Philco 50-T1443 User manual

PHOTOFACT* Folder
PHILCO
MODEL 50-T1443 (CODES 122,123)
HGRIZ. HOLD
CONT.
VERT. HOLD
CONT.
V
YWSS
Uis
VOLUMECONT.
ON-OFF SWITCH
CHANNEL
SEL.
FINE
TUNING
BRIGHT
CONT.
CONTRAST
CONT.
PHILCO MODEL50-T1443(Code 123)
TRADE NAME PhilcoModel50-T1443(Codes 122,
MANUFACTURER Philco Corp. , Tioga and "C" Sts. ,
TYPE SET Television Receiver
TUBES Twenty Six
POWERSUPPLY 110-120 VoltsAC-60Cycle
TUNING RANGE-Channels 2 thru 13
Photographs
Chassis-Top View
6,7
20
19
19
13,14
19
11,18
3
123)
Philadelphia, Pa.
RATING 2 Amp. ® 117 Volts AC
INDEX
Photographs(continued)
RF Tuner 10
Resistor Identification 12, 17
Trans. , Inductor and Alignment
,15,16
Schematic(AlternateTuner) 16
Voltage and Resistance Measurements 8
o
o
in
O
is
CO 5
• • iS
0°
a
m
(/I
to
to
to
CJ
HOWARD W. SAMS & CO., INC. • Indianapolis 1, Indiana
"Thelisting ofany available replacementparthereindoes not constitute inany
case a recommendation,warranty or guaranty by Howard W. Sams & Co.,Inc.,
as to the quality and suitability of such replacement part. The numbers of these
parts havebeencompiledfrominformationfurnished to Howard W. Sams & Co.,
Inc., bythe manufacturers ofthe particulartype of replacementpart listed."
"Reproduction or use,without express permission, of editorial or pictorial con-
tent, inany manner, is prohibited. No patent liability is assumed with respect to
the useofthe informationcontainedherein.Copyright 1950 by Howard W.
Sams & Co.,Inc.,Indianapolis 1, Indiana, U.S.of America.Copyrightunder In-
ternationalCopyrightUnion. All rights reserved under Inter-American Copyright
Union(l910) by HowardW.Sams&Co., Inc." Printed inU.S.of America
DATE 5-50
SET 94 FOLDER /

® ®i
A PHOTOFACTSTANDARD NOTATION SCHEMATIC
©Howard W. Sams & Co.,Inc. 1950
PAGE 2

SOUND IF AMP
6BA6
®6K

AUDIO OUTPUT BLUE
W4GT
94-7

PHILCO
MODEL
5O-T1443
(CODES
122,
123)
/VGIA
dOl
SISSVHO
n Ul
I

CHASSIS BOTTOM VIEW-TRANS., INDUC
PAGE 4

U-
TORAND ALIGNMENT IDENTIFICATION
PAGE 9

PHILCO
MODEL
5O-T1443
(CODES
122,
123)
1HVHO

ALIGNMENTINSTRUCTIONS
To eliminate the high voltage shockhazardremove the horizontal oscillator tube (V19) from its socket and disconnect the lead connectedbetween pin
3 ofthe horizontal output tube(V20) andthe TELEVISION-PHONO switch.Thiswill place the 100J2 resistor (R126) inthe cathodecircuit to provide bias
for V20and reduce the placecurrent to normal.
Do not attempt to operate theset without the focus and deflection coils connected.
Pre-set the following adjustments:
A10 fully counter-clockwise.
All andA12 fully clockwise .
A8 A3andA7 until thetopofthe screws are approximately 5/8 inch from thetopofthe coilmount.
Remove the converter tube (V2) . IfV2isa 6J6 replace it with a 6J6 which haspin1 removed, ifV2 is a 7F8 replace it with a 7F8 which has pm 6
removed.Thiswilldisable the local oscillator and preventerroneousindications.
During video IF alignmentattenuate signal generator to maintain 2 volt deflection on VTVM.
Turn the contrast control to maximumcounter-clockwise.
DUMMY
ANTENNA
. 01MFD
. 01MFD
. 01MFD
.01MFD
.01MFD
Direct
Direct
Direct
SIGNAL
GENERATOR
COUPLING
High side topin1 (Grid)
of 6AG5 (V6). Low side
to chassis.
High side topin1 (Grid)
of 6AG5 (V5). Low side
to chassis.
High side topin1 (Grid)
of 6AG5 (V4). Low side
to chassis.
High side topin1 (Grid)
of 6AG5 (V3) . Low side
to chassis.
High side toan unground-
ed tube shield floating
overconvertertube (V2)
Low side to chassis.
SIGNAL
GENERATOR
FREQUENCY
25. SMC
(Unmod.)
24. SMC
(Unmod.)
25MC
(Unmod.)
26.6MC
(Unmod.)
23.25MC
(Unmod.)
28. IMC
(Unmod.)
22. IMC
(Unmod.)
24.25MC
(Unmod.)
CHANNEL
Any
"
CONNECT
VTVM
DC Probe to PoinU^\n to chassis.
»
ADJUST
Al
A2
A3
A4
A5
A6
A7,A8
A9
REMARKS
Adjust for maximumdeflection. Usethe peak with the
slug farthestout.
"
"
!•
Adjust for MINIMUM deflection.
Adjust A7for MINIMUM deflection. If nodipcanbe
found adjust A7 counter-clockwise until a sharp
increase is noted, thenclockwise tothe pointjust
before the increase began. Then adjust A8for minimum
deflection.
Adjust for maximumdeflection.
OVERA L VIDEO IF RESPONSECHECK
Connect the synchronizedsweepvoltage from the signalgenera
Connect a lOKft resistor in series with the oscilloscope vertica
DUMMY
ANTENNA
Direct
SWEEP
GENERATOR
COUPLING
High side toanun-
grounded tubeshield
floating overconverter
tube (V2) . Low side to
chassis.
SWEEP
GENERATOR
FREQUENCY
25MC
(10MC SWP)
MARKER
GENERATOR
FREQUENCY
23. 2 SMC
23. SMC
25.75MC
26.6MC
tortothe horizontal input ofthe oscilloscope ofor horizontal deflection,
input.
CHANNEL
Any
CONNECT
SCOPE
Vert. Amp. to Point
^O. Low side to
cnassis.
ADJUST
A10
REMARKS
Adjust AlO for responsecurvewithin
the limits shown inFig1.If necessary
retouch Al,A2,A3,A4, A5, A9andAlO
for properresponse.
SOUND IF ALIGNMENT
Connect the synchronizedsweepvoltage from the signalgenerator tothe horizontal input ofthe oscilloscope for horizontaldeflection.
Attenuate the sweepgenerator to maintain .5 volt peak to peakindication.
DUMMY
ANTENNA
Direct
Direct
Direct
DUMMY
ANTENNA
.01MFD
SWEEP
GENERATOR
COUPLING
High side toanun-
grounded tubeshield
floating overconverter
tube (V2) . Low side to
chassis .
"
SWEEP
GENERATOR
COUPLING
High side to Point A .
Low side to chassis.
SWEEP
GENERATOR
FREQUENCY
22. IMC
(IMC SWP)
"
SWEEP
GENERATOR
FREQUENCY
Not used
MARKER
GENERATOR
FREQUENCY
22. IMC
(400 % AM
Mod.)
"
22. IMC
(Unmod.)
4.5M
MARKER
GENERATOR
FREQUENCY
4. SMC
(400 t AM
Mod.)
CHANNEL
Any
"
•'
TRAP ADJ
CHANNEL
Any
CONNECT
SCOPE
Vert.Amp. to Point
X*/- Low side to
cnassis.
"
JSTMENT
CONNECT
SCOPE
Vert.Amp. topin
2 of picturetube.
ADJUST
All, A12
A13.A14
All, A12
ADJUST
A15
REMARKS
Adjust AllandA12 slightlyclockwiseuntil
an indication is observed onthe scope.
Adjust A13for minimum AM indication .
Adjust A14 for symmetrical "S" curve
similar toFig2.
Adjust for maximumamplitude and
symmetry of pattern.
REMARKS
Adjust for minimum 400 ^ indication on
scope.
3.
4.
FIG.2
FIG.3
FIG.4
PAGE 6

