JVC OL-F61 User manual
JVC
MODEL
OL-F61
QUARTZ
LOCKED
FULLY-AUTOMATIC
TURNTABLE
No.
2560
March
1981
Contents
1.
Specification
2.
Names
of
Controls
and
Their
Function
.
3.
Operation
of
Automatic
Mechanism
.
3-(1)
Mechanism
..........
3-(2)
Start/stop
Mechanism
.
3-(3)
Lead-in
Mechanism
.
.
.
3-(4)
Change
Cycle
Start
Mechanism
Z
3-(5)
Repeat
Operation
....
4.
Exploded
Views
and
Parts
List
4-(1)
Mechanism
Assembly
4-(2)
Tonearm
Assembly
.
.
4-(3)
Mechanism
Base
Assembly
.
5.
Disassembly...........+.-+55
5-(1)
Removal
of
Mechanism
Base
Assembly
.
5-(2)
Removal
of
Tonearm
Assembly
.....
.
Cartridge
Replacement
Adjustment
Procedures
7-(1)
Overhang
Adjustment
.
7-(2)
Anti-skating
Adjustment
7-(3)
Tonearm
Lifter
Height
Ac
7-(4)
Lead-out
Adjustment
Sm
7-(5)
Lead-in
Adjustment
7-6)
Tracking
Force
Adjustment
. .
7-(7)
Motor
RPM
Adjustment
.
7-8)
Quartz
Lock
Adjustment
7-(9)
Pitch
Control
Mechanism
m
Adjustment
8.
Block
Diagrams
. .
ste
9.
Connection
...
a
+12
10.
Printed
Circuit
Boar
‘Ass
y
‘and
Parts
ea
eld
10-(1)
TXX-343A
LED
P.C.
Board
Ass’y
. .
13
10-(2)
TPS-309>Power
Supply
P.C.
Board
Ass’y
.
.13
10-(3)
MC-944SG
Motor
Driver
P.C.
Board
Ass'y
. .
14
11.
Packing
Materials
and
Part
Numbers
12.
Power
Cord
Connections
in
Different
Areas
.
on
12-(1)
How
to
Handle
the
Solderless
Connector
. .
.
16
13.
Parts
List
with
Specified
Numbers
for
Designated
Area
.
.
. ‘
14.
Trouble
Shooting
.
vs
14-(1)
When
Turntable
Operation
is
‘Abnormal
bed.
15.
QL-F61
Schematic
. .
16.
Accessories
List
.
.
Warning:
When
replacing
the
parts
marked
with
A\,
be
sure
to
use
the
designated
parts
to
ensure
safety.
CHECKING
YOUR
LINE
VOLTAGE
(For
U.S.
Military
Market
and
Other
Countries)
=A
Before
inserting
the
power
plug,
please
check
this
setting
to
see
that
it
corresponds
with
the
line
voltage
in
=
your
area.
If
it
doesn’t,
be
sure
to
adjust
the
voltage
selector
switch
to
the
proper
setting
before
operating
this
ry,
equipment.
The
voltage
selector
switch
is
located
either
undernearth
the
platter
on
the
cabinet.
“
CAUTION
Before
selecting
the
‘‘Voltage
selector
switch’
to
proper
voltage
disconnect
the
power
plug.
1.
Specifications
MOTOR
AND
TURNTABLE
Type
Quartz
Locked
Fully-Automatic
Turntable
Drive
Motor
Coreless
DC
servomotor
Speeds:
33-1/3
and
45
rpm
Wow
and
flutter:
Less
than
0.025%
(WRMS),
0.015%
(WRMS)*
0.04%
(DIN)
Signal
to
Noise
Radio:
More
than
75
dB
(DIN-B)
Speed
Adjustment
Range:
More
than
+6%
Platter:
295
mm
(11-5/8")
Diameter
Die-cast
aluminum
alloy
TONEARM
Type:
Statically
balanced
straight
tubular
arm
with
JVC
developed
T.H.
(Tracing-Hold)
balancing
system
and
tracking
force
dial
in
0.1
gram
steps.
Effective
Arm
Length:
220
mm
Tracking
error:
+3°35"
—0°43'
Overhang:
15mm
Tracking
force
range:
O—3g
Weight
range:
85~129
{including
headhsell)
CARTRIDGE
(not
provided
on
units
for
U.S.A.,
Canada
and
the
U.K.)
MODEL:
Z-1S
Type:
Moving
Magnet
(MD-1025)
QL-F61
No.
2560
4,
Stylus
tip:
0.6
mil.
diamond
(DT-Z1S)
Optimum
tracking
force:
1,75
+
0,25
grams
Output:
3
mV
(1kHz)
Frequency
response:
10
to
25,000
Hz
Separation:
More
than
25
dB
(1
kHz)
(with
test
record
TRS-1)
Load
Impedance:
47
k
ohms
—
100
k
ohms
Compliance:
10
x
10°
cm/dyne
(Dynamic)
30
x
10°
cm/dyne
(Static)
GENERAL
Power
Source:
See
page
22
Power
Consumption:
See
page
22
Dimensions:
(H)4-1/2"
x
(W)16-9/16"
x
(D)14”"
(H)115
x
(W)420
x
(D)355mm
(with
cover
closed)
(Since
the
dimensions
show
only
the
design
measurements,
consi-
deration
is
required
when
install-
ing
the
unit
in
a
limited
space
such
as
a
rack).
Weight
(NET):
12.1
Ibs.
(5.5
kg)
(without
corrugated
cardboard
case)
*Measured
at
attached
encoder’s
output
by
K
&
K
measur:
ing
method.
Design
and
specifications
subject
to
change
without
notice.
2.
Names
of
Controls
and
Their
Functions
a
.
SPEED
select
butotn
Depress
the
button
according
to
the
rpm
of
the
record:
45
rpm:
Depress
it
to
(—)
position.
33-1/3
rpm:
Redepress
it
to
(ML)
position.
.
PITCH
CONTROL
knob
Turning
this
knob,
with
the
QUARTZ
LOCK/PITCH
CONTROL
select
button
in
the
PITCH
CONTROL
posi-
tion
(4),
adjusts
turntable
speed
within
the
range
of
+6%.
The
SPEED
INDICATOR
helps
check
the
variation
of
the
speed.
Record
SIZE
select
button
Depress
the
button
in
an
automatic
play
depending
on
the
size
of
the
record.
17
cm
diameter
record:
depress
it
to
(=)
position.
30
cm
diameter
record:
redepress
it
to
()
position
.
Strobo
patterns
The
patterns
around
the
periphery
of
the
platter
show
if
the
platter
rotates
at
a
right
speed.
When
a
strobo
pattern
appears
stationary,
the
platter
is
rotating
at
the
right
speed.
