Sams 65-7 - Early Television Foundation

Sams 65-7 - Early Television Foundation

HALLICRAFTERS MODELS
T61, T64, T67, 5O9, 51O
PHOTO FACT* Folder
VERTICAL
HOLD
BRIGHTNESS
HORIZ. HOLD
-I X
VOLUME
SE
o> o
(^ ^
*>
-• 3
CHANNEL SELECTOR
PUSH BUTTONS
TRADE NAME
CONTRAST
ON-OFF SW.
S3
in *"
FINE TUNING
HALLICRAFTERS MODEL T67
Halllcrafters Models, T61, T64, T67, 509, 510
MANUFACTURER The Hallicrafters Co., 5th & Kostner Ave., Chicago 24, Illinois
TYPE SET
Television Receiver
TUBES
Twenty-three
POWER SUPPLY 105-125 Volts, 60 Cycles AC
TUNING RANGE-Channels 2 through 12
RATING:
1.81 Amps. @ 117 Volts
INDEX
Page
Alignment Instructions
Block Diagram
6,7
RF Alignment Points
13
Disassembly Instructions
Parts List and Description
Resistor Identification
7
Trans., Inductor and Alignment
Identification
14,15,16
Photographs
Cabinet-Rear View
Capacitor Identification
Chassis-Top View
Power Supply Chassis
Page
Photographs (continued)
2
Sweep Circuit Adjustments
7
Tube Placement Chart
5
11,18
3,13
Voltage and Resistance Measurements
HOWARD W. SAMS & CO., INC.
"The listing of any available replacement part herein does not constitute in any
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 have been compiled from information furnished to Howard W. Sams & Co.,
Inc., by the manufacturers of the particular type of replacement part listed."
"Reproduction or use, without express permission, of editorial or pictorial con-
4,9
Schematic •
16
19
10
12,17
•
Indianapolis 7, Indiana
tent, in any manner, is prohibited. No patent liability is assumed with respect to
the use of the information contained herein. Copyright 1949 by Howard W.
Sams & Co., Inc., Indianapolis 7, Indiana, U. S. of America. Copyright under International Copyright Union. All rights reserved under Inter-American Copyright
Union (1 91 0) by Howard W. Sams & Co., Inc."
Printed in U. S. of America
DATE 7/49 4913-7 SET #65 FOLDER #7
-pMMF_[_
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THE COOPERATION OF THE MANUFACTURER OF THIS
RECEIVER MAKES IT POSSIBLE TO BRING YOU THIS SERVICE
A PHOTOFACT STANDARD NOTATION SCHEMATIC
©Howard W. Sams & Co., Inc. 1949
PAGE 2
SOUND IF
EAU6
AUDIO OUTPUT
EK6ST
HALLICRAFTERS MODELS
T61, T64, T67, 5O9, 51O
M3IA dOl SISSVHO
CHASSIS BOTTOM VIEW-TRANS., INDUC'
PAGE 4
JCTOR AND ALIGNMENT IDENTIFICATION
PAGE 9
BOTTOM
VIEW
A F AMP.
HOR. OSC.
DC REST.
SYNC SEP.
SYNC PHASE INV.
,-.--'- — •!->.,,
—r
TUBE PLACEMENT CHART
OLS '60S '/9I '
S13QOW
r-'*&'
ALIGNMENT
INSTRUCTIONS
SOUND IF ALIGNMENT
DUMMY
ANTENNA
SIGNAL
GENERATOR
COUPLING
1.
5000MMF High side to pin 1
2.
5000MMF
(Grid) 6AU6 (V9).
Low side to chassis
SIGNAL
GENERATOR
FREQUENCY
4. SMC
(Unmod.)
Any
"
"
"
CONNECT
VTVM
CHANNEL
ADJUST
DC Probe to pin 7 Al, A2
6AL5 (V13) point
ft Common lead to
chassis.
REMARKS
Adjust for maximum deflection. Attenuate
signal generator to give approximately 1
volt reading on VTVM.
Adjust for zero reading. A positive and
DC Probe to Point A3
negative reading will be obtained on either
Ji Common to
side of the correct setting.
chassis.
Shift the frequency of the signal generator either side of 4. SMC and slightly readjust A2 for approximately
equal peaks. For best results, use only enough signal generator output to give one volt peaks. Retouch A3 for
null point.
VIDEO IF ALIGNMENT
Remove oscillator tube V3 (6C4) before aligning the IF colls to prevent any possible spurious beats which might
give Improper alignment.
SIGNAL
GENERATOR
FREQUENCY
Two 150S Insert resistor In 26.2HC
carbon each generator lead 25. SMC
and connect across 23. SMC
res.
23.0MC
antenna terminal .
22.2MC
26.2MC
DUMMY
ANTENNA
3.
SIGNAL
GENERATOR
COUPLING
CONNECT
VTVM
CHANNEL
ADJUST
REMARKS
Adjust the five IF colls at their listed
frequencies for maximum deflection keeping
signal generator level at such a point to
A7
maintain approximately a two volt reading
on VTVM. Repeak A4 at 26.2MC with a signal
A8
generator attenuated to give 1 volt reading
A4
on VTVM.
Tune the signal generator from 21I1C thru 26.25MC, attenuated to give a 1 1/2 volt reading on VTVI1 at the peaks.
Plot IF Response curve. Check readings at 21.75MC, 26.25HC and the dip between peaks. See Figure 1 for correct
response curve.
DC Probe to point A4
A5
3> Common to
A6
chassis.
2
OVERALL IF RESPONSE CHECK
Connect synchronized sweep voltage from signal generator to horizontal amplifier In scope to obtain horizontal
deflection.
SWEEP
MARKER
CONNECT
GENERATOR GENERATOR CHANNEL
ADJUST
SCOPE
FREQUENCY FREQUENCY
24MC
21 . 75MC
2
Vert. Amp. to
5000MMF -ligh side to pin 1
(Grid) 6AK5 (V2).
( 10MC
Point <£> Low
Low side to chassis
Sweep) 26.25MC
side t5 chassis.
DUMMY
ANTENNA
SWEEP
GENERATOR
COUPLING
REMARKS
If necessary, slightly retouch A4,
AS, A6, A7 and AS to obtain pattern
similar to Figure 1. Check to see
that markers fall at proper points.
RF ALIGNMENT
The local oscillator operates 24.5MC above the center frequency of each TV channel. To set the local oscillator
a separate "BFO" generator set at 24. SMC Is used to obtain a zero, beat with this difference frequency.
Couple the "BFO" generator to the receiver by connecting the output lead to a coll of hookup wire wrapped around
the video detector tube (V8). Set the fine tuning control to the center of Its capacity range.
BFO
SWEEP
GENERATOR GENERATOR CHANNEL
FREQUENCY FREQUENCY
2
24. SMC
Two 150S Across antenna ter- 57HC
DUMMY
ANTENNA
SWEEP
GENERATOR
COUPLING
carbon minals with 150S!
resistor in each
res.
generator lead.
6.
Two 150S
carbon
res.
Two 150S
carbon
res.
"
"
63MC
Two 150S
carbon
res.
9.
Off
24. BMC
"
CONNECT
VTVM
"
3
Off
Two 150S
carbon
res.
69MC
10. Two 150S
24.5I1C
4
Off
carbon
res.
11. Two 150S
79MC
12. Two 150S
'
ADJUST
A9
DC Probe to
point-up Common
to chassis.
A10,
All
Adjust for maximum deflection.
A12
Reconnect .01MFD capacitor as In
step 5 and adjust for rough audio
beat. Remove .01MFD capacitor.
A13,
A14
Adjust for maximum deflection.