OSCILLATOR ALIGNMENT (TUNER 76-5411-3)
Connect two matched lOOKfi ( - 1%) resistors in series from point A to chassis. The junction of these two resistors is alignment point<6\.s shown on
the schematic. "
Complete oscillator alignment maynotbe necessary.
If the oscillator seem tobeoff frequency approximately the same amount fora majority ofthe channels, itmaybe possible to correct them inone step
using A16.
It should be notedthat this is an all channel oscillator circuitadjustment and should not be adjusted for any individualchannel. If adjustment of A16
will not bring all channels within the range ofthe fine tuning control, it will be necessary to adjust the individual channel oscillator adjustment for each
channel that is off frequency. The individualchannel oscillator adjustment screws are reachedthru a holejust tothe right ofthe channelswitchshaft.
The correct adjustmentscrew is accessible thru this hole asthe channelswitch is turned to eachchannel.
Remove the dummy convertertube and replace the originaltube.
The sweep generator output lead should be terminated with its characteristic impedance, usually 50 ohms.
Setthe fine tuning control tothe mid-position ofits range.
DUMMY
ANTENNA
Two 120S2
carbon
res.
SIGNAL
GENERATOR
COUPLING
Across antennatermin-
als with 120O in each
lead.
SIGNAL
GENERATOR
FREQUENCY
215.75MC
(Unmod.)
209.75MC
(Unmod.)
293.75MC
(Unmod.)
197.75MC
(Unmod.)
191.75MC
(Unmod.)
185.75MC
(Unmod.)
179.75MC
(Unmod.)
87.75MC
(Unmod.)
81.75MC
(Unmod.)
71.75MC
(Unmod.)
65.75MC
(Unmod.)
59. 7 SMC
(Unmod.)
CHANNEL
13
12
11
10
9
8
7
6
5
4
3
2
CONNECT
VTVM
DC Probe to Point/b}
Common to Point<v*>
ADJUST
A17
A18
A19
A20
A21
A22
A23
A24
A25
A26
A27
A28
REMARKS
Adjust for zero reading. A positive and negative
reading will be obtained on either side ofthe correct
setting.
RF ALIGNMENT ( TUNER 76-5411-3)
The sweepgenerator output leadshould be termnated with its characteristic impedance,usually 50 ohms.
Connect the synchronizedsweepvoltage from the signalgenerator tothe horizontal input ofthe oscilloscope for horizontaldeflection.
DUMMY
ANTENNA
Two 120ft
carbon
res.
SWEEP
GENERATOR
COUPLING
Across antennatermin-
als with 120SJ in each
lead.
SWEEP
GENERATOR
FREQUENCY
207MC
(10MC SWP)
213MC
(10MC SWP)
201MC
(10MC SWP)
195MC
(10MC SWP)
189MC
(10MC SWP)
183MC
(10MC SWP)
177MC
(10MC SWP)
85MC
(10MC SWP)
79MC
(10MC SWP)
69MC
(10MC SWP)
63MC
(10MC SWP)
57MC
(10MC SWP)
MARKER
GENERATOR
FREQUENCY
205.25MC
209.75MC
211. 2 SMC
215.75MC
199.25MC
203. 7 SMC
193.25MC
197.75MC
187.25MC
191.75MC
181.25MC
185.75MC
175.25MC
79.75MC
83.25MC
87.75MC
77. 2 SMC
81.75MC
67.25MC
.71.75MC
61. 2 SMC
65.75MC
55.25MC
59.75MC
CHANNEL
12
13
11
10
9
8
7
6
5
4
3
2
CONNECT
SCOPE
Vert. Amp. to Point
<m Low side to
cnassis.
ADJUST
A29, A30,
A31
REMARKS
Adjust for response curve similar to
Fig 3 with markers above90%.check all
channels for response similar toFig3.
If markers fallbelow 70%onany channel ,
make slight adjustment of A29, A30and
A31 withchannelswitch setfor thatchannel.
Recheck all channels tosee thattheyhave
not beenseriously effected.
OSCILLATOR ALIGNMENT (TUNER 76-4402-5)
Remove the dummy convertertube and replace the original tube.
The sweepgenerator output leadshould be terminated with its characteristic impedance, usually 50 ohms.
Setthe fine tuning control tothe mid-position ofits range.
DUMMY
ANTENNA
Two 120S2
carbon
res.
SIGNAL
GENERATOR
COUPLING
Across antenna termin-
als with 120ft in each
lead.
SIGNAL
GENERATOR
FREQUENCY
59. 7 SMC
(Unmod)
65.75MC
(Unmod)
71. 7 SMC
(Unmod.)
81.75MC
(Unmod)
87. 7 SMC
(Unmod)
179.75MC
(Unmod)
185.75MC
(Unmod)
191. 75MC
Unmod)
197.75MC
(Unmod)
203.75MC
(Unmod)
209.75MC
(Unmod.)
215.75MC
(Unmod.)
CHANNEL
2
3
4
5
6
7
8
9
10
11
12
13
CONNECT
VTVM
DC Probe to point<0?>
Common to chassis.
ADJUST
A32
A33
A34
ASS
A36
A37
A38
A39
A40
A41
A42
A43
REMARKS
Adjust for zero reading. A positive and negative
reading will be obtained on either side ofthe correct
setting.
RF ALIGNMENT (TUNER 76-4402-5)
Push a piece of solder into the holeadjacent to A9 so that the terminal under the hole is shorted to chassis.
The sweep generator outputleadshould be terminatedwith its characteristic impedance, usually 50 ohms.
Connect the synchronizedsweep voltage from the signal generator tothe horizontalinput ofthe oscilloscope for horizontaldeflection.
DUMMY
ANTENNA
Two 120ft
carbon
res.
••
SWEEP
GENERATOR
COUPLING
Across antenna termin-
als with 120ft in each
ead.
SWEEP
GENERATOR
FREQUENCY
57MC
(10MC SWP)
8SMC
(10MC SWP)
213MC
(10MC SWP
MARKER
GENERATOR
FREQUENCY
54MC
60MC
82MC
88MC
210MC
216MC
CHANNEL
2
6
13
CONNECT
SCOPE
€
.. Amp. to Point
Low side to
sis.
••
••
ADJUST
A44
A45
A46.A47
REMARKS
Adjust for response curve similar to
Fig4 with markers at 70%.
Adjust for maximumamplitude and
symmetry.
PAGE 7
o
o
m
r-
in
*x
§i
z
KJ
io

