UNICOM Firetide AO-024-MIMO-8, Firetide 4000-1111, Firetide AO-050-MIMO-9, Firetide AO-050-N, Firetide AOI-245-MIMO-25 User Manual

Antenna & Accessory Guide

For HotPort Mesh Nodes and
HotPoint Access Points

Version 4.0 October 2014

The contents of this manual are subject to change without
notice. Please refer to the Firetide website, www.firetide.com, for
current information.

© 2014 Firetide, Inc. - A Divion of UNICOM Global
HotPort, HotPoint, HotClient, HotView, HotView Pro,
MeshBridge, and AutoMesh are registered trademarks of Firetide,
Inc. - A Divion of UNICOM Global. All rights reserved.

Antenna Selection Guide

Firetide offers the following tested and approved antennas. It is the user’s responsibility to insure compliance with all applicable
laws in the country of operation. Note that some high gain antennas may exceed EIRP limits in some countries. Indoor
antennas have RP-SMA connectors, compatible with Firetide HotPort indoor mesh nodes and HotPoint indoor access points.
The outdoor antennas have N connectors.

Band Omni Panel Sector

Model Gain Page Model Gain Page Model Gain Page

Staging ships w product 3 dBi 6

8

10

11

10

AP20-050-MIMO-19

12

14

AP10-050-MIMO-23

AP5-050-MIMO-28 28 dBi

AP-050-N

23 dBi

19 dBi

23 dBi

16

18

20

21

AS-050-N

AS90-050-MIMO-16T

2.4 GHz

5 GHz

AO-024-MIMO-8 9 dBi

AOI-245-MIMO-25 2.5 dBi

4000-1111

AOI-245-MIMO-25

AO-050-MIMO-9

AO-050-N 10 dBi

7.5 dBi

4.5 dBi

8 dBi

Firetide Connector Chart

Firetide Model Number Antenna Connector Type Firetide Model Number Antenna Connector Type

HotPort 5020-LNK

HotPoint 5100 Indoor AP RP-SMA HotPoint 5200 Outdoor AP N-female

HotPort 7010 Indoor Mesh Node RP-SMA HotPort 7020 Outdoor Mesh Node N-female

16 dBi

14 dBi

N-female

23

24

Firetide Antenna & Accessories Guide | Version 4.0 | October 2014

Page 2.

Accessory Guide

Cable Assembly

CB-015-N Antenna Cable Assembly, 1.5 meter LMR-400 w/ Integrated lightning suppressor N-type

con-nector

CB-015-N-MIMO MIMO Antenna Cable Assembly for 5200 & 7020. 3 in 1 bundled 1.5 meter LMR-400 cables

w/ Integrated lightning suppressor N-type connector

CB-025-N-MIMO MIMO Antenna Cable Assembly for 5200 & 7020. 3 in 1 bundled 2.5 meter LMR-400 cables

w/ Integrated lightning suppressor N-type connector

CB-050-N

CB-C-015-N Antenna Cable Assembly, 1.5 meter LMR-400

CB-C-015-N-MIMO MIMO Antenna Cable Assembly for 5200 & 7020. 3 in 1 bundled 1.5 meter LMR-400 cables

CB-C-025-N-MIMO MIMO Antenna Cable Assembly for 5200 & 7020. 3 in 1 bundled 2.5 meter LMR-400 cables

CB-C-050-N Antenna Cable Assembly, 5 meter LMR-400

Power Source & Cables

PO-010-N 7000 series outdoor rated 10 meter North America AC power cable

PO-010-E 7000 series outdoor rated 10 meter EU and Korea AC power cable

PO-010-C

PO-010-U

7020-1001 6 pin Female DC power connector for HotPort 7000 series

7020-1002

SP-POE-1

Antenna Cable Assembly, 5 meter LMR-400 w/ Integrated lightning suppressor N-type
connector

7000 series outdoor rated 10 meter China, Australia and New Zealand AC power cable

7000 series outdoor rated 10 meter UK, Singapore AC power cable

RF Terminator - 50 ohms - N male

Indoor power injector for powering 5200/ 5020 series products

Mounting Solutions

MT-7100

SP-MNT-01

Spare Parts (Replacement Parts)

SP-7200-03 7020 series Replacement outdoor clawtooth mounting kit

SP-7200-04 7020 series outdoor rated replacement 5 meter North America AC Power cable

SP-7100-01

SP-7200-02

HotPort 7000 family indoor mounting kit for wall, upright, ceiling and office panel installation,
10 machine screws

Replacement pa

7000 series Replacement indoor Power Supply Desktop Brick 12VDC

7020 series Replacement weatherized field installable ethernet RJ45 connector

rt for new panel antenna mounting bracket

Firetide Antenna & Accessories Guide | Version 4.0 | October 2014

Page 3.

Waterproofing Instructions

Most antenna problems are caused by coaxial cable connections that
loosen due to vibration, allowing moisture to penetrate the
connector interface. Firetide recommends that all outdoor cable
connections be weatherproofed using butyl mastic, shown in Figure

1. Butyl mastic is a stretchy, slightly sticky material which bonds to
itself and remains flexible. A layer of electrical tape is used under­neath to keep the connection clean and make disassembly easier.

Materials Needed:

tPliers
tUtility knife
tVinyl electric tape
tRubber splicing/mastic tape (a.k.a. self-amalgamating, self-

sealing, self-fusing, non-vulcanized)

Waterproofing the Antenna Connection

Step 1

Ensure the connector and cables are free of foreign substances such
as oil, water, grease, or dirt. Fasten connectors securely together.
Use pliers to tighten. Then verify that Firetide node is working, us­ing HotView™ mesh management software.