A15
Reconnect .01MFD capacltoras in
step 5 and adjust for rough audio
beat. Remove .01MFD capacitor.
A16,
A17
Adjust for maximum deflection.
Reconnect .01MFD capacitors as In
step 5 and adjust for rough audio
beat. Remove .01MFD capacitor.
24. SMC
5
'
A18
Off
"
"
A19,
A20
carbon
res.
carbon
res.
Two 150S2
carbon
res.
14.
85I1C
Two 1508
carbon
res.
Two ISOffl
carbon
res.
'
177MC
Two 1502
carbon
res.
"
<•
17. Two 1502
183MC
Two 150S
carbon
res .
PAGE 6
Adjust f or maximum deflect! on.
A21
Reconnect .01MFD capacitor as in
step 5 and adjust for rouch audio
beat. Remove .01MFD capacitor.
"
A22,
A23
Adjust for maximum deflection.
7
"
A24
Reconnect .01MFD capacitor as in
step 5 and adjust for rough audi o
beat. Remove .01MFD capacitor.
Off
"
"
A25,
A26
Adjust for maximum deflection.
24.5I1C
8
"
A27
Reconnect .01MFD capacitor as in
step 5 and adjust for rough audio
beat. Remove .01MFD capacitor.
A28,
A29
Adjust for maximum deflection.
24. SMC
6
Off
"
24. SMC
carbon
res.
18.
REMARKS
Connect .01MFD capacitor between
pin 2 (Grid) of the 10BP4 picture
tube (V23) and pin 1 (Grid) of 6AU6
audio Amp. (V14). Adjust A9 for
rough i. audio beat In speaker.
Disconnect the .01 capacitor.
Off
RF ALIGNMENT CCONT.)
19. Two 150S
carbon
"
189MC
"
"
9
24. SMC
A30
Reconnect .01MFD capacitor as in
step 5 and adjust for rough audio
beat. Remove .01MFD capacitor.
AS1,
A32
Adjust for maximum deflection.
ASS
Reconnect .01MFD capacitor as in
step 5 and adjust for rough audio
beat. Remove .01MFD capacitor.
Adjust for maximum deflection.
res.
20. Two 150S
Off
carbon
res.
21. Two 150S
carbon
195MC
res.
Two 150S
carbon
res.
10
24. SMC
A34,
ASS
Off
201MC
Two 150S
carbon
res.
24. SMC
11
11
Off
24. Two ISOr
carbon
A36
Reconnect .01MFD capacitor as in
step 5 and adjust for rough audio
beat. Remove .01MFD capacitor.
A37,
A38
Adjust for maximum deflection.
A39
Reconnect .01MFD capacitor as in
step 5 and adjust for rough audio
beat. Remove .01MFD capacitor.
A40,
A41
Adjust for maximum deflection.
A42
Reconnect .01MFD capacitor as in
step 5 and adjust for rough audio
beat. Remove .01MFD capacitor.
A43,
A44
Adjust for maximum deflection.
res.
207MC
Two 150S
carbon
res.
12
24.5MC
Off
26. Two 150f
carbon
res.
27. Two ISOf
213HC
24. SMC
13
carbon
res.
Off
Two 150f
carbon
res.
1.5 VOLTS -Odb
2&2SMC-2I.7SMC » 4.5 MC
FOR SOUND IF CHANNEL.
21.75 MC
26.25 MC
(INTER CARRIER SOUND SYSTEM! 24.5UC
f
I*BFO'SEN.\C
* '
fSOUND CARRIER\ IF AUK
PICTURE CARRIER\R
\.
. j \F
FREO,
I
DISASSEMBLY INSTRUCTIONS
1.
Remove five push-on type control knobs.
£.
Remove screws holding back cover.
3.
Remove two plugs from power supply chassis and disconnect deflection coil and
4.
Remove four screws holding power supply chassis.
5.
Remove speaker plug from chassis.
6.
Remove four 11/32" hex nuts holding speaker.
7-
Remove four screws holding tuner chassis.
Remove back cover.
focus coll plug.
Remove power supply.
Remove speaker.
Remove chassis.
VERTICAL SWEEP CIRCUIT ADJUSTMENT
1.
Turn the vertical centering and height controls so test pattern fills mask properly in the
vertical plane.
2.
Adjust the vertical linearity control for proper vertical symmetry of test pattern.
Slight
readjustment at vertical centering and height controls may be necessary.
HORIZONTAL SWEEP CIRCUIT ADJUSTMENT
1.
Turn the horizontal drive adjustment
hand side of the test pattern.
(Bl) clockwise as far as possible without crowding the right
Insufficient horizontal drive will cause the raster to fall short
of filling the mask horizontally.
If it is not possible to "hold" the test pattern horizontally by adjustment of the horizontal
hold control, set the horizontal hold control at the midpoint of its rotation and adjust the
horizontal oscillator adjustment screw (B2) until picture "sync" horizontally.
2.
Adjust the horizontal centering control and the width adjustment (B3) until test pattern fills
3.
Set the horizontal linearity adjustment (B4) so the test pattern is symmetrical from left
the mask properly in the horizontal plane.
to right.
Slight readjustment of the horizontal drive trimmer (Bl) may be necessary when
making this adjustment.
PAGE?
VOLTAGE AND RESISTANCE MEASUREMENTS
m
RESISTANCE READINGS
VOLTAGE READINGS
Item
Tube
Pin 1
Pin 2
Pin 3
Pin 5
Pin 4
Pin 6
Pin 7
Pin 8
Pin 9
Item
V 1
6AG5
-.3VDC
.7VDC
6.3VAC
OV
120VDC
115VDC
.TV DC
V2
6AG5
-.7VDC
0V
OV
6.3VAC
70VDC
70VDC
OV
V 3
6C4
150VDC
OV
6.3VAC
OV
150VDC
5-1.6VDC OV
6AU6
-.8VDC
0V
6.3VAC
OV
130VDC
130VDC
OV
6AU6
-.3VDC
0V
6.3VAC
OV
130VDC
130VDC
.5VDC
6AU6
-.3VDC
0V
6. 3 VAC
OV
130VDC
130VDC
.5VDC
6AU6
-.5VDC
0V
6. 3 VAC
OV
135VDC
130VDC
.5VDC
V7
6AU6
V 4
V5
V 6
V7
V 1
Tube
1502
.2ffl
02
«18K2
*18Kffl
150S
02
.22
»12. SKffl
*12. SKffl
Offl
V 3
6C4
*5K2
Inf.
.28
.28
»5K8
22K2
22
6AU6
750K2
Offl
.2ffl
Offl
»5KS
*SK2
08
6AUS
650K2
Offl
.28
Offl
«5K8
*5Kffl
682
6AU6
550K2
02
.2ffl
02
*5K8
*5K8
682
680K2
Offl
.2ffl
02
*13K8
»5K8
682
6AL5
.22
02
.2ffl
02
Inf.
