Motorola tsa 914 service manual

Page 2

MOTOROLA TV OOLOR CHASSIS TS-AOII SERIES

THIS SERVICE INFORMATION IS FOR THE USE OF OUALIFIED SERVICE PERSONNEL ONLY

INSTALLATION AND SERVICE ADJUSTMENTS-__-

NOTE: DO NOT OPERATE CHASSIS WITH CONVERGENCE PLUG-REMOVED FROM CONVERGENCE
PANEL UNLESS THE +300V PP PULSE SOURCE HAS BEEN DISCONNECTED. SEE CONVERGENCE
PANEL DETAIL ON SCHEMATIC DIAGRAM. I \

. $3!

AUTOMATIC DEGAUSSER

This receiver is equipped with an
automatic built-in degausser. It is
a temperature controlled unit and is
activated each time the receiver is
turned on, The degaussing action
takes place within the first 10
seconds after the receiver is turned
on and before the picture comes on.
The degaussing action cannot be
seen. To degauss after the receiver
has been on and has reached its
maximum operating temperature, it
will be necessary to turn the re-
ceiver off and allow it to cool for
approximately 5 minutes, If the re-
ceiver has been on for only a few
minutes, then the required cooling
period is reduced.

Upon initial installation. we suggest
you degauss the entire receiver and
picture tube with a Conventional
portable degaussing coil.

FOCUSING ADJUSTMENT

Set brightness and contrast for nor-
mal picture. Then adjust focus con-
trol (located on chassis) for best
overall focus, center to edge of
screen.

DEFLECTION YOKE TILT ADJUSTMENT

Loosen the yoke retainer clamp and
rotate yoke until picture is straight.
Do not slide yoke forward or back-
wards on the neck of the tube as
purity will be affected, Tighten the
clamp screws when adjustment is
completed.

PICTURE CENTERING

Vertical and horizontal centering
controls are located on the rear of
the chassis.

NOTE: Large control excursions
will affect convergence.

COLOR KILLER

Tune in black and white picture.
Starting with control in full clock-
wise position. when viewed from
rear of receiver, turn control
counter-clockwise slowlyuntilcolor
noise or snow disappears. Check
all channels. If noise or snow re-
mains on with a black and white
picture, continue turning control

L counter- clockwise. Che ck setting

when tuned to a color signal to
make sure it was not over-adjusted
on the black and white signal, there-
by killing the color signal.

VERTICAL SIZE 3. LINEARITY

Both vertical size and linearity con-
trols are located on the back of the
chassis. Slight adjustments can be
made with the vertical size control
without affecting vertical linearity.
Large control excursions should
only be made prior to convergence.

HIGH VOLTAGE ADJUSTMENT

Reduce brightness control to mini-
mum, full counter-clockwise (adjust
master G-1, if necessary, to extin-
quish raster).

Measure the high voltage at the 2nd
anode with an accurately calibrated
BOKV voltmeter. Adjust horizontal
bias control located at rear of
chassis for 27KV 2nd anode voltage.

Alternate Method

Reduce brightness control to mini-
mum, full counter-clockwise (adjust
master G-l, if necessary. to extin-
quish raster),

With 120V AC line voltage, adjust
horizontal bias control until 890V
DC is measured at the raw boost
terminal, see Figure A.

FINE TUNING ADJUSTMENT

This receiver employs a drum-type
VHF tuner with aconcentricpre-set
fine tuning mechanism.

Rotating the fine tuning knob in either
direction automatically engages the
fine tuning mechanism and automat-
ically disengages when knob is re-
leased.

To fine tune, rotate fine tuning knob
in either direction for best picture
and sound.

PINCUSHION

Adjust bottom amplitude control to
minimum rotation (maximum clock-
wise), then adjust top tilt coilfor the
straightest possible line near the top
of screen (see Figure #4).

Adjust bottom amplitude control for
the straightest possible line near the
bottom of screen (see Figure #4).

HORIZONTAL HOLD ADJUSTMENT
(L-SDO)

Adjust the horizontal hold on the
rear of the cabinet for most stable
horizontal and color sync while
switching from channel to channel.

AGC ADJUSTMENT

NOTE: AGC control is accurately
adjusted at the factory. Avoid un-
necessary adjustment.

To adjust. tune in a channel for best
picture and sound. Turn the AGC
control counter-clockwise (when
viewed from rear of receiver) until
the picture becomes unstable (rolls
down or slips, etc). Then, turn
control clockwise until the picture
returns to normal. Check all 'chan-
nels; ii any are unstable ' humus
turning control clockwisgfbntil the
picture is normal on all channels.

VIDEO PEAKING CONTROL

The video peaking control should
normally be set in maximum clock-
wise position for optimum video
response. If high frequency back-
ground noise is visible on CRT. turn
video peaking control counter-
clockwise to eliminate the back-
ground noise.

NOISE GATE CONTROL

The noise gate control is used to
adjust the receiver for best hold
stability under noise and different
signal strength conditions.

To adjust, tune in a channel for best
picture and sound, Turn the noise
gate control clockwise (whenviewed
from rear of receiver) until the
picture becomes unstable (rolls
down or slips. etc.). Thenturncon-
trol counter-clockwise until the pic-
ture just returns to normal. Check
all channels; if any are unstable,
continue turning control counter-
clockwise until the picture is just
normal on all channels.

TINT CONTROL

The tint control serves a dual pur-
pose; on black and white, it is nor-
mally set to approximately the
center of its range, On color pro-
grams, it is adjusted toward the
right (clockwise) position for best
flash tones.