Step 2

Tightly wrap a layer of electrical tape, STICKY SIDE OUT, over the
connector from base of unit to one inch over the cable. When
wrap-ping, the tape should overlap about 40% of the previous turn
on each turn. This layer of electrical tape will ease removal of the
mastic tape from the connector if required. Figure 2 shows the use
of a pencil as a wrapping aid if space is tight.

Fig. 1

Fig. 2

Fig. 3

Step 3

Tightly wrap a layer of butyl rubber splicing (mastic) tape over the
electrical tape. Overlapping the tape about 40% on each turn, start
from base of unit and extend at least one inch on to the cable
sheath, as shown in Figure 3.

The key to a good watertight connection is to maintain a high level
of tension and stretch in the butyl rubber.

Step 4

Tightly wrap a layer of electrical tape over the butyl rubber mastic
layer. Then wrap a second layer of electrical tape.The result should
look like Figure 4. The outer layers of electrical tape prevent the
mastic from melting in very hot weather.

Your antenna connector is now weatherized. Next, weatherize the
connection from the cable to the Firetide node.

Fig. 4

Firetide Antenna & Accessories Guide | Version 4.0 | October 2014

Page 4.

Fig. 5a

Waterproofing the Cable to Node Connections

Waterproofing the connection of the cable to the lighning supressor
and the lightning suppressor to the Firetide node is essentially the
same process as the antenna connector.

Step 5

Wrap a layer of electrical tape, STICKY SIDE OUT, around the
supres-sor-to-node connection, as shown in Figure 5b and 5c. Repeat
for the cable-to-suppressor connection.

Fig. 5b

Fig. 5c

Fig. 6

Step 6

Using plenty of tension, tightly wrap a layer of butyl rubber splicing
(mastic) tape over the electrical tape. Overlapping the tape about 40%
on each turn, start from base of unit and extend at least one (1) inch
on to the cable sheath, as shown in Figure 6.

The key to a good watertight connection is to maintain a high level
of tension and stretch in the butyl rubber.

Step 7

Tightly wrap two layers of electrical tape over the butyl mastic,
sticky side in, as shown in Figure 7.

Your system is weatherized. Don’t forget to leave a drip loop when
installing the Firetide node and antenna.

Fig. 7

Firetide Antenna & Accessories Guide | Version 4.0 | October 2014

Page 5.

Firetide 2.4 and 5.X GHz Dipole Staging Antenna

The Firetide 2.4 and 5.X GHz Dipole staging antenna is shipped with
the Firetide HotPort and HotPoint product line. These 3dBi indoor
omnidirectional antennas assist in the network staging process and
their easy-on-eye appearance blends smoothly with the Firetide
hardware.

NOTE: Staging antenna designed for indoor use only and
recommend-ed application is to use in network staging process.

continued on next page

Order Number

2.4 and 5.X GHz Dipole*

*staging antenna ships with products

2300–2500 MHz: VPol.

Electrical Specifications Value

Frequency Range 2.4 – 5.X GHz

Gain 3 dBi

Radiation Pattern Omnidirectional

VSWR (Voltage Standing Wave Ratio)

Impedance 50 Ω

Polar

ization

Operating Temperature -20°C – 65°C

Mechanical Specifications

Connector Type RP-SMA

≤ 2.0

Vertical

2500–2700 MHz: VPol.

H Plane

E Plane

Firetide Antenna & Accessories Guide | Version 4.0 | October 2014

Page 6.

Firetide 2.4 and 5.X GHz Dipole Staging Antenna

continued from previous page

Firetide Antenna & Accessories Guide | Version 4.0 | October 2014

Page 7.

Firetide A0-024-MIMO-8 Omnidirectional Antenna

The Firetide A0-024-MIMO-8 8dBi omnidirectional antenna is
designed to provide maximum performance and reliability under
the toughest weather conditions. The antenna features a UV-stable,
vented radome that provides ultimate protection against weather
elements. This antenna can be mast or ceiling mounted.

Benefits

• Vented system design. Provides reliable performance by
protecting the electrical design against extreme moisture
and/or temperatures.
Thread relief on connector. Improved accessibility for•
taping reduces installation time and improves overall
effectiveness.
Internal o-ring seal in the base of the antenna with•
integrated connector at the base. Assures a watertight
seal to prevent water from migrating into the antenna
connector.

Features

High gain, low VSWR•
Small size, light-weight•
Sealed with fiberglass•
Suitable for 2.4 GHz WLAN, Wi-Fi system•
Wireless interface supported: IEEE802.11b,g,n•
Three 2.4 GHz ports•

Order Number

AO-024-MIMO-8

continued on next page

Electrical Specifications Value

Frequency Range 2400—2500 MHz

Bandwidth 100 MHz

ain

G

amw

idt

h

Be

Electrical Downtilt 10

solation

I

VSWR (Voltage Standing Wave Ratio)

Impedance 50

Polarization Vertical

Max. Power 20 W

Mechanical Specifications

Connector Type N-Female

Dimensions Ø145 mm x 600 mm

Weight 2 Kg

Pole Diameter Ø40 mm – Ø79 mm

9 dBi

E-Plane 10°
H-Plane 360°

°

≤ 25 dB

≥ 1.5

Ω

E-Plane

H-Plane

Firetide Antenna & Accessories Guide | Version 4.0 | October 2014

Page 8.