•o
S
VOLTAGE
AND
RESISTANCE
MEASUREMENTS
VOLTAGEREADINGS
RESISTANCE
READINGS
Item
V
1
V2
V
3
V
4
V
5
V
6
V7 V
8
V9
V
10
V
1 1
V
12
V13
V
14
V
15
V16 V
17
V
18
V
19
V20
V21 V22 V23
V24 V25
V26
Tube
6BC5
6J6
6BC5 6BC5
6BC5 6BC5
6AL5 6ATJ6 7C5 7F7
6BA6
6AU6 6AL5 6AU6 6K6GT 7N7
7N7 6K6GT
7N7
6BG6G
6W4GT
1B3GT
1B3GT 5U4G
7Z4
12LP4
Pin1
-.4VDC
95VDC
-2.
5VDC
-2.
1VDC
-.4VDC 0V. 0V. 0V. 0V.
6.
3VAC
0V. -.4VDC -4.2VDC -.4VDC 0V. 6.
3VAC
6.
3VAC
6.
3VAC
6.
3VAC
0V.
OV.
Pin
2
0V. 120VDC
.6VDC .9VDC
.4VDC
1.
2VDC
-2.8VDC
0V. 340VDC
5.4VDC
0V.
0V:
-.3VDC 0V. 6.
3
VAC
0V.
5.4VDC
0V. -12VDC
6.
3VAC
0V.
Pin
3
6.
3
VAC
ov.
ov.
ov.
ov.
ov. ov. 6.
3VAC
125VDC
160VDC OV. OV. 6.
3VAC
OV.
275VDC
160VDC 340VDC 340VDC
44VDC
OV. 430VDC
Pin
4
OV. 6.
3VAC
6.
3VAC
6.
3VAC
6.
3VAC
6.3VAC 6.
3VAC
OV.
-3VDC 5.
4VDC
6.
3
VAC
6.
3VAC
OV.
6.
3VAC
295VDC
-1VDC
-75VDC
340VDC
-9VDC
-20VDC
OV.
Pin
5
165VDC
-1.
6VDC
150VDC 150VDC
150VDC
100VDC
.1VDC
250VDC
OV.
ov. 120VDC 65VDC OV. 220VDC
OV.
-.7VDC -75VDC
OV. -55VDC
-20VDC
360VDC
Pin
6
165VDC
§-6.8VDC
150VDC
150VDC
150VDC
140VDC
OV. 140VDC
-1VDC
OV. 120VDC 65VDC OV. 44VDC
295VDC
33VDC 80VDC 260VDC
6.3VAC
Pin
7
OV.
OV.
.6VDC .9VDC
.4VDC
1.
2VDC
-1.
5VDC
1
VDC
9VDC 1.2VDC
1.
3VDC
OV.
-2.9VDC
OV. OV. OV. OV.
6.3VAC
155VDC
|
OV.
335VDC
!ov.
ov.
1
ov.
Pin
8
8.3VAC
OV.
20
VDC
OV. OV.
24
VDC
51VDC
OV.
240VDC
280VDC
6.
3VAC
Pin
9
TOPCAP
*
*DONOT
MEASURE.
»
DONOT
MEASURE.
0V.
6.3VAC 6.
3
VAC
390VDC 0V.
.4VDC
OV.'
210VAC
PIN10
275VDC
330VAC
OV. PIN11
145VDC
OV.
OV. PIN12 OV.
330VAC 210VAC
OV. 200VDC
390VDC OV.
i
TAKENWITHVACUUM
*DONOT
MEASURE.
TUBE
VOLTMETER.
Item
V1
V
2
V
3
V
4
V
5
V
6
V
7
V
8
V9
V
10
V1 1
V
12
V
13
V14 V15
V
16
V
17
V18
V
1 9
V20
V
21
V22 V23 V24 V25
V
26
Tube
6BC5 6J6 6BC5 6BC5
6BC5 6BC5 6AL5 6AU6
7C5 7F7 6BA6
6AU6 6AL5
6AU6 6K6GT 7N7 7N7
6K6GT
7N7 6BG6G
6W4GT
1B3GT 1B3GT 5U4G
7Z4
12LP4
Pin1
200KSZ
TSKn leoKn 165KSJ
165KS2
.2£l .2n
IMeg.
on
.in
470KSJ
68Kfi
Inf.
4.
7
Meg.
Inf.
JB .in .in
.in
Inf. Inf. Inf.
Inf. Inf. .in an
Pin
2
on
tiOKn
6sn i2on
68n
loon 120KS1 on
#3.
5M
woon on
on
Inf.
on
JO
on
1.
2Kn
on
290Kn
.in
Inf. Inf. Inf.
12.
5Kn
Inf.
1.5
Meg.
Pin
3
.in
on
on on
on on on
.in
»20Kn
#47Kn
on
on .in
on
|2.6Kn
#15.4Kn *ioOKn #1.
2Kn
*42Kn
on
*
on
Inf.
Inf.
Inf. 4on
PIN10
*5Kn
Pin
4
on .in
.in .in
.in
.in an
on 38Kn
IMeg.
an
an
on
an
#2.iKn
56DKn
2
Meg.
#1.
2Kn
750Kn 350Kn
Inf. Inf. Inf.
52H
Inf.
PIN11
lOOKn
Pin
5
|2.6Kn 225Kn t825n t4son
t48on
t7Kn 8Kn *i3Kn
Inf.
on ti.
sxn
tiucn on
*49Kn
IMeg.
4.7
Meg.
2
Meg.
2.
2
Meg.
IBOKn 350Kn
M30n Inf.
Inf.
Inf.
_,
Inf.
PIN
12
on
Pin
6
t2.6Kn losn t82sn t4son
t4son
ti.
5Kn
Inf.
tioxn
ssoxn
on ti.
8Kn
nucn
Inf.
#560Kn
K.iKn «8Kn
i
sooKn
i
3
Mez.
an
#80Kn
550Kn
Inf. Inf. Inf.
52n
4on
Pin
7
on
on esn I2on
esn won 3
soon
I2on
issn
IMeg. 68P,
on
46Kn on on on on an
on on on
Inf. Inf.
Inf. 24Kn
Pin
8
an
on
seon on on
eooon looon
on #4.5Kn
#iOKn
an
Inf. Inf. 12.
5Kn
on
ALL
MEASUREMENTSTAKENWITH
TV-PHONO
SWITCH
IN
"TV"
POSITION,
t
MEASURED
FROM
PIN7 OF
V25.
»
MEASURED
FROM
PIN8 OF
V24.
i
MEASURED
FROM
PIN3 OF
V21.
Pin
9
TOPCAP
iiion
TOPCAP
•
soon
TOPCAP
A
Inf.
1.
DC
Voltage
measurements
areat
20,000
ohms
per
volt;
AC
Voltage
measured
at
1,000
ohms.
2.Pin
numbers
are
counted
ina
clockwise
direc-
tion
on
bottom
of
socket.
3.
Measured
values
ore
from
socket
pinto
com-
mon
negative
unless
otherwise
stated.
4.
Line
voltage
maintained
at
117
volts
for
volt-
age
readings,
5.
Front
panels
controls
set
at
minimum.
6.
Where
readings
may
varyaccording
to
the
setting
ofthe
service
Controls,
both
minimum
and
maximum
readingsare
given.