SHEET 68P65129A25-A

PAGE 5

Repeat Steps #12. #13 and #14. if
necessary. to getasatisfactorycon-
vergence along a center horizontal
line or to get equal displacement to
permit correction with the disc
magnets.

pattern should now be converged.

The 0-2 controls should now be re-
set for a white background. Gener-
ally. since the blue 6-2 is the only
one disturbed, it is possible to set

at low brightness while observing a
local station.

ll" the purity ring is re-adjusted for
any reason, the entire convergence

15 Re~check disc magnets The this control at its proper adjustment procedure must be repeated. .
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PAGE 2

. CONVERGENCE PROCEDURE

GENERAL CONVERGENCE
PROCEDURE

The following eight steps outline, in
general, the complete step by step
convergence procedure that follows:

1. Demagnetize shadow mask with
degaussing coil.

. a. Dc converge all three colors in
center area of screen.

3. Adjust purity ring for center
screen area red, adjust yoke posi-
tion for outer area red.

4. Set tint control to its mechanical
center and set black and white
brightness tracking.

, 5. Properly center and size picture.

6. Dynamically converge all three
é colors.

7. Re-check Steps #2 and #3.

8. Repeat Step #4.

PURITY 8. CONVERGENCE
PROCEDURE

PRELIMINARY PURITV ADJUSTMENTS

1. Connect crosshatch generator to
antenna terminals and fine tune for
best picture. Set brightness and
contrast to normal.

2. Remove back coverto gain access
to the convergence controls. Re-
move the 1/4 hex head screws 5 -
curing convergence panelto chassis.
The convergence panel may be ro-
tated to aposition along side the cab-
inet. Use one screw to secure con-
Vergence panel in this position.

3. Check adjustment ofvertical size
and linearity, vertical centering,
horizontal centering, center of
screen focus and then adjust con-
trols if necessary to obtain a pat-
tern of proper focus, size and lo-
cation (see Figure #3).

4. Demagnetize receiver (use de-
gaussing coil around front and all

necessary to have the three beams
in their approximate positions be-
fore purity is adjusted.

PURITY

1. Tune receiver to a blank channel
or crosshatch generator pattern
having a white background. A white
noise free raster can be obtained by
setting tuner between channels.

a. Set contrast to minimum. bright-
ness to normal level and tint control
to its mechanical center (seeFigure
#2.).

3. Turn blue and green (3.2 con-
trols to minimum and red (3-2 to
maximum (see Figure #2).

4. Move yoke asfarbackas possible
without hitting the convergence yoke.

5. Starting with the coloredor same
shaped tabs on the purity ring to-
gether (see Figure #4), spreadthem
slowly and rotate the purity ring as
a unit to place the red area at the
center of screen.

6. Slide yoke forward and position
for best overall red field. Usually
it is not necessary to slide yoke
against the CRT hell.

7. Level deflection yoke and tighten
yoke clamps.

8. Check the purity of the blue and
green fields by turning down the red
(3-; and turning up the blue and
green (3-2 controls in turn. Nor-
mally, when red field purity is ob-
tained the green and blue fields are
also pure. If either of the fields
show impurity, adjust purity ring
and/or yoke and then recheck the
other two fields.

also MAGNET
BLIIE BEAN

ELUE
LATERAL
MAGNET

PRELIMINARY CONVERGENCE 5.
BACKGROUND ADJUSTMENTS

When adjusting the set-up controls,
the 0-2 controls are adjusted to
make the three beams extinquish at
the same time (white raster at low
brightness). The video drive con-
trols are adjusted for a white ras-
ter at high brightness levels. The
CRT should then remain white be-
tween these two extreme brightness
settings.

NOTE: The tint control should
change the white raster from red to
white to blue.

At high brightness levels, wherethe
drive controls are adjusted, it is
difficult to see a loss of red. The
drive controls should be adjusted
first until red is clearly visible and
then alternately advanced until the
screen is a warm white.

1. 'Set blue and green drive controls
to mid-position and set tint control
to mid-position (see Figure #3).

Z. Set master G-1 control to mini-
mum.

3. Tune receiver to a blank channel
and set contrast to minimum.

4. Adjust all G-z controls to maxi-
mum (fully right).

5. Adjust BRIGHTNESS control un-
til the raster is just visible (adjust
master G-l if necessary to see
raster).

6. Observe color of raster and re-
duce the (3-2 controls of the pre-
dominant colors. The 6-2 control
for the weakest color should be left
at maximum. then bring other can-

IIIJE

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PAGE 3

trols up to produce a gray raster.

7. Advance BRIGHTNESS control to
maximum (clockwise) and contrast
control to minimum (counter-clock-
wise). Set tuner between channels.

a. Set line voltage at 120v AC.
Measure voltage at boost terminal.
Figure A. Starting with masterG-l
at minimum (counter-clockwise),
adjust master 0-1 for a 40 volt DC
drop in boost.

Alternate Method

Set BRIGHTNESS control to maxi-
mum (clockwise) position and con-
trast control to minimum (counter-
clockwise) position.

Starting with the masterG-l control
in its maximum Counter-clockwise
position, slowly rotate the master
G-l control until the picture just
STARTS to go out of focus. Then turn
the control back approximately 45 .

9. ReduCe BRIGHTNESS control to
normal brightness and check color
of screen, If screen is white or
gray (with tint control in its mid-
position), set-up procedure is com-
pleted. If any color is dominant,
proceed with Step #10.

