BATTERY
NICD BATTERY (PB13)
If it must load the Battery before if it can uses it. She was not loaded in
manufactures to provide to the biggest number of load cycles and dump. Some
load cycles and dump are necessary so that the same one has its total load.
If stored without use for a bigger period that two months sends regards it
loads it before the use.
RECHARGE
It places the load connector of the loader (BC14) in the stowage of the
upper part of the transceiver.
Rabbet the loader in the CA. taking does not allow that if carregue the
battery for more, of 15 hours. The useful life of the battery can be
reduced if the load time will be exceeded of the recommended time.
INSTALLATION OF THE BATTERY
It inserts the battery for inside of the transceiver without forcing, until
one is felt click.
To remove the battery it pressures the situated button in the coasts of the
HT in the direction of the left for the right, and soon after that it pulls
the battery for it are of the HT.
LEVEL OF THE TENSION OF THE BATTERY
The measurer indicates the relative tension of the battery during the
transmission. It recharges or it changes the battery when the level will be
low.

DURATION OF THE BATTERIES
Recommended E 6 seconds of transmission, 6 seconds of reception and 48
seconds without reception some for the durability of the table to follow.
Also the use of saver sends regards.
Precaution:
The pointer of battery and the button of Power do not work when the battery
total will be unloaded. In this in case that one sends regards to recharge
or to change the battery.
OPERATION OF THE SINK
BINDING
It connects the antenna and the battery. The button of [ uses a keyboard to
power ] to bind or disconnect the transceiver.
It will have to appear in the display the frequency of manufactures. If by
chance you to detect any irregular thing in the display it appeals to reset
of VFO or reset general sees the chapter ref. to the RESET.
After to select a frequency is for the keyboard or for the selector one [
VOL must be justifd to the volume control ] followed by the silencer
(Squelch) [ SQL ] to eliminate that known chiado as ruido white.
1. ] turns the control of [ VOL ties a position where the volume is the
required one.
2. It turns the selector control until syntonizing a free frequency.
3. [ SQL turns the control of Squelch all ] in the anti-horario direction,
making of this form that the same liberates the white singing. Ai starts
turns it in the clockwise one, slowly and stops of turns it. When
immediately the singing to disappear. In case of the singing to disappear
and you to continue to turn [ SQL ] you will be making with that the radio
is less sensible to the received signs.

FREQUENCY SELECTION

One has some forms to select frequency.
* Placing a frequency it specifies way keyboard.
* Using the Selector control of Tunning or.
* Selecting a memory channel [ MR ].
* Using a keyboard the keyboard key [ CALL ].

DIRECT INTRODUCTION SAW KEYBOARD
A frequency for the keyboard can be introduced directly.
We will explain the way to introduce the frequency 145.050 MHZ.
1. ] pressures [ VFO to guarantee mode VFO.
2. Keyboard key 4 beats. The display must enter automatically in insertion
mode.
3. It continues the insertion with keyboard keys 5.05 and 0.

SELECTION OF THE SIZE OF THE PACING
When turning them to me the selector one we observe that the frequency
jumps for a new frequency. To this skip we give to the name of Pacing of
Frequency or Pacing.
Possible E of if placing a frequency in the display which and incompatible
with the pacing and the result will be a rounding of the frequency.
In this in case that we must modify the size of the pacing so that let us
can introduce the desired frequency.
So that let us can have access to the mode of smoothing of Passo the radio
must be in mode [ VFO ].
1. [ F pressures the keyboard key momentarily ] and after that it pressures
the keyboard key [ MHZ/step ].
The current pacing must be visualized in the display.
2. It turns the selector one to choose a new pacing.
3. ] to return pressures any keyboard key except [ LAMP, [ MONI ], [ POWER
].
E possivel that when you to change the pacing and to return happens a
rounding in the frequency for this not to be compatible with the new pacing
again.

PROGRAMMING LIMITS FOR THE VFO

Its radio comes endowed with a gamma of frequency however and possible to
program the VFO to syntonize a lesser gamma of frequency.
The limit acts in paths of 1 MHZ.
For example the gamma of the VFO can be limited to work inside of the band
of 144 the 146 MHZ.
1. [ turns the SELECTOR control of tunning ] until it appears the MHZ
desired for the interior limit.
former: 144.100 for 144 MHZ
2. It pressures and it holds the keyboard key for more than [ M ] as, after
that pressures the 7 keyboard key [ ]. Thus this chosen team the inferior
limit of the VFO.
3. He turns the selector one until syntonizing a frequency that contains
the MHZ for the maximum limit in ours case in if to treat to the maximum
frequency to be 146.000 Mhz can choose any frequency enters 145,000 the
145.990 so that the upper limit only reaches up to 145,995 Mhz.
4. It pressures and it holds the keyboard key for more than [ M ] as, after
that pressures the 4 keyboard key [ ].
Thus this chosen team the Upper Limit.
5. To confirm the programming [ turns the Selector control of tunning ] for
the extremities of the limit.
The result must be that when we try to exceed the established limits the
radio, comes back to
opposing limit to the violated one thus making with that if it does not
obtain to leave the band established daily pay.
To delete this programming of limits of necessary VFO and da a RESET of
VFO.
It can be programmed any limits following the previous instructions.

SUB-banda RECEPTION
[ BAND pressures the keyboard key ]
A frequency as in the main band can be selected.

OPERATING THE TRANSMITTER
Before trying to transmit it is certifyd that the antenna properly is
connected and of that the same one is appropriate, therefore of the the
opposite you can damage the period of training of output of power of its
transceiver.
TO TRANSMIT IT FOLLOWS THESE PACINGS
1. It selects a frequency.
2. It verifies if the frequency is not being used.
3. ] pressures the button of [ PTT
Pointer " ON AIR " and the measurer of battery level will have to appear.
4. It speaks to the microphone to a recommended distancia of 5 cm If to say
less next more or the result can be unsatisfactory.
5. [ PTT liberates the keyboard key ] to return to the mode from reception
pointers " ON AIR " and the measurer of battery level must disappear.
MODIFYING THE POWER OF OUTPUT OF THE TRANSMITTER
Pressuring the keyboard key [ LOW ] can be selected up to four power levels
of output, the output power depends on the feed form of the radio, the high
power and symbolized by the lack of any pointer.
The " M " means Power Average
The " L " means Decrease Power
The " EL " means Power Economic
Being this it finishes recommended for very short distancias.
FUNCTION OF CONSTRAINT OF THE PTT
The normal function of PTT constraint (TX STOP) allows to inhibit
temporarily the action of the PTT, thus preventing an accidental
transmission.
[ F pressures the keyboard key ] and after that it pressures the keyboard
key [ LOW/tx.s ] stops
to activate and to disactivate the function of stopped PTT.
PTT TIMER
Its radio comes programmed of manufactures with a timer that acts on the
PTT making with that the transmisão if
it disactivates in case that the same he is pressured per 10 minutes
interruptos.
This function cannot be off nor so little to have its modified time,
however in case, if to desire to continue to transmit when the same one to
enter in activity, is enough to liberate the PTT momentarily and to
pressure again that of this form we will more restart the action of timer
for 10 minutes.
Valley to remember that this function was created to protect the final
period of training of the radio therefore does not advise long exchanges.

