Hy-Gain AV-18VS Manual de usuario

hy-gaim

Model

AV-18VS

308

Industrial

Park

Road

10-80

Meter

Vertical

Antenna

Starkville,

39759

USA.

Ph:

(662)

323-9538

FAX:

(662)

323-6551

INSTRUCTION

MANUAL

General

The

Hy-Gain

Model

18V-S

trapless,

vertical

antenna

which

manually

tuned

Description

any

band,

thru

meters,

simple

adjustment

the

feed

point

the

base

inductor.

designed

fed

with

ohm

coax,

and

works

efficiently

for

local

contacts.

now

features

stainless

steel

hardware

for

all

electrical

and

most

mechanical

connections.

The

antenna

self-supporting

and

can

survive

winds

excess

mph.

highly

portable

and

knocks

down

overall

length

feet.

WARNING

When

installing

your

system,

take

extreme

care

avoid

any

accidental

contact

with

power

lines

overhead

}

obstructions.

Failure

exercise

this

care

could

result

serious

fatal

injury.

Feedline

Use

ohm

coaxial

cable

(RG-213/u

preferably)

and

attach

the

antenna

shown

Figures

and

After

attaching

the

coax,

seal

from

moisture

using

Coax-Seal®

some

similar

substance.

{

-1935-B-003

MOUNT

BASE

INSULATOR

(FITS

DOWN

AND

INSIDE

WITH

HOLE

THE

SIDE,

ITEM

10)

SHOWN

Item

Koy

—_

No.

Description

pase

Blaeret

(FITS

OVER

ITEM

AND

fos)

™~

THROUGH

THE

TOP

PLATE

nauctor

insulator

THE

BASE

BRACKET,

ITEM

g-—

Insulator

Bolt,

#10-24

1",

hex

head

#10

SOLDER

LUG

ATTACHED

Lockwasher,

#10,

internal

COAX

BRAID

(WRAP

BRAID

Nut,

#10-24,

hex

“WITH

TAPE

WEATHERPROOF

Solder

Lug,

#10

ring

Figure

Base

Insulator

Figure

Coax-Seal®

registered

trademark

Universal

Electronics,

Inc.

Revision

‘1.0

Assembly

Select

the

base

bracket

and

the

lower

base

insulator

and

install

shown

Figure

Select

the

two

upper

base

insulators

and

the

base

inductor

insulator

strap

and

install

shown

Figure

NOTE:

Coax

braid

must

also

installed

shown.

AQ-1938-C-O001

item

No.

Description

Tube,

aluminum,

M1,

1%”

9”

Tube,

aluminum,

M2,

7/8"

53%"

Tube,

aluminum,

M3,

3/4”

53%"

Tube,

aluminum,

M4,

5/8"

5314”

Tube,

aluminum,

M5,

7/16"

54”

AS)

Caplug,

7/16",

black

(not

used)

Screw,

#10-24

3/8”,

hex

head

Hose

clamp

Hose

clamp

#10

Hose

clamp

Section

has

hole

drilled

through

both

walls,

near

each

end.

the

end

with

the

hole

114”

from

the

end

fits

inside

NOTE:

THIS

ILLUSTRATION

section

M1.

SCALE

LENGTH

ONLY;

NOT

WIDTH,

dl.

RADIAL

WIRES;

REQUIRED

\Us!

Figure

20%

Select

the

section

tubing

(14")

and

place

over

the

top

the

lower

base

insulator.

Align

the

hole

the

base

the

section

tubing

with

the

hole

the

lower

base

insulator

shown

Figure

Place

#10

(Item

14)

screwin

the

hole

and

tighten

securely.

Select

the

section

(%"

53%")

and

slip

the

smail

hole

end

through

the

two

upper

insulators

(see

Figure

intothe

section.

Fasten

with

#10

hose

clamp

(item

30)

shown

Figure

Description

Inductor

Coil

Clamp,

7/8"

Bolt,

1/4"-20

x 1”,

hex

head

Lockwasher,

1/4",

internal

Nut,

1/4”-20,

hex

U-Bolt,

5/16”

1%”

2%"

Lockwasher,

5/16",

split

Nut,

5/16"-18,

hex

Inductor

Clip

Assembly

MAST

(not

supplied)

1938

-C-005

(20

COAXIAL

CABLE

(not

supplied)

OONN

GROUND

WIRE

(not

supplied)

ATTACHED

U-BOLT

Wal

YAN,

Kap

NZ)

Figure

Operation

Select

the

section

(%"

53%")

and

slip

the

end

with

the

smallest

hole

into

the

section

and

fasten

with

hose

clamp

(item29).

