Dual 606 Bedienungsanleitung

Inhaltsverzeichnis

Andere Dual Drehscheibe Handbücher

Beliebte Drehscheibe Handbücher anderer Marken

Gemini

Gemini CDT-05 MKII Bedienungsanleitung

Rotel

Rotel RP-820 Bedienungsanleitung

Shuman

Shuman MC-250BT Bedienungsanleitung

Stanton

Stanton STR8-150 Bedienungsanleitung

Audio Technica

Audio Technica AT-LPW40WN Bedienungsanleitung

Crosley

Crosley McQueen CR7011-GY Bedienungsanleitung

Reloop

Reloop SMP-1 Bedienungsanleitung

auna

auna TT-Classic Plus Bedienungsanleitung

COMO AUDIO

COMO AUDIO Turntable Analog Bedienungsanleitung

REED

REED Muse3C Bedienungsanleitung

AXIOMTEK

AXIOMTEK OPS883-H Series Bedienungsanleitung

Pioneer

Pioneer PL-71 Bedienungsanleitung

Vestax

Vestax PDX-a1 Bedienungsanleitung

Denon

Denon DP-400 Bedienungsanleitung

Audio-Techica

Audio-Techica AT-LP60XBT Bedienungsanleitung

Goldring

Goldring G99 Bedienungsanleitung

Acoustic Signature

Acoustic Signature Typhoon NEO Bedienungsanleitung

Technics

Technics SL-1200 Bedienungsanleitung

Service

Manual

Technical

Data

Current

Line

voltage

Drive

Power

input

Power

consumption

Time

from

start

to

rated

speed

Platter

Platter

speed

Pitch

control

Speed

control

(monitoring)

Sensitivity

of

the

illuminated

strobe

(for

0.1

%

speed

deviation)

Total

wow

and

flutter

(according

to

DIN

45507)

Rumble

(according

to

DIN

45500)

Tonearm

Effective

length

of

tonearm

Offset

angle

Tangential

tracking

error

Tonearm

bearing

friction

(related

to

stylus

tiP)

Stylus

pressure

Cartridges

VVeight

Dual

606

Edition

January

1980

AC

50

to

60

Hz

110

to

125V,

220t0

240V

electronically-controlled

direct-drive

system,

Dual

EDS

500

Motor

at

playing

operation

approximately

2

watts

<50

mW

220

V

50

Hz:

at

start

35

mA

110

V60

Hz:

at

start

65

mA

at

play

15

mA

at

play

approximately

25

mA

2-

2.5s

at

33

1/3

rpm

non-magnetic,

1.4

kg,

304

mm

diameter

33

1/3

and

45

rpm,

electronically

adjustable

Separate

for

both

speeds,

each

adjustable

by

means

of

variable

resistor,

with

calibration

scale;

range

of

regulation:

10

%

with

illuminated

stroboscope

for

platter

speeds

33

1/3

and

45

rpm,

adjustable

to

50

or

60

Hz

6

division

markings

per

minute

at

50

Hz,

7.2

division

markings

per

minute

at

60

Hz,

(German

I

ndustry

Standard)

±

0.05%

WRMS

±

0.03

%

Unweighted:

50

dB

Weighted:

75

dB

Torsionally

rigid

tubular

aluminum

tonearm

in

low-friction

four-point

gimbal

suspension

221

mm

24

0

4'

0.16

0

/cm

vertical

<

0.07

mN

10.007

g)

horizontal

<

0.15

mN

(0.015

g)

from

0

to

30

mN

(0

to

3

g)

infinitely

variable

with

1

mN-

(1/10

g)

calibrations

from

0

to

15

mN

(0

to

1.5

g)

operable

from

2.5

mN

10.25

g)

stylus

pressure

up.

with

1/2

inch

screw-type

attachment.

These

can

be

fitted

with

the

special

accessories

na-

262

186

which

can

be

obteined

from

trade

dealers.

ca.

5.4

kg

Dimensions

and

Cutout

Required

refer

to

Installation

Instructions.

Dual

Gebrüder

Steidinger

•

7742

St.

