Crosley 9 407 schematic

PHOTO

FACT*

Fold

er

MODELS

CROSLEY

9-4O7,

9-4O7M-1,

TUNING

CO

NT.

VOL.

CONT.

ON-OFF

SW.

9-4O7M-2

I

o

m

S

o

and

60

PHONO

BAND

FM

cycles

FOCUS

CONT.

TRADE

NAME Crosley Models,

MANUFACTURER
TYPE

SET

TUBES

Twenty-Eight

POWER
TUNING

Crosley

Television

SUPPLY

117

RANGE-44-ai6MC

Volts,

Division,

Alignment Instructions
Bias Control Adjustment
Disassembly Instructions
Horizontal Frequency, Size

Linearity Adjustments

Parts

List

and

Description

and

Photographs

Cabinet
Capacitor

"The listing
case a recommendation, warranty
as

to the
parts have been compiled from information furnished
Inc.,
"Reproduction

quality

by the

Rear

View

Identification

of any

available

and

suitability

manufacturers

or

of the

use, without

HOWARD

replacement

or

of

such

particular

express

part

guaranty

replacement

permission,

W.

herein does
by

type

SW

BRIGHTNESS

CROSLEY MODEL

9-407,

9-407M-1,

Aveo

mnufacturing

receiver

AC

9-407M-1

9-407M-2

Corp., Cincinnati

RATING:

2.6

INDEX

6,7

Photographs

20

Chassis

20

RK

20

14,15,16,19

Resistor Identification
Trans.,

Schematic

19

Tube

Placement

11,18

SAMS & CO., INC. • Indianapolis

not

constitute

Howard

part.

to

Howard

of

replacement

of

editorial

W.

The

Sams & Co.,

numbers

of

W.

Sams & Co.,

part

listed."

or

pictorial con-

in any

Inc.,

these

Voltage

tent,
the

use of the
Sams & Co.,
ternational
Union

(continued)

Top

View

Tuner

Inductor

Identification

and

Resistance Measurements

in any

manner,

is

prohibited.

information contained herein. Copyright

Inc., Indianapolis

Copyright Union.

(1910)

by

Howard

DATE

CONTRAST

25,

Ohio

Amps.

© 117

Volts

and

Alignment

Chart

7,

Indiana

No

patent

liability

7,

Indiana,

U.

reserved

4914-6

S. of

All

rights

W.

Sams & Co., Inc." Printed

7/49

3,13

10

12,17

4,9

is

assumed with respect

1949

by

Howard

America. Copyright under

under Inter-American Copyright

SET #66

in U. S. of

FOLDER

W.

America

#6

|5

o

N

KJ

2

5
8

to

In-

R.r.AMP

On

gjjj

SWITCH SEQUENCE

1.

PHONO

2.FM

3.

TV

4.TV

(NO

INFM

DIAL LIGHT)

POSITION

SHOWN

PAGE

2

A

PHOTOFACT STANDARD

©Howard

W.

NOTATION

Sams & Co., Inc.

SCHEMATIC

1949

@

1

t/MO'i

CONTRAST

-

"~"

^^^

SM^G i ^

*>

QW)^

(gjSiop-TMMF

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"MMF

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(SK3900"

±-J

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BUFFER

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6AL7GT

CROSLEY

SISSVHO

9-4O7M-1, 9-4O7M-2

dOl

9-407,

M3IA

MODELS

CHASSIS

BOTTOM

VIEW-TRANS.,

INDUC

PAGE

4

TOR

AND

ALIGNMENT IDENTIFICATION

PAGE

9

6J6 I \^S

V2 i I V3

6AK5J

1ST

VIDEO ^ J
'•f-

MIXER \ AUDIO

'/"VI4
|6J6j(6V6GT
JOSC.

AUDIO

3RD

VIDEO

—

V3

6J6

OSC.

h

V2

6AK5

IXER

1ST

VIDEO

I.F.

VI

6J6

Rf

MwlR

/VI4

(eVSGT

OUT.

1

TUBE PLACEMENT CHART

I.F.

HOR.

A.FIC.

HOR. SYNC.

DISC.

PAGE

5

2.

3.

5.

7.

9.

10.

11,

12.

Start

control

DUMMY

ANTENNA

.05MFD

.05MFD

.05MFD

See

Figure

DUMMY

ANTENNA

.05MFD

DUMMY

ANTENNA

.05MFD

.05MFD

.05MFD

.05MFD

.05MFD

.05MFD

.05MFD

.05MFD

Ing

the

sound

to

prevent

High

(Grid)
(V9) . Low
chassis.

High
(Grid)
(V4).
chassis.

12

High

(Or

id)
(V8).
chassis

High

(Grid)
(V6).
chassis.

High

(Grid)
(V4) . Low
chassis.

High
(Grid)
Low

side
Leave
socket.

Before
the
Place

IF

overloading.

SWEEP

GENERATOR

COUPLING

side

to pin 1

of

6AU6

side

to pin 1

of

6AG5

Low

for

the

SWEEP

GENERATOR

COUPLING

side

to

of

6A07

Low

.

SWEEP

GENERATOR

COUPLING

side

to pin 1

of

6AG5

Low

side

to

of

SAGS

it

11

side

to pin 6

of 6J6

to

Vs

out of

attempting

6K6GT

horizontal

all

test

Alignment

side

to

side

to

detector

pin

4

side

to

side

to

pin

1

side

to

(V3).

chassis,

ALIGNMENT

ALIGNMENT

equipment

with

SWEEP
GENERATOR
FREQUENCY

22MC

(IMC

probe

SWEEP
GENERATOR
FREQUENCY

Off

SWEEP
GENERATOR
FREQUENCY

24MC

(10MC

INSTRUCTIONS—

alignment,

oscillator

the

GENERATOR

FREQUENCY

21.

Sweep!

21.9MC

22.0MC

"

used

GENERATOR
FREQUENCY

GENERATOR

FREQUENCY

26.4I"C

Sweep)

26.4MC

21.9MC

1!

It

27.9MC

It

22.

26.4M3

disable

"ground"
contrast

MARKER

8MB

n

4..S

MC

in

conjunction

MARKER

4.

SMC

(400%

Mod.)

MARKER

22.9MO

21.9MC

22.

9M?

27.9MC

(Set

to

exact
sound

IF

freq.)

21.9MC

22.9MC

26.4M3

27.9MC

21.9IE

9MI

(V21)

SOUND

VIDEO

INSTRUCTIONS

READ

the

.

leads

IF

control

CHANNEL

Any

"

TRAP

CHANNEL

Any

IF AL

CHANNEL

Any

"

CAREFULLY BEFORE

high

voltage

as

close

ALIGNMENT

at

maximum.

CONNECT

Vert.

pin 6

Grid)

(V10).

to

chassis.

Vert.
Polnt<A>

side

tw

ADJUSTMENT

with

the

CONNECT

Vert . Amp . thru

detector

to pin 2 of

ture tube.
side

to

GMMENT

CONNECT

Vert.

direct
of

picture tube.

Low

side

chassis.

Vert . Amp . thru
detector

to pin 5
of

6AG5

Vert.
detector

to pin 5
of

6AL5

side

to

Vert.
direct
ture tube

(pin

2) . Low

side

to

ATTEMPTING

to

eliminate

as

possible

As the

SCOPE

Amp.

to

.(Screen

of

6AUS

Low

side

n

Amp.

to

Low

chassis.

oscilloscope.

SCOPE

probe

pic-

Low

chassis.

SCOPE

Amp.

to pin 2

to

probe

(plate)

(VS).

n

Amp.

thru

probe

(plate)
(V6).Low
chassis

n

Amp.

to

pic­ grid

chassis.

Al,

A3

A13,
A14

A17,

A18

ALIGNMENT

the

to

their

alignment

ADJUST

A2

A4,

AS

ADJUST

A6

ADJUST

A7,

AS,

A9

A10,
All

A12

A13,
A14

A15

A16

shock

hazard,

respective

progresses,

Adjust

for

symmetry

Adjust
symmetry

Adjust
positioned
per Fig 5 or

imum
the
to
detector
sary
Dress
the
components
versa.
will
curve
Select
bandpass.

Adjust

on

If
proper width
the
and
dips

short
L17
ment

Set

oscope
A10

curve
Adjust

"notch".

for

Reduce

control Just

for

as per Fig 9.

Adjust

into
amplitude

Adjust

into
amplitude

Retouch

per

Adjust
curve

maximum

as per

for

maximum

as

A4 so

amplitude

diagonal

peak.

Do not
plate

to

obtain

the

left g reen lead

chassis

The

determine

as

shown

curve

Repeat

for

scope

.

"necessary,

center

A9 for

curve

are

present

the

Junction

to

chassis during

of A8 and A9.

contrast

for

maximum

and All for

shape

so

21.9MC

Increase

finite

adjustment.

scope

maximum

Alb

"notch".

for

A16 so

"notch".

for

A13 and A14 for

Fig 10.

for

maximum

as per

\.

by

remove-

"hot"

leads.

reduce

the

:

REMARKS

amplitude

Fig

1 or 2.

amplitude

-per

Fig 3 or 4.

21.9MC

at

and the

dressing

minimum

of the

as per

so

marker

center

of

6.
and

line

leads unless neces-

the

and the

the
in

with

REMARKS

pattern

Adjust

AS

straightness

going

from

move

the two

proper curve.

other

chassis

of

these leads

polarity

Fig

5 and 6.

best

symmetry

steps

1 and 2.