02
5.6K2
6AU6
1 Meg.
Offl
.28
Offl
*5. SKffl
«2.2K2
2. SKffl
6A«5
1 KeK.
6802
.2ffi
02
»5.5K2
•5.5K2
1 Meg.
12AU7
*35K2
02
270Kffl
.22
.22
*10K2
1 Meg.
6AU6
150KS
02
.28
02
*14K2
*14K2
Offl
10K8
V 6
0V
0V
6.3VAC
OV
.5VDC
OV
-1.8VDC
0V
0V
6. 3 VAC
OV
190VDC
145VDC
4VDC
V9
V 10
6A05
0V
13VDO
6.3VAC
OV
215VDC
215VDC
OV
V 10
12AU7
3. 8V DC
0V
.8VDC
6 .3VAO L_6.3VAC
125VDC
OV
6AU6
-.3VDC
0V
6.3VAC
OV
32VDC
32VDC
OV
V 12
6AL5
0V
0V
6. 3 VAC
OV
.1VDC
OV
-.2VDC
V 13
6AU6
0V
6.3VAC
OV
95VDC
25VDC
.9VDC
V M
6K6GT
0V
ov
ov
208VDC
215VDC
OV
OV
6.3VAC
15VDC
6.3VAC
OV
V 14
V 15
V 16
V 17
V 18
V 19
V20
V21
V22
V23
6SN7GT
.3VDC
2VDC
4.4VDC
6AL5
0V
6SN7GT
-5.6VDC
6BG6G
5V4G
0V
0V
1B3GT
5U4G
0V
OV
OV
320VDC
7VDC
13VDC
OV
6.3VAC
OV
.7VDC
OV
-.4VDC
125VDC
10VDC
.1VDC
335VDC
10VDC
6.3VAC
OV
7VDC
OV
-1.2VDC
OV
435VDC
OV
t DO NOT MEASURE
360VDC
370VDC
OV
350VAC
OV
PIN 10
195VDC
PIN 11
50VDC
PIN 12
6.3VAC
10BP4
0V
.7VDC
T Do Not Measure
§ Taken with vacuum tube voltmeter.
OV
6.3VAC
360VDC
OV
V15
OV
250VDC
VI 1
TOP CAP
435VDC
OV
370VDC
Inf.
.22
Offl
10K2
Offl
352
Offl
.28
02
*470Kffl
*2.2Meg. 3308
6K6GT
Offl
*1300ffl
470K2
Inf.
5.8K2
SSOffl
.22
6802
.22
02
4.7Meg.
02
4.7 Meg.
Offl
*1500ffl
TS.SMeg.
1.2 Meg. tl.SMeg. 02
V17
SALS
6K2
V18
6SN7GT
120K2
6BG6G
Inf.
5V4G
Inf.
1B3GT
Inf.
5U4G
Inf.
V21
350VAC
Inf.
6AU6
6SN7GT
V20
V22
02
t280K8
10002
5 tfeR.
T10K2
lOOOffl
.22
02
Offl
822
Inf.
1 Meg.
Inf.
.22
*5K2
T08
Inf.
652
Inf.
652
Inf.
T08
Inf.
inf.
Inf.
Inf.
Inf.
Inf.
Inf.
SKffl
Inf.
PIN 10
*2.2K2
28ffl
Inf.
PIN 11 PIN 12
50K2
.22
SOffl
Inf.
8K2
OS2
10BP4
300K2
* Measured from pin 2 of V22
t Measured from pin 8 of V20
2. Pin numbers are counted in a clockwise direction on bottom of socket.
3. Measured values ore from socket pin to common negative unless otherwise stated.
2.2 Meg *900ffl
.22
6Kffl
V23
1. DC Voltage measurements ore at 20,000
ohms per volt; AC Voltage measured at 1,000
ohms.
2.2K2
6AL5
V 16
V 19
Pin 8
Pin 7
02
6AL5
V 13
Pin 6
1 Mes.
6AU6
V 12
Pin 5
850K2
V 5
OV
Pin 4
6A05
V 4
5.2VDC
Pin 3
6A05
V9
VI 1
Pin 2
V2
V8
V 8
Pin 1
4. Line voltage maintained at 117 volts for voltage readings.
5. Front panels controls set at minimum.
6. Where readings may vary according to the
setting of the service controls, both minimum
and maximum readings are given.
Pin 9
02
TOP CAP
T2302
TOP CAP
13802
A36 A33 A30 A27 A24 A21 A18
RF ALIGNMENT POINTS
A15 A16 A12
A9
(C57)
(CB) (C74) (C58) (C59) (C75) (C16)
CHASSIS BOTTOM VIEW-CAP
PAGE 18
-4 X
Cn
CAPACITOR IDENTIFICATION
PAGE
CHASSIS BOTTOM VIEW-RE
PAGE 12
Oj >
l
en
-RESISTOR IDENTIFICATION
PAGE 17
-I X
oj >
BLOCK DIAGRAM
!
Ol
CHASSIS TOP VIEW
PAGE 13
tn
PARTS LIST
TUBES (SYLVANIA or Equivalent)
REPLACEMENT DATA
ITEM
No.
VI
V2
V3
V4
V5
V6
V7
V8
V9
V10
Vll
USE
HALLICRAFT.
PART No.
RF Amp.
Mixer
Oscillator
1st IF Amp.
2nd IF Amp.
3rd IF Amp.
4th IF Ajnp.
Video DET.-AGC
Video Amp.
Video Output
DC Rest. -Sync.
STANDARD
REPLACEMENT
RMA
BASE
TYPE
6AG5
6AG5
604
6AU6
6AU6
6AU6
6AU6
6AL5
6AU6
6AQ5
6AG5
6AG5
6C4
6AU6
6AU6
6AU6
6AU6
6AL5
6AU6
6AQ5
7BD
7BD
6BG
7BK
7BK
7BK
TDK
6BT
7BK
7BZ
12AU7
6AU6
6AL5
6AU6
6K6GT
12AU7
6AU6
6AL5
6AU6
6K6GT
9A
7BK
6BT
7BK
7S
C66
C67
068
C69
C70
071
072
C73
074
075
C76
077
C78
C79
C30
C81
082
C83
084
085
086
C87
Sep.,- Sync.
Phase Inv.
Sound IF
patio Det.
AF Amp.
V12
V13
V14
V15
V16
Audio Output
Vert. Osc.-Vert.
6SN7GT
Amp.
V17 Hor. Sync. Disc. 6AL5
6SN7GT
via Hor. Osc.
V19
V20
V21
V22
V23
Hor. Output
Damper
HV Rect.
LV Rect.
Picture Tube
6BG6G
5V4G
1B3GT
5U4G
10BP4
6SN7GT
6AL5
6SN7GT
6BG6G
5V4G
1B3GT
5U4G
10BP4
8BD
6BT
8BD
5BT
5L
30
5T
12D
CIA
B
02
03A
B
C4A
B
C
C5A
B
c
D
C6A
B
07
08
C9
CIO
Oil
C12
CIS
C14
C15
C16
C17
018
C19
C20
C21
022
C23
024
C25
C26
027
C2S
029
030
031
032
CSS
034
035
C36
C37
C38
C39
C40
C41
042
C43
C44
C45
C46
047
C48
049
050
051
052
053
054
055
056
057
C58
C59
C60
C61
062
C63
064
065
1000
40
30
40
10
10
10
150
8
8
10
5
100
100
450
450
450
10
6
350
250
150
450
450
450
50
300
300
25
50
1000
1000
39
4.7
2.2
4.7
3.3
4.7
3.3
39
4.7
1.5
1.5
1000
.68
1000
1000
39
4.7
1000
100
1000
.25
1000
200
100
1000
1000
1000
100
1000
1000
100
1000
.25
5000
100
10
.05
.05
.1
.25
.05
1.5
100
.01
330
330
1000
.01
.01
470
.01
.002
.005
4700
200
200
600
600
600
600
200
200
600
500
600
600
600
500
PAGE 14
1469-00035
1468-0004
1468-0004
P288-05
P688-01
P688-033
P688-1
5R5T3
5W5T4
5W5T4
GT2S5
GT6S1
P688-01
P688-01
P288-1
1468-00025
P688-01
GT6S1
GT6S1
GT3P1
5W5T25
GT6S1
GT6P1
* When either Item 056 or 057 are replaced
T T Models T64, 509, 510 use 220MMF In thli
» * Models T64. 509, 510 only.
