TS-530SP

TF?IO
TS-530SP
HF TFIANSCEIVEFI
INSTRUCTION
MANUAL
This instruction manual covers TS-S3OSP and TS-S3OD. lf
instructions differ from each other, thoae are mentioned
separately.
Please refer to an instruction corresponding to your type of
transceiver.
AFTERUNPACKING
.@__-
Save the original boxes packing in the event your unit
needs to be transported for remote operation, maintenance,or service.
The following explicitdefinitionsapply in this manual. Be
sureto readthesedefinitions:
NOTE:
lf disregarded,
inconvenience
only - no damageor person-
alinjury.
WARNING:
Personal
injurymayoccur- do not disregard.
CAUTIoN:
Read Operating Manual Section 4. before placing trd|3rnrner ,n
servrce.
WARNINC
HIGHVOLTAGESPRESENT.
CAUTION:
Equipmentdamagemay occur.but not personalinjury.
CONTENTS
SPEC|FICAT|ONS...........
3
S E C T I O N1 . I N T R O D U C T I O NA N D F E A T U R E S . . . . . . . 4
.
SECTfON2. f NSTALIAT|ON...........
5
2.1 Unpacking
2.2 OperatingLocation
2.3 Cabling
2.4 Microphone
2.5 Key
2.6 Externalspeakerand Headphones
2.7 Ground
2.8 Antenna
SECTION3. CONTROLSAND THEIR FUNCTIONS. 8
3.1 FrontPanel
3.2 RearPanel
S E C T I O N4 . O P E R A T I O N. . . . . . . . . . . . .
. . . . . . . .1. 4
4.1 Reception(l)
(1) Basic Proceduresfor ReceiveOperation
(2) WWV Reception
4.2 Reception(ll)
(1) NOTCHCONTROL
(2) RFATTSwitch
(3) RFGainControl
( 4 ) A G C( A u t o m a t i cG a i nC o n t r o l )
(5) RrT/XrT
(6) rFShift
4.3
4.4
4.5
4.6
T r a n s m i s s i o(nt )
( 1 ) S S BO p e r a t i o n
Transmission(il)
(1) Speechprocessor
(2) VOX (VoiceOperatedTransmit)Operatron
(3) XIT (TransmitterIncrementalTuning)
(4) CW Operation
DigitalDisplayCalibration
Analog Dialcalibration
s E c r t o N5 . o p r t o N A LA c c E s s o R t E s . . . . ............2...0
5.1 OptionalAccessories
5.2 Installationof Accessories
SECTION6. MAINTENANcEANDALIGNMENT....2S
6.1 General
6 . 2 S e r v i c eP o s i t i o n
6.3 ReceiverAdjustments
6.4 TransmitterAdjustments
6.5 Transmittingon WARC BANDS
6.6 Operationon22OY ACoT24OVAC(USA)
SECTTON7. TROUELESHOOTTNG
........28
BLOCKDIAGRAM...
...........29
|NTERNALV|EW.............
. . . . . . . . . . . . . . . . . .3. .0. . . .
S C H E M A T I CD I A G R A M
. . . . . . . . . . . . . . . . . . .3
. .1. . .
(7) NARROWSwitch
(8) NoiseBlanker(NB)
e l
TS-53OSPECIFICATIONS
[GENERAL]
F r e q u e n c yR a n g e . . . . . . . . . .
Modes.........
FrequencyStability ......
P o w e r R e q u i r e m e n .t . . . . . . . . . . . . . . . . . .
P o w e r C o n s u m p t i o n. . . . . . . . . . . . . . . . . .
Dimensions
Weight........
[TRANSMITTER]
* F i n a l P o w e rI n p u t . . . . . . . . .
160 m Band 1.8 '- 2.0 MHz
8O m Band 3.5 - 4.0 MHz
40 m Band 7.0 - 7.3 MHz
3 0 m B a n d1 0 . 1 - 1 0 . 15 M H z
( 1 O . 0M H z W W V )
2 0 m B a n d1 4 . O- 1 4 . 3 5 M H z
1 7 m B a n d1 8 . 0 6 8- 1 8 . 1 6 8M H z
15 m B a n d2 1 . O - 2 1 . 4 5 M H z
1 2 m B a n d2 4 . 8 9 - 2 4 . 9 9 M H z
1O m Band 28.O - 29.7 MHz
SSB/CW
'l
Within kHz duringthe first hour after 1 minuteof warmup.
Within 100 Hz duringany 30 minuteperiodthereafter.
1 10VAC/1 20VAC|240VAC, 50/60 Hz
Transmit: 295 watts
Receive:27 watts (with heatersoff)
) m(inch)
3 3 3 ( 1 3 . 3 ) x1 3 3 ( 5 . 3 ) x3 3 3 ( 1 3 . 3 m
(
2
8
.
2
1 2 . 8k g
lbs)
TS_530SP__
22OW PEPfor SSB operation
18OW DC for CW operation
TS-53OD
160W PEPfor SSB operation
13OW DC for CW operation
500p - 50 kjz
A u d i o I n p u t l m p e d a n c e. . . . . . . . . . . .
50Q - 75r/
RF Output lmpedance..
Betterthan 40 dB
Carrier Suppression
Betterthan 50 dB
Sideband Suppression
Betterthan 60 dB
S p u r i o u sR a d i a t i o n . . . .
Betterthan 40 dB
Harmonic Radiation
4OOto 2,600 Hz.within -6 dB
A u d i o F r e q .R e s p o n s e . . . . . . . . . . . . . .
- 1 O V D CM a x
ALC Input
L i n e a rA m p R e l a yC o n t a c t R a t i n 9 . . . . . . . . . .1 0 0 vD c 1 A
IRECETVERI
Receiver Sensitivity
l m a g eR a t i o . . . . . . . . . . . .
lF Rejection
Receiver Selectivity
ssB/cw.....
Notch-filter Attenuation
Audio Output lmpedance
Audio Output
O . 2 5u V a t 1 0 d B S + N / N
Betterthan 6O dB
Betterthan 70 dB
2.4kHz (-6 dB),4.2kHz (-60 dB)
CW OptionalFilter
YK-88C5OOHz (-6 dB),1.5 kHz (-60 dB)
Y K - 8 8 C N2 7 O H z ( - 6 d B ) ,1 . 1 k H z( - 6 0 d B )
SSBOptionalFilter
Y K - 8 8 S N1 . 8 k H z( - 6 d B ) , 3 . 3k H z( - 6 0 d B )
Betterthan 20 dB (1.5 kHz)
8 - 16(2
1.5W(8l2)
NOTE: The circuit and ratings may be changedwithout notice due to developments
technology.
AND FEATURES
SECTION1. INTRODUCTION
1.1 KENWOODTS-530
The TS-530 is highly sophisticatedsolid state Amateur
bandtransceiveremployingonly threevacuumtubes.
Operatingon all Amateur bands between 1.8 and 29.7
MHz, this unit is constructedmodularly.The TS-530 includes many built-in features usually found as extras on
other transceivers. Included are VOX. 25 kHz calibrator,
RlT, RF attenuator, and an effective noise blanker. The
TS-530 also includesautomaticgain control (AGC),automatic level control (ALC),semi-break-inCW with sidetone,
a speech processor,speakerand built-in AC power supply.
Any complicated electronic device will be damaged if
operatedincorrectly.and this transceiveris no exception.
Pleaseread all of the operating instructions before putting
your TS-530 on the air.
1.2 FEATURES
1. Interference-freeDX operation
* TUNABLENOTCHFILTER
Interferenceis reducedor eliminatedusing the built-in
notch circuit. The TS-53O uses an Audio notch filter.
' lF shift circuit
The lF SHIFT is a circuit to shift lF pass-bandwidth
without changing receivefrequency. lt eliminates interference or adjusts receivefrequency characteristic
as desired.
* NARROW/WIDEBANDWIDTH selectionand optional
filters for enhancedoperation. NARROW or WIDE
CW operation can be selectedwhen using one of two
optional filters:
YK-88C (5OOHz)or YK-88CN l27O Hzl
NARROW or WIDE SSB operation can be selected
when usingthe optionalYK-88SN(1.8 kHzlfilter.
2. WARC bands
The TS-53O fully covers the 16O-1Om Amateur
bands,includingthe new WARC bands of 1O. 18 and
245 MHz. The VFO covers at least 5O kHz above and
below each 50O kHz band. The optional VFO-230 external digital VFO covers about 1OOkHz above and
below eachband,for MARSand otherapplications.
3. All-in-one,compactAC Powersupply.
4. Advanced circuit design for improved two-signal
characteristics.Cleverly designed front-end circuit
components and receive circuit system assure excellent two-signal characteristics.Cross-modulationand
blocking are reduced.
TX
final unit uses61468's/S2OO1A.
5.
The final transmittingtubes are: two 61468's two
6146B's, 61468's/S2OO/ASfor the TS-530SP; on
S2OO1A for the TS-530D.
Amplified ALC provides clear, strong signals with reduced cross modulation.
6. Variablelevelnoiseblanker
fixed levelnoiseblankersare sometimes
Conventional
less than effective in removing pulsating noise over
weak signals or rejecting strong interferencesignals.
This variablelevel noise blanker is equippedto control
the optimum thresholdlevel of the gate pulse amplifier.
7. The speech processorcontrols the audio compression
level and ALC time constant to increasethe average
audio leveland transmit power.
8. XIT (TransmitlncrementalTuning)for fine adjustment
of transmit frequency independent of receive frequency.
9. Built-indigitaldisplay
Displays accurate frequencies to the 1OO Hz order,
any band or mode.
1O. The controls are arrangedon the zinc die-castfront
panelfor easy operation.
1 1 . A full variety of accessorycircuits are provided:
The TS-530 includes:
VOX circuit (availablefor Semi-Breakin), Marker circuit, side-tone oscillator,selectableAGC (OFF.FAST,
SLOW) RF Attenuator. CW zero-beat circuit (in the
Tune position), HEATER switch. SCREEN GRID
switch, and built-in speaker.
SECTION2. INSTALLATION
2.1 UNPACKING
Removethe TS-530 from its shippingcontainerand packing material and examine it for visible damage. lf the
equipmenthas been damagedin shipment,notify the transportation company immediately. Save the boxes and
packingmaterialfor futureshippingor moving.
The following accessoriesshould be included with the
tranceiver.
1. I n s t r u c t i o n
M a n u a l( 8 5 0 - 4 0 7 6 - O O. .). . . . . . . . . . . . . .1. . . .
2. PlasticExtensionFeetwith Screws
( J O 2 - 0 0 4 9 - 1 4. .). . . . . . .
. . . . . . . . . . .2. . .
