Sanyo CZP3011V User manual

Service Manual
\
.
Specifications
—
Colour Television Set-vi ce CZP3011V-20
CZP6011V...without Telescopic Aerial
Power source . . . . . . . AC 230V, 50Hz.
Power Consumption . . . CZP3011V:46W /CZP6011V:70W
Television System . . . . . . Systarn-B/G
Colour Reception System. ..PAL
Channel Coverage . . .’ . . . VHF:1-10
UHF:21-69
Video IF . . . . . . . . . 38.9MHz
Sound IF . . . . . . . . . 33.4MHz
Aerial Input Impedance . . .75Q
Picture Tube . . . . . . .CZP301 lV:37cm Diagonal ,90 Degree.
CZP6011V:51cm Diagonal ,90 Degree.
Semiconductors . . . . . . CZP3011V:28 Transistors, 7ICS
CZP6011V:28 Transistors, 7ICS
Audi oOutput . . . . .CZP3011V:I.5W /CZP6011V:3.OW
Dimensions . . . . . .CZP3011V:
362( Width) x325( Height) x377( Depth)mm
CZP601 lV:
496( Width) x444( Height) x469( Depth)mm
Weight . . . . . . .CZP3011V: 10 Kg /CZP6011V: 18Kg
Ref .No. CZP6011V-20
(NEW ZEALAND)
Model No. CZP301 1V
CZP601 1v
ORl GI NAL VERSI ON
Chassis Series A1-B14/Al-B20
c
for parts order or servicing, it is
shown on the rating plate at the
~OTE—l
This T,V. receiver wi II not work
properly in aforeign countries where
the television transmission system
and power source differ from the
design specifications.
Refer to the specifications for the I
design specifications.
*Specifications subject to change without notice,
D8HJID8KJ REFERENCE NO. WM-520011

INSTALLATION AND SERVICE ADJUSTMENTS
II POWER SUPPLY ADJ. TUNING DISPLAY WIDTH Am.
i
CF---l-l \
n_rl D_rl
nEl c-00753
/
0% ADJ.
Vmll 0
El”
L91II
—
\
L
L
Ib!5!Mm \IVIDEO DET. ARI.
SCREEN (BOTIOM) HORIZ. CENTER ADJ2 AGC ADJ.
SUB BRIGHTNESS AQL
VERT ADJ.
r(
GREY
K#E
TRACKING
ADJ. Grey
:ZP6011 v)
:RTUNIT COLOUR
\ACNUSTMENT
M[HORIZONTAL Wl~H ADJUSTMENT (174B)
wan c1 31
vROOl
BLUE DRIVE
an VF1612
RED DRIVE
1. Tune the receiver to mono-chrome circular pattern.
2. Set contrast and bright to maximum.
~If picture is tcm wide or narrow, cut or short lead (AJl).
If lead is shorted, horiz. Width Increase.
(~ ,j::j_’”D
If lead is cutted, horiz. Width Decrease.
N(XE: Horiz. width adjustment affects high voltage and sub
brightness. Therefm, recheck SUBBRIGHTNESS and
HIGH VOLTAGE. —-
–2–

SAFETY PRECAUTIONS
An isolation transformer should be connected in the power line between the receiver and the AC line before ~
service is performed on the receiver.
-
INSTALLATION AND SERVICE ADJUSTMENTS
—.
X-RADIATION PRECAUTION The primary source of X-RADIATION in television recei~r is the picture tuba. The picture tb ~ ~
cially constructed to limit X-RADIATION emissions. For continued X-RADIATION protection, the repbcement tube muetbethe
same type as the original including suffix letter. Excessive high voltage may produce potentiallyhazardousX-RADfATIW. TO
avoid such hazards, the high voltage must be maintained within specifial limit. Refer to this service manual, high voftage for
specific high voltage limits. If high voltage exceeds specified limits, take necessary corrective action. Carefully follow the inat~c-
tions for +B1 volt power supply adjustment, and high voltage check to maintain the high voltage within the specified limits.
AGC ARIUSTMENT (180A)
NOTE: Do not attempt this adjustment with weak signal
1,
2.
3.
Tune receiver to most clearest (or strongest) VHF station in
your area,
Set brightness and contrast controls to maximum.
Set colour control to minimum.
Set the AGC (VR101) control to mid-range.
Turn AGC control in direction which causes snow to appear,
then in the opposite direction until the snow just disappears.
