Fisher MT-750 User manual

~ 134 080
50

CONTENTS
Arm Feed Cord Stringing ............ cece cece cece eee e cece cnet e ee en tent ee en eneeeneneeenes 2
SpeCitiCavOnS-sicctiwkcicessncte ca dese ue lave noore vosdpe vainseeabadeh enero bateee eanuiaers 3
Semiconductor Lead identification ............ 0... ccc cece cece eee e nee e eee e ee eee eens 4
IC Signal Flow & Equivalent Circuit ..........0.... ccc ccc cece een eens 5,6
Cabinet & Turntable Exploded View .............. 0c cece cece cece een e tee eeeeeeenenes 7,8,9
Cabinet & Turntable Parts List .............. 0... c cece cece cece eee ene eee eeeeeeeeeee 10,11
Functional Description ...............c cee cece eee e ene e nee e eee ener enn ene en eeeeee 12,13,14
Adjustment Procedures .......... 0. ccc eee ete e eee e erence een ene n en ees 15,16,17
P.C.Board Parts List ............ccccccenccccccccncacacenccnesencusecurccscesusvecs 18,19,20
Printed Circuit Board (Bottom View) ...............c cece cece ence ee ee 21,22,23,24,25,26
Schematic Diagram .............: ccc cece cece cece eee ete eee en eee tere e ee ne nena 27,28
Point to Point Wiring Diagram ............. cc cece e eee eee ee n eee e een een eee e es 29,30
Motor Assy Schematic Diagram ............... cece cece cece eee e ete e eee eee ee aee 31
Motor Assy P.C.Board (Bottom VieW) ........... 0c cece cece cece nnen eee eeeeeenneees 31
ARM FEED CORD STRINGING

SPECIFICATIONS
Motor Quartz Locked FG Servo
Direct
Drive System
Wow and Flutter (WRMS) 0.035 %
Rumble (DIN 45539B) —70dB
+1.5%
29g
12-1/8"
Speed Variation
Tracking Force
Platter Diameter
Platter Weight 1.4 Ibs.
Record Speed Selector 33-1/3 rpm/ 45 rpm
Auto Function
Start Yes
Repeat Yes
Reject
Automatic Tonearm Return at End of Record
Yes
Start Yes
Yes
Stop
Tonearm Data
Resonance <18Hz
Shape Straight
Pivot
0.15 g
Pivot
0.2g
Max. Tracking Error | +0.2°
Bearing Type
Horizontal
Friction Sensitivity
Vertical
Friction Sensitivity
Cueing Motor Drive
GENERAL
Power Requirements (50 Hz)
AC 110/220V
440 x 98x 355 mm
5 kg
Because its products are subject to continuous improvement, Fisher Corporation reserves the right to modify
product designs and specifications without notice and without incurring any obligation.
Power Consumption
Dimensions (W x H x D)
Weight (approx.)

SEMICONDUCTOR LEAD IDENTIFICATION
INTEGRATED CIRCUITS
@ NJM 7812
@ NJM 7912
e | 78M05
8
@ MSM 4049 RS © LA6324
TRANSISTORS
DIODES
e DS135D

IC SIGNAL FLOW & EQUIVALENT CIRCUIT
LM 6402A
Plo-2 <=> i
ac
a ae (a
=
pHo.s <Y PORT. RAM 3 <j ROM
H a
a
fi
PORT
f
d
PGo-3 CAs Ly i} |
IT
Pos a FA
PLAo- {
cee ca PoRT|
ee ed feed eee ae
INTERRUPT iNT
-_—O RES
¥ 3 y 3 u 0-3 sO Xtal
=O EXtal
—™-O Vobo
=O Vss
NJM 7812, L 78 MOS
3IN
O 1 OUT
4—o 2GND
NJM 7912
~) 3 GND
—O 21N

IC SIGNAL FLOW & EQUIVALENT CIRCUIT (continuea)
LA 6324
TOP VIEW
|
Oo
MSM 4049 RS
NC NC
6 15 14 13 l2 HH W 9g
1 2 3 4 5 6 7 8
vt GNO

