Telex ENG-4 Manuel utilisateur

Autres manuels pour ENG-4

1

Ce manuel convient aux modèles suivants

1

Table des matières

Autres manuels Telex Système de microphone

Telex

Telex ProStar Manuel utilisateur

Telex

Telex SAFE-1000 Manuel utilisateur

Telex

Telex PW24ND Manuel utilisateur

Telex

Telex ENG-4 Manuel utilisateur

Telex

Telex FMR-70 Manuel utilisateur

Telex

Telex FMR-150 Manuel utilisateur

Telex

Telex FMR-100 Manuel utilisateur

Telex

Telex FMR-1000 Manuel utilisateur

Telex

Telex PAS-1 Manuel utilisateur

Telex

Telex FMR-70 Manuel utilisateur

Telex

Telex ENG-100 UHF Manuel utilisateur

Telex

Telex FMR-1000 Manuel utilisateur

Telex

Telex FMR-10 UHF Manuel utilisateur

Telex

Telex FMR-500 Manuel utilisateur

Telex

Telex FMR-450 UHF Manuel utilisateur

Telex

Telex FMR-500 Manuel utilisateur

Manuels Système de microphone populaires d'autres marques

Paso

Paso R824 Manuel utilisateur

Naxa

Naxa NAM-982 Manuel utilisateur

Motorola

Motorola PMNN4461 Manuel utilisateur

Xvive

Xvive U3 Manuel utilisateur

Tekon

Tekon DUOS Manuel utilisateur

Heyuan Intelligence

Heyuan Intelligence IOT-G2S-01 Manuel utilisateur

Devine

Devine WMD-IE Manuel utilisateur

LG

LG LF-D7150 Manuel utilisateur

GE

GE S768DAV Manuel utilisateur

LD

LD U305 HBH 2 Manuel utilisateur

Chainway

Chainway URA8 Manuel utilisateur

ORATOR

ORATOR D860TD Manuel utilisateur

Sennheiser

Sennheiser Evolution Wireless Digital EW-DX EM 2 Manuel utilisateur

Alpha Technologies

Alpha Technologies RBMS Manuel utilisateur

SWIT Electronics Co.,LTD.

SWIT Electronics Co.,LTD. CW-S150 Manuel utilisateur

Shure

Shure UA844 Manuel utilisateur

Panasonic

Panasonic SHFX70 - DVD HOME THEATER WIRELESS SYSTEM Manuel utilisateur

Pyle

Pyle PDWM5000 Manuel utilisateur

=

Telex

Operating

Instructions

Professional

Wireless

Microphone

System

ENG-4

WT-400

TELEX.

INTRODUCTION

WHAT

IS

A

WIRELESS

MICROPHONE

SYSTEM?

Microphone:

This

is

an

electro-acoustic

transducer

which

responds

to

sound

waves

and

deliver

essentially

equivalent

electrical

waves.

These

electrical

waves

are

sent

to

the

belt

transmitter

or

handheld

unit.

Transmitter:

The

transmitter

generates

and

amplifies

an

RF

(Radio

Frequency)

carrier

signal,

modulates

this

carrier

with

the

microphone

signal,

and

radiates

the

modu-

lated

RF

carrier.

SIGNAL

MICROPHONE

TRANSMITTER

Figu

RF

CARRIER

Receiver:

The

FM

VHF

receiver

is

tuned

to

the

frequency

of

the

transmitter.

The

receiver

picks

up

the

radiated

RF

signal

from

the

transmitter

through

the

antenna

and

converts

the

RF

signal

into

audio

vol-

tages

for

use

with

PA,

Line,

Network,

etc.

The

receiver

frequency

must

be

matched

to

the

transmitter

frequency.

(CUSTOMER

SUPPLIED)

ae

eae

eS

|

|

AUDIO

|

MIXER

|

SPEAKER

|

|

LAMPLIFIER

|

|

i

|

|

|

|

FM

RECEIVER

are

|

rel

Block

Diagram

of

Typical

Wireless

Microphone

System

WHAT

FREQUENCY

BAND

DOES

THE

TELEX

SYSTEM

OPERATE

IN?