USING THE MEMORY
1 PRESERVAMENTO OF THE MEMORIES OF THE MICROPROCESSOR
All the data stored in memory channels, also the CALL, the VFO are
preserved same that if the radio detaches from the source of feed and the
battery of NICd.. These data are stored in one chip of EEPRON that will be
responsible for the storage exactly when the radio will not be being fed.
Other data as for example of the clock could be lost in case that the radio
is without upper feed for one periodo to the one of 20 days, time this
which one would beteria internal of Lithium will be the responsible one for
not the loss of these data.
This battery an unloaded time, starts to have its load in 100% inside of a
period of 10 hours to count of the installation of the external battery of
NICd or of a external feed (of up to 13.8 VCC).
2 INTRODUCING GIVEN IN THE MEMORY
The operation of memorization is well simple and requires only some
keyboard keys so that if it gets success.

MEMORIZATION OF NORMAL CHANNELS
1. It uses the numerical keyboard to select a reception frequency, and
selects in case that it is necessary other factors as CTCSS, DTSS etc...
2. The numerical pointer of memory channel pressures keyboard key M. will
be lit and a small symbol in the form of a triangle will be located above
of the first one types of the memory channel, being that if for happiness
the channel will not be being used for none another frequency the symbol
will be remained blinking and of the the opposite will be remained lighted
to indicate that this channel of memory already this being used for another
frequency.
3. It uses the keyboard or the button of tunning (SELECTOR) to select the
memory desired, in the case of if to use the keyboard always pressures a
sequência of two digitos for the memories below of 10 as 02 for memory 2.
4. To lock up the memorization it pressures keyboard key MR.
5. The radio comes back to the previous state in the case the VFO.

CLEANING A CHANNEL MEMORY

He is possivel not to desire that one definitive channel of memory is in
the radio a time that will not be used the same for nothing. E in this in
case that it is possible eliminates it of the memory of the radio.
1. It selects the memory channel which if desires to eliminate of the
memory of the radio.
2. It pressures keyboard key " M for more than " as, and after that it
pressures keyboard key " MR ".
3. I number it of the memory channel if it deletes and the data of the same
one already do not exist more.

INICIALIZAÇÃO OF THE MEMORY (GENERAL RESET)
Care when executing the following function therefore all the data of the
memory will be extinguished of one alone time.
It pressures keyboard key " M " and with the same one pressured it binds
the radio for the keyboard key of " " PWR ".
All the display pointers must appear for a moment in the display, then ai
only liberates keyboard key " M ". This makes with that the radio deletes
all the information and data placed in exactly and at the same time the
radio restores given preprogrammed for the plant.

RESET OF THE VFO

CHANNELS NORMAL DOUBLE
FREQUENCY RX X X
FREQUENCY TX N/a X
FREQUENCY OF SUB-tom X X
ON TONE OR OFF X X
CTCSS LIG. OR DESL. X X
SIZE OF PACING X X
FUNCTION REV LIG. OR DESL. X N /
CODE DTSS X X
DTSS LIG. OR DESL. X X

It pressures keyboard key " F " and keeping pressured it it binds the radio
through keyboard key " PWR ".
In this way the data of the VFO will be restored for its initial form that
comes of manufactures. Other data such as the clock, to pager, dtss,
channels memories, and the limits for the SCAN
they will not be affected by this type of RESET.

4 MEMORY CHANNEL.
This transceiver provides 40 channels of memory.

5 CONTENT OF THE CHANNELS OF MEMORIES.
Each channel of memory can store some information at the same time.

6 ENTERING GIVEN AND DOUBLE FREQUENCY IN CHANNELS.

Channels double are those where the first one of reception and second of
transmission being possible of this form is possible to store in an only
channel of memory two frequencies being to create a situation where if it
transmits in a frequency and if it listens to in one another one any.
1. It uses the keyboard or selector button to select the responsible
frequency for the reception.
2. It pressures keyboard key " M ", the pointer of memory channel will have
to be lighted.
3. It selects the memory channel desired.
4. It pressures of keyboard key MR.
5. I number it of the channel will be deleted thus indicating the
memorization.
6. It now selects the responsible frequency for the transmission.
7. The channel pointer pressures keyboard key M. will have to be lighted.
8. It pressures and it holds the PTT, and with the same pressured it
pressures keyboard key MR.
9. It liberates the PTT to complete the memorization process.

CONFIRMATION OF THE DOUBLE CHANNEL.
O(s) pressures keyboard key MR. Selecione canal(ais) that they are
operating with two frequencies (double channels). The same ones must be
indicated by the pointers of route of OFFSETS + / - simultaneous.
To verify if the transmission frequency this correct one pressures the PTT
or sets in motion function REV.
7 MEMORIZING IN THE CALL CHANNEL
Channel CALL functions as an instantaneous channel of memory, or either,
only one touch is necessary to recoup given stored.
1. It selects the frequency and all the data that to desire to memorize in
channel CALL.
2. It pressures keyboard key M, and after that it pressures keyboard key
CALL. Well until here
we have channel CALL as a channel of normal memory, in case that it desires
to have a double channel of CALL or either, that the same it has a
frequency of different transmission of the one of reception, then
continues.
3. It selects the transmission frequency.
4. It pressures keyboard key M.
5. It pressures and it holds the PTT and with the same pressured it
pressures keyboard key CALL.
6. It liberates the PTT.

8 RECOUPING THE MEMORY CHANNELS
It pressures keyboard key MR.
It can be moved of channel of memory for the following methods.

USING THE NUMERICAL KEYBOARD.

Numéro of memory channel selects any that is memorized between (00-39). For
example such always uses two digits for the selection as 02 for the channel
of memory 2 or 15 for channel 15.
USING THE SELECTOR ONE.
It turns the selector control in the desired route since that it is in
memory mode.

9 TRANSFERRING GIVEN OF THE MEMORY TO THE VFO
Being in memory mode it pressures keyboard key F and after that it
pressures keyboard key VFO to copy given of the channels of memory for the
VFO.
If by chance its VFO will be with programmed limitation and the memory
channel to contain a frequency that its value exceeds these limits the
transference will be completed.