CABINET
&
TURNTABLE
EXPLODED
VIEW
(1)
CABINET
&
TURNTABLE
EXPLODED
VIEW
(2)
CA21
CA21
eS CA96
an CA97
CAg0
©—caal

CABINET
&
TURNTABLE
EXPLODED
VIEW
(3)
CASI a
$
SS eas
c461 4 oar GAGS cA24 —o\->——CA89
e— U6 cA70
|
—_ t= CA56
¢——caTl
¢——Ca2d
CAT3
cas2 CAsd—O sis
G
Ss ar
CA93
CABINET & TURNTABLE PARTS LIST
net: Part No. Description Q’ty fet:
PACKAGE CA27
131 2 3901 10300 StapleSSi9MM 8 CA28
131 6 2519 00201 Bag Polyethylene Ind 1 CA29
131 6 3069 17500 Patching Sheet 1 CA30
131 6 4159 10106 Notes 3 CA31
131 6 4559 10900 Manufacturing No. 2 CA32
134 2 2104 12300 Screw Transit(+,-) 3 CA33
134 2 4208 15100 Spacer 3 CA34
141 2 4219 32700 Screw Transit 1 CA35
141 6 1139 98402 Box Corrugate-exp 1 CA36
141 6 2519 19490 Bag Polyethylene-exp 1 CA37
141 6 3119 23401 Pad 1 CA38
141 6 3119 24900 Pad Front 1 CA39
141 6 3119 25000 Pad Rear 1 CA40
141 6 3119 25100 Pad 1 CA41
CA42
CA43
ACCESSORIES CA44
4 2369 74031 Plug Cord 1 CA45
131 2 3901 10400 Staple No.10 1 CA46
131 6 2719 10801 Bag Fan 1 CA47
131 6 4519 15700 Guarantee Cert 1 CA48
131 6 4559 10900 Manufacturing No 1 CA49
134 2 2901 11601 Adapter Ep 1 CA50
142 6 4119 32156 Explanatory Booklet 1 CA51
CA52
CA53
CABINET CA54
4 2359 75222 Connector 12P Assy [CN9] 1 CA55
4 2359 76794 Connector 3P Assy [CN13] 1 CA56
4 2359 77145 Connector 1P Assy 1 CA57
4 2359 77631 Connector 1P Assy 1 CA58
131 2 1310 34634 Name Plate 1 CA59
131 2 3608 14100 Cramp Wire 4 CA60
131 2 7103 46800 Label 1 CA61
131 2 7103 47900 Label 1 CA62
131 6 4559 10900 Manufacturing No 1 CA63
141 6 4729 37447 — Stylus Label 1 CA64
CAI 141 0 1249 30600 Lid Assy 1 CA65
CA2 = 131 0 2002 16800 Hinge Assy 1 CA66
CA3 141 2 4429 00201 Mat Turntable 1 CA67
CA4 =: 141. 2 5229 00401 ~— Turntable 1 CA67
CA5 =: 131. 2 4201 20702 = Screw, +M3.0x35 5 CA68
CA6 141 2 1219 29500 Panel Front 1 CA69
CA7 = 141. 2: 1329 14200 Filter 1 CA70
CA8 131 2 6113 51000 Shelter 1 CA71
CAQ 131 2 6113 51100 Shelter 1 CA72
CAIO = 141 2 1329 14300 Filter 1 CA73
CA11 =141 2 1439 14100 Panel Control 1 CA74
CA12 AX 4 2432 00071 ~~ Power Cord 1 CA74-1
CA13 131 2 6111 21300 Bushing 1 CA74-2
CA14 141 2 1659 35600 Knob 1 1
CA15 141 2 1659 35800 Knob 1 2
CA16 131 2 4201 21100 Screw 7 CA74-3
CA17 = 131 0 4004 16101 Wire Shield Assy 1 CA75
CA18 141 2 1439 13900 Panel Control 1 CA76
CA19 131 2 2904 11000 Pad Lid 2 CA77
CA20 131 2 4201 20705 Screw, Bdg Hd. Tapping 14 CA78
CA21 131 2 4201 23703 Screw 6 CA79
CA22 141 2 1129 08801 Cabinet 1 CA80
CA23 141 2 1149 37400 Cover PCB 1 CASI
CA24 131 2 4201 19501 Screw, Button Hd. Tapping 19 CA82
CA25
134
0
5011
03600
Motor
Assy
(Phono)
[M1]
1
CA83
CA26 141 2 4459 31800 Cushion 4 CA84
!
ary °o
I
Part No.
141 2 3719 06200
131 2 4201 25205
A 4 2512 30420
131 2 3608 12405
134 2 4201 13400
141 2 1149 39400
131 2 4201 20801
AX 4 2312 06051
131 2 4201 20300
131 2 4203 84507
131 2 1601 85202
131 2 3608 11000
141 2 4419 21100
134 2 5205 12000
131 2 1601 59501
131 2 4201 24600
141 2 1659 35700
141 2 1259 07300
141 2 8559 06505
141 2 4459 31700
131 2 5203 23603
141 2 8559 06506
141 2 8559 06501
141 0 3129 01900
141 2 4459 33800
141 2 8519 31900
141 2 3519 67400
141 2 8539 53800
131 2 4201 20800
131 2 4201 19500
131 2 4201 19504
141 0 5519 10300
141 2 5649 22600
141 2 8519 60000
134 2 4201 12800
141 2 7519 64000
141 2 5519 52100
141 2 3519 67100
141 2 4459 31800
4 5272 00181
4 2319 76680
4 2319 76680
141 2 3519 66900
141 2 3519 67500
141 2 3519 66800
141 2 4219 06300
134 2 5101 32400
141 2 3519 67000
141 0 6419 01200
141 0 6419 01300
4 1579 70030
4 1579 70040
4 1579 70050
141 2 6459 00300
134 2 5101 26500
141 2 4579 05000
141 2 3519 70300
131 2 4112 10200
141 2 7319 58000
134 2 4106 27000
141 2 5519 52200
141 2 5649 24700
141 2 5739 07000
131 0 3020 11800
Description
Metal Mount Trans
Screw
Power Trans [T1]
Cramp Wire
Screw
Cover
Screw, +M2.6x8
Switch Push Power [S4]
Screw TP
Washer Plain, M4.5x10x0.5
Knob Power
Cramp Wire
Cloth
Cushion
Knob
Screw
Knob
Plate Bottom
Spring Mounting
Cushion(Leg)
Felt
Spring Mounting
Spring Mounting
Unit Plate Assy
Cushion
Spring, Slide Base
Angle Mount(Photo C)
Spring Plate
Screw, +M2.6x6
Screw, Button Hd. Tapping
Screw, Button Hd. Tapping
Worm Assy
Belt
Spring Plate
Screw
Spindle Lifting
Worm Wheel(A)
Angle Mount(Metor)
Cushion
Comutate MTR Magnet (Arm) [M3]
Leaf Switch (Lift Up) [$1]
Leaf Switch (Lift Down) [S2]
Cover(Holder)
Plate(Filter)
LED Holder
Screw
Spring
LED Holder Base
Pick-up Assy
Tone Arm Assy
Cartridge Assy
Cartridge (MG-102S)
Stylus (ST-102SD)
Retainer Needle
Spring
Washer, M3.2x10x0.2
Angle Mount
Rope
Holder Slide
Shaft
Worm Whell(B)
Belt
Support Shaft
Pully Assy
Q
Ca
we
a ne ee a CS as Oe Cs Ca CC CE SS RDN CET EE, we Oe CC CC rT Ss Os Sar CE CE, SG a ee ee
wonwrnAa oe

CABINET & TURNTABLE PARTS LIST (continuea)
Ret.
Part
No.
Description
Q'ty
CA85 141 2 3519 69000 Angle Mount
CA86) «141 2 8519 33300 Spring, Lock Caset Case
CA87 =141 2 3169 23200 Frame
CA88 =141 2 3519 69100 Angle Mount
CA89 141 2 4459 33200 Cushion
CA90 «141 2 5289 01600 Rail
CA91 4 2319 77560 Leaf Switch (Return) [S3]
CA92 141 2 3169 22200 Guide Angle
CA93. 141 2 3519 72200 Angle Mount
CA94 141 2 125907401 —‘ Plate Bottom
CA95 4 5272 00180 Comutate MTR Magnet (Lifter) [M2]
CA96 §=131 2 4201 20300 Screw
CA97? =: 131 2 7104 00101 Plate Pad Switch
CA98 AX 4 2312 02650 Switch Slide (Voltage Select) [$5]
Sa er a es Cw NG
Cx1 101 3 1302 00311 Screw, Pan Hd., +M2.0x3
CX2 ~=—s- 101 3 1303 03011 Screw, Pan Hd., +M3.0x30
Cx3 103 3 1303 00511 Screw, Pan Hd. Tapping-2, +M3.0x5
CX4 103 3 1904 00611 Screw, Brazier Hd. Tapping-2, +M4.0x6
CX5 143 3 1702 00618 Screw, Bind Hd. Tapping-B, +M2.0x6
CX6 143 3.1702 00818 Screw, Bind Hd. Tapping-B, +M2.0x8
CX7 =—s- 112 3. 1302 00011 ~~ ERing, M2.0
CX8 110 3 2104 00011 Spring Washer-2, M4.0
CX9 = =106 3 1204 00311 Hex. Nut-2, M4.0
-—-3 43 po |SHNDO DP HS
PCB1 141 0 1939 05800 Control P.C.B. Assy
PCB2 141 0 193902710 PCRP.C.B. Assy
PCB3 141 0 1939 02721 PTRP.C.B. Assy
PCB4 141 0 1939 02731 LED P.C.B. Assy
PCB5 1414 0 1939 05471 —‘ Terminal P.C.B. Assy
PCB6 141 0 1939 05900 Sub Control P.C.B. Assy
PCB7 141 0 1939 06000 Touch Switch P.C.B. Assy
PCB8 141 0 1939 06100 Manual Switch P.C.B. Assy
PCB9 141 0 1939 06200 Slide Switch P.C.B. Assy
PCB10 141 0 1939 06300 Auto Function Jack P.C.B. Assy
PCB11 141 0 1939 06500 Power Supply P.C.B. Assy
—- oS oi ss
NOTE:
1. Parts order must contain Model Number, Part Number and
Description.
2. Ordering quantity of screws and resistors must be multiple of
10 pcs.
PRODUCT SAFETY NOTICE
Each precaution in this manual should be followed during servicing. Components identified with the IEC symbol A\ in the
Parts list and the schematic diagram designate components in which safety can be of special significance. When replac-
ing a component identified with A\ , use only the replacement parts designated, or parts with the same ratings of resis-
tance, wattage or voltage that are designated in the parts list in this manual.
Leakage-current or resistance measurements must be made to determine that exposed parts are acceptably insulated
from the supply circuit before returning the product to the customer.
-11-