RF TUNER-RIGHT SIDE
RF TUNER-LEFT SIDE
PAGE 1O

CHASSIS BOTTOM VIEW-CAF
PAGE 18

>ACITOR IDENTIFICATION
PAGE 11

CHASSIS BOTTOM VIEW-RES
PAGE 12

BISTOR IDENTIFICATION
PAGE 17

PARTSLIST AND DESCRIPTIONS
TUBES (SYLVANIA or Equivalent)
ITEM
No.
VIA
B
V2A
B
V3A
B
V4A
B
V5A
B
V6A
B
V7
V8
V9
V10
Vll
V12
V13
V14
V15
V16
V17
V18
V19
V20
V21
V22
V23
V24
V25
V26
USE
RF Amp.
RF Amp.
Converter
Converter
1st Video IF
1st Video IF
2nd Video IF
2nd Video IF
3rd Video IF
3rd Video IF
4th Video IF
4th Video IF
Video Del. -AGC
Rect.
Video Amp.
VideoOutput
DC Rest. -Sync.
Amp.
1st Sound IF
2nd Sound IF
Ratio Det.
AF Amp.
Audio Output
Sync. Amp. -Sync.
Sep.
Vert. Osc.-Vert.
Dlsch.
Vert. Output
Hor. AFC -Hor.
Oscillator '*
Hor . Output
Damper
HV Rect.
HV Rect.
LV Rect.
LV Rect.
Picture Tube
REPLACEMENT DATA
PH1LCO
PART No.
6BC5
BAG 5
616
7F8
6BC5
6AG5
6BC5
6AG5
6BC5
6 AC 5
SBC 5
6AG5
6AL5
6AU6
7C5
7F7
6BA6
6AU6
6AL5
6AU6
6K6GT
7N7
7N7
6K6GT
7N7
6BG6G
6W4GT
1B3GT
1B3GT
5U4G
7Z4
12LP4
STANDARD
REPLACEMENT
6BC5
6AG5
6J6
7F8
6BC5
6AG5
6BC5
6AG5
6BC5
6AG5
6BC5
6AG5
6AL5
6AU6
7C5
7F7
6BA6
6AU6
6AL5
6AU6
6K6GT
7N7
7N7
6K6GT
7N7
6BG6G
6W4GT
1B3GT
1B3GT
5U4G
7Z4
12LP4
RMA
BASE
TYPE
7BD
7BD
7BF
8BW
7BD
7BD
7BD
7BD
7BD
7BD
7BD
7BD
6BT
7BK
6AA
8AC
7BK
7BK
6BT
7BK
7S
SAC
8AC
7S
8AC
5BT
4CG
3C
3C
5T
SAB
12D
NOTES
Used in code 0123
Used in code#122
Used in code #123
Used in code #122
Used in code #123
Used in code #122
Used in code 1123
Used in code #122
Used in code #123
Used in code #122
Used in code #123
Used in code#122
CAPACITORS
Capacity values given inthe rating column arein mfd. (or Electrolytic
and Paper Capacitors, andin mmfd. for Mica and CeramicCapacitors.
ITEM
No.
Cl
C2A
B
C
D
C3
C4A
B
C
C5A
B
C6A
B
C
D
C7A
B
C
C8
C9
CIO
Cll
C12
C13
C14
CIS
C16A
B
C17
CIS
C19
C20
C21
C22
C23
C24
C25
C26
C27
C28
C29
C30
C31
C32
C33
C34
C35
C36
C37
C38
C39
C40
C41
C42
C43
C44
C45
C46
RATING
CAP.
30
40
20
10
10
30
10
10
40
10
40
10
10
10
10
10
10
10
10
2
5
120
1000
100
20
10
1000
1000
10
1000
100
120
51
51
1500
1503
1500
1500
470
1503
10
470
1500
1500
10
470
51
51
1503
1500
470
100
1500
1500
100
100
10
.047
VOLT
475
475
475
475
475
250
450
450
50
450
50
475
475
475
475
475
475
475
25
50
300
400
REPLACEMENT DATA
PHILCO
PART No.
30-2568-19
30-2570-8
30-2568-19
30-2579-16
30-2570-16
30-2570-10
30-2570-10
30-2417-1
30-2417-7
30-1224-5
60-10125237
45-3505-52
62-215001011
60-00205307
62-010009001
45-3505-52
45-3505-52
62-010009001
45-3505-52
62-21500101
60-10125237
30-1224-2
30-1224-2
62-215001011
62-215001311
62-215001011
62-215001011
62-147301001
62-215301011
62-010009001
62-147001001
62-215001011
62-215001011
62-010009001
62-147001001
30-1224-2
30-1224-2
62-215001011
62-215001011
62-147001001
62-110009001
62-215001011
62-215001011
62-110009001
62-110009001
62-010009001
45-3505-28
AEROVOX
PART No.
AF6X
AF8422J
AF6F
[-AF22J
LpRS 50/50
rAF22J
LPRS so/so
AF2222X
AFH2222X
E26A274
E26K6
SI5CNPO
GP120M
GP1000M
GP100M
SI20JNPO
SI10JN750
GP1000M
GP1000M
CN10JNPO
GP1000M
GP100M
GP120K
SI51JN220
SI51JN220
GP1500M
GP1500M
GP1500M
GP1500M
GP470M
GP1500M
GP10K
GP470M
GP1500M
GP1500M
GP10K
GP1500M
SI51JN220
SI51JN220
GP1500M
GP1500M
GP470M
GP100M
GP1500M
GP1500M
GP100M
GP100M
GP10K
P488-047
CENTRALAB
PART No.
D2-4.7
D6-121
D6-102
D6-101
D2-20
DN-10
D6-102
D6-102
D2-10
D6-102
D6-101
D6-121
D2-51
D2-51
D6-152
D6-152
D6-152
D6-152
D6-471
D6-152
D6-100
D6-471
D6-152
D6-152
D6-100
D6-471
D2-51
D2-51
D6-152
D6-152
D6-471
D6-101
D6-152
D6-152
D6-101
D6-101
D6-100
ERIE
PART No.
NPOK-5
GP2K-120
GP2L-001
GP1K-100
NPOK-20
N750K-10
GP2L-001
GP2L-001
NPOK-10
GP2L-001
GP1K-100
GP2K-120
NPOM-50
NPOM-50
GP2L-0015
GP2L-0015
GP2L-0015
GP2L-0015
GP2K-470
GP2L-0015
GP1K-10
GP2K-470
GP2L-0015
GP2L-0015
GP1K-10
GP2K-470
NPOM-50
NPOM-50
GP2L-0015
GP2L-0015
GP2K-470
GP1K-100
GP2L-0015
GP2L-0015
GP1K-100
GPIK^IOO
GP1K-10
SPRAGUE
PART No.
TVL-7
TVL-40
TVL-63
TVL-52
TVL-52
TVL-39
TVL-39
TVA-5
TVA-12
\ 29C7
29C4
MS -45
MS-45
1FM-215
1FM-215
1FM-215
1FM-215
1FM-35
1FM-215
MS -41
1FM-35
1FM-215
1FM-215
MS -41
1FM-35
MS-45
MS-45
1FM-215
1FM-215
1FM-35
1FM-31
1FM-215
1FM-215
1FM-31
1FM-31
MS -41
TM-15
IDENTIFICATION CODES
AND
INSTALLATION NOTES
Filter
. Filter
• Filter
i Filter
Filter
Filter
• Decoupling
A Decoupling
Output Cathode Bypass
• Vert. Osc. Decoupling
Vert. OutputCath. Bypass
• Vert. Osc. Plate Decoup.
• Sync. Amp. Plate Decoup.
* Decoupling
Decoupling
. V. Output Screen Bypass
A V. Output Plate Decoup.
Decoupling
AGC Filter
Stabilizing Cap.
Fixed Trimmer *
RF Decoupling
RF Filament Bypass
RF Coupling
Osc. Grid Cap.
Fixed Trimmer
RF Bypass
Conv. Filament Bypass
Fixed Trimmer
Conv. Plate Decoupling *
Filament Bypass *
IF Coupling
Fixed Trimmer
Fixed Trimmer
AGC Filter
AGC Filter
RF Bypass
1stV.IF Decoupling
IF Coupling
2nd V.IF Decoupling
2nd V. IF Decoupling
IF Coupling
AGC Filter
3rd V.IF Decoupling
3rdV.IF Decoupling
IF Coupling
Fixed Trimmer
Fixed Trimmer
4th V.IFCath. Bypass
4th V.IF Decoupling
IF Coupling
IF Coupling
DAGC Decoupling
AGC Filter
AGC Filter
Bias Filter
V. Diode Filter
VideoCoupling
i
o
p
01
si
O
0?
Jo
KJ
w
CJ
PAGE 13