Capacity values given in the rating column are in mfd. for Electrolytic
COI
and Paper Capacitors, and in mmfd. tor Mica and Ceramic Capacitors.
RATING
INSIST 1
ANCE WATTS
50K2
i
1 Meg.
i
25002
i
RE •LACEMENT DATA
—
IRC
CLAR
HALLICRAFT
PART No.
PAR
PART NoPRH7RA
25B788
25B789
1 Meg.
50K2
2.5Meg.
i
i
i
iBH
50002
Shaft
202
202
25002
i
RATING
HALLICRAFT
CAP. VOLT
PART No.
40
40
80
250
REPLACEMEI
CORNELlDUBIUER
PART No.
P683-1
GT6P1
384-25
GT6P25
1467-0015
1W5D15
1W5D15
1467-0015
P688-02
GT6S2
GT6D5
P688-005
GT6D5
P688-005
P688-005
GT6D5
AEROVOX
PART No.
* Not used In all models.
t Some models use .05MMF In this appllcatli
CAPACITORS
ITEM
No.
RATING
CAP. VOLT HALLICRAFT
PART No.
.1
600 46AY104J
.25
600 46AX254J
1500 500 CM30A152K
1500 500 CM30A152K
.02
600 46AY203J
.005 600 46AZ502J
.005 600 46AZ502J
.005 600 46AZ502J
6200 500 CM35C622J
330
500 CM20A331K
390
CM20A391M
390 500 47B20391K5
.05
200 46AU503J
.01
600 46AY503J
.'035 600 46AY353J
600 46AY104J
.1
500 10000 47A178
.01
600 46BR103L6
600 46BR103L6
.01
.1
200 46AU104J
220
500 CM20A221M
.01
600 46AZ103J
ITEM
No.
NOTES
AEROVOX
PART No.
45B137
AFH88J
45B136
45B134
AFH16J
PRS 18/250
PRS6/1000
45B138
tPLACtMt •U DATA
CORNELLERIE
DUBILIER
PART No.
PART No.
EDJ
10118
EZ10074
EZ 10095
SOLAR
SPRAGUE
PART No. PART No.
AFH30B
45B139
PRSA450/8-8 BRD1145
45A121
PRS25/16
45A109
PRS 150/4
47B20101K5 1463-0001
47B20101K5 1468-0001
47B20A102N 1468-001
47B20A102N 1468-001
47B20390K5 1468-00004
47A160-6
47A160-4
47A160-6
47A160-5
47A160-6
47A160-5
47B20390K5 1468-00004
47A160-6
47A160-3
47A160-3
47B20A102N1 1468-001
47A160-1
47B20A102N1 1468-001
47B20A102NL 1468-001
47B20390K5 1468-00004
47A160-6
47B20A102N1 1468-001
47B20101K5 1468-0001
47B20A102N1 1468-001
46AT254J
P488-25
47B20A102N1 1468-001
47B20101K5 1468-0001
47B20A102N1 1468-001
47B20A102M 1468-001
47B20A102N1 1468-001
47B20101K5 1468-0001
47B20A102N1 1468-001
47B20A102N1 1468-001
47B20101K5 1468-0001
47B20A102NI 1468-001
46AT254J
P488-25
47A168
1467-005
47B20101K5 1468-0001
47A160-11 1468-00001
46AU503J
P288-05
46AY503J
P688-05
46AY104J
P688-1
46AX254J
684-35
46AY503J
P688-05
47A160-3
47B20101K5 1468-0001
46AU103J
P288-01
47B20331K5 1468-0003
47B20331K5 1468-0003
47B20A102M 1468-001
46AU103J
P488-01
46AZ103J
P688-01
CM20A471M 1468-0005
46AZ103J
P688-01
46AZ202J
P688-002
46AZ502J
P688-005
CM35A472K 1464-005
EZ10090
BR102A
BR550
5W5T1
5W5T1
1W5D1
1W5D1
5W5Q4
TVA-25
GP1K-100
GP1K-100
GP2L-001
GP2L-001
MO. 5-31
MO. 5-31
MW.5-21
MW.5-21
MO. 5-44
TVA-5
rVA-13
LFM-31
LFM-31
1FM-21
LFM-21
LFM-44
NPOK-5
NPOK-5
NPOK-3
NPOK-5
NPOK-3
5W5Q4
1W5D1
1W5D1
1W5D1
5W5Q4
1W5D1
5W5T1
1W5D1
OT2P25
1W5D1
5W5T1
1W5D1
1W5D1
1W5D1
5W5T1
1W5D1
1W5D1
5W5T1
1W5D1
GT2P25
1D5D5
5W5T1
5W5Q1
GT2S5
GT6S5
GT6P1
GT6P25
GT6S5
5W5T1
GT2S1
5W5T3
5W5T3
1W5D1
GT2S1
GT6S1
5W5T5
GT6S1
GT6D2
GT6D5
1DR5D5
NPOK-5
NPOK-1.5
NPOK-1.5
GP2L-001
GP2L-001
GP2L-001
NPOK-5
GP2L-001
GP1K-100
GP2L-001
GP2L-001
GP1K-100
GP2L-001
GP2L-001
GP2L-001
GP1K-100
GP2L-001
GP2L-001
GP1K-100
GP2L-001
GP2M-005
GP1K-100
GP1K-10
NPOK-1.5
GP1K-100
GP2-335-01
GP2K-300
GP2K-300
GP2L-001
GP2-335-01
GP2-335-01
GP2K-500
GP2-335-01
GP2M-002
GP2M-005
ITEM
No.
R1A
B
R2A
B
C
R3A
B
R4A
B
R5A
B
R6
Vert. Amp. Oath. Byp. Yel R7
R8
Filter
Filter
Red
ii
n
ii
11
fVL-9
TVL-66 -lor. Cent. Cont. Byp.
Vert. Cent. Cont. Byp.
rVL-54 Filte Red
Fllte Yellow
Fllte Blue
Filte Blue
Filte Red
FVL-64
EZ10106
45B135
IDENTIFICATION CODES
AND
INSTALLATION NOTES
MO. 5-44
LFM-44
MW.5-21
1FM-21
MW.5-21
MW.5-21
MO. 5-44
LFM-21
1FM-21
LFM-44
MW.5-21
MO. 5-31
MW.5-21
ST-2-25
MW.5-21
MO. 5-31
MW.5-21
MW.5-21
MW.5-21
MO. 5-31
MW.5-21
MW.5-21
MO. 5-31
MW.5-21
ST-2-25
MW.5-25
MO. 5-31
MO. 5-41
ST-4-05
ST-6-05
ST-6-1
ST-6-25
ST-6-05
1FM-21
1FM-31
LFM-21
FC-2
1FM-21
1FM-31
LFM-21
1FM-21
1FM-21
1FM-31
1FM-21
1FM-21
1FM-31
1FM-21
TC-2
1FM-25
1FM-31
M3-41
TM-15
TM-15
TM-1
TC-2
TM-15
MO. 5-31
ST-4-01
MO. 5-33
MO. 5-33
MW.5-21
ST-4-01
ST-6-01
MO. 5-35
ST-6-01
ST-6-002
ST-6-005
1FM-31
TM-11
1FM-335
1FM-335
1FM-21
TM-11
TM-11
1FM-35
TM-11
TM-22
TM-25
"
Shaft
Switch
Shaft
25B787
'° '
25B768
Not Req.
25B769
Not Req.
25B707
25B706
25B708
2
2
4
Output Cath. Bypass
Stabilizing Cap.