400%

REMARKS

adjust

A7

by

changing space

control

maximum

gain
below

gain

21.9MC
Increase

finite

27.9MC
Increase
finite

gimmick

leads . Adjust

as per

Fig

In

the

curve,

of

035,

the

and the

gain.

gain

Fig

8.

marker drops

marker

and set

overlead.

and

proper

marker

marker

adjustment.

marker

marker

adjustment.

curve

gain

11.

and

Fig

contrast

and

and

is

as

for

max-

of

peak

green

against
clear

of

or

vice

of the

and

Indication

for

at

A8

7. If

C36,

and

adjust-

oscill-

Adjust

and

Into

amplitude

contrast

Adjust

curve

drops

drops

as

proper

MAX.

BANDWIDTH

FIG.

PAGE

I

6

FIG.

21.6

21.9

/

V

MAX.

BANDWIDTH

2

FIG.3

MIN.

BANDWIDTH

FIG.5

>

2.0>.

MAX.

BANDWIDTH

FIG.6

(A . Unsolder

!B

.

'c . Remove

D . Remount

rE

Reconnect

'F

Check

'

(G).

The

DUMMY

ANTENNA

13.

Fwo

125S

carbon

res

.

„

14.

n

15

.

(A) . Leave
(B).

(C).
(D).
(E) . After
(F).

DUMMY

ANTENNA

16.

Fwo

125S

carbon

res.

n

17.

CAUTION:

All

18.

using
various types

the

blue

Remove

the RF

the

the RF

the

dial

and the No.

sound

GENERATOR

COUPLING

Across

antenna

minals with

resistor

generator

the

Solder

a 5

to the

underside

Set the
After this setting

Disconnect

other channels should

tuning control

this

dial setting).

inch

screen lead

step

channel

13

input

of the

GENERATOR

Across
minals

in

each generator

lead.

amplitude

lead only

unit mounting

bottom shield from

Tuner

the

blue lead which

dial setting

13

IF

channel must

SIGNAL

ter-

125S2

in

each

lead.

„

n

dummy

shield

inch lead

of the

on the

16 has
with a 215.75MC
the

blue lead from

oscilloscope.

SWEEP

COUPLING

antenna

ter-

with

1252

"

modulation

of

sweep equipment.

from
screws.

on the

on the

Do not

has

been completed, reconnect

the

chassis.

was

on the

shaft.

front dial

be

accurately aligned before aligning

SIGNAL
GENERATOR
FREQUENCY

71.7SMC

215.75MC

209

.75MC

203.75MC

197.75MC

191.75MC

185.

751*

179.75KC

87.75MC

81.75MC

65.75MC

59.75MC

on the

to the

screen grid

chassis.

for the

change this dial setting

been obtained

mixer tube

signal being

SWEEP

GENERATOR

FREQUENCY

69MC

(10W

Sweep)

213MC

(10MC

Sweep)

be

checked
in a

point

"

OSCILLATOR ALIGNMENT

the lug on

tuner

and

disconnected

With

are

directly centered over

CHANNEL

4

13

12
11
10
9
8
7

6
5
3

2

tuner

as

used

of the

zero reading

unsolder

and

connect them

L10

fed to the

and,

connected

MARKER
GENERATO
FREQUENCY

71.75MC

67.25MC

215.75MC

211.25KC

for

calibration with only a signal

to

point check

Llo.

replace

the

ftp

V>

chassis.

with

in

step

shaft

in the

CONNECT

VTVM

Probe

to

Common

to

"

RF

ALIGNMENT

during

the

6AK5

mixer tube

on

VTVM

with
for

the b

lue

the

blu

3

antenna (Follow step

to

;ether

CHANNEL

4

RF

13

RF

"C"

In-

"E"

In-

to

See

RF

eliminate

(See

step

in

align-

ment
struc­tions.)

(See

step

in

Align-

ment
struc­tions)

dummy

shield shown

1.
full clockwise position,

the

vertical centerline

the

oscillator circuits.

ADJUST

Point

A19

L7

oscillator

71.75MC

the low

lead connecting

to

the

vertical Input

lead

to L10 and
with

CONNECT

SCOPE

step

RF

Alignment

Instructions

See

step

Alignment

Instructions

-••-.»

Adjust
negative
side

Expand

reading

Check
reading
setting
being

alignment

(V2).

Run

fed

in

band alignment

adjust

the 5

Inch

ADJUST

"D" in

"F" In

the

A20,
A21,

.

A22

L3,
C14,

.

C17

generator

possibility

in Fig 13.

the top

for

zero reading. A positive

reading

will

the

correct setting.

of

or

compress

as

obtained

all

other channels

is

obtained

when

the

sound carrier signal

to

the

receiver.

lead through

(Follow

as

outlined

connect together with

the

oscilloscope.

he

runer

to

obtain this setting).

-een

lead, connect

Adjust

to

similar

of
rocking
causes
response curve amplitude.

between

exceed
Adjustment

accomplished
L3,
lar to
not

4.

ments have been necessary
nel

repeat
until
made

connected

of

give a bandpass

to

A21,&

A22

of A20

no

appreciably change

the two

30%.

L5 C14 and C17 for

Fig

exceed

SMC

on

channel

13, it

step

no

further improvement

.

to the

error

In

at

to

LI
of

14 to

sci

IS,

fed'

this

procedure.

antenna.

) and

t

window

of the

REMARKS

be

the

in

at the

In

give a zero

Fig

Is

of the

by the

15. The
6MC

will

16.

Impedance matching

of the

tuning shaft.

obtained

coil

turns

the

step above.

to see

that zero

correct dial

the

plate lead hole

step

13 to

step

16.

reading

to the

vertical

REMARKS

14. The

adjustment

correct when

back

and

forth

markers should

high

band

positioning

curve simi-

bandwidth should

or be

less than

13. If

be

necessary

Repeat

16 and 17

antenna terminals

rear

and

on

either

for

aero

is

obtain

the 5 -

of

4.5MC
the
in the

The

dip

Is

adjust-

for

chan-

to

can be

on

not

of

with

o

o

m

so

o

£k tf»

I5

s

"P
O

5

SCOPE

o

FIG.7

DETECTOR

22OJX.

IN34.

-AAA^-

PROBE

FIG.

FIG.

12

8 I

SOOMMF

FIG.I4

220

.001

*-

INPUT

FIG.9

FIG.

15

FIG.10

DUMMY
OUTS

I

~r~r«\

|o.4T005E\

SHIELD

EACH

APPROX. I INCH

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wax.

SHOWING

TWO

PAGE?

CUT-

SQUARE

9
Pin

UAP

SKffi

16.

TOP

T6.5K2

TOP CAP

MEASUREMENTS

8
Pin

7
Pin

200ffl

6
Pin

Offi

5
Pin

Offi

4
Pin

Offi

READINGS

3
Pin

RESISTANCE

.Iffi

2
Pin

tlSKB

Pin 1

T15KS2

Tube

6J6

Item

V 1V

68ffl

Offi

12Kffl

Offi

Offi

.Iffi

Offi

tlSKffi

6J6

3
V

68ffl

t!4Kffi

T6KSZ

t!4Kffi

T6Kffi

Offi

Offi

.ISd

.Iffi

68ffi

68ffl

1.2 Meg

1.2 Meg

6AQ5

6AG5

V 4V 5V6

55ffl

T330Kffi

T48KS2

.Iffl

Offi

55ffi

Meg.
1

6AK5

2

T7KS2

lOKa

lOOffi

Offl

ess

T6K2

T50KS2

Offi

T38Kffl

T6Kffi

Offi

.Iffi

100S2

.7ffi

6AG5

tl.SKffi

Offi

4.7Kffl

.Iffi

Offi

4.7Kffi

.IS

Offi

Offi

.12

352

OS!

150K2

Offl

260KS2

6AL5

6AC7

6AU6

7

8

V

V9

V

S.SKffl

lOOKffl

682

Offl

T12Kffl

Offi

Offl

Tl.SKffi

200Kffi

S.SKffi

.Iffi

.Iffi

1.5 Meg

TbOOffi

Offl

Offi

.Iffi

lOOKffl

OS!

Offl

56K2

S.SKffl

6AL5

6AU6

6AL7GT

1
1

10

V

V

1-V12

T100KS

Offi

Offi

Offi

Meg.
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55ffl

Offl

lOOKffl

t2Kffi

SSOKffi

T2Kffi

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as

.12

Offi

Offi

6SJ7

6V6GT

13V MV 15
V

.Iffl

.Iffl

TllKffi

Offi

.IS

.Iffl

Offi

Offi

950K2

T21Kffi

Offl

TKffi

2.2Kffi

820ffl

Inf.

T700K2

T35Kffl

T6Kffl

Offl

470Kffi

Meg

llet

T2.5

.Iffi

1.2 Meg

2.2

Offi

820ffi

Offi

2.2Kffi

T470K2

T6K2

20ffi

220KS

1.2 Meg

Offi

Offi

T14KS

Offi

Meg

02

1.1

600KS2

39K8

6SN7GT

6SJ7

16V 17
V

2.2 Meg

470K2

6SN7GT

6SN7GT

6AL5

V18

Y.19

SKffi

t22Kffl

T12.

21ffl

.Iffi

.Iffi

.Iffi

TSOOffi

T65ffl

27Kffi

90S

T90ffl

lOffl

1.5 Meg

TSOffl

4.7Kffi

470Kffi

tlOKffi

T90S2

570KS2

SKffi

s

6.

6.5K2

50S2

S.SKffi'

*

*

#

*

Inf.

Inf.

70ffi

70ffl

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55ffi

Inf.

!il'12

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11

752

752

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PIN

10

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160ffi

22KS2

Offi

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T20KS

Offi

OS

Offi

Offi

85KS2

6AC7

6K6GT

6BG6G

5V4G

V20

V21

V22

V23

Inf.

2.2ffl

*

*

jf

1B3GT

V24

Inf.