If
not,
adjust
the
speed
by
turning
the
PITCH
CONTROL
knob
to
the
right
or
left
so
as
the
strobo
pattern
to
appear
stationary.
.
EP
adaptor
Place
the
adaptor
on
the
center
spindle
when
playing
a
record
having
a
larger
diameter
center
hole
such
as
a
doughnut
record.
.
ANTI-SKATING
knob
This
device
cancels
out
the
centripetal
force
that
pulls
the
tonearm
to
the
center
of
the
platter.
This
prevents
the
stylus
tip
from
skating
toward
the
center
of
the
platter
and
at
the
same
time
eliminates
any
excessive
stylus
tip
force
on
the
inner
wall
of
the
record
groove.
Use
the
@
marked
dial
when
employing
a
conical
stylus.
Use
the
@
marked
dial
when
employing
an
elliptical
stylus
or
a
SHIBATA
stylus.
Turn
the
dial
to
the
same
number
on
the
tracking
force
dial.
7.
Tonearm
cueing
button
(Arm
lifter
button)
This
is
used
when
you
want
the
tonearm
gently
lifted
up
or
lowered
down.
When
you
PUSH
it
to
“UP”
position
(=),
the
tonearm
will
be
lifted
up,
and
when
you
push
it
to
“DOWN”
position
(mL),
it
will
be
lowered
down
gently
onto
the
record
surface.
8.
START/STOP
button
To
start
to
play
a
disc,
depress
the
START
button
and
the
tonearm
automatically
moves
and
lowers
itself
on
the
record.
The
button
need
not
be
held
depressed.
To
stop
play
before
the
record
is
finished,
depress
the
STOP
button.
If
the
repeat
button
is
held
depressed,
the
record
play
will
be
automatically
repeated.
9.
REPEAT
button
To
enjoy
repeated
play
of
a
record,
depress
this
button
in
{—).
Redepress
it
to
OFF
(ML)
to
release
the
repeated
play.
10.
QUARTZ
LOCK/PITCH
CONTROL
select
button
QUARTZ
LOCK:
For
playing
records
at
an
accurate
speed
of
33-1/3
or
45rpm.
When
this
button
is
pressed
in
(‘=
ON"),
the
turntable
operates
in
the
quartz-
locked
mode.
When
this
button
is
its
“MLOFF”
position,
the
PITCH
CONTROL
knob
becomes
operable.
Employ
this
position
for
playing
records
at
a
speed
slightly
different
from
the
standard.
PITCH
CONTROL:
QL-F61
No.
2560
No.
2560
3.
Operation
of
Automatic
Mechanism
3-(1)
Mechanism
The
mechanism
is
illustrated
below.
Arm
Lever
r
ich
Caer
ty
:
ini
Gonnecting
“i
4
OFZ
aK
4
LAY
4
Index
eT
Trip
Cever
J
start
\
7
em
ever
(2)
Main
Gear
-
f
Slider
©
|
Reject
Sen’
J
Lever
Lever
iN
Start
Rod
(linked
to
START/STOP
button)
Spindl
L
eae
Select
Lever
vy
Select
Rod’
(linked
to
SIZE
button)
Fig.
2
3-(2)
Start/stop
Mechanism
1,
Start
'f
you
press
the
START/STOP
button
when
the
tone
arm
is
on
the
rest,
the
mechanism
operates
as
described
below
to
turn
on
the
player's
power
and
prepare
for
moving
the
tonearm
to
the
required
position
on
the
record.
Operation
(See
Figure
4.)
When
the
start
rod
is
pushed
in
direction
“a”,
start
levers
(1)
and
(2)
linked
to
the
start
rod
rotate
in
direction
“b”.
During
this
time,
part
@)_
of
the
kick
lever
is
pressed
which,
in
turn,
presses
stud
(8)
of
the
lock
lever,
lock-
ing
the
off
and
lock
levers.
As
the
off
lever
is
locked,
the
slider
moves
in
direction
“c’’,
turning
on
the
micro-
Main
Gear
Trip
Lever
/
“I
Ti
Lower
Trip
|
ever
engagement
Turntable
gear
Fig.
4
Reject
\
Slider
Driver
Connecting
Rod
4
Repeat
Lever
y
oe»
Stopper
WAX
sow
Anal
ver
Sai
ee
Repeat
Rod
SSS
(linked
to
faa)
M
h
repeat
|
button)
/
a
Curing
Rod
Microswitch
(linked
to
CURING
button}
Fig.
3
switch.
Now
power
is
supplied
to
the
player
and
the
turntable
starts
to
rotate.
On
the
other
hand,
as
start
levers
(1)
and
(2)
rotate
in
direction
“b”,
boss
(©
of
start
lever
(2)
causes
the
reject
lever
to
move
in
direction
“d”
which,
in
turn,
drives
the
trip
lever
in
direction
‘‘e”.
The
trip
lever
drives
the
engagement
in
direction
‘f”.
As
a
result,
the
turn-
table
gear
engages
with
the
main
gear
and
“change
cycle”
starts.
Figure
5
shows
the
state
at
the
end
of
the
above
oper-
ation.
Switch
Lever
Lock
Lever
Kick
Lever
Soff
Lever
Start
Lever
(2)
t
Start
Lever
(1)
a
Start
Rod
Stop
Lever
Microswitch
Switch
Lever
Lock
Lever
Main Gear
7
ss
Off
Lever
EI
i
ie
“Locked”
©
{
©
i
Kick
Lever
So
{e}
elelele®)
O
oe
\
Reject
Lever
=
A
\©
Driving
Cam
5
eres
t
‘Engagement
7
d
Posour
Lever
(2)
2
Slider
|
Tiesiaule’
Geae
/
|
Start
Lever
(1)
Stop
Lever
H
[Microswitch
“Apart”
Fig.
5
2.
Stop
"
! ‘
Tone
A
Stop
operation
starts
if
the
START/STOP
button
is
+
al
GR
Siesta
ee
pressed
when
the
tonearm
is
in
the
“play”
position
(not
on
the
rest).
Operation
(See
Figure
5.)
When
start
levers
(1)
and
(2)
rotate
in
direction
“a”,
the
reject
lever
alone
is
pushed
in
direction
“‘b”’”
(®
of
the
kick
lever
is
not
pushed).
The
trip
lever
is
driven
by
the
reject
Lever
and
the
“change
cycle”
starts.
In
the
change
cycle,
boss
of
the
driving
cam
pushes
©
of
the
off
lever
to
return
the
off
and
lock
levers
to
their
initial
positions
and
turn
off
the
microswitch.
Now
a
cycle
of
operation
has
ended.
3-(3)
Lead-in
Mechanism
When
the
change
cycle
starts
and
main
gear
rotates,
the
connecting
rod
moves
the
driver
which
rotates
the
elevator
cam
as
shown
the
Figure
6.
