Luxman PD-375 User manual

»
SERVICE
MANUAL
S
FULLY
AUTOMATIC.
TURNTABLE
PD-375

D-375 CONTENTS
FULL-AUTO
MECHA.
TIMING
CHART...
cecscrseccccccncces
EXPLANATION
ABOUT
FULL-AUTO
MECHANISM.
...secceeescee
PB-1373
BLOCK
DIAGRAM.
cccccvccccsvccnccccccceces
aioe
EXPLANATION
ABOUT
TRANSISTOR'S...cccccccccencccssece
MUTING
CIRCUIT
(CANCEL
CIRCUIT).
..ccccccccccccsvoves
MUTING
CIRCUIT
TIMING
CHART...
ccccccccccscccceevecces
PB-1373
TIMING
CHART.
ccccccsccccscccnvccesscccence
PB-1373
CIRCUIT
DIAGRAM.
.cccccccccccvnecs
ovcccescces
MOTOR
SWITCH
CIRCUIT.
.ccccccccnccccccccccccenccscecs
FULL-AUTO
MECHANISM
ALIGNMENT
PROCEDURES.
..sceeceees
FULL-AUTO
MECHANISM
CIRCUIT
ALIGNMENT
ROCEDURES.
....
P.C.B.
ALIGNMENT
PROCEDURES...
.ccccccccccvecacesces
ADJUSTMENT
OF
SW-O7(MAIN
CAM
SW).....
so
ceccecces
coe
PB-1373-1
PARTS
LIST.
ccc
ccceeccevees
ec ccewcccescces
8
PB-1373-2
PARTS
LIST.
cccecccceces
ccc
ccesces
ooeccces
8
PB-1373-4
PARTS
LIST.
.ccccccccceccccccccees
oocecces
8
FULL-AUTO
MECHA. P.C.B.
PARTS
LIST.
..cccccccccccceeed
PD-375
EXPLODED
VIEN...ccccccccccccccscnccccescceseed
EXPLODED
VIEW
PARTS
LIST.
.ccccccccccvcccccvccescesced
SCHEMATIC
DIAGRAM.
coccecceeccccccecvccccccecsseeeee
ell
°
°
NN WO Ww fF fF FW WwW N DH FF
SPECIFICATIONS
FULL AUTO MECHA, CIRCUIT TIMING CHART
33 r.p.m. 45 r.pm.
AC Motor Start ‘AC Motor Start
OFF
or
Cut
Record
End
OFF
or
Cut
Record
End
42V
Terminal
No.4
|
0
IC
Pin1,2
__
[|
Tie
Wed
ale
si
“aeaweee
LT
BY
IC
Pin
4
[|
an
toPin8
J.
JO
i.
EME
a
IC
Pin
10
|_|
Vee
| |
cs
IC
Pin12
pu
IC Pin 13 a oon fade a
Pint — ~~ - fo = i
SW10 Common | | a
42
|
TRO
—
fo
—
=]
-
F.A.M, AC Moter | =

PD-3
EXPLANATION ABOUT FULL-AUTO MECHANISM
(1) Normal (Power SW ON only in Play)
Only NAND Gate input 12 is different between 33 r.p.m. and 45 r.p.m.
(2
Rees
Put on START/CUT Button
NAND Gate output 10 shall be OV, and TRO1 and AC motor shall be ON.
As soon as AC motor has been ON, SW 10 shall rotate until TRO1 becomes OFF
after SW 10 on the cam at the final stage has again turned over and the cam
at the final stage has turned over half.
=
Ww
Record End
As inside most diameters of LP and EP Groovesare different each other,
operation is also different (Its change can be done by individual r.p.m.)
33 L.peM.
When the slit of Rester Lever comes into Sensor Assembly and the photo
transistor becomes ON by L.E.D. light, NAND Gate output 11 shall be ON and
ACG motor Shall begin to rotate.
45 Y.pem.
When the slit of Rester Lever comes into Sensor Assembly with a photo
transistor's being ON and the tonearm reaches the inside most with the
slit's shutting off L.E.D. light and eventually the photo transistor's
being OFF, NAND Gate output 10 shall be OV and AC motor begins to rotate.
(On this occassion when the tonearm returns, the slit of Rester Lever again
passes through Sensor Assembly and the above mentioned signal shall be input.
However, it is not directly related since AC motor is in operation by SW 10.)
