WLAN Antenna Quick Start

WLAN
Antenna Quick Start
Issue 13
Date 2020-04-21
HUAWEI TECHNOLOGIES CO., LTD.

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Issue 13 (2020-04-21) Copyright © Huawei Technologies Co., Ltd. i

WLAN
Antenna Quick Start Contents
Contents
1 Antenna Description............................................................................................................... 1
2 Antenna Fundamentals..........................................................................................................3
2.1 Antenna Types.......................................................................................................................................................................... 3
2.2 Antenna Angle..........................................................................................................................................................................5
2.3 Antenna Gain............................................................................................................................................................................ 6
2.4 Receiver Sensitivity................................................................................................................................................................. 7
2.5 Beamwidth................................................................................................................................................................................. 8
3 Selection Policy...................................................................................................................... 11
4 Safety Precautions................................................................................................................ 52
4.1 General Safety Precautions................................................................................................................................................52
4.2 Electrical Safety Precautions............................................................................................................................................. 53
4.3 Working at Heights.............................................................................................................................................................. 55
5 27010209 Indoor 2.4 GHz Single-Polarized Directional Antenna (H88 V47 G7)... 56
5.1 27010209 Technical Specifications..................................................................................................................................56
5.2 27010209 Antenna Installation........................................................................................................................................58
5.2.1 Accessories and Tools....................................................................................................................................................... 58
5.2.2 Wall Mounting....................................................................................................................................................................58
5.2.3 Connecting RF Cables...................................................................................................................................................... 59
6 27010210 Indoor 2.4 GHz Single-Polarized Omnidirectional Antenna (H360 V45

G3)................................................................................................................................................62
6.2.2 Ceiling Mounting............................................................................................................................................................... 64
7 27010215 Outdoor 2.4 GHz Single-Polarized Omnidirectional Antenna (H360 V9

G11)............................................................................................................................................. 68
7.2 27010215 Installation Precautions..................................................................................................................................70
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7.3.2 Pole Mounting.................................................................................................................................................................... 72

8 27010219 Outdoor 2.4 GHz Single-Polarized Directional Antenna (H120 V7

G15.5).......................................................................................................................................... 79
8.3.2 Pole Mounting.................................................................................................................................................................... 83
9 27010223 Outdoor 2.4 GHz Single-Polarized Directional Antenna (H90 V7 G17)

.......................................................................................................................................................91
9.3.2 Pole Mounting.................................................................................................................................................................... 95
10 27010812 Outdoor 2.4 GHz Dual-Polarized Directional Antenna (H60 V30 G12)
.................................................................................................................................................... 103
10.1 27010812 Technical Specifications............................................................................................................................. 103
10.2 27010812 Installation Precautions.............................................................................................................................105
10.3 27010812 Antenna Installation................................................................................................................................... 107
10.3.1 Accessories and Tools.................................................................................................................................................. 107
10.3.2 Pole Mounting............................................................................................................................................................... 108
10.3.3 Connecting RF Cables..................................................................................................................................................111
11 27010889 Outdoor 5 GHz Dual-Polarized Directional Antenna (H60 V30 G11.5)

.................................................................................................................................................... 116
11.3.2 Pole mounting............................................................................................................................................................... 121
12 27010890 Outdoor 5 GHz Dual-Polarized Directional Antenna (H15 V15 G19)

.................................................................................................................................................... 129
12.3.2 Pole Mounting............................................................................................................................................................... 134
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13 27010898 Outdoor 2.4 GHz Dual-Polarized Directional Antenna (H60 V7 G16.5)

.................................................................................................................................................... 143
13.3.2 Pole Mounting............................................................................................................................................................... 147
14 27010902 Outdoor 2.4 GHz Single-Polarized Directional Antenna (H120 V6

G14.5)........................................................................................................................................ 155
14.3.2 Pole Mounting............................................................................................................................................................... 159
.................................................................................................................................................... 167
15.3.2 Pole Mounting............................................................................................................................................................... 172

.................................................................................................................................................... 181
16.3.2 Pole Mounting............................................................................................................................................................... 186
17 27010912 Outdoor 5 GHz Single-Polarized Directional Antenna (H100 V5.5 G16)

.................................................................................................................................................... 194
17.3.2 Pole Mounting............................................................................................................................................................... 198
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18 27010913 Outdoor 2.4 GHz Single-Polarized Omnidirectional Antenna (H360

V11.5 G8).................................................................................................................................. 205
18.3.2 Pole Mounting............................................................................................................................................................... 209
19 27011016 Outdoor 5 GHz Dual-Polarized Directional Antenna (H9 V9 G23)....215

19.3.2 Pole Mounting............................................................................................................................................................... 219

.................................................................................................................................................... 228
20.3.2 Pole Mounting............................................................................................................................................................... 234
21 27011332 Outdoor 2.4 GHz Single-Polarized Omnidirectional Antenna (H360

V32 G3)..................................................................................................................................... 243
21.3 27011332 Installing Antennas..................................................................................................................................... 247
22 27011333 Outdoor 5 GHz Single-Polarized Omnidirectional Antenna (H360 V20

G5)............................................................................................................................................. 250
23 27011618 Rail Transportation 5 GHz Dual-Polarized Directional Antenna (H30

V30 G14)................................................................................................................................... 257
23.3.2 Pole Mounting............................................................................................................................................................... 261
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24 27011619 Rail Transportation 2.4 GHz Dual-Polarized Directional Antenna (H35

V35 G12)................................................................................................................................... 268
24.3.2 Pole Mounting............................................................................................................................................................... 272
25 27011668 Outdoor 2.4 GHz and 5 GHz Single-Polarized Omnidirectional

Antenna (H360 V33 G4 and H360 V22 G7)......................................................................280
26 27011792 Indoor 2.4 GHz and 5 GHz Dual-Polarized Directional Antenna (H75
V55 G4 and H75 V50 G6)......................................................................................................286
26.2.2 Wall Mounting............................................................................................................................................................... 289
27 27012045 Vehicle-Mounted 2.4 GHz & 5 GHz Dual-Polarized Directional

Antenna (H75 V65 G5.5 & H80 V40 G6)........................................................................... 295
27.2.2 Wall Mounting............................................................................................................................................................... 297

V30 G14)................................................................................................................................... 300
28.2.2 Wall Mounting............................................................................................................................................................... 304
29 27012048 Rail Transportation 2.4 GHz Dual-Polarized Directional Antenna (H35

V35 G12)................................................................................................................................... 311
29.2.2 Wall Mounting............................................................................................................................................................... 314
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30 27012050 Vehicle-Mounted 5 GHz Dual-Polarized Directional Antenna (H70 V35

G9)............................................................................................................................................. 322
30.2.2 Wall Mounting............................................................................................................................................................... 324
31 27012075 Vehicle-Mounted 2.4 GHz & 5 GHz Single-Polarized Directional

Antenna (H80 V40 G4 & H80 V40 G6).............................................................................. 326
31.2.2 Wall Mounting............................................................................................................................................................... 328
32 27012134 Indoor and Outdoor 2.4 GHz and 5 GHz Dual-Polarized Directional
Antenna (H33 V33 G13 and H33 V33 G13)......................................................................332
32.3.2 Wall Mounting............................................................................................................................................................... 339
32.3.3 Pole Mounting............................................................................................................................................................... 343

V33 G13)................................................................................................................................... 354
33.3.2 Wall Mounting............................................................................................................................................................... 360
33.3.3 Pole Mounting............................................................................................................................................................... 362
.................................................................................................................................................... 373
34.3.2 Wall Mounting............................................................................................................................................................... 378
34.3.3 Pole Mounting............................................................................................................................................................... 386
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35 27012545 Indoor 2.4 GHz and 5 GHz Linear-Polarized Omnidirectional Antenna

(H360 V110 G4 and H360 V110 G5).................................................................................. 398
35.2.2 Ceiling Mounting.......................................................................................................................................................... 401
36 27012565 Outdoor 2.4 GHz & 5 GHz Dual-Polarized Directional Antenna (H35
V35 G12 and H26 V26 G11)................................................................................................. 404
36.3.2 Wall Mounting............................................................................................................................................................... 408
36.3.3 Pole Mounting............................................................................................................................................................... 411
37 27012566 Outdoor 2.4 GHz & 5 GHz Dual-Polarized Directional Antenna (H32
V32 G13 and H15 V15 G17)................................................................................................. 417
37.3.2 Wall Mounting............................................................................................................................................................... 421
37.3.3 Pole Mounting............................................................................................................................................................... 424
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WLAN
Antenna Quick Start 1 Antenna Description
1 Antenna Description
This document describes key parameters and installation methods of antennas

used on Huawei Access Points (APs).
For easy description, the antennas are named according to the following rules.
Figure 1-1 Antenna naming rules
No. Description Value
1 Antenna No. –
2 Installation scenarios ● Indoor: indoor scenarios

● Outdoor: outdoor scenarios
● Rail transportation: vehicle-
ground communication
scenarios
● Vehicle-mounted: wireless
coverage for train
compartments scenarios
3 Frequency band ● 2.4 GHz

Besides the 2.4 GHz and 5 GHz ● 5 GHz
frequency bands, some antennas can
also work on other frequency bands.
This section lists only the frequency
bands used by Huawei APs.
4 Polarization mode ● Single-polarized

● Dual-polarized
5 Antenna type ● Directional antenna

● Omnidirectional antenna
Issue 13 (2020-04-21) Copyright © Huawei Technologies Co., Ltd. 1

WLAN
Antenna Quick Start 1 Antenna Description
No. Description Value
6 Lobe width and gain (typical values) -

● H: horizontal lobe width
● V: vertical lobe width
● G: gain

WLAN
Antenna Quick Start 2 Antenna Fundamentals
2 Antenna Fundamentals
About This Chapter
2.1 Antenna Types

2.2 Antenna Angle
2.3 Antenna Gain
2.4 Receiver Sensitivity
2.5 Beamwidth
2.1 Antenna Types

Antennas are used to transmit or receive radio waves and play an important role
in a WLAN. The following describes how antennas are classified based on different
criteria.
Antenna Classification by Horizontal Radiation Pattern

Antennas can be classified into the following types based on the horizontal
radiation pattern:
● Omnidirectional antenna
– The goal of an omnidirectional antenna is to radiate energy equally in all

directions in a plane (azimuth plane), with a directional pattern in any
orthogonal plane.
– The radiation pattern of an omnidirectional antenna is similar to that of
an incandescent lamp, which radiates visible light in all directions in a
plane.

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● Directional antenna
– A directional antenna radiates its energy more effectively in one (or

some) direction than others. Typically, these antennas have one main
lobe and several minor lobes.
– The radiation pattern of a directional antenna is similar to that of a
flashlight, which radiates visible light towards a specified direction. With
the same radio energy, a directional antenna provides a longer coverage
distance than an omnidirectional antenna in a particular direction.
● Smart antenna
– A smart antenna supports multiple directional radiation patterns and one

omnidirectional radiation mode on a horizontal plane.
– A smart antenna receives signals from transmitters in omnidirectional
mode. Based on the received signals, the smart antenna algorithm can
determine the location of a transmitter and control the CPU to send
control signals to the transmitter in the directional radiation pattern with
the direction of the maximum radiation.
Antenna Classification by Polarization Mode

By polarization mode, antennas are classified to single-polarized antennas and
dual-polarized antennas. Single polarization and dual polarization are essentially
linear polarization, allowing antennas to be horizontally or vertically polarized.
● Single-polarized antenna: can only receive or transmit signals in either the

horizontal or vertical plane at a time. Therefore, more installation space and
maintenance workload are required.
● Dual-polarized antenna: receives and transmits signals in orthogonal mode.

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2.2 Antenna Angle

Antenna angles include the azimuth and downtilt angles, which are formed
between an antenna and the north and horizontal directions, respectively.
There are two antenna types by directionality: omnidirectional and directional
antennas. An omnidirectional antenna receives or transmits signals in all
horizontal directions. Therefore, angles of antennas usually refer to azimuth and
downtilt angles of directional antennas, as shown in Figure 2-1.
A small antenna angle provides a high antenna gain. However, the key to
selecting an antenna gain is to meet signal coverage requirements. The signal
coverage range of an antenna can be controlled by adjusting the antenna azimuth
and downtilt angles.
Figure 2-1 Antenna angles
Related Concepts
● Azimuth angle: defined by a horizontal angle measured clockwise from north.
● Downtilt antenna: formed between an antenna and the horizontal plane.
● Lobe angle: angle between the points in the main lobe that are down from
the maximum gain by 3 dB. For details, see 2.5 Beamwidth.
● Antenna gain: ratio of the power density in a given direction to the power
density of a reference antenna (using an ideal radiation source) in the same
direction. For details, see 2.3 Antenna Gain.

