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The Shure PA411 Antenna Combiner distributes DC power and RF signal
for up to four Shure PSM

®

300 transmitters. The compact half-rack system

significantly reduces the amount of antennas and power supplies needed
when using multiple systems.

Included Components

(1) PA411 Antenna Combiner

(1) 1-to-4 Power Distribution Cable

(1) PS60 Power Supply

(1) Rack Mounting Kit

(1) BNC Bulkhead Adapter

(4) 22-inch BNC-BNC Coaxial Cables

Note:

Antenna is not included. Please use the antenna that shipped with the

PSM transmitters or other antenna from the appropriate frequency range.

Front and Rear Panels

ྛ ྜ

POWER INPUT

POWER OUT

RF ANTENNA INPUTS

① RF Output Antenna Connector
Use the ¼ wave antenna supplied with the P3T transmitter, or any other Shure antennas that cover 470-865 MHz

② RF LED Indicators

Green :

RF signal present

Red:

RF signal overload

③ Power LED

Green :

Power on

Green/red flashing:

Power output overload

④ Power Switch

⑤ Power Input
Requires a Shure PS60 power supply

⑥ Power Output
Requires a Shure PS411-PC power distribution cable to deliver power to transmitters

⑦ RF Inputs
Connect to transmitter RF outputs

Power and RF Connections

1. Connect the Shure PS60 power supply to a power outlet and to the power input on the PA411.

2. Connect the 1-to-4 power cable to the DC power output on the PA411.

3. Connect a power terminal from the 1-to-4 power cable to each P3T transmitter power input.

4. Connect an antenna to the P3T antenna output on the front panel. Acceptable antennas include the ¼-wave antenna supplied with the P3T transmitter or

any Shure antennas that cover 470-865 MHz.

5. Connect each P3T antenna output to an antenna input on the PA411, using BNC coaxial cable.

Shure Incorporated

PA411

 Antenna Combiner

2017/10/31

2/4

Summary of Contents for PA411

Page 1: ...S socket outlet with a protective earthing connection 19 To reduce the risk of fire or electric shock do not expose this apparatus to rain or moisture 20 Do not attempt to modify this product Doing so could result in personal injury and or product failure 21 Operate this product within its specified operating temperature range WARNING This product contains a chemical known to the State of Californ...

Page 2: ...470 865 MHz RF LED Indicators Green RF signal present Red RF signal overload Power LED Green Power on Green red flashing Power output overload Power Switch Power Input Requires a Shure PS60 power supply Power Output Requires a Shure PS411 PC power distribution cable to deliver power to transmitters RF Inputs Connect to transmitter RF outputs Power and RF Connections 1 Connect the Shure PS60 power ...

Page 3: ...UA8 554 638 1 2 wave antenna 554 638 MHz UA8 578 638 1 2 wave antenna 578 638 MHz UA8 596 668 1 2 wave antenna 596 668 MHz UA8 596 698 1 2 wave antenna 596 698 MHz UA8 596 714 1 2 wave antenna 596 714 MHz UA8 600 666 1 2 wave antenna 600 666 MHz UA8 626 698 1 2 wave antenna 626 698 MHz UA8 638 698 1 2 wave antenna 638 698 MHz UA8 670 742 1 2 wave antenna 670 742 MHz UA8 710 790 1 2 wave antenna 71...

Page 4: ...ral Communications Commission RF Exposure Notice Antennas used for the purpose of radiating signals are limited to a maximum gain of 14 dBi Each antenna must be positioned to observe minimum sepa ration requirements from all users and bystanders The following guidelines should be used when considering separation distances Antennas must be placed such that under normal conditions personnel cannot c...

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