10 MEMORY WITH NAMES.
It is possible to place name in the channels of memories so that it is more
easy to identify the content of the same ones. It can be placed up to six
characters for memory channel being that when to use them this modality to
me the radio will be instead of 40 channels with only 20 channels.
ALTERNATING FOR THE MODE OF CHARACTERS.
1. It pressures and it holds keyboard key MR and it binds the radio through
the PWR keyboard key.
2. It pressures keyboard key MR to enter in memory mode.
3. It selects a channel so that it is possible the rank of name in exactly.
4. It pressures the keyboard key " M"e after that pressures the keyboard
key " MHZ"para to be able to enter in mode of insertion of characters.
5. It introduces its message saw keyboard. It observes that it exists treis
significant letters for each numerical keyboard key. For example the
keyboard key of numéro treis this
associated the treis characters that are " DEF " and to select each to
caracter of distinct form pressuring of two keyboard keys must occur, being
the numerical keyboard key with the treis syllabifies equivalent and to
select one of the treis you syllabify pressures after that the alphabetical
keyboard key in the column of the right of the keyboard being for the first
one syllabifies the " A ", for second it syllabifies the " B ", and for
third o " C ". For example in case that it desires letter to me H for
initiating the introduction to me we must then pressure in sequência the
keyboard key to me of I number " 4 " followed of keyboard key " B ".
6. If during the introduction to have an error, pressures the VFO keyboard
key and restarts the introduction.
7. To the end of the introduction it pressures keyboard key " MR " to
finish.
8. It repeats the previous pacings for one another memory.
9. If to desire temporarily to visualize the frequency instead of the name,
pressures " F " followed by keyboard key " 5 ".
CANCELLATION OF THE INDICATION OF MEMORY WITH NAMES.
1. It selects the memory channel to cancel the name.
2. It pressures and it holds keyboard key " M for more than " that 1 second
and after that pressures the keyboard key of " MHZ ".
SCAN (MODO OF BUSCA AUTOMÁTICA)
The SCAN is an automatic mode of seek that passes the seek frequency when
in mode of VFO or channels of memories when in the memory mode.
The mode of seek in two ways can be justifd.
SCAN OPERATED FOR TIME
When in this modality it makes with that the seek is interrupted per
approximately 5 seconds when squelch is opened by some type of sign, and
returns to the SCAN mode again. The cycle is repeated to each time that
squelch will be opened.
SCAN OPERATED FOR CARRIER
When operated in this modality, it makes with that the SCAN is interrupted
by the time where squelch to remain open. So soon squelch closes, is
initiated an accountant of time of 2 seconds, that inside of this received
time not being plus no sign, the SCAN is restarted, and the cycle is
restarted all time that squelch to open.
For alternating the modalities above it pressures keyboard key " 5 " and
with the same one pressured it binds the radio through the PWR button.
The SCAN operated for time will be commit in case of reset.
The SCAN operated for carrier, when chosen team will be indicated by symbol
" CO " in the display.
NOTE:
1. When it will be using the mode of CTCSS, the break of the SCAN alone
will give to case the sign contains the CTCSS code equivalent.
2. When it will be using the DTSS function or PAGE the SCAN will be
interrupted always that some sign comes to be received, however exactly
that the radio does not receive code from DTSS or PAGE, the the two SCAN
will be interrupted inside of one of modality.
3. Qunado to use the mode of CTCSS and of simultaneous DTSS or PAGE
priority is for the not detected CTCSS or either in case that the CTCSS
code, although to be with the DTSS or activated PAGE the SCAN is not
interrupted, and if by chance the CTCSS code is detected, ai the SCAN is
interrupted to wait that the code is received from DTSS or PAGE.
OPTIONS IN SEEK MODE (SCAN).
Its radio can execute eight different types of SCAN. They are they:
1. SCAN OF MEMORY:
It is when the SCAN acts on the channels of memories, making with that the
seek is carried through inside of the band of memorized channels.
1. It is certifyd of that the radio is in memory mode, and then it
pressures and it holds for more than that according to a keyboard key of "
MR ".
2. To interrupt the SCAN it pressures the PTT.
. CONSTRAINT OF SKIP FOR MEMORY (LOCK-out).
He is possivel that in way of some channels of memory either necessary or
desirable to jump definitive channels so that the same it is ignored by the
SCAN.
1. Canal(ais) of memória(s) locates o(s) that if it desires to jump.
2. It pressures followed keyboard key " F " of keyboard key " 6/l.out ".
3. It repeats the pacings for other memories that if it desires to jump.
The memories that will be chosen to be jumped will have a small star of
five tips soon below of the channel pointer to indicate such activity.
A channel to come back from memory to the normal mode of SCAN repeats
pacings 1. e 2.
2. SCAN OF FREQUENCY IN VFO MODE
The automatic mode of seek can be made through an initial frequency in the
VFO mode.
1. It pressures and it holds it for more than that according to a keyboard
key of VFO.
2. The SCAN must have its beginning and a deterrminada route (increasing or
decreasing), to modify the route of the SCAN, turns the selector one in
clockwise or the counter-clockwise one during the seek mode (SCAN).
3. To interrupt definitively the SCAN it pressures the PTT.

3.scan OF FREQUENCY IN MODE OF VFO WITH LIMITS

In the same way that the previous mode, is modality will function, that of
this time inside of a band programmed for you or either with restrictions
to one it has only limited minimum and maximum of frequency.
You can program up to two limited bands of SCAN.
For example let us say that it desired to me to have them two bands for the
SCAN, are they:
1o.) Of 144,000 Mhz to the 148.000 Mhz.
ò.) Of 163,000 Mhz to the 170.000 Mhz.

PROGRAMMING THE SCAN OF BAND 1.
1. In VFO mode it selects the frequency for the upper limit (147. and any
thing)
2. It pressures and it holds keyboard key " M for more than " that 1
second, and after that pressures keyboard key " 5 ".
3. It selects the frequency for the inferior limit (144. and any thing).
4. It pressures and it holds keyboard key " M for more than " that 1
second, and after that pressures keyboard key " 8 ".
PROGRAMMING THE SCAN OF BAND 2.
1. In VFO mode it selects the frequency for the upper limit (159. and any
thing)
2. It pressures and it holds keyboard key " M for more than " that 1
second, and after that pressures keyboard key " 6 ".
3. It selects the frequency for the inferior limit (163. and any thing).
4. It pressures and it holds keyboard key " M for more than " that 1
second, and after that pressures keyboard key " 9 ".
CONFIRMATION OF THE SCAN LIMITS.
. Upper limit of band 1
It pressures and it holds keyboard key " F for more than " that 1 second
and after that pressures keyboard key " 5 ".
. Inferior limit of band 1
It pressures and it holds keyboard key " F for more than " that 1 second
and after that pressures keyboard key " 8 ".
. Upper limit of band 2
It pressures and it holds keyboard key " F for more than " that 1 second
and after that pressures keyboard key " 6 ".
. Inferior limit of band 2
It pressures and it holds keyboard key " F for more than " that 1 second
and after that pressures keyboard key " 9 ".
INITIATING THE SCAN OF PROGRAMMED BAND.
1. It has justifd the Squelch for the critical point.
2. It selects a frequency enters the preprogrammed limits of SCAN.
3. It pressures the VFO keyboard key for more than that 1 second.
The pointer in seek mode is blinking and the radio initiates the SCAN.
4. To interrupt the SCAN it pressures the PTT.