Georgen/Schwarzwald

Download from www.dual.de

Not for commerical use

Contents

Page

1

Technical

data

2

Audio

connection

diagram

3

Wiring

diagram

4

Dual

EDS

500

electronic

direct

drive

system

4

Replacement

of

motor

electronics

4

Replacement

of

motor

mechanic

5

Adjustment

of

nominal

speeds

5

Setting

78

rpm

nominal

speed

5

Stroboscope

5

Pitch

control

5

Tonearm

and

tonearm

suspension

6

Removal

of

tonearm

or

spring

housing

6

Removal

of

tonearm

compl

.

with

tonearm

suspension

6

Adjustment

of

tonearm

suspension

6

Fitting

a

1/2

inch

cartrige

6

Antiscating

control

7

Cue

control

7

Replacement

of

cue

control

assembly

7

Tonearm

control

7

Adjustment

point

7

Muting

switch

8

Start

ing

and

shut-off

8

Adjustment

points:

Segment

8

Power

switch

8—

12

Replacement

with

exploded

views

12

Lubrication

Fig.

1

Audio

Connection

Diagram

Kontaktplatte

Contact

plate

Plaque

de

contacts

rechter

Kanal

Kurzschließer

Cynchstecker

DIN-Stecker

5-polig

right

channel

Muting

switch

phono

plug

DIN-plug

5

pin

Canal

droit

Court-circuiteur

fiche

cynch

fiche

DIN

5

pöles

rot

/

red

/

rouge

1

I

I I

I

I

grün

/

green

/

vert

I

schwarz

/

black

/

negro

blau

/

blue

/

bleu

/

\

•

/

\

I

weiß

/

white

/

blanc

/

•—/

L

linker

Kanal

left

channel

Canal

gauche

•

Masse

draht

Mass

lead

Mass

cäble

•

•

2

Dl

ZPD

7,5

cl

47

2

10

k

1.1

•

2

•

66

2/3

Hz

(33

min

.

')

C2

220

v

C3

0,47

p

C4

--I

C4

0,

47

p

lll

T1

BC

172

83

68k

4

/

6

IC

1

4069

85

-

1

M

R4

22

k

--C

6

—

1

n

=-70

5

.

n

33

•

86

_150K

7.

R

8

-10k

C7

in

n

45

1

5

R7

810

„47k

_24k

T2

BC

1728

-'-

0,22

p

C

14

2

8

4

6

IC

2

—

555

—

3

3

7

1

5

18

11

110

k

2

/

6

IC

1

4069

0,14F

c9

20n

12

I

i-

R

560

813

15

k

8.2

D2

1

N

4148

815

10

k

O

>

C

10

"814

0

.

47

v

_220k

C

13

c=1"

474

öC

12

0,684

8.1

T3

BC

238

C

Transistoren

von

der

Anschlußseite

gesehen

Transistors

as

seen

from

the

connecting

side

Transistors

vus

du

cöte

des

connexions

iii

EBC

BD

415

E

• •

C

BC

172

BC

238

C

IC

von

der

Bestückungsseite

gesehen

as

seen

from

the

top

side

vu

du

cöte

elements

4069

555

13

812

270k

110/130

V-

220/240

V

-

C

11

=?..10

R

17

47

k

47

phl

10

nF

Si

T0,063

A

220

V

818

2

T4

I

NSD

102)

8D415

+22V

17,5V

je

53

20

n

C

56

10004

T

20

n

R

1

2

5

3

4

6

8

7

9

10

11

12

19

13

14

16

15

17

18

C

1

2

3

4

5

6

8

14

9

10

11

12

53

13

55

54

Drehzahlregler

/R

19

Platter

speed

switch

/R

19

Motor

Commutateur

de

vitesse

/R

19

Moteur

Netzteil

Supply

unit

Bloc

secteur

Generator

Generateur

Fig.

4

Fig.

5

Netetrato

Mains

Iransformer

Transtormateur

de

räseau

Preluahlycheller

Platter

speed

met.

Co.nutetee,

de

vitene

1.3

e-111±•

Cl

•

•

R16

)82

R

6

IC

1

7

8

C7

C5

6-11-•

Motor

Motor

Moteur

Glimmlampe

Glim

lamp

Lampe

ä

effluves

T I

C13

4)-1

R13

02

w

h*

TC11

•-

o

.