The

Telex

ENG-4

System

features

dual

channel,

crystal

controlled

transmitters

and

four

channel

receivers

operating

in

the

VHF

Band

between

150-216

MHz.

There

are

10

standard

frequencies

available.

Your

system

operates

on

a

fixed

frequency

which

can

be

computer

selected

to

provide

"interference

free"

operation.

Up

to

seven

systems

can

be

operated

in

a

single

location

simultaneously,

without

intermodulation.

OFTEN

ASKED

QUESTIONS

Question:

Can

more

than

one

microphone

be

used

simultaneously?

ae

Yes,

but

never

on

the

same

fre-

quency.

You

will

need

to

have

different

fre-

quencies

for

every

receiver/transmitter

combination.

All

units

are

factory

set

for

specific

frequencies.

Ohoestion:

Is

the

system

more

sensitive

in

any

one

particular

direction?

Aga

No,

the

transmitter’s

antenna

radiates

equally

in

all

directions,

but

the

sig-

nal

is

attenuated

by

your

body,

walls

or

other

surrounding

objects.

The

receiving

an-

tenna

is

essentially

sensitive

in

all

directions

as

well,

except

when

using

a

directional

an-

tenna.

Kestim:

Can

the

receiver

receive

other

transmissions

when

the

transmitter

is

turned

off?

Ay

Yes

it

can.

The

Telex

ENG-4

sys-

tem

operates

in

VHF

band

between

150-

216

MHz.

However,

it

is

not

susceptible

to

radio

wave

skip,

CB’ers

or

standard

FM

radio

transmissions.

29.

The

frequency

on

which

your

system

operates

can

be

computer

selected

for

least

interference,

but

there

is

no

such

thing

as

a

100%

clear

channel

all

the time,

anywhere

in

the

U.S.A.,

forever!

If

the

system

is

going

to

be

used

in

a

per-

manent

fixed

location,

the

system

should

operate

interference

free

until

such

a

time

or

date

when

someone

else

begins

using

the

same

frequency.

If

the

system

is

going

to

be

moving

among

various

locations,

you

will

inevitably

run

into

occasional

frequency

conflicts.

In

either

case,

when

you’re

not

using

the

wireless

microphone,

turn

the

gain

down

on

your

audio

mixer,

just

as

you

would

a

wired

microphone.

If

a

mixer

control

is

not

avail-

able,

turn

the

receiver

off

when

the

trans-

mitter

is

not

in

use.

This

will

prevent

the

reception

of

undesired

signals.

If

a

mixer

control

is

not

available

and

the

system

must

be

left

on,

the

transmitter

should

be

left

on

to

prevent

the

receiver

from

picking

up

outside

interference.

ENG-4

TECHNICAL

INFORMATION

General

Description:

A

fully

transportable

Features:

Small

size,

light

weight

and

is

self

VHF

FM

receiver

ideally

suited

for

electronic

contained.

news

gathering,

film

or

sound

recording,

or

other

such

activities.

Controls

and

Connections

(Front

Panel):

Rotary

Function

Switch/Meter

................ecceeeeeeenes

4-position

rotary

switch

with

meter.

Position

“OPE

ore

cone

came

recto

ce

mero

ese

Non-functional,

no

current

drain.

SHEE

EE

Ll

EE

T

eked

eiaponce

nie

paceuatoate

toveseansieeee

Built

in

meter

monitors

audio

output.

PG

SETTER

pean

ore

r

n

E

vant

Savon

atore

E

A

A

tency

ons

Built

in

meter

monitors

RF

received.

Position

-BAT

Pisses

estas

ve

paws

suienes

nacre

Built

in

meter

monitors

battery

voltage.

SVE

MOTILO

zeant

ENEN

ANEO

E

AIEEE

Adjusts

volume

to

headphone

output

jack.

Antenna

dack:

ausecsai

asas

BNC

jack

(supplied

with

flexible

antenna

for

frequencies

installed).