FUNCTIONAL DESCRIPTION
MICROCOMPUTER PORTS AND FUNCTIONS
INTRO LED ay TR-7 LED
TR-9 LED a TR-8 LED
Lift Down SW. ;
Lift Up SW. - Phono Motor
Speed
PBo~PB2 Arm Position
Arm Motor (left) ..ON
PCo~PC3 Key Scan Arm Motor (right) ..ON
PDo~PD3 Key Scan
Lifter Motor (down) ON
PEo TR-1 LED as Lifter Motor (up) ON
PE1 TR-2 LED “as Muting Relay ..ON
PE2 TR-3 LED ei Repeat ..ON
PE3 TR-4 LED
Reflector .. reflected
PFo TR-5 LED ae Back Pulse for Jeadin . OFF
PFi TR-6 LED ns Signal (sound) .. signaled
Xtal (1 EXtal
PCo [J 2 VDD (+5V}
PCi CJ3 PB3
Pc2 (4 PB2
Pc3(J5 PB1
iNT (6 PBo
RES(J7 PA3
PDo[]8 PA2
PD1[]9 PAI
PD2([]10 PAO
PD3(_J]11 Pl2
PEo(PLAo){_}12 Pit
PE1(PLA1) Pio
PE2(PLA2)(] 14 PH3
PE3(PLA3) (J 15 PH2
PFo(PLAa){_]16 PH1
PF1(PLA5){ 417 PHo
PF2(PLA6){_J18 PG3
PF3(PLA7)[_J19 PG2
TEST PG1
(OV) Vss ([] 21 PGo
-12-

FUNCTIONAL DESCRIPTION Ccontinuea)
Key Scan
The microcomputer analyzes the combinations of the four The output ports are PCo ~ PC3 and the input ports PDo ~ PDs
output and input ports (4 x 4 = 16 ports in total) and detects in the chart below.
which one of the sixteen buttons (START/REJECT, REPEAT,
INTRO SCAN, etc.,) on the control panel was pressed.
Microcomputer Key Scan
=
PCOG Oo Oo
PC19 Oo Oo
Output oo
OO IN FO [oO |S Fw Jr
PC2Q Oo Oo
REPEAT
:
me
CLEAR
START/
PC3Q
oo
_REJECT
INTRO
pe | 6_SCAN
a
Input PD1@
PD26
PD36
Input Ports PDo ~ PD3 are normally kept in “H” (high) level and lf Button 1 is pressed and Output Port PCo is set in “L” tevel,
Output Ports PCo ~ PCs output the signals of “L” (low) level in Input Port PDo becomes “L” level. If Button 5 is pressed and
the cycles as illustrated. When a port is in “L” level, the other Output Port PC1 is set in “L” level, Input Port PDo becomes “L”
ports are kept in “H” level. level. Thus, the microcomputer analyzes how the input and
output ports are combined and detects which button was
pressed according to the combination.
PCo
PC1
PC2
PC3
-~13-

FUNCTIONAL DESCRIPTION Continue)
Arm Position and Microcomputer Ports
The arm position is detected by the three pairs of LED’s and
phototransistors which run across the guide angle, and a pair of
LED and a phototransistor mounted on the pickup. Illustrated
below is the hole arrangement of the three pairs of sensors
which run across the guide angle and the guide angle. See the
chart for the relation between each port.
TU
©@©®
Left Edge
Position of
Internal
Circumference
57 mm
30cm
Leadin Leadin Leadin
Position of Armrest
Internal (right edge)
Circumference
70mm
+12v +5V
Micro-
Qo1 computer
————— 4 LM6402
Internal Circum- | internal Circum- Armrest
Left
Edge
{Right
Edge)
“L”(Low Level)
“H"(High Level)
“H" (High Level)
ference 57mm | ference 70mm
“L”(Low Level) | “L”(Low Level) | “H”(High Level)
“L”(Low Level) | “H’(High Level) | “H”(High Level)
“L"(Low Level) | “L"(Low Level) | “L’{Low Level)
30 cm Leadin
The arm is shifted until PB1 is set in “H” level (at the end of the
square hole) if Plo is set in “L” level by the signals emitted from
the sensor on the pickup when PBo is in “H”, PB1 in “L’”, and PB2
in “H” levels.
When PB: is set in “H” level, the arm stops once (Port PG2: “H”)
and returns (Port PG3: “L”) for a period of time determined by
C22 (4.74F/25) and VRO1 (100K-B).
If the arm returns for a certain period of time, it stops (Port PG:
“H”) and lowers on the disc (Port PHo: “L”).
Note:
If the sensor on the pickup is located over the disc, the light is
reflected and Port Plo is set in “L” level. If a disc is not placed on
the turntable, the light is not reflected and Port Plo is set in “H”
level.
25 cm Leadin
As Plo is set in “H” level at the square hole for 30 cm, the arm
advances inwards until it reaches the square hole for 25 cm.
Then, the arm exercises the same action as those in 30 cm
leadin and lowers on the disc.
17 cm Leadin
When PBo is in “L”, PB1 in “L”, and PB2 in “H” levels, the arm is
shifted until PB1 is set in “H” level if Port Plo is set in “L” level by
the signals emitted from the sensor on the pickup. Then, the arm
exercises the same actions as those in 30 cm leadin.
Return Conditions
The return action is taken place when the following conditions
are met.
(1) when the stylus tip reaches the area of 57 mm or more away
from the internal circumference of the disc. (PBo: “L”, PB1:
“H”, PB2: “L”)
(2) when there is no music signal. (Pl2: “H”)
(3) The light is reflected to the sensor with the pickup in
“DOWN” mode. (Plo: “L”)
When the unit is operated without any programming and the
above described three conditions are met at the same time, the
return action is taken place.
When the reproduction of the last program is finished by the
programmed action, the return action is taken place if the above
described conditions (2) and (3) are met at the same time.
Conditions of Direct Music Selection
Direct music selection is taken place when the following
conditions are met at the same time. In other cases, select a
program after the tonearm has rested on the armrest once.
(1) when a program is finished at the area of moe than 70 mm
away from the internal circumference of the dsc.
(2) when the program to be selected next is not the first one.
(3) when music signals exist for more than 10 ser_
—-14-