-•

T2

•

2112

C8j

...

clo•e•

e

,

_

6-1

R

1

5

r 7

2

" "

Direct

Drive

System

Dual

EDS

500

For

repair

of

the

Dual

EDS

500

special

tools

and

measuring

means

are

required.

Work

on

the

motor

or

motor

electronics

System

should,

therefore,

only

be

carried

out

by

an

authorized

Dual

service

station.

Replacement

of

motor

electronics

1.

Extract

unit

plug

from

power

line.

Lift

off

platter

4.

Bring

unit

into

head

position.

2.

Remove

machine

screws

112

and

cover

of

power

part.

3.

Unsolder

connecting

leads

to

motor

and

generator.

Open

twists

of

holding

angle

150

with

pliers.

Remove

motor

electronics

152,

screws

151

and

holding

angle

150.

4.

Pull

off

motor

electronics

152

system

from

motor

18

caref

ul

I

y.

5.

Fix

replacement

motor

electronics.

Solder

connecting

cables

(See

connection

diagram

Fig.

5.

6.

Slide

cover

over

power

part

and

fix

lt

by

means

of

machine

screws

112.

7.

With

the

unit

in

normal

position

connect

it

to

power

line.

Switch

on

unit

and

check

power

consumption

on

operation:

220

V/50

Hz

approx.

15

mA

110

V/60

Hz

approx.

25

mA

Check

nominal

speeds.

If

necessary,

readjust

as

described

below.

Replacement

of

motor

mechanics

1.

Extract

unit

plug

from

power

line.

Remove

platter

4.

2.

With

the

unit

in

head

position

remove

machine

screws

174

and

washers

173.

Pull

off

motor

electronics

board

172

together

with

cover

175

carefully

from

the

motor

18.

3.

Loosen

connection

for

operating

voltage

at

het

plate

109.

Unsolder

connecting

leads

to

speed

fine

adjustment

129,

rotary

svvitch

5

and

the

generator.

Open

twists

of

holding

angle

152

with

pliers.

4

Fig.

6

111

109

152

148

12

13

150

4

4.

Loosen

threaded

pins

13

and

remove

platter

cone

12.

Remove

the

three

screws

148.

Lift

off

motor

mechanics

149.

5.

Put

platter

cone

12

on

new

motor

mechanics

and

fix

it.

Fix

new

motor

mechanics

with

the

three

screws

148.

Fix

holding

angle

150

with

screws

151.

Insert

motor

electronics

152

and

twist

holding

pieces.

Solder

on

resp.

plug

connecting

leads

(fig.

51.

Push

cover

on

power

part

and

fix

it

with

screws

112.

6.

With

the

unit

in

normal

position

connect

it

to

the

power

line

Switch

on

unit

and

check

power

consumption

when

operating:

220

V/50

Hz

approx.

15

mA

110

V/60

Hz

approx.

25

mA

Check

nominal

speeds.

If

necessary,

readjust

as

described

below.

Setting

nominal

speeds

With

knob

7

bring

the

fine

speed

control

129/R

19

into

center

position.

With

controls

R

8

and

R

9

on

the

motor

electronic

system

adjust

nominal

speeds.

Control

R

8

is

used

for

33

1/3

rpm,

R

9

for

45

rpm.

Check

with

strobe

disk.

Changeover

to

78

rpm

nominal

speed

Instead

of

45

rpm

the

Dual

606

can

be

changed

to

e

nominal

speed

of

78

rpm.

To

change

the

speed

bring

the

fine

speed

control

129/R

19

in

center

position

using

knob

7.

Using

control

R

9

on

the

motor

electronics

board

152

adjust

for

78

rpm.

Check

with

strobe

disk.

Stroboscope

Accurate

setting

of

the

platter

speeds

33

1/3

and

45

rpm

can

be

checked

during

play

with

the

aid

of

the

stroboscope.

When

the

platter

4

is

rotating

at

exactly

33

1/3

or

45

rpm

the

lines

of

the

stroboscope

appear

to

stand

still.