As
the
elevator
cam
moves
with
the
rotation
of
the
driver
toward
A,
the
slope
of
the
elevator
cam
causes
the
elevator
to
rise
which,
in
turn,
lifts
the
tonearm.
The
lead-in
lever
keeps
away
from
arm
lever
stud
(A)
see
Figure
7.
At
the
end
of
rotation
of
the
driver
towards
A,
the
lead-in
lever
contacts
A
of
the
lock
lever
(see
Figure
8)
and
rotates
in
direction
“a”
(as
if
enclosing
arm
lever
(A)).
Then
the
driver
rotates
in
direction
B.
“Arm
lever
stud
(A)
rotates
with
the
driver
to
move
the
tonearm
onto
the
record.
Note:
When
the
driver
rotates
in
direction
A,
the
lead-in
lever
must
be
directed
toward
“a”
as
shown
in
Figure
7.
Take
note
of
this
during
adjustment.
Lead-in
Lever
|
Driver
Elevator
Cam
Fig.
6
Lead-in
Lever
Push
Lever
Connecting
Rod
Arm
Lever
Stud
(A)
|
Arm
Lever
’
Push
Lever
Lead-in
Lever
‘Driver
Connecting
Rod
Fig.
7
Push
Lever
Driver
Driver
Lead-in
Lead-in.
Lever
Lever
Arm
Lever
Stud
(A)
Lock
Lock
Lever
Lever
Fig.
8
QL-F61
No.
2560
According
to
the
SIZE
button
setting
(17
or
30
cm),
the
tone
arm
will
be
moved
to
the
required
position
on
the
record.
Part
@
of
the
arm
lever
(see
Figure
10)
contacts
the
index
stop
(17
or
30
cm)
and
this
determines
the
lead-
in
position
then
the
lead-in
lever
returns
toward
“a”
(see
Figure
7).
To
adjust
the
arm
lever
position
(i.e.
lead-in
position),
screw
the
eccentric
adjuster.
3-(4)
Change
Cycle
Start
Mechanism
sen
pepe
When
playing,
relationship
between
the
main
gear
notch
30
cm
stopper
and
the
turntable
gear
is
as
shown
in
Figure
11.
Since
the
projection
is
apart
from
the
engagement,
the
main
gear
is
ia
stationary
even
when
the
platter
is
rotating.
Index
As
playing
proceeds,
the
arm
lever
pushes
the
trip
lever
si
i
:
elect
Lever
and
this
moves
the
lower
trip,
which,
in
turn,
gradually
Selected
Rod
drives
out
the
engagement
mounted
on
the
lower
trip.
t
inked
to
SIZE
button)
The
relationship
between
the
engagement
and
the
turntable
projection
at
this
time
is
as
shown
in
Figure
12.
When
the
Fig.
10
pitch
of
record
goves
is
small,
the
pitch
of
engagement
Engagement
if
Ww
advance
is
also
small
and
the
engagement
will
be
pushed
Projection
SS
\
Crest
back
by
the
projection.
The
main
gear,
therefore,
remains
Lower
Trip
17¢m
ts
stationary.
At
the
end
of
playing
when
the
tonearm
comes
to
the
Ch
lead-out
grooves
having
a
larger
pitch,
the
engagement
advances
more
than
the
projection
pushes
it
back
and
their
Turntable
gear
relationship
is
now
as
shown
in
Figure
13.
The
projection
pushes
the
engagement,
the
main
gear
starts
to
turn,
the
main
gear
starts
to
turn,
the
main
gear
notch
moves,
and
Fig.
11
Fig.
12
Fig.
13
the
turntable
gear
engages
the
main
gear.
Thus
the
change
cycle
starts
as
the
main
gear
starts
to
turn.
When
the
main
gear
stops
turning,
relationship
shown
in
Figure
11
is
restored
and
the
main
gear
remains
stationary
even
when
the
turntable
gear
turns.
Main
Gear
On
the
other
hand,
the
driven
out
engagement
and
lower
@
trip
are
pushed
back
to
the
in
initial
positions
by
the
edge
of
the
turntable
gear
just
before
the
main
gear
stops
turn-
ing.
A
boss
of
the
main
gear
pushes
the
trip
lever
back
to
the
initial
position
earlier
than
the
engagement
and
lower
=
trip.
The
return
position
can
be
fine-adjusted
for
earlier
or
Projection
\,
‘Engagement
later
start
by
screwing
the
adjuster.
\Lower
Trip
Main
Gear
Notch
Trip
Lever
~
Adjuster
Fig.
14
_
Driver
3-(5)
Repeat
Operation
d
When
the
REPEAT
button
is
pressed,
the
repeat
lever
gets
f
the
position
shown
in
Figure
15
and
the
mechanism
oper-
ates
to
lead
in
the
tonearm
repeatedly
to
the
same
position.
As
the
repeat
rod
moves
in
direction
‘a’,
the
repeat
lever
turns
in
direction
“b”
and
stays
there.
If
the
change
cycle
starts
at
this
time,
the
lead-in
lever
turns
in
direction
“‘c’’
and
moves
with
arm
lever
stud
(A).
As
the
driver
moves,
the
tonearm
will
be
driven
in
direction
“d’’
to
perform
lead-in
opeation.
=
Fig.
15
2L-F61
lo.
2560,
-5-
Repeat
Lever
c
Sty)
Repeat
Rod
Arm
Lever
Stud
(A)
{linked
to
REPEAT
e
button)
4.
Exploded
Views
and
Parts
List
4-(1)
Mechanism
Assembly
Fig.
16
OL-F61
No.
2560
Parts
List
OL-F61
No.
2560
Hem
Part
Number
Description
Q'ty
item]
Part
Number
Description
O'ty
1|
See
page
17
Cabinet
1
48
|
E67692-003
Spring
a
2
|
E23733-004
Front
Escutcheon
1
49
|
E68226-001
Knob
2
3
E301569-002
Ornament
1
50
|
E67673-002
Lever’
2
4|
£68401-001
Knob
Collar
1
51|
E03819-002
Push
Switch
1
5
|
E68120-002
Mark
1
52
|
E67694-001
Spring
1
6
|
E68407-001
Knob
Spring
2
53]
E67678-001
Repeat
Lever
1
7
|
€68144-001
Sheet
(A)
1
54|
E65923-002
Screw
1
8|
£68145-001
Sheet
(B)
1
55
|
E67698-002
Cueing
Rod
1
9
|
E68413-001
LED
Holder
1
56
|
E67695-002
Start
Rod
1
10
|
E68000-001
Lamp
Guard
1
57
|
E67696-003
Repeat
Rod
1
11]
£65824-003
Rest
Ass’y
i
58
|
E67697-002
Slide
Select
Rod
1
12
|
See
page
17
Tonearm
Ass’y
1
59]
E301555-001
Knob
1
13
|
E67691-002
Stopper
1
60
|
E23732-001
Turntable
1
14
|
E65829-003
Elevator.