10. Touchvup video drive controls,
if necessary, to produce a warm
white raster.

ll. Reduce BRIGHTNESS to gray
raster and touch~up G-Z controls.
if necessary.

mx 0; cNAssIs

FIGURE A. RAW BOOST LOCATION

A. STATIC CONVERGENCE

1. Tune receiver to a white cross-
hatch and adjust .for best picture.

2. Re-check center of screenfocus.
picture size, linearity and center-
ing; correct if necessary.

3. Adjust the three disc magnets
andthe blue lateral magnet for con-
vergence of all three beams at the
center of the screen(seeFigure #4).

B. DYNAMIC CONVERGENCE
VerticoI Dynamics

Obtain a red-green rasterby turning
blue 5.2 to minimum. Use Figure
#5. the convergence panel diagram,
and observe the effect as illustrated
at each control.

1. Adjust R-G vertical amp to con-
verge the center vertical line at
bottom of screen (step #1).

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BLUENm GREEN
HORIZ HORIZ VIDEO VIDEO DRIVE AC
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SIZE CENTER HOLD GATE LINEARITV SIZE KILLER BREAKER
FIGURE 3. REAR VIEW OF CHASSIS
ASSEMOUNO CRT:
l. INSTALL DEFLECTION VDKE AGAINST BELL 0F CR1
2. INSTALL CONVERGENCE YDKE AS SHOWN IN INSERT
l. INSTALL BLUE [ATEFI/Il Ii FURITV RING ASSEM
AGAINST CONVERGENCE YOKE
225.2332: I INN
NaLEETIL'TIAI'N INO DISC MAGNET '

SCREWS
fllUE LATERAL

GREEN RADIAL

DEFLECTION YOKE
RETAINING SCREW
(1 0 I

2. Adjust R-G vertical tilt to con-
verge the center vertical line at
top of screen (Step #2).

NOTE: If the range of the R-G vert-
ical amp and tilt controls is inade-
quate, move the black wire jumper
to its opposite position as indicated
on the legened side of convergence
panel.

Alternately repeat Steps #1 and #2
for best convergence at top and
bottom of center vertical line, Best
convergence is obtained by super-
imposing the lines from the center
outward. However, the proper ad-
justment of these controls may re-
sult in the red and green lines being
parallel. If this condition exists,
converge the lines by using the disc
magnets.

3. Adjust the 11-6 vertical differ-
ential amp control to converge a
horizontal line near the bottom of
the screen (Step #3).

4. Adjust the R-G vertical differ-
ential tilt to converge a horizontal
line near the top of the screen
(sup )4).

If the horizontal lines in the center
of the screen are misconverged, re-
peat Steps #3 and #4 for equally
spaced horizontal lines from top to
bottom of screen. Re-adjust disc
magnets if necessary. Re-adjust
the s-c. vertical amp and tilt con-
trols (Steps #1 and #2) for center
vertical lines, it necessary.

5. Turn up the blue G-Z Control and
reduce the blue vertical amp to
minimum (Step #5).

6. Adjust the blue vertical tilt con-
trol to produce equal displacement
in the same direction of the blue
horizontal lines with respect to red
and green from the top to bottom
of screen (Step #6).

Adjust the blue vertical amp tapro-
duce displacement in the same
direction of the blue horizontal lines
at the top, center and bottom o£ the
screen (Step #5).

NOTE: If the range of the blue
vertical amp and tilt controls is in-
adequate, reverse the positioning of
the brown and blue jumpers as in-

cal line controlto make the vertical
lines from the center to the right
lids converge (Step #7).

5. Adjust the left-side R-G vertical
line control to make the vertical
lines from the center to the left side
converge (Step #5).

Re-tuuch the right and left R-G Vert-
ical line controls for best overall
convergence of the vertical lines or
for an error that lends itselfto cor-
rection by the disc magnets.

9. Adjust the R-G horizontal lines
control to make the horizontal red
and green lines converge or sym-
metrical at the right and left side
of screen (Step #9).

Repeat Steps #7, #8 and #9 for best
overall convergence, or for equal
spacing of lines which can be cor-
rected with the disc magnets.

10. Adjust the R~G horizontal
differential tilt control to make the
center horizontal line converged or
for equal displacement to permit
convergence with the disc magnets.

ll. Turn up the blue G-Z control.
The blue horizontal amp control
which is also used in Step #14 must
first be adjusted to maximum clock-
wise rotation (Step #11).

12. Adjust the blue horizontal tilt
control until the droop in the blue
line is in the center of the screen
(Step #12).

13. Adjust the blue horizontalphase
until the droop in the blue line is
forced upward (Step #13).

14. RIB-adjust blue horizontal amp
control until blue line is converged
on 2.4:. line along a center horizon-
tal line or for equal displacement
to permit convergence with the disc
magnets (Step #14).