4. SCAN IN THE 1MHZ BAND.
This type of SCAN is useful when if it needs or either necessary that the
automatic seek (SCAN) is limited to the specter of 1mhz.
For example:
We go to imagine that the SCAN mode this asset at a moment where the radio
is sweeping some frequency between 144 and 145 either pressured the MHZ
keyboard key, at this moment the radio will be with the limited SCAN
momentarily the understood frequencies inside of this the 144.995 band or
either Mhz will only be scaneado of 144, and in case that it desires that
the SCAN returns to its normal mode is enough to pressure the MHZ keyboard
key or to stop the SCAN and to restart again.
5. SCAN ALTERNATING IN MODE VFO/mr.
In case that it desires that it is made the mode of seek between it I
finish selected channel of memory and the last frequency of the selected
VFO.
1. It pressures keyboard key F and after that it pressures keyboard key MR.
2. The VFO is alternating for the form memory that if to desire to leave in
this way pressures the PTT.
6. SCAN ALTERNATING IN MODE CALL/vfo.
In case that it desires that it is made the seek for it I finish value of
the VFO and the channel of CALL.
1. It pressures the CALL keyboard key for more than that as.
2. To interrupt the mode of automatic seek it pressures the PTT.

7. ALTERNATING SCAN IN MODE CALL/mr.
When activated it makes with that the radio alternates in mode CALL for the
last channel of selected memory and vice versa.
1. It pressures keyboard key MR and after that it pressures keyboard key
CALL.
2. To leave in this way it pressures the PTT.
8. ALTERNATING SCAN IN MODES VFO/mr/call
When activated it makes with that the radio is alternating in the VFO mode
stops
mode MR and for mode CALL and thus successively.
1. It pressures keyboard key F and after that it pressures keyboard key
CALL.
2. To leave the SCAN mode it pressures the PTT.

OPERATIONS IN REPEATERS
1. OFFSET.
When use of a repeater becomes is necessary to understand that the same one
needs two frequency, being one to receive and other to transmit, still
valley to remember that the repeater functions of simultaneous form or
either transmits in how much receives. Logicamente the radios must operate
in the contrary condition of the repeater or either to transmit in the
reception frequency and to receive in the frequency of repeater
transmission.
The difference enters the frequency of transmission with the one of
reception and data the OFFSET name.
This OFFSET has its value settled in + / - 600 Khz for the band of the 2
meters in the majority of the Countries also Brazil.
2. SELECTED THE ROUTE OF THE OFFSET.
To select the route of 600 OFFSET or either + Khz or - 600 Khz is enough to
pressure the keyboard key with form function SHIFT that to each pressured
can be varied the route of the OFFSET.
3. SELECTING THE ROUTE MODE AUTOMATIC.
This function alone this available one in radios serial K that if destine
to the United States and Canada and has its main feature to place the
correct route of the OFFSET when it will be
selected a frequency inside of the standards of the ARRL that in the case
of Brazil is the same one.
In case that its radio is of this series, you it will be able to activate
and to disactivate this function simply binding the radio with the
pressured keyboard key of CALL.

4. MODIFYING THE SIZE OF THE OFFSET.
In case that it desires the standard of + / - 600 Khz could be modified for
one another different gamma of the one of the standard. This gamma will be
able to vary since 0 Mhz up to 99,9 Mhz.
1. It pressures and it holds the VFO keyboard key and after that it binds
the radio.
2. It pressures the keyboard key of F for more than that as, after that it
pressures keyboard key 0. The tamanhoatual of the OFFSET must be appearing
in the display.
3. It turns the selector one to modify for a new size of OFFSET.
4. It pressures any keyboard key of the board to return to the normal mode
of display.
5. To return to the so great standard repeats the pacing of No. 1.

5. FUNCTION REVERSE
When we are using a repeater or a mode that the frequency of transmission
either different of the one of reception perhaps either necessary to
momentarily invert the TX with the RX.
E for this we have the REVerso function that makes with that she is
inverted the frequency of transmission with the one of reception.
So that such function has effect, it is enough when in duplex mode to
pressure keyboard key F followed for SHIFT/rev, and in case that desires to
return to the normal one repeats the operation previous.

6. OPERATION WITH SUB-tom
Some repeaters or stations require one definitive type of sub-tone in set
with the transmission so that he is possivel to be had access or to have
its open Squelch. 38 different types of Sub-Tom exist. As the proper name
says Sub- Tone is a frequency of audio that this below of the capacity of
the human ear, and for being of this form we have a certain difficulty in
will notice if the same this being transmitted with only the ear, however
the repeater or one another station with CTCSS can identifies it
eletronicamente.

SELECTING A SUB-tom FREQUENCY

1. It pressures keyboard key F and after that it pressures keyboard key
TONE.
The current frequency of Sub-Tom must be being shown in the display.
2. It turns the selector one to syntonize one of the 38 possible sub-tones.
3. It pressures keyboard key TONE to leave in this way and to return to the
normal mode.
Obs: although terms chosen a sub-tone frequency, this does not indicate
that the same it will be transmitted, this only happens case the tone
function is active in the display.

BINDING AND DISCONNECT THE SUB-tom
To bind or disconnect the tone function it is enough to pressure keyboard
key TONE, and the same when activated he will be symbolized by a small T
approximately in it I sing superior of the right side.

7. OPERATION IN AUTO-patch (CONEXÃO COM TELEFONE).
Some repeaters offer its associates and mantenedores an access job the
tefefonia publishes. Its radio possesss a keyboard with numbers that go of
0 to the 9, two symbols (#,*) and four keyboard keys with ABCD which
transmit the DTMF standards (used standard internationally for all the
company telephonic).
These codes of DTMF serve to activate and to disactivate diverse functions
same repeater or to control other equipment.
To make with that the codes are transmitted this is enough to pressure the
PTT and mante it thus while you pressure the corresponding keyboard keys to
the codes to send.
SETTING IN MOTION THE RETARDATION TO LIBERATE THE PTT.
He is possivel in case that it desires, to make with that the radio instead
of having that to be all the time with the PTT pressuring, pass to stop the
PTT per some seconds so that you can be sending the definitive codes
without having that to be thus pressuring the PTT key, and when I finish it
code will be transmitted the PTT is disactivated to 2 after second.
1. It binds the radio with atecla of presionada No. 3.
2. To disactivate the retardation function repeats the operation previous.
8. DTMF MEMORIES.
Its radio comes provided with ten memories specifies for the storage DTMF.
codes Each memory is capable to store up to 15 sequências of DTMFs.
That is very useful when if it needs to have some codes to make definitive
function or even though to store telephone numbers so that they are sent
for the autoone always that it will be necessary.
MEMORIZING DTMFS.
1. It pressures keyboard key M and after that it pressures the BAND
keyboard key to select the modality of insertion of codes of DTMFs in the
memories.
2. It enters with the desired sequência.
3. It pressures the keyboard key of MR to the end of the sequência.
4. I will choose the desired memory to receive the new sequência typing one
I number equivalent of 0 to the 9.
5. If I number it typed was made a mistake it pressures the VFO keyboard
key and it restarts the sequência.
6. To leave the insertion mode it pressures the PTT.
CONFIRMING THE MEMORIZATION OF SEQUÊNCIAS OF DTMF.
1. It pressures keyboard key F for more than that as, and after that it
pressures keyboard key BAND.
2.Pressione one uses a keyboard of 0 to the 9 to verify the memorized
sequência.