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2.3 Antenna Gain

Definition
Antenna gain is the ratio of the power density in a given direction to the power
density of a reference antenna (using an ideal radiation source) in the same
direction. It is expressed in dBd or dBi.
Physically, a gain is the ratio of the signal output of a system to the signal input of
the same system. If the transmit antenna is an ideal undirectional source, the
input power should be 100 W. If the transmit antenna is a directional antenna
with a gain of 13 dB (20 times), only 5 W (100/20) of input power is required.
That is, an antenna's gain is the amplifier of input power of the undirectional ideal
radiation source.
Antenna gain can be used to measure the capability of an antenna to receive and
send signals in a specified direction, which is one of the most important
parameters to consider when selecting an antenna. The antenna gain is related to
the antenna radiation pattern. If the main lobe is narrow, the side lobe is small
and the gain is high. Figure 2-2 shows the relationship between the main lobe
width and antenna gain.
Under the same condition, a higher antenna gain indicates a longer transmission
distance. In practice, select a proper antenna gain to ensure that beamwidth
matches the target coverage area. If the coverage area is small, select a low-gain
antenna with a wide vertical lobe.
Figure 2-2 Relationship between the main lobe width and antenna gain
Related Concepts
● dBd: unit for measuring the balanced dipole's gain.
● dBi: unit for measuring the radiation source antenna's gain, with equal signal
radiation in all directions. The relationship between dBi and dBd is as follows:
dBi = dBd + 2.15.
● Lobe angle: defined as the angle between the points in the main lobe that are
down from the maximum gain by 3 dB. For details, see 2.5 Beamwidth.
● Ideal radiation source: ideal isotropic antenna, that is, a simple point-shaped
radiation source that provides the same radiation performance in all
directions.

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Formula
Antenna gain = 10lg(Power density of an antenna/Power

density of a reference antenna)
2.4 Receiver Sensitivity

Receiver sensitivity refers to the minimum signal received power on an antenna
port for receivers to accurately decode a given signal. Receiver sensitivity can be
degraded by inter-system interference, affecting the quality of received signals.
Therefore, receiver sensitivity is usually used as a criterion to protect the interfered
system.
Receiver sensitivity is similar to hearing of human beings. In the daily
environment, people with good hearing can capture voice more flexibly. Similarly,
higher receiver sensitivity enables a receiver with higher capability to capture
weak signals. If the signal strength is lower than receiver sensitivity, the receiver
will not receive data.
Factor
● Thermal noise power within the bandwidth range
● Noise factor (NF)
● Minimum signal-to-noise ratio (SNR) required for decoding signals
Formula
S = 10lg(kTB) + NF + SNR
● S: receiver sensitivity, in dBm. A smaller value indicates better performance of
the receiver. A larger value indicates lower performance of the receiver.
● k: Boltzmann constant, in J/K.
● T: absolute temperature, in K. As the temperature increases, receiver
sensitivity becomes larger, degrading receiver performance. Therefore, lower
the ambient temperature as much as possible.
● B: signal bandwidth, in Hz. Higher signal bandwidth represents a larger NF,
higher receiver sensitivity, and therefore lower receiver performance.
● kTB: thermal noise power within the bandwidth range, in Watts.
● NF: noise factor, in dB.
● SNR: signal-to-noise ratio required for decoding signals, in dB. A small value
of the minimum SNR can enhance receiver performance. The minimum SNR is
related to the STA moving speed, wireless environment, and required
communication quality. Minimum SNR requirements are different for wireless
standards and services of the same wireless standard.
Receiver sensitivity of a common 802.11g product is -85 dBm. Wireless products
on the market have -105 dBm receiver sensitivity. Professional receivers provide up
to -120 dBm receiver sensitivity. Receiver sensitivity doubles every time the
transmit power increases by 3 dB. In most cases, the receiver sensitivity value
marked on Wi-Fi devices, such as -83 dBm, is a measurement of receiver sensitivity
at a rate of 11 Mbit/s and a bit error rate (BER) of 10E-5 (99.999%).

WLAN
STAs have lower receiver sensitivity than APs. Therefore, the outdoor coverage
distance is restricted by the STA uplink. If an AP transmits signals at full power,
users may find strong signal strength on STAs but Internet access experience is
poor. To prevent such an issue, reduce the transmit power of the AP to slightly
higher than the receiver sensitivity of the STAs, so that the uplink and downlink of
the STAs have a similar modulation and coding scheme (MCS) level after the link
power budget is completed.
2.5 Beamwidth
Beamwidth is the angular separation between the points in the main lobe that are
down from the maximum gain by 3 dB. The angle is called the lobe angle. An
antenna has horizontal beamwidth and vertical beamwidth, forming a horizontal
lobe angle and a vertical lobe angle, respectively. Beamwidth is a key counter for
directional antennas.
Figure 2-3 shows the radiation pattern of a directional antenna. The signal
strength gradually increases from the blue area to the red area. Figure 2-4 shows
the horizontal and vertical patterns, and beamwidth.
Figure 2-3 Antenna radiation pattern

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Figure 2-4 Beamwidth
When the beamwidth is narrow, the radiation distance is long and the anti-
interference capability is strong.
● When deploying antennas, note that side lobes interfere with peripheral
residential areas. In most cases, main lobe radiation needs to be enhanced,
and side lobe radiation needs to be suppressed. However, in the areas near
the antennas, side lobes are needed to enlarge the coverage distance.
● H-plane half-power beamwidth determines the beamwidth of an antenna in
the horizontal plane. When beamwidth is wide, good signal coverage is
available at the sector boundary. However, when the downtilt angle becomes
larger, beam distortion is more likely to occur, leading to overshoot coverage.
On the contrary, when beamwidth is narrow, signal coverage is poor at the
sector boundary. Increasing the downtilt angle can resolve this issue to a
certain degree, which can prevent overshoot coverage. Base stations in the
downtown are deployed at short intervals and have antennas with large
downtilt angles installed. In this case, antennas with small H-plane half-
power beamwidth are recommended. In the suburbs, antennas with large H-
plane half-power beamwidth are recommended.
● V-plane half-power beamwidth determines the beamwidth of an antenna in
the vertical plane. When beamwidth is narrow, signals that deviate from the
main beam attenuate fast. In this case, it is easier to control the coverage by
adjusting the downtilt angle, therefore improving coverage quality for cells.
Related Concepts
● Main lobe: Antennas have various radiation patterns. Some of them look like
petals. The one with the strongest radiation "sticks out". It is the main lobe.
● Side lobe: lobes other than the main lobe on a radiation pattern.

WLAN
● 10 dB beamwidth: angle between the points in the main lobe that are down
from the maximum gain by 10 dB (power density reduced to one tenth).

WLAN
Antenna Quick Start 3 Selection Policy
3 Selection Policy
Overview
The following table lists the basic principles for selecting APs and antennas.
Table 3-1 Basic principles

No. Factors of Description
Considerati
on
1 Usage ● Indoor scenarios: use indoor APs and antennas to provide

scenario signal coverage.
and ● Outdoor scenarios: use outdoor APs and antennas with a
purpose high Ingress Protection (IP) grade and certain surge
protection capability to provide signal coverage and
bridge backhaul.
● Rail transportation scenarios:
– Train-ground communications: use outdoor APs and
antennas with a high IP rating and certain anti-
vibration capability.
– Compartment coverage: use indoor APs and antennas
with certain anti-vibration capability to provide signal
coverage.
– Station platform coverage: use the same APs as the
common outdoor and indoor scenarios.
2 Local The transmit power and maximum gain of antennas must

standards strictly comply with local standards and regulations. For the
and rail transportation scenarios, the performance, environment
regulations adaptability, and anti-vibration capability of the antennas
must also confirm to requirements of the related railway
authorities.

WLAN
No. Factors of Description

Considerati
on
3 Mapping For details, see Mapping Between APs and Antennas.

between
APs and
antennas
4 Coverage/ ● Coverage: Directional antennas are recommended for

Backhaul long and narrow areas while omnidirectional antennas
area and are recommended for round and square areas.
distance ● Backhaul: Directional antennas are usually used. If the
backhaul distance is long, high-gain antennas should be
used; if the backhaul target is concentrated, small-angle
antennas should be used.
5 Transmissio ● Coverage: To implement 2.4 GHz and 5 GHz signal

n frequency coverage, use 2.4 GHz and 5 GHz antennas separately in
for radio the same area or use dual-band antennas.
signals ● Backhaul: The 2.4 GHz antennas are not used for
backhaul.
6 Constructio An external directional antenna usually has a large size and

n cost and needs to be connected to the AP's radio interface through a
simplicity feeder cable. Compared to a built-in antenna and whip
antenna directly installed on an AP, installing an external
directional antenna requires higher construction cost and
may affect indoor simplicity. To further simplify cable layout
(especially in coverage scenarios) without compromising
signal quality, you are advised to use built-in or whip
antennas directly installed on APs.
Selection Solution in Typical Scenarios

Table 3-2 lists policies for selecting APs and antennas to use in typical WLAN
scenarios.

WLAN
Table 3-2 Policies for selecting APs and antennas

Scenari Subscen Reco AP Selection Recommend External
o ario mme Policy ed Antenna Antenna
nded Model Selection
AP (Only for Policy
Mode APs Using (Only for APs
l External Using
Antennas) External
Antennas)
Outdoo 200 m ● AP The AP8050DN - -

r backhau 80 and AP8030DN
backha l 50 have built-in 2.4
ul (5 DN GHz or 5 GHz
GHz ● AP directional
only) 80 antennas and
30 require low
DN construction
costs.
1 km ● AP ● The 27010889 Use antennas

backhau 80 AP8050DN Outdoor 5 with moderate
l 50 and GHz Dual- gain and
DN AP8030DN Polarized radiation
● AP have built-in Directional angle to
81 2.4 GHz or 5 Antenna reduce
50 GHz (H60 V30 interference to
DN directional G11.5) other APs at
antennas and 27010890 the same site.
● AP require low For leaf nodes,
80 Outdoor 5
construction GHz Dual- small-angle
30 costs. high-gain
DN Polarized
● The Directional antennas are
● AP AP8150DN Antenna recommended,
81 and (H15 V15 which can
30 AP8130DN G19) improve
DN are 802.11ac bandwidth.
products that
can be
configured
with wider
channels, and
are applicable
to scenarios
that require
high
bandwidth.

WLAN

AP (Only for Policy
l External Using
Antennas) External
Antennas)
5 km ● AP The AP8150DN 27010890 Use

backhau 81 and AP8130DN Outdoor 5 directional
l 50 are 802.11ac GHz Dual- cross-
DN products that Polarized polarized
● AP can be Directional antennas that
81 configured with Antenna have a small
30 wider channels, (H15 V15 radiation
DN and are G19) angle and
applicable to high gain to
scenarios that ensure robust
require high signal strength
bandwidth. for long-
distance
backhaul.

WLAN

AP (Only for Policy
l External Using
Antennas) External
Antennas)
Outdoo Countrys ● AP ● The ● 27011668 Select

r ide 80 AP8030DN Outdoor directional
coverag 50 and 2.4 GHz antennas with
e (2.4 DN AP8050DN and 5 GHz proper
GHz ● AP have built-in Single- radiation
and 5 81 2.4 GHz or 5 Polarized angles
GHz) 50 GHz Omnidirec according to
DN directional tional the coverage
antennas. Antenna area,
● AP Therefore, if (H360 V33 landscaping,
80 the coverage G4 and obstacles, and
50 angle allows, H360 V22 AP installation
DN use the G7) height.
-S AP8030DN ● Other
● AP and types of
80 AP8050DN, directional
30 which require antennas
DN low matching
● AP construction the AP
81 costs and (For
30 simplify cable details, see
DN layout. Mapping
● The Between
AP8130DN APs and
and Antennas.
AP8150DN )
are 802.11ac
products that
can be
configured
with wider
channels, and
are applicable
to scenarios
that require
high
bandwidth.
● The
AP8050DN-S
is an 802.11ac
Wave 2
product that

WLAN

AP (Only for Policy
l External Using
Antennas) External
Antennas)
can provide
high access
capacity and
Bluetooth
location with
the built-in
Bluetooth
module.

WLAN

AP (Only for Policy
l External Using
Antennas) External
Antennas)
Square ● AP ● The ● 27011668 Select

80 AP8030DN Outdoor directional
50 and 2.4 GHz antennas with
DN AP8050DN and 5 GHz proper
● AP have built-in Single- radiation
81 2.4 GHz or 5 Polarized angles
50 GHz Omnidirec according to
● AP and types of
DN low matching
81 costs and (For
DN layout. Mapping
● The Between
AP8130DN APs and
and Antennas.
AP8150DN )
are 802.11ac
products that
can be
configured
with wider
channels, and
are applicable
to scenarios
that require
high
bandwidth.
● The
AP8050DN-S
is an 802.11ac
Wave 2
product that

WLAN

AP (Only for Policy
l External Using
Antennas) External
Antennas)
can provide
high access
capacity and
Bluetooth
location with
the built-in
Bluetooth
module.