Ass’y
1
61]
See
page
17
Turntable
Covering
1
15
|
E49649-001
Spring
1
62|
£03724-004
Signal
Cord
1
16
|
SSSP3016MS
Screw
1
63|
E68441-001
Signal
Circuit
Board
1
|
17
|
E67688-003
Arm
Lever
Ass'y
1
64|
See
page
17
Power
Cord
A
1
18
|
E67690-001
Anti-skating
Ass‘y
1
65|
See
page
17
Connector
A
2
19
|
E301238-002
Anti-skating
knob
1
66|
See
page
17
Lug
Strip
A
1
20
|
E49602-004
Wave
Washer
1
67
|
See
page
17
Cord
Clamp
A
1
21]
F7000
Mechanism
Base
Ass’y
1
68|
See
page
17
Cord
Stopper
A
1
22
|
E67699-002
Trip
Lever
Ass’y
1
69]
See
page
17
Cord
Stopper
Plate
1
23
|
REE3000X
“E”
Ring
1
70|
E67731-002
Stopper
3
24
|
QSM1V12-106
Micro
Switch
A
1
71|
E10584-001
Bottom
Board
1
25
|
E67647-001
Stopper
1
72|
E65119-001
Screw
i
26
|
£65718-001
Spring
1
73)
See
page
17
Foot
Ass‘y
4
27|
€67687-001
Connect
Rod
1
74|
E23680-001
Dust
Cover
Ass’y
1
28|
E67684-001
Shaft
1
75|
€68188-001
Hinge
Ass’y
2
29
|
Q03091-109
Washer
2
76|
E66329-001
EP
Adaptor
1
30
|
NTB4000S
Nut
1
77|
See
page
17
Mask
Cap
1
31
|
E23642-002
Main
Gear
1
78)
See
page
17
Voltage
Selector
AV
1
32
|
E49627-002
Engagement
Pawl
1
79|
E65922-002
Screw
8
33
|
E60380-002
Lower
Trip
Pawl
1
80]
E65922-004
Screw
13
34
|
E60912-001
Speed
Nut
1
81]
E65922-005
Screw
4
35|
REESOOOX
“E”
Ring
1
82
|
E65923-002
Screw
4
36
|
mco44sG
Motor
Ass’y
1
83]
£65921-002
Screw
26
37
|
See
page
17
P.C.
Board
Ass’y
1
84
|
QSP0219-025
Push
Switch
1
38
See
page
17
Fuse
A
1
85)
E68272-001
Bracket
+
39
See
page
17
Power
Transformer
A\
1
86
|
QVG4A2B-014V
|
Variable
Resistor
1
40
|
E61824-002
Cushion
2
87
|
SR603C
L.E.D
3
41|
£65751-001
Transformer
Plate
2
88]
E301553-001
Bracket
1
42
|
E301556-001
Knob
3
89]
E301554-001
Slide
Indicator
1
43
|
E66350-001
Slider
1
90]
£67242-001
Screw
1
44
|
E68228-001
Lever
1
91}
E68001-001
Quartz Button
q
45
|
E65251-001
Spring
1
92|
E68306-001
Spacer
1
46
|
E03820-005
Push
Switch
1
93}
E68271-001
LED
Holder
1
47
|
€301242-001
Lever
1
94
|
E66351-001
Spring
1
95
|
E68450-001
Holder
5
4(2)
Tonearm
Assembly
£23743-00B
Arm
Ass’y
£60502-001
|
Screw
£67612-002
Counterweight
£67604-002
Af
£G82971
i
5
Washer
'
oO
‘
£301200-002
I
i
_-
Head
Case
Ass’y
)
\
See
page
17
7
ee
of
Headshell
Ass’y
See
page
17
.
S
Cartridge
ALS
i
a
A
fy
£67609-001
ten
ire
Ass'y
See
page
17$&
y
Stylus
S's
£60503-001
ea
See
page
17
Nut
Stylus
cover
Fig.
17
4-(3)
Mechanism
Base
Assembly
€67651-001
Slider
£67664.001
£67053-002
_-—
E6091
2-001
Index
—
Speed
Nut
SB
|
£67693-002
a
Spring
—~
a
£67653.001
>
Start
Lever
(A)
——
E67654-001
Reject
Lever.
£67660-001
Select
Lever
-
£67693-001
Spring
4
Start
Lever
(B)
€67655-001
Cam
Stopper
Lf
£67667-001
Switch
Lever
£23641.001
£68079-001
Base
Ass’y
Spring
7662+
£68269-001
£67662-001
Repeat
Lé
Off
Lever Ass’y
i
ever
£67694.003
Px:
Spring
€67652-001
aut
Driving
Cam-
£67866-00
£67665-001
—
Kick
Lever
£67663-001
Lock
£65959-001
ock
Lever
Washer
E67656-001~
£6
7694.004
ma
Stop
Lever
Spring
£67694.006
Spring
£301243-001
|
q
Driver
Ass‘y
£65922-002
Screw
t
£65959-002
41-001
=
!
Washer
£67661
£67045-002
REE3000x
Elevator
Cam
£61194.003—/
67085-0024
ar
;
Spring
:
Fig.
18
ig
QL-F61
No.
2560
5.
Disassembly
5-(1)
Removal
of
Mechanism
Base
Assembly
1.
Remove
the
elevator.
Holding
the
tonearm
up
and
away
from
the
rest,
turn
the
elevator
heigh
adjusting
screw
fully
counterclock-
wise
and
remove
the
elevator.
Note:
Do
not
lose
the
elevator
arm
spring.
2.
Remove
five
screws
@)
—
©
and
remove
the
motor
and
main
gear.
3.
Remove
operating
levers
then
the
rods.
4.
Remove
three
screws
—
©
and
lift
up
the
mecha-
nism.
Note:
©
Be
careful
not
to
deform
the
trip
lever
and
rods.
©
During
reassembly,
do
not
mistake
connection
of
rods
and
levers.
Be
sure
to
adjust
the
elevator
height
after
re-
placement.
5-(2)
Removal
of
Tonearm
Assembly
1,
Remove
the
mechanism
base
assembly.
2.
Remove
the
arm
lever.
(1)
Loosen
two
screws
@)
—
@
with
a
2mm
hexago-
nal
wrench.
(2)
Unsolder
the
signal
leads
on
the
circuit
board.
3.
Holding
the
tonearm,
remove
screw
@
and
the
stopper.
Note:
During
reassembly,
position
the
arm
lever
assembly
by
aligning
the
depressed
part
of
the
lever
with
the
positioning
hole
(see
Figure
21).
Main
Gear
Operating
Motor
Section
AST
Fig.
19
Arm
Lever
Rods
Trip
Lever
Stopper
Positioning
Hole
6.
Cartridge
Replacement
.