Measuring Instruments Required
op ae
=
ADJUSTMENT PROCEDURES
Tonearm Position Adjustment
DC VTVM (DC Voltmeter with high input impedance) Remove the lid and the turntable.
Standard Reflector
Stylus pressure Meter
Record
Disc
(Disc
with
many
programs
is
desirable.)
Push
the
<]
button
on
the
control
panel
and
move
the
Plus
Screwdriver,
Minus
Screwdriver
tonearm
to
the
place
where
the
tonearm
position
adjustment
cam can be observed. (Fig. 3)
Turn on the power switch of the unit.
on -?e
4. Adjust the tonearm position adjustment cam, so that the
tonearm faces perpendicular to the back wall of the cabinet.
(Fig. 3)
Stylus Pressure Adjustment
Place the unit on a level surface and remove the lid.
Turn on the power switch of the unit.
Push <J button on the control panel and move the arm to the
place as illustrated in Fig. 1.
Adjust the stylus pressure adjustment screw (Fig. 2) through
the
adjustment
hole,
so
that
the
stylus
pressure
becomes
=
Tonear
m
Position
18~2.2g.
é
Adjustment
Cam
Adjustment Hole
Fig. 3
Stylus Height Adjustment
Remove the lid and the turntable mat.
Turn on the power switch of the unit.
on ae
Push the <1 button on the control panel and move the
tonearm to the place where the stylus height adjustment
screw can be observed. (Fig. 4)
4. Adjust the stylus height to the place 6£0.5mm above the
turntable.
Fig. 1
Stylus Pressure Adjustment Screw
Stylus Height
Adjusting Screw
Fig.
2
Fig.
4
—~15-

ADJUSTMENT PROCEDURES Ccontinuea)
Arm Trace Confirmation
. Turnon the power switch of the unit.
Place a disc on the turntable and set the number of rotations
to 45r.p.m.
. Confirm that the tonearm correctly traces from the beginning
to the final silent groove.
If not, cut off R93 (3.3kQ) on the Contro! P.C.Board and
perform the re-confirmation. (Fig. 8)
Arm Feed Photointerrupter Position Adjustment
. Turnon the power switch of the unit.
Place a disc with little eccentricity on the turntable and play
it back.
. After the disc has been rotated 3 or 4 times, push the
CUEING button to elevate the tonearm.
. At this time, adjust the arm feed screw through the right hole
on the cabinet with a screwdriver, so that the tonearm is
elevated straight up. (Fig. 5)
Arm Feed Screw
i _\
ea
Fig. 5
Track Sensor Sensitivity Adjustment
. Short-circuit between TP1 (GND) and TP4. (When the
tonearm is placed on the turntable, the turntable does not
rotate.)
. Connect the DC VTVM’s between TP2 and GND and
between TP3 and GND. (Fig. 7)
Place the standard reflective plate on the center between the
turntable shaft and turntable edges.
4. Turnon the power switch of the unit.
Move the tonearm to the place above the standard reflective
plate. Lower the tonearm on the plate with the CUEING
button.
6. Adjust VR11, so that the voltage of TP3 becomes 3.5V.
. Elevate the tonearm with the CUEING button. At this time,
adjust VR12, so that the voltage of TP2 becomes 3.8V.
Note:
If the proper sensitivity is not obtained, cut off R105 and
perform the re-adjustment.
ON es
on se
Fig. 6
Leadin Adjustment
Turn on the power switch of the unit.
Place a disc on the turntable and push the START button.
Adjust VRO1 through the hole on the cabinet bottom, so that
the tonearm is correctly led into the disc. (Fig. 7)
Approach Adjustment
Turn on the power switch of the unit.
Keep the approach knob in the center click position.
Selecxt the 2nd ~ 6th programs and adjust VRO2, so that
the last portion of the previous program is not reproduced or
music is not reproduced on its way. (Fig. 7)
VRO1 for Leadin Adjustment
VRO2 for ApproachAdjustment
Fig. 7