SUB BRIGHTNESS ADJUSTMENT (173A)
1. Connect aDC meter between “TP-H” (positive lead) and
“TP-G” (negative lead) on main unit.
2. Tune the receiver to color bar generator. (See Fig. 1)
(Chroma 100o/0)
3. Set brightness to maximum and contrast to minimum.
4. Adjust sub brightness control (VR211) for 0.2V (CZP3011V)
0.3V (CZP6011V)
NOTE: If picture tube replace. Check Sub-brightness ad-
justment.
VERTICAL ADJUSTMENT (176A)
1, Tune the receiver to mono-chrome circular pattern.
2. Adjust vertical size (VR451) control for full scan.
HORIZONTAL CENTER AWUSTMENT (176A)
1.Tune the receiver to mono-chrome circular pattern.
2. Set the brightness and contrast to maximum.
-- 3. Adjust Video Phase (VR411) for optimum horiz center po-
sition.
B1 POWER SUPPLY ADJUSTMENT (171A)
1. Connect DC meter to “TP-B” and ground.
Set the +61 adjustment control (VR311) to mid-range.
2. Set brightness and contrast to minimum.
Tune the receiver to an actwe channel and synchronize pic-
ture.
3. Adjust +61 adjustment control for 131 *1.O volt DC.
TUNING DISPLAY WIDTH AIXJUSTMENT (177A)
1. Tune the receiver to mono-chrome circular pattern.
2. Set the mode switch (SW702) to on.
Tuning bar IS displayed on screen.
3. Adjust VR751 for optimum the tuning bar width.
Set the mode switch to off.
VIDEO DET. ACNUSTMENT (172)
1.Tune receiver to colour bar pattern. (See Fig. 1)
Connect the oscillator to TP-F.
H
D8KJ 2. Adjust VR121 for 1.0t0.03VP-P(Video det. waveform).
D8HJ
GREY SCALE AND TRACKING AthfUSTMENT (26A)
Tune the receiver to mono-chrome pattern.
1. Set brightness and colour to normal contrast to maximum.
2. Connect the service tip to KSV-2 (service condition).
3. Set screen control to minimum. (fully counter-clockwise).
4. Turn screen control to obtain just visible one colourad line.
5. Adjust each bias (VR621-Green, VR601-Blue, VR611-Red)
controls alternately until adim white line produced.
6. Re-connect the service tip to KSV-1(normal condition).
7. Adjust red (VR612) and blue (VR602) drive controls aiternata-
Iy to produce normal black and white picture.
8Chec~ for proper grey scale tracking at all brightness Iawrls.
NOl EIf grey scale adjustment IS made after picture tube
replacement, check !_iIghvoltage and subbnghtnass
COLOUR AWUSTMENT
Receive colour bar pattern. (See Fig. 1)
Set’s controls: brightness . . . . . . maximum
colour . . . . . . . . . .. maximum
contrast .: . . . . . . . mid-range
ADJUST REMARKS
Connect the oscilloscope to TP6B on CRT unit.
I
VR251. T281
v!-
Adjust VR251, T281 to obtain each lH
waveform (amplitude) for same as shwn
below. ~lli+-lH+
B-Y WAVEFORM
Figure 2
Adjust L211 to obtain proper waveform as
shown in Figure 2.
FOCUS ADJUSTMENT (29B)
Adjust focus control on the left side of the chassis for well scan-
ning lines.
HIGH VOLTAGE CHECK (174A)
1. Tune receiver to color bar generator. (See Fig. 1)
2. Set brightness and contrast to maximum.
3. Connect ahigh voltage probe to anode lead at picture tube.
4. High voltage must measure between ——.—
20 -“22W. (CZP3011V)
23- 25KV (CZP6011V)
_~_NOTE: If picture tube replace, check high voltage.

PURITY AND CONVERGENCE A13JUSTMENT (140A/141A)
“~-’
(XIJTION; Convergence and Purity have been factory aligned. Do not attempt to tamper with these alignments. However, the ef-
fects of adjacent receiver components, or replacement of picture tube or deflection yoke may require the need to madjuat purfty
and convergence. If adjustment is required, the adjustments should be made in the following sequence.
PURITY ADJUSTMENTS
1.
2.
3.
4.
5.
6.
7
Use acolour (Red, Green and Blue) pattern signal.
Receiver should be operated for at least ten minuter.
