How it Works
Westinghouse
Loading...
h 196
schematic
31 pgs15.35 Mb0

Westinghouse h 196, h 207 schematic

Download
Page 1
PHOTOFACT*
Fold
er
HOR1Z
VERT
HOLD
WESTINGHOUSE
MODEL
H-196,
CONT.
H20UM
H-2O7
MODELS
TONE UN-OFF
SW
HOLD
HOLD
MODEL
TRADE
NAME MANUFACTURER TYPE TUBES POWER TUNING
Alignment Block Dial Disassembly Horizontal Sync. Disc. Parts List Photographs
Cabinet-Rear Capacitor Chassis-Bottom View Chassis-Top Chassis-Top
Westlnghouse
SET
Diagram
Cord Stringing
Westinghouse
Television Receiver
H-196
SUPPLY
105-125
RANGE-Channels 2 through
Instructions
Instructions
and
Description
View
Identification
View
(AM-FM)
View
(TV)
HOWARD
"The listing
of any case a recommendation, warranty as
to the
parts
have been compiled
Inc.,
by the
"Reproduction
available replacement
quality
and
manufacturers
or
use, without
suitability
from
of the
of
such
information
express
CON
H-196
<M
Models, Electric
Twenty-eight,
Volts,
or
guaranty
particular type
60
Adjustment
18,19,20
(TV)
(AM-FM)
W.
SAMS & CO., INC. • Indianapolis
part
herein does by
Howard
replacement
furnished
of
permission,
of
H-196,
Corp., (FM-AM-Phono H-207
Cycles
part.
to
Howard
replacement part
editorial
Thirty-six
AC
13, FM 88 to
not
constitute
W.
Sams & Co.,
The
numbers
W.
Sams & Co.,
or
pictorial con-
H-207
Receiver
RATING:
H-207
108MC,
Dlv.,
only)
AM
Sunbury,
TV-2.26
540-1600KC
Pa.
Amp.,
.
AM-.76
Amps.©
INDEX
Page
Page
6,7
Photographs 17 RF 27
Resistor 28
Trans., 28
Identification
,21,22
Schematic
Schematic
27
Sensitivity Control Adjustment
12,25
Tube Placement Chart
14,23
Voltage
15
Width
3,16
Adjustment
tent,
in
any Inc.,
of
these
listed."
in
the
use of the Sams & Co., ternational Union
(1
(continued)
Tuner
(TV)
10
Identification
Inductor
(AM-FM)
(TV)
and
Resistance Measurements
and
Horizontal Linearity
any
manner,
information contained herein. Copyright
Inc.,
Indianapolis
Copyright Union.
91
0)
by
Howard
and
Alignment
(TV)
11,26
28
7,
Indiana
is
prohibited.
No
patent
7,
Indiana,
All
rights
W.
Sams & Co.,
DATE
7/49 4913-17
(TV) 13,24
4,9
liability
is
assumed with respect
U. S. of
America. Copyright under
reserved
under
Inc."
Inter-American
Printed
SET #65
117
Volts
8
1949
by
Howard
Copyright
in U. S. of
America
FOLDER
W.
In-
to
17
o
>
""o
0
Page 2
THE
COOPERATION
RECEIVER
A
PHOTOFACT
©Howard
MAKES
STANDARD
W.
OF THE
MANUFACTURER
IT
POSSIBLE
Soms & Co., Inc. 1949
TO
NOTATION
SCHEMATIC
BRING
YOU
C
THIS
PAGE
2.
Page 3
RATIO
DET.
-J-
a
-<-
5000
-pMMF
1
|
(g)
IMEG
AVC
@
"T-
i
@
-p
<68
47
_L
fBTpvS
MMF — (Jf3)f
K
{R77)>6BOK
?
®
B-l-
Z
/P)>
X-fi-5
680K
,--
"**
_
'
I
J
AT. AMP
1
CTQ
47°
7DlO
MMF
VOL.
CONT.
2
MEG.
VyX
*
,-,
^^S47K'
'
\
ACTURER 5
YOU
THIS SERVICE
OF
THIS
®4WSi
I
»!»
™>^Q™)jr
270
•'""TX
MT
i_i___\G
I
i-
"(§3)^68K
§)
HM
, . -
270
(C97)-TMMF
I)-pi,
Ml^;,1
2]r
**
1
^®J77N
^MEG
Jj
@)
|
1
®
®<IOOK
;1
fpqoN—•— . J— (CSIJ,^.!
J^
899
B
+
^J-5000 'T
MMF —
lft)_~2000
i(=y"rMMp
1®
-T~5000 MMF
—_5000
r
^n
fi£i> gj9|MMF
MMF
I
|
5000
'
100
'DI^L
K
-^WT-dH
/Diii^
4700
yjlHy
WMF
MEG
V!^
VERI
HOLD"
CONTROL1^
/jwh
Page 4
pj
I
47i
TONE
CONTROL
1H
M
fooiN > 47DK
AUDIO
OUTPUT
6AQ5
^AA
o o
Page 5
<
I
Ld
CL
c/)
U
MODELS
WESTINGHOUSE
H-2O7
H-196,
Page 6
CHASSIS
BOTTOM
VIEW-TRANS.,
INDUCT(
PAGE
4
Page 7
JCTOR
AND
ALIGNMENT
IDENTIFICATION
PAGE
9
Page 8
//vT'
6BH6
(
CONVERTER
AMP
A.&.C.
s~\
TUBE
V36
IOBP4
VIEW
CLIPPER
VII
(I2AX7)
HOR.8.VERT
SYNC.
A-°-c-
PUT
VIDEO DET.
OUT
'12s
_
6Aa5]
VIDEO
PICTURE
RECT L.V
BOTTOM
'96L-H
!SnOHONIIS3M
Z.OZ-H
S13QOW
TUBE PLACEMENT CHART
(5Z4CT)
TUBE
PICTURE
CLIPPER
NOISE
I2AT7)
Page 9
To
set
mark
at
Volume
than necessary
DUMMY
ANTENNA
1.
.1MFD
2.
.1MFD
3.
4.
Before pin 7 6AL5 the
common
DUMMY
ANTENNA 1000MMF
5.
1000MMF
6.
7.
1000MMF
Use
frequency
in
scope
DUMMY
ANTENNA
5.
1000MMF
6.
1000MMF
7.
1000MMF
DUMMY
ANTENNA
8.
300S carbon
res.
3002
9.
carb
on
res.
ALIGNMENT INSTRUCTIONS
RADIO
PRE-ALIGNMENT
dial
pointer, turn tuning capacitor fully closed
left
hand
edge
control should
to
obtain
SIGNAL
GENERATOR
COUPLING
High
side
1
side
High 1 side
to pin
6BA6(V30).
to
chassis.
side
to pin
6BE6
(V29 ) .
to
chassis.
Loop
Loop
starting
High
1
6BA6 ( V29 ) .
side
High 7
12AT7(V28).LOW
side
for
High
1
6BA6
side
High 7
12AT7
Low
sis.
High
terminal
antenna
Low
minal
step
(V5)
to
chassis.
lead
to
point
SIGNAL
GENERATOR
COUPLING
side
to
to
chassis.
side
to pin
to
chassis.
modulated
horizontal deflection.
SIGNAL
GENERATOR
COUPLING
side
to
(V29 ) .
to
chassis.
side
to
(V30).
side
to
chas
SIGNAL
GENERATOR
COUPLING
side
to
1 of
strip.
side
to
ter-
2.
n
of
dial. be at an
output reading.
SIGNAL GENERATOR FREQUENCY
455KC
Low
"
Low
1600KC
1400KC
FM IF
7,
connect
(See
C.
SIGNAL GENERATOR FREQUENCY
pin
10.7MC
Low
FM
IF
ALIGNMENT USING
signal
SIGNAL GENERATOR FREQUENCY
pin
10.7MC
Low
(450KC
Sweep)
pin
SIGNAL GENERATOR FREQUENCY
105MC
INSTRUCTIONS—
maximum
position.
BAND
SWITCH
POS.
AM
center posi­tion)
"
•
ALIGNMENT USING
two
100K2 matched
Schematic).
BAND
SWITCH
POS.
FM
(Ext.
counter clock-
wise)
with
FM
w
SWITCH
"
60%
BAND
SWITCH
POS.
BAND
POS.
"
•
'
"
READ
AM
FM
FM
ALIGNMENT
CAREFULLY
Use an
ALIGNMENT
Tuning fully
1600KC
Tune imum
AM
Tuning fully
BEFORE
Output
insulated
RADIO
DIAL
SETTING
cap
open
H
for max
output
SIGNAL GENERATOR
resistors
Connect
RADIO
DIAL
SETTING
cap
open
"
SIGNAL GENERATOR
modulation
Tuning fully
RADIO
DIAL
SETTING
cap
open
and
n
n
RF
ALIGNMENT
RADIO
DIAL
SETTING
105MC
Tune
for
maximum
out-
put.
ATTEMPTING ALIGNMENT
and set
pointer
of
signal generator
alignment
OUTPUT
Across voice
coll
.
the DC
CONNECT VTVM
DC to
$>
Common
to
sis.
DC to
JJX
lead polnt^>
450KC
CONNECT
Vertical
Amp.
pointer Low
to c
sls.
Vertical
Amp.
point-^Bi Low to
sis.
CONNECT
VTVM
DC to
3rt
Low
Side
chassis.
METER
n
"
AND
(+ Probe
Probe point
chas-
11
Probe point Common
to
AND
OSCILLOSCOPE
sweep.
SCOPE
to
side
has-
11
to
side
chas-
Probe point
to
"
ADJUST
Al,
A3, A4
AS
A6
VTVM
5%)
ADJUST
A7, A8 A9
A10,
All
A12
ADJUST
A7, A8 A9
A10, All
A12
ADJUST
A13
A14
screwdriver
Adjust
A2
put.
Fashion signal
receiver. maximum
Rock
connected
of the
Use
Adjust
Adjust
at
last
reference
should
be no
for
REMARKS
for
maximum
" " " "
loop
of
wire
into
Adjust
output.
tuning for
maximum
in
series
to
point
for
of
loop
cap and ad-
REMARKS
maximum
turns
Just
VTVM
Adjust flection.
"
Adjust
for
A
positive reading denotes setting. lOOKffl
Disconnect capacitor for and
Adjust tude
Fig
Reconnect occurrs
tern necessary, touch amplitude ness
flection.
zero
or
on
either side
the
correct
Remove
resistors.
120%
sawtooth
REMARKS
stabilizer
(Cll).
maximum
amplitude
symmetry
1.
as per Fig 1
for
maximum
and
symmetry
stabilizer
so c
rossover
at
center
as per Fig 2. If
slightly
A7 for
maximum
and
of
crossover
REMARKS
for
maximum
«
11
ir
higher
adjusting.
out-
several
and
radiate
of
for
output. from
B and
de-
reading.
negative
the two
voltage
Adjust
ampli-
as per
cap.
point
of
pat-
re-
straight-
lines.
de-
n
PAGE
6
FIG.
I
FIG.
2
Page 10
10.
20
Attenuate
DUMMY
ANTENNA
SOOMMF
SOOMMF
Connect
DUMMY
ANTENNA
SOOMMF
SOOMMF
Connect
DUMMY
ANTENNA
SOOMMF
SOOMMF SOOMMF SOOMMF SOOMMF SOOMMF
SOOMMF
SOOMMF 500MMF
Leave Shunt
in
series
signal
DUMMY
ANTENNA
500MMP
The
field.
When
DUMMY
ANTENNA
Two
150S
carbon
res.
the
SIGNAL
GENERATOR
COUPLING
High
side
(Grid)
of
Low
side
the
synchronized
GENERATOR
COUPLING
High
side
(Grid)
of
Low
side
sis.
the
bias
SIGNAL
GENERATOR
COUPLING
High
side
(Grid)
of
Low
side
the
bias
the
vertical
with
the
generator.