Select

the

section

(%"

53%")

and

slip

the

end

with

the

smallest

hole

into

the

section

and

fasten

with

hose

clamp

(item

29).

Select

the

section

(/1s"

54”)

and

slip

the

slotted

end

into

section.

Fasten

with

hose

clamp

(item

28).

Place

7/16"

caplug

the

end

the

antenna.

Now

select

the

base

inductor

coll,

tuning

clip

and

the

short

length

wire.

Install

shown

Figure

NOTE:

Coax

center

conductor

must

also

connected

shown

Figure

Attach

the

top

lead

the

base

inductor

coil

the

section

(just

above

the

section)

shown

Figure

Attach

the

coax

your

transmitter.

Attach

the

tuning

clip

the

base

inductor

and

tighten

securely.

The

chart

shows

approximate

setting.

When

counting

the

turns,

count

from

the

top-of

the

coil.

The

unused

turns

below

the

clip

are

automatically

shorted

out

allow

you

operate

the

antenna

full,

legal

power

output

without

overheating

the

base

inductor

with

energy.

The

chart

this

page

should

reasonably

close,

but

due

different

mounting

locations,

different

soil

conductivity,

and

other

variations

your

individual

installation,

the

exact

match

best

determined

using

SWR

bridge

with

your

transmitter

and

tapping

for

lowest

SWR.

The

figures

shown

the

chart

are

for

ground

mounting

only.

Due

the

variations

the

length

the

ground

wire,

impossible

provide

chart

for

elevated

mounting.

NOTE:

Count

all

turns

indicated

below

complete

turns

the

coil

from

the

top.

NONE

indicates

attachment

tuning

clip

above

turns

coil.

cae

Meter

NONE NONE

NONE

272

NOTE:

Connect

tuning

clip

right

clamp

connection

the

section

when

number

turns

indicated

NONE.

Ground

Mounting

Drive

foot

piece

pipe

(such

1%”

plumbers

pipe)

into

the

ground

and

attach

the

antenna

shown

Figure

Drive

foot

copper-clad

steel

ground

rod

into

the

ground.

Attach

the

ground

rod

the

base

using

#10

wire.

Remember,

vertical

antenna

only

good

the

ground

system

working

over.

The

better

the

ground

system,

the

better

your

antenna

will

work.

difficulty

experienced,

try

adding

ground

rods

about

the

antenna

base

and

attach

each

with

separate

wire.

Radials

may

attached

the

ground

rods

for

increased

efficiency.

Elevated

Mounting

The

Model

18V-S

can

mounted

alongside

the

house

short

mast

ontop

the

roof

using

short

mast

section.

When

mounting

than

24”

above

the

ground,

you

must

use

radial

system

similar

that

shown

Figure

This

radial

system

should

then

grounded

earth

ground

the

shortest

path

possible.

not

change

the

mounting

point

the

base

inductor.

Mount

only

shown

this

manual.

CAUTION

Make

certain

none

the

radial

wires

touch

the

inductor

coil

damage

your

transmitter

antenna

could

occur.

AO-193S

~A-004

AQ-193S-A-006

RADIAL

WIRES

(ARRANGE

90°

INTERVALS)

GROUND

ROD

(CONNECT

8’

GROUND

ROD

SHORTEST

PATH

POSSIBLE.)

Figure

Method

Attaching

Radial

Wires

Base

Minimum

Radial

Configuration

Radials

Item

No.

The

radials

can

constructed

either

copper

aluminum

wire.

The

recommended

method

installing

the

radials

attach

them

the

screws

the

bottom

the

base

assembly.

The

foot

dimension

measured

from

the

base

assembly

the

strain

insulator,

and

optimum

for

meter

operation

only.

You

may

wish

add

shorter

longer

radials

for

other

bands

that

you

plan

operate

on.

WARNING

The

antenna

and

radials

are

“hot

with

RF”

proportional

the

operating

power.

sure

keep

out

the

reach

small

children

and

pets.