3 . S p e a k ePr l u g1 / 8 " ( E 12 - O O 0 1 - 0 5. .). . . . . . . . . . . . . .1. . . . .
. . . . . . . .1. .
4 . 7 P D I NP l u g( E 0 7 - 0 7 5-1O 5 )
5 . F u s eT S - S 3 O S(PU S A )1 2 O V
6 4 . . . . . . . . . . .1. .
TS-53OSP
TS-53OSP
TS-530D
2 2 0 / 2 4 0 V4 4 . . . . . . . . . . .1. . . .
120l22OV
6/4A...1 each
1 1 O l 2 2 O6V/ 4 A . . .1 e a c h
2.2 OPERATING LOCATION
As with any solid state electronicequipment,the TS-53O
should be kept from extremes of heat and humiditv.
Choosean operatinglocationthat is dry and cool,and avoid
operatingthe transceiverin direct sunlight. Also, allow at
least 3 inches clearancebetween the back of the equipment to any object. This space allows an adequateair
flow from the ventilatingfan to keepthe transceivercool.
CAUTION:
Do not operatethe radioin an RFFieldgreaterthan 6V RF.
Receiverdamagemay occur.
r P O W E RC O N N E C T I O N S
Make sure the POWERswitch on the front panelis turned
off, the stand-byswitch is in the RECposition,and the line
voltage is correct. Then connect the POWERcord to the
linesource.
r AC POWER
TS-530SP
For fixed station operation,the unit operatesfrom 120V
AC (U.S.A.)or 22OV AC|24OV AC (Europe),5O/6O Hz
power sourcecapableof supplying280 watts or more.
. 1 2 0 V A C l i n em o d e l( U . S . A . )
A 64 fuse is used.
lf you desireoperationon 22OV AC or 24OV AC, it is
necessaryto change the power transformerconnections and the fuse.
S e ep a g e2 7 .
. 1 2 O | 2 2 O VA C l i n em o d e l
This versionis equippedwith a voltageselectorswitch
on the rear panel. Set the switch to your line voltage
and use the correct fuse. 120V setting requiresa 6,4
fuse. 22OVsettingrequiresa 44 fuse.
. 22O|24OVAC linemodel(Europe)
This destinationtype is equippedwith a voltageselector switch on the rearoanel.
A 44 fuse shouldbe used.
Set the switch to your line voltageand use the correct
fuse.
NOTE:
o The 22O|24OVAC model is presetto 22OY.
o The 12O|22OVAC modelis presetto 22OV.
TS-530D
2.3 CABLING(SeeFigure
2-1.)
r GROUND
To preventelectricshock,andreducethe possivility
of TVI
and BCl,connectthe transceiver
to a goodearthground
throughasshortandheavya leadas possible.Useground
rodsor metalcoldwaterfeedline.
NOTE:
A ground connectiongreater than 1/4 ). away from the
transceivermay be a good DC ground, but NOT an RF
ground.
r ANTENNA
Connectthrough a 50 ohm antennafeedlineto the coaxial connectoron the rearpanel.
I KEY
lf CW operationis desired,connecta key to the KEYjack.
U s es h i e l d e dl i n eo r c o a x i acl a b l e .
For fixed stationoperation,the unit operateseither 1 1O or
22OV AC,50/60 Hz powersource.
Checkyour locallinevoltagebeforeoperation.
The 1 1OVACsettingrequires64 fuse.
The 22OVACsettingrequires44 fuse.
Note:
The TS-530D is presetto 1 10V AC.
Headphones
Use headphonesof 4 to 16O imPedance. The optional HS-4, 5, 6 or 7
headphonesbest suited for use with
th€ TS-53O Stereo-typephones can
also be used.
Microphone
Either a low or high impedancemicrophone (5OOOto 50 kO can be
used. The P.T.T.switch should be
isolatedfrom th6 mic circuit (shown
"A").
in
Use a microphonewith a seoarate switch and MIC line so both
P.T.T.and VOX are available.
MC-50
MC-60
, - <
n t--all E
r -
' ^ - l l
M'c'ooho.c l) P
, - - l l
o
trq
9[
|
^-tt
6-<
M,c,oeho..u e____9llE
|
I
-
I'ansto'mc'
O.
\
t-:: - - '
Antenna
Surge
arrestor
External speaker
B€sidesthe built-in speaker,
an externalsDeakercan also
be used.
Connect to the rear EXT
SP jack using the supplied
ptu9.
AL-2
Key
For CW operation,connect Your keY
to the KEY tack at the rear. Use
shieldedcable.
Can be used for
TX monitor
sP-230
Gl{D terminal
It is recommend€d that a ground lead
b€ conn€ctedto the GND terminal at
the rear of the set to prevent the possibility of electricshock,TVI and BCl.
Use as short and heavy a lead as Possible.
EI
Linear amPlifier
VFO-23Oor
vFo-2tto
AC line source
See page 5, AC POWER
Extemal VFO
Fig. 2-1 TS-530 Connections
6
2.4 MICROPHONE
Attach the microphone connector to a suitable microphone,as shown in Figure2-1. Be sure the microphone
PTT switch is separatefrom the microphonecircuit, as
shown. lt should be noted that a microphonewith a 3P
plug usinga common groundterminalshouldnot be used.
The microphoneinput is designedfor 50OO - 50kO microphones. The choice of microphone is important for
good speechquality,and should be given seriousconsideration. The crystallatticefilter in the transceiverprovidesall
the restrictionnecessaryon audio response,and further
restrictionin the microphoneis not required.lt is more importantto havea microphonewith a smooth,flat response
throughoutthe speechrange.
Follow the microohone manufacturer'sinstructionsfor
connectingthe microphonecableto the plug. With many
microphones,the push-to-talkswitch must be pressedto
make microphoneaudioavailable.For VOX operation,this
unwantedfeature may be eliminated,if.desired,by opening the microphonecase and permanentlyconnectingthe
contactswhich controlthe microphoneaudio.
Standard microphonesensitivity is within the range of
- 5 0 d B t o - 6 0 d B . l f a m i c r o p h o n eh a v i n ga h i g h e rs e n sitivity is used,the ALC and compressorcircuitswill not
functionproperly.In this case,insertin the mike linean att e n u a t o ra s s h o w n i n F i g .2 - 1 c . A t y p i c a lM I C g a i nc o n t r o l
setting is 12 o'clock. lf you must run this control at I o'clock or less,use an attenuator.
2.5 KEY
lf CW operationis desired,connecta key to the KEYjack.
U s e s h i e l d e dc a b l e ,a n d a s t a n d a r d( m o n o o r 2 P ) p h o n e
plug.
2.6 EXTERNAL SPEAKER AND
HEADPHONES
Receiveaudiooutput from the TS-530 is 1.5 watts at 4 to
16 ohms. The TS-530 has a built-inspeakerjack on the
rear panel. The speaker may be an 8-ohm permanentmagnet type, 4 inchesor'larger. The internalspeakeris
disconnectedwhen an external speakeris used. Head'l
phones should also be 4 to 6 ohms impedance or
greater. When headphonesare connectedto the frontpanelPHONESjack,the speakeris disabled.
2.7 GROUND
To oreventelectricshock,and reducethe possibilityof TVI
and BCl,connect the transceiverto a good earth ground
throughas short and heavya leadas possible.
2.8 ANTENNA
Any of the common antennasystemsdesignedfor use on
the high frequencyamateurbands may be used with the
TS-530 providedthe input impgdanceof the transmission
line is not outsidethe capabilityof the bi-outputm3tching
network. The transmissionline should be coaxialcable.
An antennasystem which shows a standingwave ratio of
l e s st h a n 2 : 1 w h e n u s i n g5 O o r 7 5 o h m c o a x i a tl r a n s m i s sion line,or a systemthat resultsin a transmissionline input impedancethat is essentiallyresistive,and between
15 and 2OO ohms will take power from the transceiver
with little difficulty. lf openwire of balancedtype transmissionline is used with the antenna,a suitableantenna
tuner with balunis recommendedbetweenthe transceiver
and the feedline. Methods of constructionand operating
such tuners are describedin detail in the ARRL Antenna
Handbook,and similarpublications.For operationon the
1 6 0 , 7 5 a n d 4 O m e t e rb a n d s ,a s i m p l ed i p o l ea n t e n n ac, u t
to resonancein the most used portion of the bands,will
performsatisfactorily.For operationof the transceiveron
the 10, 15 and 20 meter bands,the efficiencyof the station will be greatly increasedif a good directionalrotary
antennais used. Rememberthat even the most powerful
transceiveris uselesswithout a properantenna.
CAUTION:
P r o t e c ty o u r E q u i p m e n t - U s ea L I G H T I N GA R R E S T O R .
The TRIOAL-2 is recommended.
AND THEIRFUNCTIONS
SECTION3. CONTROLS
DIGITALDISPLAY
LED
@ ruorcurNcrcAToR
leo
@vro rnotcnroR
ANALOGDIAL SCALE
M A I NT U N I N G
LED
@ enoc rNDrcAToR
LOADCONTROLC)
LED
@ nr arr rNDrcAToR
PLATECONTROL
O
@ cnl swrrcu
DRIVECONTROL
@ueren
RIT/XITLED
@vox swrcn
RIT/XITCONTROL
@voxeru
swrrcH
@enruo
@r.rsswtrcn
+ 0.5 SWITCH
@ ruelevel corurnol
@lcc swrrcn
swrrcH
@rueren
swtrcHo
@srnruo-av
@voxoruv
@ can lrvel coNrRoLO
@eHones.llcr
@vrrccor.rruecron
@uoor swrrcH
IF SHIFTCONTROL@
@ utc clr.r coNTRoL
s\/rrcH
@ruorcu
@ruan
xrTswlTcHo
@enocswrcu
RrTSWTTCH
@
@nrarr swrcn 6r
Fig.3-1 Front Panel View
3.1 FRONTPANEL
The symbol after the part name indicates:
@: Active only during reception.
@: Active only during transmission.
No symbol: Always active
1. NOTCH TNDTCATOR
LED@
This indicator,(light emitting diode).illuminateswhen the
NOTCHcircuitis tumed ON.
2. VFO INDICATOR
The VFO indicatorilluminateswhen the internalVFO controls transceiver operation. The indicator is not lighted
during fixed channelor remote VFO operation.
3. PROC (SPEECHPROCESSOR)TNDTCATOR
O
This indicator,(light emitting diode),illuminateswhen the
PROCswitch is turnedON.
4. RF ATT TNDTCATOR
@
This illuminateswhen the RFATT is turnedON.
s. cALswrTcH(R)
This switch energizesthe built-inmarkercircuit.