ADJUSTMENT
PROCEDURES
Ccontinuea)
-17-
Ref.
No.
PCB1
Part No.
Description
CONTROL P.C.B. ASSY
141 0 1939 05800
4 2252 00090
101 3 1303 00611
103 3 1903 00611
111 2 6220 11100
131 2 6201 21500
131 2 6201 35400
131 2 6201 35500
4 2369 73130
4 2369 73160
4 2369 73130
4 2362 00400
4 2369 73690
4 2362 00410
4 2369 73160
4 2369 71901
4 2359 77660
4 2222 02680
4 2222 02670
4 2329 70310
4 2532 00540
204 5 9000 05000
4 2069 72530
208 5 4016 40229
4 2069 72530
206 5 1296 32410
4 2069 72530
4 2069 72530
206 5 2040 07805
4 2069 72560
4 2069 72570
203 5 5000 53650
203 5 5000 53650
203 5 7340 86350
203 5 7350 76450
203 5 7340 86350
203 5 7350 76450
203 5 5000 53650
203 5 5000 53650
203 5 5000 53650
203 5 5000 53650
203 5 5000 53650
203 5 7230 60850
203 5 7230 60850
203 5 7230 60850
203 5 7230 60850
203 5 7230 60850
203 5 5000 53650
203 5 5000 53650
203 5 5000 53650
203 5 5000 53650
203 5 5000 53650
203 5 5000 53650
203 5 5000 53650
203 5 5000 53650
203 5 5000 53650
205 5 9040 44210
205 5 9040 44210
202 5 3160 00110
205 5 9040 44210
205 5 9040 44210
205 5 9040 44210
202 5 3160 00110
Control P.C.B. Assy
CSB400P
Screw, Pan Hd., +M3.0x6
Screw, Brazier Hd. Tapping-2, +M3.0x6
Wire Wrap Terminal
Plate Heat Sink (for IC7)
Plate Heat Sink (for IC8)
Plate Heat Sink (for IC9)
Connector 3P
Connector 6P
Connector 3P
Plug 7P
Plug 9P
Plug 8P
Connector 6P
Connector 12P Top
Connector 5P Assy
Semi Fixed (B-100kQ)
Semi Fixed (B-47kQ)
Reed Relay
Choke Coil (47H)
Thermistor, SDT 500
IC, MSM 4049 RS
IC, LM6402A-292
IC, MSM 4049 RS
IC, LA 6324
IC, MSM 4049 RS
IC, MSM 4049 RS
IC, L78M05
IC, NUM 7812
IC, NUM 7912
Transistor, 2SC 536
Transistor, 2SC 536
Transistor, 2SD 863
Transistor, 2SB 764
Transistor, 2SD 863
Transistor, 2SB 764
Transistor, 2SC 536
Transistor, 2SC 536
Transistor, 2SC 536
Transistor, 2SC 536
Transistor, 2SC 536
Transistor, 2SA 608
Transistor, 2SA 608
Transistor, 2SA 608
Transistor, 2SA 608
Transistor, 2SA 608
Transistor, 2SC 536
Transistor, 2SC 536
Transistor, 2SC 536
Transistor, 2SC 536
Transistor, 2SC 536
Transistor, 2SC 536
Transistor, 2SC 536
Transistor, 2SC 536
Transistor, 2SC 536
Diode, DS 442
Diode, DS 442
Diode, GMA 01
Diode, DS 442
Diode, DS 442
Diode, DS 442
Diode, GMA 01
P.C.BOARD PARTS LIST
=
C26
C27
C28
C29
C30
C31
C32
C33
C34
C35
C36
C37
C38
C39
C40
C41
042
C43
C44
C45
C46
C47
Part No.
202 5 3160 00110
202 5 3160 00110
205 5 9040 44210
205 5 9040 44210
205 5 9040 44210
205 5 9040 44210
202 5 3160 00110
202 5 3160 00110
205 5 9040 44210
205 5 9040 44210
202 5 2470 13540
205 5 9040 44210
205 5 9040 44210
205 5 9040 44210
205 5 9040 44210
202 5 3160 00110
205 5 9040 44210
205 5 9040 44210
205 5 9040 44210
205 5 9040 44210
202 5 3210 10012
CD3 3 4500 0001V
CD1 0 4500 0001V
CM10 4500 JOOTV
CD4 7 6100 0001V
CC1 0 3501 YEYOC
4 2239 71360
CD4 7 7250 0006V
CC1 0 3500 ZG00C
CC1 0 3500 ZG00C
CD1 0 7160 0001V
CD1 0 7160 0001V
CM10 4500 JOOTV
CM10 4500 JOOTV
CC3 3 1500 KDOOC
CM10 3500 KOOSV
Cli 0 3250 NFOOR
CD1 0 6250 0001V
CD3 3 5500 KHS1V
CM10 3500 KOOSV
CC3 3 1500 KDO0C
Cl1_ 0 3250 NFOOR
Cli 0 3250 NFOOR
CD2 2 5500 0001V
CD2 2 5500 0001V
CC1 0 1500 KDOOC
CM10 3500 KOOSV
CD1 0 6160 0001V
CD1 0 5500 0001V
CD2 2 6160 0001V
CD4 7 6100 0001V
CD1 0 6160 0001V
CM27 3500 KOOSV
CD4 7 5250 0001V
CM10 4500 JOOTV
CP2 2 1101 J003V
CP2 2 1101 JO003V
CD4 7 6250 0001V
CD4 7 5500 0001V
CC4 7 3500 ZG00C
Cl2 2 3160 NGOOR
Cl2 2 3160 NGOOR
Cl2 2 3160 NGOOR
Diode, GMA 01
Diode, GMA 01
Diode, DS 442
Diode, DS 442
Diode, DS 442
Diode, DS 442
Diode, GMA 01
Diode, GMA 01
Diode, DS 442
Diode, DS 442
Diode, W 02
Diode, DS 135
Diode, DS 442
Diode, DS 442
Diode, DS 442
Diode, DS 442
Diode, GMA 01
Diode, DS 442
Diode, DS 442
Diode, DS 442
Diode, DS 442
Description
Zener Diode, GZA 10Y
Electrolytic
Electrolytic
Mylar
Electrolytic
Ceramic
Electrolytic
Electrolytic
Ceramic
Ceramic
Electrolytic
Electrolytic
Mylar
Mylar
Ceramic
Mylar
Boundary
Electrolytic
Electrolytic
Mylar
Ceramic
Boundary
Boundary
Electrolytic
Electrolytic
Ceramic
Mylar
Electrolytic
Electrolytic
Electrolytic
Electrolytic
Electrolytic
Mylar
Electrolytic
Mylar
Polypropylen
Polypropylen
Electrolytic
Electrolytic
Ceramic
Boundary
Boundary
Boundary
0.33 uF
0.1KF
0.1F
47pF
0.014F
10004F
470uF
0.014F
0.01uF
100KF
100uF
0.14F
0.1MF
330pF
0.014uF
0.01uF
10KF
3.34F
0.014uF
330pF
0.01uF
0.01MF
2.2uF
2.2F
100pF
0.014F
104F
1MF
22F
47pF
10KF
0.027 uF
4.7mF
0.1MF
220pF
220pF
47uF
4.7uF
0.0474F
0.022uF
0.022uF
0.022uF
SOV
50V
50V
10V
500V
25V
25V
50V
50V
16V
16V
50V
50V
SOV
50V
25V
25V
50V
50V
50V
25V
25V
50V
50V
50V
50V
16V
50V
16V
10V
16V
50V
25V
50V
100V
100V
25V
50V
50V
16V
16V
16V
+5%
+100,-0%
+80,-20%
+80,-20%
+5%
+5%
+10%
+10%
+30%
+10%
+10%
+10%
+30%
+30%
+10%
+10%
+10%
+5%
+5%
+5%
+80,-20%
+30%
+30%
+30%
Q’ty
ek Sk ee Se ee ea a a a ee te a ret a a a ie pte a ee ary Sa ER Se a eh eR i pe aR RS