Unscrew
the
connector
screw
to
remove
the
headshell.
2.
Remove
the
two
long
screws
on
the
headshell
which
hold
the
cartridge.
(Fig.
00)
3.
Connect
the
lead
wires
of
the
headshell
to
the
new
cartridge,
being
careful
to
match
the
polarities
correctly.
Polarity
and
wire colors
are
as
follows:
White
(+)
.
ob
RED
(FD
esscciainin
acl
Blue
(-)........
LE
Green
(-)......RE
4.
Attach
the
cartridge
to
the
headshell
squarely,
and
gently
tighten
the
screws.
5.
Set
the
cueing
button
to
“DOWN”,
and
then
bring
the
stylus
tip
to
the
optimum
position
by
sliding
the
car-
tridge
back
and
forth.
See
6-(1)
Overhang
Adjustment.
6.
After
attaching
the
cartridge,
slide
the
headshell
into
the
tonearm.
Tighten
the
connector
screw.
7.
Be
sure
to
adjust
the
tracking
force
and
lead-in
position
after
replacing
the
cartridge.
QL-F61
No.
2560
Plastic
_—
Washer
—=
4
“D
Headshell
—
Cartridge—
sd
uw
ZB
\y
Nut
Fig.
22
7.
Adjustment
Procedures
The
following
adjustments
should
be
performed
only
when
If
necessary
to
replace
a
cartridge,
usage
of
that
headshell
replacing
a
cartridge
or
a
headshell.
exclusive
to
this
unit
is
recommended.
Otherwise,
no
adjustment
is
required.
7-(1)
Overhang
Adjustment
To
obtain
optimum
overhange,
when
mounting
the
car-
tridge,
first
align
the
cartridge’s
longitudinal
axis
with
that
of
the
headshell
and
position
the
cartridge
so
that
the
distance
between
the
headshell’s
end
face
and
the
stylus
tip
equals
32mm
as
shown
in
Fig,
23.
Be
sure
to
tighten
the
set
screw
after
the
adjustment.
Error
within
1mm
are
negligible
from
a
practical
point
of
view.
b
32mm
-
Fig.
23
7-(2)
Anti-skating
Adjustment
Adjust
the
anti-skating
force
according
to
the
cartridge
used.
Turn
the
anti-skating
knob
dial
to
the
same
number
on
the
tracking
force
dial.
Use
the
@
marked
dial
when
employing
conical
stylus.
Use
the
®
marked
dial
for
an
elliptical
or
a
Shibata
stylus.
Set
the
‘1.75
fo
the
©
marked
dial
to
the
index
line
since
the
QL-F61
is
provided
with
a
spherical
stylus
and
the
tracking
force
has
been
adjusted
to
1.75
g.
(Fig.
24)
Fig.
24
7-(3)
Tonearm
Lifter
Height
Adjustment
Adjust
the
height
of
tonearm
lifter
with
the
adjustment
screw
so
that
the
distance
between
the
stylus
tip
and
the
surface
of
record
is
about
6mm
when
the
stylus
is
elevated.
Turn
the
height
adjustment
screw
clockwise
to
lower,
and
counterclockwise
to
raise
the
tonearm
lifter level.
(See
Fig.
25)
Fig.
25
7-(4)
Lead-out
Adjustment
When
the
pulley
has
been
replaced
for
a
different
record
or
if
auto-return
functions
early,
adjust
as
shown
in
Fig.
26.
—
When
change
cycle
starts
too
late,
turn
the
screw
count-
terclockwise
with
a
screwdriver.
—
When
change
cycle
starts
too
early,
turn
the
screw
clockwise.
7-(5)
Lead-in
Adjustment
Set
the
SIZE
button
at
“30”
and
operate
for
automatic
playback.
Adjust
the
mechanism
with
a
screwdriver
so
that
the
stylus
lands
on
the
record
3-4
mm
inside
from
the
out-
side
edge.
Turn
the
screw
clockwise
(counterclockwise)
to
let
the
stylus
land
further
inside
(outside).
Fig.
27
QL-F61
-10-—
No.
2560
7-(6)
Tracking
Force
Adjustment
1.
Turn
the
anti-skating
knob
to
make
its
“0”
mark
aligned
with
the
index
mark.
2.
Place
an
unwarped
disc
onto
the
platter.
3.
Remove
the
stylus
cover
from
the
stylus.
4.
Release
the
tonearm
clamp.
5.
Turn
the
counterweight
until
the
tonearm
is
balanced.
6.
Stop
turning
the
counterweight
when
the
stylus
tip
is
almost
touching
the
disc
surface.
Counterweight
Fig.
28
7-(7)
Motor
RPM
Adjustment
1.
Center
adjustment
of
pitch
control
VR
(VR801)
1)
Set the
quartz-lock
switch
to
OFF,
then
set
the
speed
select
switch
to
“33-1/3"
RPM.
2)
Connect
a
frequency
counter
between
test
point
(TP-1)
on
the
motor
board
(MC-944SG)
and
ground.
3)
Set the
slide
indicator
to
‘0’
by
turning
the
pitch
control
VR.
4)
Adjust
the
rough
adjustment
VR
(VR2)
on
the
motor
board
so
that
the
indication
of
the
frequency
counter
is
172.8
+
0.2
kHz.
NOTE:
With
the
pitch
control
VR
turned
fully
clockwise,
the
indication
of
the
frequency
counter
must
be
more
than
183.2
kHz.
With
the
pitch
control
VR
turned
fully
counterclockwise,
it
must
be
less
than
162.4
kHz.
If
correct
adjustment
is
not
obtained
by
the
above
method,
perform
readjustment
after
completion
of
“Pitch
control
mechanism
adjustment”
described
below.
7-(8)
Quartz
Lock
Adjustment
This
adjustment
is
necessary
only
after
replacing
or
repair-
ing
VC4046
(IC2)
or
replacing
VR1.
Prepare
a
voltmeter
or
tester
having
an
impedance
of
more
than
20k2/V.
Connect
it
between
TP-5
and
the
ground
terminal
and
turn
VR1
until
a
reading
of
3.0
V
is
obtained.
Slight
adjustment
errors
are
negligible
thanks
to
the
auto-
matic
lock-in
type
IC.
The
adjustment
can
be
correctly
per-
formed
with
a
tester
having
an
impedance
1k
—
5kQ2
if
an
impedance
conversion
is
performed
in
some
manner,
such
as
using
an
emitter-follower
circuit.
QL-F61
No.
2560
7.
Return
the
tonearm
to
the
rest
and
clamp
it.
8.
Hold
the
counterweight
at
the
adjusted
position
and
turn
the
tracking
force
dial
until
the
“0”
mark
is
aligned
with
the
index
line
on
the
tonearm
weight
shaft.