Receivefrequency can be calibrated at 25 kHz intervals
usingthis oscillator.
6. METER
The meter monitors five different functions, dependingon
METERswitch position. In receivethe meter is automatically an S-meter,and shows receivedsignal strength on a
scale of O to 4O dB over 59. In transmit, meter function
depends on the position of the METER switch, as described below. This is an average-respondingmeter, NOT
peak.reading.
7. VOXSWTTCH O
The VOX circuit is readiedfor voice operated transmit in
SSB or semi-break-inCW.
10. NBLEVELCONTROL@
This control adjusts the noise blanker circuit operation
levelaccordingto recoivingconditionsor noise level.
11. AGC SWTTCH@
This controls the AGC (AutomaticGain Control)circuit:
O F F . . . . . . . . . . . .A. .G Cd i s a b l e d( n oA G C ) .
FAST ...........Normallyusedfor CW operation.
SlOW.......... Normallyusedfor SSBoperation.
12. METER SWITCH
Thb determinesthe transmit meter function:
ALC (Automatic LevelControl)
Monitors intemal ALC voltage, or the ALC voltage
fuedback from a linear amplifier operated in conjunction with the TS-53O. For SSB operation the ALC
reading for voice peaks should be within the indicated ALC range. ALC voltage adjustment is made with
the MIC control for SSB and with the CAR control for
cw.
lP (PlateCurrent)
In this position th€ mster monitors final tube plate
current. The scale is calibratedfrom O to 350 ma.
RF(OutputPower)
This monitors relative output power of the transceiver. There is no meter scale for this position. Normally the reading should be adjusted (with the RF
METERcontrol)fora 2/3 scalereading.
HV (HighVohage)
This position monitors the high voltage pq,ver suf
ply. The meter scale is calibrabd from O to 10, indicatingOto lOOOvohs.
13. STAND-BYSWITCHC)
This two-position leverswitch selects:
REC......'.'.....
The transceiveris receivingunlessthe microphone PTT switch, or the VOX circuit is
activatd.
SEND.'...'....' Locksthe unit in transmit.
8. VOX GA|N O
This controls sensitivity of the VOX (Voice Operated
Transmit)circuit.
14. VOXDEIAYCONTROLO
The DELAY control adjusts the hold time for VOX or
break-inCW operation. Adjust for individualpreference.
9. NB SWTTCH@
With the push switch lN, the noise blanker circuit turned
ON reducing pulse-type(ignition)noise. Power-line,radat
"white"
QRM and atmospheric
noises will not operatethe
blanker. The noise blanker circuit operating level is adjustable by the noise blankercontrol.
15. CARLEVELCONTROLC)
This controls canier level during CW operation. Adjust the
CAR level so that the ALC meter points to the center of the
ALC zone. The ALC meter should not read beyond the ALC
zone.
16. PHONESJACKG)
The headphonesjack allows use of a 4 to 16 ohm or
greater headphonethrough a 1/4" phone plug. When
phonesare usedthe speakeris disconnected.
1 7 . M r C C O N N E C T O RO
The four pin connectorallows use of a microphonewith
PTT Figure2-1 B shows plug wiring.(Page6)
18. MODE SWITCH
The mode switch selectstype of emission,and TUNE.
TUNE'.........'.This position providesreducedcarrierand
shortedkey line for transceivertuning. (lnput power to the final section is reducedto
prevent tube damage during tune-up.)Use
this positionto zero-beatan incomingCW
signal.
C W . . ' . . . . . . . . . .U. .s e df o r C W o p e r a t i o n .
Used for upper-sidebandoperation. InterUSB ..............
national Amateur practice dictates the use
of USB on and abovethe 14 MHz band.
AmaSelectslower-sideband.International
LSB...............
teur practice dictates the use of LSB on and
below the 7 MHz band.
19. MrC GA|N CONTROLO
This control adjusts microphoneamplifier gain for SSB
operation. Adjust for an on-scale ALC reading on voice
peaks.
20. NAR SWITCH @
With optional filters installed,the lF bandwidth can be selected by the Narrow Switch. The bandwidth varies with
filters being used. For details, refer to Narrow Switch on
page 16.
21. PROC (SPEECHPROCESSORISWITCHO
This switch is used during SSB operation. Set the switch
to the ON position and the speech processorwill be activated, increasingthe averagetalk power.
22. RF ATTSWITCH @
With this switch ON, A 20 dB attenuator is inserted in the antenna circuit, protecting the RF amplifier
and mixer from overloadon strong input signals.
10
23. DIGITAL DISPLAY
The digital display indicatesoperatingfrequencyto the
nearest1OOHz.
24. ANALOG DIALSCALE
The mono-scalepermits direct analogfrequencyreadout
over the O to 5OOkHz range,graduatedat 1-kHzintervals.
Opeatingfrequencyequalsthe dial (in kHz)plus the BAND
switch frequency (in MHz). An additional 5O kHz both
aboveand below the 5OOkHz rangeis also covered.
25. MAIN TUNING
This controlsthe VFO, selectingthe transceiver'soperating frequency.The indentedknob is convenientfor quick
tunig.
26. LOADCONTROLO)
This controls the loadingof the network between the final
sectionand the antenna.Adjustmentis describedin Section 4.
27. PATECONTROL€)
This controlsthe plate tuning of the final amplifiers.Calibration is approximate.
28. DRIVECONTROL
This control tunes the plate tank circuit of the 12 B Y 7A
driveras well as the receiver'santennaand mixercoils. ln
receivethe DRIVEcontrolis tunedfor maximumsensitivity
(maximumS-meterdeflection),and in transmitfor a maximum ON-SCALEALC reading.Thesepointsoccurconcurrently. Tuningfor one also achievesthe other.
29. RITD(IT INDICATOR
This indicatorwill light when the RITswitch or XIT switch
is ON.
30. RITD(ITCONTRL
This control allows the receive frequency, transmit frequencyor both to be shiftedwithout usingthe main tuning
control. With the RITswitch ON,the RIT circuitis activated to shift only the receivefrequency.
With the XIT switch ON.the XIT circuitis activatedto shift
only the transmit frequency.
When both switches are ON, both frequencies are shifted.The center(O)positionequalsno shift.
31. BANDSWITCH
The 1O-positionswitch selects all Amateur bands from
1.8 to 29J MHz. To select the 28.5 or 29.5 MHz band,
pushthe+O.5switchON.
Use the 10 MHz bandfor \iy'WVreception.
32. +0.5 SWITCH
This switch is used in conjunctionwith the bandswitch.
"28",
and
Depressthe switch with the bandswitchset to
the transceiver will operate in the 28.5 MHz band.
"29",
the transceiverwill
When the bandswitchis set to
operatein the 29.5 MHz band. This switch has no function at any other bandswitchposition.
33. AF GAIN @
This adjustsreceiveraudio level. Volume increasesclockwrse.
34. RF GAIN @
This adjusts receiverRF amplifiergain. Turn fully clockwise for maximumgainand a correctS-meterreading.
35. POWER SWITCH
This switchesall power to the transceiver.
38. IFSHIFTCONTROL@
During reception,the effectivecenter frequencyof the lF
crystal filter can be shifted -r1.2 kHz facilitatingadjustm e n t o f t o n e q u a l i t y ,o r e l i m i n a t i n gi n t e r f e r e n c ef r o m
nearby frequencies. For normal operation, set to the
centerdetentposition(clickstop).
39. NOTCH SWITCH @
This switch controlstheNOTCHcircuitand indicator
40. XIT SWITCH O
This push switch activatesthe XIT (TransmitIncremental
Tuning)circuitand the XIT indicator.By adjustingthe XIT
control,the VFO transmitfrequencycan be varied-r 2 kHz
without changingthe receivefrequency.
41. RITSWITCH@
This push switch activatesthe RIT (ReceiverIncremental
Tuning)circuit,and the RIT indicator.By adjustingthe RIT
control,the VFO receivefrequencycan be varied + 2 kHz,
without changingthe transmitfrequency.
lf, both switchesare ON, both the transmitand receivef requencieswill shift simultaneously.
36. HEATERSWITCH
This switch turns the three transmitting tube filaments
oN.
37. NOTCHCONTROL@
Turn the NOTCH switch ON to activatethe notch filter.
Adjust the notch frequencyto null beat (carrierinterfere n c e )s i g n a l s .
11
KEYJACKO
rnru
@ cooltruc
ANT| VOX CONTROLO
@ nrvolrcoNrRoLc)
.SPEAKER
J A C K@
coNNEcroR
@ arurrrurun
EXTERNALVFO
@ arnscoNrRoL
CONNECTOR
@ neuorecoNNEcroR
@ cr.roluc
AC FUSE
@ sc swrcx
@ eneontleoxolrs
@ nc eowrncnau
Fig.3-2 Rear Panel View
3.2 REAR PANEL
FAN O
1. COOLTNG
This fan cools the RF amplifiersection to insure reliable
and efficient operation.
5. GND(GROUND)LUG
To prevent electricshock, as well as RF1 and BC1, connect the transceiverto a good earth ground.
2. RFMETERCONTROL€)
This adjusts the RF output meter reading. Set for 2/3
scalereadingduringCW transmission.
6. SG SWTTCHO
This slide switch controls the screen grid voltage to the
final tubes. For neutralizing,switch OFF. The switch remainsON for normaloperation.
3. ANTENNACONNECTOR
This SO-239 coax connectorshouldbe attachedto a suitable50O antennafor transmittingand receiving.
4. BIAS CONTROLO
This adjuststhe bias voltageto the transmittingfinal amplifiertubes. Clockwiserotationincreasesthe idling plate
current. Section4 describesadjustmentto 60 ma.
12
7. AC POWER CABLE
This cable is used to connect an AC power sourceto the
transceiver.
8. KEYJACKO
Using shieldedline,connecta key to this 1/4" phonejack
for CW operation. Key open-terminalvoltage is approximately- 65V.
9. ANTTVOXCONTROLO
Adjustthe controlto preventspeaker
outputfromtripping
thevox.
10. SPEAKERJACK@
The receiver
audiooutputcan be connected
throughthis
jack to an external4 to 16 ohm speaker.The internal
speakeris disconnected
whenan externalspeakeris connected.
11. EXTERNAL
VFOCONNECTOR
ThisDINconnector
is usedto interface
theTRIOVFO-230
or VFO-240externalVFO. The interconnecting
cableis
provided
withtheVFO.
PIN
1
2
3
4
FUNCTION
VFOsignal
Relaycontrol
(+ on transmit)
+9V
CW freq. shift control
PIN
FUNCTION
5
6
VFO control
7
Ground
+12Y
8
Displaycontrol
13. AC FUSE
This fuse protects the transmitterpower supply against
short circuits. Neveruse a higheramperagefuse than specified; it will eventuallycause extensivedamage. lf the
fuse blows,try to determinethe causebeforereplacing.