P.C.BOARD PARTS LIST (Continued)
nr Part No. Description Q’ty
C48 Cl2 2 3160 NGOOR Boundary 0.022uF 16V +30% 1
C51 CD2 2 5500 0001V Electrolytic 2.2uF 50V 1
C52 CD1 0 5500 0001V Electrolytic 1uF 50V 1
C53 CD1 0 5500 0001V Electrolytic 1uF =50V 1
R1 RH4 7 1102 JZ000 Metal 4702 IW +5% 1
R2 RD1 0 3161 JHOOO Carbon 10kQ 1/6W +5% 1
R3 RD1 0 3161 JHO00 Carbon 10kQ 1/6W +5% 1
R4 RD1 0 3161 JHOOO Carbon 10kO 1/6W +5% 1
R5 RD1 0 4161 JHOOO Carbon 100kQ 1/6W +5% 1
R6 RD1 0 4161 JHOOO Carbon 100kQ 1/6W +5% 1
R7 RD1 0 4161 JHOOO Carbon 100kQ 1/6W +5% 1
R8 RD3 3 2251 JMO00 Carbon 3.3kQ 1/4W +5% 1
RQ RD1 0 4161 JHOOO Carbon 100kQO 1/6W +5% 1
R10 RD2 2 2251 JMO00 Carbon 2.2kQ 1/4W +5% 1
R11 RD1 0 3251 JMOO0 Carbon 10kQ 1/4W +5% 1
R12 RD1 0 3161 JHOOO Carbon 10kQ 1/6W +5% 1
R13 RD1 0 3161 JHOOO Carbon 10kQ 1/6W +5% 1
R14 RD4 7 3161 JHOOO Carbon 47kQ 1/46W =+5% 1
R15 RD4 7 2161 JHOOO Carbon 47kQ 1/6W +5% 1
R16 RD4 7 2161 JHOOO Carbon 47kQ 1/6W +5% 1
R17 RD2 7 2251 JMO00 Carbon 2.7kQ 1/4W +5% 1
R18 RD8 2 1251 JMO00 Carbon 8200 1/4W +5% 1
R19 RD2 2 2161 JHOOO Carbon 2.2kQ 1/6W 45% 1
R20 RD4 7 1161 JHOOO Carbon 4700 1/6W +5% 1
R21 RD3 9 A251 JMOO0 Carbon 390 1/4W +5% 1
R22 RD4 7 1161 JHOOO Carbon 4700 1/6W +5% 1
R23 RD4 7 1161 JHOOO Carbon 4700 1/6W +5% 1
R24 RD1 0 2161 JHOOO Carbon 1kQ = 1/6W +5% 1
R25 RD3 3 2161 JHOOO Carbon 3.3kQ 1/6W +5% 1
R26 RH2 7 0202 JZ000 Metal 270, 2wW +5% 1
R27 RH4 7 1102 JZ000 Metal 4700, IW +5% 1
R28 RD1 0 2161 JHOOO Carbon 1kQ 1/6W +5% 1
R29 RD1 0 2161 JHOOO Carbon 1kQ = 1/6W +5% 1
R30 RD3 3 2251 JMO00 Carbon 3.3kQ 1/4W +5% 1
R31 RD1 0 2251 JMO00 Carbon 1kQ = 1/4W +5% 1
R32 RD4 7 1161 JHOOO Carbon 4702 1/6W +5% 1
R33 RD2 2 2161 JHOOO Carbon 2.2kQ 1/6W +5% 1
R34 RD3 9 A251 JMO00 Carbon 3.90 1/4W +5% 1
R35 RD4 7 1161 JHOOO Carbon 4700 1/6W +5% 1
R36 RD4 7 1161 JHOOO Carbon 4700 1/6W +5% 1
R37 RD1 0 2161 JHOOO Carbon 1kQ 3 1/6W +5% 1
R38 RD1 0 4251 JM000 Carbon 100kQ 1/4W +5% 1
R39 RD1 0 2161 JHOOO Carbon 1kQ 1/6W +5% 1
R40 RD1 0 4251 JMO000 Carbon 100kQ 1/4W +5% 1
R41 RD6 8 2251 JMO00 Carbon 6.8kQ 1/4W +5% 1
R42 RD1 0 2251 JM000 Carbon 1kQ 1/4W +5% 1
R43, RD3 3 4161 JHOOO Carbon 330kQ 1/6W +5% 1
R44 RD1 2 3161 JHOOO Carbon 12kQ 1/6W +5% 1
R45 RD1 0 4251 JM000 Carbon 100kO 1/4W +5% 1
R46 RD1 2 2161 JHOOO Carbon 1.2kQ 1/6W +5% 1
R47 RD2 7 4161 JHOOO Carbon 270kQ 1/6W +5% 1
R48 RD1 2 2161 JHOOO Carbon 1.2kQ 1/6W +5% 1
R49 RD1 0 4161 JHOOO Carbon 100kO 1/6W +5% 1
R50 RD4 7 3251 JM000 Carbon 47kQ = 1/4W +5% 1
R51 RD4 7 3161 JHOOO Carbon 47k) 1/6W +5% 1
R52 RD1 0 3251 JM000 Carbon 10kQ 1/4W +5% 1
R53 RD4 7 2251 JMO00 Carbon 47kQ 1/4AW +5% 1
R55 RD6 8 2251 JMO00 Carbon 6.8kQ 1/4W +5% 1
R56 RD1 5 4161 JHOOO Carbon 150kQ 1/6W +5% 1
R57 RD1 2 2161 JHOOO Carbon 1.2kQ 1/6W +5% 1
R58 RD1 0 3251 JM000 Carbon 10k<Q 1/4W +5% 1
R59 RD1 0 5161 JHOOO Carbon 1MQ 1/6W +5% 1
R60 RD1 0 2251 JMO00 Carbon 1kQ 1/4W +5% 1
R61 RD3 9 1161 JHOOO Carbon 3909 1/6W +5% 1
-19-
Ret.
Part
No.
Description
Q’ty
R62
RD3
9
1161
JHOOO
Carbon
3902
1/6W
+5%
1
R63
RD3
9
1161
JHOOO
Carbon
3902
1/6W
+5%
1
R64
RD3
9
1161
JHOOO
Carbon
3902
1/6W
+5%
1
R65
RD3
9
1161
JHOOO
Carbon
3900
1/6W
+5%
1
R66
RD3
9
1161
JHOOO
Carbon
3900
1/6W
+5%
1
R67
RD3
9
1161
JHOOO
Carbon
3900
1/6W
+5%
1
R68
RD3
9
1161
JHOOO
Carbon
3900
1/6W
+5%
1
R69
RD1
0
3251
JMO00
Carbon
10kQ
1/4W
+5%
1
R70
RD1
0
3251
JMO000
Carbon
10k:Q
1/4W
+5%
1
R71
RD2
2
3251
JM000
Carbon
22kQ
1/4W
5%
1
R72
RD2
2
3251
JMO00
Carbon
22kQ
1/44W
=
+5%
1
R73
RD3
9
1251
JM000
Carbon
3900
1/4W
+5%
1
R74
RD3
9
1251
JMO00
Carbon
3900
1/4W
+5%
1
R75
RD2
2
3251
JM000
Carbon
22kQ
1/4W
+5%
1
R76
RD2
2
3251
JM000
Carbon
22kQ
1/4W
+5%
1
R77
RD2
2
1251
JMO000
Carbon
22000
1/4W
+5%
1
R78
RD3
9
1251
JMO00
Carbon
3900
1/4W
+5%
1
R79
RD3
9
1251
JMO00
Carbon
3900
1/4W
+5%
1
R80
RD2
2
3251
JMO00
Carbon
22kQ.
1/4W
£5%
1
R81
RD2
2
3161
JHOO0
Carbon
22kQ
1/6W
+5%
1
R82
RD1
8
3161
JHOOO
Carbon
18kQ
1/6W
+5%
1
R83
RD2
2
3251
JM000
Carbon
22kQ
=
1/4W
+5%
1
R84
RD2
2
3251
JMO00
Carbon
22k)
=1/4W
+5%
1
R85
RD1
8
3161
JHOOO
Carbon
18kQ
1/6W
+5%
1
R86
RD2
2
3161
JHOOO
Carbon
22kQ
1/6bW
+5%
1
R87
RD1
0
3251
JM000
Carbon
10k
«1/4W
+5%
1
R88
RD1
0
3161
JHOOO
Carbon
10kQ
1/6W
+5%
1
R89
RD1
0
4251
JMO000
Carbon
100k
1/4W
+5%
1
R90
RD6
8
2251
JMO00
Carbon
68kQ
1/4W
+5%
1
R91
RD1
0
4251
JMO00
Carbon
100kQ
1/4W
+5%
1
R92
RD1
0
3251
JMO00
Carbon
10kEQ
1/4W
+5%
1
R93
RD3
3
2161
JHOOO
Carbon
33kQ
1/6W
+5%
1
R94
RD1
2
2251
JMO00
Carbon
1.2kQ
1/4W
+5%
1
R95
RD1
0
3161
JHOOO
Carbon
10kQ
1/6W
+5%
1
R96
RD1
0
3161
JHOO0
Carbon
10kEQ
1/6W
+5%
1
R97
RD1
0
4251
JMO000
Carbon
100kQ
1/4W
+5%
1
R98
RD1
0
3161
JHOOO
Carbon
10kQ
=1/6W
+5%
1
R99
RD1
0
0251
JSO00
Carbon
100
1/4W
+5%
1
R201
RD2
2
2161
JHOOO
Carbon
22kQ
1/6W
+5%
1
R202
RD2
2
3161
JHOOO
Carbon
22k
~=1/6W
+5%
1
R203
RDI
8
3251
JMO00
Carbon
18kQ
1/4W
+5%
1
R205
RD47
3161
JHOOO
Carbon
47%kQ
1/6W
+5%
1
R206
RD47
3161
JHOOO
Carbon
47%kQ
=1/6W
+5%
1
R207
~—RD1
0
4161
JHOOO
Carbon
100kQ
1/6W
+5%
1
R208
D1
0
2251
JM000
Carbon
1kQ
=
1/4W
+5%
1
R209
RD1
0
4161
JHOOO
Carbon
100kQ
1/6W
+5%
1
R210
RD2
2
2161
JHOOO
Carbon
2.2kQ
1/6W
+5%
1
R211
RD2
2
3161
JHOOO
Carbon
22k)
1/6W
+5%
1
R212
=RD2
2
3161
JHO0O
Carbon
22kQ
=1/6W
+5%
1
R213.
RD2
2
3161
JHOOO
Carbon
22kQ
1/6W
+5%
1
R214
RD1
2
4161
JHOOO
Carbon
120kQ
1/6W
+5%
1
R215
=
RD1
2
4161
JHOOO
Carbon