RFn Coupling
ii
AGC Filter
=IF Decoupling
^F Coupling
Fixed Padder
RF
n Coupling
n
n
n
it
n
<"lxed Padder
Osc. Coupling
IF Coupling
Mixer Decoupling
Osc. Coupling
RF Bypass
Osc. Plate Bypass
Osc. Grid Cap.
Fixed Padder
Osc. Fil. Bypass
IF Coupling
AGC
n Filter
n
1st IF Decoupling
IF Coupling
AGC Filter
2nd IF Decoupling
2nd IF Fil. Bypass «
IF Coupling
AGC Filter
3rd IF Decoupling
IF Coupling
AGC
n Filter
n
4th IF Decoupling
IF Coupling
Diode Filter
Video
Coupling
n
it
n
n
ii
n
Sync. Coupling
Sound
IFn Coupling
n
If
b
Sound IF Decoupling
Diode Load Cap f
Mode Load Cap 43e -emphasis
Audio Coupling
AF Screen Bypass
AF Plate Bypass
Audio Coupling
Integrator
Nne t .
n
Vert. Osc. Grid Cap.
ITEM
No.
R9
RIO
Rll
R12
R13
R14
R15
R16
R17
R18
R19
R20
R21
R22
R23
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
R54
R55
R56
R57
R58
R59
R60
R61
R62
R63
R64
1 Meg .
10K2
25002
22K2
100K2
100K2
100K2
100K2
470K2
22K2
25002
56002
25002
682
32002
682
25002
56002
682
82002
25002
220K2
56002
1 Meg.
33002
1 Meg.
6802
47002
47K2
270K2
27K2
1 Meg.
39002
39002
15K2
1 Meg.
82002
82002
150K2
12K2
33K2
10K2
10K2
33K2
3302
68K2
470K2
2.2 Meg.
10002
470K2
6802
180K2
Dll-114
E
W-20
W20X10
AM-a
KSS-;
AM-l!
KSS-:
58-2
58-21
DEI
IVC
REPLACEMENT DATA
IRC
HALLICRAFTfcKb
PART No.
WATTS
PART No.
T
•tC20AEl^OK
1C20AE151K
RC20AE103K
BTS-10K
1 RC30AE1 53K
BTA-J 5K
RC20AE1 \SM
f
BTS-10K
RC20AE103K
i
BTS-£ 200-1
RC20AE2 J2K
-IC20AE2 3^K
BTS-100K
RC20AE104K
4
RC20AE104K
BTS-1 OOK
£
BTS-] OOK
)4K
^C20AE1 14K
BTS-1 OOK
I RC20nE474K BTS-470K
I =IC20AE2 J3K BTS-J£K
BTS-J£00-'.
22K
T
^C20AE5 ^?x
t
BTS-2200
1C20AE222K
RC20AE680K
1
BTS-8200
RC20AE822K
i
RC20AE6 30K
i
RC20AE2 B2K
BTS-J£00
3C204E5 i2K
T
RC20AE680K
1
BTS-f J200
RC20AE8 32K
i
BTS-;,200-1
RC20AE2 82K
RC20AE2 24K
BTS-2 20K
x RC20AE5 32K
BTS-t 600
±
BTS-1 MeE.
R020AE105M
1 RC30AE3,32K BTA-C)300
RC20AE1 D5M
BTS-] Meg.
i RC20AE6 3 IK
BTS-S 80
RC40AE2 72K
BT-2- •4700
2
BTS-'tTK
RC20AE4 73K
x
BTS-;,70K
RC20AE2 74K
X
BTS-;:TK
RC20AE2 73K
i RC20AE1 35M
BTS- I Hee
I RC20AE392K
BTS-3900"
x RC20AE3 32K
BTS-:5900
T
BTS- L5K
RC20AE1 53K
i
RC20AE105M
BTS-1 Meg.
X
BTS-8200
RC20AE822K
i
BTS-f KOO
RC20AE8 B2K
RC20AE1 54K
BTS- fcOK
BTS-12K
i
R020AE123K
BTS-;i3K
RC20AE3 53K
BTS-. OK-55
\ RC20AE1 33J
RC20AE1 D3J
BTS- OK-55
BTS-;i3K
RC20AE3 33K
±
BTA-:i30
RC20AE3 31K
]_
BTA- 38K
RC30AE6 33K
X
BTS-'^70K
RC20AE4 74K
i
RC20AE2 35M
BTS-,;.2 MI
IL
RC30AE1 32K
BTA-] 000
BTS-470K
RC20AE474K
BTA- 380
^1 RC30AE6 3 IK
£
BTS-180K
RC20AE184K
RATING
RESISTANCE
1502
1502
10K2
15K2
Not Req.
Not Req.
PARTS LIST AND DESCRIPTIONS
RATING
CRAFT
CAP. VOLT HALLI
PART No.
ITEM
No.
C66
C67
.1
600
.25
600
1500 500
500
1500
.02
60 0
.005 60 0
.005 600
.005 600
6200 500
500
330
390
50 0
390
20 0
.05
60 0
.01
.-035 60 0
.1
600
500 10000
600
.01
.01
60 0
.1
20 0
500
220
600
.01
068
C69
070
071
C72
073
C74
075
C76
C77
078
079
C30
C81
C82
C83
C84
085
C86
C87
*
t
t
t
*
4RAY104J
46AX254J
CM30A152K
CM30A152K
46A Y203J
46A.3502J
46AZ502J
48AZ502J
CM35C622J
CM20A331K
CM2 OA391M
47B 3039 IKS
46A U503J
46A Y503J
46A Y353J
46A Y104J
47A 178
46BR103L6
46B R103L6
46A U104J
CM20A221M
46AZ103J
AEROVOX
PART No.
P688-1
384-25
1467-0015
1467-0015
P68 8-02
P68 3-005
P68 3-005
P68 8-005
REPLACEMENT DATA
CORNELLERIE
DUBILIER
PART No.
PART No.
GT6P1
GT6P25
1W5D15 GP2L-0015
1W5D15 GP2L-0015
GT 6S2
GT 6D5
GP2M- 305
GT6D5
GP2M-005
GT6D5
GP2M-005
1469-00035
146 8-0004
146 8-0004
P28 8-05
P68 8-01
P68 3-033
P68 3-1
5R5T3
5W 5T4
5W 5T4
GT 2S5
GT 6S1
P68 3-01
P68 3-01
P28 3-1
1468-00025
P688-01
GT6S1
GT 5S1
GT 3P1
5W5T25
GT631
SOLAR
SPRAGUE
PART No. PART No.
ST-6-1
ST-6-25
rW. 5-215
MW. 5-215
ST-6-02
ST-6-005
ST-6-005
ST-6-005
GP2K-300
MOS.5-33
MO. 5-34
MO. 5-34
ST-4-05
GP2-3,35-01 ST-6-01
ST-6-1
GT 6P1
ST-6-01
ST-6-01
ST-2-1
GP2K-250
MO. 5-325
GP2-335-01 ST-6-01
IM-1
rc-2
LFM-215
LFM-215
TM-12
m-25
TM-25
TM-25
S-33
LFM-34
LFM-34
rn-is
TM-11
TM-1
TM-11
TM-11
TM-1
1FM-325
TM-11
IDENTIFICATION CODES
AND
INSTALLATION NOTES
Vert. Discharge
Vert. Coupling
rlor. Sync. Coupling
Voltage Divider
AFC Feedback
Hor. Sync. Coupling
Voltage Divider
^ixed Trimmer
rlor. Osc. Feedback
rlor. Discharge T T
Hor. Sync. Coupling
Hor . Amp . Cath . Byp . *
Hor. Amp, Screen Byp.
