8
6
4
5
Coax Cable
7
Figure 2
Using the supplied N-Male to RP-SMA-Male coax cable, connect the Shock-WAV Wi-Fi Signal
Booster to your AP-5131’s radio 1, primary port . (Figure 1 )
2
. Be sure to connect the cable to
the side of the Signal Booster labeled WAP
(Figure 2)
7
.
(Consult your AP-5131’s documentation for more details on the radio ports).
4.2 connecting PoWer
For maximum flexibility and to optimally meet your specific requirements and environment,
the Shock-WAV Wi-Fi Signal Booster can receive power via an Ethernet cable connected to
POE (Power Over Ethernet) injector AP-PSBIAS-1P2-AFR or alternatively directly from a 48V AC-
DC power supply that can be ordered separately from Luxul Wireless (Part No. PS-48VDC).
The optional Motorola Power Injector (Part No. AP-PSBIAS-1P2-AFR), in certain AP-5131 kits, is
an integrated AC-DC converter and 802.3af power injector which requires 110-220V AC power
to combine DC voltage with Ethernet data in a single Ethernet cable, reducing the burden
of installation and allowing optimal WAP and Signal Booster placement in respect to the
intended radio coverage area.
CAUTION:
Using the wrong power solution (including a POE system used with a
legacy Motorola access point) could severely damage the Shock-WAV
Wi-Fi Signal Booster and void the product warranty.
WARNING!:
Do not attempt to connect or disconnect any components while the
Motorola AP-5131 WAP or Shock-WAV signal booster are plugged into
power. Doing so may cause equipment damage and/or physical injury
and will void your warranty