120kQ
1/6W
+5%
1
R216
=RD2
2
2161
JHOO0
Carbon
2.2kQ
1/6N
+5%
1
R217
—-
RD2
2
2161
JHOOO
Carbon
2.2kQ
1/6W
+5%
1
R401
RD1
0
3161
JHOOO
Carbon
10kQ
1/6W
+5%
|
R402.
=
RD1
0
3251
JMO00
Carbon
10kQ
1/4W
+5%
1
PCR
P.C.B.
ASSY
PCB2
141
0
1939
02710
PCRP.C.B.
Assy
1
CN14
4
2359
76742
Connector
4P
Assy
1
Qi
4
2039
71430
Photo
Interrupter,
IS-04
1
Ri
RD5
6
1251
JNOOO
Carbon
5600
1/4W
+5%
1
P.C.BOARD PARTS LIST (Continued)
nek
Part
No.
Description
Q’ty
Ret
Part
No.
Description
Q’ty
PTR
P.C.B.
ASSY
sw2
4
2312
05801
Key
Board
Switch
(2)
1
PCB3
141
0
1939
02721
PTRP.C.B.
Assy
1
SW3
4
2312
05801
Key
Board
Switch
(3)
1
141
2
3529
38900
LED
Spacer
1
Sw4
4
2312
05801
Key
Board
Switch
(4)
1
CN12
4
2359
76606
Connector
6P
Assy
1
SW5
4
2312
05801
Key
Board
Switch
(5)
1
Qt
4
2039
71500
Photo
TR
SPS-103-01
1
SW6
4
2312
05801
Key
Board
Switch
(6)
1
Q2
4
2039
71500
Photo
TR
SPS-103-01
1
SW7
4
2312
05801
Key
Board
Switch
(7)
1
Q3
4
2039
71500
Photo
TR
SPS-103-01
1
SW8
4
2312
05801
Key
Board
Switch
(8)
1
Sw9
4
2312
05801
Key
Board
Switch
(9)
1
LED
P.C.B.
ASSY
SW10
4
2312
05801
Key
Board
Switch
(CLR)
1
PCB4
141
0
1939
02731
LED
P.C.B.
Assy
1
Swit
4
2312
05801
Key
Board
Switch
(INTRO)
1
141
2
3529
38900
LED
Spacer
1
Swi2
4
2312
05801
Key
Board
Switch
(RPT)
1
D1
4
2029
73160
Photo
D.
SLR-902A-01
1
SWi3
4
2312
05801
Key
Board
Switch
(PLAY/REJ)
1
D2
4
2029
73160
Photo
D.
SLR-902A-01
1
D201.
=DYY-
SLR-
54VT-
LED,
SLR
54VT3
(1)
1
D3
4
2029
73160
Photo
D.
SLR-902A-01
1
D202.
DYY-
SLR-
54VT-
LED,
SLR
54
VT
3
(2)
1
Ri
RD5
6
1251
JM000
Carbon
5602
1/4W
+5%
1
D203.
DYY-
SLR-
54VT-
LED,
SLR
54
VT
3
(3)
1
D204
=DYY-
SLR-
54VT-
—_ LED,
SLR
54
VT
3
(4)
1
TERMINAL
P.C.B.
ASSY
D205
DYY-
SLR-
54VT-
LED,
SLR
54
VT
3
(5)
1
PCBS
=
141
0
1939
05471
=‘
Terminal
P.C.B.
Assy
1
D206
DYY-
SLR-
54VT-
LED,
SLR
54
VT
3
(6)
1
111
2
6220
11100
Wire
Wrap
Terminal
6
D207.
DYY
-
SLR-
54VT-
~—_
LED,
SLR
54
VT3(7)
1
141
2
4729
05000
=
Staple5
2
D208
DYY-
SLR-
54VT-
LED,
SLR
54
VT
3
(8)
1
CN11
4
2369
71901
Connector
12P
Top
1
D209.
~DYY-
SLR-
54VT-
LED,
SLR
54
VT
3
(9)
1
CN12
4
2369
73160
Connector
6P
1
D210
DYY-
SLR-
54VT-
LED,
SLR
54
VT3
(INTRO)
1
CN13
4
2369
73130
Connector
3P
1
D211
DYY-
SLR-
54PT-
—_
LED,
SLR
54
PT
3
(RPT)
1
CN14
4
2369
73140
Connector
4P
1
D212.
DYY-
SLR-
54VT-
—_
LED,
SLR
54
VT
3
(33RPM)
1
D213.
~DYY
-
SLR-
54VT-
—_ LED,
SLR
54
VT
3
(45RPM)
1
SUB
CONTROL
P.C.B.
ASSY
D214.
-DYY-
SLR-
54PT-
LED,
SLR
54
PT
3
(QL)
1
PCB6
141
0
1939
05900
Sub
Control
P.C.B.
Assy
1
4
2369 71452
Connector
6P
1
MANUAL
SWITCH
P.C.B.
ASSY
CN2
4
2359
77681
Connector
9P
Assy
1
PCB8
141
0
1939
06100
Manual
Switch
P.C.B.
Assy
1
CN4
4
2359
77369
Connector
3P
Assy
1
4
2359
77671
Connector
6P
Assy
1
TH11
204
5
9000
05000
—‘Thermistor,
SDT
500
1
swat
4
2312
05801
Key
Board
Switch
(<I)
1
VR11
4
2222
02690
Semi
Fixed
(B-220k0)
1
Sw22
4
2312
05801
Key
Board
Switch
(CUE)
1
VR12
4
2222
02670
Semi
Fixed
(B-47kQ)
1
SW23
4
2312
05801
Key
Board
Switch
(>
)
1
C101
=CM10
2500
KOOSV
Mylar
0.001umMF
50V
+10%
1
C102
CM10
2500
KOOSV
Mylar
0.001mF
50V
+10%
1
SLIDE
SWITCH
P.C.B.
ASSY
C103.
=
CD4
7
6100
0001V_—_
Electrolytic
47uF
=
10V
1
PCB9
141
0
1939
06200
Slide
Switch
P.C.B.
Assy
1
1011
206
5
1296
32410
IC,
LA
6324
1
141
2
3529
43500
Spacer
2
D101
205
5
9040
44210
Diode,
DS
442
1
CN3
4
2359
77672
Connector
6P
Assy
1
D102
205
5
9040
44210
Diode,
DS
442
1
VR31
4
2229
74810
Volume
(APPROACH,
B-50kQ.)
1
R101
RD2
7
3161
JHOOO
Carbon
27kQ
1/6W
5%
1
SW31
4
2319
76670
Slide
Switch
(SENS)
1
R102.
-RD2
7
3161
JHOOO
Carbon
27kQ
1/6W
=+5%
1
SW32
4
2319
76670
Slide
Switch
(SPEED)
1
R103.
RD1
0
2161
JHOOO
Carbon
1kQ
1/6W
+5%
1
R301
RD1
0
3161
JHOOO
Carbon
10kQ
116W
+5%
1
R104
=RD1
2
4161
JHOOO
Carbon
120kON
1/6W
+5%
1
R302
RD47
2161
JHOOO
Carbon
47kQ
W6W
+5%
1
R105
RD2
7
3251
JNOOO
Carbon
27kQ
1/4W
5%
1
R303
RD2
2
2161
JHOOO
Carbon
22kQ
16W
+5%
1
R106
RD4
7
3251
JMO00
Carbon
47k
1/4W
5%
1
R107
RD2
7
3161
JHOOO
Carbon
27kQ
«=1/6W
=
+5%
1
AUTO
FUNCTION
JACK
P.C.B.
ASSY
R108
RD3
3
4161
JHOOO
Carbon
330kD
1/6W
+5%
1
PCB10
141
0
1939
06300
Auto
Function
Jack
P.C.B.
Assy
1
R109
RD4
7
3251
JMO00
Carbon
47kQ
1/4W
£5%
1
CN1
4
2359
77670
Connector
3P
Assy
1
R110
=RD1
0
3251
JMO00
Carbon
10kO
«1/4W
+5%
1
Ji
4
2352
01730
Jack
3P
(Auto
Function)
1
R111.
RD6
8
2251
JMO00
Carbon
68kQ
1/4W
+5%
1
R112
=RD2
2
3251
JMO00
Carbon
22k)
=
1/4W
+5%
i
POWER
SUPPLY
P.C.B.
ASSY
R113.
RD1
2
3251
JMO00
Carbon
12k
1/4W
5%
1
PCB11
141
0
1939
06500
Power
Supply
P.C.B.
Assy
1
R114
=
RD4
7
3251
JMO00
Carbon
47k
1/4W
£5%
1
A\
4
2352
00200
Fuse
Holder
4
R115
RD3
3
3251
JMO00
Carbon
33kQ
1/4W
+5%
1
4
2372
00830
EC
Terminal
1P
2
R116
=RD5
6
2251
JMO00
Carbon
5.6kQ
1/4W
+5%
1
111
2
6220
11100
Wire
Wrap
Terminal
7
R117
RD2
2
3251
JMO00
Carbon
22kQ
1/4W
+5%
1
131
2
6114
00200
Cover
Safty
1
F501
AX
4
2349
21540
Fuse
(T
800mA)
1
TOUCH
SWITCH
P.C.B.
ASSY
F502»
AN
4
2349
21540
Fuse
(T
800mA)
1
PCB7
141
0
1939
06000
Touch
Switch
P.C.B.
Assy
1
C501
A\
4
2239
70970
Capacitor
0.01uF
4)QV
1
141
2
3529 44400
Spacer
1
NOTE:
CNS
131
0
4006 22227
Cord
Assy
{
1.
Parts
order
must
contain
Model
Number,
Part
Number
and
CNG
4
2359
77680
Connector
9P
Assy
1
Description.
CN7
131
0
4006
22215
Cord
Assy
1
2.
Ordering
quantity
of
screws
and
resistors
must
be
multiple
of
Swi
4
2312
05801
Key
Board
Switch
(1)
1
10
pcs.
—~20-