Firetide A0-024-MIMO-8 Omnidirectional Antenna

continued from previous page

145 mm

145 mm

600 mm

600 mm

Antenna

"L" type bracket

Mast
(supplied
by customer)

Firetide Antenna & Accessories Guide | Version 4.0 | October 2014

Page 9.

Firetide AOI-245-MIMO-25 Antenna

Firetide AOI-245-MIMO-25 antenna is a dual-band, MIMO,
ceiling mount antenna designed to provide maximum vertical
polarization. This high performance antenna reduces overhead
clearance requirements and comes in an attractive enclosure. At
an affordable price ,

this antenna is an ideal choice for building
public safety, retail establishments, enterprise networks, public
“hot spots” and facilities anagement. It comes with a steel
mounting kit.

Applications

2.4G/5G WLAN system•
Support IEEE802.11a/b/g/n•
Indoor hotspot coverage•

Features

Suitable for indoor use•
Ceiling mount•
Space diversity, MIMO technique•

continued on next page

Order Number

AOI-245-MIMO-25

Electrical Specifications Value

Frequency Range 2400–2500/5150–5850 MHz

Bandwidth 100/700 MHz

Gain 2.5/4.5 dBi

VSWR (Voltage Standing Wave Ratio)

Impedance 50 Ω

Polarization Vertical

Max. Power 50 W

Mechanical Specifications

Connector Type RP-TNC Male/Custom

Dimensions 145 mm x 42 mm

Weight 300 g

Mounting Ceiling Mount

Firetide Antenna & Accessories Guide | Version 4.0 | October 2014

≤ 1.8/2.0

2.4 GHz E Plane

5 GHz E Plane

2.4 H Plane

5 GHz H Plane

Page 10.

Firetide AOI-245-MIMO-25 Antenna

continued from previous page

Firetide Antenna & Accessories Guide | Version 4.0 | October 2014

Page 10b.

Firetide 4000-1111 2.4 GHz Omnidirectional Antenna

This 7 dBi omnidirectional antenna is designed to provide
maximum performance and reliability under the toughest
weather conditions. The antenna features a UV-stable
radome that provides protection against weather.

Typical Value

Frequency Range 2.4-2.5 GHz

Gain 7.4 dBi

Nominal Impedance 50 ohms

VSWR 1.5 Max

Radiation Pattern Omnidirectional

Vertical Beam Width 20°

Polarization Vertical

Connector N, female

Operating Temp Range -20°C to 65°C

Wind Survival 150 MPH

Equivalent Flat Plate Area 7.1 sq. in.

Lateral Thrust @ 125 MPH NA

Bending Moment @ 125
MPH

Height 17.5 inches (440 mm)

Mounting Base Diameter 1 inch (25 mm)

Weight 0.3 lbs (0.12 kg)

NA

rder N

O

4000-1111

umber

Side View Beam Pattern

Firetide Antenna & Accessories Guide | Version 4.0 | October 2014

Page 11.

Firetide A0-050-MIMO-9 Omnidirectional Antenna

The Firetide A0-050-MIMO-9 omnidirectional antenna is
designed to provide maximum performance and reliability
under the toughest weather conditions. The antenna features
a UV-stable, vented radome that provides ultimate protection
against weather elements. This antenna can be can be mast or
ceiling mounted.

Benefits:

• Vented system design. Provides reliable performance by

protecting the electrical design against extreme moisture
and/or temperatures.
Thread relief on connector. Improved accessibility for•
taping reduces installation time and improves overall
effectiveness.
Internal o-ring seal in the base of the antenna with•
integrated connector at the base. Assures a watertight seal to
prevent water from migrating into the antenna connector.

Applications:

5 GHz Wlan, Wi-Fi system•
IEEE 802.11a,n•
Three 5 GHz ports•

continued on next page

Order Number

AO-050-MIMO-9

Electrical Specifications Value

Frequency range

Bandwidth 700 MHz

ain

G

amw

idt

ization

h

Be

Electrical Downtilt 10

solation

I

VSWR (Voltage Standing Wave Ratio)

Impedance 50

Polar

Max. Power 20 W

Mechanical Specifications

Connector Type N-Female

Dimensions Ø145 mm x 200 mm

Weight 2 Kg

Pole Diameter Ø40 mm – Ø70 mm

Firetide Antenna & Accessories Guide | Version 4.0 | October 2014

4900 – 6100 MHz

8 dBi

E-Plane 17°
H-Plane 360°

°

≤ 25 dB

≥ 1.8

Ω

Vertical

5 GHz E-Plane

5 GHz H-Plane

Page 12.

Firetide A0-050-MIMO-9 Omnidirectional Antenna

continued from previous page

145 mm

145 mm

600 mm

600 mm

Antenna

"L" type bracket

Mast
(supplied
by customer)

Firetide Antenna & Accessories Guide | Version 4.0 | October 2014

Page 13.

Firetide AO-050-N Antenna

The Firetide AO-050-N antenna is a 12 dBi omnidirectional
antenna designed to provide maximum performance and
reliability under the toughest weather conditions. This antenna
features a UV-stable that provides ultimate protection against
weather elements. They can be mast or ceiling mounted.

Features and Benefits:

Vented system design. Provides reliable performance by•
protecting the electrical design against extreme moisture
and/or temperatures.
Down-tilt Mast mount kit reduces installation time and•
improves overall effectiveness.
Internal o-ring seal in the base of the antenna with•
integrated connector at the base. Assures a watertight
seal to prevent water from migrating into the antenna
connector.