HORIZONTAL
DYNAMICS

O

REDEGRN

HORIZ LINES {)ERT

RED 5 GRN

RED 8 SEN

HORIZ

BLUE TIIJ'

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BLUE CENTER

HONIZ

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NORIZ PHASE

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LEFT SIDE DIFF TILT BLUEAMP
VERT LINES
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VERTICAL DYNAMICS " z
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sides of CRT). smnccouv dicated on the legened side of con- 3 RED+GRN. N. am:
, couygmm pmur DISC MAGNET 1 Vergence panel. 2 VERT AMP AMP AMP
, . I - .
5 Turn color intensity control to CONVERGENCLYOKE- l
. - l Imr LIIA mm,
minimum, Adjust red and green , . srlsmun posmoNAs i Alternately repeat Step #5 and Step 3
disc magnets for super~imposed GREEN NEE! mm" SHOWNININSERT. RED RADIAL I.) #6 for satisfactory convergence of 3
3" mmuron smlccoNv _ the blue horizontal lines from top 0
red and green pattern at the center WIMGNUT DISOMAOREI b t f 1 th t w l
of the screen (see Figure #1). mscmnzr DIsc mun W w to 0 tom 0 screen a ong e cen er .. 1
Dummwmi "7 L" ALIGNCUNVERGENCE , of screen. or for equal 515pla°ement .1 E GGRN
YUKHOLUEMIERAL I to srmit conver ence with the disc " R D
6. Adjust blue disc lnagnet and blue mzwrnou am or TUBE) mum... nssmmwnuwmz map he... g 3 5:31? gfé') BLUE
lateral magnet to place the blue "0"" I "E g ' -I VERTTILT TILT VERT TILT
pattern on top of the red and green 4
patterns (see Figure #1). NUTS: ImIIIzImuJ 0N REAR nrscr HorizontoI Dynomlu
These preliminary adjustments are FIGURE 1, 5mm CONVERGENCE FIGURE 2. CONTROL PANEL new; 4, COLOR YUBE Assmmy Exnanffgrtgznbfligdgj $351254}: Gun 5. CONVERGENCE NE, _ FRONT my,
7. Adjust the right-side R-G verti-
' I
REPLACEMENT PARTS LIST FOR T5-A9I4 HI ANTS-A9I4C-OO THRU C-04 I
05:. Part Der. pm; Ref. Part Ref. Part at p. at, pan ((9,, p... Raf. Fart
N2. Number Description No. Number Description Ila. Number Description No. Number macription "0. number Begun... no, "my, hump... a, "mug, Description No. Number Description
R'CALMR 0510072200 0 f YT o" I? up.) 5-104 24°6177 COMEAHW= 7-5 1 I 17753335 47" 10% 2" 81 ("5 431307057201 susslNc: nylon (retains 12-pin plug) 140754101 lusD Am. molded cup: v-13 1,12 241365112ABE anon, channel 1 input 25 41F65122A74 SHAFT, ribs tuning
07 25 t 1 20W "1 5 L405 24357324541 mm= 33° I "1227) 436670771403 BUSHING. Snap-on: plastic (la/16 see I: ;I..-1s resumes CHANNEL 1 lm: incls cars :17 44m5122i57 suns. yrs-sat
0402011005 - NOTE: The capacitors in this list are 5510004005 .052 nt 107. 500V nylsr hm; cemumg conpgmflmg, 3,, ,1 17555543,. 521: 10% my gym. d on m, shield) 29.11393» 1.00,? min: :or 8p, h It [14 240067721071 mm 1.5 h 31 6512" 51.00. mm
recommended refinement types for the 85100641312 -°53 ml 30% 600" M1 ("53 him 24D61324A34 cOIIPDNsAIrINO: 125 II 0-524 ED67800A03 rocus Runs-ION ASSEM (spgcisl) 65550,. CABLE, sblslasd hug. m 40., an 5' ,2 41255122271 gnu. Clutch
"131 19; 11 a m 1 0010110404) 5 him! 24D67324A5° COMPENSATXNW 5 "II/3r" -722 743349 WHEN 5-5-2295 9 25 CI 705550547 CABLE, shielded intensity: red; 40" 2900-1420204 1.00.1Isrnlnbl (blu, blk In brn MECHANICAL m 11 411:55122/104 snuNO, decent
P" 1 he"e With 5510054012 '0 "" 20 50° "1 (II E L409 24995355A09 WM" NE 0.424-27, 9 4 C 00545201 0251.0, asssm; gating pulse: lucls jumpers on conv puns1) Ia 41250122A27 SPRING. drum retaining
215115950 1.0 pr 107. 500v fixed coup E 4 filming; 000v 1 L419 357324151 Gowns-""1? 3° II/1°" comets sleevlng 0050402204 1.00, terminal: for .200 wide lug 12 43pas112A37 am, detain: 14 4112051121150 sDIuNO, 51105 return