PQS

VDO

JACE

rea

TEE

ET

EE

EEE

T

NEEE

EAN

E

ONTAS

For

external

power

input.

Accepts

9

to

28

VDC,

center

pin

is

positive.

RER

Connector

wii

smorord

enva

For

MIC

or

LINE

level

output

(selectable

via

MIC/LINE

Switch).

Line

Output:

-ese

tni

esas

EE

A

E

a

E

EEE

For

600

ohm

balanced

line

output.

Mic

Level

Output

200

ohm

balanced

mic

level

output

(adjustable

via

Mic

Level

Control).

Controls

(Rear

Panel):

EERE

N

T

E

N

OREN

E

E

EE

O.

Controls

mic

level

output

to

front

panel

XLR

Connector.

Screwdriver

adjustable,

rotary

type

ENED)

MIC

SWI

areen

CENNAIS

Slide

switch

that

selects

LINE

or

MIC

level

output

for

front

panel

XLR

connector.

Screwdriver

adjustable.

Compandor

IN/OUT

esr

eaey

E

ea

Slide

switch

that

controls

compandor

operation.

Must

be

set

to

match

transmitter

operation.

Screwdriver

adjustable.

Channel

A/B/C/D

i

reireroiuscirecaianin

RF

Channel

(operating

frequency)

selection.

Must

be

set

to

match

transmitter

channel

or

frequency.

Screwdriver

adjustable,

rotary

type.

Battery,

Relegem

ori

iE

eNi

atic

rA

DE

EA

EATE

Squeeze

to

release

slide

locks.

Internal

battery

holder

pops

up

through

top

of

case.

ENG-4

Specifications:

ES

e

VAE

EE

iat

E

E

T

E

P

OER

T

E

E

r

EO

E

Single

conversion

superheterodyne.

THERE

TIS

TU

y

RANEE

ins

cic

cinco

r

a

ws

a a

A

E

e

EA

A

renee

A

ARS

150-216

MHz

Any

1

of

4

frequencies

selectable

by

external

switch.

0.005%

crystal

stability.

WET

o

a

aD

AAN

TERA

Frequency

modulation,

12

kHz.

Nominal

50

uS

de-emphasis.

EE

ETOC

UONE

ace

ers

KOEIE

RD

EAEEREN

E

EREA

O

ENERE

EAS

10.7

MHz.

ER

Sec

Vit)

serora

r

Ere

E

ANEN

NENNEN

9-pole

filter,

150

kHz

wide,

-6

dB/370

kHz

wide,

-60

dB.

aake

rin

WEE

E

r

A

r

N

E

A

A

N

1.0

uV

or

less/0.5

aV

typical

for

12

db

SINAD.

MMB

ge

REjSChOny

anea

oumas

S

Eo

ENEN

AANE

ASEE

ARESE

ERENER

IN

IA

AOT

RON

ENANS

90

dB.

Spur

OuS

KOJEC

OE

e

E

SETE

AS

ESETE

A

GREE

RTSO

E

AERA

EEEE

EEE

EEA

70

dB.

SiON

SL

to

NOBe-

RANO

sones

y

oA

NIEREN

ASEE

EATE

EA

ars,

E

lala

aE

EEEE

ES

(ultimate),

Commn

a

ndore

ao

Mey

KE

ATAA

IE

ETE

EA

ERNE

EAE

NE

ar

104

dB.

Uncompandored:

ceases

an

aH

Ses

OTS

a

GSO

CUED

BO

AE

TE

68

dB.

Seqwuelch

Threshold

ec

ois

ovine,

snn

nA

NMA

EONA

RINE

Nea

aNS

see

eess

Internal,

set

at

1.0

nV.

Suet

ct

tol

oN

279

Uc]

SE

tT

A

Mee

ep

T

PRR

SE

Sc

Rh

Ue

cE

eo

era)

els

aed

sa ce

tt

A

Sa

ee

S

100

dB.

ERATE

oA

R A

oT

aes

de

edna

S

ip

aes

RMP:

A

EIN

fbn

cit

EEO

Rc]

(ultimate)

Ref:

12

kHz

deviation,

104

dB.