Damper Filter
HV Filter
Line Filter
Pic. Tube Cath. Dec.
Voltage Divider **
Fixed Trimmer »*
Not used in all models.
Some models use .05MMF In this application.
When el ther i tern C56 or 357 are rep laced, repl<ice both with capacitors of equal value.
t Models T64, 509, 510 use 220MMF in this application.
* Models T64. 509, 510 only.
CONTROLS
Electrolytic
Capacitors.
IDENTIFICATION CODES
ITEM
No.
AND
INSTALLATION NOTES
R1A
B
R2A
R
Hor. Cent. Cont. Byp.
Vert. Cent. Cont. Byp.
Filter Red
Filter Yellow
Filter Blue
Filter Blue
Filter Red
C
R3A
R4A
B
R5A
Vert. Amp. Cath. Byp. Yel
R8
Filter
Output Cath. Bypass
Stabilizing Cap.
RF Coupling
AGC Filter
RF Decoupling
RF Coupling
ed Padder
RF Coupling
Fixed Padder
Osc. Coupling
coupling
Mixer Decoupling
Osc. Coupling
RF Bypass
Osc. Plate Bypass
Osc. Grid Cap.
Fixed Padder
Osc. Fil. Bypass
IF Coupling
AGC Filter
1st IF Decoupling
IF Coupling
AGC Filter
2nd IF Decoupling
2nd IF Fil. Bypass
IF Coupling
AGC Filter
3rd IF Decoupling
IF Coupling
AGC Filter
4th IF Decoupling
IF Coupling
Diode Filter
Sync. Coupling
^ound IF Coupling
Sound IF Decoupling
335 Diode Load Cap •}•
335 Diode Load Cap
21 De-emphasis
1 Audio Coupling
1 AF Screen Bypass
35 AF Plate Bypass
1 Audio Coupling
2 Integrator Net.
5
Vert. Osc. Grid Cap.
RE 'LACEMENT DA TA
RATINu
IRC
CLAROSTAT
HALLICRAF1
RESIST- WATTS
PART
No.
PART No.
PART No.
ANCE
50K2
1 Meg.
25002
Rhnf t.
Switch
1 Meg.
SOKffi
2.5Meg
Shaft
50002
Shaft
202
202
25002
4
25B788
25B789
Mot Ren .
Not Req.
25B787
25B768
Not Req.
25B769
Not Req.
25B707
25B706
25B708
±
4
INSTALLATION NOTES
Horiz. Hold Control 1
Vert. Hold Control, j
Contrast Control
,
Dual
Pnnrpntr1 ,.
Loncentrlc
A t t a c h to RP.fi Ppr Tn.qtnint.1onR
Dll-114
E
W-20
W20X10
AM-83-S
KSS-3
AM-19-S
KSS-3
58-20
Volume Control
Dual Concentric
Brightness Control
Height Control
Attach to R4A Per Instructions
Vert. Linearity Control
Attach to R5A Per Instructions
Horiz. Centering Control
58-2500
Vert. Centering Control tapped © 102
Focus Control
<
RATING
ITEM
No.
HALLI
RESISTANCE WATTS
PAR
R65 15K2
4 RC20AE
R66 1.2 Meg.
4 R020AR
R67 1.5 Meg.
4 RC20AE
RC20AI
R68 lOOKffi
R69 6.8 Meg.
4 RC20AE
R70 5602
4 RC20AE
RC20A1R71 33002
R72 2.2 Meg.
j RC20AE
RC20AJ
R73 1.5 Meg.
R74 100K2
4 RC20A1
R75 100K2
4 RC20A1
R76 56002
4 RC20A1
R77 470K2
4 R020AI
R78 56002
4 RC20A1
R79 10002
4 RC20A1
R80 68K2
4 RC20A1
R81 270K2
4 RC20A1
R82 47002
4 RC20A)
R83 25002
4 R020A1
£ RC20A1
R84 1 Meg.
RC20A1
R85 47ffi
RC30A1
R86 822
^i RC40A1
2
R87 47002
2
RC40AI
R88 18002
1 RC20A1
R89 82002
RC20At
R90 3.32
2
RC40AI
R91 1 Meg.
2
R92 4702
RC40AI
1 RC30A1
R93 22002
20 24BHK
R94 10002
R95 11002
20 24BH1
R96 8200S2
10 24BG8
4 RC20A1
R97 22002
R98 4.7 Meg.
4 RC20*,
1 RC30AL
R99 202
1 RC30AI
R100 2002
RCSOA
R101 47 £2
R102 47KS2
4 RC20A1
«
T
*
t
t
f
f
Models T-64, 509,
Models T-64, 509,
Models T-64, 509,
T Models T-64, 509
1 Models T-64, 509
Models T-64, 509, 5
t Used in models T64,
RESISTORS
REPLACEMENT DATA
HALLICRAFTERE
IRC
No.
PART No.
RESISTANCE WATTS
PART No.
R9
1502
4 RC20AE151K
RC20AE151K
RIO 1502
RC20AE103K
BTS-10K
Rll 10K2
l^ RC30AE153K
R12 15Kffi
BTA-15K
R13 1 Meg.
4 RC20AE105M
RC20AE103K
BTS-10K
R14 10K2
X RC20AE222K
BTS-2200-5%
R15 25002
R16 22K2
4 RC20AE223K
R17 100K2
BTS-100K
4 RC20AE104K
R18 100K2
BTS-100K
4 RC20AE104K
RC20AE104K
BTS-100K
R19 100K2
X RC20AE104K
BTS-100K
R20 100K2
X RC20AE474K
R21 470KB
BTS-470K
RC20AE223K
BTS-22K
R22 22K2
RC20AE222K
R23 25002
BTS-2200-5%
£ RC20AE562K
R24 5600S
RC20AE222K
BTS-2200
R25 25002
•£ RC20AE680K
R26 682
^ RC20AE822K
R27 82002
BTS-8200
4
R28 682
4 RC20AE680K
R29 25002
BTS-2200
4 RC20AE222K
R30 56002
4 RC20AE562K
R31 682
4 RC20AE680K
R32 82002
BTS-8200
4 RC20AE822K
BTS-2200 -5%
R33 25002
4 RC20AE222K
R34 220K2
BTS-220K
4 RC20AE224K
R35 56002
BTS-5600
4 RC20AE562K
BTS-1 Meg.
R36 1 Meg.
4 RC20AE105M
i RC30AE332K
R37 33002
BTA-3300
BTS-1 Meg.
R38 1 Meg.
4 RC20AE105M
BTS-680
R39 680S
4 RC20AE681K
2 RC40AE272K
BT-2-4700 -5
R40 47002
R41 47K2
BTS-47K
4 RC20AE473K
R42 270K2
BTS-270K
4 RC20AE274K
RC20AE273K
BTS-27K
R43 27K2
4
BTS-1 Meg.
R44 1 Meg.
4 RC20AE105M
BTS-3900
R45 39002
4 RC20AE392K
R46 39002
BTS-3900
4 RC20AE392K
R47 15K2
BTS-15K
4 RC20AE153K
RC20AE105M
BTS-1 Meg.
R48 1 Meg.
£
RC20AE822K
R49 82002
BTS-8200
X RC20AE822K
R50 82002
BTS-8200
X RC20AE154K
R51 150KS
BTS-150K
R52 12K2
4 RC20AE123K BTS-12K
BTS-33K
R53 33K2
4 RC20AE333K
RC20AE103J
BTS-10K-5*
R54 10K2
1 RC20AE103J
BTS-10K-55S
R55 10K2
i RC20AE333K
R56 33K2
BTS-33K
j| RC20AE331K
•R57 3302
BTA-330
1 RC30AE683K
BTA-68K
R58 68K2
BTS-470K
R59 470K2
4 RC20AE474K
BTS-2.2 Meg
R60 2.2 Meg.