CAPACITORS CCONT.J
PARTS LIST AND DES<
RESISTOR.
ITEM
No.
C47
C48
C49
C50
C51
C52
C53
C54
C55
C56
C57
C58
C59
C60
C61
C62
C63
C64
C65
C66
C67
C68
C69
C70
C71
C72
C73
C74
C75
C76
C77
C78
C79
C80
C81
C82
C83
C84
C85
C86
C87
C88
C89
C90
C91
C92
C93
C94
C95
C96
C97
C98
C99
C100
C101
C102
C103
C104
CIO 5
C106
RATING
CAP.
680
470
56
.1
.047
.0047
56
.01
470
1500
56
1500
1500
1500
100
1500
100
.01
100
.0022
.01
.1
.01
.0068
.047
330
22
.047
220
.082
.0022
.0047
.0047
.0022
.0047
.047
.068
.1
150
180
.0022
.022
.22
5
.047
270
1500
390
.047
.047
.047
.47
500
500
500
.47
.1
.01
.01
470
VOLT
400
400
600
100
400
400
400
400
600
1000
400
500
500
400
500
400
600
600
600
600
600
400
400
400
500
500
600
400
400
500
400
500
500
500
400
400
400
200
20000
20000
20000
200
200
600
600
REPLACEMENT DATA
PHILCO
PART No.
60-10685401
62-147001001
62-056409001
45-3505-47
45-3505-28
45-3505-56
62-056409001
45-3505-41
62-147001001
62-215001011
62-056409001
62-215001001
62-215001001
62-215001001
62-110009001
62-215001001
62-110009001
45-3505-41
62-110009001
45-3505-54
45-3505-41
45-3505-47
45-3505-41
45-3505-57
45-3505-45
60-10335407
62-322009001
61-0122
62-122001001
30-4651-3
45-3505-54
45-3505-56
45-3505-56
45-3505-54
45-3505-56
45-3505-62
45-3501
45-3505-47
60-10155407
30-1220-30
45-3505-54
61-0108
45-3505-49
60-90505007
45-3505-45
60-10275407
60-20155014
60-10395407
45-3505-62
45-3505-62
45-3505-62
61-0133
30-1229-2
30-1229-2
30-1229-2
61-0137
45-3505-30
45-3505-41
45-3505-41
62-147001001
AEROVOX
PAST No.
GP680M
GP470M
GP51K
P488-1
P488-047
P688-0047
GP51K
P488-01
GP470M
GP1500M
GP51K
GP1500M
GP1500M
GP1500M
GP100M
GP1500M
GP100M
P488-01
GP100M
P488-0022
P488-01
P488-1
P688-01
P1088-0068
P488-047
1468-00035
1468-000025
P488-047
1468-00025
P488-075
P688-0022
P688-0047
P688-0047
P688-0022
P688-0047
P488-047
P488-068
P488-1
1469-00015
1469-00015
P688-0022
P488-022
P488-22
1468-000005
P488-047
1469-00025
1464-0015
1468-0004
P488-047
P488-047
P488-047
P288-47
P288-47
P288-1
P688-01
P688-01
GP470M
CENTRALAB
PART No.
D6-681
D6-471
D2-56
D6-472
D6-560
D6-103
D6-471
D6-152
D6-560
D6-152
D6-152
D6-152
D6-101
D6-152
D6-101
D6-103
D6-101
D6-222
D6-103
D6-103
D6-682
B6-3J1
D6-220
D6-221
D6-222
D6-472
D6-472
D6-222
D6-472
D6-151
D6-181
D6-222
D2-4.7
D6-271
D6-152
D6-391
TV1-502
TV1-502
TV1-502
D6-103
D6-103
D6-470
ERIE
PART No.
GP2K-680
GP2K-470
GP1K-56
GP2M-0047
GP1K-56
821-01
GP2K-470
GP2L-0015
GP1K-56
GP2L-0015
GP2L-0015
GP2L-0015
GP1K-100
GP2L-0015
GP1K-100
821-01
GP1K-100
GP2M-0022
821-01
821-01
GP2K-330
GP1K-22
GP2K-220
GP2M-0022
GP2M-0047
GP2M-0047
GP2M-0022
GP2M-0047
GP2K-150
GP2K-180
GP2M-0022
NPOK-5
GP2K-270
GP2L-0015
GP2K-390
821-01
821-01
GP2K-470
SPRAGUE
PART No.
1FM-37
1FM-35
MS-45
TM-1
TM-15
TM-25
MS-45
TM-11
1FM-35
1FM-215
1FM-45
1FM-215
1FM-215
1FM-215
1FM-31
1FM-215
1FM-31
TM-11
1FM-31
TM-22
TM-11
TM-1
TM-11
MB-27
TM-15
1FM-335
MS -425
TM-15
1FM-325
TM-1
TM-22
TM-25
TM-25
TM-22
TM-25
TM-15
TM-1
MS-315
MS-315
TM-22
TM-12
TC-2
MS-55
TM-15
MS-325
1FM-215
1FM-34
TM-15
TM-15
TM-15
TC-5
TC-5
TM-1
TM-E
TM-11
1FM-35
IDENTIFICATION CODES
AND
INSTALLATION NOTES
V. Amp. Cath. Bypass t
Filament Bypass
Fixed Trimmer
Video Coupling
Video Coupling
Video Coupling
Fixed Trimmer
S.IF Coupling
1st S . IF Cathode Bypass
1st S. IF Decoupling
S. IF Coupling
RF Bypass
RF Bypass
2nd S.IF Decoupling
DiodeLoadCap.
RF Bypass
RF Bypass
Audio Coupling
ToneCompensation
ToneCompensation
Audio Coupling
AF Amp. Screen Bypass
Audio Coupling
Output Plate Bypass
Sync.Coupling
Sync. Coupling
Sync.Sep.Grid Bypass
Sync.Coupling
RF Bypass
2nd Sync. Amp. Cath. Bypass
Integrator Net.
Integrator Net.
Integrator Net.
Fixed Trimmer
Vert.Osc.GridCap.
Vert. Discharge
Vert. Discharge
Vert.SweepCoupling
Hor.Sync.Coupling
VoltageDivider
Hor.Sync.Coupling
AFC Filter
AFC Filter
Hor.Feedback
Hor. AFC Plate Bypass
Hor.Osc.GridCap.
Hor. Discharge
Hor.SweepCoupling
Hor.Output Screen Bypass
Damper Filter
Damper Filter
Hor.Sweep Coupling
VoltageDoublerCap.
HV Filter
HV Filter
Pic.TubeCath. Bypass
Bias Filter
Line Filter
Line Filter
RF Bypass *
' Not used inall models.
t Model 50-T1443 code 123 before
run 5 uses .0033MFD in this application. Part No. 45-5305-:
CONTROLS
ITEM
No.
R1A
B
C
R2A
B
R3
R4
R5
R6
R7
R8
RATING
RESIST-
ANCE
SOKfi
IMeg.
Shaft End
2 Meg.
Switch
2000!!
100K!2
lOKtl
5000S1
soon
2.5 Meg.
WATTS
i
a
I
JL
2
i
4
2
25
^
REPLACEMENT DATA
PHILCO
PART No.
^ 1
( 33-5563-3 {
) I
33-5564-1
NotReq.
33-5546-33
33-5539-43
33-5546-18
33-5546-10
33-5547-5
33-5565-10
IRC
PART No.
Bll-123 *
Bll-137 *
E-187 *
Q18-139X
76-1
W-2000
Qll-128
W-5000
PR -25-500
QU-239
CLAROSTAT
PART No.
T-116
SW-A
43-2000
M-49-S
10-10K
43-5000
PW-25-500
M-84-S
CENTRALAB
PART No.
BT-78-S
NotReq.
V-110
B-40
V-135
B-83
INSTALLATION NOTES
Horiz. hold control,panel
Vert, hold control, rear
Attach per instructions in "Concentrikit"