WLAN

AP (Only for Policy
l External Using
Antennas) External
Antennas)
Outdoor ● AP The AP8050TN- ● AP8182DN Use small-

spectato 80 HD, AP8182DN, : 27012565 angle
r stand 50 AP8150DN, and Outdoor antennas to
TN AP8130DN are 2.4 GHz & control the
- 802.11ac 5 GHz coverage
HD products that Dual- range,
● AP can be Polarized therefore
81 configured with Directional reducing
82 wider channels, Antenna interference to
DN and are (H35 V35 APs at the
applicable to G12 and same site.
● AP scenarios that H26 V26
81 require high G11)
50 bandwidth.
DN ● AP8182DN
The AP8150DN, : 27012566
● AP AP8182DN, and Outdoor
81 AP8130DN 2.4 GHz &
30 support dual 5 5 GHz
DN GHz radios. Dual-
NOTE Polarized
The AP8050TN- Directional
HD is not Antenna
recommended in (H32 V32
countries that
G13 and
comply with the
EU restriction of H15 V15
20 dBm EIRP at G17)
2.4 GHz and 23 ● 2.4 GHz:
dBm EIRP at 5
27012544
GHz.
Outdoor
2.4 GHz
Dual-
Polarized
Directional
Antenna
(H18 V18
G18)
● 5 GHz:
27010890
Outdoor 5
GHz Dual-
Polarized
Directional

WLAN

AP (Only for Policy
l External Using
Antennas) External
Antennas)
Antenna
(H15 V15
G19)

WLAN

AP (Only for Policy
l External Using
Antennas) External
Antennas)
Dock ● AP ● The ● 27011668 Select

80 AP8030DN Outdoor directional
50 and 2.4 GHz antennas with
DN AP8050DN and 5 GHz proper
● AP have built-in Single- radiation
81 2.4 GHz or 5 Polarized angles
50 GHz Omnidirec according to
● AP and types of
DN low matching
81 costs and (For
DN layout. Mapping
● The Between
AP8130DN APs and
and Antennas.
AP8150DN )
are 802.11ac
products that
can be
configured
with wider
channels, and
are applicable
to scenarios
that require
high
bandwidth.
● The
AP8050DN-S
is an 802.11ac
Wave 2
product that

WLAN

AP (Only for Policy
l External Using
Antennas) External
Antennas)
can provide
high access
capacity and
Bluetooth
location with
the built-in
Bluetooth
module.
Customs ● AP The AP8030DN ● 27011668 Select

checkpo 80 and AP8050DN Outdoor directional
st 50 have built-in 2.4 2.4 GHz antennas with
DN GHz or 5 GHz and 5 GHz proper
● AP directional Single- radiation
81 antennas. Polarized angles
50 Therefore, if the Omnidirec according to
DN coverage angle tional the coverage
allows, use the Antenna area,
● AP AP8030DN and (H360 V33 landscaping,
80 AP8050DN, G4 and obstacles, and
30 which require H360 V22 AP installation
DN low construction G7) height.
● AP costs and ● Other
81 simplify cable types of
30 layout. directional
DN antennas
matching
the AP
(For
details, see
Mapping
Between
APs and
Antennas.
)

WLAN

AP (Only for Policy
l External Using
Antennas) External
Antennas)
Customs ● AP The AP8030DN ● 27011668 Select

inspectio 80 and AP8050DN Outdoor directional
n site 50 have built-in 2.4 2.4 GHz antennas with
DN GHz or 5 GHz and 5 GHz proper
● AP directional Single- radiation
DN antennas
matching
the AP
(For
details, see
Mapping
Between
APs and
Antennas.
)

WLAN

AP (Only for Policy
l External Using
Antennas) External
Antennas)
Transpor ● AP The AP8030DN ● 27011668 Select

tation 80 and AP8050DN Outdoor directional
hub and 50 have built-in 2.4 2.4 GHz antennas with
coach DN GHz or 5 GHz and 5 GHz proper
station ● AP directional Single- radiation
DN antennas
matching
the AP
(For
details, see
Mapping
Between
APs and
Antennas.
)

WLAN

AP (Only for Policy
l External Using
Antennas) External
Antennas)
Ordinary ● AP The AP8030DN 27012134 Use 60-degree

road 80 and AP8050DN Indoor and antennas or
50 have built-in 2.4 Outdoor 2.4 high-gain
DN GHz or 5 GHz GHz & 5 GHz antennas
● AP directional Dual- according to
81 antennas. Polarized the road
50 Therefore, if the Directional width.
DN coverage angle Antenna
allows, use the (H33 V33
● AP AP8030DN and G13 and H33
80 AP8050DN, V33 G13)
30 which require
DN low construction
● AP costs and
81 simplify cable
30 layout.
DN
Pedestri ● AP The AP8030DN 27012134 Use 60-degree

an street 80 and AP8050DN Indoor and antennas or
DN GHz or 5 GHz GHz and 5 antennas
● AP directional GHz Dual- according to
80 AP8050DN, V33 G13)
30 which require
DN low construction
● AP costs and
81 simplify cable
30 layout.
DN

WLAN

AP (Only for Policy
l External Using
Antennas) External
Antennas)
Depot ● AP The AP8030DN 27012134 Use 60-degree

80 and AP8050DN Indoor and antennas or
DN GHz or 5 GHz GHz and 5 antennas
● AP directional GHz Dual- according to
80 AP8050DN, V33 G13)
30 which require
DN low construction
● AP costs and
81 simplify cable
30 layout.
DN
Indoor Wireless ● AP The AP6050DN is - -

coverag office 60 an 802.11ac
e (2.4 50 Wave 2 AP
GHz DN supporting 4x4
and 5 ● AP MU-MIMO, the
GHz) 40 AP4050DN is an
50 802.11ac Wave 2
DN AP supporting
2x2 MU-MIMO,
● AP while the
50 AP5030DN is an
30 802.11ac AP with
DN three spatial
streams. You are
advised to select
an AP as
required.

WLAN

AP (Only for Policy
l External Using
Antennas) External
Antennas)
School ● AD The R230D and - -

dormitor 94 R240D comply
y 30 with 802.11ac
DN and have two
-12 spatial streams,
+ while the R250D,
R2 R250D-E, R450D,
30 and AP2050DN
D/ comply with
R2 802.11ac Wave 2
40 and have two
D/ spatial streams.
R2 Use an agile
50 distributed or
D wall plate AP
● AD according to
94 your service
30 requirements.
DN
-24
+
R2
30
D/
R2
40
D/
R2
50
D/
R2
50
D-
E/
R4
50
D
● AD
94
31
DN
-24

WLAN

AP (Only for Policy
l External Using
Antennas) External
Antennas)
X+
R2
30
D/
R2
40
D/
R2
50
D/
R2
50
D-
E/
R4
50
D
● AP
20
50
DN

WLAN

AP (Only for Policy
l External Using
Antennas) External
Antennas)
E- ● AP The AP6050DN is - -
Schoolb 60 an 802.11ac
ag 50 Wave 2 AP
DN supporting 4x4
● AP MU-MIMO, the
40 AP4050DN is an
50 802.11ac Wave 2
DN AP supporting
2x2 MU-MIMO,
● AP while the
50 AP5030DN is an
30 802.11ac AP with
DN three spatial
● AP streams. You are
40 advised to select
51 an AP as
TN required.
The AP4051TN is
recommended
when the
concurrent
access rate is
high.

WLAN

AP (Only for Policy
l External Using
Antennas) External
Antennas)
Lecture ● AP The AP6050DN is - -

hall 60 an 802.11ac
50 Wave 2 AP
DN supporting 4x4
● AP MU-MIMO, the
40 AP4050DN is an
50 802.11ac Wave 2
DN AP supporting
2x2 MU-MIMO,
● AP while the
50 AP5030DN is an
30 802.11ac AP with
DN three spatial
51 an AP as
TN required.
The AP4051TN is
recommended
when the
concurrent
access rate is
high.

WLAN

AP (Only for Policy
l External Using
Antennas) External
Antennas)
Hotel ● AD The R230D and - -

guest 94 R240D comply
rooms 30 with 802.11ac
(five- DN and have two
star -12 spatial streams,
hotel, + while the R250D,
express R2 R250D-E, R450D,
hotel) 30 and AP2050DN
D/ comply with
R2 802.11ac Wave 2
40 and have two
D/ spatial streams.
R2 Use an agile
50 distributed or
D wall plate AP
● AD according to
94 your service
30 requirements.
DN
-24
+
R2
30
D/
R2
40
D/
R2
50
D/
R2
50
D-
E/
R4
50
D
● AD
94
31
DN
-24

WLAN

AP (Only for Policy
l External Using
Antennas) External
Antennas)
X+
R2
30
D/
R2
40
D/
R2
50
D/
R2
50
D-
E/
R4
50
D
● AP
20
50
DN
Factory ● AP The AP6150DN is - -

and 41 an 802.11ac
warehou 51 Wave 2 AP
se DN supporting 4x4
● AP MU-MIMO. The
61 AP4151DN is an
50 802.11ac Wave 2
DN AP supporting
2x2 MU-MIMO.
Elevator ● AP The AP9131DN 27012045 -

91 and AP9132DN Vehicle-
31 support 3x3 Mounted 2.4
DN MIMO and can GHz & 5 GHz
● AP connect to Dual-
91 external Polarized
32 directional Directional
DN antennas. Antenna
(H75 V65
G5.5 & H80
V40 G6)

WLAN

AP (Only for Policy
l External Using
Antennas) External
Antennas)
Elevator ● AP The AP9131DN is ● AP9131DN -

car 91 recommended : 27012140
backhau 31 above an Rail
l DN elevator car. Transporta
● AP The AP8150DN, tion 5 GHz
81 AP8130DN, Dual-
50 AP8050DN, or Polarized
DN AP8030DN is Directional
recommended at Antenna
● AP (H33 V33
80 the top of an
elevator shaft. G13)
50
DN ● AP8130DN
and
● AP AP8150DN
81 : 27010890
30 Outdoor 5
DN GHz Dual-
● AP Polarized
80 Directional
30 Antenna
DN (H15 V15
G19)
● AP8130DN
and
AP8150DN
: 27010906
Outdoor 5
GHz Dual-
Polarized
Directional
Antenna
(H32 V32
G14)

WLAN

AP (Only for Policy
l External Using
Antennas) External
Antennas)
Stairs ● AP The AP6050DN is - -

60 an 802.11ac
50 Wave 2 AP
DN supporting 4x4
● AP MU-MIMO. The
40 AP4050DN is an
50 802.11ac Wave 2
DN AP supporting
2x2 MU-MIMO.
● AP The AP5030DN is
50 an 802.11ac AP
30 with three
DN spatial streams.
● AD The AP2050DN is
94 an 802.11ac
30 Wave 2 AP with
DN two spatial
-12 streams. Use an
/ indoor
AD distributed or
94 wall plate AP
30 according to
DN your service
-24 requirements.
/
AD
94
31
DN
-24
X
● AP
20
30
DN
● AP
20
50
DN

WLAN

AP (Only for Policy
l External Using
Antennas) External
Antennas)
Stand in ● AP The AP8130DN is ● AP8182DN -

indoor 80 an 802.11ac AP : 27012565
stadium 50 with three Outdoor
s TN spatial streams. 2.4 GHz &
- The AP4050DN- 5 GHz
HD HD is an Dual-
● AP 802.11ac Wave 2 Polarized
81 AP with two Directional
82 spatial streams. Antenna
DN (H35 V35
The AP8150DN- G12 and
● AP HD, AP8182DN, H26 V26
81 and AP8130DN G11)
30 support dual 5
DN GHz radios. ● AP8182DN
: 27012566
● AP NOTE
Outdoor
40 The AP8050TN-
HD and 2.4 GHz &
50 5 GHz
AP4050DN-HD
DN are not Dual-
- recommended in Polarized
HD countries that Directional
comply with the
EU restriction of
Antenna
20 dBm EIRP at (H32 V32
2.4 GHz and 23 G13 and
dBm EIRP at 5 H15 V15
GHz. G17)
● AP8130DN
: 27011145
Outdoor 5
GHz Dual-
Polarized
Directional
Antenna
(H15 V15
G19)
● AP8130DN
: 27012544
Outdoor
2.4 GHz
Dual-
Polarized
Directional

WLAN

AP (Only for Policy
l External Using
Antennas) External
Antennas)
Antenna
(H18 V18
G18)

WLAN

AP (Only for Policy
l External Using
Antennas) External
Antennas)
Box in ● AD The R230D/ - -

indoor 94 R240D is an
stadium 30 802.11ac RU
s DN with two spatial
-12 streams while
+ the R250D/
R2 R250D-E/R450D
30 is an 802.11ac
D/ Wave 2 RU with
R2 two spatial
40 streams. The
D/ AP2050DN is an
R2 802.11ac Wave 2
50 AP with two
D spatial streams.
● AD
94
30
DN
-24
+
R2
30
D/
R2
40
D/
R2
50
D/
R2
50
D-
E/
R4
50
D
● AD
94
31
DN
-24

WLAN

AP (Only for Policy
l External Using
Antennas) External
Antennas)
X+
R2
30
D/
R2
40
D/
R2
50
D/
R2
50
D-
E/
R4
50
D
● AP
20
50
DN
Large ● AP The AP6050DN is - -

shoppin 60 an 802.11ac
g mall 50 Wave 2 AP
and DN supporting 4x4
superma ● AP MU-MIMO, the
rket 40 AP4050DN is an
50 802.11ac Wave 2
DN AP supporting
2x2 MU-MIMO,
● AP while the
50 AP5030DN is an
30 802.11ac AP with
DN three spatial
streams. You are
advised to select
an AP as
required.