SENDING CODES STORED IN THE DTMF MEMORY.
1. It pressures and it holds the PTT after that pressures the BAND keyboard
key.
2. The desired memory pressures the corresponding numerical keyboard key.
3. The code will be sent and at the same time visualized in the display. In
case that it desires you it will be able to liberate the PTT to the
beginning of the codes that are being sent.
BURST SYSTEM OF SQUELCH FOR CONTINUOUS TONES CTCSS
The CTCSS function alone functions when unit TSU-7 will be installed.
CTCSS is an identical function of the sub-tonados repeaters or either when
we will be in this modality squelch only it will open if the station that
it will be transmitting it will be with one of the 38 possible tones that
coincide with the one of the CTCSS that we are using.
Beyond that CTCSS means System of Burst Squelch for Continuous Tones or
either the tone it has that to be present in all the communication when the
Squelch will be using mode CTCSS contrary case will close.

SELECTING A CTCSS
The mode of CTCSS this on directly with the function of TONE or either
value chosen for the tone will be that one that the CTCSS anger to use to
control the Squelch for this in case that it desires to move the value of
the CTCSS is enough to make the selection of a new sub-tone.

USING THE CTCSS
1. It pressures followed F of keyboard key 3 to activate and to disactivate
the CTCSS mode.
The CTCSS mode will be indicated by a symbol CT in the upper right side of
the display.

BURST SYSTEM OF SQUELCH FOR DTMF DTSS

DTSS is system where we can not only control the Squelch for the carrier
more also for codes of DTMF, or either so that the Squelch opens in case
that it is using this modality will be necessary to receive a sequência
from 3 (three) codes of DTMF which coincide with those of the codified
radio. Being thus we will be able to have up to 1,000 different codes since
we can use since 000 up to 999.
When its radio will be using the DTSS and it to receive the code from DTSS,
it correct anger to open the Squelch, and will return to the mode codified
after 2 seconds from finishes carrier. When the radio will be using the
DTSS
all time will transmit the DTSS code automatically that the PTT will be
pressured.

ACTIVATING THE DTSS
To activate mode DTSS pressures keyboard key F followed for the No.2
keyboard key.
In the viewfinder it must be the indication of the DT.

SELECTING A CODE DTSS
You can select a code of DTSS of 000-999 typing for the numerical keyboard.
A chosen time the code when in VFO it will be
registered in the memory of the VFO however it can stores it together with
other data in the memory channels.
1. It pressures VFO to select this mode.
2. It pressures F and after that 2 to bind the DTSS.
3. It pressures F for more than that 1 second to activate the mode of
smoothing of the DTSS code.
. A " DT " followed by the current code must be being shown in the display.
4. The desired sequência selects a code pressuring.

DTSS AND REPEATERS
When you pressure the PTT in SIMPLEX mode the code you are sent immediately
however when we will be in DUPLEX mode the radio will use a retardation so
that when pressured the PTT, of time so that the repeater already is
relaying and alone ai and that it sends code DTSS. This retardation has its
time standard of 250 ms however they exist repeating where a bigger time
will be necessary and you ms. will be able to justify one another 450
retardation of When ms will be using a 450 retardation of the same will
only be used when in duplex mode.

TO ALTERNATE THE RETARDATION
1. It pressures and it holds keyboard key 2 and it binds the radio.
The display will have to indicate the selected retardation.
SELECTIVE CALL (PAGE)
We can say that the Page controls the Squelch of identical form to the
DTSS. To be able to understand as the Page it functions we go to imagine
the following one:
When we are using the DTSS and all use the same codes do not have greaters
problems therefore when we will have that to request somebody we will set
in motion to that they use code the same, however when we will have a group
of friends and the same ones to desire to have each one its code of
individual DTSS, ai is that the thing complicates. In this in case that it
is that we opt to using the PAGE.
With the Page each one will be able to have a proper code of DTSS in this
way can request one without bothering the excessively integrant one of the
group. To clarear still more the functioning of the Page well it imagines
that we have a group of five friends and let us say that each one desires
to have its proper code of DTSS:

YOU = 020
MEMBRO-2=121
MEMBRO-3=222
MEMBRO-4=323
MEMBRO-5=424
GROUP = 333
Its radio has the following memories:
Pará: Private memory to the individual code of DTSS of each element.
former:
The member-4 must place in its memory Pará following código=323.
The member-2 must thus have its PA=121 and for ahead.
PO: It is in that he is stored the code of DTSS of the station which we are
to make contact and this Memory has two modes to operate being:
1o. - It automatically stores the code of DTSS of the station that this in
calling when we receive a request from one of the integrant ones. E when
this happens the radio shows in the display the value of PO of form in them
to indicate which is the station that this in requesting. E in this in case
that it is enough to pressure the PTT to say with the colleague therefore
the code of it will be transmitted automatically and is ai that he is
established the LINK of the DTSS codes.
ò. - We can place manually the code of the station of which we are
intending the contact and when to pressure the PTT the same that the
previous case will go to happen with the station of the colleague.
P1~p9: Private memory to the use of form to qualify different codes of the
individual DTSS for example, is in where all of the group must place the
code of the group that in ours in case that he is = 333 and thus we make
with that when somebody to transmit this code, will open to all those that
will have this code in its memories of Page de P1 to P9. If by chance voce
to place the code of the Member 5=424 in one of the memories of P1 to P9,
voce will be making in that its radio opens the Squelch all time where
somebody to call Member 5. Then we can conclude that we can qualify up to
10 different codes, ours and more 9 different ones.
STORING CODES
1. It pressures keyboard key F followed for keyboard key 1 to select mode
PAGE.
2. It pressures keyboard key F for more than that 1 second to activate the
mode of selection of a PAGE code.
. A "?p- - - " must appear in the display or the place of " - - - " a
sequência of three digitos case already had some programming.
. numéro of 0~9 or one must be one to indicate which memory of PAGE this
being programmed.
3. It turns the selector control to select a memory of Page of Pará until
P6 or pressures.
4. It pressures the sequência saw keyboard to enter with one definitive
code.
. It pressures three digitos to memorize the code.
5. It pressures keyboard key M to return the display to the normal one.
CALLING A STATION (PAGE)
1. It pressures keyboard key F followed for keyboard key 1 to select mode
PAGE.
. It repeats the operation to leave the PAGE mode in case that it desires.
2. It pressures keyboard key F for more than that 1 second to activate the
mode of selection of a PAGE code.
3. It turns the selector one, to locate the desired memory of PAGE. Case is
the OP thus that to place in the same one it types the sequência desired.
4. All time pressures the PTT. that will be to initiate the transmission
the radio anger to transmit the code which you chose more its code so that
the station to be requested can be linkada with its.
RECEIVING A CODE
When you he will be in the PAGE mode and some colleague in requesting with
our code the radio to them will sound one beep and places in the display
the code of who is calling. For example:
Let us say that Member 3 calls Member 1 form that moments before it must
have placed in memory PO the code of member 1 that in ours in case that is
020 then when it will be to transmit the sequência that will be sent will
be the following one:
020*222 and when the sign will be received in the radio of member 1 will
appear in the display:
OP:222 must be blinking to indicate that who this calling is member 222 it
is requesting of unitária form or either only member 1. If by chance in the
display instead of the previous one it appeared the following one:
5P:333 this would mean that the colleague who this calling used the memory
code to all call the group that in the case of the member 1 in this case
the code was stored in P5 however in the PO the radio of member 1 stored
the code of the member that made the call in ours case member 3=222 however
if to transmit thus that we receive the code from the group or either with
the display:
5P:333 the radio will also transmit the code in group thus making with that
when to answer them it to me the call of member 3, all the other members
will be in hearing and if to desire to use pager of form the one that do
not bother the too much members is enough one of the two to select memory
PO that in this height already is with the code of the member that we are
making the contact, and for this it is enough to turn the selector one
until appearing in the display the PO.
PAGE IN REPEATERS
As well as the DTSS, the PAGE has a retardation in its transmission that is
on directly to the retardation of the DTSS or either when the retardation
for the DTSS is justifd, when in duplex use, also this if justifying the
retardation for the PAGE.
INHIBITING QUALIFIED CODES.
You must be remembered that if she could to me qualify them other codes of
page in the memories of P1 to different P9 of the individual code or either
when somebody to set in motion one of the codes that are qualified its
radio will unlock the Squelch and this will show in the display who
requesting. Then, it is these codes of P1 to P9 that we can incapacitate
temporarily, e
when making must appear a small star in the blocked memory.
. It repeats the operation to leave the PAGE mode in case that it desires.
2. It pressures keyboard key F for more than that 1 second to activate the
mode of selection of a PAGE code.
3. It turns the selector one to select the memory to blind or to unblock.
4. It pressures followed keyboard key F of keyboard key 1 to blind and to
unblock one definitive memory.
CANCELLATION OF THE BURST SQUELCH FOR PAGE
When we are using page, the same it starts to control squelch of form that
the same stops opening is necessary the correct sequência of PAGE, however
in case that it desires to modify this feature so that the PAGE more
control squelch more does not continue to indicate the received codes and
to transmit the same ones of form that any received sign can be heard in
the loudspeaker, it pressures keyboard key F for more than that 1 second. E
after that pressures keyboard key 3. To return to the normal mode repeats
the operation previous.