GENERATOR
COUPLING
High
side
(Grid)
of
Low
side
RF
amplifier
adjusting
SIGNAL
GENERATOR
COUPLING
Insert
ISOfi
tor
in
each genera-
tor
lead
nect
across
terminals
signal
to pin 1 6AG5
to
chassis
"
SWEEP
to pin 1
6AG5
to
chas-
"
unit
to pin 1
6AG5 (V2),
to
chassis
» " " " "
"
" "
unit
amplifier
high
SWEEP
t o pin 1
6AG5
to
chassis
and
the
resis-
and
con-
antenna
.
generator
SIGNAL
GENERATOR
FREQUENCY
21.6MC
(V2),
sweep
GENERATOR
FREQUENCY
21. (IMC
(V2)
shown
in Fig 5 to the
SIGNAL GENERATOR FREQUENCY
21.
21.6MC
20.4MC
27.
22.8MC
23.
25.6MC
25.9MC
22.
connected
side
lead.
GENERATOR FREQUENCY
25MC
(V2)
(12MC
mixer
circuits
oscillator
SIGNAL GENERATOR FREQUENCY
215.75MC
(Unmod.
209.7SMC
203.75BC
197.75MC 191
185.75MC
179.75MC
87.75MC
81.75MC
71.75MC
65.75MC
59.75MC
SOUND
IF
to
give
CHANNEL
"
SOUND
IF
ALIGNMENT
voltage
SWEEP
GENERATOR FREQUENCY
SMC
SMC
SMC
SWEEP
Sweep)
21.45MC
21.6M3
Sweep)
21.8MC
"
21.35MC
21.
21.85MC
CHANNEL
SMC
SMC
for
this
connections
Connect
GENERATOI
FREQUENCY
21.
22.
23.0MC
25.
26.
27.
of the
circuits,
CHANNEL
)
.75MC
TV
the
SMC
OVERALL
of the the
SMC
SMC SMS
IMC OMC
tuner
turn
VIDEO
AGC
ALIGNMENT
USING
Probe Common
C
ssis.
DC
Probe
Ho
Common
Point<E>
USING
signal
CHANNEL
3
3
IF
line.
DC
Probe
Test Jack
chassis. to
chassis.
VIDEO
check.
oscilloscope
horizontal
CHANNEL
3
TV
OSCILLATOR
are
the
fine tuning
Probe Coitimon
€
ssis.
ALIGNMENT
approximately
3
"
from
MARKER
3
•
» » " "
"
" "
visual
MARKER
13
12
1.. 10 9 8 7
6 5 4 3 2
AM
SIGNAL
a
5
volt
CONNECT
VTVM
to
Point
to
to
Point
to
TM
SIGNAL
generator
Vert. Point side
Vert. Point
side
ALIGNMENT
CONNECT
VTVM
to
Video
on
Common
" "
" "
n
"
« "
IF
amplifier
Vert. Amp. 200K2 test side
(See
very
CONNECT
VTVM
to
Point
to
«
n
GENERATOR
reading
ADJUST
A15.A16, A17.A18
A19
GENERATOR
to the
CONNECT
SCOPE
Amp. D. Low
to
chassis.
Amp.
to
C. Low
t o
chassis.
ADJUST
A20
A21 A22 A23 A24 A25
A26
A27 A28
RESPONSE
with a SOOMMF
to the
CONNECT
SCOPE
to
video
Jack.
Low
to
chassis.
instruct-
ions
above)
ALIGNMENT
stable
and
control
ADJUST
A29
A30 A31 A32 ASS A34 ASS
A36 A37 A38 A39 A40
AND
VTVM
on the
VTVM
Adjust
Adjust
negative side
of the
AND
OSCILLOSCOPE
horizontal input
ADJUST
to
A15, A16, A17, A18
A19
Adjust
„ „ „
Adjust Adjust
quired Adjust
quired Adjust Adjust
quired
CHECK
capacitor
synchronized
ADJUST
thru
A20
thru
A28
normally to the
mid
Expand for
maximum
Adjust
K
II n n n
11
using
the 10
vclt
REMARKS
for
maximum
deflection.
for
zero reading. A positive
reading
will
be
correct
Disconnect
Adjust
for
symmetry
Reconnect A19
so
21.
center
of
for
minimum
for
maximum
for
maximum
adjustment, for
maximum
adjustment,
for
maximum
for
maximum
adjustment,
and
sweep
Check
to see
on
pattern
Slight
adjustment
will
usually properly place markers. A26
or A28 is
traps
must
adjust
any
correct
the
do not
require
point
of
or
compress
deflection.
slug
for
maximum
n
n fl n
n n
H
obtained
setting.
of the
oscilloscope.
REMARKS
stabilizer
maximum
as per Fig 3.
stabilizer
SMC
marker
pattern
REMARKS
deflection.
deflection.
deflection.
repeat step
deflection.
repeat
deflection. deflection.
repeat
insert a 200KS2
voltage
REMARKS
that
obtained
If
readjustment
made
be
rechecked.
trap
except
response
adjustment
Its
tuning
REMARKS
the
oscillator
deflection.
n
scale.
and
on
either
cap
(C8)
amplitude
cap.
appears
as per
step
step
output
markers
as per Fig 6.
of A24 and A25
their
curve
.
and
Adjust
at
Fig
4.
If A25 re-
12. If A26 re-
13.
If A28 re-
14.
resistor
of the
appear
the
of
A25, respective Do not
A22 to
.
in che
range.
coil
T
PAGE?
Page 11
4 Pin
READINGS
3 Pin
RESISTANCE
2 Pin
1 Pin
TuL>«
1
Hem
V
Offi
<>36K2
»11K2
.22
02
100£!
1.4 Meg
63HS
02
4702
•SOK2
22K2
»100ffi
•8.5K2
.22
.22
02
02
Inf.
Offi
Meg. 1
*8.5K2
6AG5
6C4
V2V3V
OS0202
»34K2
•34K2
•3.3K2
•lOOOffi
02
02
IS
Iffi
822
822
Meg.
MeE.
2
2
6BH6
68H6
4
V5
«34K2
»10002
020202
12
662
S.8K2
6BH6
V6
V7
.22
02
02
»34K2
.22
«6K2
.22
IS
682
2.5K2
5.BK2
BOK2
2.2K2
6BH6
SALS
8 V
.22
.22
02
02
MeE.
500K2
1
»220K2
SOOKffi
»22K2
950K2
950Kffi02Offi
02on020202
.22
02
02
MeE.
lOOOffi
1
SOOKffi
5K2
Meg.
1.2
«*5.
*25K2
12AT7
12AX7
SATS
12
1 1
V9
V10
V
V
.22
Kee. 1
470K2
Offi02Offi02470K2
»22K202»34K2
»»4K202"10002
02
02
.22
.22
t
1002
2202
220K2
KeE. l.S
650K2
470K2
12AU7
6AQ5
6BJ6
14
VI3
V
220K2
Meg. 15
Offi
«100Kffi
nlGOOffi
«10K202*1500ffi02Offi
.22
02
020202
.22
.22
Inf.
02
20K2
270E
Inf.
470K2
47K2
6T8
6BH6
6A55
18
16V 17
V UV
V
V35
.22
.2ffi
T02
02
Mec.
4.7
*22K2
»20K2
Me*
Mei.
T1.2
1.4
02
27K2
Meg
Mez.
•2.5
•1
02
•10K2
*20K2
»»6K2
««6K2
Inf.
6K2
«5K2
.22
Inf.
Inf.
Inf.
110K2
.2502
.52
120K2
t
T16Kffl
02
T120K2
T202
T202
682
450K2
2
12K2
34KS
*13K2
*
*
Men.
Inf.
420KS
682
ISKffi
*
33K2
150K2
02
.
102
102
T220Kffi
Inf.
Inf,
«6K2
Kef
1.4
Offi
02
Inf.
2502
.2202.22
T3K2
T5002
02
Men
USE,
2
T
100K2
1.4
*50K2
«3K2
900KSOS27K2
12AU7
12AT7
SALS
19 V
V20
T1002
inf,
.22
92
Offi
««6K2
Inf.
Inf.
6AC7
6AQ5
6B06G
5V4G
21 V
V22
V23
V24
Inf.
TSOKffi
02
Inf,
1202
T20ffi
02
Inf.
Inf.
TISKffl
8320202
Inf.
T16K2
T120KS
400K2
Inf.
02
Offl
IKK
1B3GT
V25
12AT7
SV4G
5U4G
V28
V26
V27
3.5K2
* 4X2
*5Kffi
.5ffi
.52
02
Offi
Meg.
1.2
23KH
6BE6
6BA6
30
V29
V
470K2
02
.52
.52
12
02
Offi
Cffi
... ,
inf
OB
02
Met.
.Sffl
Inf.
10
6BA6
SALS
6AV6
V31
V32
V33
V34
V26
of
of
position
pin 8 of V27
pin 8
pin 8
pin 8 of V19
120K2
2702
Inf.
Offi
802
250K2
12
.22
Inf.
480K2
PIN
11
*2002
852
«*68K2
PIN
10
inf.
*6002
PIN
»«3502
Meg.
.62
120KS!
1
.sn
Inf.
OH
6V6GT
10EP4
5Y3GT
V36
V35
position
"broadcast
FM
from
in
in
Measured from
Taken
Measured from
Taken
Measured
Measured from
t
tt
**
*
*
$
volt-
to the
for
volts
according
117 at
vary
may
maintained
readings
voltage
readings. age
Line
Where
4.
6,
RESISTANCE MEASUREMENTS
AND
VOLTAGE
READINGS
VOLTAGE
9 Pin
8 Ph
7 Pin
OV
6 Pin
13SV3C
5 Pin
170VDC
4 Pin
6.3VAC
3 Pin
OV
2 Pin
1VDCOVOV
Pin 1
OV
Tubs
6BH6
Horn
V 1V2V 3V
,000
com-
direc-
20,000
all
pin to
statod.
clockwise
6.3VAC
6.3VAC
OV
-.3VDC
OV
1S5VDC
27VDC
155VDCOV235VDC
ov
ovovov
6.3VAC
ov
-.4VDC
7VDC
7.2V3C
OV
12AX7
6A05
12V 13 V
V 1 1
6.3VAC
.SVDC
OV
OV
T
t
T
6.3VAC
OV
OV
OV
ov
ov
235VDC
OV
OV
3.8VDC
IX
SVDC
1SOVDC
^-5.
160VDC
115V
150VLC
160VDC
JC
235VDC
235VDO
OVOVOV
6.2VAC
6.2VAC
.7VDC
.7VDC
1VDC .
-
OV
6BH6
6BH6
V 5V6
190V
5.2VAC
.7VDC
OV
6BH6
V 7V 8V9
170VDC
225VDC
24SVDC
6.3VAC
OV
6.3VAC
6.2VAC
OV
ov
.7VDC
SVDC
.
170VDC
-.8VDC
-
63H6
SAG5
SC4
4
-.6VDC
1VDO
SVDC .
.
-
-
OV
1VDC .
OV
-
OV
OV
ov
ov
6.3VAO
OV
6.3VAC
6VDC
6VDC
.
.
16VDC
-.1VDO
-
3
.3VDC
OV
215VDC
12AT7
6AL5
SATS
10 V
100VDO
-.SVDC
ov
ov
ov
DC
13SVBC
105V
OV
OV
208VDC
ov
ov
6.3VAC
6.3VAC
14 V
1.2VDC
1VDC .
-
SR.IS
-.8VBC
6.3VAC
-1.3VDC
OV
-.3VDC
-.8VDOOV70VDCT300VDC
6T8
6BH6
15
16 V
V
OV
-38VDC
85VDC
12AU7
V17
ov
225VDO
205VDC
OV
6.3VAC
10VDC
6A05
OV
-.4VDCT-2.4VEC
T2SVDC
63VDC
OV
OVOVOV
T7VDO
OV
t
-.3VBC
12AT7
VIS
V19
6.3VAO
t OV
194VCC
OV
T15VDO
OV
12AU7
190VDO
-S.6VDCOV-24VDC
OV
9CV3C
-2VDC
OV
-.4VDC
6.3VACOV6.3VAC
-3VDO
6.3VAC
-.6VDC
OV
6AC7
SA1.S
V20
V21
TOP CAP
400VDC
840VDC
6.3VAC
OV
T
16SVDO
T
400VDC
350VDC
T
165VDC
OV
-3VCC
T
OV
ov
350VDC
T
OV
9.7VDC MEASURE
t
OV
400VDC
ov
DO NOT
»
-24VBC
OV
OV
6AQ5
V22
133GT
S^GSG
5V4G
25V 26
V23
V24
V
6.3VAC
OV
540VDC
380VDC
-.1VDC
-2.2VCC
OV
330VAC
OV
330V*C
340VDC
380VDC
OV
5V4G
27 V
OV
123VDC
125VDC
OV
250VDC
OV
6.5VAC
1VDOOVOV
.1VBC
OV
SVDC
5
195VDC
-6.