WLAN

AP (Only for Policy
l External Using
Antennas) External
Antennas)
School ● AP The AP6050DN is - -

canteen 60 an 802.11ac
50 Wave 2 AP
DN supporting 4x4
● AP MU-MIMO, the
40 AP4050DN is an
50 802.11ac Wave 2
DN AP supporting
2x2 MU-MIMO,
● AP while the
50 AP5030DN is an
30 802.11ac AP with
DN three spatial
51 an AP as
TN required.
The AP4051TN is
recommended
when the
concurrent
access rate is
high.
Govern ● AP The AP6050DN is - -

ment or 60 an 802.11ac
financial 50 Wave 2 AP
office DN supporting 4x4
hall ● AP MU-MIMO, the
40 AP4050DN is an
50 802.11ac Wave 2
DN AP supporting
2x2 MU-MIMO,
● AP while the
50 AP5030DN is an
30 802.11ac AP with
DN three spatial
streams. You are
advised to select
an AP as
required.

WLAN

AP (Only for Policy
l External Using
Antennas) External
Antennas)
Airport ● AP Use the - -

60 AP6050DN in
50 ceiling mounting
DN scenarios and
● AP the AP6150DN in
61 wall mounting
50 scenarios.
DN NOTE
The AP4050DN-
● AP HD is not
40 recommended in
50 countries that
DN comply with the
- EU restriction of
20 dBm EIRP at
HD
2.4 GHz and 23
dBm EIRP at 5
GHz.
Shoppin ● AP The AP6050DN is - -

g malls 60 an 802.11ac
and 50 Wave 2 AP
stores DN supporting 4x4
● AP MU-MIMO, the
40 AP4050DN is an
50 802.11ac Wave 2
DN AP supporting
2x2 MU-MIMO,
● AP while the
50 AP5030DN is an
30 802.11ac AP with
DN three spatial
streams. You are
advised to select
an AP as
required.

WLAN

AP (Only for Policy
l External Using
Antennas) External
Antennas)
Hospital ● AD The R230D and - -

ward 94 R240D comply
30 with 802.11ac
DN and have two
-12 spatial streams,
+ while the R250D,
R2 R250D-E, R450D,
30 and AP2050DN
D/ comply with
R2 802.11ac Wave 2
40 and have two
D/ spatial streams.
R2 Use an agile
50 distributed or
D wall plate AP
● AD according to
94 your service
30 requirements.
DN
-24
+
R2
30
D/
R2
40
D/
R2
50
D/
R2
50
D-
E/
R4
50
D
● AD
94
31
DN
-24

WLAN

AP (Only for Policy
l External Using
Antennas) External
Antennas)
X+
R2
30
D/
R2
40
D/
R2
50
D/
R2
50
D-
E/
R4
50
D
● AP
20
50
DN
Semi- ● AP The AP6050DN is - -

open 60 an 802.11ac
public 50 Wave 2 AP
area in DN supporting 4x4
hospitals ● AP MU-MIMO, the
40 AP4050DN is an
50 802.11ac Wave 2
DN AP supporting
2x2 MU-MIMO,
● AP while the
50 AP5030DN is an
30 802.11ac AP with
DN three spatial
streams. You are
advised to select
an AP as
required.

WLAN

AP (Only for Policy
l External Using
Antennas) External
Antennas)
Rail Train- ● Fro ● The ● Front and These types of

transpo ground nt AP8130DN is rear of a antennas are
rtation backhau an designed for train: applicable to
l (5G) d rail 27012140 this scenario.
rea transportation Rail
r scenarios, has Transporta
of a high IP tion 5 GHz
a rating, and Dual-
trai complies with Polarized
n: railway Directional
AP equipment Antenna
91 regulations in (H33 V33
31 terms of G13)
DN performance ● Trackside
an and wall
d environment mounting:
AP adaptation. Yagi
91 ● The antenna
32 AP9131DN 27012046
DN has three Rail
● Be 2.4G/5G radio Transporta
sid interfaces for tion 5 GHz
e backhaul or Dual-
the coverage. The Polarized
rail AP9132DN Directional
: has three Antenna
AP 2.4G/5G radio (H30 V30
81 interfaces and G14)
30 three 2.4G ● Trackside
DN radio pole
interfaces, mounting:
which can be 27011618
simultaneousl Rail
y used for 5G Transporta
backhaul and tion 5 GHz
2.4G Dual-
coverage. The Polarized
AP9131DN Directional
and Antenna
AP9132DN (H30 V30
are purpose- G14)
built for rail

WLAN

AP (Only for Policy
l External Using
Antennas) External
Antennas)
transportation
scenarios and
comply with
anti-vibration
requirements
of related
railway
authorities.

WLAN

AP (Only for Policy
l External Using
Antennas) External
Antennas)
Train ● AP The two types of ● Bridging: These types of

compart 91 APs are purpose- 27012050 antennas are
ment 31 built for rail Vehicle- applicable
(2.4 GHz DN transportation Mounted 5 only to this
and 5 ● AP scenarios and GHz Dual- scenario.
GHz) 91 comply with Polarized
32 anti-vibration Directional
DN requirements of Antenna
related railway (H70 V35
authorities. G9)
● The ● Compartm
AP9131DN ent
can transmit coverage:
2.4 GHz and 5 27012045
GHz signals Vehicle-
simultaneousl Mounted
y on a radio 2.4 GHz &
interface and 5 GHz
uses both Dual-
radios for Polarized
compartment Directional
coverage. Antenna
● The (H75 V65
AP9132DN G5.5 &
can transmit H80 V40
only 2.4 GHz G6)
or 5 GHz ● Distribute
signals on a d
radio coverage:
interface, and 27012075
uses the 5 Vehicle-
GHz radio for Mounted
compartment 2.4 GHz &
bridging and 5 GHz
2.4 GHz radio Single-
for Polarized
compartment Directional
coverage, or Antenna
for dual-band (H80 V40
compartment G4 & H80
coverage. V40 G6)

WLAN

AP (Only for Policy
l External Using
Antennas) External
Antennas)
Outdoor AP80 Use the same ● 27011668 Select

station 50DN APs as the Outdoor directional
platform AP80 common 2.4 GHz antennas with
(2.4 GHz 30DN outdoor and 5 GHz proper
and 5 scenarios. The Single- radiation
GHz) AP81 AP8050DN and Polarized angles
50DN AP8030DN are Omnidirec according to
AP81 preferentially tional the coverage
30DN recommended. Antenna area,
(H360 V33 landscaping,
G4 and obstacles, and
H360 V22 AP installation
G7) height.
● Other
types of
directional
antennas
matching
the AP
(For
details, see
Mapping
Between
APs and
Antennas.
)

WLAN

AP (Only for Policy
l External Using
Antennas) External
Antennas)
Indoor ● AP Use the same - -

station 60 APs as the
platform 50 common indoor
(2.4 GHz DN scenarios.
and 5 ● AP The AP6050DN is
GHz) 40 an 802.11ac
50 Wave 2 AP
DN supporting 4x4
● AP MU-MIMO, the
50 AP4050DN is an
30 802.11ac Wave 2
DN AP supporting
2x2 MU-MIMO,
while the
AP5030DN is an
802.11ac AP with
three spatial
streams. You are
advised to select
an AP as
required.
Mapping Between APs and Antennas

Table 3-3 lists mapping between APs and antennas involved in this manual.
Table 3-3 Mapping between APs and antennas

AP Model Matching Antenna Model
AP6150DN ● 27012545 Indoor 2.4 GHz and 5 GHz Linear-Polarized

Omnidirectional Antenna (H360 V110 G4 and H360 V110
G5)
AP6310SN ● 27010209 Indoor 2.4 GHz Single-Polarized Directional

Antenna (H88 V47 G7)
● 27010210 Indoor 2.4 GHz Single-Polarized Omnidirectional

WLAN
AP6510DN/ ● 27010215 Outdoor 2.4 GHz Single-Polarized Omnidirectional

AP6610DN Antenna (H360 V9 G11)
● 27010812 Outdoor 2.4 GHz Dual-Polarized Directional
● 27010889 Outdoor 5 GHz Dual-Polarized Directional
Antenna (H60 V30 G11.5)
● 27010902 Outdoor 2.4 GHz Single-Polarized Directional
● 27010912 Outdoor 5 GHz Single-Polarized Directional
Antenna (H100 V5.5 G16)
● 27010913 Outdoor 2.4 GHz Single-Polarized Omnidirectional
Antenna (H360 V11.5 G8)
Antenna (H9 V9 G23)
● 27011332 Outdoor 2.4 GHz Single-Polarized Omnidirectional
● 27011333 Outdoor 5 GHz Single-Polarized Omnidirectional
AP7152DN ● 27012545 Indoor 2.4 GHz and 5 GHz Linear-Polarized

Omnidirectional Antenna (H360 V110 G4 and H360 V110
G5)

WLAN
AP8130DN ● 27010215 Outdoor 2.4 GHz Single-Polarized Omnidirectional

● 27011618 Rail Transportation 5 GHz Dual-Polarized
Directional Antenna (H30 V30 G14)
● 27011619 Rail Transportation 2.4 GHz Dual-Polarized
● 27011668 Outdoor 2.4 GHz and 5 GHz Single-Polarized
Omnidirectional Antenna (H360 V33 G4 and H360 V22 G7)
● 27012134 Indoor and Outdoor 2.4 GHz and 5 GHz Dual-
Polarized Directional Antenna (H33 V33 G13 and H33 V33
G13)
AP8130DN-W ● 27010889 Outdoor 5 GHz Dual-Polarized Directional


WLAN
AP8150DN ● 27010215 Outdoor 2.4 GHz Single-Polarized Omnidirectional

● 27011668 Outdoor 2.4 GHz and 5 GHz Single-Polarized
AP8182DN ● 27011668 Outdoor 2.4 GHz and 5 GHz Single-Polarized

● 27012565 Outdoor 2.4 GHz & 5 GHz Dual-Polarized
Directional Antenna (H35 V35 G12 and H26 V26 G11)
● 27012566 Outdoor 2.4 GHz & 5 GHz Dual-Polarized
Directional Antenna (H32 V32 G13 and H15 V15 G17)
AP9130DN ● 27011618 Rail Transportation 5 GHz Dual-Polarized


WLAN
AP9131DN ● 27010904 Outdoor 2.4 GHz Dual-Polarized Directional

● 27012045 Vehicle-Mounted 2.4 GHz & 5 GHz Dual-Polarized
Directional Antenna (H75 V65 G5.5 & H80 V40 G6)
● 27012075 Vehicle-Mounted 2.4 GHz & 5 GHz Single-
Polarized Directional Antenna (H80 V40 G4 & H80 V40 G6)
AP9132DN ● 27010904 Outdoor 2.4 GHz Dual-Polarized Directional

● 27012045 Vehicle-Mounted 2.4 GHz & 5 GHz Dual-Polarized
Directional Antenna (H75 V65 G5.5 & H80 V40 G6)
● 27012050 Vehicle-Mounted 5 GHz Dual-Polarized
● 27012075 Vehicle-Mounted 2.4 GHz & 5 GHz Single-
Polarized Directional Antenna (H80 V40 G4 & H80 V40 G6)
AP9330DN 27011792 Indoor 2.4 GHz and 5 GHz Dual-Polarized Directional

Antenna (H75 V55 G4 and H75 V50 G6)

WLAN
Antenna Quick Start 4 Safety Precautions
4 Safety Precautions
About This Chapter
4.1 General Safety Precautions

4.2 Electrical Safety Precautions
4.3 Working at Heights
4.1 General Safety Precautions

This section describes safety precautions that instruct you to select measuring and
testing instruments when you install, operate, and maintain Huawei equipment.
All Safety Precautions

To ensure human safety and equipment safety, comply with all the safety
precautions marked on the equipment and instructed in this document.
WARNING, CAUTION, and DANGER items in this document do not cover all the
safety cautions and are only supplementary to the safety cautions.
Local Laws and Regulations

When operating a device, abide by local laws and regulations. The safety
precautions instructed in the document are supplementary to the local laws and
regulations.
Basic Installation Requirements

Only trained and qualified personnel are allowed to install or maintain Huawei
equipment. Familiarize yourself with all safety precautions before performing any
operation on the equipment.
● Only the trained and qualified personnel are permitted to install, operate, and
maintain Huawei equipment.