For 11O1120volt operationuse a 6 amperefuse and for
22Ol24Ovolt operation,a 4 amperefuse.
HOLES
14. PREDRILLED
These are providedfor owner-installedswitches or connectors.
* VOLTAGESELECTORSWITCH
The 22Ol24O VAC or 12Ol22O VAC line model
(TS-53OSP:
for Europe)is equippedwith a voltageselector
switch on the rearpanel. Set this switch for your localline
voltage,as required.
12. REMOTECONNECTOR
This connectoris usedto interconnecta linearamplifieror
other accessoryitem. See page24 for detail.
13
SECTION4. OPERATION
Setting for transmission (A)
Setting for recePtion (A)
Set to desired
BAND
Adjust for
max RF
Sct to
desired
BAND
'o: o
AF FullY
counterclockwise
SSB recePtion
SLOW
CW reception:
USBor LSB
UseTUNEposation
when tuntng
Setting for transmission {B)
@
o
n
(9
!
rr
r ON
fa))
Fig.4-1 Control and Switch Settings
l)
4 . 1 R E C E P T I O(N
NOTE:
Set the MIC and CARcontrolsto minimumto preventaccidental transmissionbefore tune-up is completed' The
TS-530 must be operatedinto 50 ohm - 75 ohm antenna
or dummy load with an SWR less than 2 : 1' Random
lengthwire antennasor light-bulbdummy loadscannot be
used.
Conventional half-wave dipoles and beam antennas
should only be used at or near their resonantfrequency'
Exceedingan SWR of 2'. 1 can damagethe output stage
of the transceiver.
Adjust DRIVEcontrol for maximumdeflection.
(1) Basic Proceduresfor ReceiveOperation
With a suitableantennaand microphoneor key connected
set the controlsas shown in Fig'4-1 '
to the transceiver,
Turn the POWERswitch ON. The meter,dial scale,and
VFO indicatorwill light, indicatingthe transceiveris operating. Advancethe AF GAIN controlclockwiseuntil some
receivernoise is heardin the speaker.Turn the main tuning dial within the frequencyrange of the Amateur band
chosenuntil a signalis heard. Tune the signalfor clearest
reception,and then adjustthe DRIVEcontrolfor maximum
S-meterdeflection. (Fig.4-2l.
(2) WWV RecePtion
"10"
and turn the main tuning conSet the band switch to
trol to 1O.OMHz.
4.2 RECEPTIN (ll)
Fig.4-2 Drive Control
(Preselector) Adjustment
14
This sectioncoversoperationof controlsand switchesto
provide maximum performancefrom the TS-530'
( 1 ) N O T C HC O N T R O L
lf a singletone such as a CW signal is superimposedon
the receive signal,turn the NOTCH ON and adjust the
NOTCHcontrolto eliminateor minimizethe beat signal' A
beat of approximately14OOHz can be eliminatedat the
center position of the control' The NOTCHis effective between 35O and 260O Hz.
Receive
signal
lnterfering
signalattenuated
by NOTCH
Receive
signal
\t./
Audio output
(NOTCHOFF}
Au-dlo-outPut
(NOTCHON)
Fig.4-3 Notch Control
(2) RF ATT SWITCH
The input to the receiveRFamplifieris attenuatedapproximately 20 dB, providing distortion-freereception. This
featuremay be used in casesof receiveroverload,caused
eitherby a strong localsignal,or duringweak signalreception when a strong adjacentsignalmay blank the receiver
or pump the noiseblanker.
(3) RFGAIN CONTROL
RF GAIN is controlledby changingthe AGC thresholdvoltage. Adjust the RFGAIN so the S-meterdoes not deflect
excessively.This also reducesnoiseduringreception.For
normaloperation.this control shouldbe turnedfully clockwise for maximumsensitivity.
"S"
meter reading
Maximum
ot an incomingsignal.
(s)Rrr/xrT
First set the RIT/XITcontrol to center,and turn the RIT
switch ON.
The RIT/XITcontrol allows shifting the receivefrequency
by approximately-r2 kHz without changingthe transmit
frequency.
With the RIT switch ON, the receivefrequencycan be
adjustedby usingthe RITcontrol.
With both the RITand XIT switchesON, both the transmit
and receivefrequenciescan be shifted.
"TransmisFor XIT switch operation,referto Section4.4
s i o n( l l ) " .
ttn?E.
When the RIT is ON, transmit frequencyis differentfrom
the receivefrequency.For normaloperation,leavethe RIT
switch OFF. lt shouldbe turnedON only when needed.
(6) IFSHIFT
The lF SHIFTcontrolis usedto shift the passbandof the lF
filter without changingreceivefrequency.By turning this
control in either direction,the lF passbandis shifted as
shown in Fig.4-3.
The lF SHIFTis effectivein eliminatinginterferencewhen
the receive signal is superimposedon nearby signals
duringoperationin both SSB or CW mode.
Turnedin Odirection
RF GAIN
(lEY"
\r=f
o
Signalsweaker
than this level
areattenuated.
l
o
TurnedinOdirection
lF filter passband
characteristic
I
t
Full
clockwise
Pointerdeflectionwith
RFgain control adjusted
Counterclockwise-
Positron
RF GAIN
4 , 6
. \ {
€tr't
Turn
counrer-
Fig.4-4
RF GAIN Control Operation
crockwise
Interferingsignal
{4) AGC (AUTOMATIC GAIN CONTROL)
Set the AGC switch to the appropriateposition: Generally
for SSB,SLOW,for CW FAST,and for very weak signals,
the AGC may be turnedOFF.
Simultaneous Use of the RF GAIN CONTROLand AGC
Switch
lf a strong signal (such as a local station)appearsin the
vicinity of the intendedreceivesignal,the S meter may
show unusualdeflectiondue to the AGC voltage developedfrom the strong disturbingsignal. lf this occurs,turn
the RF GAIN down so the meter pointerremainsat about
the originaldeflectionpeakand turn the AGC switch OFF.
This will eliminatethe unwantedAGC voltageand permit
clearreception.
Interferingsignal
I FS H I F T
IF SHIFT
,--9---
--9---
d to
V
Turn inOdirectionto
eliminate interference
from signal B.
4,Ai'
V
IF SHIFT
.-9--/ ).-\< \
o/
v
[o
Turn inOdirectionto
eliminate i nterference
from signalA.
F i g . 4 - 5 l F S H I F TC O N T R O L
t5
(a) USBMODE(14 MHz and above)
Adjust the lF SHIFTcontrol in the (+)directionand lower
frequenciesare cut. Adjust the control in the (-) direction
and highfrequenciesare cut.
r_l
(b) LSB MODE (7 MHz and belowl
Adjust the control in the (+)directionand higherfrequencies are cut. Adjust the control in the (-) directionand low
frequenciesare cut.
@
@
(c) CW MODE
B y u s i n g t h e l F S H I F Ti n c o n j u n c t i o nw i t h t h e R l T ,t o n e
qualitycan be adjusted.
(71 NARROW SWTTCH
In the NARROW position without optionalfilters no signals are received. Optional filters (CW: YK-88C,
YK-88CN, SSB: YK-88SN) for NARROW operation are
availablefor improved radio interferencerejection. Any
two filters can be used according to your application.
When two CW filters,YK-88C and YK-88CNare used,the
WIDE positionin CW mode is O.5 kHz.
( 8 1 N O I S EB L A N K E R( N B l
For pulsetype noise,such as generatedby automotiveignition systems,turn the NB switch ON. Adjustingthe NB
LEVELcontrol varies the blanker'sthreshold,eliminating
even low levelnoises.
lf high level signalor noise is presenton an adjacentfrequency,do not use excessiveNB threshold LEVELas it
may distort the receivedsignal.
lf you are operatingnear other strong signals,use the RF
ATT alongwith the noiseblankerlevelcontrol.
Fig. 4-6 Testing with a Dummy Loador
Power Meter
1 . Connecta 50(2 antennafor the band you will operateor
a dummy load,and connect a key. SWR must be 2 : 1
or better. The life of the final tubes is directlyrelatedto
the SWR of the antenna,and to the length of tuning
periods.
2. Turn POWERand HEATERSwitchesON.
3. Placethe MODEswitch to SSB,METERswitch to lp.
4. Placethe STAND-BYswitch to SENDand adjustbiasto
6 O m A ( T S ; S 3 O S P } o3rO m A ( T S - 5 3 0 D ) w i t ht h e B I A S
controlon the rearpanel,Fig.4-7.
CAUTION:
lf the platecurrentis higherthan 6O mA (TS-S3OSP)
or 30
mA (TS-530D)do not lqave the stand-by switch on for
more than a few seconds. Excessiveplate current shortens the life of the finaltubes.
(r)
4.3 TRANSMTSSTON
TS-530SP
6OmA
TS-530D
3OmA
This section covers adjustment of the transceiverfor
transmission.
Referto Fig.4-1 for initialtransmitterswitch settings. Set
the main tuning to the desiredoperatingfrequency.(Refer
to Table 4-1 tor a summaryof the following.)
*. : * *"'i'.-.
nr\""m
\z)
Fq9
9,^:ffi\\y
-
CAUTION:
DO NOT turn the BANDSWITCHwhile the transceiveris in
transmitmode.
@\/
-1
€f .=
' l "
^ -
MIC Control
Fully counterclockwise
Fig.4-7 Adjusting FinalTube Bias
l6
5 . P l a c eM O D Es w i t c h t o T U N E .M E T E Rs w i t c h t o A L C .
Peakthe DRIVEcontrol. lf the meter pegs or goes out
of the ALC range,reducethe CARRIERcontrol setting
for an on-scalereading.(the CAR control is a level adjustment,while the drive control is a resonatingadjustm e n t . )F i g . 4 - 8
NOTE:
The TUNEpositionpermitstuning of the final tank circuit
at reduced power without danger to the tubes . In the
TUNE position,the screenvoltageto the fianls is reduced
approximately5O"/oand the keyingcircuitis closed.
O u r c k l ya d t u s t t h e P L A T E c o n t r o r a n o
then the LOAD control allernatelyto
p e a k ( m a x r m u m m e t e r d e f l e c t r o n )t h e p o w e r o u t p u
For maximum
deflectron.
--
_I
l o . i o
I
lloo
lr,,l._F9'
----t-'"'
|
l-'q
' (o) |
.*E,EJ
E.--),Eo-oU Al
o
^ .'€."