12AT7
6BE6
V28
V29A
108VDC
2SOVDC
6.5VAC
OV
SVDC
-8.
SEES
V29B
1.1VDC
1.2VDO
DC 107V
110VDC
235VDC
235VDC
6.5VAC
6.5VAC
OV
OVOVOV
OVOVOV
-.1VDC
OV
6BA6
6BA6
V30
V31
340VDC
330V*C
190VCC
330VAC
OV
340VDC
OV
5U4G
SVDC
13.
895VBC
OV
OV
-.4VDC
90VDC
.7VBC
OV
220VDC
300VAC
OVOVPIN
-.3VDC
OV
6.3VAC
6.5VAC
-.8VDC
5AL5
V32
300VAC
265VDC
OV
250VBC
OV
6.3VAC
295VDC
.4VDC
-
OV
OV
6AV6
6V6GT
V33
V34
V35
are at
measurements
Voltage DC
1.
socket
measured
in n
otherwise
from
Vollage
socket.
are
counted
AC
of
unless
are
values
volt;
bottom
per
ohms
negative
on
numbers
mon
tion
Measured
Pin
2.
3.
12
6.3ViC
11
108VDO
PIN
10 PIN
2SOV3C
.5VDC
position
VTVK
pin 8 of V19
OV
position
broadcast
FM
measure
in
in
10BP4
not
5Y30T
Measured with
Taken
Taken
Measured from
t
§
4-
* Do
V36
tt
Page 12
RF
TUNER-LEFT
SIDE
PAGE
10
RF
TUNER-RIGHT
SIDE
Page 13
F.M.
RF.
AMP
MIXER
PAGE
26
(128)
^
/
J
/
1
f
A
PHOTOFACT STANDARD
@)
H(-
©Howard
5 S :
3
Art
, J
NOTATION
W.
Sams & Co., Inc. 1949
SCHEMATIC
^v>
%
(RI50)
^AA.
2
REAF
i
|F=455KC
IF-I0.7
MC
AM
FM
—'—
T
si®
Z~
THE
COOPERATION
RECEIVER
(C136)
MAKES
IT
swr
1.
2. /
3. I
OF
POSSI
i
Page 14
ION OF THE IT
POSSIBLE
MANUFACTURER
TO
BRING
YOU
OF
THIS
THIS SERVICE
PAGE
11
Page 15
CHASSIS BOTTOM
VIEW-CAP
Page 16
10
0
trt
-CAPACITOR
IDENTIFICATION
PAGE
25
Page 17
CHASSIS
BOTTOM
VIEW-RESI
PAGE
24
Page 18
RESISTOR
IDENTIFICATION
PAGE
13
Page 19
VIEW
CHASSIS-BOTTOM
AM-FM
Page 20
R162 R163
(R164 L45
(R160
L44XR158)
VIEW
'961-H
R152)
Z.OI-H
CHASSIS-BOTTOM
AM-FM
Page 21
MODELS
H-2O7
H-196,
WESTINGHOUSE
dOl-SISSVHD
M3IA
Page 22
LIN.
FOCUS
SENS.
VERT.
CENT.
HORIZ.
HEIGHT
HORIZ.
VERT.
LIN.
CENT
VIEW
TOP
CHASSIS
Page 23
VI3 1/2
DC.REST
VIO
VI2
VI7
VI6 1/2
OUTPUT
AMP AF
AUDIO
1/2
PULSES
OUTPUT
AMP
NOISE CLIPPER
VIDEO
VIDEO
SYNC.
VI9
?. OSC
OUTPUT
VERT
VERT
V23
V25
V24
OUTPUT
RECT
DAMPER
H.V.
HOR.
VI6 1/2
DET.
RATIO
AMP V9
DET AGC V8
AGO
VIDEO
1/2 AMP
VII 1/2
SYNC. CLIPPER VERT
VERT SYNC.
V13
V20
1/2
V22
V2I AFC
OSC.
DISCH.
HOR. SYNC.DISC.
HOR.
HOR.
HOR.
DIAGRAM
'96L-H
3SnOH9NllS3M
BLOCK
S13C1OW
VIS 1/2
I.F
SOUNDI.F
SOUND 1ST
2ND
IF
IF
I.F
VIDEO
VIDEO
VIDEO 1ST
3RD
2ND
CLIPPER
AMP
VI I
SYNC.
1/2
SYNC.
HOR.
HOR.
RECT
AMP
OSC.
R.F
MIXER
RECT LV
L.V
o
m
Page 24
V22 V23 V24 V25 V26
V27A V27B
V28 V29
ITEM
CIA
02A
C3A C4A C5A 06
07 08 09
CIOA
Cll 012 013 C14 CIS 016 017 018
019 C20 021 022 C23 C24 025 026
027
028
029
C30
031
032 033
C34
-C35 036 C37 038
C39
C40
C41 042
ITEM
No.
VI V2 V3 ¥4 V5 V6 V7 V8 V9 V10
Vll V12
V13 V14
V15 V16 V17 Y18A
VISE
V19 V20 V21
V30 V31 V32 V33 V34 V35 V36
No.
B 0
B
c
D B
B B
40 150 80 10 10 10 40 40 500 1000 10
30
10
30
2 20 20
B
20
C
10
D
20
4 220
220
680 680
50
1.5
680 680 25
1.5
680 680 3
680
680
680
5000
5000
270 50
5000
5000
5000
270
5000 5000 5000 5000
USE
RF
Amp.
Mixer Oscillator Input
IF
1st
Video
Video
Video
Amp.
Rest.
Disch.
Sound
Sound
Rect. Rect.
Rect. Rect.
RF Osc.
1st IF
2nd IF Det.
RATING
IF IF
IF
Det.-AGC Amp-
Clipper Sep.
Output
-Hor. IF
IF
Det.-AF Output
.
. Osc.­ Output
Sync. AFC
Osc. Output
Amp.-
-AM
Output
Tube
VOLT
400
V-5892
400 50 350
V-5891
350 350 350 500
V-5894
500
6
V-5893
6
400
V-5897
400 350
V-5985
350
V-6570
50
V-4880
25
V-3236
400
V-6121
400 350 25 450
V-4885
500 500
V-5596 V-5596 V-5596
500
WM20B271M
V-5596 V-5596
V-5596
500
=(CM20B271M
V-5596 V-5S96 V-5596 V-5596
2nd 3rd
Video
AGO
Video Noise Hor. & Vert. Sync. Video
DC
1st 2nd Ratio Audio Horlz. 4 Vert. Sync . Amp Horlz. & Vert. Sync , Amp Vert. Vert. Horlz.
Disc. Horiz. Horlz. Horiz. Damper HV LV
LV LV
FM
Mixer
FM
Conv.
FM
FM
DET-AVC-AF
Power
Rectifier
Picture
CAP.
80
.68 .47
5000
6BH6 6AG5
604
6BH6 6BH6 6BH6 6BH6 6AL5 6AT6
12AT7 12AI7
6AQ5 12AU7
6BJ6 6BH6
6T8
6AQ5 12AT7 12AU7 12AU7 6AL5
6AC7 6AQ5 6DG6G
5V4
1B3GT
5U4
5V4G 5Z4GT
12AT7 6BE6
6AV6
Capacity
and
Paper
WESTING.
PART
No.
WESTING. PART
6BA6 6BA6 6AL5
6V6GT 5Y3GT 10BP4
values
TUBES
REPLACEMENT
No.
given
Capacitors,
AEROVOX
PART
No.
AFH168130B
AFH16222H
AFH88K
EUB35
AFH26I
PRS350/10 PRS4SO/30 PRS150/4 PRS25/25
PRS150/4
1467-005
1467-005
1467-005
1468-00025
1469-00005
1467-005
1467-005
1467-005
1468-00025
1467-005
1467-005
1467-005
1467-005
(SYLVANIA
DATA
STANDARD
REPLACEMENT 6BH6
6AG5
604
6BH6 6BH6 6BH6 6BH6 6AL5 6AT6
12AT7 12AX7
6AQ5 12AU7
6BJ6 6BH6
6T8
6AQ5 12AT7 12AU7 12AU7 6AL5
6AC7 6Ay5 6BG6G
5V4
1B3GT
5U4
5V4G 5Z4GT
12AT7
6BE6
6BA6 6BA6 6AL5 6AV6 6V6GT 5Y3GT 10BP4
CAPACITORS
in the
rating
and in
mmfd.
REPLACEMENT
CORNELL­PART
UP110J
UP11DJ
UP4450 UP7BJ UP3145 BR1045
BR3045 BR245 BR202A
UP222
BR445
1D5D5
1D5D5
1D5D5
5W5T25
5R5Q5
1D5D5
1D5DS
1D5D5
5W5T25
1D5D5
1D5D5
1D5D5
1D5D5
DUEILIER
No.
1046
1047
934
45C
DATA
PART
GP2K-200 GP2K-200 GP2K-750 GP2K-750 GP1K-50
NPOK-1 GP2K-750 GP2K-750 GP1K-25 NPOK-1. GP2K-750 GP2K-750 NPOK-3 GP2K-750 GP2K-750
GP2K-750 GP2M-005 GP2M-005 GP2M-005 GP2K-250
GP2M-005 GP2M-005 GP2M-005 GP2K-250 GP2M-005 GP2M-005 GP2M-005 GP2M-005
or
Equivalent)
RMA
BASE TYPE
7CM 7BD 6BG 7CM 7CM 7CM 7CM 6BT 7BT
9A 9A
7BZ 9A
70M 7CM 9E 7BZ
9A 9A 6BT
8N 7BZ 5BT 5L
30
5T
5L 5L
9A 7CH
7BK 7BK 6BT 7BT 7AC 5T 12D
column
for
Mica
ERIE
No.
.5
5
The
12AT7
formance.
wiring
Always
are in
and
SOLAR
PART
DY-404
M-4-150
fW.5-25 MW.S-25 MW.5-25 MO.
5-325 MOS.5-45 MW.5-2S
W.5-25
MW.5-25
MO.
5-325
MW.5-25 MW.5-25 MW.5-25 MW.5-25
gives
Replace
change
use
5V4G
mfd.
for
Ceramic
No.
rVL-24
TVL-20
rvL-io
TVL-15 JT-83
TVA-23 TVA-12 FVA-6
3L-442
JT-4
1FM-25 1FM-25 1FM-25 1FM-325
MS-45
lf'M-25 1FM-25 1FM-25 1FM-325 1FM-25
1FM-25 1FM-25 1FM-25
better
required.
for
Electrolytic
Capacitors.
SPRAGUE PART
No.
NOTES
vertical
12AU7
with
12AT7.
replacement.
IDENTIFICATION
AND
INSTALLATION
-
Filter
a
Filter
A
Vert.
Output
-
Filter
• V.
Output
Pass
Filter
Cent.
Cent.
Output * Cath.
Cath.
Coupling
Bypass
Coupling
Screen Feedback Tank
Cap.
Fil.
Bypass
Filter
Bypass
Trimmer
Filter
IF
Fil.
IF
Screen
V. IF
Filter
Bypass
Screen
Bypass
Plate
Cap.
Bypass
Bypass
Bypass
Decoup.
A
Filter Low A
Filter ^
Filter A
Hor. ~
Vert. a
Vert. Osc. A
Vert. Decoupling Filter Stabilizing Output
-
Filter
•
Filter A
Decoupling Output Stabilizing Cap. Ant.
RF
Coupling
ii
ii ii
ii ii
ii ii
ii
^
Screen
RF
Bypass
RF'
Coupling Osc. Mixer Osc. Osc.
Osc. AGC RF
Bypass
RF'
Bypass
F'il. IF
Coupling Fixed AGC
Input Input IF
Coupling Input AGC
Fil.
hold
no
CODES
NOTES
Cath.
Bypass
Plate
Bypass
Bypass
per-
By]
Byp.
Dec.
Dec
ITEM
No.