Applications:

5.1/5.5/5.8 GHz WLAN System•

5.8GHz UNII/ISM System•
WiFi Systems•
Multipoint Applications•

Order Number

AO-050-N

Features:

5.1/5.5/5.8GHz Tri-band•
High Gain, Low VSWR•
Supplied With a Down-tilt Mast Mount Kit•

continued on next page

Electrical Specifications Value

Frequency Range 5150—5850 MHz

Bandwidth 700 MHz

Gain 12 dBi

Beamwidth E-Plane 10°

H-Plane 360°

VSWR (Voltage Standing Wave Ratio)

Impedance 50 Ω

zation

Polari

Max. Power 100 W

Mechanical Specifications

Connector Type N-Female or N-Male

Dimensions Ø25 mm x 600 mm

Weight 550 g

Pole Diameter

≥ 2.0

Vertical

≤ Ø60 mm

E-Plane

H-Plane

Firetide Antenna & Accessories Guide | Version 4.0 | October 2014

Page 14.

Firetide AO-050-N Antenna

continued from previous page

Antenna

Splint & Hose Clamp

Mast
≤60 mm diameter
(supplied by customer)

20 mm

570 mm

Connector

Firetide Antenna & Accessories Guide | Version 4.0 | October 2014

Page 15.

Firetide AP-050-N Antenna

The Firetide AP-050-N is a directional panel antenna with
wide spectrum coverage that provides a cost effective
solution for high

volume deployments. With an aluminum
frame and ploycarbonate radome, it is rugged and highly sun
and weather resistant, with an expected service life in excess
of ten years.

It is aesthetic; its small and unobstrusive profile blends
easily with any environment. DC grounding for lightning
protection helps to meet local building codes.

Applications

•

5.1/5.5/5.

8GHz WLAN

Wireless Access systems•

5.8 GHz ISM applications•

•

IEEE802

.11a,g
WiFi•
Wireless Bridges•
Client Antenna•

Features

5.1/5.5/5.8 GHz Tri-band•
High gain•
Low profile•
Light weight•
All weather operation•
DC Ground for lightning protection•
Supplied with a tilt and swivel mast mount kit•

Order Number

AP-050-N

continued on next page

Electrical Specifications Value

Frequency Range 4900–5875 MHz

Gain

Beamwidth E: 11°

VSWR (Voltage Standing Wave Ratio)

Impedance 50 Ω

ization

Polar

Max. Power 50 W

Mechanical Specifications

Connector Type N-Female

Dimensions 306x306x25 mm

Weight 1.4 Kg (with brackets)

Color Whit

Mounting Pole

≥ 23 dBi

V: 11°

≤ 1.5

Vertical or Horizontal

e

E-Plane

H-Plane

Firetide Antenna & Accessories Guide | Version 4.0 | October 2014

Page 16.

Firetide AP-050-N Antenna

continued from previous page

Firetide Antenna & Accessories Guide | Version 4.0 | October 2014

Page 17.

Firetide AP20-050-MIMO-19 Antenna

AP20-050-MIMO-19 is a 19 dBi panel antenna that is best
suited to 5 GHz deployments making it an ideal candidate for
the large city-wide and other video surveillance applications.
This low-profile antenna features rugged design with UV­coated Aluminum alloy and withstands

the challenging

outdoor conditions easily.

Applications

5.8 GHz WLAN system•

5.8 GHz UNII/ISM system•
Point to point, or point to multipoint•

Features

Broad band. 5.1/5.5/5.8/6.1 GHz•
Triple polarization•
MIMO application•
High gain, Low VSWR•
Strong corrosion resistance ability•

continued on next page

Order Number

AP20-050-MIMO-19

Electrical Specifications Value

Frequency Range

Bandwidth 975 MHz

Gain

Horizontal Beamwidth Vertical 22°

Vertical Beamwidth Vertical 14°

F/B Ratio

Isolation

VSWR (Voltage Standing Wave Ratio)

Impedance 50 Ω

Polarization

Max. Power 10 W

Mechanical Specifications

Connector Type 3XN-type Female

Dimensions 305x305x12 mm

Weight 0.8 Kg (w/o clamps)

Mounting Pole

4900—6100 MHz

Vertical 19 dBi
Dual Slant 16 dBi

Dual Slant 20°

Dual Slant 19°

≥ 25 dB

≥ 25 dB

≤ 1.8

±45° and Vertical

E-Plane

H-Plane

Firetide Antenna & Accessories Guide | Version 4.0 | October 2014

Page 18.

Firetide AP20-050-MIMO-19 Antenna

continued from previous page

Firetide Antenna & Accessories Guide | Version 4.0 | October 2014

Page 19.

Firetide AP10-050-MIMO-23 Antenna

AP10-050-MIMO-23 is a dual polarization MIMO antenna
that is best suited to 5 GHz deployments making it an ideal
candidate for the large city-wide and other video surveillance
applications. This low-profile antenna features rugged design
with UV-coated Aluminum alloy and withstands the
challenging outdoor conditions easily.

Applications

5.8 GHz WLAN system

•

5 GHz UNII/ISM system

•

Point to point, or point to multipoint

•

Broad band. 4.9/ 5.1/ 5.5/ 5.8

•

IMO application

M

•

igh gain, Low VSWR

H

•

St

rong corrosion resistance ability

•

GHz

Order Number

AP10-050-MIMO-23

Electrical Specifications

Frequency Range-MHz

Bandwidth

Gain

Horizontal Beamwidth

Vertical Beamwidth

F/B Ratio

Isolation

VSWR

Impedance 50

Polarization

Max. Power 10 W

Mechanical Specifications

Connector Type

Dimensions

Weight

Clamp

Mounting

Value

4900

—

5150

1000

dBi

20.5

°

12

°

12

≥ 30 dB

≥ 27 dB

≤ 2.0

Horizontal and Vertical

2 X

305 x 305 x 12 mm

Kg (w/o clamps)

1

JM-RE +/- 30 ° ele. adj.