PA

ERR

ET

IPO

UN

pycee

eg

eaan

oa

Ges

oe

ae

a

ae

Ref:

12

kHz

deviation,

164

dB.

ARN

OTO

PPI

SUOLTION

crcrsyae

garcia

asus

panniers

OERA

A

OA

1%

or

Less.

0.5%

typical

at

full

output

(1

kHz).

Audio

Fregneney

RESPONSO

cris

araea

Ean

EEA

ane

+1

dB,

100-15000Hz.

Headphone

Onteat

Jack

Power

6

cscs

cs

caesie's

nies

ipese

rosaman

da

EAEN

E

EE

aea

1

kHz

350

mW

(8

ohm

load)

200

mW

(16

ohm

load)

100

mW

(32

ohm

load)

Line

Eevee

l

OUE

oicso:2.3eccainressssjarem

sarna

eies

+14

dBm

Maximum

(12

kHz

deviation).

Mic

Level

Quitas

eso

eeni

EE

EEE

OE

E

e

Ea

aaa

ee

Adjustable,

-7

dB

Maximum

(200

ohms),

(12

kHz

deviation)

-21

dB

Minimum

(200

ohm),

(12

kHz

deviation)

Battery

u

ov

csin's

soss

pa

ose

eete

Four

AA

alkaline

or

nickel-cadmium

required

for

interne!

use.

WT-400

TECHNICAL

INFORMATION

General

Description:

A

belt

worn

battery

Features:

Small

size,

lightweight

and

is

self-

powered

VHF

FM

Transmitter

ideally

contained.

suited

for

any

activity

requiring

a

cordless

portable

microphone.

Controls

and

Connections

(Front

Panel):

Power

OFF/ON

Switch

..........

Low

profile

slide

switch,

allows

access

to

power

OFF/ON.

Microphone

Gain

Control

........s.ssess.

Screwdriver

adjust

for

microphone

gain

control.

Frequency

SWE

ason

annaa

Slide

switch,

choose

either

channel

A

or

B

Frequency.

Microphone

Connect

vs.

iia

eine

nea

eases

eE

EEEa

mere

4-pin

LEMO

connector.

PGND

iren

59:56

5

WERT

ES

ROCEPRNEB

EES

OERE

Permanent,

strain

relief,

flexible

wire

type.

Controls

and

Connections

(Internal):

Compandor

INJOUT

Swieb

ii

<asxdnastsessniaevndemwgueay

aaa

ven

Ea

Slide

switch.

AHEDBR

os

ie

shin

9005

Wa

sisia's

Flexible

wire

type,

permanently

attached

to

the

front

panel

(top)

Battery

Compartment

.

......<000cccseces

For

9

volt

alkaline,

Mallory

MN1606

or

equivalent.

Average

life

is

6-8

hours

minimum.

Battery

Tests:

sess

sisi

A

red

LED

is

mounted

on

the

front

panel.

A

fresh

battery

will

cause

the

LED

to

flash

one

time

when

the

transmitter

is

turned

on.

A

week

battery

will

illuminate

the

LED

constantly.

A

dead

or

unusable

battery

will

show

no

indication.

WT-400

Specifications:

TIPE

ies

ho

gS

is

ees

ee

TR

Ea

THAD

ONES

Es

CEN

E

Direct

FM,

x

9

multiplication.

FROGUERCY

RADE

6,000

0-0

rona

aee

150-216

MHz

(one

of

two

frequencies

selectable

from

front

panel

switch,

A

or

B)

/0.005%

crystal

stability.

RE

POMS

RIOT

ai

gis

a

in

Paine

BA

ESOC

E

eRe

ee

SS

50

mW

maximum,

45

mW

typical.

MOHOR

cn.

en

ae

sacked

>

EA

are

Maw

AORERE.

Frequency

Modulated,

12

kHz

deviation

Nominal

50

„S

pre-emphasis.

Microphone

Input

.............

100-10k

ohm

dynamic,

or

electret

(+5

volts

bias

available).