C43 C44
C45
046
047 C48 C49 C50
051 C52 053
054
C55
056
057
C58
C59
C60
C61 062
C63
064
C65
066
C67
C68
C69
070
071
C72
073
C74
C75
076
077
C78
C79
080
C81
C82
083 084 085 C86 087 088 C89 090 C91 C92
093
C94
095 C96 C97
098
C99A
C100 C101 C102 C103 C104
0105
0106
C107
C108
C109
C110
0111
C112
C113
0114
0115
0116
0117
0118
C119
0120
C121
0122
C123
C124
0125
0126
0127
0128
0129
C130 C131
0132 0133 C134
C135 0136
C137 0138
0139
B C
CAP.
5000 5000 5000
270 82
5000 5000 5000 5000
82 270
5000 5000 5000 5000 5000
270
10
22
.001 .1 .01 .01 .5 .1 .047 .047
.047
470
.047
.047
270
5000
470
5000 5000
47
5000
470 47 47
.001
5000
.01 .01 .01
470
.01 .01
.0022
47 470
.047 .01
270
.1
2000 5000 5000 4700
.068 .25 .1
68
.015
.0047
.047 .047
.0047
.015
.0047
.047
390
.01
680
.001 .1 .047 .033 .047
500
.01 .01 100
5000 5000
33 33
100 470
5000 5000 5000
2 470
.02
2"7 5 2
RATING
VOLT
10000
500
500
500 500 500 600 400 400 400 400 400 400 400 400 500 400 400 500
500
500
500 500
600
400
400
400
500
400
400 600
400 400 500
400
500 400 400 400 500
200 400 400 400 400 400 400 400 500 400 500 600 400 400 600 600
600 600
200
PARTS
WESTING.
PART
No.
V-5596 V-5596 V-5596 CM20B271M
V-5596 V-5596 V-5596 V-5596
CM20B271M V-5596 V-5596
V-5596
V-5596
V-5596
=tCM20B271M
CM20B100M
=iCM20B220M
V60236102M V60234104M V60234103M V60234103M
V60234104M V60234503M V60234503M V60234503M
CM20B471M V60234503M V60234503M RCM20B271M V-5596 RCM20B471M V-5596
V-5596
RCM20B470K
V-5596
RCM20B471M
RCM20B470K
RCM20B470K
V60236102M
V-5596
V60234103M
V60234103M
V60234103M
RCM20B471M
V60234103M
V60234103M
V60236202M
R2CC21ZY
470K
R5CC21ZY
47
V60234503M
V60234103M
RCM20C271K
V60234104M
V60601
RCM30B472J
V60234683M
V60664254M
V60234104M
RCM20B680M
V60232153M
V60234402M
V60234503M
V60234503M
V60232153M
V60232153M
V60234402M
VG0234503M
ROM80B391H
V60234103M
RCM20B681M
V60236102M V60234104M V60234503M V60236353K V60236503K
V5895 RCP10M6103M RCP10M6103M R3CC30SL101
V5596
V5596
R3CC260K
330M
R3CC26CK
330M
R3CC30SL
101J
R5CC21ZY
471PI V5596 V5596 V5596
R2C030CKO
20D
R50C21ZY
471M
RCPl
OW2203A
R3C030CK
270K
R20C30CK
ObOD
R2C030UK
020D
AEROVOX
PART
1467-005 1467-005 1467-005 1468-00025
1467-005 1467-005 1467-005 1467-005
1468-00025 1467-005 1467-005 1467-005 1467-005 1467-005
1468-00025 1468-00001 1468-000025 P688-001 P488-1 P488-01 P488-01 484-5 P488-1 P488-047 P488-047 P488-047 1468-0005
J488-047
P488-047 1468-00025 1467-005 1468-0005 1467-005 1467-005 1468-00005 1467-005 1468-0005 1468-00005 1468-00005 P688-001 1467-005 P488-01 P488-01 P488-01 1468-0005 P488-01 P488-01 P688-0022 1468-00005
1460—0005
in
P488-047 P488-01
1468-00025 P488-1
1467-002
3167-005 1467-005 1467-005 P488-068 P488-25 P488-1 1468-000075 P288-015 P688-0047 P488-047 P488-047 P688-0047 P488-015 P688-0047 P48U-047
1468-0004 P488-01
1479-0007 P688-001
P488-1
P488-047
P688-033
P688-047
P688-01
P688-01
1
1468-0001 1467-005 1467-005 1468-000025
1468-000025 1469-0001
1468-0005 1467-005
1467-005 1467-005
1468-0005
P488-02
1468-000025 1468-000005
LIST
No.
AN
REPLACEMEI-
CORNELL-
DUBILIER
PART
No.
1D5D5 1D5D5 1D5D5 5W5T25
1D5D5 1D5D5 1D5D5 1D5D5
5W5T25 1D5DS
1D5D5 1D5D5 1D5D5
1D5D5 5W5T2S 5W5Q1 5WS^25 GT6D1 GT4P1 GT4S1 GT4S1 GT4P5 GT4P1 GT4S5 GT4S5 GT4S5 5W5T5 GT4S5 GT4S5 GW5T25
1D5D5 5W5T5
1D5D5
1D5D5 5W5QS
1D5D5 5W5T5 5W5Q5 5W5Q5 GT6D1
1D5D5 GT4S1 GT4S1 GT4S1 5WST6 GT4S1 GT4S1 GT6D2 5W5Q5
5W5T5 GT4S5
GT4S1
5W5T25 GT4P1
1W5D2
1D5D5
1D5D5
1D5D5 GT4P25
GT4P1 5W5Q7 GTGS15 GT6D5 GT4S5 GT4S5 GT6D5 GT6S15 GT6D5 GT4S5
5W5T4 GT4S1
1W5T7 GT6D1 GT4P1 GT4S5
GT6S5
GT6S1
GT6S1
5W5T1
1D5D5
1D5D5
5W5Q3
5W5Q3
5R5T1
5W5T5 1D5D5
1D5D5 1D5D5
5W5T5
GT2S2
5W5Q25
5W5V5
PAGE
18
Page 25
PARTS
LIST
AND
DESCRIPTIONS
iives
better
teplace
12AU7
ige
required.
5V4G
for
For
Electrolytic
lie
Capacitors.
5PRAGUE
'ART
No
VL-24
VL-15
T-83
VA-23 VA-12 VA-6 L-442
FM-25 FM-25 FM-25
FM-325 B-45 FM-25 FM-25 FM-25 F
M-325 FM-25 FM-25 FM-25 FM-25
vertical
with
replacement.
IDENTIFICATION
INSTALLATION
-
Filter
a
Filter
Vert.
Output Filter V.
Output
Filter
Low
Pass
Filter Filter Filter Hor.
Cent.
Vert.
Cent.
Vert.
Osc.
Vert.
Output Decoupling Filter
* Stabilising Output
Cath. Filter Filter­Decoupling
Output
Cath.
Stabilizing
Ant.
Coupling
RF
Cou
pllng
Screen
Bypass
RF
Coupling
Osc.
Coupling
Mixer
Screen
Osc.
Feedback
Osc.
Tank
Osc.
Fil.
AGO
Filter
3F
Bypass
^F
Bypass
'il.
Bypass
IF
Coupling
Fixed
Trimmer
AGC
Filter
Input
IF
Fil.
Input
IF
Screen
IF'
Coupling
Input
V. IF
AGC
Filter
Fil.
Bypass
hold
12AT7.
AND
Screen
Bypass
Bypass
Plate
Cap.
Bypass
Bypass
Cap.
Bypass
Bypass
Cap. Bypass
Bypass
Decoup.
no
CODES
NOTES
Oath.
Dec.
Plate
Bypass
per-
Byi
Byp.
Dec
ITEM
No.
C43
C44 C45 C46 C47 C48 C49 C50 C51 C52 C53 C54 C55 C56 C57 C58 C59 C60
C61 C62 C63
C64
C65
066
067
C68
C69
070
C71
072
C73
C74
C75
C76
C77
078
079
ceo
C81
082
083
084
085
086
C87
088
089
090
091
092
093
094
0100
0101
0102 0103 0304
0105
C106
0107
cioa
C109
C110
cm
C112
0113
C114
OIL
C116
C117
Cll
C119
0120
C121
01;
0123
C124
0125
C126
C127
C128
0129
0130
0131
015
0133
C134 C135 0136
0137 0138 0139
C
CAP.
5000 5000 5000
270
82 5000 5000 5000
5000 82 270 5000
5000 5000
5000
5000 270 10
.001 .1 .01 .01 .5 .1
.047
.047 .047 470
.047 .047 270 5000 470 5000 5000 47 5000 470 47 47 .001 5000
.01 .01
.01 470
.01 .01
,0022
47 470
.047
.01 270 .1
2000 5000 5000
4700 .068 .25 .1 68 .015
.0047
.047
.047
.0047
.015
.0047
.047 390
.01 680
.001
.1
.047
.033
.047 500
.01
.01 100
5000
5000 33
33 100 470 5000
5000 5000 2
470
VOLT
WESTING.
PART
V-5596
V-5596 V-5596 ;CM20B271M
V-5596
V-5596
V-5596 V-5596
1CM20B271M
V-5596
V-5596
V-5596
V-5596
V-5S96
500
hCM20B271M
500
(CM20B100M
500
4CM20B220M
600
V60236102M
400
V60234104M
400
V60234103M P488-01
400
V60234103M
400
484-5
400
V60234104M
400
V60234503M P488-047
400
V60234503M P488-047
400
V60234503M
500
ICM20B471M
400
V60234503M
400
V60234503M P488-047
>00
RCM20B271M
V-5596
500
RCM20B471M
V-5596
V-5596
RCM20B470K V-5596
RCM20B471M
500
RCM20B470K
500
RCM20B470K
600
V60236102M P688-001
V-5596
400
V60234103M P488-01
400
V60234103M
400
V60234103M
500
RCM20B471M
400
V60234103M
400
V60234103M
600
V60236202M P688-0022
R2CC21ZY
R5CC21ZY
400
V60234503M
400
V60234103M P488-01
500
RCM20C271K
400
V60234104M P488-1
V60601
500
RCM30B472J
400
V60234683M P488-068
400
V60664254M
400
V60234104M
500
RCM20B680M
200
V60232153M
400
V60234402M
400
V60234503M
400
V60234503M
400
V60232153M
400
V60232153M
400
V60234402M
400
V60234503M
500
RCM20B391M
400
V60234103M
500
RCH20B681M
600
V60236102M
400
V60234104M
400
V60234503M
600
V60236353K P688-033
600
V60256503M
10000 V5895
600
RCP10M6103MP6B8-01
SCP10M6103M R3CC30SL101M
V5S96
VSS96
R3CC26CK
330M
R3CC26CK
330M
R3CC30SL
101J
R5CC21ZY
V5596
V55S6
V5596
R2CC300KO
R5CC21ZY
RCP10W2203A
R3C030CK
R2CC30CK
R2CC30UK
AEROVOX
No.
PART
1467-005 1467-005 1467-005
1468-00025
1467-005 1467-005 1467-005 1467-005
1468-00025
1467-005
1467-005 1467-005 1467-005 1467-005
1468-00025 1468-00001 1468-000025
P688-001
P488-1
P488-01 P488-1
P488-047
1468-0005
1'488-047 1468-00025
1467-005
1468-0005
1467-005
1467-005
1468-00005
1467-005
1468-0005 1468-00005
1468-OOOOb
1467-005
P488-01 P488-01 1468-0005 P488-01 P488-01
1468-00005
470K
1468-0005
471M
P488-047 1468-00025
1467-002
1467-005
1467-005
1467-005 P488-25
P488-1
1468-00007; P288-015
P688-0047
P488-047
P488-047
P688-0047 P488-015 P688-0047 P488-047 1468-0004 P488-01 1479-0007 P688-001 P488-1 P488-047
P638-047
P688-01
1468-0001 1467-005 1467-005 1468-000025
1468-000025 1469-0001
471M
1467-005 1467-005 1467-005
20D
471M
P488-02 1468-00002!
270K
1468-OOOOOE
050D 020D
No.
REPLACEMENT
CORNELL-
DUBILIER
PART
No.