Up to 12 cm diameter

—

5150
5500

MHz

22 dBi

°

11

11°

Ω

N-type Female

5500
5900

23 dBi

10 °

10 °

—

Firetide Antenna & Accessories Guide | Version 4.0 | October 2014 Page 20.

Firetide AP5-050-MIMO-28 Antenna

The dual polarized AP5-050-MIMO-28 is a high precision
parabolic dish antenna. The main advantage of this high gain
antenna is the amazing precision for high directivity with
narrow bandwidth. This makes it ideal for point-to-point
links and for WLAN data communications. The antenna
features rugged design with UV-coated aluminum alloy.

Applications

4.9GHz Public Safety System•

5.1/5.5/5.8 GHz WLAN•
Client Antenna•
Wireless Bridge•

Features

High Precise Parabolic Dish•
UV-Coated Aluminum Alloy•
V/H Dual Polarization•
Standard Mounting Kits•

continued on next page

Order Number

AP5-050-MIMO-28

Electrical Specifications Value

Frequency Range

Bandwidth 950 MHz

ain

G

amw

idt

h

Be

F/B Ratio

solation

I

VSWR (Voltage Standing Wave Ratio)

Impedance 50

Polarization Vertical and Horizontal

Max. Power 100 W

Mechanical Specifications

Connector Type N-Female / N-Female

Caliber Size Ø0.6 m

Weight 5.5 Kg

Pole Diameter Ø50–75 mm

Firetide Antenna & Accessories Guide | Version 4.0 | October 2014

4900—6100 MHz

28 dBi

Vertical 5°
Horizontal 5°

≥ 35 dB

≥ 28 dB

≤ 2.0

Ω

E-Plane

H-Plane

Page 21.

Firetide AP5-050-MIMO-28 Antenna

continued from previous page

407

950

252

Firetide Antenna & Accessories Guide | Version 4.0 | October 2014

Page 22.

Firetide AS-050 Specifications

Firetide AS-050 Specifications

The Firetide AS-050-N is a directional 90-degree sector antenna
with wide spectrum coverage that provides a cost effective solution
for high volume deployments. To insure good coverage, it offers
null fill in the elevations plane. With an aluminum frame and
plastic radome, it is rugged and highly sun and weather resistant,
with an expected service life in excess of ten years.

It is aesthetic; its small and unobtrusive profile blends
easily with any environment. DC grounding for lightning
protection helps to meet local electrical building codes.

Order Number
AS-050-N

Typical Value

Frequency Range 4.9–6.1 GHz

Gain 16 dBi

Nominal Impedance 50 ohms

VSWR 1.8 Max

Radiation Pattern Directional

Vertical Beamwidth
Horizontal
Beamwidth

Front-Back Ratio 25 dB

Polarization Linear, Vertical

Connector N type

Operating Temp Range -40°C to 70°C

Wind Survival NA

Equivalent Flat Plate Area NA

Lateral Thrust @ 125 MPH NA

Bending Moment @
125 MPH

Size 22.6 × 3.7 × 2.1 inches

Mounting Base MNT-22 (pole)

Weight NA

8°
90°

NA

(573 × 95 × 53 mm)

E-plane Beam Pattern

H-plane Beam Pattern

Firetide Antenna & Accessories Guide | Version 4.0 | October 2014

Page 23.

Firetide AS90-050-MIMO-16T Antenna

AS90-050-MIMO-16T is a triple polarized directional
90-degree sector antenna. The triple polarization provides
highest level of efficiency with

minimum interference for
optimum decorrelation. The radome is made of strong
corrosion-resistant material to withstand tough outdoor
environment.

Applications

5.8 GHz WLAN system•

5.8 GHz UNII/ISM system•
Point to point or point to multipoint•

Features

4.9/5.5/5.8/6.1 GHz•
Triple polarization•
MIMO application•
Medium gain, Low VSWR•
Strong corrosion resistance ability•

continued on next page

Order Number

AS90-050-MIMO-16T

Electrical Specifications Value

Frequency Range 4900–6100 MHz

Bandwidth 1200 MHz

Gain 14 dBi

Beamwidth Vertical 8°

Horizontal 90°

Isolation

VSWR (Voltage Standing Wave Ratio)

F/B Ratio

Impedance 50 Ω

Polarization

Max. Power 10 W

Mechanical Specifications

Connector Type 3 × N-Female

Dimensions 270 × 270 × 36 mm

Weight 1.8 Kg (without clamps)

Mounting Pole

Firetide Antenna & Accessories Guide | Version 4.0 | October 2014

≥ 25 dB

≤ 1.8

≥ 20 dB

±45° and Vertical

E-Plane

H-Plane

Page 24.

Firetide AS90-050-MIMO-16T Antenna

continued from previous page

Firetide Antenna & Accessories Guide | Version 4.0 | October 2014

Page 25.

Firetide MT-7100 Bracket

Order Number

MT-7100

Firetide Antenna & Accessories Guide | Version 4.0 | October 2014

Page 26.