Volume control, tapped© 1 Meg.
Attach toR2Aper instructions
Contrast control-Wire Wound
Brightness control
Deflection control-Wire Wound
Vert, linearity control-Wire Wound
Focus control-Wire Wound
Height control
* Additonal parts tobe used with "Concentrikit"
RESISTORS
ITEM
No.
R9
RIO
Rll
R12
R13
R14
R15
R16
R17
R18
R19
R20
R21
R22
R23
R24
R25
R26
R27
RATING
RESISTANCE
3900!!
47Kt!
10KS1
2200!!
4700!!
220KS1
15K!!
10K!1
10KS!
4700!!
1000!!
5600!i 5%
15K!!
68!!
330H
33001! 20%
3300!! 20%
5600!!
120!!
WATTS
1
\
»
2
I
2
1
2
Z
±
-£
i
~z
~z
L
i
I
i
i-
i
^
REPLACEMENT DATA
PHILCO
PART No.
66-2398340
66-3478340
66-3108340
66-2228340
66-2478340
66-4228340
66-3158340
66-3108340
66-3108340
66-2478340
66-2018340
66-2568340
66-3158340
66-0688340
66-1338340
66-2338340
66-2338340
66-2568340
66-1128340
IRC
PART No.
BTS-3900
BTS-2200
BTS-4700
BTS-4700
BTS-5600-5%
BTS-15K
BW-j-330
BTS-3300
BTS-3300
IDENTIFICATION CODES
ALL RESISTORS ARE±10% UNLESSOTHERWISE STATED .
Ant.CoilShunt
AGC Network
RF Plate CoilShunt
RF Decoupling
Conv. Grid
Conv, Grid
Conv, Plate Coil Shunt
Conv. Plate Decoupling
Osc. Grid
Osc. Plate
Parasitic Supp. -SeeNote 1
IF Filter Network -See Note 2
1st Video IF Transformer Shunt
1st Video IF Cathode
1st Video IF Decoupling-wire Wound
AGC Network
AGC Network
2nd Video IF Grid
2nd Video IF Cathode
ITEM
No.
R28
R29
R30
£31
R32
R33
R34
R35
R36
R37
R38
R39
R40
R41
R42
R43
R44
R45
R46
H47
R43
R49
R50
R51
R52
R53
R54
R55
H56
H57
R58
R59
R60
R61
R62
R63
R64
R65
R66
R67
R68
R69
H70
R71
R72
R73
R74
R75
R76
R77
R78
R79
R80
R81
R82
R83
R84
R85
R86
H87
R88
H89
R90
R91
R92
R93
R94
H95
R96
R97
R98
R99
R100
R101
R102
R103
R104
R105
R106
R107
R108
R109
R110
Rill
R112
R113
R114
R115
R116
H117
R118
R119
R120
R121
R122
R123
R124
R125
H126
R127
R128
R129
R130
R131
R132
R133
RATING
RESISTANCE
3300!! 20%
5600H
68SJ
5600 a
5100!! 5%
5K£2
oo a
5600!!
ooora
27KS2
20KS2
ooon
6800!! 20%
OOOS2
OKI!
3300O
Meg.
2on
OKS1
2700« 5%
470KSJ 20%
10£!
6800!J
68KSJ
2500S2
470!!
5KSJ
OK!!
looon
100KH 20%
27KS!
OKSJ
470KSJ 20%
Meg. 20%
470KQ 20%
Ban
ooon
330S1
68K!2 20%
10KS2
22KSJ
47!!
4.7H
330SJ
47KS2
10KSJ
97KS2 20%
4.7 Meg. 20?
560KS2
47K!!
1 Meg. 20%
560S2
1900!!
330!!
270S1
470K!J 20%
10KSJ
5100B
10KS!
4.7 Meg.
6800!!
33001!
56KJi
IMeg.
4700SJ
1200!!
10KS!
3900!!
33K!2
22KSJ
8200SJ
8200SJ
10KS!
68KS!
1 Meg.
100KS2
lOOKSJ
470KSJ
820K£2
3900SJ
2.2 Meg. 20%
looon
560KSJ
180KIJ
lOOKfl 5%
8200H
3.3 Meg. 5%
82KS1
42KSJ
560KSJ 5%
220KS!
10KS1
10K!!
82KS2 5%
10KSJ 5%
68KS2 5%
100!! 20%
330KS!
won
3900SJ
2 Meg.
47KSJ
12Si
act
220KSJ 20%
18KS2
WATTS
a
i
1
1
I
I
A
a
I
a
1
2
f
T
r
|
|
L
1
|
I
i
5
1
1
2
2
S
2
I
~
a
I
I
I
~a
1
1
f
i
2
f
2
1
1
2
I
z
2
10
1
2
i
2
5
I
I
X
1
2
JL
I
I
4
~
1
?
i
\
\
2
1
1
I
z
1
1
4
i
1
i
1
1
i
1
~
i
\
1
^
\
2
2
i
2
2
2
10
REPLACEMENT DATA
PHILCO
PART No.
66-2338340
66-2568340
66-0688340
66-2568340
66-2518240
66-3158340
66-1108340
66-2568340
66-2018340
66-3278340
66-4128340
66-2018340
66-2688340
66-2018340
66-3108340
66-2338340
66-5108340
66-1124340
66-3108340
66-2274340
6-4478340
66-0108340
66-2688340
66-3684340
3-1335-87
66-1474340
66-3154340
66-3105340
66-2104340
66-4108340
66-3278340
66-3108340
66-4478340
66-5108340
66-4478340
66-0688340
66-2108340
66-1338340
66-3688340
66-3108340
66-3228340
66-0478340
66-9478340
66-1338340
66-3478340
66-3108340
66-3478340
66-5478340
66-4568340
66-3474340
66-5108340
66-1564340
33-3435-15
66-1338340
66-1274340
66-4478340
66-3104340
33-1335-18
66-3108340
66-5478340
66-2688340
66-2338340
66-3564340
66-5108340
66-2478340
66-2128340
66-3108340
66-2398340
66-3334340
66-3228340
66-2828340
66-2828340
66-3108340
66-3688340
66-5108340
66-4108340
66-4108340
66-4474340
66-4828340
66-2398340
66-5228340
66-2108340
66-4568340
66-4188340
66-4108340
66-2828340
66-5338340
66-3824340
33-1343-2
36-4568340
66-4228340
66-3108340
66-3108340
66-3108340
66-3688340
66-1108340
66-4338340
66-1105340
66-2395340
33-1338
66-3478340
66-0125340
66-0125340
66-4224340
33-1335-85
IRC
PART No.
BTS-3300
BTS-5600
BTS-5600
BTS-15K
BTS-5600
BTS-1000
BTS-27K
BTS-120K
BTS-1000
BTS-6800
BTS-1000
BTS-10K
BTS-3300
BTS-1 Meg.
BTS-10K
BTA-2700-5',
BTS-470K
BW-i-10
BTS-6800
BTA-6800
AB-2500
BTA-470
BTA-15K
BT-2-10K
BT-2-1000
BTS-100K
BTS-27K
BTS-10K
BTS-470K
BTS-1Meg.
BTS-470K
BTS-1000
BW-i-330
BTA-10K
BTA-22K
BW-i-4.7
BTS-47K
BTS-10K
BTS-47K
BTS-4.7Mee
BTS-560K
BTA-47K
BTS-1Meg.
BT-2-560
BTA-330
BW-2-270
BTS-470K
BT-2-10K
BTS-10K
BTS-4.7Meg
BTS-6800
BTS-3300
BT-2-56K
BTS-1 Meg.
BTS-4700
BTS-120&
BTS-10K
BTS-3900
BTA-33K
BTS-22K
BTS-8200
BTS-8200
BTS-10K
BTS-68K
BTS-1Meg.
BTS-100K
BTA-100K
BTA-470K
BTS-820K
BTS-3900
BTS-2.2 Meg
BTA-1000
BTS-560K
BTS-180K
BTA-100K-5C
BTS-8200
BTA-3.3MBJ
5%
BTA-82K
BTS-560K-51
BTS-220K
BTS-10K
BTS-10K
BTA-82K-5?
BTS-10K-5%
BTA-68K-5%
BTS-330K
BW-2-100
BT-2-3900
BTS-47K
BW-2-12
BW-2-12
BT-2-220K
AB-18,000
PAGE 14