1D5D5 1DSD5 1D5D5
5W5T25
1D5D5 1D5D5 1D5D5 1D5D5
5W5T25 1D5D5 1D5D5 1D5D5 1D5D5 1D5D5 5W5T25 5W5Q.1
GT6D1 GT4P1 GT4S1 GT4S1 GT4P5 GT4P1 GT4S5 GT4S5 GT4S5 5W5T5 C-T4S5 GT4S5
5W5T25 1D5D5
5W5T5
1D5D5 1D5D5 OW5Q5 1D5D5
5W5T5 5W5Q5 SW5Q5 GT6D1
1D5D5 GT4S1 GT4S1 GT4S1
5W5T5 GT4S1 GT4S1 GT6D2
5W5Q5
5W5T5 GT4S5
GT4S1
5W5T25 GT4P1
1W5D2 1D5D5 1D5D5 1D5D5
GT4P25 GT4P1 5W547 GT6S15 GT6D5 GT4S5 GT4S6 GT6D5 GT6S15 GT6D5 GT4S5
5WGT4 GT4S1
1W5T7 GT6D1 GT4P1
GT4S5 GT6S5 GT6S1
GT6S1
SW5T1
1D5D5
1D5D5
5W5Q3
5W5Q3
1D5D5
1D5D5
1D5D5
GT2S2
5W5Q25
DATA
ERIE
PART
No.
GP2H-005 GP2M-005 GP2M-005 GP2K-250
GP2M-OOS GP2M-005 GP2M-005 GP2M-005
GP2K-2SO GP2M-005 GP2M-OOS GP2M-OOS GP2M-005 GP2M-005 GP2K-250 GP1K-10 GP1K-25
GP2L-001
GP2K-250 GP2M-OOS GP2K-500 GP2M-005 GP2M-005
GP1K-50 GP2M-005
GP2K-500 GP1K-50 GP1K-50 GP2L-001 GP2M-OOS GP2-335-01 GP2-335-01 GP2-335-01 OP2K-500 GP2-335-01 GP2-335-01
GP1K-50 GP2K-500
GP2-335-01
GP2M-005 GP2M-005
GP1K-75 GP2M-005
GP2M-005 GP2M-005
GP2-335-01 GP2K-750 GP2L-001
GP1K-100 GP2M-005 GP2M-005
NPOL-33
NPOL-30
GP2K-500
GP2M-005
GP2M-005
GP2M-005
GP1K-25 NPOK-5
SOLAR
PART
No.
MW.5-25 MW.5-25 MW.5-25
MO.5-55
SPRAGUE PART
No.
IFM-25 lF'M-25 1FM-25 1FM-325
IFM-25 1FM-25 1FM-25 IFM-25
1FM-325 1FM-25 IFM-25 IFM-25 1FM-2S 1FM-25 1FM-325 MS
-41
MS
-4
25
TM-21
TM-l TM-ll
TC-5 TM-l TM-15 TM-15
rn-i5
1FI1-35 TM-15 FM-15 1FM-325 1FM-25 1FM-3S 1FM-25 1FM-25 1FM-45 1FM-2S 1FM-35 U'M-45 1FM-45 TM-21 1FM-25 TM-II TM-11 TM-ll 1FM-35 TM-ll TM-11 TM-22 1FM-45
1FM-3S fM-15
TM-11 1FM-325
TM-1 LFM-22 1FM-25 LFM-25 LFM-25
rc-2
TM-1 1FM-475
PM-25 PM-IS TM-15 rM-25
rM-25 TM-15 1FM-34
l'M-11
1FM-27
I'M-21 TM-1
TM-15
PM-15 TM-11
FM-11 1FM-31 1FM-25
IFM-25 MS-43
1S-43
1S-31 1FM-35
IFM-25 IFM-25 IFM-25
MS-55
IDENTIFICATION
AND
INSTALLATION
1st V. IF 1st V. IF 1st IF Fixed 2nd V. IF 2nd V. IF 2nd V. IF 2nd V. IF Fixed
IF 3rd 3rd V. IF 3rd V. IF 3rd V. IF RF
IF
Diode AGO
AGC AGC
AGC AGO
Video
Video Video
AVC Voltage 1st 1st 2nd 2nd 2nd Diode
De-emphasis RF
Audio
Tone AF Tone Audio Output RF'
Video
Vert.
Integrator
Vert. Vert. Vert. Pic.
lor.
•"ixed 3ync.
AFC
Hor. Phase
Hor. Hor. Differentiator Hor. Hor. Hor. Hor. Hor. Damper
HV Line
Ant. FM RF RF RF
Fixed
RF RF
Mixer Conv. Osc.
RF
AVC
Osc. Osc.
Fixed
V. IF
Coupling
Trimmer
Trimmer
Coupling
V.
IF
Bypass
Coupling
Filter
Diode Diode Filter
iweep
Coupling Coupling Filter
Cou
Output Coupling
Filter
Divider
8.
Screen
S.
Plate
S.
Grid
S.
Screen
S.
Plate
Load
" "
Bypass
Coupling
Compensation
Plate
Bypass
Compensation
Coupling
Plate
Bypass
>ync.
Coupling Bypass
Sync.
Osc.
Discharge
Coupling
Tube
Sync.
Trimmer
Coupling Filter
AFC
Screen
FC
Coupling
Shifter
Osc. Osc.
Osc. Discharge Coupling
Output
Output
Filter
Filter
Filter
Coupling
Cath.
Grid
Filter
Coupling
Trimmer - 5%
Bypass Plate
Decoup. Plate Plate
Grid
Coupling
Filter
Grid Feedback
Trimmer
Fil.
Screen
Decoupling
Cath.
Fil. Screen
Decoupling
Fil.
Screen
Cath. Decoupling
Filter Filter
igling
Filter
Cap T
*
Coupling
Net.
Grid
Cath.
Coupling
Grid
Screen
Coupling
Cath.
Screen
Bypass
Deooup. Decoup.
Cap.
Cap.
CODES
NOTES
Bypass
Bypas
Bypass
Bypass
Bypas
Bypass
Bypas
Bypass
Cath.
Bypass
Decoup.
Bypass
Decoup.
T
Bypass
Bypass
Bypass
Cap.
Bypas:
Net.
Byp.
Byp
Byp
R13
R14 R15 R16 R17 R18 R19 R20 R21 R22 R23 R24
R25 R26 R27 R28 R29
R30 R31 R32 R33 R34 R3S R36 R37 R38 R39 R40 R41 R42 R43 R44 R45 R46 R47 R48 R49 R50 R51 R52 R53
ITEM
No.
0140 0141 0142 0143 C144 C145 C146 C147 0148 0149 0150 C151 C15: CIS 0154 015! 0156 0157 C158 C159 C160
0161
C162
0163
C164
ITEM No.
R1A R1A R2A R2A R3A R4
R5A R6
R7
R8A R9
RIO R11A
R12A
ITEM No.
B B B B B
B
B
2 50KS2
2 50KS2 2 50Kffi
50K2 Shaft 2500S 25KS2 Shaft 50S2 50S2
2.5 Shaft
2502 50002
B
Shaft 500K2 2
B
22KS2 1002 33K2 10K2 1 82K2 6800S! 22Kffl 470H 100K2 100K2 10002 82002 822
82002 33KS! 22002 10002 10KS 10K2 822 82002 33KS2 10002 68002 682 33KS2 lOOOffi 2200H 5600S 33K2 lOOOffi 68Si 82K2 470K2 1
470KS2 1
470K2 470K2
CAP.
470
5000 5000 5000 5000 5000 100 100 5000 5000 5000 150 150
.002 .01 .01
470
.05 .01 680 150
.03 .01 .005 .01
Not
t
When
§
When
RESIST-
ANCE
Meg.
1
Meg.
Meg.
Meg.
1
Meg.
1500S.
Meg.
*
File
t
File
I
Used
*
Used
Meg.
Meg.
MeC.
Meg.
used
Meg
500 500
500 500 600 200 400
1CP10W4103A 500 200
WP10W4503M 400 500 500
400 400 600 200
In all either either
slot out in
early
in
later
WESTING,
PART
No.
R5CC21ZY471
V5596 V5596
V5596 V55S6 V5596
RCM20A101M RCM20A101M V5596 V5596 V5596
RCM20A151J RCM20A151J
(CP10W6202A
V504013 RCM20A471M
(CP10W4103A
RCM20A681M RCM20A151M
RCP10W4303A|l RCP10W4103A RCP10M6502P V504013
mode'
item
C82
item
C15I
WESTING.
PART
No.
V-6305 V-5914
V-5912 V-6306
01 V-6095 V-5&15 V-5910 Not
Req. V-5911 V-5913 V-5909 Not
Req. V-S968 V-5908 V-5S07
Not
Req.
V-6122
in
shaft
split
on k produ produ
ROSOAE:
RC20AEI RC20AE! RC20AE! RC20AEt RC20AE; RC20AE] RC20AE] RC20AEJ RC20AE! RC20AE! RC20AE;­RC20AE] RC20AES RC20AEf R020AES RC20AE] RC20AEi RC30AEE RC20AEE RC20AE1 RC20AE6 RC20AEE RC20AE4 RC20AE1
;C20AE1
RC20AE4 RC20AE1 RC20AE4
W20AE4
.
R!
Page 26
DESCRIPTIONS
kTA
,RT
No.
M-005 M-005 M-005 K-250
M-005 M-005 M-005 M-005
1K-250 M-005 M-005 M-005 M-005 M-005 K-250
.K-10 .K-25
:L-001 1-335-01
1-335-01
K-500
1K-250 iM-005 1K-500 M-005 M-005
,K-50
iM-005 !K-500 LK-50 LK-50 iL-001 iM-005 i-335-01 i-335-01 i-335-01 iK-500 i-335-01 i-335-01
LK-50 iK-500
i-335-01
iM-005 iM-005
IK-75
3M-005
iM-005 iM-005
3-335-01 3K-750 3L-001
IK-
100
3M-005 2M-005 3L-33
3L-30 3M-100
2K-500 2M-005
2M-005 2M-005
2K-500
1K-25 OK-S
SOLAR
PART
No.
MW.5-25 rW.5-25 MW.5-25 MO.
5-325
MW.5-25 MW.5-25 MW.5-25 MW.5-25
MO.
5-325 MW.5-25 MW.5-25 MW.5-25
MW.5-25 MW.5-25 MO.
5-325
MO.
5-41
MO.
5-425 ST-6-001 ST-4-1 ST-4-01 ST-4-01 ST-4-5 ST-4-1 ST-4-05 ST-4-05 ST-4-05
MO.
5-35
ST-4-05
ST-4-05 MO.
5-325
MW.5-25
MO.
5-35
MW.5-25 MW.5-25
MO.
5-45
MW.5-25
MO.
5-35
MO.
5-45
MO.
5-45
ST-6-001 MW.5-25 ST-4-01 ST-4-01 ST-4-01
MO.
5-35
ST-4-01 ST-4-01 ST-6-002
MO.
5-46
MO.
5-35
ST-4-05 ST-4-01 MO.
5-325
ST-4-1
MW
.5-22
MW.5-25 MW.5-25
MW.5-25 ST-4-25
ST-4-1
MOS
.5-47
ST-6-005 ST-4-05 ST-4-05 ST-6-005
ST-6-005 ST-4-05
MO.
5-34
ST-4-01 MW.5-37 bT-6-001 ST-4-1
ST-4-05 ST-6-05 ST-6-01
ST-6-01
MO.
5-31
MW.5-25
MW.5-25
MO.
5-43 MO . 5-43 MOS.
5-31
MO.
5-35
MW.5-25 MW.5-2S MW.5-25
MO.
5-35
ST-4-02
MO.
5-25 MO.
5-55
PRAGUE
ART
No.
1st V. IF
FM-25
.st V. IF
FM-25
.st
FM-25
!F
FM-325
'ixed
2nd V. IF
IFM-25
2nd
.FM-25
2nd
1FM-25
2nd V. IF
1FM-25
i'ixed
IF
1FM-325
Srd
1FM-25
3rd V. IF
1FM-25
3rd
1FM-25
Srd
1FM-25
RF
1FM-25
IF
1FM-325
Diode
MS
-41
AGC
MS
-425
AGO
TM-21
AGC
'M-]
Sweep
LT1-11
AGC
TM-11
AGC
TC-5
TM-1 TM-15
TM-15
1FM-35
TM-15 TM-15
1FM-325 1 1FM-35 1 1FM-25 1FM-45 1FM-25 1FM-35 1FM-45 1FM-45
m-21
1FM-25
IM-11
I'M-11
TM-11
1FM-35
FM-11 FM-11
FM-22 1FM-45
1FM-35
FM-15 PM-11
1FM-325
FM-1
1
1FM-25
LFM-25 IFM-25
IM-1
1FM-475 TM-25
TM-15 FM-15
FM-25
ll<TI-27
1FM-31
1FM-35
TM-12 MS
MS-55
ii
Video
M-15
Video Video
AVC
FM-25
Voltage
1st S.
