AnyTone AT-588UV, Руководство пользователя

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Precautions
Thank you for choosing this mobile transceiver,
always provide high quality products, and this
transceiver is no exception AT-588UV is a ruggedly-built, high
quality Dual Band FM transceiver providing 50 Watts of power
output on the VHF band and 40 Watts on the UHF band. It owns
many advanced characters like cross band repeat function,
built with a direct-flow heat sink and thermostatically-controlled
cooling fan maintaining a safe temperature for the transceiver's
circuit.
AT-588UV has four independent receiving bands, consist of
UU, UV,VU,VV for dual receive and dual output, plus receiving
for AM/FM signal of air band, marine band, PMR, etc. also able
to receive FM/TV radio and analogue TV signal. It owns 758
memory channels, full duplex operation with independent volume
and squelch controls, optional compander and builtin CTCSS/
DCS, DTMF, 5TONE,2TONE signaling, detachable front panel
for flexible installation.
Though friendly design for user, this transceiver is technically
complicated and some features may be new to you. Consider
this manual to be a personal tutorial from the designers,allow the
manual to guide you through the learning process now, then act
as a reference in the coming years.
Please observe the following precautions to prevent fire,
personal injury, or transceiver damage:
Do not attempt to configure your transceiver while driving,it
is dangerous.
This transceiver is designed for a 13.8V DC power supply.
Don't use a 24V battery to power on the transceiver.
Do not place the transceiver in excessively dusty, humid or
wet areas, nor unstable surfaces.
Please keep it away from interferential
devices (such as TV, generator etc.)
Do not expose the transceiver to long
periods of direct sunlight nor place it
close to heating appliances.
If an abnormal odor or smoke is
detected coming from the transceiver,
turn OFF the power immediately.
Contact an Anytone service station or your dealer.
Do not transmit with high output power for extended
periods; the transceiver may overheat.