Place the picture tube face east or west and demagnetize the
picture tube and receiver using an external degaussing coil.
Turn off Red and Blue rasters and provide only Green raster
on CRT screen.
Loosen the screw holding the Deflection yoke and remove
the 3D.Y. wedges, and slide the Defection yoke fully
frontward.
Rotate the two purity magnet tabs (widen or narrow the mutu-
al angle made by the two tabs) to centre avertical green
stripe.
(If the vertical green stripe doesn’t obtain. In case, slide the
deflection yuke backward).
NOTE: Do not move the vertical centre position by adjusting
purity magnet.
Slowly slide the Deflection yoke backward (or frontward) until
auniform green raster is obtained.
NOTE: Following is CZP6011V only.
If some part of screen is contaminated with other colors (in
most cases it will appear of corner of screen), put the Purity
correction magnet chip on back of that corner near the
deflection yoke.
See Figure-A to position the Purity correction magnet chip.
Slide and rotate the Purity correction magnet chip until pure
green screen is obtained,.
Use necessary chips until uniform green is obtained overall
the screen.
Use the tape (or adhesive) to fix the magnet on the picture
tube.
Check the purity of the red and blue rasters for uniformky.
(Turn up red raster and turn off green and blue rasters.
Turn up blue raster and turn off green and red raster?+.
Readjust the Deflection yoke position if necessary until all
rasters are pure.
If part of the screen at each direction (east. west. north or
south) is colored, demagnetize the receiver and the picture
tube and adjust the DeflectIon yoke position slightly front -
ward or backward.
8. Tighten the mounting screw of the Deflection yoke and
mount D.Y.wedges.
CONVERGENCE ADJUSTMENTS
Before any convergence adjustments are made, purity must be
adjusted properly. Connect cross-hatch generator to aerial
socket.
Loosen Iockmg ringprowded on purty & convergence magnet.
Notice: When adlustthe convergence magnets, do not move
puritymagnets
DY WEDGE
9
(CONVERGENCE) . L7r (CONVERGENCE)
‘A SIX-POLE
MAGNET TABS
FOUR-POLE
“GNET‘ABS4W2
DEFLECTlbN YOKE
MOUNTING SCREW 4!5 I*
17mm—
... .. .
,s
[[IiP’~ ‘CZP3011V
26mm—
/2+.s) CZP6011V -
PURITY MAGNET
TABS
Purity White mark
Correct magnet chip (north pole, Pari No. ZZ0127)
(.2
<m
LOCKING
RING
(SOME MODELS)
I
-
PURITY
MAGNET
J
7—I
Figure-A
PURITY AND CONVERGENCE MAGNETS +
–4– L!x!!Y-

CENTRE CONVERGENCE
1.
2.
3.
4.
5
6.
Turn off green raster and provide blue and red raster on CRT
To s@er!mpcse the red/blue vert.imes, spread (ornarrow)
the a’qle of magnel tab 1 between tab.2 See Fig-l
To superimpose the red/blue nonz Imes, rotatethe magnet
tabs 1 and 2 together (keeping !he angle o’ magnet taDS 1
and 2). See Fig-l.
Turn up green raster.
To superimpose the green anc magenta (bt~e!redjvert Ilnes.
spread (ornarrow) the angle of magnet tab 3 between tab 4
See Fig-2.
To superimpose the green and magenta (blue/red) nonz
Imes, rotate the magnet tabs 3 and 4 together (~eeDmg the
angle of magnet tabs 3 and 4).See Ftg-2
Now formmg white cross-hatch patternat centre of screen.
Fasten Iockmg ring.
OUTER AREA CONVERGENCE
If mis-convergence on the outer area exits, as follow adjustment.
GREEN
BLUE\/RED
l’r
---
- - -r,-
t;’:
.. ...
BLUE
yl v
------.+--
--------
1
[
I1’ t
;i+fl~~
~Spread {o’ narrow) tabs angle to
superimpose blue and red vertical
hne
Rotate tabs together to
superimpose red and blue
honzon~l line,
Constant ,
‘/’
$(2
1
)/ Rotate
Spread
(or narrow)
J
$2
1
Figure 1- BLUE AND RED UNE MOVEMENT
+: +’
““’’’’”r!
I{$
--—--------.------
~1 1
I I t3hEEN
I
~Spread (or narrow) tabs angle to
superimpose red/blue and green
verhcal Ime.