Microphone

Gain..........

Screw

driver

adjustable.

0.007

V

RMS

input

required

for

100%

modulation.

1.0

V

RMS

maximum

acceptable

input.

MOTtaan

On

LAO

S

ooa

be

es

ATE

ES

eo

Internal

Compressor

(Compandor

System).

DRY

oara

EREE

SEENA

EAE

Senses

LNE

aN

EES

E

ES

AEG

9.0

Volts

nominal.

Current

Grant

aeo

56cm

t's

coends

E

ae

Keach

sence

eraRuNomees

cases

40

mA

typical

ENG-4

CONTROLS

AND

CONNECTIONS

27049-A-003

ROTARY

FUNCTION

SWITCH/

METER

DISPLAY-

RF

~

ARE

5

OFF

7

#28

VOC

FOR

EXT

OC

—

REMOVE

BATT

1

|

XLR

RECEPTICAL

(Output

to

Audio

yata

i

l

EXTERNAL

|

LLEVEL

MONITOR

POWER

JACK

|

CONTROL

EARPHONE

JACE

ames

BATTERY

PACK

Figure

2

`

Front

Panel

—

ENG-4

Antenna

Jack:

BNC

type

receptical,

Refer

to

Antenna

Connection,

Page

9

and

Figure

9.

External

Power

Jack:

For

external

power

source,

9

VDC

to

28

VDC/100

mA.

Refer

to

Figure

7.

Rotary

Function

Switch/Meter

Display:

ROTARY

FUNCTION

SWITCH

-

4-position

switch:

=

OFF

Position

-

Non

Functional

-

no

current

drain.

AF

Position

-

Indicates

relative

modulation

of

the

system

(Audio

Output).

RF

Position

-

Indicates

when

the

ENG-4

is

receiving

a

transmitter

signal

(Carrier

Indicator).

Indication

is

relative

only.

Red

bar

normally

indicates

weaker

RF

Signal,

Green

bar

normally

indicates

stronger

RF

Signal.

BATT

Position

-

The

meter

indicates

the

relative

battery

condition.

Red

bar

indicates

weak

or

marginal

batteries,

Green

bar

indicates

good

batteries.

5-

METER

DISPLAY

-

A

tri-color

meter,

relative

indication

of

Audio

Output

(AF),

received

signal

(RF),

or

battery

condition.

Selectable

via

the

Rotary

Function

Switch.

Earphone

Jack:

Connect

to

supplied

earphone

for

monitoring

incoming

audio

from

transmitter’s

microphone.

Level

Monitor

Control:

Adjusts

volume

to

earphone

output

jack.

DOES

NOT

AFFECT

MIC

OR

LINE

LEVEL.

XLR

Receptical:

Output

to

audio

sound

system

(Amplifier/Mixer,

Video-Cam,

etc.).

Output

is

adjust-

able

for

MIC

Output

by

means

of

the

MIC

Level

Control.

MIC/LINE

Switch

must

be

in

the

“MIC”

position

to

be

adjustable.

Refer

to

Receiver

Output

Connection,

pages

9

and

10.

MIC

LEVEL

CONTROL

|

E

|

|

|

|

EEN

MIC

fever

;

Faa

@=.

.

COMPANDOR

LINE

[Ty

ic

IN

I]

Out

D

|

|

LINE/MIC

SWITCH

|

|

|

COMPANDOR

IN/OUT

SWITCH

CHANNEL

SELECTOR

27049-

A-004

L-4

L

BATTERY

RELEASE

BATTERY

HOLDER

“POPS

UP”

Figure

3

Rear

Panel

—

ENG-4

MIC

Level

Control:

Rotary,

screwdriver

adjustable

control

which

controls

MIC

Level

Output

to

the

front

panel

XLR

receptical

when

selected

by

LINE/MIC

Switch.

(200

ohm

balanced

MIC

Level

Output).

LINE/MIC

Switch:

A

slide

switch

that

selects

LINE

or

MIC

level

output

for

front

panel

XLR

receptical.

Use

supplied

plastic

screwdriver

to

operate

slide

switch

to

desired

position.