(4) Repeat
When the tonearm returns to the armrest in REPEAT mode, 12V shall be loaded
to the 6P connector by SW 11 and same operation shall be made as in case of
pressing START/CUT button.
REMARKS: As mentioned above be careful for any light from outside to come
especially into Sensor Assembly when you are repairing since this
fll-auto mechanism is optical one.
PB-1373 BLOCK DIAGRAM
=— tae VDS ON
=
vDS
on
sw|
=)
L
i
ee
MAIN
CAM
GE
ee
Q12
SENSOR
ASS
VDS OFF sw) 3. ~
Swo3 | {
Swot
|
AC
MOTOR
START/CUT SW\
e [J DC 12V
r
“Iv.D.S.
'
MAIN
MOTOR Cae Bei
. ent
REPEAT
i
Ol
|
Swo7
AUTO FUNCTION Sw
AUTOUFT OFF°_ ae
eons
2
TONE ARM POSITION
DETECTING SW

PD-375
EXPLANATION ABOUT TRANSISTOR’S
Q 10 280945
When the rotation started by depressing the "Start/Cut" button after the suction
by V.D.S. button, this transistor works to cancel the set signal to FLIP-FLOP
circuit of " V.D.S. on ".
---This prevents the mis-suction when the suction operates again once already
sucked.
Q 171 280945
When the mode is set at " REPEAT ", the reset signal comes into the V.D.S. off
FLIP-FLOP circuit. While the V.D.S. motor is rotating, this transistor operates
to cancel this very reset signal until the motor stops rotating by the reset
Signal coming from SW-07 at the main cam.
---When the mode is set at " REPEAT " while V.D.S. motor is rotating, no problem
to activate "V.D.S. on ". But when the "V.D.S. off " is depressed, V.D.S.
motor stops rotating on the way, and the platter is locked. This transistor was
adopted to avoid this trouble.
While the reset signal of V.D.S. off FLIP-FLOP circuit is to delete memory of V.D.S.
off.
Q 12 250945
This works to cancel DC 12V fed into V.D.S. switch at the "REPEAT" mode.
---This transistor is used so that the V.D.S. on/off switch should not operate at
" REPEAT " mode.
Q 13-1 28C945
This operates to cancel not the set signal to be fed to V.D.S. off FLIP-FLOP
circuit but the set signal to V.D.S. on FLIP-FLOP circuit except in the case that
the tonearm is put on the arm rest position by the tonearm position detecting
switch 09.
Q 13-2 280945
This operate to cancel the output coming from " V.D.S. on/off " FLIP-FLOP circuit
so that the V.D.S. motor should not rotate except when the tonearm is at the arm
rest by the tonearm detector switch 09.
While when the " V.D.S. off " FLIP-FLOP circuit is set on, the V.D.S. operation
starts after the tonearm get back to arm rest position.
---This transistor is adopted so that the platter should not be mechanically locked
even if "V.D.S. on/off " button is switched on while playing.
Q 14 280945
When the tonearm left from the arm rest, the output of V.D.S. on/off FLIP/FLOP
circuit is cancelled by Q 13-2. While the tonearm is placed at the arm rest, V.D.S.
operation starts, and even if the tonearm left the arm rest before the V.D.S.
operation completes, this transistor works to cancel this blocking signal until the
V.D.S. operation is achived.
MUTING
CIRCUIT
(CANCEL
CIRCUIT)
MUTING
CIRCUIT
TIMING
CHART
A abd C SYMBOL MARK i ee spree
aes A
B ere
} ae

PB-1373
TIMING
CHART
PD-3
MOTOR SWITCH CIRCUIT
b
a
ee
ee
er
A
a
—>
DC
20V
i Q08
J ey.p.s
Qog9
By
arc ee
EC)
KC)
MOTOR
SWITCH
CIRCUIT
TIMING
CHART
oT a 12V
F or H ov
(2 A 0.6V
12V
A
|
|
V
OV
20V
es We
J
b oe ‘i
12 Q05~QO80FF Q05~Q080N Q05~Q08 OFF
G | | | te Q09. ON = =Q09 OFF Qo9 ON
TeV
TeV
ren
a
or
PB-1373 CIRCUIT DIAGRAM
t— > DC12V
VDS OFF Lady
SWO3
MAIN CAM SW
SWO7 V.D.S.
aeiey |: DC MOTOR
ae?
N.O
9?