WLAN
● Only the qualified personnel are permitted to dismantle safety appliances and
repair Huawei equipment.
● Only the personnel certified or authorized by Huawei are permitted to replace
or change Huawei equipment or parts of Huawei equipment (including
software).
● The operating personnel must immediately report the faults or errors that
may cause safety problems to the person in charge.
Grounding Requirements
Equipment that needs to be grounded must meet the following requirements:
● When installing the equipment, ground the equipment before any operations
and remove the ground cable only after you remove all the other components
and cables from the equipment.
● Ensure that the ground conductor is intact.
● Do not operate the equipment in the absence of a suitably installed ground
conductor.
● The equipment must be connected to the PGND permanently. Before
operating the equipment, check the electrical connections of the equipment
and ensure that the equipment is properly grounded.
Personal Safety
● Do not operate the equipment and cables in a thunderstorm.
● To avoid electric shocks, do not connect safety extra-low voltage (SELV)
circuits to telecommunication network voltage (TNV) circuits.
● Invisible laser beams will cause eye damage. Do not look into bores of optical
modules or connectors of optical fibers without eye protection.
● Before performing any operation on the equipment, wear ESD clothing and
ESD gloves or an ESD wrist strap. Remove conductive objects like jewelry and
watches to avoid electric shock or burn.
● In case of fire, immediately leave the building or equipment deployment site
and press the fire alarm button or call the fire department. Never enter the
building on fire again in any situation.
Equipment Safety
● Before any operation, install the equipment firmly on the ground or other
rigid objects, such as on a wall or in a rack.
● When the system is working, ensure that the ventilation hole is not blocked.
● When installing panels, use necessary tools to fasten the screws.
● After equipment installation is complete, clean up the packing materials.
4.2 Electrical Safety Precautions

This section describes safety precautions for high voltage, thunderstorms, high
leakage current, power cables, and fuses.

WLAN
High Voltage
● Direct contact with a high-voltage power source or indirect contact through

damp objects can be fatal.
● Misoperations on high-voltage facilities may result in fire, electric shock, or
other accidents.
High Leakage Current
To protect personal and equipment safety, ground the equipment before powering
it on.
If a high leakage current mark is labeled near the power connector of the
equipment, you must connect the PGND terminal on the shell to the ground
before connecting the equipment to an AC input power supply. This is to prevent
the electric shock caused by leakage current of the equipment.
Power Cable
Never install or remove the equipment or power cables while the power is on. The
electric arc or spark generated between a power cable and conductor may cause
fire or eye damage.
● Before installing or removing power cables, you must power off the
equipment.
● Before connecting a power cable, verify that the label on the power cable is
correct.
Fuses
If the fuse on the equipment is blown, replace the fuse with a fuse of the same
type and specifications to ensure safe operation of the equipment.

WLAN
4.3 Working at Heights

This section describes safety precautions you need to take when working at
heights.
When working at heights, prevent objects from falling down.
The requirements for working at heights are as follows:

● The personnel who work at heights must be trained.
● Carry and handle the operating machines and tools with caution to prevent
them from falling down.

WLAN 5 27010209 Indoor 2.4 GHz Single-Polarized
Antenna Quick Start Directional Antenna (H88 V47 G7)
5
27010209 Indoor 2.4 GHz Single-
Polarized Directional Antenna (H88 V47 G7)
About This Chapter
5.1 27010209 Technical Specifications

5.2 27010209 Antenna Installation

The 27010209 directional antenna is named TDJ-SA800/2500-7-90 and applicable
to indoor scenarios.
Antenna Appearance
Figure 5-1 shows the appearance of the 27010209 antenna.
Figure 5-1 Appearance of the 27010209 antenna

Technical Specifications
Table 5-1 lists technical specifications of the 27010209 antenna.
Table 5-1 Technical specifications of the 27010209 antenna

Item Value
Frequency (MHz) 824–960/1710–2500
Gain (dBi) 7
Coverage distance (m) 90
Horizontal lobe width (degrees) 88
Vertical lobe width (degrees) 47
Standing wave ratio (SWR) ≤ 1.5
Polarization Vertical polarization
Connector N-female
Dimensions (mm) H x W x D: 44 x 210 x 180
Weight (g) 430
Mounting mode Wall mounting
● The gains and lobe widths in this document are typical values. The actual values are
within a range. For specifications, see the corresponding data sheets.
● There may be differences in the standards of different countries, so the mapping
between antennas and APs shall comply with local standards. For details, refer to device
access authentication information.
● The coverage distance is subject to the following constraints:
● The default AP transmit power is 15 dBm.
● The default STA type is mobile phone, and no obstacle exists.
● 2.4 GHz: The uplink and downlink RSSIs are greater than or equal to -70 dBm.
For any questions about the parameters above, contact Huawei technical support.
Antenna Pattern
Figure 5-2 shows radiation patterns of the 27010209 antenna in the horizontal
and vertical directions.

Figure 5-2 Radiation pattern of the 27010209 antenna

The 27010209 antenna is an indoor directional antenna. It forms a major lobe in a
certain direction with high gains, while other directions have low gains. It applies
to scenarios that require small coverage angles but long coverage distances.
Typical scenarios include corridors in hospitals or airports.
5.2.1 Accessories and Tools

Tools:
● Hammer drill (φ6 mm, for wall mounting)
● Rubber mallet (for wall mounting)
Other accessories:
● Mounting bracket: 1 set
● M4 expansion bolt: 4 sets
5.2.2 Wall Mounting

The 27010209 antenna can be mounted on a wall.
1. Drill four φ6 mm holes (35 mm deep) on the wall to install plastic expansion
tubes that will support expansion bolts. The relative position of the four holes

must exactly match with that of the four holes on the antenna mounting
bracket.
2. Fix the antenna support to the wall using expansion bolts.

3. Insert the clamp mounting part on the bottom plate of the antenna to the
hook on the mounting bracket.
5.2.3 Connecting RF Cables

RF Cable Deployment Requirements
● Use a short feeder cable to connect the antenna to an AP.
● It is recommended that you connect a 50 ohm RF load to an idle antenna
interface.

● Bend radius requirements: RG-8U RF cable: > 150 mm; 1/2" RF cable: > 50
mm; 7/8" RF cable: > 250 mm. One inch (1") equals 25.4 mm.
RF Cable Connections
Connect the RF cables directly to the antenna interfaces.
Instructions on Making RF Cables

When making RF cables onsite, ensure that the coaxial cables and connectors in
use comply with the mappings described in Table Coaxial cables and connectors.
Table 5-2 Coaxial cables and connectors

Coaxial Coaxi Cable Loss Appearance
Cable al
Conne
ctor
RG-8U( Type- ● 2400MHz

250700 N ~2483.5
09) male MHz:
conne 26.8dB/
ctor 100m
(1404 ● 4920Mhz
0184) ~5825Mh
z:
41.8dB/
100m
1/2" Type- ● 2400MHz

(inch) N ~2483.5
super- male MHz:
flexible conne 18.1dB/
cable ctor 100m
(250700 (1404 ● 4920Mhz
76) 0150) ~5825Mh
z: 30dB/
100m
Connecting the type-N male coaxial connector to the RG-8U feeder cable

1. Peel the cable.

2. Install accessories, such as the nut.
3. Install the connector body.
4. Tighten the connector on the cable.
Connecting the type-N male coaxial connector to the 1/2" feeder cable
1. Peel the cable.
2. Install the back nut.
3. Install the front nut.
4. Put the cable through the heat-shrink tubing.

Antenna Quick Start Omnidirectional Antenna (H360 V45 G3)
6
27010210 Indoor 2.4 GHz Single-
Polarized Omnidirectional Antenna (H360
V45 G3)
About This Chapter


The 27010210 omnidirectional antenna is named TQJ-SA800/2500-3 and
applicable to indoor scenarios.
Antenna Appearance


Item Value
Frequency (MHz) 824–960/1710–2500
Gain (dBi) 3
Horizontal lobe width 360

(degrees)
Connector N-female
Dimensions (mm) Φ186 x 85
Weight (g) 275
Mounting mode Ceiling mounting
Antenna Pattern


The 27010210 antenna is an indoor omnidirectional antenna. The antenna is best
applied to indoor omnidirectional coverage scenarios, such as open office areas,
meeting rooms, and lecture halls.

Tools:
● Open-end wrench
● Hammer drill (used to drill holes in ceilings)
Other accessories:
● Nut: 1 PCS
6.2.2 Ceiling Mounting

The 27010210 antenna can be mounted on a ceiling.
1. Drill one φ33 mm - φ35 mm hole into the ceiling.
2. Insert the antenna into the hole and secure it using the nut.

● The size of the hole in the ceiling must be slightly greater than that of the flange on the
antenna connector and the bottom plate of the antenna must be flattened against the
ceiling. Otherwise, electrical performance of the antenna will be affected.
● To achieve the optimal coverage effect, it is recommended that you install the
omnidirectional antenna 3 to 5 meters above ground.

interface.
Connect the RF cables directly to the antenna interfaces.



Cable al
Conne
ctor

250700 N ~2483.5
09) male MHz:
conne 26.8dB/
ctor 100m
(1404 ● 4920Mhz
0184) ~5825Mh
z:
41.8dB/
100m
1/2" Type- ● 2400MHz

(inch) N ~2483.5
super- male MHz:
cable ctor 100m
(250700 (1404 ● 4920Mhz
76) 0150) ~5825Mh
z: 30dB/
100m
1. Peel the cable.

1. Peel the cable.


WLAN 7 27010215 Outdoor 2.4 GHz Single-Polarized
7
27010215 Outdoor 2.4 GHz Single-
Polarized Omnidirectional Antenna (H360 V9
G11)
About This Chapter

7.2 27010215 Installation Precautions

The 27010215 omnidirectional antenna is named TQJ-2400-11-T2 and applicable
to outdoor scenarios.
Antenna Appearance
Figure 7-1 shows the appearance of the 27010215 omnidirectional antenna.
Figure 7-1 Appearance of the 27010215 omnidirectional antenna

Table 7-1 lists technical specifications of the 27010215 omnidirectional antenna.
Table 7-1 Technical specifications of the 27010215 omnidirectional antenna
Item Value
Frequency (MHz) 2400–2500
Gain (dBi) 11
Connector N-female
Dimensions (mm) Length < 1100
Weight (kg) 0.976
Support pole diameter (mm) φ35–φ50
Mounting mode Pole mounting
● The coverage distance is a reference value in certain conditions. Plan an appropriate
distance value according to planning experience, local standards, and onsite
environments.
Antenna Pattern
Figure 7-2 shows radiation patterns of the 27010215 directional antenna in the
horizontal and vertical directions.

Figure 7-2 Radiation pattern of the 27010215 directional antenna

To ensure that the antenna works at the optimal performance level, take the
following installation precautions:
● Install the antenna upright and place one side of the RF cable connector
towards the ground.
● When installing single-polarized antennas, keep the distance between two
antennas to within 30 cm to 50 cm.
● Install the antenna away from metal obstructions, such as air conditioners or
heating pipes. Do not install the antenna on a wire mesh.
● Wall materials and thickness determine the number of walls that radio signals
can pass through. Factor that into antenna selection.
● Install lightning rods for outdoor antennas to prevent lightning strikes. For
details on how to install a lightning rod, see section "Antenna Installation."
● Ensure that no obstacle exists in the Fresnel zone in bridging scenarios. That
is, the antenna height must be larger than the sum of the radius of the first
Fresnel zone and obstacle height.
As shown in the figure, the Fresnel zone refers to the ellipsoid. Obstacles in
the zone will adversely affect signal transmissions. If not blocked, radio
signals can travel in an approximate free space.

Figure 7-3 Fresnel zone
Fresnel zones differ depending on the Fresnel zone radius. In a free space, radio
signals are mainly transmitted between antennas in the first Fresnel zone. In
normal cases, the Fresnel zone refers to the first Fresnel zone.
The radius of the first Fresnel zone is calculated and related parameters are
described as follows:
● r: indicates the radius of the first Fresnel zone, in meters.

● d: indicates the distance between two antennas, in km.
● f: indicates the signal frequency, in GHz.
With 5 GHz signals as an example, Table 7-2 lists the radius of the first Fresnel
zone in different backhaul distances.
Table 7-2 Radius of the first Fresnel zone
Backhaul 1 2 3 5 10
Distance
(km)
Radius of 3.87 5.48 6.71 8.66 12.25

the First
Fresnel
Zone (m)


The 27010215 antenna is an outdoor omnidirectional antenna. It is connected to
an AP using a power cable and mounted on a pole. The antenna is best applied to
outdoor omnidirectional coverage scenarios, such as squares and parks.