If

the

lines

move

in

the

direction

of

rotation

of

the

platter,

the

platter

speed

is

too

high.

If

the

lines

move

backwards,

the

platter

is

rotating

more

slowly

than

the

nominal

speed.

Adjustment

of

platter

speeds

33

1/3

and

45

rpm

is

carried

out

separately

with

the

"pitch"

controls

7.

Strobe

markings

are

provided

on

the

outer

edge

of

the

platter

for

50

and

60

Hz

line

frequencies.

To

replace

glow

lamp

157

remove

machine

screws

160

and

remove

strobe

cover.

lt

can

happen

that

the

stroboscope

lines

appear

to

move

slightly

although

the

exact

speed

setting

with

stroboscope

stationary

has

not

been

altered.

This

apparent

contradiction

is

explained

by

the

fact

that

the

electronic

central

drive

motor

operates

fully

inde-

pendently

of

line

frequency

whilst

the

only

relatively

accurate

line

frequency

of

the

AC

current

supply

is

used

for

speed

mea-

surement

with

the

light

stroboscope.

The

constantly

detectable

fluctuations

of

line

frequency

by

±

2

%

according

to

the

infor-

mation

of

the

electricity

supply

companies

brief

frequency

fluc-

tuations

up

to

1

%

are

possible

—

only

effect

the

stroboscope

indication

and

can

cause

the

lines

to

"wander"

although

the

platter

speed

is

as

constant

and

absolutely

accurate

as

before.

Pitch

Control

Each

of

the

two

standard

speeds

33

1/3

and

45

rpm

(78

rpm)

can

be

varied

by

about

10

%.

The

variable

speed

control

129/R

19

located

in

the

voltage

divider

is

adjusted

by

turning

the

pitch

control

knob

7.

By

this

the

differential

amplifier

is

altered

and

the

motor

speed

accordingly.

Fig.

7

,

eeee

t".>

45

U/rnin

50Hz

45U/min

60Hz

33

U/min

50Hz

33

Wmin

6oHz

w.

Tonearm

and

Tonearm

Suspension

Th

efeather-light,

extremely

torsion

resistant

all-metal

tonearm

is

suspended

in

a

gimbal.

Suspension

is

by

means

of

4

hardened

and

precision

polished

steel

points

which

rest

in

precision

ball

bearings.

Tonearm

bearing

friction

is

thus

reduced

to

a

minimum.

Bearing

friction

vertical

0.07

mN

(0.007

p)

Bearing

friction

horizontal

0.16

mN

(0.016

p)

as

related

to

stylus

point.

As

a

result,

it

ensures

most

favourable

pick

-up

conditions.

Before

adjusting

the

tracking

force

to

suit

the

built-in

pick

-up

cartridge

the

tonearm

is

balanced

with

the

scale

set

to

zero.

Coarse

adjust-

ment

is

carried

out

by

moving

the

weight

with

the

stem

49,

the

subsequent

fine

adjustment

by

turning

the

weight.

The

tracking

force

is

adjusted

by

turning

the

graduated

spring

housing

58

incorporating

a

coil

spring.

The

Rotary

knob

54

has

markings

for

a

range

of

adjustment

from

0

to

30

mN

(0

to

3

p)

which

permit

accurate

adjustment

of

the

tracking

force.

One

graduation

in

the

range

of

2

—

15

mN

(0.2

—

1.5

p)

corresponds

to

1

mN

(0.1

p),

in

the

range

of

15

—

30

mN

(1.5

—

3

p)

to

2.5

mN

(0.25

p).

5

Fig.

8

Fig.

9

Fig.

10

33

32

58

54

55

61

63

211

212

210

208

210

207

206

To

Remove

the

tonearm

or

the

spring

housing

1.

Secure

the

unit

in

a

repair

stand.

Turn

the

rotary

turn

switch

51

to

the

zero

position.

Lock

the

tonearm

48.

Remove

the

counterweight

49.

2.

Turn

the

unit

over.

Remove

the

screening

sheet

140

and

solder

off

the

tonearm

connections

at

the

short

circuiter

137.