Part

No.

177963

173276

173274

173273

173272

160043

723267

872000

169339

455644

463056

478002

515852

526472

504069

565697

554071

502958

562961

554099

543792

564792

555747

678922

872817

877961

745-3104S

745-3106S

745-3110S

PARTS

LIST

Description

Tube,

aluminum,

M1,

1%"

eee

Tube:

aluminum,

M28"

X5S

sscaees

sAewasdda

Sead wane

een

Tube,

aluminum,

M3,

%4"

53¥"

ooo.

cee

gige

barat

Tube,

aluminum,

M4,

5%"

53"

ooo

eens

‘Tube,

alominum,MS:

54.5

vue

tae

eebeaesaee

wal

Bracket,

base

Coil,

inductor

PNG

ules

ack

aad

wed

wntgeg

eet

cum

aigentia

tet

eee

natn

seu

Screw,

2",

pan

head,

Type

slotted

............0...

Screw,

#10-24

%",

hex

head,

slotted................000-

Bolt,

#10-24

1",

hex

head

.....

0...

cece

wee

cece

ewes

Lockwasher,

#10,

internal

......

00.0.0...

cece

cee

eee

enue

Nite

10224

Nex

earwdenwinkadicutuaies

Sawa

Ske

eau

Che

Bolt,

4-20:

RexX

Nead

2.486

jets

Gath

nee

eke

Lockwasher,

“4”,

internal

....

0.0...

cee

ccc

eee

eet

aes

28.2

uiboited

Bin

nine

eons

WEEDON

Kea

tcc

artewe

tend

sak

Lockwashet.

776:

Split

cat

Gees

caw

aeinonan

sate

auw

bene

Nut,

S/ig-18,

DVSX

dah

Bencccee

dias

eleateneniet

adh

Bile

ees

eae

sen

tag’

Solder

luge

FING

aad

eee

Nee

kaeleten

wens

(Not

Used)

INGUCTOR

Clip

aSSEMDIY

s.255

econ

nana

peCawadebewaew

WSHIALOL

DAS

Orisa

yas

cake

LES

emntncu

enn

ceri

Alay

HAY

HIOS@

Claliip

(358790)

tee

esherneh

ation

unneleee

tmtaealn

Hose

clamp

(358756)

oo....ccccccccceccccsecerseeeetseetteeeneenseens

#10

Flos:

Clapit

(358797)

rcsieinda

ecu

manonrateadatetutonen

Parts

Pack

18V-S,

Stainless

Steel

TANT

sectarta

etcetera

Shea

ast

ley

Nie

roe

epee

eek

CapluO,

OlACK)

sures

cate

eke

det

ire

PIS

UALOR

PPO

wate

cok

tawa

nae

ate

wero

dadeaat

betula

ADDENDUM

PHASED

MULTI-BAND

VERTICALS

for

ADDITIONAL

GAIN

and

LOW

ANGLE

RADIATION

screen

eth

hee

AV-18HT

AV-18VS/18AVT

AV-14AVQ

AV-12AVQ

The

following

Hy-Gain

verticals

are

well

adapted

for

the

phasing

arrangements

shown

this

reports.

MODEL

18HT-S

HY-TOWER

The

18HT-S

multi-band

vertical

antenna

with

automatic

band

selection

10-80

meters

means

unique

stub

decoupling

system.

The

Hy-Tower

with

base

coil

operates

efficiently

160

meters.

The

system

foolproof,

fed

directly

with

single

ohm

coax.

guys

are

required

for

the

feet

high,

self-supporting

tower.

The

top

mast

extends

the

height

feet.

Two

units

make

ideal

phased

array.

MODEL

I8AVT/WB-S

VERTICAL

The

18AVT/WB-S

multi-band

trap

vertical

for

through

meters.

completely

fac-

tory

pre-tuned

and

exhibits

extremely

low

angle

radiation

pattern.

easy

as-

semble,

light

weight

which

one

man

can

install.

single

ohm

coaxial

feedline

required.

Two

three

13AVT/WB-S’s

make

excellent

phased

array.

MODEL

14AVQ/WB-S

VERTICAL

The

14AVQ/WB-S

self

supporting

multi-

band

trap

vertical

for

through

meters

and

completely

factory

pre-tuned.

the

world’s

most

popular

ham

antenna

with

overall

height

feet.