215132472 2.2 1' +25 lxv NPO 7 1 '" 'y L111 505 COMPEWATINGI 5° '1 I _ my. 30007570A02 cAsLs a 01.005 ASSEMBLY (m to 0000402405 1.00, terminal (plncusllion nsssn 21 4412051221170 can, drive 40n5112ise sures. 01-1 light It bracket
215120539 22 Pl; 10* 59"" "15" 5510054327 '0" M i 10 30W mylm-< 1 L412 2")6732449 CONPWSAHNO 10° ML i-iig igggigiii: i; RI: NDLL3 inon (052 Y" tuner) lands) is 44955122400 0m. driven boss... (in tuner 77027557410)
215100023 2., st 10%) 500,, "75 (052 s510004c15 flan: "gnggugmrjgsr c ass (7.1.33 2:322:32? ggagfiflgjfi 223 3:: 100004011100) lvessasAas czsul, :aux; mils) spcl rat (VI-Ir scssmalloa 1.3;}, terminal: spark gap ground j: 2252:3223: gm, 3.35: driver 40P55144A25 sgggfléugglvjéggsgam 3+
215122050 ' II- 25 5007537202 VIDEO DEAIuNO: 21: net 6 6 use 5 m .
213110012 .13 pf 10% 500v N150 510064515 {31'5ng 5°"), 1 ("3E #33: 33233332 ggfmfififimg; 353:2/102 in isnamsnaa com. 200:2 giggggiggaa 2mg, cask - tzr :11 1217: cu 59003000A01 NigNm', blue lateral. a: purity 22 lfiggiiiflé gala, clgtini 24 1:253:19]? :gménguvgr-esov
215150331 2:: pt 10% 2m N150 . ' . - j _ D9 55 A02 pyjamas. 3, cs p 15 c; " D r lb; , re a 1: ng ,
5180 39 I 5% 5° "F :iiiggigil .32.31;:0-128;ngnguglipaglsggggu) #33; ilgggiiiiii iglififigfihiisgl. 1 lg Ti-igg ism-715221030 DRIVE GREEN: 10!! (US): (chsésis front) 76D66815Afl2 MAGNET, Iii-allergic conv 1235 47s05144A20 SHAPT b (:01). Burro Assmw:
215121403 50 1 107. 5007 N750 (0513 - - ~ L G 3957537,. 42C66880A01 CLAMP, spring: 'I'-500 col-s mtg 20720079 N07 coil mg: -7 less cbbunsl strips
213122051) 51"1 c-aol,c-:02,c-aoa; -302 5 -333 p-139 jgngygguzg in; mm, {0x (052 42A65802A01 cms, ground: Iflfl' tuner to 2s7051 HUT: hex (dsgsusser switch mtg)
21slsus7e 47 p: 107. N1500 cxv 1007 jfirjf '11:: agiggvziiilr (class ,_,_303 241765545539 AUDIO quip con. A5513]: 1111315 10007037A31) chassis 2055140102 NUT, self-threading (Ir-500 core)
33323433 :10 pi lad). 55]ng H£1050 351°°54A°3 '1 "'1- 3 4W" 31" (53 L-500 240050531210 hggiiizosclmmn I 203 18D37537Alfl o-z 1": a "5'3 :33 lansjggjfigg; 42C57315A01 giggle: In" (yaks land 2510054,) Tfimm cup-an (1: mg UHF TUNERS - HTT-618, HTT-62T 8. HTT-623
0 ~ 5.1100549) L 501 24666772,)2 comNsArlNG- 4 1 h n-205 10007531415 0-2 GRN: 3 ms); 2 1000
- . - _ . 42x752505 cur, lead: lustic (focus leads) 25152377 Nlfl', win : 0-32 (conv coil)
3:32:22: 23 g; ilk sggév "P1350 321335323 '} '5 $3; :33: 2%)}: -502 24165772502 WWWSMM 4:1.h HES $327,333: $3.:I"a_§.§%oxm 10007037030) 42c00709A01 CLIP. plastlg: T-702 mtg 1V66542A58 PLATE mug: ASSEM: incla coil I. ELECTRICAL PARTS 25:11:: innla lever tension
21512359 32 P 1°"" 5° "75° 5510064017 :1 n: 201. 000v mglnr (us): 0-502 24066772503 cggfigggflg; 5.9 E ("53 0-211 lstsoalAOl VOLUME: 2 msg; incls on-oxt sw 429953931) CL: taming: I" "1" "3 1 " v-11) . k c-l --- TUNING GANG (not replaceable) 432754070 sDEI-IINEO, mtg (m tuner)
21955132234 1221.2? 3?..3Nsréilr°20§l§) 1G4A45) L-SM 240661724103 CDIPEWMWG: 5'5 II ("513 $113., {$3233.33 332 5%,? 42c56215A07 clit:,§i...§°:§l (chug. mg) was (33). lélsamzs M: ten 0-2 21P65112A08 ls pf 10% may csr disc 411205123292 DRIVE ASSEII 0 PLATE: incls mtg
21s150490 100 r 107. 500V 2511 (was 5510 15 1' 20% 0" '"yl'" (use 24'386772405) . I . 00001337100 calm-scum plats cap: T-500 (001: 25057079: mm, molded: 12-pin; Convergence c-a zuslulzaiob 1-5 pf trimmer screws (Rn-010 t 021)
zislazaez) BR10064D13) 2.505 24007730200 can. our degsussing: upper or (t gig 1:333:37,ng Egg: gill? goiagwss maelaaAil) can a... 0-4 2112134242 2.2 pf a .1 pr N470 oer 471505142209 mm: 1155 I. 127.3: incls nts
. 2 400v 1 - 1 mac . . urn-.523