Tools:
● 1 x 16 mm combination wrench
Pole
● 1 x pole with a diameter of φ35 mm to φ50 mm
Antenna support assembly:
● U-type bolt: 1 PCS
● M10 nut, M10 spring washer, and M10 flat washer: 2 sets
7.3.2 Pole Mounting

The 27010215 antenna is mounted on a pole. The wall thickness of the pole
should be no less than 2.5 mm. A 50 mm diameter pole made of round steel is
usually used.

● The antenna must be installed in a place far away from high-voltage power
supplies or radio signal interference sources (such as other APs or antennas).
● Do not install antennas in bad weather conditions, for example, during rain,
snow, or strong winds.
NOTICE
To prevent water in the antenna from degrading the signal quality, keep the
antenna vertical and do not allow the condensation drain hole to clog.
Fixing the Antenna to the Pole

Carry out the following steps:
1. Thread the U-type bolt through the bolt holes at the bottom of the antenna
and fix the nuts, spring washers, and flat washers on both ends of the U-type
bolt (not tightly), as shown in Figure 7-4 and Figure 7-5.
Figure 7-4 Bolt holes at the bottom of the antenna
Figure 7-5 Fixing the antenna to the pole
2. Align the clamp with the top surface of the pole, as shown in Figure 7-6.

Figure 7-6 Aligning the top surface of the pole
3. Fasten all nuts, as shown in Figure 7-7. The recommended torque is 40 N·m
for M10 nuts.
Figure 7-7 Fastening nuts
Precautions
Take note of the following points when installing an outdoor omnidirectional
antenna:
1. After the installation is complete, the antenna must be high enough to satisfy
signal coverage demands, and the top of the antenna must not exceed the
45-degree protection range of the lightning rod.
2. Do not weld a lightning rod directly to the omnidirectional antenna pole, as
there should be no metal objects within 1 m of an omnidirectional antenna.
Instead, install an independent lightning rod between two omnidirectional
antenna poles. Adjust the height of the lightning rod to ensure that the
antennas are covered in the protection angle.
3. It is recommended that the distance between two omnidirectional antennas
be at least 0.5 m.
Figure 7-8 shows installation of an outdoor omnidirectional antenna.

Figure 7-8 Installing an outdoor omnidirectional antenna
If antennas are installed on a pole made of metal, such as steel, you do not need to install
a lightning rod, as shown on the right in Figure 7-8.

RF Cable Connection Requirements
Connect the feeder connector to the radio interface of an AP and tighten the
connector to the interface.

interface and wrap the RF load with both the insulation and waterproof tape.
● Wrap the RF cable in single-layer PVC insulation tape, triple-layer waterproof
tape, and then triple-layer PVC insulation tape.
● Before wrapping the waterproof tape, stretch the tape evenly until it is 1/2
the width as before. With each layer of tape wrap the cable tightly and ensure
that each layer covers more than 50% of the layer beneath it.
● Wrap the triple-layer tape from bottom to top, from top to bottom, and then
from bottom to top again.

1. Antenna interfaces of Huawei outdoor APs provide a 5 kA surge protection
capability. In general, no additional surge protective device needs to be
installed, and the RF cables are directly connected to the antenna interfaces.
Outdoor APs support built-in surge protection on all interfaces, but the surge
protection works only when the outdoor APs are grounded.
2. If a higher surge protection capability is required, you need to purchase a
surge protective device separately. When installing the surge protective device,
ensure that it is connected to a ground cable.



Cable al
Conne
ctor

250700 N ~2483.5
09) male MHz:
conne 26.8dB/
ctor 100m
(1404 ● 4920Mhz
0184) ~5825Mh
z:
41.8dB/
100m
1/2" Type- ● 2400MHz

(inch) N ~2483.5
super- male MHz:
cable ctor 100m
(250700 (1404 ● 4920Mhz
76) 0150) ~5825Mh
z: 30dB/
100m
1. Peel the cable.

1. Peel the cable.


Antenna Quick Start Directional Antenna (H120 V7 G15.5)
8 27010219 Outdoor 2.4 GHz Single-

Polarized Directional Antenna (H120 V7
G15.5)
About This Chapter


The 27010219 directional antenna is named TDJ-SA2400-16-120 and applicable to
outdoor scenarios.
Antenna Appearance
Figure 8-1 shows the appearance of the 27010219 directional antenna.

Figure 8-1 Appearance of the 27010219 directional antenna
Table 8-1 lists technical specifications of the 27010219 directional antenna.
Table 8-1 Technical specifications of the 27010219 directional antenna

Item Value
Gain (dBi) 15.5
Connector N-female
Weight (kg) 4.5
Support pole diameter (mm) φ45.5–φ75

environments.
Antenna Pattern

towards the ground.



Backhaul 1 2 3 5 10
Distance
(km)
Radius of 3.87 5.48 6.71 8.66 12.25

the First
Fresnel
Zone (m)

The 27010219 antenna is an outdoor 2.4 GHz directional antenna. To obtain a
better performance and wider coverage, the antenna should be installed at high
positions away from metal obstacles, for example, building tops, mountaintops,
and tower tops. Its transmit end should not be blocked by obstacles.

Tools:
● 2 x 13 mm open-end wrench
Pole
Other accessories:
● Connection arm: 1 PCS

● Toothed clamp: 2 PCS
● M8x120 bolt, flat washer, and nut: 4 sets
● M6x16 bolt, flat washer, spring washer and nut: 8 sets
8.3.2 Pole Mounting

usually used.


Installation of the antenna

1. Loosen the nut between the upper and lower arms.
2. Secure the toothed clamps at the top mounting assembly to the pole.
a. Remove the bolts, nuts, spring washers, and flat washers from the
toothed clamps.
b. Place the toothed clamp connected to the antenna against the pole,
thread the bolts through the toothed clamp, put the other toothed clamp
on the bolts, and put back the flat washers, spring washers and nuts.
c. Tighten the nuts to secure the toothed clamps (not tightly).
3. Repeat step 2 to secure the toothed clamps at the bottom mounting assembly
to the pole.
4. Adjust the antenna until it is perfectly vertical (the adjustable angle is 0
degrees), adjust the toothed clamps, and then secure all the toothed clamps
to the pole. Set the desired antenna tilt angle and then tighten all nuts on the
top and bottom assemblies with a tightening torque of 18 N m.
5. Remove the protective cap from the antenna connector, connect the feeder
cable to the connector, and tighten the connector. Thoroughly wrap the cable
connector with waterproof tape. For details, see the section "Connecting RF
Cables."

Installing the Pole and Lightning Rod

1. Weld the lightning rod to the top of the antenna pole.

2. Install the antenna pole on a parapet or concrete bed on the roof of the
building.
3. Use a 40 mm x 4 mm flat piece of steel to connect the antenna pole to an
earth mat.
4. Secure the outdoor directional antenna to the pole using an antenna support.
5. Keep the pole vertical during the installation.
Take note of the following points when installing an outdoor directional antenna:
● If the roof of the building is surrounded by parapets of no less than 1.2 m

high, fix the pole on a parapet with expansion screws, and then fix the
outdoor directional antenna on the pole with an antenna support.
● If the roof of the building is surrounded by parapets of less than 1.2 m high,
fix one of the installation points of the pole on a parapet and the other
installation point to the roof with expansion screws, and then fix the outdoor
directional antenna to the pole with an antenna support.
● If there are no parapets around the roof, fix the pole to the ground or a
concrete bed with expansion screws and steel wires, and then fix the outdoor
directional antenna on the pole with an antenna support.
Figure 8-4 illustrates how an outdoor directional antenna and a pole are installed.
Figure 8-4 Installing an outdoor directional antenna and a pole
The following figure shows the protection area of a lightning rod. The entire
antenna must be within the protection area.

a lightning rod, as shown on the right in the preceding figure.
Outdoor AP Installation Scenarios

Figure 8-5 shows outdoor AP installation scenarios. The distance between a 2.4
GHz antenna and a 5 GHz antenna must be more than 0.5 m.
Figure 8-5 Outdoor AP installation scenarios
The distance between two single-polarized antennas of the same AP should be

more than 0.5 m, and the two antennas should cover the same area, as shown in
Figure 8-6.

Figure 8-6 Installation of single-polarized antennas






Cable al
Conne
ctor

250700 N ~2483.5
09) male MHz:
conne 26.8dB/
ctor 100m
(1404 ● 4920Mhz
0184) ~5825Mh
z:
41.8dB/
100m
1/2" Type- ● 2400MHz

(inch) N ~2483.5
super- male MHz:
cable ctor 100m
(250700 (1404 ● 4920Mhz
76) 0150) ~5825Mh
z: 30dB/
100m
1. Peel the cable.

1. Peel the cable.


9
27010223 Outdoor 2.4 GHz Single-
About This Chapter


The 27010223 directional antenna is named TDJ-SA2400-17-90 and applicable to
outdoor scenarios.
Antenna Appearance

Item Value
Gain (dBi) 17
Connector N-female
Weight (kg) 5
environments.
Antenna Pattern


towards the ground.


Backhaul 1 2 3 5 10
Distance
(km)
Radius of 3.87 5.48 6.71 8.66 12.25

the First
Fresnel
Zone (m)



Tools:
Pole
Other accessories:
● M8x120 bolt, flat washer, and nut: 4 sets
● M6x16 bolt, flat washer, spring washer and nut: 8 sets
9.3.2 Pole Mounting

usually used.



toothed clamps.
to the pole.
connector with waterproof tape. For details, see the section "Connecting RF
Cables."



building.
earth mat.

Figure 9-4 illustrates how an outdoor directional antenna and a pole are installed.



Figure 9-6.







Cable al
Conne
ctor

250700 N ~2483.5
09) male MHz:
conne 26.8dB/
ctor 100m
(1404 ● 4920Mhz
0184) ~5825Mh
z:
41.8dB/
100m
1/2" Type- ● 2400MHz

(inch) N ~2483.5
super- male MHz:
cable ctor 100m
(250700 (1404 ● 4920Mhz
76) 0150) ~5825Mh
z: 30dB/
100m
1. Peel the cable.

1. Peel the cable.


WLAN 10 27010812 Outdoor 2.4 GHz Dual-Polarized
10 27010812 Outdoor 2.4 GHz Dual-

G12)
About This Chapter


The 27010812 directional antenna is named ADU451100 and applicable to
outdoor scenarios.
Antenna Appearance

Item Value
Gain (dBi) 12

(degrees)
Vertical lobe width 30

(degrees)
Standing wave ratio ≤ 1.45

(SWR)
Polarization Cross polarization
Connector 2 x N-female
Weight (kg) <1
Support pole diameter φ30–φ114

(mm)
environments.

Antenna Pattern

towards the ground.


Backhaul 1 2 3 5 10
Distance
(km)
Radius of 3.87 5.48 6.71 8.66 12.25

the First
Fresnel
Zone (m)


The 27010812 antenna is an outdoor dual-polarized antenna. It is connected to an
AP using a feeder cable and mounted on a pole to provide outdoor directional
coverage. The antenna is best applied to directional coverage scenarios, such as
squares, streets, and corridors.

Tools:
● 1 x inclinometer
Pole:
● Installation bracket: 1 PCS
● Nut

10.3.2 Pole Mounting

usually used.

1. Fix the installation bracket to the antenna using the nut, spring washer, and
flat washer.
2. Secure the installation bracket, toothed clamp and U-type bolt on the pole.
Thread the U-type bolt through the fixing hole and graduated bracket and
then tighten screws, nuts, flat washers, and spring washers on both ends of
the U-type bolt (not tightly), as shown in the following figure.
3. Adjust the mechanical downtilt angle using one of the following two
methods.
– Method 1: Adjust the angle by sliding the U-type bolt along the bracket.
The pole must be kept vertical.

– Method 2: Use the inclinometer to determine the antenna angle. Then,

move the antenna to adjust its angle until the bead in the inclinometer is
at the middle. This method provides precise measurements.
4. Finally, tighten all nuts. The recommended torque is 12 N m for M6 nuts.
If the required downtilt angle is fixed, you can thread the U-type bolt through the
fixing hole and graduated bracket and then tighten the nuts. The pole must be
kept vertical.



building.
earth mat.
Figure 10-4 illustrates how an outdoor directional antenna and a pole are
installed.



connector to the interface. The requirements on connections between the AP's
radio interfaces and antenna feeder cables are as follows:

● The feeder interfaces of an antenna must be connected to radio interfaces A

and B of the same frequency band on an AP.
● The AP's radio interfaces working on the same frequency band (interface A
and interface B) must be connected to feeder interfaces of different
polarization directions.
The following figure shows the cable connections.