TRANSMISSION AND RECEPTION OF MESSAGES.
Its radio is capable to transmit and to receive messages. Each received
message is stored in a especifíca memory, being that each one of these ten
memories is capable to store up to six characters what can totalize up to
sixty characters received. However its radio possesss ten memories still
more to also store each one six characters for the transmission what it
also totalizes sixty characters.
So that it is possible to receive message the radio must be justifd for the
mode of DTSS or PAGE, beyond that the mode message must be active.
1 TRANSMISSION OF MESSAGE.
It can be transmitted messages in two different ways:
. Direct transmission for the DTMF keyboard.
1 message of six characters for time must be sent being that we must
initiate and finish each message for the keyboard key of #.
. Storing the message in the memory and transnitindo later.
2 USING THE MESSAGE MEMORY.
Its radio later possesss a total of ten channels of memory messages to be
sent.
PROCEDURE TO WRITE A MESSAGE IN THE MEMORY.
1. It pressures keyboard key M, and after that it pressures keyboard key
MESSAGE to enter in the modality of message insertion.
2. It introduces the message for keyboard DTMF. Observe that each caracter
is symbolized by a sequência of two keyboard key with exception of the
numerical ones. In case that you it is not with the stack of characters,
you it will be able to use the table printed in the proper keyboard keys of
the form radio that stops having access when caracter for example " " U " "
must pressure the sequência (8+b). As each keyboard key in general possesss
treis characters the first one of the left for right must be
had access for the proper keyboard key + keyboard key F/a, as for the
proper keyboard key + keyboard key M/b and third for the proper keyboard
key + MHZ/c.
3. If by chance you to type some to caracter wrong it pressures the VFO
keyboard key and it restarts of pacing 1.
4. It pressures keyboard key MR followed of it I number equivalent to the
one of the channel where it will be desired to store the message.
5. To leave in this way it pressures the PTT.
3 VERIFICATION OF THE CHANNELS OF MESSAGES FOR TRANSMISSION.
1. It pressures and it holds keyboard key F for more than that one second,
after that it pressures keyboard key MESSAGE.
2. It pressures the keyboard key of the corresponding channel (of 0 to the
9).
3. To return to the normal mode pressures the PTT.

4 TRANSMISSION OF MESSAGE MEMORIES.

1. It pressures the PTT, and after that it pressures keyboard key MESSAGE.
The message pointer must appear.
2. Still with the pressured PTT, it pressures the channel of memory with
the message to be sent (of 0 to the 9).
3. It can be effected pacings 1 and 2 how many times to desire without
liberating the PTT. Thus it will be possible to send in case that it
desires two or more messages. Remembering of that of this form we can send
the ten memories totalizing a text with until sesenta characters.
5 RECEIVING MESSAGES.
1. It is certifyd of that mode DTSS or PAGE is being used, and then
pressures followed keyboard key F of the MESSAGE keyboard key.
2. The indication of message symbolized for a small lip will have to be
being visualized in the display and from this form it could at any time be
received messages.
3. When the message will be received the same one will be shown in the
display.
6 MEMORY OF MESSAGE FOR RECEPTION.
Its radio comes provided with ten channels of memories for received
messages. When the ten channels of memories already will be being used
finish them messages will be stored in the memory of channel " 0 ".
If to desire to see what this writing in the channels of memories when
these will be with messages, is enough this to be in the message mode and
to pressure keyboard key MESSAGE, later is alone to turn the selector one
to pass for the channels of messages.

TO CLEAN THE CHANNELS OF RECEPTION MEMORIES.

It pressures and it holds the keyboard key " M"por more than that one
second, and after that pressures keyboard key MESSAGE.

NOTE:

This operation does not delete the memories of transmission messages.

SYSTEM TO MAGNIFY THE LIFE OF BATERIA (SAVER)

This system when used or active he allows, to magnify in very the duration
of the battery therefore it acts of automatic form and almost
imperceptible, the base of its functioning is of that passed 10 seconds of
reception and function inactivity the same it initiates a process
characterized for switching of league and disconnect where all the radio
with exception of the display will be for a small fraction of second on and
one another off fraction, and the off fraction could be justifd stops up to
16 times the fraction of on = the 1:16.
The system leaves to act case automatically some sign is perceived during
the fraction of on and restarts the cycle after the inactivity of exactly
for more than the 10 seconds.
To activate and to disactivate this function, it is enough to pressure
keyboard key F and after that it pressures keyboard key 7.
To select a SAVE time different:

1. It pressures and it holds keyboard key F for more than that 1 second,
after that it pressures keyboard key 7.
2. It selects the coefficient of control of the SAVE (of 1:1 up to 1:16)
turning the selector one.
3. It pressures any keyboard key to return to the normal mode.