Turn

the

unit

the

right

way

up.

3.

Remove

the

fillister

head

screw

55.

Remove

the

rotary

turn

switch

54

and

the

washer

53.

4.

Loosen

the

nut

50

and

the

grub

screw

51.

Draw

the

tone

-

arm

48

complete

with

bearing

57

from

the

bearing

race

52.

The

spring

housing

52

or

the

tonearm

48

may

now

be

changed.

Reassembly

involves

the

reverse

procedure.

Removing

the

tonearm

from

the

bearing

frame

We

recommend

the

following

procedure:

1.

Clamp

unit

in

the

repair

stand.

Set

rotary

knob

54

to

zero.

Lock

tonearm

48.

Remove

weight

49.

2.

Turn

unit

over

and

remove

the

screening

sheet

140.

Unsolder

the

tonearm

connections

on

the

muting

switch

137.

3.

Remove

safety

washer

187,

washer

186

and

bearing

185.

Move

positioning

bar

219

towards

muting

switch

137.

4.

Unlock

tension

spring

203,

loosen

safety

washer

217

and

remove

skating

lever

216.

5.

Remove

safety

washer

214

and

sliding

washer

213

and

take

shut-off

bar

161

from

segment.

6.

Slacken

hex

nuts

210

and

the

screw

212.

Remove

the

bearing

211

and

segment

207.

7.

Hold

tonearm

48.

Remove

the

machine

screw

35

and

tone

-

arm

cpl.

with

tonearm

bearing.

Reassembly

of

the

tonearm

involves

the

reverse

procedure.

Take

care

that

the

grub

screw

33

is

correctly

seated

in

the

bearing

when

fasten

ing

the

frame

34.

Adjusting

the

tonearm

bearing

First

balance

tonearm

exactly.

Both

bearings

must

have

slight,

just

perceptible

play.

The

horizontal

tonearm

bearing

is

correctly

adjusted

when

at

anti-skating

settings

"0.5"

and

being

touched

it

slides

in

without

resistance.

The

vertical

tonearm

bearing

is

correctly

adjusted

when

it

swings

in

after

being

touched.

The

play

of

the

horizontal

tonearm

bearing

should

be

adjusted

with

threaded

pin

33

and

mat

of

the

vertical

tonearm

bearing

with

threaded

pin

51.

Fitting

a

1/2

inch

cartridge

If

a

cartridge

with

1/2

inch

standard

mount

is

to

be

fitted,

the

conversion

kit

31

Number

262

186

is

necessary.

The

proper

me-

thod

of

fitting

is

shown

in

fig.

8.

Also

the

decorative

cover

should

be

removed

from

the

counter-

weight

49

and

should

be

fitted

with

the

compensatory

weight

to

be

found

in

the

conversion

kit

31.

Any

alteration

can

only

be

carried

out

with

the

aid

of

a

Dual

-

Skate

-0

-Meter

and

a

test

record

and

should

only

be

done

by

an

authorized

service

station.

Anti-skating

Device

To

compensate

for

skating

force

use

the

knurled

ring

68.

The

asymmetric

cam

plate

displaces

the

skating

lever

216

from

the

tonearm

pivoting

point.

The

anti-skating

force

is

transmitted

to

the

segment

207

and

to

the

tonearm

48

by

tension

spring

208.

Optimum

adjustment

is

carried

out

at

the

works

for

styli

having

a

tip

radius

of

15

11m

(conical),

5/6

and

18/22

(elliptical).

Any

alteration

can

only

be

carried

out

with

the

aid

of

a

Dual

-

Skate

-0

-Meter

and

a

test

record

and

should

only

be

done

by

an

authorized

service

station.

6

A

Cue

Control

By

moving

the

lever

194

forward

(

•

lift

cam

197

rotates.

The

slide

bar

219

connected

to

it

transmits

this

movement

to

the

lift

pin

206

(via

the

compensating

cam

which

then

raises

the

tonearm.

As

a

result,

the

cue

control

permits

setdown

of

the

tonearm

at

any

desird

point.

The

lever

194

is

released

by

moving

the

cue

control

lever

rear-

wards

1Z

).