Turn
the
counterweight
in
the
A
direction
until
the
1.75"
mark
on
the
dial
is
aligned
with
the
index
line
for
the
model
preparing
cartridge
Z-1S
except
U.S.A.
and
Canada.
Tracking
Force
Dial
Fig.
29
7-(9)
Pitch
Control
Mechanism
Adjustment
1)
Turn
the
pitch
control
VR
(VR801)
fully
counterclock-
wise,
then
remove
the
pitch
control
knob.
2)
As
shown
in
the
diagram,
fit
the
end
of
the
slide
indi-
cator
to
section
A
of
the
bracket,
then
mount
the
knob.
Knob
Slide
Indicator
ST
&
Fig.
31
-11-
8.
Block
Diagrams
oO
/
Platter
—_]
AC
Amp.
a
-
_
Schmittcircuit
7
Coreless
motor
4
=)
Power
IC
>
+8V
r
F/V
conversion
drive
circuit
rT
T
ae.
—
a
Lt)
P/D
circuit
DC
Amp.
|.
_J}
a
-—-s-——_
x’
Tal
1
r
+4
—
Oscillator/
|,
5:5296MHz
Power
+18.6V
}—»
Ereduench
=
DH
see
1
Sie
|
Se
circuit
-e>
GND
AC
50/60Hz
|
T
ie
@
7
6
Speed
selection
P
a
@_
Astable
1
-@
.
multivibrator
?
=
|
Strobo
L.E.D.
Fig.
32
9.
Connection
Connection
to
a
Stereo
Amplifier
Firmly
connect
the
white
plug
of
the
QL-F61
output
cord
to
the
PHONO
L
(left)
terminal
of
the
stereo
amplifier,
the red
plug
to
the
R
(right)
terminal
and
Earth
wire
(black)
to
the
GROUND
terminal.
~
———
to
the
AC
outlet
Black
(Earth
wire)
to
the
GROUND
terminal
of
the
amplifier
to
the
PHONO
R
(RIGHT)
terminal
of
the
amplifier
to
the
PHONO
L
(LEFT)
terminal
of
the
amplifier
Red(R)
White(L)
Fig.
33
QL-F61
=o
No.
2560
10.
Printed
Circuit
Board
Ass’y
and
Parts
List
10-(1)
TXX-343A
LED
P.C.
Board
Ass’v
So
Gis
qs
ALO.
A
Ie
Of
OPO:
#
4
2
o>
ES
rxx343f
3)
JO
Ow
%
£301656-001
‘
x
@®re
&
ro]
*%
@,
KO
“Ox
+
©
Each
Individual
P.C.
Board
Location
(O}
@
@
5
1)
TXX-343-1
LED
P.C.
Board
Ass‘y
TXX-343-2
Volume
P.C.
Board
Ass‘y
3)
TXX-343-3
Switch
P.C.
Board
Ass’y
4
TXX-343-4
Switch
P.C.
Board
Ass’y
(D
TXX-343-5
LED
P.C.
Board
Assy
Diodes
Item
No.|
Part
Number
Description
SR603C
D804
=
|sR603C
‘
0805
=|
LN217RP
Matsushita
‘D806
LN317GP
"2
807
SR603C
NEC
10-(2)
TPS-309[/
Power
xs0l
8
2
By
at
8
R803.
2e--
S329
@
rea
.0.8,8,8.
£6838!
TPs-
309M
|
Fig.
35
Note:
In
5
should
be
indicated
an
area
code
according
to
the
table
shown
on
page
17
section
when
pre-
paring
an
order
from.
Transistors
Item
No.|
Part
Number
Rating
Description
Pe
fT
|
Maker
801
2SD313V
(D,E)
|30W
iSMHz
Silicon
|NEC
x802
2SC945A(P,Q)
10.25W
|250MHz
3
hi
QL-F61
No.
2560
Supply
P.C.
Board
Ass‘y
(Be)
D804»
9805.
TXX°343-5
Fig.
34
Note:
The
specific
symbols
(
#
,
%,
&
,...etc.)
on
a
surface
of
P.C.
Board
are
actually
unrelated
to
the
repair
service
and
are
significant
denotement
in
order
to
process
the
proper
assembly
of
P.C,
Board
at
the
factory.
Others
[item
No.|
Part
Number
Rating
Description
SW.2
|QSP0219-025
Push
Switch
Sw.3
1QSP0410-001
:
|£68271-001
LED
Holder
IVR801
|QVG4A2B-014V
\Variable
Resistor
E301656-001
Circuit
Board
Diodes
Item
No.|
Part
Number
Rating
Description
M
D801
|S1RBA20F1
A
|Diode
|Sindengen
D802
RD20EB3
ad
INEC
Resistors
Item
No.|
Part
Number
Rating
Description
R801
[QRD148)-1038
|10kn
Carbon
R802
|QRZ0052-220
220
Fusible
AV
R803
|QRD129J-152|1.5k2
Nonflammable
A\
R804
QRD149J-222S
|
2.2k2
a
Capacitors
Item
No.|
Part
Number
Rating
Description
C801
IQFM82AK-473
|0.047uF
|DC100V
[Mylar
AN
C802
QCE22HP-103A
|0.01uF
|
DC500V
|
Ceramic
A\
\C803
QET51HR-477H
|470uF
|DC5OV
|Electrolytic
C804
QETS51HR-106H
|10uF
a *
C805
|QETS1HR-476H
[47uF
4”
is
Others
litem
No.|
Part
Number
Rating
Description
£61537-003
Heat Sink
£67764-005
Rapping
Terminal
LPSP3008ZS
Screw
SPSP3006ZS
*
See
page
17
Fuse
Crip
A\
See
page
17
Circuit
Board
age
10-(3)
MC-944SG
Motor
Driver
[tem
Nox]
Per
Number
[Rating
Description
7
ce
QET41VR-106
|[10uF
—
[DC35V_
[Electrolytic
P.C.