190K2

PIN

volt-

to the

for

502

6.5KS

6.5KS2

Inf.

5K2

302

6AL5

5U4G

5U4G

V25

V26

V27

V27.

650K2

Offi

measure.

12JP4

V28

* Do not

volts
117

at

pin 8 of

position.

from

maintained

in FM

voltage

Taken

Measured

T

*

readings.
age

Line

4.

t

both minimum

given.

according

minimum,

ore

at

vary

set

controls,

may

service

controls

readings

of the

maximum readings

setting

and

Where

Front panels

5.

6.

RESISTANCE

AND

VOLTAGE

1,000

20,000

9
Pin

8
Pin

7

8VDC

Pin

.

.1VDC

OVOVOV

1

6
Pin

60VDC

OV

5
Pin

OV

220VDC

4
Pin

6.3VAC

OV

READINGS

VAC

3

3

Pin

VOLTAGE

6.

OV

2
Pin

.1VDC

125VDC

1
Pin

-.8VDC

125VDC

187VDC

5-7.4VDC

300VDC

300VDC

130VDC

OV

OV

OV

OV

3V AC

6.

6.3VAC

6.3VAC

0V

0V

0V

-5V

-5V

80VDC

180VDG

.2VDC

,8VDC

-.1VDC

1.2VDC

OV

140VDC

OV

170VDC

150VDC

42VDC

-2.1VDC

140VDC

OV

295VDC

295VDC

"

OV

OV

-2.1VDC

6.3VAC

6.3VAC

6.3VAC

6.3VAC

OV

OV

OV

1.2VDC

-2.5VDC

6.3VAC

0V

0V

.5VDC

0V

-.1VDC

-.2VDC

0V

195VDC

OV

6.3VAC

3.1VDC

-.3VDC

OV

OV

OV

OV

OV

-7.4VDC

45VDC

OV

OV

OV

-7.4VDC

6VDC
.

6.3VAC

OV

-

250VDC

OV

295VDC

OV

235VDC

AC
3V

-.3VDC

6.

6.3VAO

6.3VAC

0V

QV

3.1VDC

0V

6.3VAC

265VDC

OV

OV

OV

50VDC

-35VDC

OV

4VDC

-.4VDC

6.3VAC

S.3VAC

OV

-.7VDC

6VDC

11VDC

18VDCOV100VDC

43VDC

OV

-.6VDC

OV

ov

0V

.2VDC

150VDC

300VDC

OV

6.3VAC

OV

18VDC

OV

11VDC

OV

-1.5VDC

105VDC

300VDC

230VDC

0V

1.2VDC

-70VDC

-80VDC

TOP CAP

.1VDC

OV

250VDC

480VDC

6.3VAC

6.3VAC

6.3VAC

360VDC

290VDC

400VDC

400VDC

-35VDC

OV

-13VDC

400VDC

6VDC
.

-

225VDC

-13VDC

400VDC

205VDC

OV

-1.1VDC

290VDC

OV

OV

OV

480VDC

0V

0V

0V

82VDC

430VDC

430VDC

-11VDC

OV

112VAC

OV

400VAC

400VAC

12

50VDC

8.5VDC

OV

6.3VAC

PIN

11

6.3VAC

.2VAC

MEASURE

-11VDC

* DO NOT

50VDC

PIN

85VDC

400VAC

400VAC

10

OV

OV

PIN

300VDC

430VDC

OV

430VDC

0V

0V

0V

position.
FM

measure.

Tube

6J6

Item

V 1

6AG5

6AG5

SAGS

SAKS

6J6

2
V

V 4V 5V 6

V3

6AL5

V7

SAC7

V 8V9

6AU6

6AU6

6AL7GT

6AL5

V 1 1

V 10

4-V12

6SN7GT

6SJ7

6V6GT

V 13

V14

V 15

6SN7GT

6AL5

6AC7

6SJ7

6SN7GT

V18

V 16

V 17

6K6GT

6BG6G

V 1 9

V20

V21

V22

6AL5

1B3GT

5V4G

V23

5U4G

V25

V26

V24

V27

In

12JP4

5U4G

Taken

Do not

V28

#

*

at

af
are

measured

Voltage
AC

measurements

volt;
per

Voltage

ohms

DC

1.

VTVM

with

Taken

§

com-

pin to

clockwise direc­ a

in

from socket

otherwise stated.

socket.

ore

counted

of

unless

are

values

bottom

negative

on

numbers

ohms.

mon

tion

Measured

2. Pin

3.

5

o

m

oo

RF

TUNER-LEFT

SIDE

PAGE

10

INDUCTUNER-TOP

VIEW

m

oo

0

>

co

co

CO

DD

O

i

o

DACITOR

IDENTIFICATION

PAGE

I

CHASSIS

BOTTOM VIEW-

PAGE

12

ESISTOR

IDENTIFICATION

PAGE

17

BIAS

CONTROL

siaaow

VIEW

(V1J

@)

V13)(V9)@

'/Ofr-6

A31SOUD

'i-wzofr-6

CHASSIS-TOP

c-w/ofr-6

o

m

I

o3

!

ITEM

VI
V2
V3
V4
V5

V6

V7

V8
V9
V10
Vll
V12
V13
V14
VIS

V16

•

V17

V18
V19
V20
V21
V22
V23
VS4
V25

V28A

ITEM

No.

Cl

02

C3A
C4A
C5A

06
07
08

C9

Oil
012

013
014

C16
017

018
C19
020

021
C22

C23
C24

025
C26

C28
C29

C30
C31
C32

C33

034

035

038

039
040
C41
C42
043
C44

No.

V26
V27

B
B
B

C
D

B

c

USE

IF

Amp

.

lixer
Oscillator
1st

Video

2nd

Video

3rd

Virtpn

fide

Amp.

Sound

ig
no.

Ai

Vudlo

Output

Dlsch

.

Clip

.

. Osc

a.

.

Amp
AFC

er

R

ect.

Time

LV

R

ect.

LV

Rect.

ure

Plot

Plct

ure

Picture

RATING

350
350
475
400
450
450
350
350
300
300
150
25
25
4

500

200

RRRt

Ind

Clip

Buffer-

Sync

Osc.

Output

Delay

Ti
Ti

Tube

VOLT

Video

1st

Limiter

Discriminator

Tunl

AF

Sync

Hor.

Sync
Vert
Vert
Disc
Vert

Hor.
Hor.
Hor.
Hor.

Damp

HV

CAP.

80

80

40
40
30

10

10

10

10

10

4

500

100

1.52

©

60%

470

470

470

2-12

15

470

470
470

1
2-12

5

470
1000

1000

6800

6800

2

1000

6800

6800

20

10

1000

6800

6800

1.6

1000

47

.05
.5

270

IF

IF

IF

IF

icatoi

per-

.

per

&

Disc

Rect

be

ibe

Capacity
and

Paper

CROSLEY

PART

No.

W-160039
W-160039
B-160549

W-160074
W-160076

W-

160036
W-160071
W-160073
W-160070

W-160633­W-160082

W-160082
W-160080

W-160247

W-160247

W-160080
W-160082
W-160082
W-160633-

20

W-137398-2
W-160247

W-160084
W-160633-

W-160034
W-160034
W-160067

39001-87
W-160067

AW-160518
W-160034

W-160067
W-160067
W-160037

W-160083
W-160034
W-160067

W-160067
AW-160402

W-160034
W-160081
39001-17
39001-23
W-160079

CROSLEY

PART

6J6

6AK5

6J6

6AG5

6AG5
6AG5

6AL5
6AC7
6AU6
6AU6
6AL5

7GT

6AL

7

6SJ

6V6GT

6SN

7GT

6SJ

7

6SN

7GT

6SN7GT

6AL

5

6AC

7

6K6

GT

6BG6G

5V4

G
GT

IBS

6AL5

5U4

G

5U4G

12J

P4
P4

12K

12LP4

values

Capacitors,

AF16J

AF16J

AFH8K8I
AF2222JT
AF2222J

PRS

PRS25/500

PRS25/100

PRS4/2000

1468-0005

20

1468-0005
1468-0005

1468-0005

1468-0805

1468-0005

1468-000001

1468-000005
1468-0005

20

1468-001
1468-001
1467-008

P488-25
1467-008

1468-001
1467-008

1469-00001
1468-001
1467-008

1467-008

1468-001

1469-00005
P488-05
484-5
1468-00025

TUBES

REPLACEMENT

No.

given

AEROVOX

PART

No.

'

150/4

(SYLVANIA

DATA

STANDARD

REPLACEMENT

6J6

6AK5

6J6

6AG5
6AG5
6AG5

6AL5
6AC7
6AU6
6AU6
6AL5
6AL7GT
6SJ7
6V6GT

6SN7GT
6SJ7

6SN7GT
6SN7GT
6AL5
6AC7
6K6GT

:6BG6G

5V4G
1B3GT
6AL5
5U4G
5U4G
12JP4

12KP4
12LP4

CAPACITORS

in the

rating

and in

mmfd.

REPLACEMENT

CORNELL-

DUBILIER

PART
UP8045

UP8045
UP9BJ

UP1111
UP1111

BR415
BRH255
BRH251A
BRH620

5W5T5
5W5T5

5W5T5
5W5T5
5W5T5

5W5V5
5W5T5

1W5D1
1W5D1

1D3D7

GT2P25

1D3D7

1W5D1

1D3D7
1D3D7
5R5Q2

5R5Q1

1W5D1

1D3D7
1D3D7

1W5D1

5R5Q5
GT4S5

GT4P5

5W5T25

No.