PARTS LIST AND DESCRIPTIONS (Continued)
RESISTORS CCONT. 3
IDENTIFICATION CODES
AND
INSTALLATION NOTES
V. Amp- Cath. Bypass t
Filament Bypass
Fixed Trimmer
VideoCoupling
VideoCoupling
Video Coupling
Fixed Trimmer
S. IF Coupling
1stS.IF Cathode Bypass
IstS. IF Decoupling
S.IF Coupling
RF Bypass
RF Bypass
2nd S.IF Decoupling
Diode Load Cap.
RF Bypass
RF Bypass
AudioCoupling
Tone Compensation
Tone Compensation
Audio Coupling
AF Amp. Screen Bypass
Audio Coupling
Output Plate Bypass
Sync. Coupling
Sync. Coupling
Sync.Sep. Grid Bypass
Sync. Coupling
RF Bypass
2nd Sync. Amp. Cath. Bypass
Integrator Net.
Integrator Net.
Integrator Net.
Fixed Trimmer
Ve
Ve
Ve
Ve
Ho . Sync.Coupling
Voltage Divider
Hor. Sync. Coupling
AFC Filter
AFC Filter
Hor. Feedback
Hor. AFC Plate Bypass
Hor. Osc. GridCap.
Hor. Discharge
Hor. Sweep Coupling
Hor.Output Screen Bypass
Damper Filter
Damper Filter
Hor. Sweep Coupling
Voltage DoublerCap.
HV Filter
HV Filter
Pic. Tube Cath. Bypass
Bias Filter
Line Filter
Line Filter
RF Bypass *
t. Osc. Grid Cap.
t. Discharge
t. Discharge
t. Sweep Coupling
ALLATION NOTES
.. hold control, panel
hold control, rear
ti per instructions in "Concentrikit"
ne control, tapped® 1 Meg.
h toR2Aper instructions
ast control-Wire Wound
tness control
ction control-Wire Wound
linearity control-Wire Wound
; control-Wire Wound
,t control
CATION CODES
UNLESS OTHERWISESTATED.
2
hunt
ITEM
No.
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
R54
R55
R56
R57
R58
R59
R60
R61
R62
R63
R64
R65
R66
R67
R68
R69
R70
R71
R72
R73
R74
R75
R76
H77
H78
R79
R80
R81
R82
R83
R84
R85
R86
R87
H88
R89
H90
R91
R92
R93
H94
R95
R96
R97
R98
R99
R100
R101
R102
R103
R104
R105
R106
R107
R108
R109
RUO
Rill
R112
R113
R114
R115
R116
H117
R118
R119
R120
H121
R122
R123
R124
R125
R126
R127
R128
R129
R130
R131
R132
R133
RATING
RESISTANCE
3300n 20%
5600(2
68!!
5600n
5100n 5%
15M!
loon
5600n
lOOOn
27Kn
120IO1
lOOOn
6800n 20%
looon
lOKSt
3300n
IMeg.
120H
lOKn
2700!! 5%
470kn 20%
ion
680011
68KI!
2500S2
470n
15KS2
lOKn
1000(2
100KS! 20%
27KSJ
10IO!
4701O! 20%
1 Meg. 20%
470KS! 20%
68n
1000S!
330SJ
68KS1 20%
lOKn
22KS!
47S1
330n
47IC!
10KS2
47Kn 20%
4.7 Meg. 20%
560KS!
47KS!
1 Meg. 20%
560S2
1900n
330!!
270SJ
470KSJ 20%
1010!
5100n
10KS!
4.7 Meg.
6800S1
3300n
561O!
IMeg.
4700n
1200n
lOKn
3900SJ
33KSJ
22KSJ
82000
8200!]
lOKn
68Kn
1 Meg.
100KS2
lOOKn
470Kn
820Kn
3900!}
2.2 Meg. 20%
lOOOn
560KS2
180KI!
lOOKn 5%
8200n
3.3 Meg. 5%
82WI
42Kn
560Kn 5%
220KS2
lOKn
lOKn
82KIJ 5%
lOKn 5%
68KH 5%
100B 20%
330IOI
won
3900n
2 Meg.
47K!J
12 Si
12n
22010! 20%
18KS2
WATTS
\
\
3
I
i
t
a
i
f
f
J
f
1
\
A
S
\
A
2
I
1
5
1
1
2
2
2
4
2
I
a
1
i
1
1
f
i
j
t
"a
5
|
|
i
1
2
2
10
1
2
i
2
5
•i
I
2
|
"5
2
A
2
1
2
t
5
|
1
|
a
I
J
\
1
1
1
i
i
1
-'-
1
1
1
1
1
J
~
2
2
J.
i
1
2
1
A
^
2
2
2
4
2
2
2
10
REPLACEMENT DATA
PHILCO
PART No.
66-2338340
66-2568340
66-0688340
66-2568340
66-2518240
66-3158340
66-1108340
66-2568340
66-2018340
66-3278340
66-4128340
66-2018340
66-2688340
66-2018340
66-3108340
66-2338340
66-5108340
66-1124340
66-3108340
66-2274340
66-4478340
66-0108340
66-2688340
66-3684340
33-1335-87
66-1474340
66-3154340
66-3105340
66-2104340
66-4108340
66-3278340
66-3108340
66-4478340
66-5108340
66-4478340
66-0688340
66-2108340
66-1338340
66-3688340
66-3108340
66-3228340
66-0478340
66-1338340
66-3478340
66-3108340
66-3478340
66-5478340
66-4568340
66-3474340
66-5108340
66-1564340
33-3435-15
66-1338340
66-1274340
66-4478340
66-3104340
33-1335-18
66-3108340
66-5478340
66-2688340
66-2338340
66-3564340
66-5108340
66-2478340
66-2128340
66-3108340
66-2398340
66-3334340
66-3228340
66-2828340
66-2828340
66-3108340
66-3688340
66-5108340
66-4108340
66-4108340
66-4474340
66-4828340
66-2398340
66-5228340
66-2108340
66-4568340
66-4188340
66-4108340
66-2828340
66-5338340
66-3824340
33-1343-2
66-4568340
66-4228340
66-3108340
66-3108340
66-3108340
66-3688340
66-1108340
66-4338340
66-1105340
66-2395340
33-1338
66-3478340
66-0125340
66-0125340
66-4224340
33-1335-85
IRC
PART No.
BTS-3300
BTS-5600
BTS-5600
BTS-15K
BTS-5600
BTS-1000
BTS-27K
BTS-120K
BTS-1000
BTS-6800
BTS-1000
BTS-10K
BTS-3300
BTS-1 Meg.
BTS-10K
BTA-2700-5%
BTS-470K
BW-i-10
BTS-6800
BTA-6800
AB-2500
BTA-470
BTA-15K
BT-2-10K
BT-2-1000
BTS-100K
BTS-27K
BTS-10K
BTS-470K
BTS-1Meg.
BTS-470K
BTS-1000
BW-i-330
BTA-10K
BTA-22K
,
B ^
BTS-47K
BTS-10K
BTS-47K
BTS-4.7 Meg.
BTS-560K
BTA-47K
BTS-1 Meg,
BT-2-560
BTA-330
BW-2-270
BTS-470K
BT-2-10K
BTS-10K
BTS-4.7 Meg.
BTS-6800
BTS-3300
BT-2-56K
BTS-1 Meg.
BTS-4700
BTS-1206
BTS-10K
BTS-3900
BTA-33K
BTS-22K
BTS-8200
BTS-8200
BTS-10K
BTS-68K
BTS-1Meg.
BTS-100K
BTA-100K
BTA-470K
BTS-820K
BTS-3900
BTS-2.2 Meg.
BTA-1000
BTS-560K
BTS-180K
BTA-100K-5%
BTS-8200
BTA-3.3Meg.
5%
BTA-82K
BTS-560K-5%
BTS-220K
BTS-10K
BTS-10K
BTA-82K-5%
BTS-10K-5%
BTA-68K-5%
BTS-330K
BW-2-100
BT-2-3900
BTS-47K
BW-2-12
BW-2-12
BT-2-220K
AB-18,000
IDENTIFICATION CODES
AGC Network
3rd Video IF Grid
3rd Video IF Cathode
4th Video IF Transformer Shunt
IF Filter Network
4th Video IF Grid
4th Video IF Cathode
4th Video IF Plate
4th Video IF Decoupling
AGC Network
AGC Rect. Diode Load
Delayed AGC Network
Delayed AGC Network-See Note 1
Bias Network
AGC Network
Video Det.Diode Load
VideoAmp. Grid
Video Amp. Cathode
VideoAmp. Screen
Video Amp. Plate
VideoOutput Grid
Video OutputCathode-WireWound-SeeNote 3
Voltage Divider -See Note 1
Video Output Screen
VideoOutput Plate- Wire Wound
Video Output Plate
Video Output Plate -See Note 1
Video Output Screen Decoupling
VideoOutput Plate Decoupling
Voltage Divider
Peaking CoilShunt
Isolation
Picture Tube Grid
DC Rest. Load
.st Sound IF Grid
1st Sound IF Cathode
1st Sound IF Decoupling
Decoupling-Wire Wound
2nd Sound IF Grid
2nd Sound IF Decoupling
Voltage Divider
Balancing
Balancing-See Note 4
Ratio Det.Diode Load
De -emphasis
Tone Compensation
AF Amp.Grid
AF Amp. Screen
AF Amp. Plate
Output Grid
Output Cathode
Decoupling-Wire Wound
Decoupling
Filter
Sync.Amp. Grid
Sync.Amp. Plate
Decoupling-Wire Wound
Isolation
Sync. Sep.Grid
Sync.Sep. Grid
Voltage Divider
Sync.Sep. Plate
VoltageDivider
Sync.Amp.Grid
Sync.Amp.Cathode
Sync. Amp. Plate
Sync.Amp. Plate
Sync.Amp. Plate Decoupling
Integrator Network
Integrator Network
Integrator Network
Voltage Divider
Voltage Divider
Vert. Osc.Grid
Voltage Divider -See Note 1
Vert. Osc. Plate
Vert. Osc. Plate
Vert. Peaking
Vert. Peaking
Vert. Output Grid
Vert. Output Cathode
Horiz. AFC Grid
Horiz. AFC Cathode
Horiz. AFC Cathode
Horiz. AFC Filter Network
Voltage Divider
•
Voltage Divider
Voltage Divider-Temp. Compensating . '
Feedback Network
Horiz. AFC Filter Network
Filter
Decoupling
Horiz. Osc. Grid
Horiz. Osc. Transformer Shunt
Horiz.Osc. Plate
Parasitic Supp.
Horiz. OutputGrid
Horiz. Output Cathode -Wire Wound
Horiz.Output Screen
HV Rect. Load-Wire Wound
Bias Network
Bias Network
Bias Network
Voltage Divider
Bleeder -Wire Wound
ITEM
No.
R134
R135
R136
R137
R138
R139
RATING
RESISTANCE
5600!J
5600!!
5600!2
56!!
47K!J
82K!2
WATTS
2
2
2
2
2
1
PHILCC
PART
66-2564
66-2564
66-2564
66-0568
66-3478
66-3824
Note 1. Not used in all models.
Note 2. Some models use 18KS2 resi
Note 3. Some models use 4712 resi:
Note 4. Somemodels use 2200& re
ITEM
No.
Tl
RATING
PRI.
117VAC
S2A
SEC. 1
700VCT
. 190ADC
400VCT
.093ADC
SEC. 2
5VAC
®3A
TF
ITEM
No.
T2
T3
T4
T5A
B
T6
RATING
DC RESISTANCE
PRI.
166!!
28011
Tap ®
40Si
940!!
13.5!!
68!!
160!!
SEC.
320H
9.3!!
Tap ®
.91!
SEC. 2
on
SEC. 3
on
10. in
PHIL<
PART
32-8304
32-8398
32-8405-
* Drill onenew mounting hole.
ITEM
No.
T7
HATING
IMPEt ANCE
PRI.
4.6Kn
SEC.
4n
DC RES.
PRI.
sion
SEC.
.4n
ITEM
No.
SP1
SP2
RATINGS
FIELD RES.
PM
CONE DIA.
5"
V.C. IMP.
4K
V.C. DIA.
9/16"
ITEM
No.
LI
L2
RATINGS
TOTAL
DIRECT
CURRENT
.190A
.093A
DC
RESISTANCE
7811
153n
INDL
(0C
10
6.11
6 He
ITEM
No.
L3
L4
L5
L6
L7
L8
L9
L10
Lll
L12
USE
Ant. & RF
Grid
Fil. Choke
RF, Mixer
Grid Si Osc.
Fll. Choke
Mixer Plate
Adj. Channel
Sound Trap
RF Choke
1st Video IF
Fil.Choke
2nd Video IF
DC RES.
PRI.
on
.in
on
an
on
.in
.2!!
.in
.2n
SEC