Firetide SP-7200-03 Mounting U-bolt Kit

.0, 40mm hex bolts

M6x1

•

.0, 20mm hex bolts

M6x1

•

M6 Nuts, SS•
M6 Flat Washers•
M6 Split Lock Washers•

ting U-bolts, 80mm

Moun

•

w-tooth Pole Gripper Saddles

Cla

•

M6 Wrench•

Order Number

SP-7200-03

Mounting U-bolt, 80 mm

Claw-tooth Pole Gripper Saddle

M6 Wrench

Firetide Antenna & Accessories Guide | Version 4.0 | October 2014

Page 27.

7020 Universal Mounting Bracket Install Guide

Planning Your Installation

Staging Considerations

Using the provided temporary staging antennas, set up and
test the HotPort nodes indoors, on a bench or table, before
mounting them onto an exterior wall or pole. Pre-configure
the nodes so that they are all on the same RF channel, etc. Use
HotView Pro to
small mesh network. Test the network settings you plan to

1. Check to see that all nodes are visible in HotView Pro. If

use.

not, troubleshoot per directions in the HotView Reference
Guide.

2. Set the Country Code for your country of operation.

3. Re-v

Important! The staging antennas provided with Firetide
outdoor
MUST be replaced with outdoor-rated antennas as soon as
the mesh is staged and operational. The staging antennas are
NOT waterproof and NOT moisture resistant. If used
outdoors, the antennas may fail.

and ordering
For reference, your Firetide CD has a copy of Firetide’s
Antenna & Accessory Guide.

Other Important Considerations

• A lightning surge suppressor MUST be used. Some

• Locate the HotPort close to the antenna; a short antenna

• Use non-vulcanized rubber weatherproofing kits to

Preparing Earth Ground

The
ground. Failure to do so may result in equipment
damage, injury, or death. The product warranty does not
cover damages resulting in part or in whole from
improper grounding. Consult your location’s building
and electrical codes regarding antennas and follow them,
or consult the National Electric Code (NEC).

• If connecting HotPort to a tower or pole, connect the

• Connect the grounding cable to rain gutters only if the

erify that all nodes are visible, and verify that dual-

radio nodes have both radios correctly meshed.

HotPort nodes are for temporary use only. They

Contact your Firetide Reseller for assistance in selecting

It is often easier to install all devices onto a pole,•
and then attach the pole to the roof. In many cases,
connecting the devices to a pole already attached to the
roof top can be difficult and dangerous.

antennas include one, otherwise contact your Firetide
Reseller to order

e gives better performance than a longer one. Firetide

cabl
recommends antenna cables less than 3 meters.
The HotPort node and its antenna must both be grounded.•

eatherproof connectors and antennas.

w

HotPort node must be properly connected to earth

base of
to one or more approved grounding rods using 10 AWG
ground wire and corrosion-resistant connectors.

rain gutter is properly connected to earth ground.

configure the HotPort nodes and create a

outdoor antennas suitable for your applications.

a suitable suppressor.

the tower pole directly to the building’s ground or

Ground rods should be copper, 1.8–2.4 m (6–8 ft) long.•

• Install all grounding components in straight lines. If
bends are unavoidable, do not make sharp turns.
Earth-to-ground should not be more than 10 ohms.•

Antenna Placement

Firetide recommends
for MIMO applications. While it is possible to select and
mount six individual antennas, determining correct placement
and spacing is difficult. Use an antenna engineered for best
results with MIMO.

Mounting B

HotPort node ships with a two-piece mounting bracket.
This bracket is of the same design as the HotPort 6202
outdoor bracket, so you can install a 7020 in place of a 6201
or 6202. The assembly is shown below.

The outer piece (the unversal mounting bracket) is secured
by tabs and four thumb screws to the inner bracket, as shown
below.

Thumb screw Universal mounting bracket Thumb

The universal mounting bracket
is the outer of the two-piece
mounting bracket attached to
the back of the HotPort unit.

continued on next page

the use of antennas specifically designed

racket

Bottom view of a Firetide HotPort

screw (attached by thumb screws
to the inner bracket)

The universal mounting bracket
is secured by tabs and thumb
screws to the above shown inner
bracket.

Firetide Antenna & Accessories Guide | Version 4.0 | October 2014

Page 28.

continued from previous page

Mounting the HotPort
Using the Universal Mounting Bracket

Firetide’s HotPort can be mounted to a wall or onto a vertical
or horizontal pole. The HotPort’s universal mounting bracket
provides holes and slots for use with the provided mounting
kit or for straps (not included) or other mounting methods.
Before mounting, keep in mind that adequate space is needed
around the mounting bracket to allow the HotPort unit to
slide onto it and to enable cable connections.

Remove the Universal Mounting Bracket from the
HotPort

attached to the HotPort node. To remove the universal
bracket, first loosen the four thumb screws, two on each
side, then slide the universal bracket toward the connector
side of the HotPort node and lift off.

Wall

Mount the universal mounting bracket to a wall using two
holes near the top and two holes near the bottom of the
universal bracket. Use appropriate screws (not provided) and
anchors as required by wall construction and materials to
safely and securely support the HotPort. Once the universal
bracket has been mounted, attach the HotPort by reversing
the bracket removal procedure.

Pole Mounting

POLE 37–50 MM DIAMETER
Use Firetide’s SP-7200-03
each HotPort, to mount the universal mounting bracket onto
a 37–50 mm diameter pole.