.= -f\\
A tg
.f\\\_r//f',,^,.
l
^
ro(0,@
drF_
\!)
"
d
\\ \/
\J
A d l u s t D R I V E c o n t r o lf o r
maxrmum meler deflectron
A
"Yf
=_
;l"
/rAS
Fri
\Vl
- J T T T\ I I '
@
"A'\ ' \ L |.l
n
H
H
J(/
\V/
L-.t t l
!
!
I F I R A N S C EV € R
F i g .4 - 1 O F i n a lT u n i n g
l^\
\/\1
#\
Fig.4-8 Peakingthe Drive Control
l-l!ffi\-
- l F
,A,AI
'"!
EO
@4nN@
e
[\
V\1
|
.a,,
ChlV\
|
\1,/
V
]
-/1/lrL'
v
il
i i9)
5 'A')
5 lV.
: .-,
NOTE:
AAdrusr,ns pornr
I
A d t u s tP L A T Ec o n t r o lf o r
m a x l m u mm e t e rd e f l e c l r o n
6. Placethe meter switch to lp and dip the PLATE. Dip
will be typicallyonly about 5 ma. (or to RFand peakthe
p l a t e )F i g . 4 - 9
7. Placethe meter switch to RFand peak the LOAD control.
8. Place the Mode switch to CW, Meter switch to lp.
Closethe key and IMMEDIATELYredipthe PLATEcontrol. Reducethe carriercontrol setting if lp readsover
or 145 mA (TS-530D).Open the
265 mA (TS-S3OSP)
t(ey.
9. Placethe meterswitch to RF.
Close the key and repeakthe LOAD for maximum RF
output. You may at your option also redip the PLATE
for maximumRFoutput. Fig.4-8
Open the key. You are tuned up for CW operation. lf
necessary,adjust the RF METERcontrol on the rear
panelto bringthe output readingto about 2/3 scale.
This is a meteradjustment,not an output adjustment.
t |
I l_/
/
\
\-
orl
Fig. 4-9 Plate Adjustment
pLATE
ranse
adlusrment
Dip point may not always coincidewith maximumoutput, becauseneutralizationis accomplishedon the 10
meterband.
For this reason,you may simply adjustboth the PLATE
and the LOAD controls for maximum outout as describedin both tune-up procedureand summaryTable
4-1.
Table 4-1 . Summary of Transmitter Tuning Procedure
M O D ES w i t c h
METERSwitch
Stand-bvSwitch
USBor LSB
IP
R E C- S E N D
TUNE
ALC
R E C- S E N D
TUNE
CW
RF
RF
R E C- S E N D
R E C- S E N D
Procedure
Adjust BIAScontrolfor 60 mA (TS-53OSP)
or30 mA(TS-53OD).
Peakthe RFreadingwith the PLATEand LOAD
controls.
PeakRFoutputby alternatelyadjustingthe
PLATEand LOADcontrols.
17
(1) SSBOPERATION
Tune the TS-530 as describedin steps 1 through 9. Set
the MODEswitch per Table 4-2, to USB or LSB and connect a microphoneto the MIC input.
NOTE:
InternationalAmateur practicedictatesusing USB or LSB
as shown in Table4-2.
To operate SSB, connect a microphone. (The Key and
CARRIERcontrol have no effect in SSB mode.) Placethe
MODE switch to SSB, METERswitch to ALC. Adjust the
MIC gain control for an on-scaleALC reading on voice
peaks. (DisregardRFand lp meter redingsin SSB-theyare
not accurateor relevant.)
1 . 8M H z B a n d
LSB
3.5 MHz Band
LSB
7
LSB
MHz Band
NO SSB
1 O M H zB a n d
14
M H zB a n d
USB
18
M H zB a n d
USB
21
MHzBand
USB
24.5 MHz Band
USB
USB
28
MHz Band
TABLE 4-2
1Ok- 33 kO (dependingon microphoneused.)
to the MIC connecter
Mode By Band
r PTT (Push to talk) OPERATION
By using a microphone equipped with a PTT switch, the
transceiveris readyfor PTT operation. To key, depressthe
PTT switch with the stand-by switch left in the RECposition.
NOTE:(ForUSAonlyl
1. Transmission is not possible with the BAND switch set to
AUX, 18 or24.5.
2. Do not transmit when the BAND switch is set to AUX or is
midway betwen AUX and 1.5. Doing so will damage the
12BY7A driver tube.
4.4 TRANSMTSSION (lll
To obtain maximum transmitter performance from your
TS-53O you should understandthe proper operationof the
following controls and switches.
18
( 1 1 S P E E C HP R O C E S S O R
In DX (longdistance)operation,it may be desirableto increasedtalk-power by using the speech processor.
The speech processorin the TS-530 combinesan audio
compressionamplifierwith changesin ALC time constant
to provideextra audiopunch and to increaseaverageSSB
output power, while suppressingsideband splatter. To
activate.turn on the PROCswitch,and readjustmic gain.
Operatedas described,distortion will be minimum. However, tone quality will be affected. lt is therefore advisable to conduct normal operationwith the processordisabled.
When a high-outputmicrophoneis used, input overload
and distortionwill result. To preventthis, use an attenuator in the microphonecircuitas shown below,or connecta
1O - 33 kO resistor (dependingon microphone used)
across the microphoneinput. ("Normal"mic control setting shouldbe approximately12 O'clock).
(2) VOX (Voice Operated Transmit) OPERATION
Adjust the transceiveras described in the previous paragraph. Flipthe VOX switch on and while speakinginto the
microphone,increasethe VOX GAIN control until the VOX
relayjust operates. For VOX operationit is sometimesdesireable to close-talk the microphone to prevent background noisesfrom tripping the transmitter.
Check that the ALC reading for voice peaks is still within
range on the meter. lf necessary.adjust the MIC control
for proper ALC reading..
lf the VOX circuit is activated by speakeroutput, adjust the
ANTI-VOX control (on the rear panel) as necessary for
proper VOX operation.
Do not use excessiveVOX or ANTI VOX gain more than
necessary to control VOX operation. lf the VOX circuit
transfers between words, or holds too long, adjust the releasetime constantby the DELAYcontrol.
(3) Xlr
By using XlT, transmit frequencycan be shifted independent of receivefrequency.
With the XIT switch ON, the XIT is controlledby the RIT/
XIT knob and transmit frequencycan be shifted by about
-r2 kHz. When both the RIT and XIT switches are ON,
both receiveand transmitare shiftedwithout adjustingthe
m a i nt u n i n g .
( 4 ) c w O P E R A T I O N( F i g . 4 - 9 )
Tune and load the TS-530 as describedin Sections4.3.
Using shieldedline, connect a key to the rear panel KEY
jack, set the MODE switch to CW, and set the stand-by
switch to SENDfor transmitting.
r opERATtON WtrH CW FILTERS(OPTION)
Set the lF SHIFTto its center positionand the RIT OFF.
Adjustthe main tuningfor maximumS-meterdeflection.
Receivesignal pitch will be about 8OOHz. indicatingcorrect tuning. For optional CW filter informationsee page
23.
r K E Y C O N N E C T I O N( F i g . 4 - 1 2 )
Your key should be connectedas illustratedin Fig.4-12.
When using an electronickeyer,make sure that polarityis
correct. Use shieldedline from the key to transceiber.
NOTE:
When using an electronickeyer,set polarityof the keyer
for NEGATIVEkeying.
CW transmissionis automaticallymonitoredthrough the
transceiver'sspeaker.Sidetoneaudio gain can be adjusted throughthe openingin the bottom cover.
-65V
,
L/I
Displayedreceive
frequency
I
Realtransmit-receive
lrequency
lOisplayedin transmission)
r--
Beat frequency
800 H z
F i s . 4 - 1 1 C W Z E R OB E A T
r OPERATIONWITHOUTAN OPTIONAL
CW FILTER
Set the lF SHIFTcontrol to its centerpositionand the RIT
switch OFF. Adjust the main tuning controlfor an 8OO-Hz
beat note and your transmit frequencywill then coincide
During
with that of your contact station ("ZERO-BEAT").
reception, the side-tone monitor is activated by pressing
down the key (VOX OFF). In this case.listen to the sidetone superimposedon the receivesignal and adjust the
main tuning for similarside-toneand incomingCW audio
tone. By so doing,transmitfrequencieswill coincide.
You may now adjust the RIT for a pitch which suits your
preference. lf intereferenceis encount-ered,adjust the lF
SHIFT. For more convenient and effective CW operation,
use of the optionalYK-88C or YK-88CN CW crystalfilter
is recommended.
GND
Beforeconnecting,
check that polarity is
correct. The KEYjack
orovides-65V.
Fig. 4-12 Key Connection
r SEMI-BREAK-INOPERATION
The TS-530 has a built-inside-toneoscillatorto permitsemi-break-inoperation, besides the normal CW operation.
During semi-break-inoperation,the transceiveris set in
transmit mode when the key is depressed,and returns to
receivemode when the key is released. For semi-break-in
operation,place the STANDBYswitch to RECand turn the
VOX GAIN control ON. Adjust the DELAYcontrol for your
preference.
t9
4.5 DIGITALDISPLAYCALIBRATION
4.6 ANALOGDIALCALIBRATION
Connectthe antennaand set the BAND switch to WWV.
Turn the main tuning dial to receive10 MHz WWV. Turn
on the calibrator. Adjust the dial until a low-frequency
beat is heard.A markersignalwill be superimposedon the
WWV signal. A doublebeat (two beat signalsof high and
low frequencies)will now be heard. Adjust the lF shift for
low AF response.While receivingthis doublebeat,adjust
the Standardoscillatortrimmer through the referencefrequencyadjustmentaccessopening(on the bottom of the
TS-530) so the two beats are heardas a singlebeat. Repeat this procedure2 or 3 times. This completescalibration of the Digital Display. After calibrationturn of the
CAL switch.
The dial scaleis graduatedat 1 kHz intervals.One revolution of the main dial covers25 kHz. To calibratethe scale,
turn ON the calibrator. Zero-beatin either SSB or CW
mode. Hold the main tuning knob from rotatingand slip
the calibrationring to the nearestmajor (5 kHz) graduation. The dial is now calibrated.
Fig. 4-13
NOTE:
For exactfrequency,readthe DigitalDisplay
Digital Display Calibration
Fig.4-14 Analog Dial Calibration
SECTION5. OPTIONALACCESSORIES
5.1 OPTIONAL
ACCESSORIES
The following optional accessoriesare availablefor use
with the TS-530.
r REMOTEVFO
VFO-240:
The VFO-24O is an all solid-stateVFO with high stability, designedto match the TS-530 in designand performance.