215125723 120 it Om) 500v Z5], ("SE 3:333; .i; N; to? 2" Inga-:5 p.233; L-EOB 243135059 cdmilsiiiim: 0.2 uh 15000500015) 15510153! CZ ...2Z§'(:§g;.2;"' 1 22323333}... fifiixfip;éfm t° I can c-a 21s05112205 lOIIIiujlsir feed-thru Ell-154071 GNSNREEI'. insulation (mu! tuner
1 1° 20 531006441127 L-SOE 24055053007 1-10qu muslin-1'1 R 53° 1EDH7311A06 mu me 5° 746359 coituscm ( j y M t ) 47.35.3052,. mm a '5. (ham hum) c-s - mm TAB (not furnished) mtg)
215150221 120 M 107. 110' 150 1006 15 In! 20% 50" WI L-509 24055090213 HURIZONTAL 5173 CONTROL 20 137W 55 1° "9! P 5 H mm J . 14005112200 mam-ms stand-bu (transistor
£35332: {:3 P: jg $23" 1500 5510054152 .25 n2 20-1, 400v nym- (radial L 70,, panama T0,, Inm- mmmm mm, TL 03 15007021142 yummy. HOLD: 7501 lsslouamo configpjfigpgénggs; less 33132040 a: S mach. 5-32 x z-l/s (sonv _1 450742070 01005 yam (main) bus) .
P d - ITSE 3510004207) ' . - . 11-605 18D81637A35 VERTICAL SIZE: a mag 6° , - . .. ' ep 5 2232 RECEPTACLE, l- 1
2151219 zginiiasigl 5° 5" "5 0510004219 5853...; 20% 400v Mylar (sxlul 701 24061622A05 Yifiisdzflgnmn' 92,"°"1' n-a1a 10007527024 vsIIrchL mm: 2501: 15510183A09 Comtnlgg,tr:c;:ltw. B-pin; less 3s132903 5?; . Egg-r33); x 1'1/4 13 1,-1 24s65112400 ANTENNA 00mins Assltll: incls 459mg scary, interlogk? 0-22 x 3/8
d a "5]: BIT. ODEIAS'I _ . 11-324 15957311A02 VmllCAL CENTER: IDDn WW 50 c 9 ' . , N R- dri t )
$83: m Im 3') VIII 3: II .. Wm.) .. 3.12 "I?" a sulfa 225::
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215100333 470 pf 201. lxv 25F scary-(2:53; .47 3).; 2% 000v 5:30:21 M703 24057002A07 DIN 3°?)'.§§}§.°3§3."~{I§E.§ 3-703 150075111101 gum vmu- Tum 200:7 ww 0ca7ssoA03 coNNRc'mR. rscept: 12-pin (con- 911687701409 500137, 12-pin molded (II-13 - L 3 COIL. injection (not filrnifl I? ) TIPSSliIISIIBl m wmivigflegnge um.
23334;: 233 {3; $32; 23: 23.5.]? 5510004003 .5 u: 20% low uylsr (USE L404 24D67682A03 Elm-COW? inc... mm, 3- mg nut n-705 15067011212 11:355an L0" SIDE VER'I' LINES: 42005504225 cggfvggggg 0222;}; ads. mule 011149070 (INNER-6332223 0-1 5125,, Ham, ape c151 thbmmflh a, spring I,
n 0064323 I ' . _ 1 l'T-Glfi.
2151295" 63° 9 5 50"" 25" "5 0510004250 .3 III: 1: 20 200v nylm- 1. 705 24051052102 .glggfie'ificiglzgw k mg nut 11-700 18D67611A11 030-an IIOIIIz DIP? TILT: lson ww lend 0000170A10 500107. tube: 12 Bin m°:d§d(vtv1;§) MECHANICAL Mm iii-Iii: 82.12%:
, 211752395) 0007720402 1.0 m, 20% 000v tub apcl ~ (blue center a! pulse) _707 150575711105 up... vmu- nxpp Am): 5mm ww 9A6090gggl cuNNEOION. wire; dsguusscr lauds 000077g212 500%} tabs. 3-p1n voided (v15
I 21"9723 5" Pf 10% 50"" x5? 1 23005252224 5 In? 0v lytic L-700 24355500,. mm cONv- inc... com. has 11-709 17005020010 BOTTOM AND plchsmON: 1017 39510104502 CONTACT, plus (3-pln b B-pin plug) 9101704 5 smussbiviiiaslp 1: me a - 44905127255 I Inn-1320mm as h cwrcN
mag 21.334303) 23D05202A34 5 m +1004) 0v 1 in am in at 0 a wit 4 10057071407 mum, vmu' mp. 2000 W aslelssaul CONTACT,,rscept((3-pin 00-pin recept) - ,
I-,- «215410134 55 I" 30% 50"" 15" (5E aacassosAaz lo Inf/25V lytic 0-707 magnum mm now $.51. £95. 1855 11-712 18D67671A02 BLUE vsnr AMP: eon ww 9C66402A03 CONTACT. recent; from reactor acaszbeAM 50cm, tuba. g-jfi: (3(fglé type.
215124002 83172205133; 500v 251,. zaDssstAas 20 Inf/25V lytic rldlll I-IIngnet I. sprilis 713 13DG7°71A°4 31' "on M): 15" "w ("5 1gceazlo/ws 63;;5§m.*§.3° (Mk m") 53:23:33]) S e
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215120045 .001 u: 107. 500v zsr 33233330332 :3 miéigiv 1gfi 14-708 24D66800A02 DY" CDW- incls coreé. 1555 425 018D67559A16 Hmuzmmu. pump (2:) 44957371. an, an... (a... tune, 5...) 9C66296AOE socwr. tubs: B-plnwnfsr type;
2 s 24455 00 20% 211v zsu (was "' Y c radial magnet In spring 44027370A06 can d M center shield
