GME TX3520 - Manual (Page 3)

t X 3 5 1 0 / t X 3 5 2 0 / t X 3 5 4 0 I n s t r u c t I o n m A n uA l PA G E 3
aCCESSORIES SUPPLIED
TX3510 TX3520 TX3540
tX3510 radio tX3520 radio tX3540 radio
mounting cradle tX3520 remote Head controller microphone
Instruction manual mounting cradle microphone extension lead
microphone Instruction manual 8 pin to 8 pin Adapter
microphone clip microphone mounting cradle
Dc lead microphone clip Instruction manual
screw Pack Dc lead microphone clip
connecting cable Dc lead
screw Pack screw Pack
INTRODUCTION
Your GmE tX3510/tX3520/tX3540 80 channel radio is
Australian designed and built and is the most advanced uHF
citizen Band radio available. It combines the very latest in
electronic hardware with the most up-to-date computer aided
design and manufacturing techniques to produce an extremely
compact mobile radio with outstanding specifications
and performance.
Your radio is designed for unobtrusive mounting in modern
vehicles. With its built-in loud speaker and extremely small
size, it can be mounted in almost any convenient location.
IMPORTaNT INFORMaTION
CONCERNING UHF CB RaDIO
the use of the citizen Band radio service is licensed in
Australia by the AcmA radio communications (citizens
Band radio stations) class licence and in new Zealand by
the ministry of Economic Development new Zealand (mED).
A General user radio licence for citizens Band radio and
operation is subject to conditions contained in those licences.
the class licence for users and equipment operating in the
cB/Prs 477 mHz band has been amended. this radio meets
the new 80 channel standard.
In simple terms the same amount of spectrum is available;
however, radio transceivers can now operate in a narrower
bandwidth and hence use less spectrum. these radios are
generally referred to as narrowband or 12.5 kHz radios. By
using 12.5 kHz channel spacing instead of 25 kHz, the 40
channels originally allocated can now be expanded to 80
channels thereby doubling the channel capacity and relieving
congestion in the uHF cB/Prs band.
original 40 channel wideband radios will continue to operate
on the original 40 channels, however they will not be able
to converse on the newer channels 41 – 80. the newer
narrowband radios will be able to converse with all older 40
channel wideband radios on all channels 1 to 40 as well as the
newer channels allocated from 41 to 80.
the mixing of narrowband and wideband radios in the
same spectrum can cause some possible operating issues of
interference and varying levels of received volume.
POSSIBLE ISSUES
When a new narrowband radio receives a transmission from
an older wideband radio the speech may sound loud and
distorted – simply adjust your radio volume for
best performance.