Board
Ass‘y
c7
QFM41HK473
|0.047uF
|Dcsov
[Mylar
cs
QFM41HK473
|”
*
ae
ico
QET41ER475)
=
/4.7uF
DC25V_
Electrolytic
cio
JQFM41HK-473_|0.047uF
|Dc50v_|Mylar
cit
QrciiHP-103
o.01uF
|
“
Ceramic
C12
|QCF11HP-103
ee
¢
C13
QFM41HK-473
|0.047uF
|DC50V_
|Mylar
C14
JQCF11HP-223
|0,022uF
|
Ceramic
C15
|ACTOSUJ-330_|33p
2
a
icié
[ac
TosUs-330
ci
z
e
C17
QcF11HP-473
|0.04%F
|
”
#
C18
|QFM41HK-104
|0.1uF
“
”
ic19
QCY41HK-102
[0.0014uF
”
"
C20
QCTOSUJ-330__|33p
s
%
c21
QET41VR-226
|22uF
|Dc35V
[Electrolytic
C22.
|QCF11HP-223
|0,022uF
|DC50V_|Ceramic
C23.
|QEN41EA336
|33uF
—[DC25V_|Nonpolarized
C24
QEN41EA-336
z
"
25
|QCF11HP-473_|0.047uF
|DCSOV_|Ceramic
f
c26—
factoscH-151
|150pF
Gi
st
\
27.
|QCTOSCH-151
F
vs
:
|
€28
=
|QCTOSUJ-330
|33pF
z
‘
i
C30
|QET41ER-336
|33uF
=|
DC25V_
Electrolytic
\
cio1
|QeT41vR-107
|100uF
|pc3sv
|
*
Resistors
Item
No.|
Part
Number
Rating
Description
80
Ri
QRz00414R7
[4.72 ]1/2w
[Fusible
A
E
=m
R2
QRZ0041-4R7
|
”
”
Fusible
A\
ae
to
=>
es)
R3
QRZ141J-2228
|2.2k2
|1/4w
—
|
Carbon
Mi
*
woc-944
Mus:
a
*)
R4
QRD141J-391S
|3902
ve
a
RS
QRD141J-2228
|2.2k2
|
2
Fig.
36
R6
QRD1415-2238_
|22k2
i
as
7
RO
QRD141J-123S
|12k2
=
|1/4W
|
Carbon
R10
|QRD141J-2248
|220K2
|
a
Transistors
R11
QRD141J-224S
~ =
3
Henn
Ri2
QRO141J)-153S_
|15k2
sid
~
=
Item
No.|
Part
Number
Rating
Description
Ria”
lonpiauAoe
Ea
m
=
Pe
fT
Maker
R14
QRD141J-394S
|390k2
sh
x1
2SC945A(P,K,Q)
|0.25W
—|250MHz
|Silicon
|NEC
RI6
=
[QRO141J-10tS_
|1002
cs
‘
x2
2SC2001(L,K,M)
|0.6w
=
|170MHz
|”
ii
RIG
=
[QRD141)-153S_
[15k2
-
<
x3
2SC641(KB,KC)
|0.1W
=
|400MHz
|”
|
Hitachi
R17
PEE
220k2
x4
2SC641(KB,KC)
|
”
ee
2
"5
Ris
[QRD141J-2238_[22kn
"
ca
R21
ORD141J-8248
|820K2
|
” e
Integrated
Circuits
R22
QRD141J-150S
|1MQ
cl
”
7
a
R23
|QRD141J.471S
|4700
e ‘
Item
No.|
Part
Number
Rating
Description
inca
KaROAIS
OES.
ates
is és
R28
f[aRD141J-182s
|isk2
|
” ?
Ici
vc5021
(Power)
IC
[Toshiba
R29
|QRV146F-2702
|27k2
;
Film
1c2
vc4046
(PLL)
Ic
Okidenki
R30
|ORV146F-2202
|22k2
“
"
1c3
INJM4558D-D
|
(OP
Amp)
Ic
JRC
R31
QRD141J-1828
|1.8k2
|
Carbon
Ica
MSM4001
or
—_|
(Nor-Gate)
IC
|Okidenki
R32___
|ORD141)-223S_|22k2.
gi
1HD14001BP
1c
Hitachi
R33
QRD141J-560S
[562
°
R34
QRD141J-102S
|1k2
™
~
Diodes
R35
QRD141J-102S
=
>
‘3
Item
No.|
Part
Number
|
Rating
Description
R36
|
ORD
141-1025
|
|”
R101
QRD141J-332S_
[3.3k2
=
=
er
R102
|QRD1415-.473S
|47K2
m
“
D1
189538
Silicon
[NEC
R103
|QRD1415-392s
|3.9k2
|
”
e
D3
189538
ae
tas
R104
|QRD149).470s
|472
#
me
D4
1S953B
by
J
R105
QRGO195-560S
|562
1w
O.M.F
DS
1S953B
eg
=
VRi
RVAV310-223
|22k2
1/5w
Variable
VR2
RVGV811-103
|10ka2
1/2W
x
Capacitors
tem
No.
|
Part
Number
Rating
Description
Othe
cr
Qetsivr-106
[iouF
oc3sv
|electroiytic
(|
-_[!temNo.|_Part
Number
Hating
Description
ic2
QET4iVR-106
|
”
a,
a
HG1HG2|
VHE-711
Hall
Generator
ic3.
JOQET41VR-106
ad
©
"
M31095
P.W.
Board
C4
QET41VR-106
my
.
os
M40474
H.G.
Board
ics
QET41VR-226
|22uF
aa
Ns
LA0303
5.5296MHz
X'tal
OL-F6i
=14—
No.
2560
11.
Packing
Materials
and
Part
Numbers
NZ-OLF61
E34725-005
Fillers
Nylon
Cover
£36997-020
Protect
Sheet.
£61530-001
Screw.
£65754-001
Spacer
€65755-002______—--—_-@
Spacer
Screw
QPGA030-04005
Envelope
(for
Turntable
Covering)
a
ae
€67612-002
£61225-001
Counterweight
Hinge
Pad
£66349-004
NZ-OLF61.
Spacer
Fillers
PK-QLF61
Packing
Case
Fig.
37
OL-F61
No.
2560
-15-
12.
Power
Cord
Connections
in
Different
Areas
£03830-001
Connector
_—
To
Transformer
Power
Cord
For
U.S.A.
Canada
QML1810-054
Lug
Strip
Ass‘y
~
Power
Cord
£68387-001
Circuit
Board
QSR0085-001U
Voltage
Selector
£03830-001
Connector
Power
Cord
For
U.S.
Military
Market
&
Other
Countries
QML1810-054
Lug
Strip
Ass'y
[\.
Power
Cord
Blue
}
To
Transformer
—
rown
For
U.K.
G
Borieurope
Australlia
Sicens
/
to
Transformer
Fig.
38
12-(1)
How
to
Handle
the
Solderless
Connector
ars
About
15
In
this
turntable,
a
solderless
connector
is
used
to
connect
Vilty
se
alla
the
power
cord
with
the
primary
lead
wire
of
the
power
a
transformer.
When
it
is
unavoidable
to
replace
this
connector
for
re-
placement
of
the
power
transformer,
or
the
like,
positively
perform
the
replacement
in
accordance
with
the
following
Cut
at
near
the
edge
procedure
to
avoid
dangers.
Fig.
40
©
Connector
part
number
£03830-001
2.
Peel
off
the
coverings
so
that
the
respective
conductor
Tools
es.
tops
appear
by
about
15
mm
as
shown
in
the
Fig,
41.
Tool
for
installing
solderless
connectors.
Note:
In
the
case
of
stranded
wires,
teist
each
wire.
Do
not
use
those
(small
cutting
pliers,
etc.)
other
than
3.