FM-25
1st S. 2nd 2nd 2nd Diode
De-emphasis RF Audio
Tone AF Tone Audio Output RF
"
Sync . Coupl i ng
Video Vert. Sync. Coupling
Integrator
FM-22
Vert. Osc. Grid Vert. Vert. pic. Hor.
rixed
Sync. AFC
ior.
AFC Phase
ior. Osc.
FM-25
Hor.
ffl-15
Differentiator Net.
LF'M-34
ior.
FM-11
ior.
Hor.
FM-21
Hor.
FM-1
Hor.
FM-15
Damper
FM-15
!V
Line
PM-11 FM-11
Ant. FM
IFM-25
RF
IFM-25
RF
1S-43
ii
it
13-43
Fixed
MS
-31
RF
1FM-35 IFM-25
RF
IFM-25
Mixer
Conv.
IFM-25
Osc.
RF AVC
-43
Osc. Osc. Fixed
IDENTIFICATION
INSTALLATION
Fll. Bypass Screen Bypass
V. IF
Decoupling
Coupling
Trimmer
Cath.
V. IF
Fil. Bypass
V. IF
Screen
Decoupling
Trimmer
Coupling
V. IF
Fil. Screen Bypass
V. IF
Cath. Bypass
V. IF
Decoupling Bypass Coupling
Filter
Diode
Filter
Diode
Filter
Filter
Coupling Coupling Filter
it
Coupling
'i
Output
Coupling
n
ii
F1
liter
Divider
Screen
Plate
S.
Grid
['liter
S.
screen
S.
Plate
Load
Cap t
"
" " T
Bypass
Coupling
Compensation
Plate
Bypass
Compensation
Coupling
Plate
Bypass
*
Bypass
Net.
ii
ii
Discharge
Coupling
Tube
Cath. Bypass
Sync.
Coupling
Trimmer
Coupling Filter
AFC
Screen Bypass
Coupling
Shifter
Grid
Osc.
Screen
Osc.
Coupling
Discharge
Coupling
Output Cath.
Output
Screen
Filter
n
it
Filter
Filter
n n
Coupling
RF
Cath . Bypass
Grid
Filter
Coupling
Trimmer
Bypass Plate
Decoup.
Plate
Decoup.
Plate
Decoup.
Grid
Cap.
Coupling
Filter
Grid
Cap.
Feedback
Trimmer
CODES
NOTES
Bypass
Bypass
Bypass
Calh.
Bypass
Decoup.
Bypass
Decoup.
Bypass
Cap.
Bypass
Byp.
+
- 5%
Byp
Byp
C161
C162 0163 C164
R1A
R1A
RSA
R2A R3A R4
R5A R6
R7 R8A
R9 RIO R11A
R12A
ITEM
R13 R14 R15 R16 R17
R18 R19 R20 R21 R22 R33 R24 R25 R26 R27 R28 R29 R30 R31 R32 R33 R34 R35 R36 R37 R38 R39 R40 R41 R42 R43 R44 R45 R46 R47 R48 R49 R50 R51 R52 R53
ITEM
No.
C140 C141 C142 C143 C144 C145 C146 C147 C148 C149 C150 C151 C152 C153 C154 C155 C156 C157 C158 C159 0160
ITEM
No.
B B
B
B
No.
B
B
B
B B
RATING
CAP.
470
5000
5000 5000 5000 5000
100
100
5000 5000 5000
150 150
.002 .01 .01
470
.05 .01 680 150
.03 .01 .005 .01 »
Not
T
When
§
When
RESIST-
ANCE
2
Meg.
1
Meg.
50KS2
2
Meg.
50K2
2
Meg.
50KH
1
Meg.
50K2 Shaft 25002 25K2 Shaft
502 502
2.5 Meg
Shaft 15002 2502 50002 Shaft 500K2
2
Meg.
t
File
t
File
t U
*
Used
RESIST
22K2
1002
33K2
10K2
1
Meg
82K2 esoos; 22KH 4702
100K2
100K2
10002 8200S2
ess
82002 33K2 22002 10002
10K2
lOKffi
822
82002 33K2 10002 68002
682
33K2 10002 22002 56002 33K2 10002 68S2 82KS2 470K2
1
Meg
1
Meg
470K2
1
Meg
470K2 470KS2
VOLT
5 500
5 5 6 200 4 5 2 400 500
5 400 4C 600 200
u
either
Ri
mil
'
sed
RATING
AN
PART
R5CC21ZY471
V5 V5 V5 V5, V5
30
RC
RCM20A101M
V5 V5 V5 RC
30 30
RC
30
iCP
V504013
iCP
30
RC
30
iCP
30
!CP10W4103A
RCM20A681M
30
RC
RCP10W4303A
0
RCF
RCP10M6S02S V504013
sed
In
slther
NVJ
WATTS
i
i *
4
i
slot
out
split
in ea
in
later
-F
WATTS
i
i
1
±
^
i
i
i
J
1
± I
i i
^
4 i
£
i i i i i
1
£
^ i i i i i
I i i
i
No.
596 596 ^96 396 396
120A101M
396 396 396
120A151J 120A151J 10W6202A
10W4103A 120A471M 10W4503M
"EOA151M
10W4103A
all
mode
item
C82 or
Item
C151
WESTING.
PART
No.
V-6305 V-5914 V-6304 V-5912
V-6306
or V-6095 V-5615 V-5910
Not
Req.
V-5911
V-5913
V-5909
Not
Req
V-5968 V-5908 V-5S07
Not
Req
V-6122
in
shaft
on
rly
prod production.
WESTINGHOUSE
PAR
RC30AE102M RC20A RC20AE820K RC20A RC20AE333K RC20AI RC20AI RC20AI RC20AI RC20AE820K RC20AI RC20AE333M RC20AI RC20AE392K RC20AI RC20AE333M RC20AI RC20A RC30A! RC20A RC20AI RC20AI R020AI RC20Af RC20AE105M RC20AE RC20AI RC20AI RC20A! RC20AE474K
ACK^
V1_IA
PART
No.
1
1468-0005
14
57-005
14
67-005
14
67-005 57-005
14 14
67-005
14
d8-0001
1468-0001
14
67-005 67-005
14
67-005
14 14
68-00015
14
68-00015 88-002
P6 P4
88-01
P4
88-01
14
68-0005
P2
88-05
P4
38-01
1468-00075
14
68-00015
P488-03
P4i
J8-01
P688-005 P288-01
Is
CBS
or
C152
REPLACEMENT
PART
Dll-123
A
Dll-130
E T
W-50
W-300 Dll-114
E
t
to
accommodate
knurled
uct
ion.
REPLACEMENT
0.
T
S
382
2M
182
2K
J22
2K
:io
2M
:io
3M
:io
3M
:82
2K
no
2M
:es
OK
:io
2M
12S.
2K
:se
2M
33
3M
:io
2K
:68
OK
:s2
3M
i47
4K
ilO
5M
i47
4K
:io
5M
;47
4K
REPLACEMENT
are
are
IRC
No.
4
*
shaft
DATA
P/
\KI
BTS-1000
BTS-33K
BTS-
22
BTS-
10
BTS-
10
BTS-
10
BTS-33K
BTS-1030
BTS-6800 BTS-33K
BTS-
10
BTS-
22
BTA-
56
BTS-
331
BTS-
10 82
8TS-
47
BTS­BTS-1 BTS-
1 47
BTS­BTS-
1 47
BTS-
BTS-470K
cc
)RNELL-
DUBILIER
PART
No.
5W5T5
1
35D5 35D5
1 1
35D5
1
35D5
1
35D5
5
J5T1
5W5T1
1
D5D5
1
D5D5
1
D5D5
5
J5T15
-J5T15
5 G
T6D2
GT2S1
G.GT4S1
flSTS T2S5
GT4S1
1W5T7
5
V5T15
GT4S3
43
1
Gl
GT6D5 GT2S1
3placed,
r
replaced,
CONTROLS
DATA
CLAROSTAT
PART
No.
M-44-S
Not
Req.
AM-40-S
KSS-3
t
43-50
t
43-50
CT AM-83-S KSS-3
58-300 AM-19-S KSS-3
T
screw
to
accommodate
RESISTORS
IRC
no.
30 00
<
K
•
30 30 00 K 00
•C 3K
Meg.
leg.
3K
"teg.
3K
DATA
e
1C
PART
No.
GP2K-500 GP2M
-005
GP2M
-005
GP2M
-005
GP2M-
-005
GP2M
-005
GP1K
-100
GP1K-100
-005
GP2M GP2M
-005
GP2M
-005
GP2K
-150
GP2K
-150
GP2M
-002
GP2-335-01
GP2-
335-01
GP2K
-500
GP2-335-01 GP2K-750 GP2K
-150
GP2
i
35-01
GP2-335-01
replace
replace
Volume Tone Volume Tone Horiz. Vert, Horiz. Vert, Brightness Attach Contrast Horiz. Attach Horiz. Vert,
t
Height Attach Vert, Focus
t
Sensitivity Attach Volume Tone
driver.
screw
RESIST
ALL
RF
Amp
Grid
RF'
Amp. Cathode
up.
Sc
RF A)
3ip.
PI
RF A
Mlxe
r
Grid
MIxe
r
Sere
Plate
Osc. Osc.
Grid
Osc.
Cathode
Ant.
Shunt Decoupling
Osc.
Shunt
Trap
Input
IF C
Inpu
t IF G
Input
IF
Screen
Inpu
t IF P
Inpu
t IF P
AGC
*Jetwor
n
1st
Video
1st
/ideoIF Grid
1st
Video
1st
/ideo-IF Decouol
2nd
Video
2nd
/ideo
2nd
Video
2nd
/ideo
Srd
/ideo
Srd
Jldeo
Srd
fldeo
Srd
/Ideo
Srd
/Ideo
AF'C
3iode
AFC
"liter
AFC
Amp. Grid
Volt<
ige
Di
1st
/ideo
AGC
I
fetwor
w
"
"
"
SOLAR
PART
No.
110.5-35 rW.5-25 MW.5-25 MW.5-25 rW.5-25 rW.5-25
MO.
5-31
MO.
5-31
MW.5-25 MW.5-25 MW.5-25
MO.
5-315
MO.
5-315
ST-6-002 ST-4-01 ST-4-01
MO.
5-35
ST-4-05 ST-4-01 MW.5-37
MO.
5-315
ST-6-03 ST-4-01 ST-6-005
ST-4-01
both
w:lth
both with
control
control
control
control
hold
control
hold
control
hold
control
hold
control control
to R3A Per
control
Linearity
to R5A Per
centering
centering
control
to R8A Per linearity control
control
to
R11A
control
control
driver.
IDENTIFICATION
3RS
ARE
reen
ite
en
i
thode
rid
Decoupling late late
Decou
c
IF
Cathode
IF
Screen
IF
Grid
IF
Cathode
T
Screen
IF
Decoupl
IF
Grid
IF
Plate
:F
Screen
IF
Decoupl
IF
Cathode
Joad
Jlder
J
imp.
Grid
c
5PRAGUE
PART
No.
1FM-35 IFM-25 IFM-25 IFM-25 IFM-25 IFM-25 1FM-31 1FM-31 IFM-25
IFM-25 IFM-25 1FM-315 1FM-315
TM-22
TM-ll
fM-11
1FM-35
TM-15
TM-11
1FM-37 1FM-315
ffl-13
I'M-11 TM-25
FM-11
capacitors
capacitors
INSTALLATION
tapped @ 500K2
and
switch
tapped ® 5KS
and
switch
(Dual
(Dual Concentric)
Instructions
control
Instructions
control
control
Instructions
control
Per
Instructions
tapped
switch
-
P.fffi
ITNT.I
pling
Decoupling
Ing
Decoupling
Ing
Decoupl
ing
(D
and
IDENTIFICATION
INSTALLATION
Osc.
Anode
Conv.
