
Instruction Book (1)
Instruction Book (1)
instruction Book (1)
Instruction Book (1)
Instruction Book (1) C
Instruction Book (1)
AC Cord (1)
AC Cord (1) ==
AC Cord (1)
AC Cord (1)
AC Cord (1)
Output Cord (1
Ground Wire (1
(1
(1
45 Adaptor
Adaptor
Remoto Control Cord (1)
Carton Box (1)
Carton Box (1)
Carton Box (1)
Carton Box (1)
(1)
(1)
(1)
Carton Box
Carton Box
Carton Box
Carton Box (1)
Pad, Left (1)
Pad, Right (1)
Pad, Tonearm Weight (1)
(1)
(2)
Clamper, Tonearm
Clamper, Turntable
Polyethylene Bag,
Unit (1)
Polyethylene Bag,
Dust Cover (1) F
Polyethylene Bag,
Turntable Mat (1)
Pad, Turntable Mat (1)
Printed in Japan
— 25 — — 26 — 860512000 (® TK/HY