Compandor

IN/OUT

Switch:

A

recessed

slide

switch

that

controls

compandor

operation.

Must

be

set

to

match

transmitter

operation.

Use

supplied

plastic

screwdriver

to

slide

switch

to

desired

position.

Channel

Selector:

Choice

of

4

separate

RF

channels

(operating

frequency).

Must

be

set

to

match

transmitter

channel

or

frequency.

Screwdriver

adjustable.

Battery

Release:

Squeeze

to

release

slide

locks.

Internal

battery

holder

pops

up

through

top

of

case.

WT-400

CONTROLS

AND

CONNECTIONS

LOW

BATTERY

ada

el

LED

TRAILING

WIRE

ANTENNA

|

MICROPHONE

JACK--—.

OFF/ON

SWITCH

|

N

|

D

Telex

WLM-200

or

Equivalent

ADAPTOR

CABLE

-

Connect

to

any

Impedance

Microphone

(100-10k

ohm)

|

{

(NOT

SUPPLIED)

MICROPHONE

--+

&-CHANNEL

SELECTOR

GAIN

CONTROL

(Frequency

Switch)

Figure

4

Top

Panel

—

WT-400

BATTERY

COMPARTMENT

RELEASE

BATTERY

4

COMPANDOR

/

IN/OUT

SWITCH

—

——\

"in"

&

w

"ouT"

Figure

5

Internal

View

—

WT-400

Microphone

Jack:

The

WT-400

was

designed

to

Trailing

Wire

Antenna:

A

fully

flexible

14-wave

easily

interface

with

dynamic

or

electret

antenna

with

a

permanent

strain

relief.

microphones

in

the

100-10k

ohm

impedance

range.

A

‘

(10k

ohm)

resistor

is

permanently

wired

to

the

audio

Microphone

Gain

Control:

Screwdriver

circuit

to

provide

a

source

for

electret

microphones.

adjustable.

Adjusts

the

Audio

Gain

of

the

No

XLR

adaptor

cable

is

provided

with

this

system.

microphone

either

up

or

down.

baea

hned

ie

galee

the

Pae

WOMI

Channel

Selector

(Frequency

Switch):

A

slide

switch

which

allows

the

user

to

select

either

Channel

OFF/ON

Switch:

A

low

profile

slide

switch

is

A

or

B

frequency.

Screwdriver

adjustable.

ided

to

all

OFF

:

a

ACCHA

SOPOTE

AAN

Battery

Compartment

Release:

Depressing

the

Low

Battery

Indicator

LED:

Fart

of

the

battery

two

side

spring

latches

and

pulling

the

bottom

of

the

check

circuit.

When

the

power

switch

is

placed

in

the

case

downward

exposes

the

battery

compartment.

“ON”

position

the

LED

will

flash

one

time

if

the

r

:

battery

is

good.

A

poor

battery

will

cause

the

LED

to

Compandor

IN/OUT

Switch:

Internal

switch

be

illuminated

continuously

and

a

bad

or

unusable

allows

the

user

to

control

the

WT-400

compandor

battery

will

not

cause

any

illumination

at

all.

operation.

Must

be

set

to

match

receiver

operation.

oe

FOR

LINE

LEVEL

CONNECTION

(Less

Common):

This

connection

is

identical

to

MIC

LEVEL

connection

with

the

following

exceptions:

Place

the

output

level

switch

in

the

LINE

position.

A

2-conductor

phone

plug

will

be

needed

on

the

Mixer/Amplifier

end

of

the

audio

cable

to

connect

to

the

%

inch

line

input

jack.

See

Figure

11.

After

you

have

selected

either

MIC

or

LINE

operation,

turn

the

Monitor

Level

Control

down

(counterclockwise)

and

attach

a

monitor

earphone,

if

desired.

Adjust

listening

level

to

suit.

NOTE:

MIC

output

is

200

ohms,

adjustable

level

via

the

MIC

LEVEL

Control.

LINE

output

is

600

ohms,

fixed

level.