LED P.C.BOARD
(BOTTOM VIEW)
POWER
SUPPLY
P.C.BOARD
(BOTTOM VIEW)
c50ol
gb éh :
oe
ee ee
—~21-

PTR P.C.BOARD
(BOTTOM VIEW)
PCR P.C.BOARD
(BOTTOM VIEW)
TERMINAL P.C.BOARD
(BOTTOM VIEW)

BOARD
Cc
CONTROL P
(BOTTOM VIEW)
SYMBOL No.
E
TRANSISTOR DC VOLTAGES
YMBOL No.
> ao wo
|
o
Oln
=>
>
dada
ols ~|2 ire)
t|>
-lSlslels
+
>
HS/215
So
w
w
>|4
oBlalsa)
BES
vents)
wo
INIT
|<
+
>
>
Sl>l>lo]
|S
lelala
N
A
“4
Sl>l>l>
lS
Slo
l=
OO
|O]&
=
wo
>
o
>
>
ey
NIOIQln
= NSIT lai
I
>
19
|
1S
[9
[9
ajo}
—
w
> —
N
eee
=|=/S
vs
oO
N

TOUCH SWITCH P.C.BOARD
(BOTTOM VIEW)
Swi3
(PLAY/REJ)
nears
ee
SS ae
SUB
CONTROL
P.C.BOARD
SLIDE
SWITCH
P.C.BOARD
(BOTTOM
VIEW)
(BOTTOM
VIEW)
i
|
:
MANUAL
SWITCH
P.C.BOARD
(BOTTOM VIEW)
apna naan
|
seri
spin ®
IC PIN NUMBERS DC VOLTAGES
SYMBOL No.
—26-