4 RC20AE225M
i RC30AE102K
R61 10002
BTA-1000
R62 470K2
BTS-470K
4 RC20AE474K
1 RC30AE681K
BTA-680
R63 6802
R64 180K2
BTS-180K
4 RC20AE184K
ITEM
RATING
i
-^
IDENTIFICATION CODES
ALL RESISTORS ARE ±10% UNLESS OTHERWISE STATED.
RF Cathode
RF Grid
RF Plate
Voltage Dropping
Mixer Grid
Mixer Decoupling
Osc. Plate
Osc. Grid
AGC Network
"
"
"
"
"
"
AGC Filter
1st IF^Grld
1st IF Decoupling
2nd IF Grid
2nd IF Decoupling
2nd IF Cathode
3rd IF Grid
3rd IF Cathode
3rd IF Decoupling
4th IF Grid
4th IF Cathode
4th IF Plate
4th IF Decoupling
AGC Network
Video Det. Diode Load
Video Amp. Grid
Video Amp. Plate
Video Output Grid
Video Output Cathode
> Video Output Plate
Picture Tube Grid
DC Restorer Cathode
Voltage Divider
Sync. Amp. Plate
Sync.
Phase
Inv
ii
11
ii . Plate
ii
Integrator
Sync. Phase Inv. Grid
Integrator
"
Sound IF Grid
Voltage
Divider
11
u
Ratio
Det.
Diode
Load
1!
11
II
II
De-emphasis
AF Cathode
Voltage Divider
AF Plate
AF Screen
AF Decoupling
Output Grid
Output Cathode
Voltage Divider
5%
ITEM
No.
RATING
PRI.
SEC. 1
SEC. 2
Tl 117VAC 680VCT 5VAC
® 1.81A ® .23 ® 3A
ADC
SEC. 4
6.3VAC
©7.5A
T Drill new mounting hole
# Add series resistor to
TR>
5%
5%
RATING
DC RESISTANCE
SEC.
PRI.
T2 402
14002
T3 1202
T4 3602 Tap SEC. 1
11.52
g)200B
Tap ©
.52
SEC. 2
02
72
T5 5902
T6A 142
B 682
T7 2602
ITEM
No.
HALLICRA
PART N
50B411
55B115
55C113
55C114
53B140
51A1065
TF
5%
RATING
ITEM
No.
T8
5%
II
DC RES.
IMPEDANCE
PRI.
SEC.
PRI.
SEC.
9K2
3.22
2802
.42
RATING
ITEM
No.
SP1
SP2
FIELD RES.
652
V. C. IMP.
CONE DIA.
V. C. DIA.
9/16"
5 7/8"
3.22
ESCRIPTIONS
SOLAR SPRAGUE
o.
PART No. PART No.
ST-6-1
TM-1
ST-6-25 rc-2
15 MW. 5-215 LFM-215
15 MW .5-215 LFM-215
ST-6-02 ?M-12
5
ST-6-005 FM-25
5
ST-6-005 PM-25
5
ST-6-005 FM-25
MOS.5-33
MO . 5-34
MO. 5-34
ST-4-05
-01 ST-6-01
0
ST-6-1
ST-6-01
ST-6-01
ST-2-1
MO. 5-325
0
-01 ST-6-01
e-ss
LFM-34
LFM-34
m-15
PM-11
IDENTIFICATION CODES
AND
INSTALLATION NOTES
Vert. Discharge
Vert. Coupling
{or. Sync. Coupling
Voltage Divider
AFC Feedback
ior. Sync. Coupling
Voltage Divider
^ixed Trimmer
{or. Osc. Feedback
{or. Discharge t T
{or. Sync. Coupling
{or. Amp. Cath. Byp. *
ior. Amp. Screen Byp.
hamper Filter
TM-1
FM-11
TM-11
TM-1
{V Filter
^ine Filter
M e . Tube Cath. Dec.
1FM-325 Voltage Divider **
TM-11
Fixed Trimmer **
e both with capacitors of equal value.
ation.
INSTALLATION NOTES
O r i Z . nOid UOnLrOl (
nnp1
Pnnr-pmfrMf
ert. Hold Control. /
Dual
Concentric
ontrast Control
ttach to R2A Per Instructions
No.
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
rlg^sT Octroi ]
Dual C°"™C
eight Control
ttach to R4A Per Instructions
ert. Linearity Control
ttach to R5A Per Instructions
oriz. Centering Control
ert. Centering Control tapped © 10H
ocus Control
IDENTIFICATION CODES
SSISTORS ARE tlO% UNLESS OTHERWISE STATED.
Lthode
REPLACEMENT DATA
HALLICRAFT .
IRC
IDENTIFICATION CODES
PART No.
PART No.
RESISTANCE WATTS
BTS-15K
Voltage Divider
RC20AE153K
15Kfl
BTS-1.2 Meg Vert. Osc. Grid
1.2 Meg.
4 RC20AE125K
BTS-1.5 Meg
RC20AE155K
1.5 Meg.
Voltage Divider
BTS-100K
RC20AE104K
100K2
BTS-6.8 Meg
RC20AE685K
6.8 Meg.
Vert. Amp. Cathode **
BTS-560
RC20AE561K
5602
Vert. Peaking
RC20AE332K
BTS-3300
33002
BTS-2.2 Meg Vert. Amp. Grid
RC20AE225M
2.2 Meg.
BTS-1.5 Meg Vert. 'Amp. Plate
1.5 Meg.
4 R020AE155K
Horiz. Sync. Disc. Load
100K2
BTS-100K
4 RC20AE104K
"
"
"
"
BTS-100K
100K2
4 RC20AE104K
Feedback Network
56002
RC20AE562K
BTS-5600
£ RC20AE474K
470K2
BTS-470K
AFC Filter
•^ RC20AE562K
Horiz. Osc. Plate *
56002
BTS-5600
Horlz. Osc. Cathode
10002
BTS-1000
i RC20AE102K
.iHorlz. Osc. Grid
RC20AE683K
BTS-68K
68K2
RC20AE274K
BTS-270K
Horiz. Osc. Plate
270K2
Horlz. Peaking «47002
BTS-4700
^£i R020AE472K
RC20AE222K
25002
BTS-2200-5% Filter »*
X RC20AE105M
BTS-1 Meg.
1 Meg.
Horiz. Output Grid t
•£
RC20AE470K
Parasitic Suppressor
472
1 RC30AE820K
Horls. Output Cathode 4
822
2
RC40AE472K
BT— 2— 4VOO
Horiz. Output Screen T T
47002
z RC40AE182K
18002
BT-2-1800
Filter 4 *
BTA-8200
Feedback Network #
82002
1 RC20AE822K
HV R e c t i f i e r Filament
3.32
4 RC20AE033M
1 Meg.
z RC40AE105M
HV Filter
4702
z RC40AE471K
BT-2-470
Series Focus Control
i RC30AE222K
Focus Coil Shunt
22002
BTA-2200
Filter
10002
20 24BH102D
DG-1000
11002
20 24BH112D
82002
10 24BG822E
AB-8000
Bleeder
22002
RC20AE222K
BTS-2200
Sync. Phase I n v . Cathode
BTS-4.7 Meg Hor. Sync. Disc. Load # #
4.7 Meg.
4 RC20.HE475K
i RC30AE200J
Vert. Deflection Shunt # #
202
2002
l RC30AE201J
"
t t
472
l RC30AE470K
Width Control Shunt t i
47K2
RC20AE473K
BTS-47K
Hor. Hold Control Shunt t f
** Not used in models T-64, 509, 510
* Models T-64, 509, 510 use 68002 in this application
t Models T-64, 509, 510 use 100K2 In this application
4- Models T-64, 509, 510 use 562 in this application
T T Models T-64, 509, 510 use 22002 2W in this application
4- 4- Models T-64, 509, 510 use 2202 In this application
t Models T-64, 509, 510 use 10002 in this application
f f Used In models T64, 509, 510 only.