N.C
al lB

pc wAs)
‘'FULL-AUTO MECHANISM ALIGNMENT PROCEDURES
The
re-alignment
may
be
required
due
to
the
probable
deviation
in
the
measurements
of
the
cartridge
and
disc
employed
although
the
complete
alignment
is
already
made
at
the
factory
side.
(1)
Height
adjustment
of
Arm-Lifter
a.
Set
the
disc
sucked
and
put
the
unit
into
the
playback
mode.
b.
Loosen
the
fixing
screw
for
arm-lifter,
and
adjust
the
height
so
that
the
clearance
between
the
stylus
tip
and
surface
of
the
disc
could
be
procured
by
about 6--8mm.
Remarks:
Proceed
this
alignment
so
that
the
tone-arm
should
not
be
hooked
by
the
arm-rest.
Arm
Rest
.
6~ 8mm
Screw
(2) Lead-In Adjustment
a.
Obtain
the
playback
mode,
and
press
the
Start/Cut
switch.
b.
Insert
the
(-)
driver
from
the
holes
as
illastrated
in
the
drawing,
and
adjust
the
Lead-In
position
by
rotating
the
eccentric
pin.
33
r.p.m.
and
45
r.p.m.
can
be
adjusted
separately.
Bottom Plate
(3) Lead-Out Adjustment
a.
Insert
the
(+)
driver
from
the
(A)
as
depicted,
and
loosen
the
screw
for
the
sensor assembly.
b.
Insert
the
(-)
driver
from
the
hole
(B)
as
shown
in
illustration,
and
adjust
the
Lead-Out
position
by
moving
the
position
of
sensor
assembly.
ce.
After
adjustment,
fasten
the
same
screw
explained
in
the
step
(3)-a.
A
B
=
| Op

PD-3
FULL-AUTO MECHANISM CIRCUIT ALIGNMENT RROCEDURES
There happen to be eccentric record discs among those which are available in markets
and in case these eccentric ones are used for playing, the wave form will be as per Fig.
1 when the rester lever slit passes through the light axis of the sensor.
f\ of
L GE L
Fig.1
When eccentricity is remarkable, the wave form reads as per Fig. 2 and mis-operation
shall be caused as for EP discs.
H Sensor output
Schmidt Trigger Circuit
Level "H"
Schmidt Trigger Circuit
Level "L"
Sensor output L
Fig.2
As return action is made on EP discs when output of schmidt trigger circuit comes to
be "L" from "H", mis-operation shall be caused at the portion of the enlarged curve in
Fig. 2.
So,
prevent
from
mis-operation,
make
the
hysterisis
as
wide
as
possible
and
adjust
output
level of the sensor to it.
Widening of the hysteresis in schmidt trigger circuit will be efective to prevention of
outcoming noises, etc.
Adjustments of the hysteresis and output level of the sensor are made respectively by
the VRO2 and VRO1 as far as the ‘present circuit is concerned.
In the actual procedures firstly adjust the hysteresis and secondly output level of
the sensor.
The hysteresis is not always same since threshold value of IC's varies depending on IC's
to be used.
So, at first adjust "H" level of schmidt trigger circuit to (x-0.8)V by the VRO2 when
output
of
the
sensor
is
"H"
(saturated
state,
provided
to
be
xV),
and
at
this
point
"L"
level (provided to be yV) of schmidt trigger circuit shall be decided.
Secondly adjust "L" level of output of the sensor to (y-0.6)V by the VRO1.
Above is all for adjustment.
Remarks:
As
to
"H"
level
difference
by
0.8V
is
made
between
threshold
values
of
the
sensor
output
and
schmidt
threshold,
and
as
to
"L"
level
difference
by
0.6V
between
the
threshold
values.
Those
values
are
decided
in
consideration
of
changes
in
temperature,
humidity
and
time
process
and
other
drifts
as
well.

—-D-375 |
P.C.B.ALIGNMENT
PROCEDURES
Set
voltage
for
adjustment
at
11.5
+0.1V
with
use
of
an
EP
disc
and
prevent
the
sensor
from
receiving
external
light.
1,
Adjustment
of
the
VRO2
(adjustment
of
the
hysteresis
in
schmidt
trigger
circuit).
a.
Make
preliminary
adjustment
of
the
VRO2
not
to
make
I.C.
No.4
"H"
from
"L"
when
the
sensor
is
open.
'
ae
Rester
ester
LED
Lever
LED
Lever
=
en
Ass!