1. Using claw-tooth gripper saddles, washers, split washers

2. Use the position of screw slots in the universal mounting

3. Once properly positioned, securely tighten the two u-bolts

4. There should be about 12–15 mm (1/2–5/8”) of u-bolt

5. Slip a flat washer onto each of four u-bolt ends.

6. Attach the universal bracket by positioning the u-bolt

7. Recheck all nuts for adequate tightness. Confirm that the

8. Attach the HotPort to the universal mounting bracket by

The universal mounting bracket is shipped

Mounting

u-bolt mounting kit, provided with

then nuts, install the two u-bolts onto the mounting pole.

mporarily allow enough play to snuggly slide or spin

Te
the u-bolts on the pole.

bracket as a guide to correctly position the two u-bolts on
the pole. For mounting stability, target screw slots that will
allow the u-bolts to be positioned far from each other.

to the pole.

threaded end sticking out beyond each nut. This is the
bolt length needed to mount the universal bracket. If the

engths are longer, then on each u-bolt end, install a

l
second nut until there is 12-15 mm of thread between the
second nut and u-bolt end (see photos at right).

ends into the bracket’s screw slots. Use washers, then lock
washers and nuts to secure the universal bracket to the u­bolts.

universal bracket does not slip or turn on the pole.

rsing the bracket removal procedure.

reve

Universal mounting bracket attached to pole using u-bolts

12–15 mm

U-bolt* mounted on pole—note
addition of secondary nuts
(circled) to meet 12–15 mm
bolt length required by the
universal mounting bracket.

Universal mounting
bracket mounted onto a
pole using two u-bolts*
with additional secondary
nuts.

* photos for quick reference only
—all u-bolts should be
secured using proper washers
& lock washers in addition to
nuts.

The HotPort universal
mounting bracket can be
mounted on vertical and
horizontal poles using u-bolts*
or other proper fastening
hardware.

POLE GREATER THAN 50 MM DIAMETER
Use appropriate mounting

straps (not included) or other
secure means to mount a HotPort universal mounting
bracket onto a 50 mm (2.0”) or larger diameter pole,
irregularly shaped pole, or light pole.

1. Position the universal mounting bracket against the pole.

2. Wrap a mounting strap around the pole and through

the vertical slots located near the top of the universal
mounting bracket.

3. Do the same with a second strap but this time use the

vertical slots near the bottom of the universal bracket.

4. Secure the mounting straps so that the bracket will not

slip or turn on the pole.

5. Attach the HotPort to the universal mounting bracket by

rsing the bracket removal procedure.

reve

Firetide Antenna & Accessories Guide | Version 4.0 | October 2014

Page 29.

Firetide Multiple Mount

t

Moun

•
ting Clamp Saddle

Moun

•

40 Bolts, with Flat and Lock Washers

M8x1

•

Does not include wall mounting expansion bolts or•

straps/worm gear clamps

pole

Order Number

SP-MNT-01

Mounting Clamp
Saddle with
M8x140 bolts,
flat and lock
washers

Multiple
Mount Unit

WALL MOUNTING

(expansion screws not
included)

POLE MOUNTING

50–120 mm

pole
diameter

Firetide Antenna & Accessories Guide | Version 4.0 | October 2014

MAST MOUNTING

pole or mast greater than
120 mm diameter
(s

traps/worm gear

clamps not included)

Page 30.

Installation Tips

An antenna is one of the most critical components in any RF
communications system. Its performance determines the quality
and the continuity of data flow in both directions.

Antenna Basics

The ideal antenna radiates the signal in all directions equally,
like a sphere. Most real-world antennas are designed to con­centrate or focus the radio signal in the preferred direction(s).
The areas of focus are called beams or lobes. A common analogy
is to compare an antenna to a sprinkler at the end of a hose.
There is only so much water coming out of the hose but we can
spread the water out or focus it to throw the water farther in a
specific direction. The total is the same. The spray pattern can
vary.

The gain of an antenna is the degree of concentration it has.
This is usually expressed as a ratio, comparing the antenna
to the ideal spherical one. This ratio is called ‘dBi’. Real-world
measurements of gain takes into consideration the losses in the
antenna as well as its directional capabilities.

A High Gain Antenna has greater directivity, i.e. it propagates
RF energy more in one direction than others. This increases
range and reduces the possibility of RF interference with other
systems.

Selecting Antennas

In general, use the lowest-gain antenna adequate for the appli­cation. Do not go for gain indiscriminately. Choose an antenna
that has an elevation beamwidth sufficient to cover all nodes,
both near and far away.

For long distances - 1/2 mile or more - directional high gain
antennas must be used. These antennas must be as high as pos­sible, and above obstructions such as trees and buildings. They
must be aligned so their main lobes are directed at each other.
High gain directionals have to be carefully aimed both in direc­tion and elevation. Regulations regarding maximum antenna
gains vary from country to country. It is the responsibility of the
end user to operate within the limits of these regulations.

Antenna Characteristics

t3BEJBUJPO1BUUFSO'BS'JFME5IFåFMEQBUUFSOBUMBSHF

distances. The far-field is also called the radiation field and is
most important.

t.BJO-PCF#FBN5IFEJSFDUJPOPGNBYJNVNJOUFOTJUZ

t4JEF-PCFT#FBN5IFSBEJBUJPOMPCFTJOBOZEJSFDUJPOPUIFS

than that of the main lobe.

t#FBNXJEUI5IFBOHMFXIFSFUIFNBKPSJUZPGUIFQPXFSJT

radiated, usually defined as the angle between two half-power
(-3 dB) points on either side of the main lobe of radiation.

t'SFRVFODZ#BOEXJEUI5IFSBOHFPGGSFRVFODJFTXJUIJO

which the performance of the antenna, with respect to
some characteristics, conforms to a specified standard. i.e.

802.11a,b&g

Physical Obstacles

Any physical object in the path between two antennas can cause
signal attenuation. Common obstructions for outdoor
installations include buildings and trees. Walls, whiteboards,
metal objects and reflective glass between the two antennas are
physical obstructions.