The T-F switch makes it possibleto check the transmit frequencywhile in the receivingmode.
VFO-230:
The VFO-23O digital VFO provides maximum efficiency and flexibilityfor all operatingconditions,including split-frequencyoperation,by combininga 20
Hz step digitalVFOwith five memories.
r ANTENNATUNER
AT-230:
The AT-23O antenna tuner includesthe three new
bands and such functionalfeaturesas a through-line
wattmeter.SWR meter and antennaselectorswitch.
AT-250:
Covers all amateur bands includingthe new WARC
bandfrom 1.8 through28 MHz.
20
r EXTERNALSPEAKER
SP-230:
The SP-230 is a low-distortionspeakerwith selectable frequencyresponsefor high intelligibilityin any
mode. The frequencyresponseis determinedby the
built-inaudio filters,which are effectivein improving
signal-to-noiseratio under certaininterferenceconditions,or when receivingweak signals.
r L I N E A RA M P L I F I E R
rL-9221922A:
The TL-922 is an HF linear amplifier operating a t
maximum legal power, and employing a pair of
3-5OOZhigh performancetransmittingtubes.
r STATION MONITOR
sM-220:
Basedon a wide-frequency-range
oscilloscope(up to
1O MHz),the SM-220 station monitorfeatures,in combinationwith a built-in two-tone generator,a wide
variety of waveform-observing capabilities.
vFo-240
sP230
vFo-230
TL-922/TL-922A
AT-230
AT-250
21
r HEADPHONES
HS-4: 8Ocommunicationsheadphones.
HS-S: Deluxe8O headPhoneset.
H5-6: Deluxe1 2.5O lightweightheadphoneset.
HS-7: 16O micro headphones.
r D I G I T A L W O R L DC L O C K
HC-10:
The HC-l0 is a highlyadvancedworld clock with dual
display which can memorized1O world major cities
and 2 additionalregions.
r MICROPHONE
MC-50.MC-60.
MC-6OA.MC-8O,etc.....
Desk Top MicroPhone(50 kJ2l5OO,f4
MC-35S: NoiseCancellingHandMicrophone(50 kf2)
MC-3OS:NoiseCancellingHand Microphone(500 f4
r KB-l
DeluxeflywheelVFOtuning knob.
r FILTER
SSB: YK-88SN
YK-88C
CW:
YK-88CN
I AL-2
An arresterwhich handles1 kW output at 5OO with
SO-239 connector.
: 1 . 8 k H zS S Bf i l t e r
: 5OOHz CW filter
: 27O Hz CW filter
HS-4
MC-60
HS-5
MC-5O/MC-6OA/MC-80
,al
I
{t \ \r
r
.
.
Y
HS-6
22
,
HC-10
5.2 INSTALLATIONOF ACCESSORIES
(SeeFis.5-11
r REMOVING
THECABINET
Figure5-1 illustrates
cabinetremoval.Removethe eight
top-coverandeightbottom-cover
screwsandlift awaythe
oanels.
NOTE:
YK-llc
YK -ltct{
This productusesmetric hardware.
CAUTION:
The speakerlead is attachedto the chassis,so be careful
when removingthe top-cover.
The leadcan be unplugged,if necessary.
Fffil,*,,*
O When two CW filters, YK-88C and
YK-88CN are used, mount the YK-88C in
the SSB NARROW FILTERposition and
the YK-88CN in the CW FILTER oosition.
Jumper connectors A and B (as shown)
accordingto the optionalfilters used.
Fig. 5-2
Optional
Filter
Jumper
connector
B
YK-88XX
Fig.5-1
Removingthe Case
r OPTIONAL FILTERINSTALLATION
1. Using a number 2 Phillipsscrewdriver,remove the
topcover (eight screws). Unplugthe speakerand set
the cover aside.
2. Removethe bottom cover(eightscrews)
3. Remove the six screws holding the lF unrt
X 4 8 - 1 3 1 0 4 0 a n d s w i n g t h e p r i n t e d - c i r c u iboad
t
over.
4. Using a 45-W (or less)solderingpencil,clear the six
holesfor the filter,if they arefilledwith solder.
5. YK-88S,C or CN there is no polarityto the filter. Install the filter into its position on the lF unit. Solder
the two mountingtabs and the four input and output
pins to the circuit boards. Soldersparingly,and heat
the connectionsonly long enough to insure a good
solderjoint.
Don't overheatthe filter or circuit board.
6. Carefullyinspect your soldering. Be certain that all
pins are actuallysoldered,and that you have not soldered across any spots on the board or between any
of the pins on the filter. Clip the pins flush to the
board.
7. Replacethe lF unit. Make certain no wires will be
pinched underneath the board. Replace the six
screws.
8. More the A and B connectorsas illustrated,following
T a b l e5 - 1 .
9. Reinstallthe bottom cover. Reconnectthe speaker
lead,and reinstallthe top-cover.
1O. Apply power and verifyyour work. Filterinstallationis
now complete.
Filter installation
SSB
CW
NAR SW
NAR SW
OFF
ON
ON
OFF
Without
filter
optional
CW
SN
SSN SSB 2.4kHz
1 . 8 k H z 2.4 kt-l'z 1 . 8 k H z
c
CW S S B 2.4 k{z
2.4kHz 5OOHz
CN
CW
SN+C
ssB 2.4kHz
ssB
2.4kHz
2.4k{z
2.4kHz
27O Hz
CW SSB 2.4kHz 1 . 8 k H z 2.4 kHz 5OOHz
CW SSN 2.4 kHz 1 . 8 k H z 1 . 8k H z 5OOHz
SN+CN
CW SSB 2.4kHz '1.8 kHz 2.4kHz 27O Hz
CW SSN 2.4kHz 1 . 8 k H z 1 . 8k H z 27O Hz
C+CN
CW SSN 2.4 kHz 5OOHz 5OOHz 27O Hz
* denotes no reception.
Table 5-1
Optional Filter Selection
In transmission,the SSB (WIDE)filter is used regardless
of MODEor NAR-WIDEswitch positions.
r VFO-23O,VFO-24OCONNECTION(Fis.5-3)
Connectthe VFO-230or VFO-24Oas shown.
o o @
--
o
f;
€)(t
Fig.5-3 VFO CONNECTION
23
r R E M O T EC O N N E C T I O N S
Fig.5-4 shows the REMOTEconnector.T h i s D I Np l u gc a n
be used for attachinga linear amplifieror other external
accessoriesto the transceiver.Alwavs use shieldedline
for all functions.
NOTE:
ALWAYS use shieldedlinefor all connections.
ALC lN put
AF out (8f4
From STBY switch
(PTTcircuit for foot
switch)
r P H O N EP A T C H O P E R A T I O N
The PC-1A PhonePatchcan be usedwith the TS-530.
Recommended
settingsare:
PC-1A
R XG a i n
4
TX Gain
4
'
Nullas necessarv
TS-530
Vox Gain
1
AF Gain
4
MicGain
5
Anti Vox Max
Most other phone patcheswill work satisfactorilywithout
any modificationto the radio, requiringonly an external
speakerconnection,and that the Mic line be run through
the patch.
Forthose operatorswho desirea Patchinput similarto the
TS-520 or TS-820S, an input connection and terminal
must be addedat the Mic input preampcircuit.
Use a 1O0 kf) resistorin series,with a 10 kO to groundon
the input side of the 1OOkl2 resistor. Use shieldedline,
and connectas follows:
L-----
')6du
-
--
J
g'm\+
ux#o
3{o
So/oto
oFl
2
FWt
On the lF unit X48-131O-00installthe fixed dividerat the
j u n c t i o no f R 6 1 , 1 Ok O ,C 5 0 ,1 0 0 p F a n d C 5 1 , 1 p F ( i n p u t
of 01 1). Add an RCAjack at one of the predrilledhole on
the rearpanelfor input.
Input
1 0 0K
F i g . 5 - 4 TranscieverInternal Wirin g
I Operationwith a linearamplifier.Referto Fig.5-4.
P i n6 : A L C i n p u t
Connectormetalshellground
Pin 2: Groundto connectormetal shell and control line
braid.
Pin4: Controlline centerconductor.
Useshieldedlinefor both ALC and RL(controlline.)
r SSTV, AFSK OPERATION
The TS-53Owill adapt vey well to slow scan televisionor
AFSK RTTY operation. For SSTV, the only cabling requiredare connectionsbetweenthe MIC connectorof the
TS-53O and the camera output, and between the
jack and the monitorinput.
SPEAKER
When transmittingwith the TS-53OSP,adjust the transmitter output so that final input power is less than 100W
(lessthan 125 mA lp),in the case of TS-53ODthe final input power is less than 6OW (lessthan 7O mA), or for approximately112 of normal output power for AFSK, connect the T.U. output to the MIC input,and speakeroutput
to the T.U.input.
24
Fig.5-5 Optional Special Phone Patch Input
I E X T E N S I O NF E E T
The TS-530 is orovidedwith two extensionfeet which can
be usedto elevatethe front panel. In some operatingpositions the tilt makesit easierto readthe dial and meter.
Fig.5-6 shows how to installthe feet.
6'6o=:
I
6
I
F i s . 5 - 6 Attaching the Extension Feet
SECTION
ENDALIGNMENT
6. MAINTENANCA
CAUTION:
DANGEROUS
HIGHVOLTAGES
AREPRESENT
WITHIN
THECASEOF THETS-530WHENTHETRANSCEIVER
ISTURNED
ON.
EXERCISE
EXTREMECAUTIONTO AVOID ELECTRIC
SHOCK.
6.1 GENERAL
Your TS-530 has beenfactory alignedand testedto specificationbeforeshipment. Undernormalcircumstancesthe
transceiverwill operatein accordancewith these operating instructions.All adjustabletrimmers and coils in your
transceiverwere preset at the factory and should only be
readjustedby a qualifiedtechnicianwith propertest equipment.
Attempting serviceor alignmentwithout factory authorizationcan void the transceiverswarranty.
6 . 3 R E C E I V E RA D J U S T M E N T S
r R t T Z E R O( t F U N | T )
When the RIT circuit is turned on, and the RIT control is
set to zero. the receivefrequencyshould be exactly the
sameas the transmitfrequency.lf the frequencyis not the
sameadjustthe RITzeropresetcontrol,VRs.
