General Description; Model Variations; System Components - Shure LEGENDARY PERFORMANCE LEGENDARY PERFORMANCE UA844 User Manual

General Description _____ Accessories
The Shure Model UA844+ is an antenna distribution system that allows
Optional Accessories
for the expansion of wireless microphone systems by splitting one pair of
antennas to multiple receivers. It also amplifies RF signals to compensate
for insertion loss that results from splitting signal power to multiple outputs.
A single UA844+ system can support up to five wireless receivers. A maxi-
mum of five UA844+ systems may be used in a two-tiered configuration.
Model Variations
UA844+ Model Variations
UA844+V
174-216 MHz
UA844+SWB
470-960 MHz
UA844+Z16 1240-1260 MHz
UA844+Z17
1492-1525 MHz
UA844+Z18
1785-1805 MHz
Note: Some units include a power switch on the front panel to meet re-
gional regulations .
System Components
• Front-mounting antenna hardware
• Rack-mounting hardware
• External power supply
• (2) 6 ft. BNC cables
(4) Non-locking DC power cords (OLXD4, SLX4, BLX4R)
• (10) 22 in. BNC cables*
• (4) Locking DC power cords** (ULXD4)
*Model UA844+/LC substitutes (2) 22 in. BNC cables.
**Not included with Model UA844+/LC
9
1 /2 Wave Omnidirectional Receiver Antenna for UA8
improved wireless signal reception
In-Line RF Amplifier compensates for signal loss UA834
over extended cable runs
UA874 Active Directional Antenna for improved UA874
wireless signal reception with greater rejection of
unwanted signals
1 /2 Wave Antenna Remote Mount Kit
UA505
Antenna Rack Panel with Cables and BNC UA440
Adapters
Note: Be sure to select antennas and accessories that are compatible
with the operating frequency range of your wireless system. Contact Shure
or your local retailer for help with selecting the right wireless accessories.
Selecting Antenna Cables
Use 50 ohm low-loss coaxial cable, such as RG-8U. Shure offers pre-
terminated antenna cables ranging from 6 to 100 feet.
NOTE: When ordering cables from Shure, select the low-loss "Z" models
(available for longer cables) when using frequency bands above 1000
MHz.