1 1 IZIRIESZIIZ) 22067752A03 5 1/450 10 "If/400V: 16° U 5'8 550 Gnom' 1" 3-23: $332322; NINE; 150011 amnion, (fine tune _ 015 scsscomul soc .ITI' lubs~ 1-pin wafer type'
250v lytlc 1,-900 24065020043 coNPrNsArlNO- 15 uh I i "'53 ' ' 1d
218129560 .001 Inf 207. luv 25)! (050 , . ~ j _923 18367531A17 comp mum: 1 mg 44961370202 9mm 11.... t... 1 . with center shie
21:751559) CG-"53A gag/45° 5° "If/45m 20 "W 149 055325425 WWSAHNE 27 "I 11-037 150075571109 s00: 75000 5x754071 anemic-II, ins), (In-n: guns.- mtg) 9005910201 socmr, pilot lamp: incls brkt
215410137 .001 m, 20% 500v up (051: lvtic 1,-002 24c55025A43 CDMPENSATIND: 15 uh . 5510115A04 UROMME'I' rubber: .437 LD. (av (mums)
21R12107s) EMMA 1°° " +1007 25" 1 L-BOB 24D-��7324M§ C°MPEN5ATWG= 150 Ml mANSXSmfls one; yoke 19....) 1AG7478A01 SPARK GAP ASSEM: focus supply
21slszzsa .001 m2 «.100 -0 saw 250 zacessosila 15" /25" 13m 7 23C6°115A15) L404 24165133530 3-58 0 con. A5 52741077 ORDIIND-I strain relief' second 2055722A06 8P1! NUT, clip-on: IIv shield
215124541 _001 M +100 .0 2x7 25, 23067753AD2 100 Inf/250V1ytic(USE 23065807A07) c-915,c-915; 11-915. 918 a 11-919 0-701 435134734 VERTICAL PHI cusluON connsc'mn a ind . 41C85987A01 spa G. a. .qundag ground
215131915 _0015 mg 201, 500v 251? MISCELLANEOUS ELECTRICAL PART L-sos 24Ds7324A40 coupstAi-lNo: 450 uh/lnx 0-702 4851:4515 HollizoNiAL PIN cussloN CORRECTOR 14255732A03 summit (insulates 90664021103 41A81281A01 Rum, miner (mu- is Ms)
218132419 .0015 +100 -0 1.4107 250 12-100 24V66550A32 xr INPUT ASSEMBLY: complete 0-907 24000057A00 3.55m scnsEN mp , mum _ Mk wire) 41000705402 ammo, running (flu... as...
215121836 .002 In! 10% 500V Z51II 5-101 4HC65837A02 DIODE, crystal I-v-BUH 240653231142 COMPENEATING: 100D ulI/3-3X TRANSFORMERS D51 72M!) INSULATOTI. 1 t (R ll G drive) 5mm: convergence)
ZIEIEOASS .002 In! +100 -0 500V 25 E-ZDO 48D57120ADE DIODE, low power (Motorola STIIG) 12-909 24066772A03 COMPENSATITIG: 6.6 th linSTl'IZAZl INEITLATOII' 2::1 :12: (focus V 41A57320A01 SPRING, wife (blue lat ¢°11 mtg)
215125509 .002 n: 10% 21W zsr 2-400 510552591121 mas-cap, clippsx' L-sil 245125220 0001:000an105 1.40,, 95,352.03 ,5.- 1.. 13.15, 1...... mg n... can 1 11.6 . 41407055201 5mm yaks no
215100A15 .0022 mf 10% 500v z5r s-500 48D61l20A02 DIODE, low power 0-915 24C66772A03 COMPENSAHNG: 0.0 uh: 1g), 24.157332). 2m) 11! 1101205124012: incl. mtg nut 1413057527407 1110002100 connector (use with 29510305,. ngnmm m... (m... a...
2151001529 .0022 n: 107. 500v x51? (USE 11-501 450071201102 moss, 10W Power L T-lOZ z4vs554eA12 vmso our Result: complete 29007429i04 lug) Ester-mei- to yoke - brn wire)
2111129075) E-502 4EDG7120A01 DIODE, low power (Bolltron RESISTURS - News: All resistors are ills ated compo- Tum 241:651333 4,5 .51: Ass; mists 56573204 mmm 1.... (as with 29.731945 m Mg, 0,, ring (purity
215121552 .0022 n: 207. 500V 253 mm; $3300; (11 it 021 mm unless Otherwise specified- T-LO4 24r25lssizs 001mm 10. con. ASSEM: incls 9055402004 mg) mg... ground my...
215121600 .0027 In: 107. 500V 25? 13-503 489671 . ow POWBY 005 mu ' - 11-123
215127555 A1033 mt 10% 500V 251' ("BE 563400) "9155205 52° 1°75 3" W 1-500 24P65133A25 4.5m: Illl'ERB'lAGE con. A552: 0
21x740523) 2-504 Iscs7920A01 Rscrlrlsn, silicon 175134152 020 122% 27:; m , .51. 0.000 I. 0-307 VHF TUNER - OPTT-39 Y ,
215122071 .005 r 2 500V 250 053 13-505 4scs7920001 RECTIFIER. silicon 175135176 1K 10 0 z - 0 25057552A05 MTDID oumr I _
I mafia? ( 3-500 ABCE7926A01 Rscrlnsn, silicon 13:33:39,223 i238 lggqazwagilgwwss 611121000) 1.35.1. 24007554000 on; oum'l' I, av: comp]. mu ELECTRICAL PARTS 23; 23:33:33: 1000 pt $223.33 :3:
218115312 .005 r +100 -0 500v Z5" E-GOD 48665537A02 DIODE crystal 1 ~ herlz pulse coil. PrhEBc , _ - _