2 DESLIGAMENTO AUTOMÁTICO (APO).
When active this function makes with that passed 60 minutes of inactivity
of functions and reception it disconnect the radio automatically, being
that one minute before the disconnection second will be set in motion a
sonorous sign with 5 duration of.
This function will be inhibited when used in set with function T.alt.
To activate and to disactivate this function is enough to pressure followed
keyboard key F of keyboard key 8.
Indication APO will be active in the display when the function will be
active
EXTRA FUNCTIONS GENERAL PURPOSE

1 SYSTEM OF ALARM FOR TONE.

The function of alarm for tone (TONE ALERT), is capable to provide to the
user a sonorous alarm to indicate we each time that somebody is in
requesting.

Each time that a sign is received and squelch is unlocked, the alarm will
sound the symbol of the small bell is blinking and a time accountant will
light itself to indicate how much time was made finishes it called, beyond
that when we will be in the alarm mode the sound of the high falante it
will be inhibited temporarily and the only sound that will be heard is the
proper alarm that sounds per one five seconds.

The alarm for tone stops some functions when in this mode also the PTT,
saved when some will still not have received sign, that in this in case
that the alarm mode will be disactivated automatically when will be
pressured the PTT. and in case that the alarm has not been activated, and
you it desires

to return the radio to the normal mode is enough disconnect the alarm mode.

1. It has justifd the control of squelch for the point I criticize.

2. It selects the frequency and another data that to desire.

3. It pressures keyboard key F and after that it pressures keyboard key 0
to activate and to disactivate the alarm function. A small symbol of a bell
must appear to indicate its activity.

It can be used and it is extremely useful mode CTCSS, DTSS or PAGE in set
with this function therefore can thus be created a frequency of privative
use. E so that the alarm is activated will be necessary that the sign is
present for more than that as.

SELECTING THE SOUND OF THE ALARM.
Its radio possesss two types of sounds for the alarm being of the type
BEEPER BEEPER and the other with sound of bell of electronic telephone.
To alternate of a type for another one of alarm it pressures and it holds
the TONE keyboard key and it binds the radio through the PWR keyboard key.
2 MONITOR.

This keyboard key makes with that when pressured also unlocks Squelch DTSS,
CTCSS and PAGE when they will be being used.

3 BEEP

The transceiver produces ones beeps each time that some keyboard key is
pressured however he is possivel disconnect this function when thus to
desire, being enough this to pressure and to hold keyboard key 8 and to
bind the radio through the PWR. keyboard key and to return to the normal
one repeat the operation previous.

4 LAMP

When keyboard key LAMP is pressured, it becomes with that the display is
illuminated per more or less five seconds to count of finishes pressured
keyboard key, and then of disconnect automatically. However it can mante it
lighted for indeterminate time.

1. It pressures keyboard key F and after that it pressures keyboard key
LAMP.

2. To cancel it pressures keyboard key LAMP.

5 GENERAL CONSTRAINT

Sliding the key of LOCK for the LOCK position one becomes with that the
radio enters in mode of general constraint, and only functions LAMP, MONI
and PTT will be available.

6 CANALIZED MODE.

It is possible case desires, to keep the form radio where it is not
possible to visualize the frequency, and in mode that is possible to only
have access given memorized. That is useful when to desire to characterize
the radio of commercial form.

1. It pressures and it holds keyboard key 1 and it pressures the PWR
keyboard key to bind the radio.

2. The channel can be selected by the selector one.

3. To return to the normal mode repeats the operation of I number 1,

FUNCTIONS OF THE CLOCK

Its radio comes provided with an internal clock that can be used to bind
and disconnect its radio in determined schedules daily pay, beyond that it
is possible also that when binding the radio for the clock the same goes
off an alarm for a maximum time of 25 seconds that can be interrupted if
some keyboard key will be pressured.

Still in case that it desires instead of the frequency in the display, the
alias process can be shown, and when in this mode the radio has the
majority of fu nções stopped with exception of the PTT, LAMP and MONI.

1 PLACING AND JUSTIFYING THE ALIAS PROCESS.

1. It pressures keyboard key F and after that it pressures keyboard key 9
to fix the mode of alias process to the display.
2. It pressures keyboard key F and after that it pressures keyboard key 1
to enter in mode of smoothing of the alias process.
3. It turns the selector one to justify the house of the hours.

4. Having justifd the hour and desiring to justify the house of the minutes
it pressures keyboard key F.

5. It turns the selector one to justify the house of the minutes.

6. In case that it desires to modify again the house of the hours pressures
keyboard key F or in case that it desires to memorize this smoothing
pressures keyboard key M.

SMOOTHING OF THE SECONDS.

In case that it desires to make right the seconds, being the radio in the
clock mode pressures keyboard key F followed for keyboard key 2, this will
make with that a zeroed tally of as either of form that the seconds if it
initiates from this moment.

2 FUNCTION TIMER
JUSTIFYING THE TIMER TO BIND AUTOMATICALLY.

1. Being the same in mode of alias process, it pressures followed keyboard
key F of keyboard key 4 to enter in the mode of smoothing of TIMER ON.

2. It turns the selector one to justify the house of the hours.

3. It pressures keyboard key F to fix the hours and to enter for the
smoothing of the minutes.

4. It turns the selector one to justify the house of the minutes.

5. To memorize the smoothing pressures keyboard key M and if to perhaps
prefer activates the alarm pressuring followed keyboard key F of keyboard
key 6 so that all the times that the radio to bind goes off a 25 alarm of
second.

JUSTIFYING THE TIMER DISCONNECT AUTOMATICALLY.

1. Being the same in mode of alias process, it pressures followed keyboard
key F of keyboard key 7 to enter in the mode of smoothing of TIMER OFF.

2. It turns the selector one to justify the house of the hours.

3. It pressures keyboard key F to fix the hours and to enter for the
smoothing of the minutes.

4. It turns the selector one to justify the house of the minutes.

5. To memorize the smoothing pressures keyboard key M.

BINDING AND DISCONNECT THE TIMERS.

To bind and disconnect TIMER ON it pressures followed keyboard key F of
keyboard key 5.

To bind or disconnect TIMER OFF it pressures followed keyboard key F of
keyboard key 8.
OPERATION OF CROSSED BAND.

We call main band that one where the radio can receive and transmit, and
call sub-band that one where the radio alone can receive that in ours in
case that she is the band of UHF.
It is possible to use the two bands being of VCHcF (main) to transmit and
of the UHF one (sub-band) receiving. To this modality we call CROSSED BAND.
In case that it desires can store the band crossed in the memory channels
in the same way that two frequencies in an only channel of memory are
memorized.
In case that it desires to use the mode of crossed band selects the
frequency or memory desired in the VCHcF band, later pressures the BAND
keyboard key to pass to the sub-band and it selects the frequency desired,
done this pressures followed keyboard key F of the BAND keyboard key. Of
this form a symbol similar to a X in the upper part of the display will
indicate the activity of the crossed band thus making with that if it
transmits the band main and if recepcione in the sub-band.