OPTIONS (Continued)
CONTJ
IDENTIFICATION CODES
AGC Network
3rd Video IF Grid
3rd Video IF Cathode
4th Video IF Transformer Shunt
IF Filter Network
4th Video IF Grid
4th Video IF Cathode
4th Video IF Plate
4th Video IF Decoupling
AGC Network
AGC Rect.Diode Load
Delayed AGC Network
Delayed AGC Network-SeeNote 1
Bias Network
AGC Network
Video Det.Diode Load
Video Amp. Grid
Video Amp.Cathode .
Video Amp. Screen
Video Amp. Plate
Video Output Grid
Video Output Cathode-WireWound-SeeNote 3
Voltage Divider-See Note 1
Video Output Screen
Video Output Plate- Wire Wound
Video Output Plate
Video Output Plate-See Note i
Video Output ScreenDecoupling
Video Output Plate Decoupling
Voltage Divider
Peaking CoilShunt
Isolation
Picture TubeGrid
DC Rest. Load
1st Sound IF Grid
1st Sound IF Cathode
it Sound IF Decoupling
Decoupling-Wire Wound
2nd Sound IF Grid
2nd Sound IF Decoupling
Voltage Divider
Balancing
Ratio Det.Filament-Wire Wound
Balancing-See Note 4
Ratio Det.DiodeLoad
De-emphasis
Tone Compensation
AF Amp.Grid
AF Amp.Screen
AF Amp. Plate
Output Grid
Output Cathode
)ecoupling-Wire Wound
)e coupling
Filter
Sync. Amp-Grid
Sync. Amp. Plate
)ecoupling-Wire Wound
Isolation
Sync. Sep.Grid
Sync. Sep.Grid
Voltage Divider
iync. Sep. Plate
foliage Divider
Sync. Amp.Grid
Sync. Amp.Cathode
Sync. Amp. Plate
Sync. Amp. Plate
Sync. Amp. Plate Decoupling
ntegrator Network
ntegrator Network
ntegratorNetwork
Voltage Divider
Voltage Divider
Vert. Osc. Grid
Voltage Divider-See Note 1
Vert. Osc. Plate
Vert. Osc. Plate
Vert. Peaking
Vert. Peaking
Vert. Output Grid
Vert. Output Cathode
Horiz. AFC Grid
Horiz. AFC Cathode
Horiz. AFC Cathode
Horiz. AFC Filter Network
Voltage Divider
Voltage Divider
Voltage Divider-Temp.Compensating - '
FeedbackNetwork
Horiz. AFC Filter Network
Filter
De coupling
Horiz. Osc. Grid
Horiz. Osc. Transformer Shunt
Soriz. Osc. Plate
Parasitic Supp.
Horiz. OutputGrid
iz. Output Cathode-Wire Wound
Horiz. Output Screen
HV Rect.Load-Wire Wound
BiasNetwork
Bias Network
BiasNetwork
VoltageDivider
Bleeder-Wire Wound
RESISTORS CCONT. 3
ITEM
No.
R134
R135
R136
R137
R138
R139
RATING
RESISTANCE
5600ft
5600ft
5600ft
sen
47Kft
82Kft
WATTS
2
2
2
2
1
REPLACEMENT DATA
PHILCO
PART No.
66-2564340
66-2564340
66-2564340
66-0568340
66-3478340
66-3824340
IRC
PART No.
BT-2-5600
BT-2-5600
BT-2-5600
BTS-47K
BTS-82K
IDENTIFICATION CODES
Filter Network-SeeNote 1
Filter Network-SeeNote 1
Filter Network-SeeNote 1
Surge Limiter
Peaking Coil Shunt -See Note 1
Voltage Divider -See Note 1
Note 1.Not used in aU models.
Note 2. Some models use 18KS2 resistor in this application.
Note 3. Somemodels use 47J2 resistor in this application.
Note 4. Somemodels use 2200^ resistor in this application.
TRANSFORMER (POWER)
ITEM
No.
Tl
RATING
PRI.
117VAC
Si 2A
SEC. 1
700VCT
. 190ADC
400VCT
.093 ADC
SEC. 2
5VAC
@3A
SEC. 3
6.3VAC
® 11A
REPLACEMENT DATA
PHILCO
PART No.
32-8391
STANCOR
PART No.
MERIT
PART No.
P-3067
CHICAGO
PART No.
TRANSFORMER (SWEEP CIRCUITS)
ITEM
No.
T2
T3
T4
T5A
B
T6
RATING
DC RESISTANCE
PRI.
166ft
280ft
Tap @
4QO
940ft
13. 5n
68ft
160ft
SEC.
320ft
9.3n
Tap ®
.9n
SEC. 2
on
SEC. 3
on
10. in
REPLACEMENT DATA
PHILCO
PART No.
32-8304-3
.32-8398
32-8405-1
STANCOR
PART No.
A-8112'
MERIT
PART No.
HVO-6
A-3036
CHICAGO
PART No.
TSO-5
NOTES
Vert. Block Osc. Trans.
Horiz. Output Trans.
Vert. Output Trans.
Horiz. Deflection Coil
Vert. Deflection Coil
Focus Coil
§
o
01
O
* Drill onenew mounting hole.
TRANSFORMER (AUDIO OUTPUT)
ITEM
No.
T7
HATING
IMPEt ANCf
PRI.
4.6Kn
SEC.
4ft
DC RES.
PRI.
5ion
SEC.
.4n
REPLACEMENT DATA
PHILCO
PART No.
32-8356
STANCOR
PART No.
A-3877
MERIT
PART No.
A-2930
CHICAGO
PART No.
RO-8 •
INSTALLATION NOTES
• Drill new mounting holes.
SPEAKER
ITEM
No.
SP1
SP2
RATINGS
FIELD RES.
PM
CONE DIA.
5"
V.C. IMP.
4n
V.C. DIA.
9/16"
REPLACEMENT DATA
PHILCO
PART No.
36-1629-2
VIKING
PART No.
52514
OUAM
PART No.
52A21
NOTES
o
O
m
to
to
>
rO
FILTER CHOKE
ITEM
No.
LI
L2
RATINGS
TOTAL
DIRECT
CURRENT
.190A
.093 A
D.C.
RESISTANCE
78n
I53n
INDUCTANCE
(0 CURRENT
1000 >/>)
6.1 Henries
6 Henries
REPLACEMENT DATA
PHILCO
PART No.
32-8399
32-8355-1
STANCOR
PART No.
C-1646 1
C-2303 •
MERIT
PART No.
C-3196
C-2974 *
CHICAGO
PART No.
R-7200
R-885'«
INSTALLATION
NOTES
f Drill new mount-
ing holes.
* Drill one new
mounting hole.
COILS (RF-IF)
ITEM
No.
L3
L4
L5
L6
L7
IAS
L9
L10
Lll
L12
USE
Ant. & RF
Grid
Fil. Choke
RF, Mixer
Grid & Osc.
Fil. Choke
Mixer Plate
Adj . Channel
Sound Trap
RF Choke
1st Video IF
Fil.Choke
2nd Video IF
DC RES.
PRI.
on
.ift
on
.in
on
.ift
.zn
.in
.2ft
SEC.
REPLACEMENT DATA
PHILCO
PART No.
32-4112-15
32-4112-15
32-4234-4
32-4112-11
32-4233-4
32-4112-15
32-4359
MEI5SNER
PART No.
NOTES
Code 123 only. Part of 76-5411-3
Part of 76-5411-3. Code 123 only.
Part of 76-5411-3. Code 123 only.
PAGE 15