Audio-Technica ATW-702 Installation Und Betrieb Seite 8

1. Use only fresh alkaline batteries. Do not use "general
purpose" (carbon-zinc) batteries.
2. Position the receiver so that it has the fewest possible
obstructions between it and the normal location of the
transmitter. Line-of-sight is best.
3. The transmitter and the receiver must be set to the same
frequency. Set or change transmitter frequency only
when its power is turned off.
4. The transmitter and the receiver should be as close
together as conveniently possible, but no less than six
feet (2 m.).
5. Yellow LED indicates the channel is set to service position
(0 or 9); please select a valid operating channel (1-8).
6. The receiver antennas should be kept away from any
metal.
7. A receiver cannot receive signals from two transmitters
at the same time.
For future reference, please record your system information here (the serial numbers appear inside the battery
compartment of each transmitter, and on the bottom of each receiver):
Receiver
UniPak™ Body-Pack ATW-T701
Transmitter
Handheld Dynamic
Microphone Transmitter
Ten Tips to Obtain the Best Results
ATW-R700 S/N
S/N
ATW-T702 S/N
8. If the AF Level control of the receiver is set too high, it
may over-drive the input of the mixer or clip the output of
the receiver, causing distortion. Conversely, if the receiver
output is set too low, the overall signal-to-noise ratio of
the system may be reduced. Adjust the output level of
the receiver so the highest sound pressure level going
into the microphone (or the loudest instrument playing
level) causes no input overload in the mixer, and yet
permits the mixer level controls to operate in their
"normal" range (not set too high or too low). This
provides the optimum signal-to-noise for the entire system.
9. In the UniPak transmitter, the "Mic" or "Inst" input
control not in use should be set to minimum.
10. Turn the transmitter off when not in use. Remove the
battery if the transmitter is not to be used for a period of
time. Unplug the receiver from the AC outlet when the
system is not in use.