As

a

result

of

the

action

of

compression

spring

204

the

lift

pin

201

is

brought

back

to

its

normal

position

and

the

tonearm

lowered

slovvly.

Lowering

of

the

tonearm

is

damped

by

silicone

oil

in

the

lift

tube.

Adjustment

Point

The

lift

height

may

be

varied

by

turning

the

sleeve

202.

The

distance

between

the

record

and

the

needle

is

to

be

5

-

7

mm.

Replacement

of

Cue

Control

Plate

Replace

cue

control

plate

201

as

follows:

1.

Clamp

unit

in

the

repair

stand

and

lock

tonearm.

Turn

unit

over.

2.

Remove

safety

washer

187,

washer

186

and

bearing

185.

Lift

positioning

bar

219

and

move

towards

muting

switch

137.

3.

Unlock

tension

spring

208.

Loosen

safety

washer

217

and

lift

skating

lever

216.

Remove

safety

washer

214

and

sliding

bar

213.

Lift

shut-off

bar

161

from

segment

207.

4.

Remove

hex

nuts

210

and

the

screw

212,

and

the

counter

bearing

211

and

segment

207.

5.

Remove

machine

screws

205

and

remove

lift

plate

201.

Reverse

this

procedure

when

reassembling.

Tonearm

set-down

mechanism

When

turning

knob

62

to

"V"

position

the

recesses

of

slide

bar

219

are

positioned

in

the

area

of

the

spring

pin

F

of

segment

207.

When

moving

slowly

the

tonearm

with

tonearm

cue

control

in

•

position

the

spring

pin

F

is

arrested

in

the

recesses

of

slide

bar

217

thus

designing

the

set-down

point

of

stylus

for

30

cm

and

17

cm

records.

To

enable

set-down

in

the

catching

range

of

the

arresting

point

of

the

appropriate

setdown

position,

the

tonearm

set-down

me-

chanism

can

be

disengaged

with

the

knob

62

in

"—"

position.

Adjustment

Points

a)

Balance

tonearm

48

exactly.

Bring

knob

62

into

"V"

posi-

tion.

Let

tonearm

catch

in

catch

point

for

tonearm

set-

down

point.

Check

catch

force

by

means

of

a

spring

balance.

lt

should

read

10

—

20

p.

The

force

is

adjustable

by

means

of

a

threaded

pin.

b)

The

tonearm

set-down

point

can

be

adjusted

by

turning

set

screw

45.

Adjustment

can

be

made

for

1

7

-cm-

and

30

-cm

records.

Short

Circuiter

To

prevent

disturbing

noises

during

automatic

operation

of

the

tonearm

the

unit

is

fitted

with

a

short

circuiter.

Control

of

the

switch

springs

for

both

channels

is

effected

by

the

camwheel.

With

the

unit

in

neutral

state

the

short

circuit

of

the

pick

-up

leads

is

eliminated.

Adjustment

In

zero

position

of

the

cam

there

should

be

a

clearance

of

ap-

proximately

0.5

mm

between

the

contacts

of

the

short

circuiter.

This

clearance

should

be

adjusted

by

bending

the

short

circuit

contact.

The

contacts

should

be

sprayed

with

a

suitable

cleaning

agent.

Fig.

11

187—ee

186-1

219

185

Fig.

12

207

'7

AZ

Audolig:

3.1"

.1111

206

•

219

F

C12

mm

7

.1

Start

ing

and

shut

off

Swinging

in

the

tonearm

48

rotates

the

segment

207

thus

actua-

ting

the

power

switch

116

and

shift

arm

146

and

starting

motor

149

and

platter

4

rotat

ing.

The

shut-off

cycle

after

playing

a

record

is

initated

by

the

dog

M

of

the

platter

4

and

shut-off

lever

A.

The

shut-off

lever

A

is

guided

onto

the

dog

by

the

movement

of

the

tonearm

when

playing

the

record

with

the

aid

of

the

shut-

off

bar

161

proportionate

to

the

groove

lead.

The

eccentrically-

mounted

dog

forces

the

shut-off

lever

A

back

with

each

revolu-

tion

as

long

as

the

advance

of

the

tonearm

only

amounts

to

the

width

of

one

groove.