The

antenna

thoroughly

weatherproofed

and

has

low

angle

radiation

pattern.

may

ground

mounted

installed

"Roof

Top"

with

radial

system.

MODEL

12AVQ

VERTICAL

The

12AVQ

self

supporting

1/2

foot

multi-band

trap

vertical

for

10,

and

meters.

Completely

factory

pre-tuned

with

SWR

2:1

less

with

low

angle

radia-

tion

pattern.

The

antenna

has

new

fiberglass

impregnated

styron

base

insulator.

may

ground

mounted

with

earth

acting

the

"image

antenna”

installed

the

roof

using

radial

system.

icieased

suiviea

apa

meters

iiss

created

need

for

antenna

with

power

gain

and

directivity.

Doublet

and

long

wire

antennas

are

longer

effective

due

increased

QRM.

these

low

frequencies,

the

radiation

system

must

lengthy

and

height

above

ground

ex-

tremely

important

obtain

the

"low"

angle

radiation

needed

for

DX.

Beams

are

excellent,

but

require

large

sup-

porting

tower

and

"hefty"

rotating

system.

Inverted

dipoles

and

slopers

require

large

tower

and

plenty

property.

The

vertical

"phased

array",

the

answer

for

"DX"

these

frequencies

combine

gain,

directivity

and

low

angle

radiation,

the

three

most

impor-

tant

factors

communication

installation.

The

vertical

well

known

for

its

low

angle

characteristics.

When

you

combine

two

identical

verticals,

properly

spaced

and

phased,

the

resultant

concentrated

low

angle

energy

and

power

gain.

These

anten-

nas

can

arranged

give

definite

effect

either

one

two

favorite

bands

all

band

coverage

with

some

pattern

compromise

and

slight

loss

gain.

The

following

data

was

experimentally

derived

the

Telex/Hy-Gain

test

range.

Due

the

many

factors

that

vary

and

influence

the

perfor-

mance

antenna,

such

grounding

and

proximity

surrounding

objects,

etc.,

Telex/Hy-Gain

cannot

guarantee

installation

perform

exhibit

the

same

characteristics

outlined

this

report.

However,

many

Amateurs

are

now

successfully

using

these

ar-

rangements.

Commercial

broadcast

stations

have

been

using

similar

phasing

arrangement

for

years.

BI-DIRECTIONAL

ARRA

(Four

Quadrants)

Two

identical

vertical

antennas

can

installed

phased

array.

When

excited

energy,

gain

achieved

control

the

directional

pattern.

This

direction

pattern

control

results

added

gain

sharpening

lobe

patterns

and

concentrating

the

radiated

energy

very

low

angles.

Signal

flutter

reduced

and

reception

vastly

improved.

Phased

arrays

will

reduce

installation

height

re-

quirements

and

still

maintain

low

angle

radiation.

Most

effective

spacing

for

bi-directional

array

1/2

wave

length.

When

two

verticals

are

ex-

cited

phase

the

radiation

broadside

the

plane

the

verticals,

offering

substantial

gain

and

bi-directional

characteristics.

Side

nulls

offer

excellent

signal

cancellation

the

un-

desired

direction.

“BROADSIDE”

GAIN

3.86

When

excited

"out

phase"

these

same

verti-

cals

can

made

give

"end

fire”

bi-directional

pattern

the

opposite

direction

through

the

plane

the

verticals.

This

then

nulls

out

signals

the

opposite

directions.

gain

exhibited

the

broadside

pattern

over

the

"end

fire"

arrangement,

but

the

"end

fire"

arrangement

offers

wider

frontal

pattern.

Both

arrangements

offer

excellent

ad-

vantage

over

single

vertical

since

either

phasing

combination

exhibits

noticeable

signal

gain

with

side

attenuation

undesired

signals.

This

added

gain

and

low

angle

vertical

direc-

tivity

the

advantage

the

phased

array.

TRANSMITTER

When

feedline

"A"

the

same

length

feedline

"B"

the

cur-

rents

arrive

the

base

each

antenna

the

same

time,

giving

the

"inphase"

broadside

pattern.

“ENDFIRE”

GAIN

2.3

Phased

verticals

may

spaced

either

one

quarter

wave

one

half

wave

depending

upon

gain

and

directional

characteristics.