Firetide Antenna & Accessories Guide | Version 4.0 | October 2014

Page 31.

Caution! Risk of electric shock!

POWER LINES CAN BE LETHAL

Every year, people are killed by touching overhead power lines with
metal poles or objects. Don’t be one of them.

Do not install any HotPort product where contact with power lines can
be made. People may be injured or killed if they are touching or holding
any part of equipment when it contacts electric lines. Make sure there is
NO possibility that equipment or personnel can come in contact directly
or indirectly with power lines.

ASSUME ALL OVERHEAD LINES ARE POWER LINES

The distance from a pole or antenna to the nearest power line should
be at least twice the total length of the pole/antenna combination.
This will ensure that the pole will not contact power if it falls either
during or after installation.

TO AVOID FALLING, USE SAFE PROCEDURES WHEN
WORKING AT HEIGHTS ABOVE GROUND

t Select locations that will allow a safe and simple installation.

t Assemble and test the antenna, HotPort unit, and all clamps and

cables on the ground, before putting the mast or tower up.

t %POUXPSLBMPOF

t Use approved non-conducting ladders, shoes, and other safety

equipment. Make sure all equipment is in good repair.

t If a tower or pole begins falling, don't attempt to catch it. Stand back

and let it fall.

t If antything such as a wire or pole does come in contact with a power

line, DON’T TOUCH IT OR ATTEMPT TO MOVE IT. Instead, save
your life by calling the power company.

t MAKE SURE ALL TOWERS AND POLES ARE SECURELY GROUNDED

AND ELECTRICAL CABLES CONNECTED TO ANTENNAS
HAVE LIGHTNING ARRESTORS.

t The base of the antenna pole or tower must be connected directly to

the building protective ground or to one or more approved grounding
rods, using 10 AWG ground wire and corrosion-resistant connectors.

t Refer to the National Electrical Code for grounding details.

IF AN ACCIDENT SHOULD OCCUR WITH THE POWER LINES

t DON'T TOUCH THAT PERSON, OR YOU MAY BE ELECTROCUTED

Have someone call for medical help immediately!

t Use a non-conductive dry board, stick, or rope to push or drag them

so they no longer are in contact with electrical power.

Firetide Limited End User Product Warranty

Pursuant to all provisions described herein, Firetide antennas are war­ranted for one (1) year from the date of purchase against defects in the
build materials and workmanship. Firetide does not warrant that the
Products will meet any requirements or specifications of any End User
Customer. This warranty applies to Firetide antennas.

The above warranties are void if the alleged defect cannot be verified by
Firetide or if, as determined by Firetide, the product failure was due to
tampering, abuse, misuse, accident, shipping, handling, or storage; or if
the product has been installed, used, or maintained in a manner not
described in the product user manual; or if the product has been altered
in any way; or if product serialization has been altered. Any attempt to
disassemble or repair the product by anyone other than Firetide immedi­ately voids this warranty.

This warranty applies only to the original End User purchaser of the prod­uct and may not be transferred to any other individual or entity.

THE FOREGOING ARE THE EXCLUSIVE WARRANTIES APPLICABLE
TO THE PRODUCT INCLUDING THE SOFTWARE, AND THE
EXCLUSIVE REMEDY FOR DEFECTS IN THE PRODUCT. FIRETIDE
DISCLAIMS ALL OTHER WARRANTIES, WHETHER EXPRESS,
IMPLIED, STATUTORY OR OTHERWISE, INCLUDING BUT NOT
LIMITED TO IMPLIED WARRANTIES OF MERCHANTABILITY,
NON-INFRINGEMENT OR FITNESS FOR A PARTICULAR PURPOSE.
SOME LAWS DO NOT ALLOW THE EXCLUSION OF IMPLIED
WARRANTIES SO TO THAT EXTENT THIS LIMITATION MAY NOT
APPLY TO YOU.

In no event will Firetide be liable for any special, incidental, consequen-tial,
punitive or indirect damages whatsoever

(including, without limitation, damages for loss of profits, business in­terruption, loss of information, or other pecuniary loss) arising out of
the use or inability to use the product or the performance, interruption
or failure of the product, irrespective of the cause of action, even if
Firetide has been advised of the possibility of such damages. Firetide’s
cumulative liability for all claims arising out of or in connection with
this warranty will not exceed the amount paid by the original End User
purchaser to purchase the product. The amounts payable for the prod­uct are based in part on these limitations and these limitations shall
apply notwithstanding the failure of essential purpose of any remedy.
Some jurisdictions do not allow the exclusion or limitation of inciden­tal or consequential damages, so to that extent the above limitations or
exclusions may not apply to you.

By using the product the original End User purchaser agrees to and is
bound by these terms and conditions.

In the event that a product fails to meet this warranty and Firetide’s
authorized reseller is notified in writing of such failure within the
warranty period, Firetide shall, at its own discretion, either repair
the product or replace it with the same or a functionally-equivalent
product free of charge. Replacement products may contain refurbished
materials in whole or in part. Firetide will honor this warranty provided
the product is returned through an authorized Firetide reseller or dealer
with shipping charges prepaid, along with a proof of purchase describ­ing the original purchase date and product serial numbers if applicable.
The authorized reseller must acquire a Return Materials Authorization
(RMA) number from Firetide prior to returning any product. Firetide
does not accept shipments of defective products without shipping
charges prepaid.

Firetide Antenna & Accessories Guide | Version 4.0 | October 2014

Page 32.