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Installation Instruction – SW3-627
W24-58-CP-9   

Introduction

 A.

 

The Panorama client patch antenna is a directional wall or 
mast mounted antenna covering 2.4 & 5GHz for WIFI / WLAN 
applications. 

This antenna can be used for point to point or wide area 
coverage applications as it has wide beam width in both azimuth 
and elevation planes. Two or more of these antennas can be 
used to provide MiMo function or for sectored operation.

The antenna is supplied with a 90 degree adjustable wall / mast 
mount angle bracket to give optimal mounting fl exibility.

SW3-627 - Document Version 1.0

Mounting requirements and selecting location

B.

Ensure that the selected mounting location can be safely accessed with the equipment that you have avail-
able and mount the antenna so that it has at least 300mm (12”) of clearance from all obstructions if possi-
ble. 

The antenna can be mounted so as to acheive horizontal or vertical polarisation by following the orientation 
arrows on the reverse of the antenna. For vertical polarisation when mounted externally the antenna should 
always be mounted with the connector facing downwards. 

The antenna can be mast mounted using a jubilee clip (not supplied)

The supplied mounting bracket allows for 90 degrees of orientation adjustment (45 degrees each way from 
centre) assuming that the antenna is mounted to a fl at wall.

For MiMo operation multiple antennas can be co-located. The optimal relative positioning is by vertical sepa-
ration an minimum distance of 150mm (6”).

Prepare and drill holes

C.

The antenna can be mounted via the supplied mounting bracket which features 4x 4.2mm (0.16”) holes to suit 
4mm / (No.8) screws. The appropriate screw will depend upon the mounting surface. Before drilling ensure that 
it is safe to drill into the mounting surface.

The supplied bracket can be disassembled and used as a template for drilling the holes.

Fitting the antenna

D.

Fully tighten the mounting hardware, ensuring the antenna direction is correct. The SMA connector joint 
should be waterproofed with a weatherproof electrical tape (self amalgamating type is recommended) allow-
ing a signifi cant overlap of each turn and ensuring that the overlap is in the opposite direction to predicted 
water fall. 

Routing and terminating coaxial cable(s)

E.

Route  extension cable to equipment, taking care to avoid causing a hazard. Where the cable is routed into an 
enclosure or building a ‘drip loop’ should be considered ahead of the entry point.

Commission and test

F.

Check comms cable(s):

  • Carry out VSWR check, should measure <2.0:1.

European Waste Electronic Equipment 

Directive 2002/96/EC

Please  ensure  that  your  old  Waste  Electricals  and  Electronics  are  recycled  do  not  throw  them 
away into standard waste.

RF Safety Note 

This antenna should be mounted in such a way that no person is within 30cm (12”) of the 
antenna during use.

Notices

G.

RoHS 2:

 EU RoHS compliance is declared per Directive 2011/65/EU and its subsequent amend-

ments. Homogeneous materials composing parts that are compliant with this legislation have less 
than 0.1% by weight each of lead, mercury, hexavalent chromium, PBB, and PBDE, and 0.01% by 
weight of cadmium. In situations where an exemption applies, the preceding limits, corresponding 
to the exempted substance(s), may be higher.

Waiver: This document represents information compiled to the best of our present knowledge. It is not intended to as a representation or warranty of fi tness 

of the products described for any particular purpose. This document details guidelines for general information purposes only. Always seek specialist advice 

when planning installations and ensure that antennas are always installed by a properly qualifi ed installer in compliance with local laws and regulations.

SW3-627

-www

.panorama-antennas.com

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Important Safety Note 

This antenna is a electrical conductor and should not be mounted in a location where it or the 
installer may contact over-head powerlines. For locations vulnerable to lightning fi tment of an inline 
surge arrestor should be considered.

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