The Ew 300 Iem G2 Systems - Sennheiser eW 300 IEM G2 Notice D'emploi

4
Intended use of the devices
Intended use of the ew 300 IEM G2 series devices includes:
using the devices for professional purposes,
having read these instructions especially the chapter "Important safety
instructions" on page 2,
using the devices within the operating conditions and limitations described
in this instruction manual.
"Improper use" means using the devices other than as described in these
instructions, or under operating conditions which differ from those described
herein.

The ew 300 IEM G2 systems

With the Sennheiser evolution wireless in-ear monitoring systems
ew 300 IEM G2 (suitable for both stage and broadcast use), musicians, video
and sound amateurs, reporters/broadcasters, etc. can directly monitor the
received sound signals without troublesome cables or monitor speakers
being required. In addition, the system can also be used for any application
where talkback signals are to be transmitted.
The evolution wireless in-ear monitoring systems ew 300 IEM G2 are high-
quality state-of-the-art RF transmission systems with a high level of
operational reliability and ease of use. The transmitters and the receiver
permit wireless transmission with studio-quality sound. The excellent
transmission reliability of the ew 300 IEM G2 systems is based on the use of
further optimized PLL synthesizer and microprocessor technology,
the HDX noise reduction system,
the pilot tone squelch control (during stereo operation),
and the scan function for scanning the channel banks for free channels.
The ew 300 IEM series offers two systems:
the ew 300 IEM G2 system
(SR 300 IEM G2 stereo transmitter, EK 300 IEM G2 stereo receiver)
and the SR 350 IEM G2 twin transmitter
The EK 300 IEM G2 can also be used with the SR 350 IEM G2 twin transmitter.
The SR 350 IEM G2 twin transmitter consists of two complete SR 300 IEM G2
stereo transmitters, but offers some advantages such as
easy rack mounting,
a built-in mains unit
and a switchable transmission power for optimum operational reliability
under varying transmission conditions.