Rotate tabs !ogether to
superimpose red/blue and
green horizontal line
Cant
‘Rotate
Spread (or narrow)
Figure 2- BLUE/RED AND GREEN LINE MOVEMENT
Swing the Deflection Yoke the *direction, Red/Blue lines on the screen move the* direction.
Swing the Deflection Yoke the @direction, Red/Blue lines on the screen move the@ direction.
BLUE
/ GREEN
BLUE - + -~
:.t - RED
GREEN- I -GREEN
RED- ? I‘BLUE
I ‘ ~
-1 -
.::,,
.: ,:. !:.
II
I:$ I
IYI
-— --- --- --
:T !~k\ RED
GREEN
--
t+D8HY
D8HE
BLUE
Swing the DeflectionYoke the * direction,Red/Blue lines on the screen move the+ direction.
Swing the Deflection Yoke the ~direction, Red/Blue lines on the screen move the@ direction.
To fasten the Deflection Yoke, Insert and fix the ~Y5s~acer.

AWUSTMENTS (CZP3011V/CZP6011V)
VIF Adjustment
Item let waveform Sound Trap A@. Overall waveform
zDC 15.5V
2~4.6v R353-A R353-A R353A
TP-C TP-C TP-C
~output probe lCIO1-pin 15 lCIO1-pin 15 TunerTP
zInput probe TP-F TP-F TP-F
~DC 12V (Tuning) AIOITuning ter. AIOITiuning ter. AIOITuning ter.
2DC 5V lC701-pin 42 lC701-pin 42 K2701-pin42
$output probe aside aside bside Damping resistor
❑Input probe aside aside aside
5Damping resistor — — TP-D
~VR121 Fully anticlockwise Fully anticlockwke Fully anticlockwise
2Channel band VHL-LOW VHF-Low VHF-Low A
1] Adjust tuner converter to make C-P-10%
Adjust T121 for Adjust T122 for 2] Adjust TIOl for proper shape waveform as shmvn in
ADJUSTMENTS figure.
maximum response at minimum resfxmse at
3a9MHz 33.4MHZ N~E “P” should be higher (10%) than “C”.
3] If using T101 causes unbalancing waveform, repeat
eteps 1] and 2].
WAVEFORMS ~“’MHz’ j334MH~ J:yi,ooo
sA,S A
MAIN UNIT
1
“m –
nflu
1-
%0 a=
1C351 F1353
❑
uID
o
u
o
rp .-in
IC701 PI N42
VIF AMP.
“.--( o
PIN15
Output preba
I1
I
t
I
IOverall Input probe
II I
;l -- 330n,looKn
\Tuner Converter (lFl_)
-
–6–

AFT Mjuetment (170A)
Item
~DC 15.5V R353-A
-DC45-5V
bTP-C
I.u output probe lCIO1-pin 15
zInput probe lCIO1-pin 17
gDC 5V lC701-pin 42
ADJUSTMENT Adjust T131 for 38.9MHz marker is
just on reference line.
WAVEFORM
%
3S.9MHZ
MAIN UNIT
Izl_rl
E
‘.- U
E
“matlo
yl_QR353
m
0
8
0
u
a
9
1C702
n
IC701
u
PIN42
Da
@9
Output probe
+~1
0.002LF I
_SWEEP/MARKER
GENERATOR
“G” 750
1
T!5+0sc’L
Input probe
l--cl8KY1
tiiim-1
II
L!2!!Ei -l–

CABI NET PARTS LIST
Note: Parts order must contain Service Ref .No. ,Key No. ,Part No. and Description.
6—
7/
#
Kev No. Part No. Descri Dt ion
5 4 32 i
Kev No. Part No.
