LINE 6 Relay G75 Руководство по эксплуатации онлайн [31/40] 777368

LINE 6 Relay TB516G Руководство по эксплуатации онлайн [31/40] 760666
6•2
Tip for Best Operation & Hook Up Examples
Relay G70/G75 Advanced Guide
Dual Receiver components, each working full-time to capture audio from each of three
carrier frequencies (Quad-Internal Antenna Array)
Shock resistant battery contacts in the Transmitter
Unfortunately, no wireless system can guarantee 100% error-free performance. With any
wireless system, if the Transmitter signal is too low to be received, either because it is too
far away or because interfering signals are masking it, your wireless system will no longer
work properly. But with Line 6 digital wireless technology, you don’t have to worry about
audio interference noise getting into your signal, or pops and clicks occurring due to data
errors. If the Transmitter signal can no longer be received, your audio signal will simply mute,
regardless of the cause of the issue (out of range, too much interference, batteries have run
out, etc.).
In order to minimize the chances of muting during a performance, it is recommended that
you “walk test” your rig during sound check to get a sense of the range of the system in each
environment you play. If your audio doesn’t mute within the range you intend to perform,
you’re all set. If it does mute within the performance area, then it is possible that another
transmitting device is interfering with your wireless signal. Here are some suggestions of
what you can do to signicantly reduce the chances of encountering an issue:
Metal and metal barriers: Make sure there are no metal objects adjacent to the antenna
cover on either side of the Receiver (the bottom 20mm or 3/4 inch). It is best to maintain at
least 2 inches (50mm) of clearance.
Other Transmitters: If you suddenly discover your range is signicantly reduced, look
to see where other Transmitters are relative to your Transmitter and your Receiver.
Transmitters generally don’t like other Transmitters getting too close to the Receiver they
are paired with. In some situations, they can create a blocking signal, or transmit to each
other, creating an interference source. The player will experience this as a very reduced
range. This can happen when there are several other Transmitters very close to a Receiver.
The Line 6 5th-generation radio technology will provide superior results in this situation
compared to most other wireless systems, but best performance is achieved when this
situation is avoided.
In Ear Monitor (IEM) System Transmitters: Keep IEM transmit antennas and Transmitters
at least 10 feet (3 meters) away from your Relay Receiver. IEM systems are becoming more
and more common in live performance. They are very convenient and greatly assist in
managing stage volume, but if used incorrectly, they can interfere with wireless bodypack
Transmitters.
The Relay wireless guitar system transmits from a battery powered bodypack running at
relatively low power, typically about 10mW (100 times smaller than a watt). Low power
provides long battery life and helps minimize interference between multiple Transmitters
on a stage, both of which are benecial features. But IEM Transmitters are typically
mounted in a rack and plugged into AC mains, sometimes transmitting several watts.
This is potentially many times more powerful than your Relay bodypack Transmitter. If the
IEM Antenna is too close to your Relay Receiver it will act as a blocking signal and may
signicantly reduce the range of your wireless system.

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