Item # UA844+SWB
FIVE-WAY ACTIVE ANTENNA SPLITTER & POWER DISTRIBUTION FOR QLX-D, ULX-D, SLX-D, & BLXR

Item # UA844+SWB
FIVE-WAY ACTIVE ANTENNA SPLITTER & POWER DISTRIBUTION FOR QLX-D, ULX-D, SLX-D, & BLXR
- UM: EA
- Estimated Weight: 9.0
- Brand: SHURE
The Shure UA844+SWB is a UHF wideband antenna distribution system designed to expand wireless microphone setups by distributing RF signals from a single pair of antennas to multiple receivers. It supports up to five wireless receivers per unit and compensates for insertion loss through RF signal amplification. Operating within the 470-960 MHz frequency range, the UA844+SWB is compatible with Shure's QLX-D, ULX, ULX-D, SLX, and BLX4R receivers. The system includes front-mounting antenna hardware, rack-mounting hardware, an external power supply, and multiple BNC cables for seamless integration. Its rugged construction ensures durability, making it an ideal choice for AVL integrators and dealers seeking reliable antenna distribution solutions.
UA844+ is also available without cable: UA844+xx/LC
UA844+xx replaces UA844xx. Antenna Splitter and Power Distribution System for receivers, 4-way active antenna splitter plus cascade port, different frequency versions available, external power supply.
Features
Front-mounting antenna hardware
Rack-mounting hardware
External power supply
Antenna cables for receiver connections
Power Requirements |
14 to 18 V DC |
DC Output |
14 to 18 V DC (x4) |
Output Current |
Combined total from all DC outputs 2.5 A, maximum |
Operating Temperature Range |
-18°C (0°F) to 63°C (145°F) |
Dimensions |
45 x 483 x 172 mm (H x W x D) |
Net Weight |
1.62 kg (3.6 lbs) |
Connector Type |
BNC |
RF Frequency Range |
model dependent, 174 to 1805 MHz |
Bias Voltage |
15 V DC (150 mA, maximum) (x2) |
Impedance |
50 O |
RF Frequency Range |
model dependent, 174 to 1805 MHz |
Output Intercept Point |
21 dBm, typical |
Connector Type |
BNC |
Impedance |
50 O |
Output Connector Isolation |
30 dB, typical |
Gain |
Input to any output port (Unused ports terminated in 50 Ohm) -1 to +1 dB |
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