Sensor
Ass'y
Fig.3
Sgr
veie
:
CLOSE
b.
Separate
output
of
the
sensor
as
per
the
Fig.4
below
and
put
a
variable
resistor
externally
to
give
output
of
the
sensor
voluntarily.
Photo
Transistor
LK B
Fig.4
ec.
Measure
"H"
of
output
of
the
sensor
(provided
to
be
V
)
at
the
foregoing
step
a
and give
voltage
of
(V
-0.8V)
at the
foregoing
step
b.
d. At the foregoing step c adjust the VRO2 to make I.C. No.4 "H" from "L".
e. Separate the external variable resistor.
2. adjustment of the VRO1
a.
Make
preliminary
adjustment
of
the
VRO1
not
to
make
1.C.
No.4
"L"
from
"H"
when
the
sensor
is
made close
from
open.
b.
Adjust
the
VRO1
until
I.C.
No.4
becomes
"L"
from
"H"
when
the
sensor
is
made
open
from
close.
At
this
time
read
out
output
of
the
sensor
and
adjust
the
VRO1
to
make
the
output
-0.6V
right
at
the
moment
when
I.C.
No.4
has
becomes
"L"
from
wytt
‘
ADJUSTMENT
OF
SW-O7
(Main
Cam
SW)
This
alignment
is
needed
in
the
"play"
mode
when
the
charge
lever
cannot
be
opened
sufficiently
or
the
lever is
going
to
shut
again
causing
irregular
noise
or
preventing
the
platter
from
turning
due
to
the
touch of
lever
shaft to
the
platter.
7™N
Main cam actuator
|
|
|
Main
cam
|
SW-07
ay --~
As the pivot of the main cam actuator is eccentric, you can change the timing of
the SW-07 by turning the pivot with a (-) screw driver.
Adjust the main cam actuator so that the motor can stop when the charge lever is
in the at most open status by pushing the V.D.S. on switch (SWO2).
However, as the pivot of main cam actuator plays the circular movement, there are
two points having the same timing between the main cam and main cam actuator.
7
Be
sure
of
choosing
the
very
position
which
pushes
the
SW-07
more
than
the
other.
After
adjustment,
do
not
forget
to
put
glue.

PB-|373-!
PARTS
LIST
=)
pC
WASTE
LD
ECW
As)
Remarks
Capacitor:
My...Mylar,
El...Electrolytic,
Ce...Ceramic
PB-1373-2
PARTS
LIST
No. No: Description
(Transistor)
Symbol} Stock eee
No. Description
(Switch)
Swo1 | SPO190|Start Cut
Sswo2 | SPO190/V.D.S. On
SWO3 | SPO190|V.D.S. Off
No. No.
TDO1 96 |SLR- 30UR
or 2SD880
or 2SD880
PB-1373-4
PARTS
LIST
Description
iz
e @ ee
i PB~1373-4
se be
2SB435 or 2SB596
28D235
or
2SD880
FULL-AUTO MECHA.P.C.B.PARTS LIST
DO1 | TDO214
DO2 | TDOL14
DO3 | TDO214
DO, | TDO214
DO5 | TDOOO1
DO6 | TDO2Z14A
DO7 | TDOOR7
DOs | TDO139
Silicon US1035
Silicon US1035
Silicon US1035
Silicon US1035
Silicon 1S4001
Silicon US1035
Zener WZ-120
Bridge SIVB20
=U8' p—adaa bh @
TDQO504 |1 OD-1
TD5012 115953
Symbol} Stock
No.
No
Description
; : ;
Cae
(Semi-Fixed
Resistor)
COT
CKO157
[0.04
uF
25WV
Ce
C07
[CKO157
[0.04
uF
25wV
Ce
VROT
|
RTQO004
|100K
B
CO2
CE1749
|0.47
uF
5OWV
EL
C08
|CE1703
20
uF
6.3WV
El
C03
CKO157
|0.04
uF
25wV
=
Ce
C09
|CE1720
L7
uF
16WV
EL
CO4
CE1718
22
uF
16WV
EL
C10
|CE1821
|3300
uF
25WV
EL
C05
CE1749
|0.47
uF
SOWV
EL
C11.