RATING
ITEM
ITEM
RATING
No.
Late
ige Dropping
• Grid
• Decoupling
Plate
Grid
Jetwork
SEC. 3
5VAC
5VAC
g)3A
© 1.81A ® .23
ADC
SEC. 4
©2A
680VCT
117VAC
Tl
•Id
SEC. 2
SEC. 1
PRI.
HALLICRAFTERS.
PART No.
52C170
5%
REPLACEMENT DATA
STANCOR
CHICAGO
PART No.
PART No.
TP-410
P-8153T t
MERIT
PART No.
6.3VAC
07.5A
T Drill new mounting holes.
t Add series resistor to reduce plate voltage.
REPLACEMENT DATA
RATING
DC RESISTANCE
ITEM
HALLICRAFTERE
STANCOR
PART No.
PART No.
SEC.
PRI.
50B411
T2 402
A-8111
14002 55B115
T3 1202
A-8117
T4 3602 Tap SEC. 1 55C113
g)200£>
11.52
No.
T5
T6A
B
T7
Tap @
.52
SEC. 2
02
72
5902
142
682
2602
55C114
53B140
A-8115
51A1065
FC-10
ITEM
No.
PRI.
T8
9K2
SEC.
3.22
PRI.
SEC.
2802
.42
RATING
ITEM
No.
SP1
ate
reen
coupling
t Grid
t Cathode
ge Divider
TBO-1
TFB-1
A-3000
TSO-1
A-3035
DY-1
NOTES
Hor. Osc. Coll
Vert .Block Osc. Trans.
Hor. Output Trans.
Vert. Output Trans.
Hor. Deflection Yoke
Vert. Deflection Yoke
Focus Coll
HALLICRAFTERS .
PART No.
Part of
85C079
REPLACEMENT DATA
STANCOR CHICAGO
PART No. PART No.
A-8114
RO-16
MERIT
PART No.
A-2900
INSTALLATION NOTES
SPEAKER
I IF Grid
,ge Divider
iphasls
.thode
.ge Divider
MERIT
PART No.
TRANSFORMER (AUDIO OUTPUT)
RATING
DC RES.
IMPEDANCE
;rator
Phase Inv. Grid
;rator
Det. Diode Load
CHICAGO
PART No.
FIELD RES.
652
CONE DIA.
SP2
5 7/8"
V. C. IMP.
3.22
REPLACEMENT DATA
JENSEN
HALLICRAFTERE
PART No.
PART No.
85C079
QUAM
PART No.
^Hi
^
^
^E
*>
TRANSFORMER (SWEEP CIRCUITS)
'liter
[F^Grid
[F Decoupling
[F Grid
[F Decoupling
[F Cathode
IF Grid
:F Cathode
;F Decoupling
;F Grid
;F Cathode
IF Plate
:F Decoupling
ietwork
) Det. Diode Load
i Amp. Grid
) Amp. Plate
i Output Grid
> Output Cathode
) Output Plate
ire Tube Grid
istorer Cathode
ige Divider
Amp. Plate
Phase Inv. Plate
•
NOTES
V. C. DIA.
9/16"
PAGE 15
tn
PARTS LIST AND DESCRIPTIONS (Continued)
COILS (RF-IF)
REPLACEMENT DATA
ITEM
DC RES.
USE
No.
PRI.
LI
L2
L3
L4
L5
L6
L7
L8
L9
L10
Lll
L12
L13
L14
L15
L16
L17
L18
L19
L20
L21
L22
L2S
L24
L25
L26
L27
L28
L29
L30
LSI
L32
Ant . Input
RF Plate
RF Plate
RF Plate
RF Plate
Mixer Grid
Mixer Grid
Mixer Grid
Mixer Grid
RF Choke
Osc. Coll
Osc. Coll
Osc. Coll
Osc. Coll
RF Cath.ChK
F 11. Choke
F 11. Choke
1st IF
2nd IF
3rd IF
4th IF
Video Det.
Peaking
Peaking
Peaking
Peaking
Peaking
Peaking
Sound Trap
Ratio Det.
Width Control
Horlz. Line
arity control
SEC.
Off.
Offi
OS
Offi
02
Offi
Offi
02
Offl
22
Offi
02
02
02
2ffi
.52
.52
.52
.22
.2ffi
.22
.22
.22
102
llffi
102
62
8.52
6.5ffi
4.8S2
4.82
12
HALLICRAFT.
PART No.
51A1039
51A.1048
51A1051
51A1050
51A1049
51A1048
51A1047
51A1046
51A1041
53B008
51A1044
51A1043
51A1042
51A1041
53B008
51A133
53A009
50A372-1
50A372-1
50A372-1
50A372-1
50A372-1
51A1079
51A1080
51A1087
51A1082
51A1086
S1A1082
51A1037
50B406
.52
51B1072
34ffi
51B1071
NOTES
MEISSNER
PART No.
Wound
Wound
Wound
Wound
Wound
Wound
Wound
Wound
on
on
on
on
on
on
on
on
3.3K2,
2.2KS,
S.SKffi,
1 Meg,
S.SKffi,
2.2K2,
S.SKffi,
1 Meg,
1 Watt resistor
1 Watt resistor
1 Watt resistor
1/2 Watt resistor
1 Watt resistor
1 Watt resistor
1 Watt resistor
1/2 Watt resistor
Wound
Wound
Wound
Wound
on
on
on
on
1 Meg,
1 Meg,
1 Meg,
I/Meg,
1 Watt resistor
1 Watt resistor
1 Watt resistor
1/2 Watt resistor
Wound
Wound
Wound
Wound
Wound
Wound
on
on
on
on
on
on
39K2 resistor
1 Meg resistor
56K2 resistor
1 Meg resistor
1 Meg resistor
1 Meg resistor
MISCELLANEOUS
ITEM
No.
Ml
M2
MS
M4
MBA
B
M6
M7
HALLICRAFTERS .
NOTES
PART NAME
PART No.
Includes PB switch, trimmers, coils, etc.
Channel Selector Assy 41X12104
Type SAG, 1/4 Amp.
Fuse
39A334
Ion Trap
21B083
10A2B6
AC Powe r
Socket
6A312
6 Pin Power)
Socket
Socket
Socket
Socket
Socket
Escutcheon
Safety Glass
Knob
Knob
Knob
Knob
Switch
6 A3 13
10A303
6B309
7E079
22C220
15B147
15B146
15B148
17A041-2
60A347
Octal Power) T-64, 509, 510 only
9 Pin Power)
5 Pin Speaker)
Picture> Tube
Pic turf'. Tube
Vertical and Volume controls (Front Section)
Horiz. and Brightness Controls (Rear Section)
Contra^>t control
Pushbuttons and f ine tuning control
Circle- Normal Switch, DPDT.
HEIGHT
VERT. LIN.
HORIZ. LIN.
HORIZ. DRIVE
im
WIDTH
fiji •
HORIZ. CENT.
VERT. CENT.
CABINET-REAR VIEW
PAGE 16
(V22)
(R96)
POWER SUPPLY CHASSIS-TOP VIEW
R84
R85
C79
C77
POWER SUPPLY CHASSIS-BOTTOM VIEW
PAGE 19