1: 610 105 0722 Power Button 6: 610 105”0128
610 082 4409 Spring 610 060 3936
2. 610 028 2476 Touch Button Ass ‘y 610 0982659
3. 610 105 0708 Front Panel 610 207 5168
4. 610 105 1156 Sanyo Badge (CZP3011V)
610 104 7562 Sanyo Badge (CZP6011V) 7. 610 122 5649
5. 610 105 0821 Door (CZP3011V) 610 122 7049
610 105 2269 Door (CZP6011V) 8. 610 011 6405
9. 610 105 0210
610 2088533
610 210 3120
or 610 105 1880
610 2089165
10. 610 0488762
or 610 211 8643
-
Description
Eacutcheon(CZP3011V)
Escutcheon Ass‘Y(CZP6011V)
Leg (CZP6011V only)
Control Indicator Plate
(CZP3011V/CZP6011V)
Escutcheon Dec. Plate(CZP3011V)
Escutcheon Dec,Plate(CZP6011V)
Telescopic Aerial
(CZP6011V-option)
Back Cover(CZP3011V)
Rating Shaat(CZP3011V)
Back Cover(CZP6011V)
Back Cover (CZP601 lV)
Rating Shaat(CZP6011V)
Remote Control Transmitter JXGA
Remote Control Transmitter JXGM
–8–

-
L
L
w
Ref. Fart
No. No. Description
C130 4030333602 CERAMIC
c131 82PJ50v
4030255201 CEKAHIC
C132 4Po50V
4030698305 CERAHICO.oluz 50V
C133 4030690507 CERAHIC
C136 1000PK 50V
4030620306 POLYESTER O.047U K 50V
C151 4030738308 CERAHIC4700P K 50V
C152 4030738308 CERAHIC 4700PK 50V
C153 4030698305 CERAtflC o.Olu z 50V
C154 4030469905 ELECT
C155 4.7U M 25V
4030570403 POLYESTER O.OIU K 50V
OR 4030571004 POLYESTER O.OIU K 50V
C156 4030418804 ELECT
C157 IOU H 16V
4030499803 ELECT
C171 2.2U H 50V
4030424805 ELECT 1000UH 16v
C172 4030499803 ELECT
C173 2.2U H 50V
4030606102 POLYESTER 3300PK 50V
OR 4030606706 POLYESTER 3300PK 50V
C174 4030418804 ELECT
C176 10U H 16V
4030418804 ELECT
C177 10U H 16V
4030677805 tiT-COtlPO O.47U J 50V
C178 4030475005 ELECT
c181 470U H 25v
4030698305 CERAHIC o.Olu z 50V
C201 4030857306 NP-ELECT
C202 10U H 25V
4030305104 CERAHIC
C203 68P J 50V
4030698305 CERAHIC O.oluz 50V
C211 4030418804 ELECT
C212 10U H 16v
4030698305 CERAMIC O.olu z 50V
c213 4030113808 CERAtilC
C214 120PJ 50V
4030486308 ELECT 0.47U n 50V
C221 4030422405 ELECT
C222 IOOUH 16v
4030698305 CERAtiIC O.oluz 50V
C224 4030430202 ELECT
C231 220U !i 16v
4030545104 ELECT
C232 lU H IOov
4030490008 ELECT
C233 lU H 50V
4030418804 ELECT
C251 10U H 16V
4030261103 CERAlllC
C252 47P J 50V
4030261103 CERAHIC
C253 47P J 50V
4030698305 CERAHIC O.oluz 50V
C261 4030698305 CERAHIC O.oluz 50V
C262 4030862607 NP-ELECT
C263 IU H 50V
4030698305 CERAHIC O.oluz 50V
C264 4030698305 CERAHIC O.oluz 50V
c265 4030486308 ELECT o.47U H 50V
C271 4030589900 POLYESTER O.018u K 50V
OR 4030590500 POLYESTER O.018u K 50V
C281 4030698305 CERAMIC O.oluz 50V
C282 4030131901 CERAMIC
c283 150PJ 50V
4030698305 CERAHIC O.oluz 50V
C284 4030698305 CERAMIC O.oluz 50V
C285 4030197709 CERAtilC
C302 27P J 50v
4030672206 HT-POLYEST O.22U H 630v
C303 4030767100 CERAHIC 1000PH lK
C304 4030767100 CERAHIC
C305 1000PH IK
4030767100 CERAH[C 1000PH lK
C306 4030767100 CERAHIC
C307 1000PH IK
4040010005 ELECT IOOUA 400V
OR 404031 1003 ELECT Ioouc 400V
C311 4030553802 ELECT
C314 4.7u M 160v
4030614008 POLYESTER O.039u K 50v
C315 4030576801 POLYESTER O.012U J 50V
C316 4030778908 CERAtflC 680P K 2K
OR 4030779103 CERAMIC
% C332 680P K 2K
4040084105 CERAHIC
!3C333 2200PH 400V
4040083108 CERAHIC 470P H 400V
C351 4031656106 CERAHIC 470P K lK
(M 4030770407 CERAHIC
C352 470P K IK
4030475005 ELECT 470U M 25v
C354 4030541502 ELECT 470U H 35V
C356 4030452006 ELECT
c358 1000uH 25V
4030430202 ELECT 220U H 16v
C361 4030777505 CERAHIC 470P K 2K
OR 4030777901 CERAHIC 470P K 2K
C362 4040039808 ELECT 220U H 160v
C366 4030551303 ELECT
C371 10U T 160v
4030541502 ELECT 470U H 35V
Ref.
