Kenwood NX-800E - Manual (Page 16)

8
3 Press the PTT switch and speak into the microphone. Release the PTT switch
to receive.
• For best sound quality, hold the microphone approximately .5 inches (3 ~ 4 cm)
from your mouth.
■ Making Group Calls (Digital)
If a key has been programmed with Group or Group + Status, you can select
a group ID from the list to make a call to those parties. To select a group ID:
1
Press the key programmed as Group or Group + Status.
2 Press / to select a group ID/name from the list.
3 Press and hold the PTT switch to make the call.
• Speak into the microphone as you would during a normal transmission.
■ Making Individual Calls (Digital)
If a key has been programmed with Individual or Individual + Status, you
can make calls to specific persons.
1
Press the key programmed as Individual or Individual + Status.
2 Press the / keys to select a unit ID from the list.
• If you are using a microphone keypad, you can enter a unit ID directly.
3 Press and hold the PTT switch to make the call.
• Speak into the microphone as you would during a normal transmission.
r
eceiving
Select the desired zone and channel. If signaling has been programmed on the
selected channel, you will hear a call only if the received signal matches your
transceiver settings.
Note: Signaling allows your transceiver to code your calls. This will prevent you from listening to
unwanted calls. Refer to “SIGNALING” on page 8 for details.
■ Receiving Group Calls (Digital)
When you receive a group call on a Conventional channel and the received group
ID matches the ID set up on your transceiver, you can hear the caller’s voice.
When you receive a group call on a Trunking channel, the transceiver
automatically switches to the communications channel to receive the call.
■
Receiving Individual Calls (Digital)
When you receive an individual call on a Conventional channel, a ringing tone
will sound and the caller’s ID will appear on the display. To respond to the call,
press and hold the PTT switch and speak into the microphone as you would
during a normal transmission.