965
45t
45

DATA

GP2K-500
GP2K-500

GP2K-500
GP1K-15
TS2A-N500-

2—12

TS2A-N500-

2-12

GP1K-15
GP2K-500
GP2K-500
GP2K-500

TS2A-NSOO-

NPOK-5
GP2K-500

GP2L-001

GP2L-001

GP2-335-

GP2-335-

GP3L-001

GP2-335­GP2-33S­NPOK-20

NPOK-10
GP3L-001
GP3-335-

GP3-335-

GP3L-001
NPOM-50

GP2K-25Q

or

BASE
TYPE

7BF
7BD
7BF
7BD
7BD
7BD

6BT

8N
7BK
7BK

6BT
3CH

8N

7AC

8BD

8N

8BD

8BD

6BT

8N

78

5BT

5L

30

6BT

5T

5T
12D

12D

12D

column

for

ERIE

PART

No.

2-12

0075

0075

0075
0075

0075

0075

Mica

Equivalent)

Used

in

model

Used

in

model

Used

in

model

are in

mfd.

for

and

Ceramic

SOLAR

SPRAGUE

PART

No.

PART

MO.5-35
MO.5-35

MO.5-35
MO.5-35
MO.5-35

MO.5-55
MO.5-35

MW.5-21
MW.5-21

MW.3-27
ST-2-25

MW.3-27

MW.5-21
MW.3-27

MW.3-27
MOS.5-42

MOS.5-41
MW.5-21
MW.3-27

MW.3-27

MW.5-21
MOS.5-45

ST-4-05
ST-4-5

MO.5-325

NOTES

9-407
9-407M-2
9-407M-1

Electrolytic

Capacitors.

AND

No.

INSTALLATION

rVL-64t

Filter

FVL-64t

Filter

TVL-20 - Filter

A

Filter

TVL-69 • Vert.

*

rVL-34 « V.

JT-41
PVA-10
rvA-8
CVL-43

LFM-35
1FM-35

IFM-35

MS-415

MS-415

IFM-35
IFM-35
LFM-35

B-55

IFM-35
LFM-21

.FM-21
.FM-27

fC-2

1FM-27

1FM-21

.FM-27

IFM-27

18-42
1S-41

.FM-21

IFM-27

IFM-27

1FM-21

TM-15

TC-5

1FM-325

Output

Q

Low

*

Sync.

3rd V. IF

Filter

Bias

Hor.

Vert.

RF

Coupling

RF

Fll.

RF

Coupling

Fixed

Fixed

RF

Coupling
Mixer
Mixer
RF

Bypass
Osc.

fixed
Osc.

Osc. Fil.

Mixer
IF

Coupling

Bias

1st V. IF
IF

Coupling
IF

Coupling

Bias

Ind

V. IF

'ixed

IF

Coupling

3rd IF
3rd IF

IF

Coupling

Diode

Ixed

Video
DO

Res.

Amp.

Filter

Cent.
Cent.

Bypass

Padder

Coupling

Grid

Filter

Filter

Trimmer

Filter
Trimmer
Coupling

NOTES

Osc. Plate Dec.

Decoupling

Screen

Filter

Plate Dec.

Decoupling.

Cont.

Cont.

Bypass

Bypass

Bypass

Bypass

Bypass

Bypass

Pass

Clip

Padder

Fil.
Screen

Trimmer

Cap.

Bypass

Plate

Decoup.

Screen

Byp.

*

Screen

Byp.

Cath.

Bypass

Screen

Bypass

Diode

Filter

ITEM

No.

C45
046
C47
C48

049
C50
C51
052
053
Q54

055

C56
057
C58
C59
060
C61
062

C63
C64
C65
C66
067
068
069
C70
071
072
073
074
075
C76
C77
C78

079

C80
081

C82
083
C84
CSS

086
087
C88

C89

C90
091
C92

093

094

C9S
096

C97
C98
099

C100

ITEM

. R7

R10A
R11A

ITEM

No.

R12
R13
R14
R15
R16
R17
R18
R19
R20
R21
R22
R23
R24
R25
R£6

No.

Rl

R2A

R3A
R4A
R5

R6
R8A
R9A

RATING

CAP.

2.S
1000

2.5

4700

1000

.1

47

1000
1000
47

47

1000

.01
.01
.02

.1
.1

6800

.05

1000

.002

.005

.01

.05

.1

.01

.005

.01

.01

.1

.1
47

.01'

.005

.1

LOOOO

.005

.05

.005

.05
330

.01
680
1000
.1
1000
.05
.035
.05

220

500
.01
.1
.1
.05
.05

t

Parallel

RESIST-

ANCE

lOOOffi
500K2
Shaft

B

Switch

C

100K2

Shaft

B

25KS2

Shaft

B

252

252

15002

500K2

B

2

Meg.

Shaft

B

20KB

Shaft

B

500K2
Shaft

B

RESISTANCE

2002

10K2
12K2
12K2

I

Meg.

47S2
330K2

12K2
10K2

82002
47K2
56002

688

68002
22K2

VOLT

500

200

400
400
400
300

400

400
600

600
400
200
200
600
600
400
400
400
400

400
600
200
300

600
200
600
400
500

400
500
500
300

400

1000
1000
1500

10000

600
200
400
600

600

Not

RATING

.

used

WATTS

RATING

PARTS

CROSLEY

PART

No.

W-160078
W-160034
W-160068
W-160634-

W-160034

39001-19

W-160109

W-160034

W-160034

W-160109

W-160109
W-160034
39001-13
39001-13
39001-80
39001-19
39001-19
W-160067

39001-17
W-160034
W-160643-3
39001-11
39001-13
39001-17
39001-19
39001-13
39001-11
39001-13

160643-4

160643-5
39001-19
W-160035
W-160643-4
39001-11
39001-19
W-

160635-

39001-11
39001-17

39001-11

39001-17
W-160632-

26

39*01-13

W-160634-3

W-160634-5
39001-19
W-160034
39001-17
W-160643-1
W-160643-2
W-160111
B-137477-1
39001-13
39001-19
39001-19
39001-17
39001-17

In

all

section

CROSLEY

PART

•25

W-160091-2
W-160031

4

W-160092-2

4

W-160032

4

2

W-

160095-1

4

W-160089

2

W-160087
W-160094-2

4

W-160094-3

4

Not

Req.

W-160094-1

4

Not

Req.

W-160088

4

WATTS

39375-32

4

2

39374-213
39374-38

4

39374-38

4

39374-61

4

39374-9

•i

^

39374-55

J|

39374-38

2

39374-213
39375-71

4

39374-45

4

39375-67

4

39374-11

4

39375-69

4

2

39374-217

AEROVOX

PART

1468-001
1467-005

14

1468-001
P288-1
1468-00005
1468-001
1468-001
1468-00005
1468-00005
1468-001
P488-01
P488-01
P488-02
P288-1
P488-1
1467-008

P488-05
1468-001
P688-002
P688-005
P488-01
P288-05
P288-1
P688-01
P688-005
P488-01
P488-01
P488-1
P488-1
1468-00005
P488-01
P688-005
P288-1
1467-01

P688-005
P288-05
P688-005
P488-05

P488-01
1479-0007
1468-001
P288-1

1468-001
P488-05
P1088-033
P1088-05

P688-01
P288-1
P488-1
P688-05
P688-05

models,

to

obtain

REPLACEMENT

No.

REPLACEMENT

CROSLEY

PART

No.

LIST

CAPACITOR

REPLACEMEI-

CORNELL-

No.

PART

'

GT6S1
GT2P1
GT4P1

desired

IRC

PART

No.

319-133X

Not

Req.

76-1

CJ11-12S

Not

Req.

Ql

1-120

Not

Req.

W-25

Qll-133

S<3

Qll-139

SQ

Qll-119

S3

«11-133

S*

DATA

PART

BTS-47K

AN

DUBILIER

No.

1W5D1

1D5D5

1W5D1

GT2P1
5W5Q5

1W5D1
1W5D1

5W5Q5
5W5Q.5

1W5D1

GT4S1
GT4S1
GT4S2
GT3P1
GT4P1
1D3D7

GT4S5

1W5D1

GT6D2
GT6D5
GT4S1
GT2S5
GT2P1
GT6S1
GT6D5
GT4S1
GT4S1
GT4P1
GT4P1
5W5Q5
GT4S1
GT6D5
GT3P1

1D3S1

GT6D5
GT2S5
GT6D5
GT4S5

GT4S1
2R5T7

1W5D1

GT2P1

1W5D1

GT4S5
GT16S5

GT6S5­GT6S5

cap=

cor

DA

TA

OAR<

PW25-:

AT-82

RS-2
SW-A

AM-49-

KS-2

AM-40-

RS-2

43-25

10-25

43-151
M-58-!

Not

M-83-!

Not

M-36-:

Not

M-58-i

Not Rl

RESI

IRC

No.

•

PAR1

R.
Ri
Hi

PAGE

14

31

9-407

il

9-407M-2

31

9-407M-1

Electrolytic

Capacitors.

IDENTIFICATION

IAGUE

!TNo.
,-641

,-64t

-

,-20

D
»
3rd
"liter

41
,-10

Bias

Hor. Cent. Cont. Bypass

i-fl

Vert. Gent. Cont.

,-43

1-15

Vert. Output

RF

1-35
1-35

1-35

RF
RF

-415

Fixed
Fixed

-415

RF

1-35

Mixer
Mixer

1-35
1-35

RF
Osc.

Osc.

-55

1-35

Osc.

1-21

Mixer

1-31

IF

1-27

Bias

-2
1-27

1st
IF

1-21

IF

1-27

Bias Filter

1-27

2nd V. IF

-42

-41
1-21

IF

1-27

3rd IF

1-27

3rd

IF

1-21

Diode

-45

•15

Video

•5

DC

AND

INSTALLATION NOTES

liter
liter
Filter

Filter
Vert.