Adjust
the
tips
of
the
power
cord
and
the
primary
lead
regular
tools.
wire
with
each
other,
then
securely
insert
them
into
the
Example:
VACO
No.
1963
(Courtesy
Vaco
Products
Co.)
connector
as
shown
in
the
Fig.
42.
Fig.
39
Fig.
43
@
Replacement
4.
Secure
the
nearly
equal
central
part
of
the
metal
sleeve
1.
Cut
both
the
power
cord
and
the
primary
lead
wire
at
with
the
second
concave
of
the
tool
for
solderless
sec-
near
the
edge
of
the
connector
to
be
replaced.
uring
as
shown
in
the
Fig.
43.
Note:
Do
not
re-use
the
used
connector.
Note:
Perform
a
complete
securing.
eure)
aah
No.
2560
5.
After
solderless
securing,
check
the
following
as
shown
in
the
Fig.
44.
Note:
Proted
connector
with
isolation
tape
or
vinyl
tube
for
safety.
Furthermore,
clamp
it
for
out
of
touch
with
metal
part.
These
shall
not
be
easy
to
draw
out
The
clamped
markes
shall
locate
at
the
nearly
equal
central
part
of
the
metal
sleeve.
More
than
4mm
Fig.
44
13.
Parts
List
with
Specified
Numbers
for
Designated
Area
U.S.
Milita
ism
Description
Poe
x
Market
&
other
Europe
Autralia
U.K.
Countries
1
|
Cabinet
E10599-001
£10599-002
E£10599-002
£10599-002 E10599-002
12
|
Tonearm
Ass‘y
ARM540
MP-322S MP-322S
MP-322S
ARM540
37
|
P.C.Board
<\
|
TPS-309A TPS-309A
TPS-309B
TPS-309B TPS-309B
Ass'y
Circuit
Board
E68381-003 £68381-003 E68381-004 E68381-004 E68381-004
Fuse
Clip
A.
|
£45524-002
E45524-002 £48965-002
E48965-002
E48965-002
38
|
Fuse
A\
|
QMF61U1-R63
|
QMF61U1-R63_
|
QMF61U1-R63_
|
QMF51A2-R63L
|
QMF51A2-R63LBS
39
|
Power
Transformer
A
|
E03032-46B
£03032-46C
£03032-46E E03032-46E
£03032-46EBS
61
|
Turntable
E£23644-002
E23644-001
E£23644-001
E23644-001 E23644-001
Covering
64
|
Power
Cord
A
|
QMP1200-200
|
QMP7600-250
QMP3900-200
QMP2560-244
QMP9017-008BS
65
|
Connector
A\
|
£03830-001 £03830-001
Saal
— =
66
|
Lug
Strip
A
= =
QML1810-054
QML1810-054
QML1810-054BS
Ass'y
|
67
|
Cord
Clamp
A
-
A37897
A37897
A37897
|,
A37897BS
68
|
Cord
Stopper
4.
|
QHS3876-162
|
-
=
-
=-
69
|
Cord
Stopper
£68029-001
-
- - -
Plate
73
|
Foot
Ass’'y(Front)}
E35857-003 £35857-002
£35857-002 E35857-002 E35857-002
(Rear)
|
E35857-001
£35857-005 £35857-005 £35857-005 £35857-005
77
‘|
Mask
Cap
£65395-002
-
-
- -
78
|
Voltage
a
=
QSRO0085-001U
- - -
Selector
=
Cartridge
Body
=
MD
10252
MD
10252
MD
10252
-
Ass'y
Stylus
Ass’y
=
DT-Z1S
DT-Z1S
DT-Z1S
-
Stylus
Cover
-_
E34268-001
E34268-001
£34268-001
-
Headshell
Ass‘y
-
£301201-002
£301201-002
E301201-002
=
QL-F61
No.
2560
AS
Safety
Parts
Sigs
14.
Trouble
Shooting
14-(1)
When
Turntable
Operation
is
Abnormal
Turntable
does
not
rotate
Is
the
power
cord
plugged
into
an
AC
outlet?
Does
prism
indicator
light
in
soft
red?
Is
wiring
disconnected
or
badly
soldered?
Power
circuit
generates
18.6
V?
Yes
Is
AC
32V
present
at
D
and
@
of
the
circuit
board?
Is
18.6
V
present
at
the
emitter
of
X801?
Yes
Is
approx.
12.8
V
present
at
Pin
7
of
1¢3?
Does
platter
rotate
when
Pin
5
and
8
of
IC1
are
short-
circuited?
Connect.
Replace.
Check
the
trans-
former
for
dis-
connected
wires
and
damaged
printed
pattern
Check
X802,D802
Turntable
con-
tinues
rotating
when
rotated
by
hand?
Yes
coils.
Check
IC1
and
Hall
elements
HG1,
HG2.
IsOC3.7V
Present
at
Pin
5
of
1C3?
nee
_—=
IsOC4.2V
present
at
Pin
7
of
1C2?
soldered?
Is
the
wave-
form
shown
in
the
circuit
diagram
pre-
sent
at
TP-2?
Yes
—
—18—
1C2
is
defective.
|
Replace.
|
Sac
No
Check
all
driving
IC3
is
defective,
Yes
1s
R10
discon.
nected
or
badly
—
Is
1C2
or
R12,C10,
C11
defective?
Is
the
wave-
form
shown
in
the
circuit
diagram
present
at
TP-6
when
platter
is
rotated
by
hand?
Platter
rotates?
adjustment
Perform
locking
Yes
check
the
phase.
or
Yes
Check
if
C18,
C28,
R18,
R24
are
open.
Observe
the
FG
output
and
IC3
performance
to
trase
the
defect
OL-F61
No.
2560
QL-F61
No.
2560
Rotates
at
high
speed
Does
the
turntable
stop
when
Pin
7
of
1C3
is
grounded?
Does
connecting
Pin
8
to
Pin
9
of
IC1
stop
rotation?
Is
sine
TP6?
waveform
present
at
Is
the
voltage
of
1.5
V
shown
in
the
circuit
diagram
present
at
Pin
4
of
102?
3
4.2
V
present
at
Pin
7
Is
a
voltage
of
of
1C2?
us
Check
if
R&S,
R6
is
de-
fective,
is
disconnected,
is
open.
Check
AC
amplifier
sec-
tions,
and
the
FG
out-
Put
section
of
motor.
Check
if
C18, C28,
R18,
R24
are
discon-
nected.
Replace
if
they
are.
Check
if
IC2
is
difec-
tive,
R16
is
disconnect-
ed,
VR1
is
open.
Replace
if
necessary.
1C1
is
defective.
Replace.
—~19—
Does
rotation
stop
if
Pin
7
of
IC3
is
grounded?
C3
is
defective,
Replace.
Table of contents
Other JVC Turntable manuals