Fll. Bypass
AVC
Filter 1st IF 1st IF 1st IF
Diode
Filter
2nd
IF
2nd
IF 2nd
IF
Diode
Load
" " "
De-emphasis Decoupling
Audio
Coupling
Tone
Compensation
n
ii
Audio
Coupling
Tone
Compensation
AF
Plate
AF
Plate
Audio
Coupling
Output
Plate
Filament Bypass
of
equal
of
NOTES
(Dual
t
(Dual Concentric)
Concentric)
tapped
50K
(Dual
CODES
1RR
nTHflRUIRP
CODES
AND
NOTES
Bypass
Cath.
Bypass
Screen
Bypass
Decoupling
Cath.
Bypass
Screen
Bypass
Plate
Decoup.
Cap.§
§
Bypass
Decoupling
Bypass
value.
equal
value.
» Concentric)
«
t
© 252
Concentric)
RTSTCn
ng
10% 10% 10%
10%
10% 10%
10% 10%
10%
H-196
KJ
^1
m
j^
WESTINGH(
LJ
o
fn
9~
%/%
PAGE
19
Page 27
ITEM No.
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 R10S R104 R105 R106 R107 R108 R109
RUO
Rill R112 R113 R114 R115 R116
R117 R118 R119 R120 R1S1
R122
R123
R124 R125
R12S
R127
R128
R129
R130
R131 R132 R133 R134
R135
R136
R137
R138
R139
R140
R141
R142
R143
R144
R145
R146
R147
R148
R149
R150
R151
R152
R153
R154
R155
R156
R157
R158
R159
R160
R161
R162
R163
R164
RATING
RESISTANCE
1
Meg.
220K2
822
10002 470K2 47002 4702 470KS2 2202 22KS
10KB 33002
47K2
1
Meg. 47008 1
Meg. 1002
33K2
10002 47K2 100KS2 10K2 68K2
680K2 680K2 15
Meg. 220K2 10K2 10K2 47KB 470K2 2702
332
10002
1
Meg.
10K2
270K2
1
Meg.
10K2
68K2
100K2
47K2
4.7
Meg.
39K2
27K2
47K2
22K2 8200S2 82002 1
Meg.
6.8
Meg. 100K2 4702
2.2
Meg.
33002
1
Meg. 22002 68K2 2502 1002 68K2
102
470K2 470KS
1
Meg.
470KB 5602
102
27K2 39K2 47K2 39K2 10K2 50002 27K2 68002 5602 220K2 39002 680K2 220K2 1002 47002 47002
8K2
1
Meg.
822 158
470K2
2.2
Meg.
56002
470K2
10002 47002 12K2 22KS2 1
Meg.
1
Meg. 33K2 33002
682
47K2
2.2
Meg.
15002
682
33K2 33002 2202
15K2 47K2 220KS2
WATTS
I
1
X X 2
1
4
I
i
i
5 X
^
X 4
i
i
4
*
X
X
X
4
i
1
4
z
4 4
i 4 4
l
4
i
4
4 4 4
4 4 4 4
£ ^
4
i
4
10
2
4 i
4
4
X
4 4
i l i i
4
10
X
^
4 4
z
z
4
-^ i
i
^
i
^
4
2
^
4 4 4 i i
4
X
£ ^
1 1
£ ^
X
4
REPLACEMENT
WESTING.
PART
No. R020AE105M RC20AE224M RC20AE823M RC20AE102M RC30AE474K RC40AE472J RC30AE471M RC20AE474K RC30AE221K RC20AE223M R020AE103K V5924 RC20AE473M RC20AE105M RC20AE472J RC20AE105M RC20AE101K RC20AE333M RC20AE102M RC20AE473M
RC20AE104M
RC20AE103M
RC20AE683M
RC20AE684M RC20AE684M RC20AE156M RC20AE224M RC20AE103J RC20AE103J R020AE473M RC20AE474K RC30AE271M RC20AE330M RC40AE102M RC20AE105M RC20AE103K RC30AE274K RG20AE105M RC20AE103K RC30AE683K RC20AE104M RC30AE472K RC20AE475M RC30AE393K RC20AE273K RC20AE473M RC20AE223M RC20AE822M RC20AE822M RC20AE105M RC20AE685M RC20AE104M RC20AE471M RC20AE225M RC20AE332M RC20AE105M RC30AE222M
RC20AE683M
V5922 RC40AE101M RC20AE683M
RC30AE100K
RC20AE474M
RC20AE474M
RC20AE105M
RC20AE474M
RC20AE561M
RC20AE100K
RG30AE273K
RC30AE393M
RC30AE473K
RC30AE393M
RC20AE103M
V5925
RC20AE102M
RC20AE682M
RC20AE561K
RC20AE224M
RC20AE392M
RC20AE684M
RCEOAE224M
RC40AE101M
RC40AE472K
V5963
RC20AE105M
RC10AE820K
RC10AE150M
RC10AE474M RC10AE225M RC3UAE562K RC10AE474M RC10AE102K RC10AE472K RC41AE123K RC10AE223K RC10AE105M
RC10AE105M RC30AE333K RC30AE332K R010AE680K
RC10AE473M RC10AE225M RC10AE152M R010AE680K RC30AE333K
RC30AE332K RC10AE221M RC10AE153K RC10AE473M RC10AE224M
DATA
IRC
PART
No.
BTS-1
Meg.
BT8-220K BTS-1000
BTS-470K BT-2-4700 BTA-470 BTS-470K
BTS-22K BTS-10K ABA-3500
t
BTS-47K
BTS-1
Meg.
BTS-4700-5%
BTS-33K
BTS-1000 BTS-100K
BTS-10K BTS-68K
BTS-680K
BTS-680K
BTS-15
Meg.
BTS-220K
BTS-10K-5%
BTS-10K-5% BTS-47K BTS-470K BW-1-270
BT-2-1000 BTS-1
Meg. BTS-10K BTA-270K BTS-1
Meg. BTS-10K BTA-68K BTS-100K BTA-47K BTS-4.7
Meg. BTA-39K BTS-27K BTS-47K BTS-22K BTS-8200 BTS-8200 BTS-1
Meg.
BTS-6.8
Meg. BTS-100K BTS-470 BTS-2.2
Meg. BTS-3300 BTS-1
Meg. BTA-2200 BTS-68K AB-250 BW-2-100 BTS-68K BW-1-10 BTS-470K BTS-470K BTS-1
Meg. BTS-470K BTS-560
BTA-27K BTA-39K BTA-47K BTA-39K BTS-10K AB-5000 BTS-27K BTS-6800 BTS-560 BTS-220K BTS-3900 BTS-680K BTS-220K
BT-2-4700-5%
BW-4-82 BW-4-15
BTS-470K BTS-2.2
Meg. BTA-5600 BTS-470K BTS-1000 BTS-4700 BT-2-12K BTS-22K BTS-1
Meg.
BTS-1
Meg. BTA-33K BTA-3300 BW-4-68 BTS-47K BTS-2.8
Meg. BTS-1500 BW-4-68 BTA-33K BTA-3300 BW-4-220 BTS-15K BTS-47K BTS-220K
IDENTIFICATION
AGO
Network
AGC
Amp. Plate
AGO
Amp.
Voltage Divider
tolse Video Video Video Video Video Peaking Coll Shunt Video Picture
3C >hase
AVC
.st
.st 1st 2nd 2nd 2nd De-emphasis
AVC AF
AF Ratio
Tone Compensation Output
Output
Parasitic Filter Vert. Vert. Sync. Vert. Horlz.
Horlz.
Horiz. Sync. Clipper Plate Vert. Vert.
Horlz.
Horiz. Sync.
Voltage
Differentiator
Integrator
Vert.
Voltage Divider
Vert.
Vert. Output Grid
Vert.
Vert.
Vert. Output
Vert.
Bias
focus
Voltage Divider
Bias
Sync.
AFC
Horiz.
AFC
Horlz.
Horlz.
Horiz.
Horiz.
Horiz.
Horiz.
Dlffereniator
Horiz. Discharge Grid
Horiz.
Horiz. Discharge Plate
Horlz. Output Grid
Horiz.
Horlz. Output Screen Decoupling
Mixer Coll Shunt
Horiz.
HV
FM
Parasitic
FM RF AVC FM Mixer Grid Mixer Plate Decoupling Conv. Osc. Anode Osc. Grid AVC
Diode Diode Tone Compensation 2nd IF 2nd IF 2nd IF RF
Ratio
De-emphasis
AVC
Cathode
Clipper
Load
Amp.
Plate Amp. Decoupling Output
Grid Output Cathode Output Screen Decoupling
Output Plate
Tube
Restorer Load
Correction
Network
Sound
IF
Sound
IF
Sound
IF
Sound
IF
Sound
IF
Sound
IF
Network
"
" Grid Plate
Det.
it
t,
n
Grid
Cathode
Suppressor Sync. Sync.
Sync. Sync. Clipper Bleeder
Sync.
Sync.
Sync.
Divider
"
10%
"
10%
Osc.
tt
ii
10%
Grid
5%
Cathode Screen Decoupling Plate Decoupling Grid Screen Decoupling Plate Decoupling
Diode
Load
tt
10%
Clipper
Clipper
Clipper
Clipper Grid
Amp.
Grid
Amp.
Plate
Amp.
Grid
Amp.
Plate
1058.
Grid
See
Output Cathode Peaking
Osc.
Plate
Decoupling
Osc.
Decoupling
Network
Coll Shunt
Network
10%
Discriminator
ii
n
n
n
Filter
Input Load
"
"
n n
AFC
Grid
10%
10%
AFC
Voltage Divider
AFC
Screen Decoupling
AFC
Plate
"
Osc.
Osc.
10% Screen Decoupling Plate
Osc.
Grid
10%
Peaking
10%
Output Cathode
Damping Filter RF
Cathode
Grid
Network
RF
Plate
Plate
Network
n n
IF
Screen Dropping
IF
Plate Decoupling
IF
Cathode
Filter Load
Cathode
Screen Dropping
Plate Decoupling
Filter
Det.
10%
tapped ® 4.
10%
Suppressor
10%
Decoupling
10%
10%
Diode
Load
Network
CODES
10%
5%
5?j
Grid
Bleeder
1O%
Plate
1C*
1C*
10%
Note
Load
10%
10%
5%
5K2,6K2
and 7K2
10%
10%
10%
10%
10%
10%
PAGE
20
Page 28
ITEM
No.
R165
R166
R167 R168 R169 R170 R171
RATING
RESISTANCE
Z.S
Meg.
10
Meg.
470K2
150K2 470KB 2702 2200S2
Note.
On
i
Set
slider
WATTS
sets
WESTINGHOUSE
RC10AE335M
i
RC10AE106M RC10AE474M
RC10AE154M
1
RC10AE474M
1
RC30AE271K RC10AE222K
t
using
at
3300S2
REPLACEMENT
PART
No.
I Meg
Vert,
DATA
IRC
PART
BTS-3.3 BTS-10 BTS-470K BTS-150K BTS-470K BW-1-270 BTS-2200
hold
No.
Meg.
Meg.
control
AFC
Network
AF
Grid
AF
Plate
Load
AF
Plate
Decoupling
Output
Grid
Output Cathode
Ant. Loading
use 1.5 Meg in
IDENTIFICATION
CODES
10*
this
application.
ITEM
No.
T3
T4 T5
T6 T7A
T8
ITEM
No.
Tl
T2
B
PRI.
117VAC
@2.26A
117VAC
®
.76A
RATING
DC
RESISTANCE
PRI.
42S2
CT
1782
4002 Tap®
1808
6102 142
6fl2
2402
0
Drill
SEC.
670VCT
®
.320
ADC
SEC.
5VAC
®
2A
590VCT
®
.114
ADC
SbC.
362
Tap
@
92 9102 SEC.
10.22 Tap
.542 StC. 02
9.32
new
RATING
1
5VAC
a>3A
4
SEC.
6.4VAC
®
5VAC
® 2A
WESTINGHOUSE
V-5935
V-5937
1
V-5934
@
2
V-5C38 V-6073
V-5900
mounting
TRANSFORMER
SEC.
2
SEC.
3
5VAC
g)2A
SEC.
6
5
6.4VAC
3.7A
@3.9A
6 . 6VAC
®
2.5A
TRANSFORMER
PART
No.
A-8121 A-8117
A-8115
DY-1
FC-10
holes.