PROGRAMMING THE KEYBOARD KEYS OF THE MICROPHONE.

In case that you it possesss a microphone of the type lapel and the same it
possesss treis keyboard keys, it it could be used of form to control some
functions of the radio.
In case that you it has not reprogramado the functions of the microphone
the treis keyboard keys correspond with the keyboard keys of VFO, MR and
CALL, however the same ones can be programmed of form to execute all the
functions with exception of the league and disconnect of the radio and the
PTT.
The keyboard keys are represented by a PF1 name, PF2, PF3 and for programs
is enough them to so soon bind the radio with one of them pressured and the
radio if it binds the display will indicate for the name of same the which
keyboard key this being reprogramada.
For example one says that we desejariamos that keyboard key PF2 when
pressured to become to bind the light bulb of the display, therefore then
for this microphone would be necessary to bind to the radio with the
keyboard key of the pressured way it which corresponds the PF2 keyboard key
and soon after that to pressure the desired function to be executed by the
same one that in this in case that it is the LAMP.

If the constraint of the microphone will be located in the LOCK position
the PF keyboard keys will not go to function.

BATTERY
NICD BATTERY (PB13)
RECHARGE
INSTALLATION OF THE BATTERY
LEVEL OF THE TENSION OF THE BATTERY
DURATION OF THE BATTERIES
OPERATION OF THE SINK
BINDING
FREQUÊCIAS SELECTION
DIRECT INTRODUCTION SAW KEYBOARD
SELECTION OF THE SIZE OF THE PACING
PROGRAMMING LIMITS FOR THE VFO
SUB-banda RECEPTION
OPERATING THE TRANSMITTER
TO TRANSMIT IT FOLLOWS THESE PACINGS
MODIFYING THE POWER OF OUTPUT OF THE TRANSMITTER
FUNCTION OF CONSTRAINT OF THE PTT
PTT TIMER
USING THE MEMORY
1 PRESERVAMENTO OF THE MEMORIES OF THE MICROPROCESSOR
2 INTRODUCING GIVEN IN THE MEMORY
MEMORIZATION OF NORMAL CHANNELS
CLEANING A CHANNEL MEMORY
INICIALIZAÇÃO OF THE MEMORY (GENERAL RESET)
RESET OF THE VFO
4 MEMORY CHANNEL.
5 CONTENT OF THE CHANNELS OF MEMORIES.
6 ENTERING GIVEN AND DOUBLE FREQUENCY IN CHANNELS.
CONFIRMATION OF THE DOUBLE CHANNEL.
7 MEMORIZING IN THE CALL CHANNEL
8 RECOUPING THE MEMORY CHANNELS
USING THE NUMERICAL KEYBOARD.
USING THE SELECTOR ONE.
9 TRANSFERRING GIVEN OF THE MEMORY TO THE VFO
10 MEMORY WITH NAMES.
ALTERNATING FOR THE MODE OF CHARACTERS.
CANCELLATION OF THE INDICATION OF MEMORY WITH NAMES.
SCAN (MODO OF BUSCA AUTOMÁTICA)
SCAN OPERATED FOR TIME
SCAN OPERATED FOR CARRIER
NOTE:
OPTIONS IN SEEK MODE (SCAN).
1. SCAN OF MEMORY:
. CONSTRAINT OF SKIP FOR MEMORY (LOCK-out).
2. SCAN OF FREQUENCY IN VFO MODE
3.scan OF FREQUENCY IN MODE OF VFO WITH LIMITS
PROGRAMMING THE SCAN OF BAND 1.
PROGRAMMING THE SCAN OF BAND 2.
CONFIRMATION OF THE SCAN LIMITS.
INITIATING THE SCAN OF PROGRAMMED BAND.
4. SCAN IN THE 1MHZ BAND.
5. SCAN ALTERNATING IN MODE VFO/mr.
6. SCAN ALTERNATING IN MODE CALL/vfo.
7. ALTERNATING SCAN IN MODE CALL/mr.
OPERATIONS IN REPEATERS
1. OFFSET.
2. SELECTED THE ROUTE OF THE OFFSET.
3. SELECTING THE ROUTE MODE AUTOMATIC.
4. MODIFYING THE SIZE OF THE OFFSET.
5. FUNCTION REVERSE
6. OPERATION WITH SUB-tom
SELECTING A SUB-tom FREQUENCY
BINDING AND DISCONNECT THE SUB-tom
7. OPERATION IN AUTO-patch (CONEXÃO COM TELEFONE).
SETTING IN MOTION THE RETARDATION TO LIBERATE THE PTT.
8. DTMF MEMORIES.
MEMORIZING DTMFS.
CONFIRMING THE MEMORIZATION OF SEQUÊNCIAS OF DTMF.
SENDING CODES STORED IN THE DTMF MEMORY.
BURST SYSTEM OF SQUELCH FOR CONTINUOUS TONES CTCSS
SELECTING A CTCSS
USING THE CTCSS
BURST SYSTEM OF SQUELCH FOR DTMF DTSS
ACTIVATING THE DTSS
SELECTING A CODE DTSS
DTSS AND REPEATERS
TO ALTERNATE THE RETARDATION
SELECTIVE CALL (PAGE)
STORING CODES
CALLING A STATION (PAGE)
RECEIVING A CODE
PAGE IN REPEATERS
INHIBITING QUALIFIED CODES.
CANCELLATION OF THE BURST SQUELCH FOR PAGE
TRANSMISSION AND RECEPTION OF MESSAGES.
1 TRANSMISSION OF MESSAGE.
2 USING THE MESSAGE MEMORY.
PROCEDURE TO WRITE A MESSAGE IN THE MEMORY.
3 VERIFICATION OF THE CHANNELS OF MESSAGES FOR TRANSMISSION.
4 TRANSMISSION OF MESSAGE MEMORIES.
5 RECEIVING MESSAGES.
6 MEMORY OF MESSAGE FOR RECEPTION.
TO CLEAN THE CHANNELS OF RECEPTION MEMORIES.
SYSTEM TO MAGNIFY THE LIFE OF BATERIA (SAVER)
2 DESLIGAMENTO AUTOMÁTICO (APO).
EXTRA FUNCTIONS GENERAL PURPOSE
1 SYSTEM OF ALARM FOR TONE.
SELECTING THE SOUND OF THE ALARM.
2 MONITOR.
3 BEEP
4 LAMP
5 GENERAL CONSTRAINT
6 CANALIZED MODE.
FUNCTIONS OF THE CLOCK
1 PLACING AND JUSTIFYING THE ALIAS PROCESS.
SMOOTHING OF THE SECONDS.
2 FUNCTION TIMER
JUSTIFYING THE TIMER TO BIND AUTOMATICALLY.
JUSTIFYING THE TIMER DISCONNECT AUTOMATICALLY.
BINDING AND DISCONNECT THE TIMERS.
OPERATION OF CROSSED BAND.
PROGRAMMING THE KEYBOARD KEYS OF THE MICROPHONE.

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