Osc.

Output

Decoupling

V.

Amp.

Screen Bypass

Low

Pass

V. IF

Filter

Clip

Decoupling,

Sync.

Filter

Coupling

Fil.

Bypass
Bypass
Coupling

Eadder
Padder

Coupling

Fil.
Screen Bypass

Bypass

Coupling

ixed

Trimmer

Grid

Cap.

Fil.

Bypass

Plate Decoup.

Coupling

Filter

V. IF

Screen

Coupling
Coupling

Screen

ixed

Trimmer

Coupling

Oath. Bypass

IF

Screen Bypass

Coupling

Filter

Ixed

Trimmer
Coupling

Res.

Diode

CODES

Plate

Plate

Oath.

Bypass

«

Filter

Dec.

Dec.

Bypas

Byp.

Byp.

Byp.

ITEM

No.

045

C46
C47
C48

C49
C50
C51
C52

CSS

Q54

055

C56
C57
058
059
060
C61
C62

C63
C64
065
066
C67
068
069
C70
C71
072
073

C74

C75

C76

077

078
C79
C80

081

C82
083
084
C85

086

087

088
089
C90
C91

092
093
094
C95
096
C97
098
099

.0100.

ITEM

. R7

R10A
R11A

ITEM

No.

R12
R13
R14
R15
R16
R17
R18
R19
R20
R21
R22
R23
R24
R25
R26

No.

Rl

R2A

R3A
R4A
R5

R6
R8A
R9A

2.5
1000

2.5

1000

.1
47
1000
1000
47
47
1000
.01
.01

.02

.1

.1

6800

.05
1000

.002

.005

.01

.05

.1

.01

.005

.01

.01

.1

.1

47

.01'

.005

.1

LOOOO

.005

.05

.005

.05
330

.01

680

1000

.1

1000

.05

.035

.05
320

500

.01

.1

.1

.05

.05

»

Not

T

Parallel

RESIST-

ANCE

10002
500KS2

B

Shaft
Switch

C

100K2

B

Shaft
35K2

B

Shaft

352
252

1500S
500K2

B

2

Meg.

B

Shaft
20K2
Shaft

B

500K2
Shaft

B

RESISTANCE

2ooa

10K2

12KS2

12K2
1

Meg.

472

330K2

12K2

10KS2
82002
47K2

56002

682

68002

22K2

!00

400

:00

400

400

600
600

400
200
200
600
600
400
400
400
400

400
600
200
300

600
200
600

400
500

400

500
500

ZOO

400
1000
1000
1500

10000

600
200
400

600

600

used

RATING

RATING

.

PARTS LIST

CROSLEY

PART

No.

W-160078
W-160034
W-160068
W-160634-

W-160034
39001-19
W-160109
W-160034
W-160034
W-160109
W-160109
W-160034
39001-13
39001-13
39001-80
39001-19
39001-19
W-160067

39001-17
W-160034
W-160643-3
39001-11
39001-13
39001-17
39001-19
39001-13
39001-11
39001-13

160643-4

160643-5
39001-19
W-160035
W-160643-4
39001-11
39001-19
W-160635-

39001-11
39001-17

39001-11

39001-17
W-160632-

39*01-13

W-160634-3

W-160634-5
39001-19
W-160034
39001-17
W-160643-1
W-160643-2
W-160111
B-137477-1
39001-13
39001-19
39001-19
39001-17
39001-17

In
section

WATTS

•25

i

i

i

2

4

2

i

i

i

i

WATTS

i
2

i

£
2

•£

i

i

2.

4
i

\

^

1467-005

14

1468-001

P288-1

1468-00005
1468-001
1468-001
1468-00005

1468-00005
1468-001
P488-01
P488-01
P488-02
P288-1
P488-1

1467-008

P488-05

1468-001
P688-002
P688-005

P288-05
P388-1
P688-01

P488-01
P488-01
P488-1
P488-1
1468-00005

P688-005
P288-1
1467-01

18

P688-005
P288-05
P688-005
P488-05

26

P488-01
1479-0007

1468-001

P288-1

1468-001
P488-05
P1088-033
P1088-05

P688-01
P288-1
P488-1

P688-05

all

models.

to

CROSLEY

PART

No.

W-

160091-2

W-160031

W-160092-2
W-160032
W-160095-1

W-

160089
W-160087
W-160094-2

W-160094-3

Not

Req.

W-160094-1

Not

Req.

w^ieoosa

CROSLEY

PART
39375-32
39374-213
39374-38
39374-38
39374-61

39374-9
39374-55
39374-38
39374-213
39375-71
39374-45
39375-67
39374-11
39375-69
39374-217

CAPACITORS

AEROVOX

PART

No.

'

J8-01

38-005

38-01

!8-05

obtain

desired

REPLACEMENT

IRC

PART

qi9-133X

Not

Req.

76-1

qn-i2s

Not

Req.

Qll-120

Not

Req.

W-25

Qll-133

SCJ

Qll-139

SQ

Qll-119

S3

qll-133

S^

REPLACEMENT

No.

BTS-47K

AND

REPLACEMENT

CORNELL-

DUBILIER

PART

No.

1D5D5

1W5D1

GT3P1
5W5Q5

1W5D1
1W5D1

5W5Q5
5W5Q.5

1W5D1

OT4S1

GT4S1

GT4S2
GT2P1
GT4P1
1D3D7

GT4S5

1W5D1

GT6D3
GT6D5
GT4S1
GT2S5
GT3P1
GT6S1
GT6D5
GT4S1
GT4S1
GT4P1
GT4P1
5W5Q5
GT4S1
GT6D5
GT2P1

1D3S1

GT6D5
GT2S5
GT6D5
GT4S5

GT4S1

2R5T7

1W5D1

GT2P1

1W5D1

GT4S5
GT16S5

GT6S1

GT2P1

GT4P1
GT6S5­GT6S5

ca

CONTROLS

DATA

No.

PW25-1000

AT-82

RS-2
SW-A

AM-49-S

KS-2

AM-40-S

RS-2

43-25

10-25

43-1500
M-58-S

Not

M-83-S

Not

M-36-S

Not

M-58-S

Not

RESISTORS

DATA

IRC

PART

No.

DESCRIPTIONS

CCONT.J

DATA

PART

GP2L-001
GP2M-005
GP2L-001
GP1K-50

GP2L-001
GP2L-001
GP1K-50

GP1K-50
GP2L-001
GP3-335-01
GP2-535-01

GP2-335-

GP2L-001
GPSM-002
GP2M-005
GP2-335-01

GP2-335-01
GP2M-005
GP3-335-01
GP2-335-01

GP1K-50
GP2-335-01
GP2M-005

GP2-335-01
GP2M-005
GP2M-005

GP2-335-01

GP2L-001

GP2L-001

410-500

.pacity.

OAROSTAT

PART

No.

Req.

Req.

Req.
Req.

ALL
RF

RF
RF
Mlxe
Mlxe
Mixe
Mixe
Osc.
Osc.
Mlxe
Mlxe
1st
1st
1st
1st

ERIE

Cathode
Plate
Coll

Video
Video

SOLAR

No.

PART

No.

MW.5-25

j.Tl-25

MW.5-21
ST-2-1
MO.5-45

MW.5-21

MW.5-21

MO.5-45

MO.5-45
MW.5-21
ST-4-01
ST-4-01
ST-4-02
ST-2-1
ST-4-1
MW.3-27

0075

ST-4-05
MW.5-21
ST-6-002
ST-6-005
ST-4-01

ST-4-05

ST-2-1
ST-6-01

ST-6-005
ST-4-01
ST-4-01
ST-4-1

ST-4-1

MO.5-45
ST-4-01

ST-6-005

ST-2-1

MW.3-11

ST-6-005

ST-4-05

ST-6-005

ST-4-05

ST-4-01

MWS.5-37

MW.5-21
ST-2-1
MW.5-21
ST-4~-05

STM-10-05

ST-6-01
ST-2-1
ST-4-1
MPH-6-05
MPH-6-05

Focus

control

Volume

control

Attach

to R2A per

M

tl

II II

Brightness
Attach

Attach
Vertical
Horiz.
Vert,
Vert,
Attach
Vert,
Attach
Horiz.
Attach
Picture
Attach

to R3A per

Contrast

to R4A per

centering

linearity

hold

to R8A per

size

to
drive
to

to

control

control

centering

control

control

R9A
RIGA

Tube

Bias

R11A

IDENTIFICATION

RESISTORS

Coil Shunt
Grid
Cathode

Screen
Grid
Plate

Plate

Plate

Video

Video

ARE -

5%

Shunt

Transformer Shunt
Decoupling

IF

Grid

IF

Cathode

IF

Transformer

IF

Plate

SPRAGUE
PART

No.

FM-21

in

:.

IF!-'.--45
1F1I-31
1FM-21
1FM-45

1FM-45

1FM-21

TM-11
TM-11
TM-12
TM-1
TM-1

1FM-27

TM-15

1FM-21
TM-22
TM-25

TM-11
TM-15
TM-1
TM-11

rM-25

TM-11

rt-i-ii

PM-1

TM-1

1FM-45

rn-ii

ffl-25
TM-1

1FM-11

TM-2S

IM-15

TM-25

TM-15

m-ii

KS-37

1FM-21

TM-1

1FM-21

TM-15
TR-15

PM-11
TM-1

TM-1
TM-15
IM-15

INSTALLATION

(Wire

Wound)

instructions

11

Instructions

Instructions
control

control

control

instruc

per

instructions

control

per

instructions

Control

par

instructions

10%

UNLESS

Shunt

IDENTIFICATION CODES

AND

INSTALLATION

S. IF

Coupling

AVO

Filter

Fixed

Trimmer

1st S. IF

1st

S. IF

AVC

Filter

Llmlter
Limiter
RF

Bypass

Bypass

36-emphaslS

Tuning

Tone

Comp.