215134738 .005 2! +100 -D IKV 25'] 3-301 SIDE-35239522 REE-CAP, integrator 175135258 1500 10% 7W WW winding 01 01.1! PILLES call "my CAPACITORS - NOTE. Tszdczgniinggntnt;g§: :ésttrge 3-;3 giggiigfigg i:::_:::-: 3::
215122071 .005 ml 20% may zsu (031; 13-502 43510002A01 Nscrmm, silicon 55125c57 2200 107. 1/2" glass (03!: 011129575) be ranged gspnrntely. part "i"??? i P t. 11 8 mm disc -��42 1,5511% 864 GIN
2111125534) s-Ona 43510062A01 RECTIFIER, silicon (501) 17564653: 2230 103362237 v(1'),in 17:541740) numbers 11..ng below. 2;}: fileggxflggsz: specujed c-zs 1,6511% M "1m, in nut
215150A45 .005 f 20 500V 251 [THE 3-604 485100821301 RECTIFIER. silicon 17 1013 13 0 l 24'; 535A05 m1my_sgcom.unr WINDING ONLY ' '
21El28634), ( 3-300 BOCBGSQOAIB CIRCUIT EI'igdm: spacial l75642824 2200 10% BW WW 7 (pm-p 01' 1-_5m)) 2 F6 22A52 27 f 1 5% 4 section C-ZS 21P55119ADB teed-thru OW
215131333 .0060 u: 10% 500v zsr 3-002 480660311104 RECTIFIER, silicon 175132445 2200 10% low In! 341156375210 coxL, horiz pulse (mm or 2-500) 0-1 1 5122 o P: 7'5 1 d W
3310072222 . In! 107. 200v mylsr (clnss s-aoa 4sca6037AD4 Nsc'l'lrum, silicon 11-020 17s047134 2700 101. EN W 1.40., 25995751), VERTICAL 0mm 0-2 21:62:862378 g7 01 5'). an - 1 THSCELLANEOUE ELECNXCALIARTS
" - Dss 0510072220) 0-504 055125595 P1101 LAMP: 347 171740922 3900 10% 40 glass (I151: T402 24956347.. mummy Dun-LAM C~3 2117;5122A53 5 P 4 5 f tum inns mm 9
3510072220 2 1075 «low myla! (clues 5-505 555125595 011.01- 1.2102: #1047 17K740259) 1-110 24200553201 Micron. horiznntnl saturuhle 0'4 1 'x. T p ' E 1 24P65122A1E INDI'N ASSEM- com lets incls C-l
2-305 401305143239 syncs, thermal descussins lmasaisAO-i 4700 107. 2w glass (use 1.400 zsnasadlAls was $5 21P65122A53 5 Eageg pf trim: mflg nut - [#1, b2 i-a PM; .
215121943 .01 m: 201. 500V 250 (I750 2-900 05c00771ma sass, neon: N'szs 172132773) 1.501 24557534506 um; mm. '0. scréw I 3-2 5513 vs? Emmi. STRIPS _ NOTE: When
"51 '9 caewsms CRYSTAL: 3'57 175754325 56° W" 00 19" 3419514334 cows 1 55: 1" 0-5 211:05122254 20 pf 10% feed-thru thru , oréarlng replacement channel
21s132007 .01 mi 20% 500)] 250 (USE 2-905 BOCGEl47A01 ssAnx GAP (in C-OD-l) DIVINE 6200 10% 4" glass T-Bol 24v55549Aaa cown SYNC mmsnsn ASSEM: incls d (us: L 3 513 t j a a fl. b d numb.
71(753836 101: mg 2w 1 9 (051: C-7 215115952 1.2 p: 10% this comp 1 1 5 1 ps, 0 e a a y ,
233121994) 3-905 BDCGBII'TADI SPARK GAP (in C-OO-l) 1 3 BE , C-929,C-930,C-931.C-935 It 11,933 2111129938) HIE suffix denotes the channel
215122729 .01 nr 20); ml zsu (0513 0-007 BOCGSM'TAOI SPARK GAP (in c-00-l) 1711744464 13:12:337) glass , p.902 24v55549291 cows. gym pnm Asp, mom c-s 2113651221153 _5 _ 45 pf trim, on nut 1.6.. A for annual 2 .410 for
213124832 I Mme-926; 11-930 a 2-942 0 screw ' . chrnnsl ID, a...
£3333; .3: "I; flan-23 23%: gig 50 3 CODES £33323 jgfi jg :3 Km , MECHANICAL PARTS c-e 21P65112A79 ls pr feed-thru 0-14 1055112004 Ufllvcmm sum (CHANNEL 1)
8810064A7E :01 N: 20% luv Mylar L-lon - PART OF 3-100 173750084 15!! 10% 2)! glass 7DE7151A03 snAcKE'I, dynamic com! com mtg C-«lo 21P65122A53 .2 - 4;: 171 trimmer. 10018 nut lg-15 5119? 1" {RAVI inch! 6-25 0 core
0510004000 .015 ml 201, 200v .. 1 L-lOl PART OF 3-100 17:740432 151: 107. 4w ww E4C67650A01 BOARD, plslos chassis: convar~ I?" _
215132000 .02 n: 207. saw my} b-loz ___ PART 0? 12-100 175135452 151: 10: :00 (DEE 17P05143A00) Eeflce page} (less :11 5-1; 3:223:23; $020ng 195;: :jumggv cm I 0mm! I
215150554. .02 Inf 101. 111v zsr b-ma 24000772R01 CDlIPElIflA'HlIG: 75 ab 17055045A05 22x 10 w glass componan s 0- 210051121051 1s 1 t .25 f I b1 .2 _3 W; or 12.1
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