Set

the

Channel

Selector

Switch

to

match

the

transmitter.

27049-A-013

TO

AMPLIFIER

“Nxir

CONNECTOR

(CABLE

NOT

SUPPLIED)

STANDARD

XLR

TYPE

CONNECTIONS

|

=

GROUND

(COMMON)

2

=

AUDIO

[IN

=

PHASE}

3

—

AUDIO

(OUT-OF

-PHASE

)

Figure

11

“LINE

LEVEL”

Connection

TRANSMITTER

SET-UP

AND

CONNECTIONS

Battery

Installation:

Insure

that

the

power

switch

is

in

the

“OFF”

position.

Depress

the

two

spring

latches

(See

Figure

12)

on

each

side

of

the

case.

Pull

the

front

panel

assembly

forward

until

the

transmitter

is

removed

from

the

case.

Insert

the

battery

as

shown

in

Figure

12,

making

sure

the

proper

polarity

is

observed.

27049-A-005

DEPRESS

BOTH

BATTERY

COMPARTMENT

RELEASES

WHILE

PULLING

ON

THE

BASE

,

TO

REVEAL

THE

BATTERY

COMPARTMENT.

BATTERY

Figure

12

CompandorIN/OUT:

Determine

whether

it

is

desired

to

operate

with

the

compandor

IN

or

OUT.

Basically,

this

is

a

personal

choice.

Some

operators

prefer

to

operate

with

the

compandor

OUT,

even

at

the

expense

of

signal-to-noise

ratio

and

other

advantages

of

compandor

operation.

In

any

case

place

the

internal

compandor

switch

(See

Figure

5)

to

the

“IN”

or

“QUT”

position,

as

desired.

NOTE:Double

check

to

be

sure

that

the

receiver

compandor

switch

is

in

the

same

position

as

the

transmitter,

either

IN

or

OUT.

Microphone

Connection:

Reinsert

the

transmitter

into

the

case

until

the

latches

are

secure.

Plug

the

microphone

into

the

transmitter.

Refer

to

Figure

13.

(If

the

microphone

brand

that

you

are

using

is

other

than

Telex,

request

“Technical

Bulletin

No.

PA-

84-1”

for

interface

information.

Using

the

screwdriver

provided,

set

the

Frequency

Switch

to

A

or

B,

to

match

the

receiver.

Battery

Check:

Set

the

power

switch

to

the

“ON”

position.

Note

that

the

battery

LED

gh

i

ici

a

5

(labeled

LOW)

should

flash

one

time

on

a

good

1

=

SHIELD

27049-A-

010

battery.

A

poor

battery

will

cause

the

LED

to

be

1o

PEREIS

illuminated

continuously

and

a

bad

or

unusable

4-

NC.

a

er

eens

battery

will

not

cause

any

illumination

at

all.

Set

the

power

Switch

to

the

“OFF”

position.

Refer

to

Figure

4.

Assuming

that

you

have

set-up

the

receiver

previously,

proceed

to

the

“Setting

System

Gain

Levels”

section.

Figure

13

Microphone

Connection

SETTING

SYSTEM

GAIN

LEVELS

Introduction:

If

you

have

followed

the

Transmitter

Gain

Setting:

instructions

up

to

this

point

you

should

now

be

STEP

1

ready

a

set

optimum

signal

gain

settings

on

Turn

the

ENG-4

receiver

Function

Switch

to

the

each

unit.

ryan

an

RF”

position.

Set the

WT-400

power

switch

to

the

“ON”

position.

The

ENG-4

meter

should

indicate

in

the

“GREEN”

area.

Turn

the

ENG-4

Function

Switch

to

the

“AF”

position.

See

Figure

14.

27049-A-009

pe

-

ENG-4

FUNCTION

SWITCH

TO

"RF"

POSITION

3-ENG-4

METER,

NEEDLE

IN

GREEN

BAND

4

-FUNCTION

SWITCH

TO

"AF"

POSITION

{URI

LPT

(CONTINUE

TO

NEXT

STEP)

Figure

14

Checking

Incoming

RF

Signal

Abts