|CQ1325
{0.01
uF
50WV
My
C06
CKO157
{0.04
uF
25WV Ce
(Carbon
Resistor)
ete
ROI
RDOL55
|8.2K
1/3W
R25
|RDO455
|8.2K
1
/3W
RO2
RDOA55
|
8.2K
1/3W
R26
|RDOLA7
|
39K
1/3W
RO3
RDO4L5
|
56K
1/3W
R27
|RDO453 |
12K
1/3W
ROL
RDO4L7
|
39K
1/3W
R28
|RDO455
|8.2K
1/3W
ROS
RDOL52 |
15K
1/3W
R29
|RDOL46
|
47K
1/3W
RO6
RDOAA5
|
56K
1/3W
R30
|RDO4A9
|
27K
1/3W
RO7
RDO457
|
5.6K
1/3W
R31
|RDOAAI |
27K
1/3W
RO8
RDOL45
| 56K
1/3W
R32
|RDOL455
|
56K
1/3W
ROQ
RDO455
|8.2K
1/3W
R33
|RDOL45 | 56K
1/3W
R10
RDO455
|
8.2K
1/3W
R34
|RDO464
|1.5K
1/3W
R11
RDOA445
|
56K
1/3W
R35
|RDOL48
| 33K
1/3W
R12
RDO447
|
39K
1/3W
R36
|RDO465
|1.2K
1/3W
R13.
|
RDO452
|
15K
1/3W
R37
|RDOLA,
|
68K
1/3W
r=
]
R14 RDO4AI |
27K
1/3W
R38
|RDOLAL
|
68K
1/3W
R15
RDOALI
|
27K
1/3W
R39
|RDO455
|18.2K
1/3W
R16
RDOLA9
|
27K
1/3W
R40
|RDO450
|
22K
1/3W
R17
RDO450
|
22K
1/3W
R41
|RDO450
|
22K
1/3W
R18
RDO450
|
22K
1/3W
R42
|RS5028
|1.2K
1
W
—-
R19
RDO455
|8.2K
1/3W
R43
|RDO4L7
|
39K
1/3W
R20
RDO450
|
22K
1/3W
R44
|RD2578
|680
1/2W
R21
RDO455
|8.2K
1/3W
R45
|RD2588
|1.8K
1/2W
R22
RDOL457
|5.6K
1/3W
R46
|RD2588
|1.8K
1/2W
R23.
=|}RD2586
|1.5K
1
/2W
R47
|RDO466
|
1K
1/3W
8
R24 RDO452 | 15K 1/3W

PD-375
EXPLODED
VIEW
PD-375 PD-375
|PD-375 PD375 | -EXPLODED VIEW PARTS LIST
Exploded View Parrts List
AG...240V
(With
Line
Voltage
AZ.
..120V
(With
Line
Voltage
Selector)
Selector)
Simpor[stcck
—[pesoription
[bel]
Sse
7
[UN1031-B
|Sealing
Pad
(out)
62
|
YAA30A18
2
|UN1032-E
|Sealing
Pad
(in)
63
|YAA3OAO4
3.
+|UN1039
Coil
Spring
64
|YAA40CO8
4
|UN1254
Turn
Table
65
|
YAA4OA12
5
1UN1255
Sucking
Core
66
|
YNKO4OA
6
{021257
Sucking
Plate
67
|
YNKO30A
7
(UZ1292
Roller
Plate
68
|
YWIO025C
8
|W21154
Spring
69
|YJB30A06
9
|AHOO16
Fuse
Holder
(UZ)
70
|YZBO30H
AHOO19
Fuse
Holder
(AK,AG)
71
|YZBO40H
10
AM1008
DD
Motor
PHM6002P~-01
72
|YCG31A13
11
ATO069
Terminal
Plate
73
|¥CG31A10
12
|BFOO72
Fuse
0.3A
(UZ)
74
|Y¥CG27A08
BFO201
Fuse
0.1AT
(AZ)
75
|YWZ030W
BF0217
Fuse
0,08
AT
(AG,AK)
76
|Y¥CD26C04
13
|BKOO18
AC
Cord
(U)
77
|YND120A
BKO022
AC
Cord
(AK)
78
|YWA120A
BK0023
AC
Cord
(AG)
79
|YAA30C06
14
BZ0023
Cord
Clamp
80
|YWEO4OM
15
|PT2546
Power
Trans(U)
81
|YAA4OA20
PT2548
Power
Trans
(AK,AG)
82
|YWAO4OT
16
SP0191
GV
Switch
83
|MH1004
le
SRO1
58
Rotary
Switch
84
|YAA30A06
18
|UE1112
Bottom
Plate
90
|WZ1192
19
|UR1319
Bracket
91
|WZQ0018
20
|US0003
P.C.B.
