10
In standby, press
key or Microphone's
key until appear , this indicates current
frequency in Memory mode. Repeat above
operation to switch between Frequency mode
(VFO) and Memory mode.
4
PWR KEY
Basic Operations
Switching The Power On/Off
Adjusting The Volume
Switch between VFO and MEMORY mode
Adjusting Frequency/Channel
Receiving
ADJUSTING SQUELCH LEVEL
Press the
PWR
switch to power on. Press the
PWR
key for 1 second to turn off.
A squelch eliminates white-noise (the background noise when a signal is
not received). Higher level settings will keep the squelch "closed" more
tightly for quieter monitoring, but weak signals will not be heard. Lower
settings allow weaker signals to "open" the squelch but noise may also
cause it to open. By rotating the
SQL
knob, adjust the squelch level to
the desired level.
1.
In frequency (VFO) mode, you can change the current frequency to
the desired one through microphone [
/
] key. Press
key to increase frequency and press
key to decrease
frequency. In another way you also can directly input the desired
frequency by MIC's numeric keys. Press
P2
key, the KHz order
digits will be masked. In this status, Microphone [
/
] key will increase or decrease frequency quickly by 1MHz
Turn the VOL knob clockwise to increase the
audio level, counterclockwise to decrease.
Available steps are 2.5K, 5K, 6.25k, 8.33K,10K, 12.5K, 20K, 25K and 30K.
step.
2.
In memory mode, you can change the current channel to the
desired one through microphone [
/
] key. Press
key to the forward channel and press
key to the
backward channel. In another way you also can directly input the
desired channel by MIC`s numeric keys. For example, choosing
CH1, press [0] [0] [1] .
Transmitting
Press MIC's
key to monitor for a while to confirm the channel
desired is not busy. Press Mic's
key to return standby status,Then
press and hold [PTT] key to speak into microphone.
Select the desired receiving frequency or browse channels to listen to
ongoing communications. The S-meter shows
relative signal strength between BUSY and
5th segment when the transceiver detects an
incoming signal.
P3
FUNC
P4
P2
PWR