Cable al
Conne
ctor

250700 N ~2483.5
09) male MHz:
conne 26.8dB/
ctor 100m
(1404 ● 4920Mhz
0184) ~5825Mh
z:
41.8dB/
100m


Cable al
Conne
ctor
1/2" Type- ● 2400MHz

(inch) N ~2483.5
super- male MHz:
cable ctor 100m
(250700 (1404 ● 4920Mhz
76) 0150) ~5825Mh
z: 30dB/
100m
1. Peel the cable.
1. Peel the cable.


WLAN 11 27010889 Outdoor 5 GHz Dual-Polarized
11 27010889 Outdoor 5 GHz Dual-

G11.5)
About This Chapter


The 27010889 directional antenna is named ASB115G00 and applicable to
outdoor scenarios.
Antenna Appearance

Item Value
Gain (dBi) 11.5

(degrees)
Weight (kg) 1.300
within a range. For specifications, see the corresponding data sheet.
environments.
● 5 GHz: The uplink and downlink RSSIs are greater than or equal to -75 dBm.
Antenna Pattern


towards the ground.


Backhaul 1 2 3 5 10
Distance
(km)
Radius of 3.87 5.48 6.71 8.66 12.25

the First
Fresnel
Zone (m)


The 27010889 antenna is an outdoor antenna. To obtain a better performance
and wider coverage, the antenna should be installed at high positions away from
metal obstacles, for example, building tops, mountaintops, and tower tops. Its
transmit end should not be blocked by obstacles.
In bridging scenarios, installation positions should not exceed wireless bridge

transmission distances.

Tools:
Pole:
● Nut

11.3.2 Pole mounting

usually used.

flat washer.

methods.
kept vertical.



building.
earth mat.

installed.









Cable al
Conne
ctor

250700 N ~2483.5
09) male MHz:
conne 26.8dB/
ctor 100m
(1404 ● 4920Mhz
0184) ~5825Mh
z:
41.8dB/
100m


Cable al
Conne
ctor
1/2" Type- ● 2400MHz

(inch) N ~2483.5
super- male MHz:
cable ctor 100m
(250700 (1404 ● 4920Mhz
76) 0150) ~5825Mh
z: 30dB/
100m
1. Peel the cable.
1. Peel the cable.



G19)
About This Chapter


outdoor scenarios.
Antenna Appearance


Item Value
Gain (dBi) 19
Weight (kg) 1.300

environments.
Antenna Pattern

towards the ground.



Backhaul 1 2 3 5 10
Distance
(km)
Radius of 3.87 5.48 6.71 8.66 12.25

the First
Fresnel
Zone (m)



Tools:
Pole:

● Nut

usually used.

flat washer.

methods.

kept vertical.


building.
earth mat.
installed.









Cable al
Conne
ctor

250700 N ~2483.5
09) male MHz:
conne 26.8dB/
ctor 100m
(1404 ● 4920Mhz
0184) ~5825Mh
z:
41.8dB/
100m


Cable al
Conne
ctor
1/2" Type- ● 2400MHz

(inch) N ~2483.5
super- male MHz:
cable ctor 100m
(250700 (1404 ● 4920Mhz
76) 0150) ~5825Mh
z: 30dB/
100m
1. Peel the cable.
1. Peel the cable.



G16.5)
About This Chapter


The 27010898 directional antenna is named AD1760500 and applicable to
outdoor scenarios.
Antenna Appearance

Item Value
Gain (dBi) 16.5
Weight (kg) 4.5
environments.
Antenna Pattern
horizontal (in blue) and vertical (in red) directions.


towards the ground.


Backhaul 1 2 3 5 10
Distance
(km)
Radius of 3.87 5.48 6.71 8.66 12.25

the First
Fresnel
Zone (m)



Tools:
Pole:
Other accessories:
● Nut

usually used.



toothed clamps.
to the pole.
connector with waterproof tape. For details, see the section Connecting RF
Cables.
The antenna is normally tilted downward. However, you can swap over the top and bottom
mounting assemblies to tilt the antenna upward to satisfy project demands.



building.
earth mat.
installed.










Cable al
Conne
ctor

250700 N ~2483.5
09) male MHz:
conne 26.8dB/
ctor 100m
(1404 ● 4920Mhz
0184) ~5825Mh
z:
41.8dB/
100m
1/2" Type- ● 2400MHz

(inch) N ~2483.5
super- male MHz:
cable ctor 100m
(250700 (1404 ● 4920Mhz
76) 0150) ~5825Mh
z: 30dB/
100m
1. Peel the cable.

1. Peel the cable.



G14.5)
About This Chapter


outdoor scenarios.
Antenna Appearance

Item Value
Gain (dBi) 14.5
Connector N-female
Weight (kg) 3.4
environments.
Antenna Pattern
horizontal (in blue) and vertical directions (in red).


towards the ground.


Backhaul 1 2 3 5 10
Distance
(km)
Radius of 3.87 5.48 6.71 8.66 12.25

the First
Fresnel
Zone (m)



Tools:
Pole:
Other accessories:
● Nut

usually used.



toothed clamps.
to the pole.
Cables.
The antenna is normally tilted downward. However, you can swap over the top and bottom
mounting assemblies to tilt the antenna upward to satisfy project demands.



building.
earth mat.
installed.



Figure 14-6.







Cable al
Conne
ctor

250700 N ~2483.5
09) male MHz:
conne 26.8dB/
ctor 100m
(1404 ● 4920Mhz
0184) ~5825Mh
z:
41.8dB/
100m
1/2" Type- ● 2400MHz

(inch) N ~2483.5
super- male MHz:
cable ctor 100m
(250700 (1404 ● 4920Mhz
76) 0150) ~5825Mh
z: 30dB/
100m
1. Peel the cable.

1. Peel the cable.



G14)
About This Chapter


The 27010904 directional antenna is named AD24145D00 and applicable to
outdoor scenarios.
Antenna Appearance


Item Value
Gain (dBi) 14
Weight (kg) 0.6

environments.
Antenna Pattern

towards the ground.



Backhaul 1 2 3 5 10
Distance
(km)
Radius of 3.87 5.48 6.71 8.66 12.25

the First
Fresnel
Zone (m)


Tools:
Pole:

● Nut

usually used.

flat washer.

methods.

kept vertical.


building.
earth mat.
installed.









Cable al
Conne
ctor

250700 N ~2483.5
09) male MHz:
conne 26.8dB/
ctor 100m
(1404 ● 4920Mhz
0184) ~5825Mh
z:
41.8dB/
100m


Cable al
Conne
ctor
1/2" Type- ● 2400MHz

(inch) N ~2483.5
super- male MHz:
cable ctor 100m
(250700 (1404 ● 4920Mhz
76) 0150) ~5825Mh
z: 30dB/
100m
1. Peel the cable.
1. Peel the cable.



G14)
About This Chapter


The 27010906 directional antenna is named AD515145D00 and applicable to
outdoor scenarios.
Antenna Appearance


Item Value
Gain (dBi) 14
Weight (kg) 0.8

environments.
Antenna Pattern

towards the ground.



Backhaul 1 2 3 5 10
Distance
(km)
Radius of 3.87 5.48 6.71 8.66 12.25

the First
Fresnel
Zone (m)

The 27010906 antenna is an outdoor 5 GHz directional antenna. To obtain a


Tools:
Pole:

● Nut

usually used.

flat washer.

methods.
kept vertical.



building.
earth mat.

installed.










Cable al
Conne
ctor

250700 N ~2483.5
09) male MHz:
conne 26.8dB/
ctor 100m
(1404 ● 4920Mhz
0184) ~5825Mh
z:
41.8dB/
100m
1/2" Type- ● 2400MHz

(inch) N ~2483.5
super- male MHz:
cable ctor 100m
(250700 (1404 ● 4920Mhz
76) 0150) ~5825Mh
z: 30dB/
100m
1. Peel the cable.

1. Peel the cable.


WLAN 17 27010912 Outdoor 5 GHz Single-Polarized
Antenna Quick Start Directional Antenna (H100 V5.5 G16)
17 27010912 Outdoor 5 GHz Single-

Polarized Directional Antenna (H100 V5.5
G16)
About This Chapter


outdoor scenarios.
Antenna Appearance

Item Value
Gain (dBi) 16
Vertical lobe width (degrees) 5.5
Connector N-female
Weight (kg) 1.8

environments.
Antenna Pattern

towards the ground.




Backhaul 1 2 3 5 10
Distance
(km)
Radius of 3.87 5.48 6.71 8.66 12.25

the First
Fresnel
Zone (m)

The 27010912 antenna is an outdoor 5 GHz directional antenna that provides high
gains. To obtain a better performance and wider coverage, the antenna should be
installed at high positions away from metal obstacles, for example, building tops,
mountaintops, and tower tops. Its transmit end should not be blocked by
obstacles.

Tools:
Pole:
Other accessories:
● Antenna support: 1 PCS

usually used.



1. Fix the installation bracket to the antenna using the M6 nut, spring washer,
and flat washer with a tightening torque of 9 N m.
2. Fix the antenna support to a toothed clamp using the M8 bolt, nut, spring
washer, and flat washer (not tightly).
3. Place the installation bracket of the antenna on the antenna support, thread
the M10x100 bolt through the fixing hole, and tighten the nut, spring washer,
and flat washer to secure the installation bracket.
4. Thread the M8x25 bolt through the graduated bracket to adjust the downtilt
angle of the antenna. After the angle is fixed, tighten all nuts with a
tightening torque of 18 N m.
Cables.

building.
earth mat.

installed.



Figure 17-6.






Cable al
Conne
ctor

250700 N ~2483.5
09) male MHz:
conne 26.8dB/
ctor 100m
(1404 ● 4920Mhz
0184) ~5825Mh
z:
41.8dB/
100m
1/2" Type- ● 2400MHz

(inch) N ~2483.5
super- male MHz:
cable ctor 100m
(250700 (1404 ● 4920Mhz
76) 0150) ~5825Mh
z: 30dB/
100m
1. Peel the cable.


1. Peel the cable.

Antenna Quick Start Omnidirectional Antenna (H360 V11.5 G8)

V11.5 G8)
About This Chapter


The 27010913 omnidirectional antenna is named AL0800500 and applicable to
outdoor scenarios.
Antenna Appearance

Item Value
Gain (dBi) 8
Coverage radius (m) 100
Vertical lobe width (degrees) 11.5
Connector N-female
Dimensions (mm) Diameter x Length: Φ29 x 720
Weight (kg) 0.5
environments.
Antenna Pattern


towards the ground.


Backhaul 1 2 3 5 10
Distance
(km)
Radius of 3.87 5.48 6.71 8.66 12.25

the First
Fresnel
Zone (m)


The 27010913 antenna is an outdoor 2.4 GHz directional antenna that provides
high gains. To obtain a better performance and wider coverage, the antenna
should be installed at high positions away from metal obstacles, for example,
building tops, mountaintops, and tower tops. Its transmit end should not be
blocked by obstacles.

Tools:
● 1 x combination wrench
Pole
● Nut, spring washer, and flat washer

usually used.

NOTICE
● To prevent water in the antenna from degrading the signal quality, keep the
antenna vertical and do not allow the condensation drain hole to clog.
omnidirectional antenna three to five meters above ground.


1. Place the antenna vertically based on the direction marked on the antenna.
Ensure that the pole does not overtop the connection sleeve.
2. Use U-type bolts, nuts, and washers to secure the antenna to the pole, as
shown in the preceding figures.

Precautions
Take note of the following points when installing an outdoor omnidirectional
antenna:
1. After the installation is complete, the antenna must be high enough to satisfy
signal coverage demands, and the top of the antenna must not exceed the
45-degree protection range of the lightning rod.
2. Do not weld a lightning rod directly to the omnidirectional antenna pole, as
there should be no metal objects within 1 m of an omnidirectional antenna.
Instead, install an independent lightning rod between two omnidirectional
antenna poles. Adjust the height of the lightning rod to ensure that the
antennas are covered in the protection angle.
3. It is recommended that the distance between two omnidirectional antennas
be at least 0.5 m.
Figure 18-4 shows installation of an outdoor omnidirectional antenna.
Figure 18-4 Installing an outdoor omnidirectional antenna
a lightning rod, as shown on the right in Figure 18-4.






Cable al
Conne
ctor

250700 N ~2483.5
09) male MHz:
conne 26.8dB/
ctor 100m
(1404 ● 4920Mhz
0184) ~5825Mh
z:
41.8dB/
100m
1/2" Type- ● 2400MHz

(inch) N ~2483.5
super- male MHz:
cable ctor 100m
(250700 (1404 ● 4920Mhz
76) 0150) ~5825Mh
z: 30dB/
100m
1. Peel the cable.


1. Peel the cable.


About This Chapter


outdoor scenarios.
Antenna Appearance


Item Value
Gain (dBi) 23
Standing wave ratio (SWR) ≤2
Connector N-female*2
Dimensions (mm) Diameter: φ400
Weight (kg) 3
Antenna Pattern
Figure 19-2 and Figure 19-3 show radiation patterns of the 27011016 antenna in
the horizontal and vertical directions.