WESTINGHOUSE
PART
No.
V-5936
V-6131
(SWEEP
REPLACEMENT
STANCOR
PART
No.
(POWER)
STANCOR
PART
CIRCUITS)
DATA
CHICAGO PART
No.
TBO-1
TSO-1
(3
REPLACEMENT
No.
MERIT
PART
A-4000
A-3035
DATA
No.
0
CHICAGO
PART
No.
Hor.
Sync. Disc.
Vert. Hor. Output
Vert. Hor. Deflection Vert.
Focus Coil
PART
NOTES
Block Osc.
Trans.
Output. Deflection
MERIT
No.
Trans.
Trans.
Trans.
Yoke
Yoke
f
to
O
m
%
z
m
»
ITEM
No.
T9A T10
ITEM
No.
SP1A SP2
SP3A
SP4-
ITEM
No.
LI
12
B
B
B
61002 54002 48002
CONE
CURRENT
IMPEDANCE
PRI.
SEC.
3.2S2
3.22
3.62
FIELD
10002 10002
PM
DlA.
5" 9
1/2"
9
1/2"
TOTAL
DIRECT
.127
A
.114/1
RATING
RATINGS
RESISTANCE
2552
2002
DC
PRI.
5402 5602 4002
V. C.
3.22
3.22
3.22
V. C.
9/16" 3/4" 3/4"
RATINGS
D. C.
TRANSFORMER
WESTING-
RES.
IMP.
DIA.
SEC.
.62 .62 .42
WESTING
HOUSE
V-5978 V-6268 V-5571
INDUCTANCE
(0
CURRENT
1000
9
Henry
5
Henry
HOUSE
PART
V-57981
PART
•")
No.
«
t
REPLACEMENT
-
No.
«
f
f
REPLACEMENT
STANCOR
PART
A-3877 A-3823 A-3823
JENSEN
PART
ST-191 MOD.F5-W
ST-119 MOD.P10-T
FILTER
WESTING
PART
No.
V-5921
V-6161
(AUDIO
THORDAR'N
No.
RO-9 RO-9 RO-9
SPEAKER
DATA
No.
52E10
10E10 10AS1
CHOKE
REPLACEMENT
.
STANCOR PART
C-2326
DATA
PART
QUAM
PART
No.
No.
No.
)3
OUTPUT)
MERIT
PART
No.
A-2930 A-2902
A-2902
<
Used
t
Used
DATA
CHICAGO
PART
No.
R-8120
*
Used
#
Used
INSTALLATION
in
model
in
model
MERIT
PART
C-2993J3
INSTALLATION
in
model
In
model H-207
H-196. H-207.
No.
0
Drill
mounting
NOTES
H-196
NOTES
INSTALLATION
NOTES
one new
hole.
PAGE
21
Page 29
ITEM
No.
L3 L4 L5 L6 L7
L8 L9
L10 Lll
L12 L13
L14 LIE
Lie
L17
LIE LIE L2C
L21 L2£
L22
L24 L25
L26 L27
L28 L29 L30
LSI L32
L33
L34 L35 L36 L37
L38 L39 L40 L41
L42
L43
L44
L45
USE
Ant.
Coll
Ant.
Coil
Ant.
Input
Fll.
Choke
1st
Video
Fll.
Choke
2nd
Video
Fll.
Choke
3rd
Video
Fll.
Choke
4th
video
Fll.
Choke
IF
Trap
Video
Det. Peaking Peaking Peaking Peaking
1st
Sound
2nd
Sound
Ratio
Det.
Fll.
Choke
Horlz.
Linearity
Control Width Control AM
Loop
Loop
Load-
Ing
FM
Dipole
Ant.
AM
Osc.
RF
Choke
RF
Choke
FM
Osc.
RF
Choke
FM
Ant
.
RF
Choke
RF
Plate
Chk.
1st FM IF
1st
AM
2nd FM IF
2nd AM IF
Ratio
Det.
Fll.
Choke
Fll.
Choke
Fll.
Choke
IF
IF
IF
IF'
IF
IF
Ant
IF
OS
02
.22CT
.12
12
.12
12
.12
12
.12 12 02
.12
5.52
4.82
4.82
5.52
.22 .22
.32
.52
352
.32
02 22
Offi
92
.52
02
Offl
1.52
Offi Offi
02
.52
162
.52
152
12
.52 .52
12
PRI.
COILS
DC
RES.
SEC.
Offi
02
02
Offi
.22
02
.52 162
.52
152 02
REPLACEMENT
WESTING-
HOUSE
PART
No.
V-5905-1 V-4886-1
V-5903-2 V-4886-1
V-5905-2 V-4886-1
V-5905-3 V-4886-1 V-5899 V-5903-2 V-5S02-1 V-5902-2 V-5902-2 V-5902-1
V-5932 V-5933
V-5939
V-4886-2
V-5901 V-5904
V-5982-2 V-6157 V-5986-3
V-6164 V-4886-2 V-4886-7 V-6138 V-4886-4 V-6139 V-4886-10
V-4886-6 V-6142 V-6130 V-6129 V-6130 V-6128
V-4886-2
V-4886-2 V-4886-1
(RF-IF)
DATA
MEISSNER
PART
16-6678 16-6678
No.
Part
of
Tuner
n n n n n
tt n n
Inductance-140 Inductance-115 Inductance-115
Inductance-140
Wound
on
228
resistor
Wound
on
resistor
Wound
on
820S2
NOTES
Assembly
resistor
Pt.
n ii
Microhenries
Microhenries Microhenries
Microhenries
ftf-5941-1
11 n
ITEM
BASE
No.
Bayonet
Ml
Bayonet
M2
ITEM
No.
M3
Tuner
M4 M5 M6
A20
Assembly Fuse Band
Switch
Tuning
Ion
Trap
Knob Knob
Knob Assembly Knob Assembly Knob Assembly Knob
Knob Knob Knob Knob Assembly
Knob Assembly
Channel Indicator Channel Indicator
Cabinet
Cabinet Socket Assembly Terminal Board Sound Trap Trimmer
TYPE
PART
Cap
NAME
VOLTS
6-av
6-8V
AMPS.
0.15A
0.15A
WESTINGHOUSE
PART
No.
V-5941-1 V-6171-3 V-6140 V-6137 V-5940 V-4362-4
V-5028-3 V-5039-2 V-7878 V-7879 V-6146-1
V-6146-5 V-6147-1 V-6245-1 V-7892
V-7893 V-6037 V-6308-1 V-1166-1 V-1166-2 V-5928 V-6294 V-3713-3
DIAL
LIGHTS
BEAD
COLOR
Brown Brown
REPLACEMENT
WESTING-
PA«o.
DATA
Type Type
147 #47
MISCELLANEOUS
NOTES
Complete, 250V,
AM PM On-Off-Tone,
Volume, Vert. Hold (For Sets Using Brown Rear Knobs) Brightness, Fine Channel Selector (For Sets Using Brown Rear Knobs) On-OIf-Tone,
Brightness, Volume, Brightness Fine
Channel Selector (For Sets For For Mahogany Blonde Picture Antenna Ceramic
Less
1/4
Two Type
Tuning (For Sets Using Brown Rear Knobs)
Tuning (For Sets Using Brass Rear Knobs)
Sets Using Brown Rear Knobs. Sets Using Brass Rear Knobs.
Tubes
Amp.
Gang ( 48-552MMF-W/T ) (37-212MMF-W/T)
Horlz.
Hold
(For Sets Using Brown Rear
ContrastfFor
Horlz. Hold(For Sets Using Brass Hear
Contrast, Front(For Sets Using Brass Rear
Vert, Hold, Rear (For Sets Using Brass
Contrast Rear(For Sets Using Brass Rear
Tube Variable
Sets Using Brown Rear Knobs)
Using
Brass Rear Knobs)
NOTES
Knobs)
Knobs) Knobs
Rear
Knobs) Knobs)
)
PAGE
22
Page 30
DIAL
TUNING
CORD
GANG
FULLY CLOSED
STRINGING
DIAL
CORD DRIVE
I
1/2
TURNS
FM
PHONO
PHONO
MOTOR
ANT.
PLUG
PLUG
FS
IO
^^
0
5
No
IT
o
SPEAKER
MOUNTING
CABINET-REAR
BOLTS
VIEW
PAGE
27
Page 31
SENSITIVITY
For
average
conditions,
1.
Disconnect antenna
2.
Connect
3.
Turn sensitivity control fully
4. Now
5. If
Another method
1.
Disconnect antenna from receiver.
2.
Turn
3.
Turn
4.
Turn
5.
Slowly turn
6.
Back The two this control should
VTVM
slowly turn
voltage will
decreasing.
of
contrast control fully
brightness
the
appear
on the
up the
methods outlined above
this
control
from
from
AGO
line
the
control counter-clockwise until VTVM reading decreases
not
decrease
adjustment
control just
sensitivity control fully counter-clockwise
raster.
the
sensitivity control clockwise
control
to
be
adjusted
CONTROL
may
be set as
receiver.
to
chassis.
clockwise.
to 0.6
is as
follows:
clockwise.
to the
point where
are for
for
the
average conditions.
best picture quality
follows:
volt turn control
point where
noise dots reappear.
the
to the
on all
ADJUSTMENT
to 0.6
to the
point
where
the
voltage stops
raster appears.
and
notice
the
black noise dots which
point when
For
the
noise dots disappear.
extremely weak available stations.
or
strong signals
volt.
HORIZONTAL
1. Set the
2. If a
WIDTH
A
fill
The Horizontal linearity
the
center
If
above, third move
Adjustment
1.
2.
3.
4.
5.
1.
2.
3.
4.
5_.
1.
2.
3.
4.
5.
horizontal
"syncs" horizontally.
black vertical
contrast control
hand edge
to
hand
the
side
of the
right
of the
AND
balance must the
mask
horizontally.
width control governs
of the
it
is
impossible
it may be
lug
from
the top of the
the tap
toward
of Bl may be
Remove
eight
Remove
ten
Remove
speaker plug
Remove
three
Remove
four wood screws
Remove
four push-on type control knobs.
Remove
phono motor plug
Remove
FM
and AM
Remove
speaker plug
Remove
three
Remove
eight eight
Remove Remove
speaker plug from speaker.
Remove
three 7/16" four
Remove
SYNC.
he-Id
control
bar
appears slightly picture.
and
there
is no
picture.
HORIZONTAL
be
obtained between these three adjustments
the
Bl
mainly controls
picture.
to
obtain
necessary
to
move
resistor.
the top of the
necessary after
DISASSEMBLY
push-on
type
screws
holding;
at
speaker.
7/16"
hex
head bolts holding
holding'
and
antenna leads from terminal strip
at
front
1/4"
hex
head self tapping
push-on type control knobs. screws holding back cover. Remove back cover
hex
head
wood screws holding
DISCRIMINATOR
to the mid
on
below normal
The
final setting
evidence
point
of its
picture, center
and
adjust
for Bl is
of
"fold-over"
the
D4
until black
or
LINEARITY
overall width
good
horizontal linearity after adjusting
the tap on the
resistor.
MODEL
control
back cover. Remove back cover
speaker.
MODEL H -207
phono
of
chassis.
MODEL
bolts
speaker.
of the
picture.
the
rl£ht
side
damping
If the
knobs.
pick-up
left
sine
the tap has
H-207AM
AM
screws
H-I96AM
holding
been
INSTRUCTIONS
CTV
CHASSIS)
chassis. Remove chassis. Remove
speaker.
CAM-FM
CHASSIS)
plug
from
rear
at
holding
chassis.
Remove
Remove
speaker.
ADJUSTMENT
rotation.
horizontal
when
white vertical streaks
the
Turn
bar
black
hold control,
moves
bar
ADJUSTMENTS
to
make
the
picture symmetrical
of the
picture while
the resistor of the
picture
changed„
by
lifting
of
chassis.
rear
of
chassis.
by
chassis.
R130.
Normally is
abnormally
up and
chassis.
Remove chassis.
lifting
up and
slug
B3
until
and set the
off the
is
off the
on the
B2
controls chiefly
three controls
this
contracted
pulling out.
pulling out.
picture
right
picture
left
and
tap is the
PAGE
28
Loading...
Buy Points How it Works FAQ Contact Us Questions and Suggestions Privacy Policy Cookie Policy Terms of Use