NO. IPart
No. IDescription
C372
C401
C402
C411
C412
C421
C422
C423
C424
C425
C431
C432
C433
C434
Q c435
A C437
C441
C442
C443
C451
C452
C453
C454
C455
C457
c458
C459
C460
C461
C462
C463
C464
C465
c466
C701
c702
C703
C706
C707
C709
C71O
C711
c721
C722
C723
C724
C731
C741
C742
C743
C744
C751
C752
C753
C755
C756
C757
c801
C802
C803
C804
C821
C822
c823
C824
4030396508
4030506600
4030712407
4030690507
4030260809
4030424805
4030608205
OR 4030608809
4030858105
4030595901
OR 4030596700
4030580303
OR 4030580907
4030626902
4030763102
4030757101
4030540703
4040303909
OR 4040304005
4030622201
4030829006
4030826906
4030553802
4030532104
4030541502
4030708400
4030757101
4030490008
4030613209
OR 4030613803
4030571905
4030918908
4030632101
4030452006
4030641301
4030588200
OR 4030588705
4030862607
4030364408
4030281705
4030396508
4030225907
4030225907
4030689006
4030690507
4030583205
OR 4030583809
4030618105
OR 403061 8808
4030572803
4030510607
4030711707
4030572803
4030572803
4030439106
4030698305
4030698305
4030197709
4030197709
4030689006
4030418804
4030469905
4030490008
4030239706
4030732900
4030197709
4030427707
4030855906
4030856705
4030490008
4030490008
4030862607
4030418804
ELECT 100Un 10V
ELECT 3.w H 50V
CERAMIC 1800PK 50V
CERAH[C 1000PK 50V
CERAHIC 47P J 50V
ELECT 1000UH 16v
POLYESTER O,033U K 50V
POLYESTER O.033U K 50V
NP-ELECT 2.2U H 25V
POLYESTER O,022U K 50V
POLYESTER O.022U K 5CIV
POLYESTER 1500PJ 50V
POLYESTER ]500PJ 50V
POLYESTER O.056U K 50V
CERAtllC 3900PK 500V
CERAHIC 1000PK 500V
ELECT 47U H 35V
HT-POLYPRO 5600PJ 1.5K
HT-POLYPRO 5600PJ 1.5K
POLYESTER O.47U K 50V
POLYPRO O.27U J 200V
POLYPRO O.12U J 200V
ELECT 4.7U H 160v
ELECT 220U If 35V
ELECT 470U H 35V
CERAHIC 1500PK 50v
CERAHIC 1000PK 500V
ELECT IU H 50V
POLYESTER O.039U J 50V
POLYESTER O,039U J 50V
POLYESTER O.lU J 50V
TA-SOL10 IU K 25v
POLYESTER O,068U K 50V
ELECT 1000UH 25V
POLYESTER O.IU K 100V
POLYESTER 1800PK W
POLYESTER MOP K 50V
NP-ELECT lU H 50V
CERAHIC 56P K 500V
CERAHIC56PJ 50V
ELECT 100Un 10V
CERAHIC 33P J 50V
CERAHIC 33P J 50V
CERAHIC 100PK 50V
CERAHIC 1000PK 50V
POLYESTER O.015U K 50V
POLYESTER O.O15U K 50V
POLYESTER 4700PK 50V
POLYESTER- 4700PK 50V
POLYESTER O.IU K W
ELECT 4.7U H 50V
CERAMIC 180PK 50V
POLYESTER O.lU K 50V
POLYESTER O.IU K 50V
ELECT 47U H 16V
CERAMIC O.oluz 50V
CERAMIC O,olu z 50V
CERAMIC 27P J 50v
CERAHIC 27P J 50V
CERAtllC 100PK 50V
ELECT 10u fl 16v
ELECT 4.7U H 25V
ELECT IU Ii 50V
CERAHiC 39P J 50V
CERAHIC 390P K 50V
CERAH1C 27P J 50V
ELECT 22U H 16V
NP-ELECT 33U H 16V
NP-ELECT 47U H 16V
ELECT lU H 50V
ELECT lU H 50V
NP-ELECT IU H 50V
ELECT 10U H 16V
–11–

Ref. Part
No. No. Daecription