Audio

Coupling
Bias Filter
AF

Screen Bypass

RF

Bypass

Audio

Coupling

Decoupling
Output
Output
Sync. Coupling
Sync.

Coupling

Sync.

Clip.

Sync. Coupling

Integrator

Vert.

Osc.

Vert. Discharge
Vert.

Coupling

Sync.

Coupling

Fixed

Trimmer

AFC

Filter

Phase

Shifter

AFC

Coupling

Hor.

AFC

Hor.

Osc.

Hor.

Osc.

Differentiator
Hor. Sync. Coupling

Hor.

Discharge

Hor. Coupling

Hor.

Amp.

Bias

Filter

lor.

Amp.

Damper

Ixed

Trimmer

HV

Filter

Ace.

Anode Bypass

~lc. Tube Cath.

lor.

Cent. Bypass

Line

Filter

NOTES

Screen Byp.

Decoupling

Screen

Byp,

Decoupling

Ind.

Filter

Grid

Bypass

Plate Bypass

Screen

Net.

Grid

Cap.

Screen

Byp.

Grid

Cap.

Screen

Byp.

Net.

Oath.

Byp.

Screen

Filter

Byp.

Dec.

NOTES

{Wire

Wound)

(Wire

Wound)

(Wire

Wound)

tl ons

CODES

OTHERWISE

STATED

' 5%

5%

«

Byp

ITEM

No.

R27
R28
R29
R30
R31
R32
R33

R34
R35

R36A

R37
R38
R39
R40
R41
R42
R43
R44

R45
R46
R47
R48

R49

R50

R51

R52

R53

R54

R55

R56

R57

R58

R59

R60

R61

R62

R63

R64

R65

R66

R67

R68

R69

R70

R71

R72
R73
R74
R75

R76
R77
R78

R79

R80
R81
R82
R83

R84
R85
R86
R87
R88
R89
R90
R91
R92
R93
R94
R95
R96
R97
R98
R99
R100
R101
R102
R103
R104
R105
R106

RIO1
R108
R109
R110

Rill

R112
R113
R114
R115
R116
R117
R118

R119A

R120

R121
R122
R123
R124
R12,
R126
R127

RESISTANCE

J2K2
lOKffi

1

Meg.

"8002

182

39002

,9002

1002

39002

'0002

B

35002

622

C

39Kffl
47002
36002
lOOKffl
100K2
33002

1202
152
222
10K2

470KS2
150K2

lOOKffl

682

33K2

10002

56K2

100K2

68H
10K2

47K2
10002
100K2
100K2

:7K2

22K2
470K2
100K2

1

100K2
470K2
100K2
32002
22002
82002
82002
33002
39K2

33002
33K2
68002

1

1.2
10K2

100K2

32K2

1.2

68002

10K2
10K2

10KS2
560K2
470K2
39002

8202

2.2

470K2
470K2
4702

•470K2

102

22K2
47K2
27K2
47K2
50002

10K2

68002
320K2
680K2
lOKffi
470K2

1002
1002

27K2

22K2

6K2

5.62

680K2
lOKffi

10K2

3302
2002

B

3502
13802
100K2
100K2

2.22

470K2
230K2
12502

Note
Note
Note

Meg.

Meg.

Meg.

Meg.

Meg.

IK2

1.

2.

3.

RATING

Used
Used
Tap at

WATTS

only
only

wher
wher

50002

r

DESCRIPTIONS

NTO

SOLAR

"Jo.

31
35
31

D
31
Dl

0

3
31

5-01
3-01

5­075

01
02
05
5-01

5-01
05
5-01
5-01

0
5-01

05

5-01

05
05

5-01

01

01

0

SPRAGUE

PART

No.

-

MW.5-21

MW.5-25
MW.5-21

ST-2-1

MO.

5-45

MW.5-21
MW.5-21

MO.

5-45

MO.

5-45

MW.5-21
ST-4-01
ST-4-01
ST-4-02
ST-2-1
ST-4-1
MW.3-27

ST-4-05
MW.5-21
ST-6-002
ST-6-005
ST-4-01
ST-4-05
ST-2-1
ST-6-01

ST-6-005
ST-4-01
ST-4-01

ST-4-1

ST-4-1

MO.

5-45

ST-4-01

ST-6-005

ST-2-1

I'M.

3-11

ST-6-005

ST-4-05

ST-6-005

ST-4-05

ST-4-01

MWS.5-37

MW.5-21

ST-2-1

MW.5-21
ST-4"-05

STM-10-05

ST-6-01
ST-2-1
ST-4-1
MPH-6-05
MPH-6-05

PART

T.FM-21

,-'•11-25

P — °1

IM-

1FK-45
1FH-21
1FM-21
1FM-45

1FM-45
1FM-21

TM-11
TM-11
TM-12
TM-1
TM-1

lF'M-27

TM-15

1FM-21
TM-22
TM-25

m-ii

TM-15
TM-1
TM-11

TM-25

TM-11
TM-11
PM-1
TM-1

1FM-45

PM-11

TM-25

m-i

1FM-11

ffl-25
m-15

TM-25

TM-15

TM-11
MS

1PM-21

I-M-l

1FM-21

TM-15
FR-15

TM-11
TM-1
TM-1
PM-15
FM-15

>LS

INSTALLATION

Focus control (Wire Wound)
Volume control
Attach

to

R2A per

Brightness control
Attach

to

RSA

Contrast control
Attach
Vertical centering control
Horlz. centering
Vert,
Vert,
Attach
Vert,
Attach
Horlz. drive control
Attach
Picture Tube
Attach

DC

xj

RESISTORS

ithode

ate

3 i 1

Shunt

t°

Coil

r

Grid

r

Cathode

*

Screen

Grid
Plate

r-

Plate

"

Plate Decoupling

/Ideo

IF

/ideo

IF

/Ideo

IF

/ideo

IF

per

to R4A per

linearity control (Wire Wound)
hold control

to

RSA

per

size

control

to R9A per

to

RIGA

per

Bias

to

R11A

per

IDENTIFICATION

ARE ± 1C*

5%

Shunt

Transformer

Grid
Cathode

Transformer Shunt

Plate

IDENTIFICATION

INSTALLATION

No.

S. IF

Coupling

AVC

Filter

Fixed

Trimmer

1st S.
1st S. IF

AVC

Filter

1

n n

Limiter
Limiter
RF

Bypass

RF

Bypass

De

-emphasis
Tuning
Tone

Comp.

Audio

Coupling

Bias

Filter

AF1

Screen Bypass

RF

Bypass

Audio Coupling

Decoupling
Output
Output Plate Bypass
Sync.

Coupling
Sync. Coupling
Sync.
Sync.

Coupling

Integrator

Vert.

Osc.
Vert.
Vert. Coupling
Sync.

Fixed

Trimmer
AFC

Filter
Phase Shifter
AFC

Coupling
Hor.

AFC

Hor.

Osc.

Hor.

Osc.

Differentiator
Hor.

Sync.

Hor. Discharge

-37

Hor. Coupling

Hor^

Amp.

Bias Filter

Hor.

Amp.

Damper Filter

-"ixed

Trimmer

HV

Filter

Ace.

Anode Bypass

Pic.

Tube Cath.

:ior.

Cent.

Line

Filter

NOTES

Instructions

instructions

instructions

control

(Wire

instruct!
instructions

instructions

Control

instructions

CODES

UNLESS

OTHERWISE

Shunt

5%

5%

•'"

CODES

AND

NOTES

IF1

Screen

Byp.

Decoupling

Screen

Byp.

Decoupling

Ind.

Filter

Grid

Bypass

Clip. Screen

Net.

Grid

Discharge

Cap.

Coupling

Screen

Byp.

Grid

Cap.

Screen

Net.

Coupling

Cath.

Byp.

Screen

Dec.

Bypass

(Wire

Wound)

Wound)

ons

STATED

*

Byp

Byp.

Byp.

ITEM

No.

R27
R28
R29
R30

R31
R32

R33

R34
R35

R36A

R37
R38
R39

R40
R41

R42

R43

R44

R45

R46
R47
R48
R49
R50

R51

R52
R53
R54

R55
R56
R57

R58
R59

R60
R61
R62
R63
R64
R65
R66
R67
R68
R69

R70
R71

R72
R73
R74

R75

R76
R77
R78

R79

R80
R81

R82

R83
R84

R85

R86

R87
R88
R89
R90
R91

R92
R93

R94
R95

R96
R97
R98
R99

R100

RIO

R102
R103
R104
R105
R106
R107
R108
R109
R110

Rill

R112
R113
R114
R115
R116
R117

RUB

R119A

R120
R121
R122
R123
R124

R125
R126

R127

RESISTANCE

22K8

OK2

8008

682

39008

39008

1002

39002
70002

B

25008

622

C

39K2
47002
36002

100K2
100K2

33002

1202

152
222

10K2

470K2
150K2
100K2

682

33K2
10002
56K8

100K2

682

10K2

47K2
10002
100K2
100K2

27K2

22K2
470K2
100K2

1

100K2
470K2
100K2
22002
22002
82002
82002
33008
39K2
33002

33K2
68008

1

1.2
10K2

100K2

22K2

1.2

68002
10KS2

10K2
10K2

560K8

470K2

39002

8202

2.2

470K2
470K2
4702
470K2

102

22K2
47K2
27K2
47K8
50002

10K2

68002
220K8
680K2

10K2

470KS

1002
1002

27K2
22K2

6K2

5.68

680K2

10K2

lOKffl
3302
2002

B

2508

12802
100K2
100K2

2.28

470K8
220K8
12502

22K2

Note

Note

Note

RATING

WATTS

2

4

Meg.