To zerothe RlT,turn on the calibratorand tune the VFOfor
about a 10OO Hz calibratortone. Turn the RIT control to
zero. Turn the RITswitch ON and adjustVR5 for the same
1O00 Hz tone. Pushthe RITswitch ON and OFFto be sure
the tonesare identical.
r.--.rl---1
ii_'IiE3 |:l
t;t-Jl-J
I
6.2 SERVTCE
POSTTTON
The TS-530 should be placed on its side, with the final
sectionup,for any alignmentorservice.This positionpermits adequateventilationfor the final tubes as well as
easy accessibilityto the modules. Most of the described
adjustmentscan be made without removing the boards
from the transceiver.
i
l
|
J
"o"
T---
trtrtrtrtr
,--,lL-ilI rllg
5ti
[g E:l
i------t
l
t
l
l
lt
l
i ]","..,,
L - - - - - J
T-----r
nFl I-.;ll-JFt t-'t :
rr
.UU
L-J
rg
|
i
r.-l
I r----l
r--:-l
r:-:-:-.1
o*r "",,
|
Lr LrBtiE E tr L___
_i
r
r FAN MOTOR LUBRICATION
Every6 months dust out the final compartment.and apply
a few drops of light machineoil to the front and rear fan
motor bearings.
WARNING:
Be certainto disconnectpower,and to dischargehigh voltage beforeservicingin the final compartment.
l
'lo*,u,
- - - - - - I
L _ _ _ _ _ l
r CLEANING
The knobs,front paneland cabinetofthe TS-53Oare likely
to become soiled after extendeduse. The knobs should be
removedfrom the transceiverand cleanedwith a neutral
soap and warm water. Use a neutralsoap (not harshchemicals)and a damp cloth to clean the cabinet and front
panel.
r F U S ER E P L A C E M E N T
When the fuse blows.there is some cause. Be sureto find
the causebeforeattemptingoperation.Use a 6 amp. fuse
for 1 1O/12OV AC operation and a 4 amp. fuse for
22O|24OV AC operation. Under no circumstancesuse a
higheramperagefuse than specified: This can causeextensive damage. Also, the warranty will be avoid if an
oversizedfuse is used.
i
trtr
trtr
]
r-t
+
FRONT Panel
Fig.6-1 Coil Pack Locations
BAND Switch
1.5
3.5
7
10
14
18
21
24.5
28.5
Table 6-1
Frequencyfor
adjustments
1.9 MHz
3.75
7.15
10.125
14.175
18.125
2' t.225
24.95
28.8
Alignment Order
25
r ADJUSTMENTOFANTANDMIXCOILS
( R FU N I T )
The ANT and MIX coils are includedin the coil pack unit.
Use the 25 kHz calibratoras a signal. Connect a 50O
dummy load to terminate the receiver input. Set the
D R I V Ec o n t r o l t o 1 2 o ' c l o c k . A d j u s t t h e A N T a n d M I X
coils for maximum S meter deflection,following the frequencytable. Start with the 1.8 MHz band and then proceed to other bands. To adjust the 1Om band, use only
2 8 . 8 M H zi n t h e 2 8 . 5 M H zb a n d .
r ADJUSTMENT OF RECEIVElF COILS
( R FA N D I F U N I T S )
R e c e i v ea m a r k e rs i g n a lu s i n ga n y f r e q u e n c y .A d j u s t t h e
DRIVE and the main tuning for maximum S meter deffection. Adjust T2 on the RF unit, L2, L5, L6, L7 and
L 1 0 o n t h e l F u n i t f o r m a x i m u mS m e t e r i n d i c a t i o n .D O
N o r a d j u s tL 8 '
r S M E T E RA D J U S T M E N T( l F U N I T )
Disconnectthe antenna with the transceiverin receive
mode. Zero-pointadjustment.
Adjust VR1 for meter pointer zero indication. lf standard SIGNAL GENERATOR(SSG) is available,adjust
"S-9",
at 14.175 MHz for
VR2 so the S-meter indicates
(
5
O
p
V
)
s
i
g
n
a
l
.
4
0
d
B
a
ADJUSTMENTS
6.4 TRANSMITTER
I TRANSMITTER NEUTRALIZATION
(See Internal View Bottom)
The TS-530 requiresneutralizationevery time the final
tubes are changed.
Tune up the TS-53O into a 50 ohm dummy load at
28.5 MHz for CW operation as described in Section
4. Set the SG switch to OFF and place a sensitiveRF
milli-voltmeteracrossthe dummy load. Flip the stand-by
switch to SENDand adjustTC1 (at the bottom of the final
section)for a minimumreadingon the voltmeter.After the
flip the stand-byswitch to REC
final sectionis neutralized,
a n d s l i d et h e S G s w i t c hO n .
A receiver tuned to 28.5 MHz works very well for
neutralizing if an RF voltmeter is not available. Instead of tuning for a minimum voltage,tune for a minimum S-meterreading.
f,tatTE.
Since the drive tube operates into a fixed load (the
finals) it is not always necessaryto replace this tube
when replacingthe finals.
CAUTION:
Neutralizationof the final section should be carried
out with the chassis shield in place. Dangeroushigh
voltages are present in the final section when the
transceiveris turned on. Use an insulatedtool to make
the adjustment.
26
T TRANSMITDRIVECOILADJUSTMENT
( R FU N I T )
The drive coils are part of the coil pack unit. Set the SG
switch on the rearpanelto OFFand centerthe DRIVEcontrol (12 o'clock). Set the METERswitch to ALC and the
MODEswitchtoCWorTUNE.
With the standbyswitch in the SENDposition,adjustthe
drive coils for maximumALC deflectionfor each band using the same frequencyand in the same order as for adj u s t m e n to f t h e A N T a n d M I X c o i l s .
Duringadjustment,adjustthe CAR control so there is just
enoughinjectionto swing the ALC meter.
r T R A N S M I T l F C O I LA D J U S T M E N T{ R F U N I T }
Using any frequency,place the transceiverin transmit
mode in the CW or TUNE position. Adjust T4 on the RF
unitformaximumALCdeflection.
B A L A N C EA D J U s T M E N T ( r F u N r r )
r CARRTER
W i t h a 5 0 J 2d u m m y l o a d c o n n e c t e dt o t h e A N T t e r m i n a l ,
adjust for maximum output at 14.175 MHz. Reducemic
gain to zero. Set the transceiverin LSB mode and adjust
the RF METERcontrolon the rear panelfor maximumsensitivity. The RF meter will deflect if the carrier is unbalanced. To balancethe carrier,alternatelyadjust trimmer
T C 1 a n d t r i m p o tV R 4 u n t i l t h e m e t e ri n d i c a t e sm i n i m u m .
Switch to USB mode and if the pointer deflects,readjust
so the pointerdeflectsequallyfor both LSB and USB
(AFUNIT)
OFSIDETONELEVEL
r ADJUSTMENT
Adjust VRl to your preference.
6.6 TS.53OANALOGDIALADJUSTMENT
240V
120V
220V
Lrl
L O
L?6
2 6
120
r20
IVOTOR
( 1OOV)
WHITE
TO POWERSW
Fig. 6-2 Power Transformer Connection
6.5 AC VOLTAGE CONVERSION FROM
120V TO220V OR 240V
( U . S . A . )( F . g . 6 - 2 )
To operate the TS-530 on 22O or 24OV AC, the power
transformer split primaries must be rewired from parallel
to seriesconnection.
1. Unplugthe AC power cable.
2. Removethe bottom cover.
3. Removethe jumper wires between the two @terminals
and two 120 terminalson the bottom of the power
transformer.
4. Connectthe adjacent120 and / terminalsat the middle
of the transformer. This will provide 24OV AC operation. For 22OV AC operation,connectthe adjacent120
to d winding and move the white leadand bypasscaps
from 120 to l OOterminal.
5. Change the AC fuse from 64 to 4A. Tag the power
cord at the back of the radio to indicate that the transformer is strapped for 24OY AC. and the power fuse
shouldbe 44. and not 64.
(AC voftageconversion:From 12OVto 22OY or 24OY
6. Replacethe bottom cover and reconnect power to verify your work.
1. Turn the main dial fully CCW. The red cursor should
line up with the VFO start mark on the sub-dial. lf it
does not, remove the main knob (2 mm allen),loosen
and line 12 mm nut up the scale start point to the red
cursor.
2. Turn the main knob to 5O kHz analog. Adjust the aluminum slip sub-dialto line up with any one of the larger
blackdial marks.
3. Note the digital error: lf it is MOREthan 2 kHz adjust
the VFO trimmer cap TC1 (front underthe seal tape)to
exactly50.0 on the digitalreadout.
4. Turn the main knob to 45O analog. lf the digitalerror is
less than 2 kHz it is in spec. lf the digital error is
greater,proceed:
For instanceif the digitalerror is 14.454.0(plus4 kHz),
multiplythe error times 4 (16 kHz)and adjustthe VFO
trimmer cap to the desiredfrequency(14.450.0)LESS
the error,or 14.434.0. Next adjustthe VFO inductorL3
(centerunderthe seal tape) back up to the desiredfrequencyof 14.450.0.
5. lf the error in step 4 was in the minusdirection,reverse
the directionof the correctionadjustmentin step 4.
6. VFO linearityfinal check: The digital readoutand analog dial should agree to within -r 2 kHz at every 10O
k H zd i a lp o i n t .
27
SECTION7. TROUBLESHOOTING
6.1 GENERAL
The problemsdescribedin this table are failurescausedin generalby improperoperationor connectionof the transceiver,
not by defectivecomponents. There is a separateservicemanualfor repairof the TS-530.
TRANSMITTER SECTION
SYMPTOMS
No output
(No platecurrent)
O n o u t p u ti n S S B
(No platecurrent)
Thereis output.but the RF
metershows no output.
VOX does not operate.
CAUSE
REMEDY
No voltageon the screengrid
of the final tubes
1 .Openmicrophonecableor
bad microphone.
2. Low microphonegain.
Turn the SG switch on
the rearpanelON.
1 . Checkthe microphone.
2 . Increasethe MIC control.
RFMETERcontrolnot
adjustedcorrectly.
Adjust controlfor 2/3 scale
readingat full output.
1 .VOX GAIN controltoo low.
1
2. ANTI VOX controlrequires
2. Seesection4.4
Seesection4.4
adjustment.
VOX trips by speakeroutput.
ANTI VOX controlrequires
adjustment.
Seesection4.4
XIT control inoperative
"hot"
Mic or radiochassisis
duringTX
XIT switch is off.
PushXIT switch.
ExcessRFin the shack.No earth
ground,poor ground.or antenna
is too closeto the radio.
Seesection2
Pooraudioin SSB,TX-feedback
ExcessRFin the shack.
See section2
RFMETERreadingvariesby band.
SWR differencesbetweenbands.
Retuneantennasystem.
R E C E I V E RS E C T I O N
SYMPTOM
Pilotlightsdo not light and
there is no receivernoisewhen
the POWERswitch is turnedon.
An antennais connectedbut
no signalsare heard.