Stand
92
|WDQO0010
21
US5023
Stand
93
|WZQ001
5
22
|uu1041
Lifter
Spring
94
|WZQ0016
23
UW11
31
Insulator
Column
95
|WZ1191
24
UW11
39
Spacer
96
|WZQ0018
25
UW1140
Spacer
97
|WZQ0017
26
UZ1114
Bind
Bracket
100
|UZ1285
28
UZ1
282
Switch
Lever
01
}|U0Q0006
29
UZ1
283
Lift
Bearing
102
|U0Q0007
30
UZ1
284
Lift
Shaft
103
|BXQO0001
31
UZ1286
Insulator
Spacer
104
|AMQO102
32
}WA1231
Aluminum
Panel
A
105
|SPQO0008
33
A1232
Aluminum
Panel
B
106
|APQO010
34
WB1093
Cabinet
107
|SPQOO004
35
D1135
Escutcheon
108
|APQO010
36
W21145
Lifter
109
|SPQO0005
37
Z1148
Main
Insulator
110
|U0Q0008
38
W21189
Cabinet
Insulator
111.
|U0Q0009
39
UW1137
Spacer
112
|UUQO0001
40
UZ1277
Hinge
113
jUUQO002
AI
UZ1278
Hinge
Holder
114
|UZQ0003
42
{|WD1134
Escutcheon
120
|UZ1279
43
WE1
098
Edge
Protector
121
|UAQO002
AA
wWJ1093
Knob
122
|U0Q001
3
45
|wWJ1152
Knob
(Start/Cut)
123
|U0Q0014
46
|WI1154
Knob
(V.D.S.
ON/OFF)
124
|U0Q0010
47
W21147
Dust
Cover
125
|U0Q0011
48
W21158
Cap
126
|U0Q0012
49
|WZ1178
Bushing
127
|BXQO0002
51
|WZ1160
Record
Sheet
128
|UZQ0004
52
BKO063
Arm
Cable
129
|AMQO103
53
|AM1008
Motor
P.C.B.-
130
|UNQO001
54
|P1373-1
PB1
373-1
131
|SPQO0009
55
|P1373-2
|PB1373-2
132
|UZQ0105
56
|P1373-3
|PB1373-3
133
|UUQ0003
57
|P1373-4
|PB1373-4
134
|SPQO0010
58
|UQQ0005
|Restor
Lever
Ass'y
135
|UNQO002
59
UR1341
Motor
Holder
Bracket
136
|UZQ0005
60
|¥CG24C10
|Round
Tapping
2.4x10
137
|UUQO0O4
61
|¥CG31C10
|Round
Tapping
3.1x10
Remarks:
U....120V
For
North
America.
A)
AK...220V
(With
Line
Voltage
Selector)
Description
Binding 3x18
Binding 3x4
Binding 4x8 BK
Binding 4x12
Flange Nut B-5
Flange Nut B-6
E Ring 2.5
Bind Tapping 3x6
Earth Lug
Earth Lug
Round Tapping 3.1x13
Round Tapping 3.1x10
Round Tapping 2.7x8
Fiver Washer 3
Allen Fex. Set 2.6x4
VR. Nut 12PM
Flat Washer 12VP
Binding 3x6 BK
External Lock Washer
Binding 4x20
Flat Washer 4
Caution Seal
Binding 3x6
Tone Arm Ass'y
Weight Ass'y
Arm Base
IFC Ass'y
Arm Rest Clip
Head Shell
Cartridge Wire
Arm Lifter Lever
Full Auto Mecha Ass'y
Gear
Cam Ass'y
Pulley
AC Motor Ass'y
Micro Switch
Sensor Ass'y
Micro Switch
P.C.B. Ass'y
Micro Switch
Manual Selector Ass'y
Brake Lever Ass'y
Tension Spring
Tension Spring
Belt 288
Mecha. Chassis Unit
VDS Base Plate Ass'y
Charge Lever Ass'y L
Charge Lever Ass'y R
Main Cam Gear
Gear 3
Gear 4
Pulley
Belt 375
Motor (VDS)
Motor Cushion
Micro Switch A
Switch Holder
Tension Spring
Micro Switch B
Cushion
Column 375
Charge Lever Spring
For
Europe,
South
East
Asia.
For
England,
Australia.
For
North
America,
South
Asia,
East
Asia.