The

nulls

the

phased

array

are

extremely

sharp

and

very

pronounced.

‘Typical

arrangements

phased

arrays

and

their

electrical

specifications

are

illustrated

below.

TRANSMITTER

When

feedline

"A"

1/2"

wave

length

shorter

than

feediine

"B"

the

current

arrives

antenna

"X"

1/2

wave

length

sooner

(180

degrees)

than

antenna

"Y"

giving

the

"out

phase"

end

fire

pattern.

66FT.

(ANY

EQUAL

LENGTHS

OHM

COAX

til

all

POLYFOAM

OHM

COAX

)

$16

SSeeSeeerereeees

ees

WAVE

4%,

WAVE

OHM

TRANSMISSION

LINE,

POLYFOAM

TYPE,

ANY

LENGTH

POLYFOAM

OHM

COAX,

48.750

FT.

DPDT

SWITCH:

POSITION

BROADSIDE

POSITION

ENDFIRE

Figure

Typical

Installation

Phased

(2)

Meters

7200

KHz

Design

Frequency

10-

Otros manuales para AV-18VS

Tabla de contenidos

Otros manuales de Antena de Hy-Gain

Hy-Gain

Hy-Gain 488 Manual de usuario

Hy-Gain

Hy-Gain Super Thunderbird TH-7DX Manual de usuario

Hy-Gain

Hy-Gain AR-40 Manual de usuario

Hy-Gain

Hy-Gain LJ-115 Manual de usuario

Hy-Gain

Hy-Gain V-4R Manual de usuario

Hy-Gain

Hy-Gain TH-3JRS Manual de usuario

Hy-Gain

Hy-Gain 18AVQII Manual de usuario

Hy-Gain

Hy-Gain MK-80 Manual de usuario

Hy-Gain

Hy-Gain VB-215DX Manual de usuario

Hy-Gain

Hy-Gain VB-216SAT Manual de usuario

Hy-Gain

Hy-Gain GPG-1 Manual de usuario

Hy-Gain

Hy-Gain LP-1009A Manual de usuario

Hy-Gain

Hy-Gain DIR-73 Manual de usuario

Hy-Gain

Hy-Gain QK-710 Manual de usuario

Hy-Gain

Hy-Gain V3R Manual de usuario

Hy-Gain

Hy-Gain DB-1015A Manual de usuario

Hy-Gain

Hy-Gain BOLP-1013 Manual de usuario

Hy-Gain

Hy-Gain 533 Manual de usuario

Hy-Gain

Hy-Gain AV-14AVQ Manual de usuario

Hy-Gain

Hy-Gain KIT-160-88 Manual de usuario

Hy-Gain

Hy-Gain AV-680 Manual de usuario

Hy-Gain

Hy-Gain TH-11DX Manual de usuario

Hy-Gain

Hy-Gain AV-18HT Manual de usuario

Hy-Gain

Hy-Gain V-2R Manual de usuario

Manuales populares de Antena de otras marcas

Alfa Network

Alfa Network APA-L01 Manual de usuario

Naval

Naval PR-422CA Manual de usuario

Feig Electronic

Feig Electronic ID ISC.ANTH200/200 Series Manual de usuario

TERK Technologies

TERK Technologies TV44 Manual de usuario

Directive Systems & Engineering

Directive Systems & Engineering DSE2324LYRMK Manual de usuario

HP J8999A Manual de usuario

MobilSat

MobilSat MSP-S Manual de usuario

Steren

Steren ANT-UHF 13 Manual de usuario

Novatel

Novatel 600-G Manual de operación

Radio Shack

Radio Shack Amplified VHF/UHF/FM Indoor Antenna Manual de usuario

TRENDnet

TRENDnet TEW-AO12O Manual de usuario

Radio Shack

Radio Shack 15-1837 Manual de usuario

CommScope

CommScope CMAX-OMFX-43M-I53 Manual de usuario

Ramsey Electronics

Ramsey Electronics DAP25 Manual de usuario

COBHAM

COBHAM SAILOR 800 VSAT Manual de uso y cuidado

Trango Systems

Trango Systems AD900-9 Manual de usuario

Steren

Steren ANT-100 Manual de usuario

Proxim

Proxim 5054-PA-23 Manual de usuario