The

cam

wheel

'37

is

thus

guided

to

the

pinion

range

of

the

platter.

The

tonearm

is

lifted

and

the

resetting

bar

188

trans-

ports

it

back

to

the

rest.

The

power

switch

is

operated,

thus

switching

the

unit

off.

Adjustment

Points

Power

Switch

Swing

in

tonearm

48

slide

117

of

power

switch

116

should

have

a

play

of

0.2

—

0.5

mm.

Make

adjustments

by

bending

the

switch

lever

144.

Fig.

15

Replacement

parts

Pos.

Part.No.

Qty

Description

1

220

213

1

Centering

piece

2

214

056

1

Washer

3

263

254

1

Platter

mat

cpl.

4

263

256

1

Platter

cpl.

5

238

034

1

Switch

6

260

335

1

Rotary

knob

7

260

336

1

Rotary

knob

8

242

191

3

Grub

screw

M

3

x

3

9

263

257

1

Pitch

cover

10

200

444

8

Spring

washer

11

239

414

3

Shipping

screw

cpl.

12

242

192

1

Platter

cone

cpl.

13

242

191

3

Grub

screw

M

3

x

3

14

262

634

1

Washer

3.2/15/0.6

17

232

975

3

Spring

mount

cpl.

237

228

1

Spring

mount

cpl.

(Tonearm

side

front)

18

230

529

9

Threaded

piece

19

230

523

3

Compression

spring

236

712

1

Compression

spring

(Tonearm

side

front)

20

200

723

4

Rubber

damping

21

200

722

4

Steel

cup

25

263

259

1

Tonearm

head

cpl.

26

261

929

1

Tonearm

lead

cpl.

31

262

186

1

1/2

inch

conversion

kit

cpl.

32

249

383

1

Counter

nut

262

695

1

Counter

nut

33

234

651

1

Grub

screw

34

263

081

1

Frame

cpl.

35

242

677

1

Machine

screw

M

4

x

8

37

244

464

1

Cam

wheel

38

210

146

4

Lock

washer

3.2

39

242

143

1

.

Tension

spring

40

210

145

5

Lock

washer

2.3

Fig.

14

Segment

a)

When

fixing

the

segment

207

mowe

surt

here

is

a

play

bet-

ween

the

segment

207

and

the

switch

lever

144

of

0.5

mm.

b)

The

shut-off

point

may

be

varied

with

the

eccentric

E

moun-

ted

on

the

segment.

Fig.

16

Pos.

Part.No.

Qty

Description

41

242

141

1

Contact

lever

44

263

339

1

Mounting

plate

45

234

781

1

Adjust

ment

46

234

818

1

Pin

screw

47

200

428

1

Clamping

screw

48

264

020

1

Tonearm

cpl.

49

263 263

1

Weight

cpl.

263

328

1

Weight

cpl.

(UAP)

50

246

884

1

Counter

nut

51

234

634

1

Grub

screw

52

263

329

1

Bearing

frame

cpl.

53

261

798

1

Washer

5.2/10

54

248

989

1

Rotary

knob

55

249

097

1

Raised

counter

sunk

head

screw

M

2.5

x

12

56

236

069

1

Machine

screw

57

263

340

1

Bearing

cpl.

58

263

339

1

Spring

housing

cpl.

59

248

979

1

Lifting

plate

60

210

597

1

Washer

3.2/8/0.5

61

262

294

1

Hexagon

sheet

screw

B

2.9

x

6.5

62

260

334

1

Rotary

knob

63

263

341

1

Rear

covering

cpl.

i

65

260

328

1

Stroboscope

prism

66

263

342

1

Front

covering

cpl.

67

263

334

1

Tonearm

rest

cpl.

68

260

320

1

Cam

disc

69

242

298

1

Washer

70

228

113

1

Washer

4.2/8/1

71

210

146

3

Lock

washer

3.2

72

200

444

4

Spring

washer

8

Fig.

17

Exploded

view

1

0

—

--

0

--

4

0----e

0---

<i>

0

,

47

9

Fig.

18

Exploded

view

2

10