RESISTORS
R101 4010135301 CARBON 1.2KJA l/4u
R102 4010202003 CARBON 4.7KJA l/4u
R103 4010125708 CARBON lKJA l/4H
R104 4010210701 CARBON 56JA l/4U
R105 4010162604 CARBON 220JA l/4u
R106 4010162604 CARBON 220JA l/4u
R107 4010144105 CARBON 1.5KJA l/4u
R109 4010144105 CARBON 1.5KJA l/4H
Rlll 4010172801 CARBON 27KJA l/4u
R121 4010171804 CARBON 2.7KJA l/4u
R122 4010210701 CARBON 56JA l/4N
R123 4010171804 CARBON 2.7KJA 1/4u
R124 4010170807 CARBON 270JA l/4U
R125 4010125708 CARBON lKJA l/4U
R126 4010200801 CARBON 470JA l/4w
R127 4010200801 CARBON 470JA l/4u
R130 4010125708 CARBON lKJA l/4U
R131 4010125708 CARBON lKJA l/4U
R136 4010128105 CARBON IOOKJA l/4U
R137 4010128105 CARBON 100KJA l/4tl
R139 4010173808 CARBON 270KJA l/4U
R151 4010125708 CARBON lKJA l/4U
R152 4010200801 CARBON 470JA l/4u
R153 4010170807 CARBON 270JA l/4N
R154 4010223107 CARBON 6.8KJA 1/4u
R155 4010136407 CARBON 12KJA l/4u
R156 401021 1906 CARBON 560JA l/4N
R171 4020021601 FUSIBLERES 33 J- 1/2U
R172 4010127009 CARBON 10KJA l/4U
R173 4010144105 CARBON 1.5KJA l/4u
R174 4010191901 CARBON 3.9KJA l/4H
R176 4010121106 CARBON 1.5JA l/4u
R177 4010107001 CARBON 56JA l/2u
R179 4010124503 CARBON 100JA l/4H
R183 4010185801 CARBON 330KJA l/4u
R185 4010127009 CARBON 10KJA l/4U
R201 4010144105 CARBON 1.5KJA l/4tl
R202 4010163809 CARBON 2.2KJA l/4u
R204 4010232802 CARBON 8.2KJA l/4N
R205 4010213009 CARBON 5.6KJA 1/4u
R206 4010200801 CARBON 470JA l/4u
R211 4010202904 CARBON 47KJA l/4u
R212 4010137305 CARBON 120KJA l/4u
R214 4010152704 CARBON 1.8KJA l/4tl
R215 4010127009 CARBON 10KJA l/4U
R231 4010173808 CARBON 270KJA l/4N
R232 4010125708 CARBON lKJA l/4N
R233 4010007509 SOL10 1.5KKA l/2u
R234 4010184903 CARBON 33K JA l/4U
R235 4010172801 CARBON 27K JA l/4tl
R236 4010233700 CARBON 82K JA l/4U
R237 4010184803 CARBON 33K JA l/4U
R241 4010202003 CARBON 4.7K JA l/4U
R242 4010182800 CARBON 330 JA l/4U
R243 4010231706 CARBON 820 JA l/4U
R244 4010145201 CARBON 15K JA l/4U
R245 4010230709 CARBON 82 JA l/4U
R251 4010135301 CARBON 1.2KJA l/4N
R252 4010193004 CARBON 39K JA l/4U
R261 4010194704 CARBON 3.9H JA l/4U
R262 4010145201 CARBON 15K JA l/4U
R263 4010136407 CARBON 12K JA l/4U
R271 4010138005 CARBON 1.2HJA 1/4N
R281 4010191000 CARBON 390 JA l/4U
R282 4010211906 CARBON 560 JA l/4H
R283 4010211906 CARBON 560 JA l/4U
R291 4010183807 CARBON 3.3K JA l/4U
R293 4010183807 CARBON 3.3K JA l/4N
R295 4010183807 CARBON 3.3K JA l/4U
R301 4010088607 CARBON 220K JA l/2N
R302 4020346308 UIRE UOUNO 3.9 KA 6U
R311 4010145201 CARBON 15K JA l/4U
R312 4010163809 CARBON 2.2K JA l/4U
%ef. Part
Uo. No. Description
R313 4010214105 CARBON 56K JA l/4H