An antennais connectedbut S-meter
deflectswithout a receivedsignal.
CAUSE
1 . Bad power cableor connections.
2 . Blown power supplyfuse.
MicrophonePTTswitch (or
stand-byswitch)is in the
transmitposition.
1 . RFGAIN controlclosed.
2 . Lsow AC linevoltage.
REMEDY
1 . Checkcablesand connections.
2 . Checkfor the causeof the blown
fuse and reolacethe fuse.
Releasethe PTTswitch.
1 . O p e nR FG A I Nc o n t r o l .
2. Use a step-uptransformerto
raisethe linevoltage.
SSBsignalunintelligible
MODEswitch is set to wrong
sideband.
Turn MODEswitch to the correct
sideband.
RITcontrol inoperative.
RITswitch is off.
PushRITbutton.
SSB receivedsignalis extremely
high cut or low cut.
lF shift is out of adjustment.
Set to the center(click)position.
28
TS-53OBLOCKDIAGRAM
:
I
o
U
N
;
n
G
d
n
;
U
5
o
F
S Do )
(
z
HPH:
q,v 96
O F
F @
-
oo
O N
F O
oR
z
*
3 !
(L
o
z
e
U
>a
o
o
z
?s
lrl
5!
ul
a
lr
o
z
o
z
@
I
I
;
I
n a
93
o
L
9
6
@
=l=
F
=P
Y
o
X o
>€
<X
_ o
@a
9E
> a
< :
, , 6
?g
=
a
N
c t
UJ
ht
dR
tr
;3
c u
l!
c. o
o
Lg
E Y
G
tr,
F
G
r.Ei
'lI
lrl
t , O
L}E]
qle
o
z
"o ll@r
'l'
I
;
c;
F
3
-
a
o
2
!
c
F X
< F
uo
tr
>K
U
l;a
oB
o;
z
o
L
E
2
c;
?8,
)
U
q
I
E
d
< t
c
lr
t
6>
o
o t s
N
Z
xP
> J
- U
F >
za
< J
o
BE
w
E
o
)
ul
t
afr
C
1<
H3
F
ts
o
>6
<.
5'ig.
3g
E3l3
Y
o
"l '*i
EHI
€
z6
=
I
;
o
o
o
o
o
C c
G
ro
Z 7 c
;st
I
z
=
i
. o
o
<9
u3
t) r@o
o
F
o
< N
z
a
g
o
tr
z
i:
TE
29
INTERNALVIEW
F I N A LU N I T
( x s 6 " 13 8 0 - 0 0 )
A
SIDETONE
NEUTRALIZATION
AF UNIT
(x49-1150-00)
R E C T I F I EU
RN I T
{ x 4 3 - 13 7 0 - 0 2 }
VFO ASSY
(x60-11
P O W E RT R A N S F O R M E R
PLLUNIT
ix50-1680-01)
R E F E R E N CFER E O U E N C Y
A D J .T R I M M E R
.,1
:'!
**
N O T C HU N I T
(x51-1310-1O)
I FU N I T
(x48-1310-O0)
POWER
TRANSFORMER
UNIT
COUNTER
(x54-1 540-0o)
R FU N I T
(x44-1360-01)
14 6 8 / 5 2 0 0 1A
30
TS-53OSCHEMATICDIAGRAM
gEgHHsfi
esg;BE;sH
?
[
c
t:;;t*i$**:3sst$c
E*'
.
3oo
?:1qt:
<
*BH
---- Hg
--.-. 9
E
A
e*sR?
ie'1,$i:
hf i S d r e - 3
: jii::i;i
0
600
IH
, o 8
00
t
{
F::!#;#
H
---J
31
TS-53OSCHEMATICDIAGRAM
54O-OO)
couNTERUNrT(X54-1
-d z r - r e _ 6
e,j |
g;gBEgepBE
lri'
?
oB
o =n
or sll
Aqc
o t o o t s o
9
9 9 C ! :
olo
:
F
_
n
]-o..3-9ris
oooooooooo
o
@
^
o
o
o
-
@
\
@
o
N
rir
-.'R
oooo
o
o
L-Y1l--lTllffi
'
#*i_Li
L-*--l
q
A-
32
'
TS.53OSCHEMATICDIAGRAM
rFu N r T( x 4 8 -1 3 1 0 -O0 l
t
t
o f @
$ N :
: a>
sbF
99e
cg >
X
!i(9
1:1
&e
r --^.t'
I
Y:i
E $E e
6 a
@ Z
:: ::
Rs- fi
;3*:-g
fE-i":i
I oIl ; T I
5
[9,*l
filffilr,
+,lfffi"
=
t
r l
5
l
-
33
TS-530SCHEMATICDIAGRAM
vFo uNrT(x40-117O-OO)
150-OO)
AFUNrr(X49-1
--'t
0
l--I
lgEiFa:g
l;3S;3;3
I
N N N N N N A
|";"!;$: " :;: ; ; ;
|
r6
::
)lt ltu
9a
vl gu
IE*;E;g
-'
| : ^''| =:i
iit-;-;,
q <
gi ro
ql|o
o
o
I
o
a9a o1t ?a1."
'S
do-+
I
-
nt gu dogr 9D dogl 9rf
c
(o
:
N
6
s
X
- o l
o o
: gt,
H
dot
ttJ
6 :
t69
0
sil
Y(J()
L
z
l
r y (n
>
u,
: _
a q a n
XE'E IU
tlt z1
o
l!
N N N
cl
j r ) t
o o o
(x51-1310-1O)NOTCHUNlr
N O T C HU t r r
;
I
3l-^"
or96-'
38-8R3
,l'i3!;i
; l:::
ili;
kr
s :s E R t
34
(X5r-r3r0_'O'
'
t
l,r
ii
TS-s3ODFTNALUNrT(X56-138O-OO)
L
TS-530SP 120/220V AC LtNE MODEL
PlaceS23, AC selectorswitch to your linevoltageand
replacethe fuse (12OVAC- 64, 22OVAC - 4A).
':3
800
I
---l
t
vt,2'.6ta60
|
I
I
L
t
(L
o
qt
N
I
a
't"J
il
II---
x
a
a
9
c,
SG
2.tx
L2
I
t
q
o
o
i1
rT
"*
!
t
.I
fl
R
(
o
c
0
a
E
o
o
o
c
t
c
!1
oT
T6+
fI
a
I
A-2
PLI
TS-5300 FTXAL
UX|T { Xt6-t380-OO'
PL3
t'
r{- .I
l,-
I
i
__-'
'a. TS-53OSP22O/24OVAC L|NEMODEL
PlaceS23,ACselector
switchto yourlinevoltage.
Usea 44 fuseonly.
TS-530D11O/22OV
AC LtNEMODEL
Place523,AC selector
switchto yourlinevoltageand
replace
thefuse(110V AC - 64, 22OVAC - 4A).
l'
If
t
t>
I
':3
':3
800
800
'#"t
t?o
-1
S23
--o
o
q3
,i:t
-d
g
(o
--o
o
N
\'
I
o
O
o^
'lJ
(\
U".
o
HEATER
sw
ON
@
OFF
U
U'
(
f
PLI
n_2
PL3
PLI
PL2
PL3
35
q
&
il:s
j-"lq
.:fie.H.
.
.
t r'
jr-
*
t#",
C*F-
;
i*
il
H
iu
.J
-'?.;
r:I
:c
-artrE
i
a
E
,.$)
P
t
t.
It
I
i
Jk
,.
lr,
F'
rl
t!
F:
Model TS-53OSP
+o'ott3
i..l
>+*
Serial No.
{,
Date of Purchase
. f
{lt
2,rc
r........H
!
4t6 anRD
Dealer
\
A>rarag(tR
A product of
TFilCt-t<ENVt/clCItrt
'
;Y
CG'FI PG'FIATIC'N
shibuya- kuTokyo 1 50, Japan
1 7 -5 ,2 -ch o me shibuya.
,
TFilCl-l(Enn tooD
coMMuNlcATloNg
TFllCl-l(Ef{lA/ClCtEl
CCIMMIJNICAtrI(fNCI'
, o m p t o nC, a l i f o r n i 9
a0
, 220.U.S.A.
1 1 1 1 W e s t W a l n u tS t r e e tC
GrnbH
D-6374 Steinbach TS. Industriestrasse8A. West GermanY
THIC!-KEI\]ITVCICIEI
ELECTFICINICS'
r.
i
\-
N.V.
L e u v e n s e s t e e n w e g5 0 4 , B - 19 3 0 Z a v e n t e m , B e l g i u m
TFIIGI-T<ET{TMG'G'EI (AUSTFIALIAI
- .;--f
FTY.
LTEI.
I
'
f'.'':
.
4E WoodcockPlbce,Lane Cove N.S.W.2066' Australia
rNJAPANB5o-4076-00@ (G)
@ ss+oe PRTNTED
*-A
:_.,
x
i
: t "
o
E
Er
Z
i- o3 " 3 o: " ; -i
o
.
E o
.r !. -
?r
="o^o"i "il
-, -^ iI
'E
; ;
t o ^\ o
3
o
c
x
I---,a
G
N
-r:r.;--l
" l
=
to
s
jii I
E, l^
p!
l;
.:
I
0
g
;i ll
o
E
1i.^
l-
c
o
(J
I
.l
--J:
c
o
E
ot
=
II
!l
!t
!l
FI
(!
o
E
6'
ID
€
E
a
-i-,
-l 00Il
+r-+ t^-1.t:1
-"- i-'t
l
-rrH 1
i I
f*rl
I
lI - "t " 1 1
l
!
Y
=
E
C9
scl
CJ
-
F
=
ul
.F
CJ
u,
q,
c
o
o
c
o
E
';
I
Il
II
:t
;L
I
L__r
9b.5 -Ta 9Kc
i(r o rs 5h sP
CO^JV*Ycl,.!
Si O/tltl = iol-1
FAeq noo
St ctosca = ltJY
+lzv
oio}e D'zb orrr couNtnr(. &o*zo
cur
-T:o
@Qffil
Qnl"le
ALA
al'.irt*Ct-S oN
to Fr gwtoN
t+No coNNffi
aF 4ftoto T7J ftLg L.) Fae
Wru rofnrY
0rgQtnt hao
f&t-trrtAc
2cgg
') Aoo
Otctl€.]l.-DtO€ # Orog
A"l O f&.nr^.i4L
t u'(
D tSPc{v
CortNffi
qb
f-lql.E
cc^rtn(J\
2g&
OiOge O+LP Q*A
-JILL
ANo
vrtL7
Not) Pe0
Stl'ailAQ
Cakee{LY
To
D LG tr9ade