Features
The WRR-855S UHF Synthesized Tuner
Unit in use with an optional Portable Tuner
Mount Adapter, such as the BTA-801,
provides a highly reliable portable diversity
tuner for the Sony UHF wireless
microphone system, which uses the
frequency bands allocated for UHF TV
broadcasting.
This tuner unit enables the application of
multiple channels over unused television
channels through the use of the built-in
Sony original channel plan.
Preprogrammed wireless channel
plans for simultaneous multi
channel operation
The WRR-855S has many preprogrammed
channel groups, meaning combination of
wireless channels to permit simultaneous
operation of multiple channels without
intermodulation.
For the channel plans available on your unit, see
"Wireless Microphone System Frequency List"
supplied with this manual.
Versatile display
A variety of information is obtained at a
glance on the upper panel, such as the
reception channel with the LCD panel. The
three LEDs are also provided on the upper
panel to respectively indicate RF input level
(indicated in green and red), AF level, and
the battery alarm for the transmitter.
Space diversity reception system
The WRR-855S provides stable signal
reception with only a minute amount of
dropout.
Compact and lightweight
Innovative, high-density mounting
technology has enabled the creation of this
compact, lightweight tuner unit. Using the
6
Features
optional BTA-801 Portable Tuner Mount
Adapter in combination, the WRR-855S
can be easily attached to the Sony
Camcorder.
Weatherproof structure
By properly mounting the WRR-855S to
the optional BTA-801 Portable Tuner
Mount Adapter and attaching the two
supplied antennas, a weatherproof structure
is obtained.
Selectable squelch
The squelch can be easily turned on or off
with the panel switch.
Tone-squelch circuit for noise
elimination
The unit uses a built-in squelch circuit to
selectively receive the desired RF carrier
accompanied by the tone signal from the
transmitter.
Compander system
A compander (compressor/expander)
system enables stabilized wireless
transmission over a wide dynamic range.