R314 4010213009 CARBON 5.6K JA l/4N
R315 4010202904 CARBON 47K JA l/4U
R317 4010125302 CARBON lK GA l/4U
R319 4010191000 CARBON 390 JA l/4N
R320 4010075805 CARBON 120KJA l/2U
R321 4010075805 CARBON 120KJA l/2U
R322 4010145201 CARBON 15K JA l/4U
R324 4010691708 OXIOE-IIT 68 JA 2U
R325 4010691708 OX10E-tlT 68 JA 2H
R326 4010163304 CARBON 2.2K GA l/4U
~ R331 4020008305 SOL10 5.6H KA l/2U
A R332 4020008305 SOL10 5.6tiKA l/2U
~R351 4020026606 FUSIBLERES 2.7 J- lU
L!JR352 4020019509 FUSIBLERES 1.2 J- 1/2U
R353 4010678204 OXIOE-HT 39 JA 2U
R361 4010123407 CARBON 10 JA l/4U
R372 4010163809 CARBON 2.2K JA l/4U
R401 4010170807 CARBON 270 JA l/4U
R402 4010165803 CARBON 220K JA l/4U
R411 4010223107 CARBON 6.8K JA l/4N
R412 4010202003 CARBON 4.7K JA l/411
R413 4010172801 CARBON 27K JA l/4N
R414 4010125708 CARBON lK JA l/4M
R421 4010144105 CARBON 1.5KJA l/4U
R423 4010213009 CARBON 5.6K JA l/41i
R424 4010170807 CARBON 270 JA l/4H
R431 4010183807 CARBON 3.3K JA l/4M
R432 4010182800 CARBON 330 JA l/4M
R433 4010125708 CARBON lK JA l/41i
R434 4010071104 CARBON lK JA l/2N
R435 4010090907 CARBON 270 JA l/2U
R436 4020129208 HIRE UOUNO 12 KA 6U
R442 4010165803 CARBON 2:g ;; l/41i
R443 4010621200 OXIIIE-tlT
R451 401021 1906 CARBON 560 JA l/fl
R453 4010202003 CARBON 4.7K JA l/4U
R455 4010144105 CARBON 1.5KJA l/4U
R456 4010233403 CARBON 82K GA l/4U
R457 4010193004 CARBON 39X JA l/4U
R458 4010165803 CARBON 220K JA l/4U
R459 4010214105 CARBON 56K JA l/4U
R460 4010127009 CARBON 10K JA l/4U
R462 4010093809 CARBON 3.9 JA l/2N
R463 4010103102 CARBON 470 JA l/2U
R701 4010164806 CARBON 22K JA l/4U
R702 4010127009 CARBON 10K JA l/411
R703 4010224104 CARBON 68K JA l/4U
R704 4010127009 CARBON 10K JA l/4U
R705 4010127009 CARBON 10K JA l/4U
R706 4010202003 CARBON 4.7K JA l/4U
R708 4010162604 CARBON 220 JA l/4N
R711 4010124503 CARBON 100 JA l/4U
R712 401 0200801 CARBON 470 JA l/4U
R713 4010183807 CARBON 3.3K JA l/4U
R714 4010232802 CARBON 8.2K JA l/4U
R716 4010144105 CARBON 1.5KJA l/4U
R717 4010202003 CARBON 4.7K JA l/4U
R718 4010162604 CARBON ;g[ ;; l/4tl
R721 4010649907 OXIOE-HT 2M
R722 4010136407 CARBON 12K JA l/4U
R723 4010213009 CARBON 5.6K JA l/4U
R724 4010184903 CARBON 33K JA l/4H
R725 4010172801 CARBON 27K JA l/4U
R726 4010164806 CARBON 22K JA l/4U
R727 4010164806 CARBON 22K JA l/4U
R728 4010164806 CARBON 22K JA l/4N
R731 4010202003 CARBON 4.7K JA l/4U
R732 4010202904 CARBON 47K JA l/4U
R733 4010202003 CARBON 4.7K JA l/4tl
R734 4010202904 CARBON 47K JA l/4U
R735 4010202003 CARBON 4.7K JA l/4U
R736 4010202904 CARBON 47X JA l/4U
R737 4010123407 CARBON 10 JA l/4U
R741 4010127009 CARBON 10K JA l/4U
–12–