4

•jj

4

2

4

Z
7

10

Z

1
1

£

2

Z

Z
Z

4
4

4
1

4

X

4

z
I

4
4
4

i
i

Meg.

Meg.

4
^

^

2

^

2
2
2
4

4

4

2
2
2
2
2

1

4

4

4
4

4
4
4

i
^

4
4

Meg.

Keg.

Meg.

\

4

2
2
1

4

10

i
4

\

4

5
3
2
25

4
l

2
2

1

12

8
24
1
1
1

10

1.

2.

3. Tap at

4

Used only when using

Used only when using

50008

REPLACEMENT

CROSLEY

PART

No.

9374-217

39374-37

39373-92

3S375-69
39374-11
39374-208
39375-63
39374-13
39374-208

W-160195

39375-87
39375-65
39375-358
39374-225
39374-225
39374-207
39374-190
39374-3
39374-5
39374-37
39374-57

39374-51
39374-49
39374-11
39374-131
39374-25
39374-46
39374-49
39374-11
39374-37
39374-221
39374-25
39374-49
39374-49
39374-42
39374-41
39374-57
39374-49
39374-61
39374-49
39374-57
39374-49
39374-205
39374-205
39374-212
39374-212

39374-44

39374-31
39374-219
39374-35
39374-61
39374-63
39374-37
39374-137
39374-41
39374-63
39374-35
39374-37
39374-37
39374-37

39374-58
39374-57
39374-32
39374-112

39374-69

39374-57
39374-57
39374-21
39374-57
39374-1
39374-217
39374-221
39374-130
39374-45
W-160104-16
39374-125
39374-35
39374-53
39374-59
39374-37
39374-57
39374-13

W-160097-3
39374-218

39374-217

W-160258

39303-17
39374-141
39374-213

39374-213
39374-107
W-160194

W-160199
39374-137
39374-137
39304-8
39374-57
39374-53
B-138201-6
39374-41

not

RESISTORS

BTS-10K

BTS-1

BT-2-3900

BT-2-3900

AB-7000

AB-2500
BW-2-62

BTS-4700-5%
BTS-3900-5%
BT-2-100K
BT-2-100K
BW-2-3300
BW-2-120
BW-4-15
BW-4-22
BTS-10K
BTS-470K
BTS-150K

BTA-33K
BTS-1000

BTS-100K

BTS-10K
BT-2-47K
BTS-1000
BTS-100K
BTS-100K
BTS-27K
BTS-22K
BTS-470K
BTS-100K

BTS-1

BTS-100K
BTS-470K
BTS-100K
BW-2-2200
BW-2-2200
BT-2-8200
BT-2-8200

AB-5000

BTS-680K
BTS-10K
BTS-470K

AB-100
BT-2-27K
BT-2-22K

BW-4-5.6

BT-2-10K
BT-2-10K
BTA-330
DG-200
AB-250
DHA-1250
BTA-100K
BTA-100K
BW-1-2.2
BTS-470K
BTS-220K
AB-1250
BTS-22K

12KP4

12LP4

used.

DATA

IRC

PART

No.

Meg.

Meg.

BTS-3300
BTS-39K
BTS-3300

BT-2-33K
BTS-6800

BTS-1

Meg.

BTS-1. 2 Meg
BTS-10K
BTA-100K
BTS-22K
BTS-1. 2 Meg
BTS-6800
BTS-10K
BTS-10K
BTS-10K
BTS-560K
BTS-470K
BTS-3900
BTA-820
BTS-2.2

Meg
BTS-470K
BTS-470K
BTS-470
BTS-470K
BW-4-10
BT-2-22K
BT-2-47K
BTA-27K
BTS-47K

BTA-10K
BTS-6800
BTS-220K

or

12LP4

picture

CCONT.J

IDENTIFICATION

st

Video

IF

las
las

2nd

Video

2nd

Video

2nd

Video

3rd

Video

3rd

Video

3rd

video

Bleeder (Wire

Filter

Voltage
Video
Video
Video
Video

Video
Filter
Voltage

n
n n

DC

Restorer Diode Load

'icture

Voltage Divider

1st

Sound

1st

Sound

1st

Sound

1st

Sound

2nd

Sound

1st

Sound

2nd

Sound
Voltage
2nd

Sound
2nd

Sound

3iscrimlnator

De-emphasis

Tone Compensation

1st AF
1st

1st
Voltage Divider
Bias

Output

Filter

Filter

Voltage

Tuning

Sync. Clipper

Sync.
Filter.
Voltage
Tuning Indicator Network
Sync.
Sync.

Sync. Clipper Screen
Voltage
Vert. Buffer Grid
Vert. Buffer Cathode

Integrator
Vert. Buffer Plate

Vert.
Vert.
Vert. Peaking
Vert.
Vert.
Sync.

Horlz.

AFC
Horlz.
Horlz.

Horiz.
Voltage
Horiz.

Horlz.
Horlz.
Differentiator

Horlz.

lorlz.

-lorlz.
Horlz. Output
Parasitic

lorlz.

Horiz.

Damper Filter
HV

Filament

HV

Filter

Filter

Bias
Series
Focus Coll Shunt
Filter
Filter

Time
Voltage

rocus

Voltage

picture tubes.

tube.

Plate

Network
Network

20%

IF

Coil

Shunt

IF

IF
IF

IF

IF

(wire

Divider
Det.
Amp.
Amp.
Amp.

Amp.

Divider

it

Tube

IF
IF
IF
IF
IF
IF
IF

Divider

IF
IF

ii

ii

Grid

AF

Plate

AF

Screen

Network

Grid

Cathode

Decoupling

Coll
Cathode
Decoupling

Wound)

Wound)

Coll Shunt

Grid

Plate

Screen

Screen

Grid

Grid
Cathode
Screen
Decoupling
Grid
Grid

Cathode

Screen
Decoupling

Load

5%

Shunt

5*

(Wire

Wound)

5%

5%

5%

Filter

Dropping

Ind.

Grid

Grid

Clipper Plate

Divider

Clipper

Grid

Clipper

Plate

Divider

Osc.

Srid

Osc.

Plate

Amp.

Cathode

Amp.

Grid

Disc.

Load

AFC

Grid

Filter

AFC

Cathode

AFC

Plate

AFC

Screen

Divider

Osc.

Grid

Osc.

Plate

(Wire

Osc.

Screen

Discharge Grid
Discharge Plate
Peaking

Grid

Suppressor

Output

'Cathode

Output

Screen

See

Network

Focus Coll . ..

(Wire

Delay Rect. Filament Wire Wound

Divider

Coll Shunt

Divider

Wlre

Wound)

See

See

Wound)

(Wire Wound)

Note 3 (Wire

Wound

Note

1

Note

2

CODES

Wound)

?0

4k to

P

O

N

PAGE

15

ITEM

No.

T2

T3

T4

T5
T6A

T7

ITEM

No.

T8

ITEM

No!

LI

ITEM

No.

L2
L3

L4
L5

L6
L7

L8
L9

L10A

Lll

LISA

L13A

L14A

LISA

Lie

L17

LISA

L19A

L20A

LSI

L22
L23
L34

ITEM

No.
Tl

B

B

B

B

B

B

B

B

B

PARTS

PRI.

117VAC

®

2.6A

t

Drill

HV

winding.

RATING

DC

RESISTANCE

,

PRI.

682 Tap

1)388

2908

4302

Tap

g>

180S2

5752

152
622

525S2

IMPEDANCE

PRI.

SEC.

50002

3.12

TOTAL
DIRECT

CURRENT

.310A

USE

Ant . Input

RF

End

Inductor

RF

Plate

Mixer

End

Inductor

Mixer Grid

Osc.

End

Inductor
Oscillator
Osc.

Shunt

1st

Video

1st

Video

RF

Choke

1st

Video

IF

Coupling

1st

Video

IF

Coupling

2nd

Video

2nd

Video

2nd

Video

IF

2nd

Video

IF

3rd

Video

IF

3rd

Video

IF

21.9MC

Sound

Trap
Adjacent
Channel
Sound Trap
3rd

Video

IF

3rd

Video

IF

4th

Video

IF

4th

Video

IF

4th

video

IF

4th

Video

IF

Peaking
Peaking

4.

SMC

Trap

Peaklne

SEC.

760VCT

®

.320

55VAC

Tap.

SHE

6.3VAC

©9.0A

new

SEC.

6852
Tap©

218

7402

SEC.

buuy

SEC.

10.5S2

Tap

®

.5S2

SEC.

OS

72

RATING

RATINGS

RESISTANCE

882

02
02

02
02

02

IF '
IF

IF
IF

02

1.52
102

LIST

RATING

1

5VAG

6A

ADC

4

mounting

AC-160009-1

D-160015-3

a

1

W-16Q201

B

W-160200
AB-160455

AB-160365

DC

RES.

PRI.

315fl

D.

C.

DC-

RES.

PRI.

02
02
02

.72

02
.72

.72

.72

.72

.12
.72

.72

.72

15.52

18.52

AND

TRANSFORMER

SEC.

2

SEC.

3

5VAC

2A

holes.

Use

TRANSFORMER

CROSLEY

PART

No.

A-8117

A-8115

DY-1

TRANSFORMER

CROSLEY

PART

138131-2

(0

CURRENT

1000

Henry

No.

CROSLEY

•*)

C-160014

REPLACEMENT

CROSLEY

PART

No.

AW-160018
AW-160218

AW-160225

AW-160217
AW-160054
AW-160512
AW-160155

AW-160020
AW-160513

AW-160155

AW-160S12

AW-160163

AW-160513
AW-160155
AW-160512
AW-160163
AW-160159

AW-160159
AW-160513
AW-160161
AW-160512
AW-160163
AW-160S12
AW-160163

AW-160023-3
AW-1600S3-2
AW-160160
AW-1600'23-1

PARTS

LIST

SEC.

.4S2

INDUCTANCE

4

SEC.

DESCRIPTIONS

(POWER)

REPLACEMENT

P-81521

to

CIRCUITS)

DATA

CHICAGO

PART

No.

TFB-1

'TSO-1

DATA

CHICAGO

PART

No.

RO-303

REPLACEMENT

STANCOR
PART

No.

No.

Part

Part

Part
Used
Used

Used

Used

Used
Used
Used
Used

tube

Used
Used
Used
Used
Used
Used

ON

PAGE

STANCOR
PART

No.

obtain

A-3035

OUTPUT)

MERIT

PART

A-2902

DATA

CHICAGO

PART

of

of

of
In

tube

socket.
In

tube

socket.

in

tube

socket.

Used

in

tube

socket.
In

tube

sockets.

Used

Insets

tube

sockets.

in

tube

sockets.
In

tube

sockets.
in s ets

tube

sockets.
in s ets
sockets.

In

tube

sockets.
In

tube

sockets.

in

tube

sockets.
in

tube sockets.

in s ets

tube

sockets.
In

tube

sockets.

19

CROSLEY

PART

D-160011

dropping

REPLACEMENT

STANCOR

PART

No.

REPLACEMENT

STANCOR

PART

A-3849

FILTER

PART

No.

COILS

-

CONTINUED

No.

resistor

(SWEEP

(AUDIO

No.

CHOKE

C-23261

(RF-IF)

DATA

MEISSNER
PART

(Continued)

DATA

CHICAGO
PART

No.

55V

from

one

side

MERIT

PART

No.

Hor.

Osc.

Vert.

Block

Hor.

Output

Vert.

Output

Hor.

Deflection

Vert.

Deflection

Focus

No.

No.

C-160308

C-160308

INSTALLATION NOTES

MERIT

PART

No.

t

mounting

NOTES

Drill

C-16038
sets having molded type
sets

having

wafer

sets having molded type mlnature

sets having wafer type minature

sets having molded type mlnature

having wafer type minature

sets having molded type
sets having wafer type minature

having molded type minature
having

wafer

,

sets having molded type mlnature
sets having wafer type minature
sets

having

molded type

sets having wafer type minature

having molded type

sets having wafer type minature

MERIT

PART

No.

of

NOTES

Trans.

Osc.

Trans.

Trans.

Trans.

Coll

NOTES

new

holes.

Coll

Coll

INSTALLATION

mlnature

type

minature

mlnature

type minature

minature

mlnature

PAGE

16

ITEM

No.

L25

L26

12,1

128

L29

L30

ITEM

No.

SP1

SP2

ITEM

ITEM

No.

M2

M3
M4
M5

M6
K7

USE

1st

Sound

IF

Trans.

2nd

Sound

IF

Trans.

Disc.

Hor.

Linearity
Control

Hor.

Size
Control
Coupling
Choke

FIELD

RES.

PM

CONE

4

3/4"

BASE

No.

Bayonet

ML

Tuner Assembly
Fuse
Relay
Band

SW

Vertical

Ion

Trap

m

Iron

Core

Iron

Core

Iron

Core
Iron Core
Iron

Core
Iron Core
Iron Core

Magnet
High Voltage Cable
and

Connector

Bank

Panel

Back Panel
Knob
Knob
Knob Assembly
Mask
Mask
Safety

Trans

RATING

DIA.

X 7"

TYPE

PART

NAME

Positioning

Glass

02

..52

372

.22

V.

3.12

V. C.

3/4"

C.

Mil.

DC

IMP.

DIA.

VOLTS

6-8V

RES.

SEC.

02

02

SW.

COILS

REPLACEMENT

CKObLEY

PART

AC-160008

AC-160008

AC-160010

AW-160281

AW-

160238

CROSLEY

PART

No.

145087

AMPS.

.25

Blue

CROSLEY

PART

No.

AW-160025
W-160117-10
W-160044
B-160022

W-160196
W-144315
39012-94
39012-93
39012-92
39013-91
W-1S0426
39012-85
39012-95
W-135723

AW-160510
AD-160392
AD-160504
B-160488-1
B-160488-2
AB-160391
R-160050-2
R-

160473

B-150166-1

CRF-IF3

No.

REPLACEMENT

CONT.

DATA

MEISSNER

PART

No.

SPEAKER

DATA

JENSEN

PART

No.

PART

57A15

Used

GUAM

In

No.

early

DIAL LIGHTS

BEAD

COLOR

REPLACEMENT

CROSLEY

PART

No.

DATA

MISCELLANEOUS

NOTES

Complete

3

Amp.

Armature,

Toggle,
Model
For

For

For

For

For
For

For

Hor. Output Oscillation Damping magnet.

Includes

Includes
Small

Small

Large
For

For

SPST.

DPDT.

9-407M-1

L209,

L222

L219

L220

L216

L204, L207,
2201,

Z202,

2204

Power Cable,
Power Cable,

(Plain)

(With

Indicator

Models

9-407

Models

9-407M-1, 9-407M-2

L210,

2203.

L212,

For
For

Line)

NOTES

production

Type

*44

L208,

Models
Models

sets.

NOTES

NOTES

L201,

L203,

9-407,
9-407M-1

L206,

9-407M-2

o

o

m
V)

£

O

•Po

*»

V)

35

•p

*>

o

N

VERT. VERT.

BAND

SW.

CENT. CENT.

HORIZ.

VERT. VERT. VERT.

LIN.

SIZE

HOLD

hORIZ.

DRIVE

CABINET-REAR VIEW

PAGE

KJ

19

DISASSEMBLY

1.

Remove

2.

Disconnect

3.

Remove

4.

Remove

5.

Remove

HORIZONTAL

If

the

picture
determine
Set Bl

midway

Turn

the

Decrease

the

the

area

-to

there

should

the

right a darker

first

lighter

(B2)

until

the

disappearing

does

the two

extreme

between

horizontal

contrast control

the

right

be a

vertical

strip

gray

strip

the

left

edge

point.

HORIZONTAL

Adjust

the

horizontal

opening.

Adjust

the

horizontal drive control

picture.

(This

control

the

field.)

The

horizontal

the

horizontal

adjusted.

If

the

Turn

the

the

brightness control "arm"
Advance

linearity

size

If

necessary.

BIAS

picture tube

brightness

the

bias control

six

push-on

type

control

speaker plug.
tuning indicator tube
four

7/16"

hex

head

four

11/32"

hex

nuts

FREQUENCY

not

remain

ln"sync"

positions

these

centering

which

gray

two

positions.

control

and

usually

strip

where

increase

is

blanked

about

until

may or may not be
is not

present

the

of the

darker

strip

LINEARITY

size

control (B3)

for the

Is

pre-set

at the

control (B4) affects

control (B3) after

CONTROL

has

been

control

and

to the

the

replaced, turn

to the

point

chassis.

point

INSTRUCTIONS

knobs.

from

holder.

bolts holding chassis.

holding

speaker.

Remove

Remove

ADJUSTMENT

horizontally turn

the

picture

the

raster

the

brightness

out.

1/4"

wide

present.

phasing

Is

at

If
is

the

AND

so the

picture

best

factory

and

the

horizontal drive

drops

Is
so the

Adjacent

at the

this
incorrect.
extreme

linearity

normally

middle

the

horizontal

Into

"sync"-not

positioned

entire

to the

right

edge

strip

Is

If so,

right

SIZE

width

Is

of

pattern

should

portions
and

linearity

ADJUSTMENT

the

contrast control

where a VTVM

where

the

reading

raster

Just disappears.

of 50

chassis.

speaker.

hold

adjustment

out of

synchronization.

(Bl)

correctly horizontally.

raster

Is

visible

including

right

edge

of the

picture

of the

raster.

Further

over 3/16"

edge

turn
of the

wide

the

raster

or

phasing

almost

If

the

control

ADJUSTMENT

the

same

as the

picture

on the

right

side

not

require

adjustment

of the

picture.

controls

fully

counter-clockwise.

volts

is

obtained

Readjust

have

been

between

and

to

to

frame

of the

In

R.F.AMP.

MIXER

OSC

B-

1

TIME

DELAY

L.V.RECT
L.V.RECT

PAGE

q

viB

V2«

,

"1^

B + -

t

RECT

fe

V26
V27

20

ist

SOUND

LMITER

1st

VIDEO

2nd

VIDEO

3rd

VIDEO

I.F.

I.F.
I.
I

vam

V4fc

F.

V5

F.

V6

vioB

DISCRIMINATOR
TUNING

•

•

TTTIMT/-.

VllB

INDICATOR

TWT 1 /Olr7

V12B

•

(

AUDIO

yiPF"

V13

OUTPUT

AMP

•

V14

•

VQ H .

i-n

— tft

"i

»

n

p

BFST

1 /

2V?I

A.F.AMP.

I

VERT.

BUFFER

1/2V11

SYNC

CLIPPER1/2V15

L

SYNC

CLIPPER

HOR.

•

•

SYNC

HOR. A.F.C

VieB

DISC

V19

V20J"" " *

•

•

BLOCK

irc-BT

nw

e.

DISCH

1/2V18B

HOR.

OSC

V21 • ^

HOH.

DISCH

DIAGRAM

•

1/2V15

•

B

VERT

AMP V18

DAMPER
H.V.RECT.

v"

V24

K~~^

B

—

B

•

THHT|

c_

CflOSLEY

9

-407 M -I