Figure 19-2 Radiation pattern of the 27011016 antenna (horizontal polarization

port)
Figure 19-3 Radiation pattern of the 27011016 antenna (vertical polarization

port)

towards the ground.




Backhaul 1 2 3 5 10
Distance
(km)
Radius of 3.87 5.48 6.71 8.66 12.25

the First
Fresnel
Zone (m)

The 27011016 antenna is an outdoor 5 GHz directional antenna that provides high
gains. To obtain a better performance and wider coverage, the antenna should be
mountaintops, and tower tops. Its transmit end should not be blocked by
obstacles.

Tools:
● Hex key
● Phillips screwdriver
● M6 bolt
Pole
Other accessories:
● 1 x antenna support assembly
– φ40 mm to φ65 mm pole: U-type clamp
– φ65 mm to φ92 mm pole: small hose clamp
– φ92 mm to φ114 mm pole: large hose clamp

usually used.


1. Select mounting kits based on pole diameters.
– When the diameter of a pole is 40-65 mm, use U-type bolts.
– When the diameter of a pole is 65-92 mm, use small hose clamps.

– When the diameter of a pole is 92–114 mm, use large hose clamps.
2. Keep the polarization arrows pointing upwards during installation. In the

following figures, A indicates horizontal polarization and B indicates vertical
polarization.

3. Finally, tighten all nuts. The recommended torque is 7.6 N·m for M6 nuts.


building.
earth mat.


installed.









Cable al
Conne
ctor

250700 N ~2483.5
09) male MHz:
conne 26.8dB/
ctor 100m
(1404 ● 4920Mhz
0184) ~5825Mh
z:
41.8dB/
100m
1/2" Type- ● 2400MHz

(inch) N ~2483.5
super- male MHz:
cable ctor 100m
(250700 (1404 ● 4920Mhz
76) 0150) ~5825Mh
z: 30dB/
100m

1. Peel the cable.
1. Peel the cable.


G19)
About This Chapter


The 27011145 directional antenna is named AD5G1915 and applicable to outdoor
scenarios.
Antenna Appearance

Item Value
Gain (dBi) 19

Item Value
Polarization Vertical & horizontal &

vertical polarization
Weight (kg) 1.400
● The previous specifications list the coverage distance for reference only, which may vary
depending on specific conditions. Plan an appropriate distance value according to
planning experience, local standards, and onsite environments.
Antenna Pattern
Figure 20-2 shows radiation patterns of three ports on the 27011145 antenna in
the horizontal and vertical directions.


towards the ground.


Backhaul 1 2 3 5 10
Distance
(km)
Radius of 3.87 5.48 6.71 8.66 12.25

the First
Fresnel
Zone (m)


The 27011145 antenna is an outdoor directional antenna. To obtain a better
performance and wider coverage, the antenna should be installed at high


Tools:
Pole

● Nut

usually used.

flat washer.
then tighten screws, nuts, spring washers, and flat washers on both ends of

methods.
4. Finally, tighten all nuts. The recommended torque is 12 N·m for M6 nuts and
25 N·m for M8 nuts.

building.


earth mat.
installed.



The radio interfaces of the same frequency band on an AP have silkscreens A, B,
and C, as shown in the following figure.

● The feeder interfaces of an antenna must be connected to radio interfaces A,
B, and C of the same frequency band on an AP.
● On the rear of the 27011145 antenna, the letters V and H are used to
differentiate feeder interfaces of different polarization directions. Among the
radio interfaces of the same frequency band on an AP, interface A and
interface B are connected to feeder interfaces of different polarization
directions on an antenna, and interface C is connected to the remaining
feeder interface of the antenna.


● Before wrapping the waterproof tape, stretch the tape evenly until the tape
length is twice its original length. With each layer of tape wrap the cable
tightly and ensure that each layer covers more than 50% of the layer beneath
it.




Cable al
Conne
ctor

250700 N ~2483.5
09) male MHz:
conne 26.8dB/
ctor 100m
(1404 ● 4920Mhz
0184) ~5825Mh
z:
41.8dB/
100m
1/2" Type- ● 2400MHz

(inch) N ~2483.5
super- male MHz:
cable ctor 100m
(250700 (1404 ● 4920Mhz
76) 0150) ~5825Mh
z: 30dB/
100m
1. Peel the cable.

1. Peel the cable.



V32 G3)
About This Chapter

21.3 27011332 Installing Antennas

The 27011332 omnidirectional antenna is named ANT2G03A1NR and applicable
Antenna Appearance


Item Value
Gain (dBi) 3
Connector N-male
Dimensions (mm) Length: 280±3
Weight (g) 218±10
Mounting mode Connected to APs
environments.
Antenna Pattern


towards the ground.


Backhaul 1 2 3 5 10
Distance
(km)
Radius of 3.87 5.48 6.71 8.66 12.25

the First
Fresnel
Zone (m)


27011332 antennas are directly installed on APs.
NOTICE
● Connectors of 27011332 antennas must be installed in the right direction. You

should comply with the following installation instructions.
1. Install the wire thread insert to the antenna port on the AP. Ensure that the
two red surfaces in the following figure are on the same horizontal plane.
2. Manually tighten the wire thread insert in the direction of the arrow shown in
the following figure. Then use a torque wrench to tighten it with a tightening
torque of 10 N m to 15 N m.

If the two surfaces are not on the same horizontal plane when you tighten them, the
antenna cannot be tightened securely and signal transmission will be affected. In this case,
loosen the antenna and adjust its position and then tighten it again.
The following figure shows the antenna installation.


● Wrap the connectors in single-layer PVC insulation tape, triple-layer

waterproof tape, and then triple-layer PVC insulation tape.

22 27011333 Outdoor 5 GHz Single-

V20 G5)
About This Chapter


The 27011333 omnidirectional antenna is named ANT5G05A1NR and applicable
Antenna Appearance


Item Value
Gain (dBi) 5
Coverage radius (m) 60
Connector N-male
Dimensions (mm) Length: 280±3
Weight (g) 218±10
Antenna Pattern


towards the ground.


Backhaul 1 2 3 5 10
Distance
(km)
Radius of 3.87 5.48 6.71 8.66 12.25

the First
Fresnel
Zone (m)


27011333 antennas are directly installed on APs.
NOTICE
● Connectors of 27011333 antennas must be installed in the right direction. You

should comply with the following installation instructions.
1. Install the wire thread insert to the antenna port on the AP. Ensure that the
two red surfaces in the following figure are on the same horizontal plane.
2. Manually tighten the wire thread insert in the direction of the arrow shown in
the following figure. Then use a torque wrench to tighten it with a tightening
torque of 10 N m to 15 N m.

If the two surfaces are not on the same horizontal plane when you tighten them, the
antenna cannot be tightened securely and signal transmission will be affected. In this case,
loosen the antenna and adjust its position and then tighten it again.



it.

WLAN 23 27011618 Rail Transportation 5 GHz Dual-
Antenna Quick Start Polarized Directional Antenna (H30 V30 G14)
23 27011618 Rail Transportation 5 GHz

Dual-Polarized Directional Antenna (H30
V30 G14)
About This Chapter


The 27011618 directional antenna is named ANT5G14D3NY and applicable to rail
transportation scenarios.
Antenna Appearance


Item Value
Gain (dBi) 14
Polarization Vertical polarization and ± 45-

degree polarization
Dimensions (mm) Diameter x Length: φ84 x 257
Weight (g) 1220

Antenna Pattern
Figure 23-2 Radiation pattern of port 1 on the 27011618 antenna

towards the ground.


The 27011618 antenna is a directional antenna applicable to outdoor and rail

Tools:
● Torque socket (M8)
● Hex key (M6)
● Level
Other accessories:
No. 1 2 3 4 5 6 7 8 9

Nam Anten Stainl V- V- Stainl Stainl Stainl Sprin Hex

e na ess type type ess ess ess g socke
asse steel pole pole steel steel steel wash t
mbly U- moun moun flat sprin hex er screw
(inclu type t t wash g nut (M6)
ding bolt socke socke er wash (M8)
the (M8) t t (M8) er
moun (with (M8)
ting holes
brack )
et)
Quan 1 2 1 1 4 4 8 1 1
tity

The 27011618 antenna is mounted on a pole.
Procedure
1. Secure the V-type pole mount socket on the pole using stainless steel U-type
bolts. Thread the U-type bolt through fixing holes and tighten screws, nuts,
flat washers, and spring washers.
2. Ensure that the installation direction complies with the "UP" mark.


RF Cable Connection
Connect the feeder connector to the radio interface of an AP using an RF transit
cable (sold separately) and tighten the connector to the interface. A 1 N m
tightening torque is recommended for the type-N connector.
The following table lists the RF transit cables and connectors used.

AP Coa Coaxi Cable Appearance

Typ xial al Loss
e Cab Conne
le ctor
AP8 RG- Type- ● 2400

130 8U N MHz
DN cabl male to
e conne 2483.5
(25 ctor MHz:
070 (1404 26.8
009 0184) dB /
) 100 m
● 4920
Mhz to
5825
Mhz:
41.8
dB /
100 m
1/2" Type- ● 2400

(inc N MHz
h) male to
sup conne 2483.5
er- ctor MHz:
flexi (1404 18.1
ble 0150) dB /
cabl 100 m
e ● 4920
(25 Mhz to
070 5825
076 Mhz:
) 30
dB /
100 m


Typ xial al Loss
e Cab Conne
le ctor
AP9 RF - ● 2.4
131 tran (No GHz to
DN/ sit cable 2.5
AP9 cabl needs GHz: <
132 e to be 0.9 dB
DN (04 made ● 4.9
130 onsite. GHz to
714, ) 6
0.5 GHz:<
m) 1.3 dB
con
nect
ing
a
QM
A-J
con
nect
or
to
an
N-J
con
nect
or.


Typ xial al Loss
e Cab Conne
le ctor
RF ● 2.4
tran GHz to
sit 2.5
cabl GHz: <
e 2.3 dB
(04 ● 4.9
130 GHz to
714 6 GHz:
-00 < 3.2
1, 3 dB
m)
con
nect
ing
a
QM
A-J
con
nect
or
to
an
N-J
con
nect
or.
The requirements on connections between the antenna and the AP's radio
interfaces are as follows:
● Feeders of the same antenna must be connected to radio interfaces of the
corresponding frequency bands on the same AP.
● Feeder ports whose polarization directions are +45° and -45° on an antenna
are connected to radio interfaces A and B of an AP respectively, and the
feeder port whose polarization direction is 90°is connected to radio interface
C of the AP.
Take the AP9132DN as an example. The following figure shows the RF cable
connection on the AP9132DN.




When connecting the AP8130DN, you need to assemble the type-N male
connector and 1/2" (inch) super-flexible feeder cable onsite in the following way:
1. Peel the cable.

1. Peel the cable.


WLAN 24 27011619 Rail Transportation 2.4 GHz Dual-
24 27011619 Rail Transportation 2.4

GHz Dual-Polarized Directional Antenna
(H35 V35 G12)
About This Chapter


The 27011619 directional antenna is named ANT2G12D2NY and applicable to rail
Antenna Appearance

Item Value
Gain (dBi) 12
Polarization Horizontal polarization and vertical

polarization
Weight (g) 1220
Antenna Pattern
Figure 24-2 and Figure 24-3 show radiation patterns of the two ports on the
27011619 antenna in the horizontal and vertical directions.


towards the ground.


The 27011619 antenna is a directional antenna applicable to outdoor and rail

Tools:
● Torque socket (M8)
● Hex key (M6)
● Level
Other accessories:
No. 1 2 3 4 5 6 7 8 9

Nam Stainl V- V- Stainl Stainl Stainl Sprin Hex Anten

e ess type type ess ess ess g socke na
steel pole pole steel steel steel wash t asse
U- moun moun flat sprin hex er screw mbly
type t t wash g nut (M6) (inclu
bolt socke socke er wash (M8) ding
(M8) t t (M8) er the
(with (M8) moun
holes ting
) brack
et)
Quan 2 1 1 4 4 8 1 1 1
tity

The 27011619 antenna can be mounted on a pole.
Procedure
1. Secure the V-type pole mount socket on the pole using stainless steel U-type
bolts. Tighten nuts, flat washers, and spring washers.
2. Ensure that the installation direction complies with the "UP" mark.


RF Cable Connection


Typ xial al Loss
e Cab Conne
le ctor

130 8U N MHz
DN cabl male to
e conne 2483.5
(25 ctor MHz:
070 (1404 26.8
009 0184) dB /
) 100 m
● 4920
Mhz to
5825
Mhz:
41.8
dB /
100 m
1/2" Type- ● 2400

(inc N MHz
h) male to
sup conne 2483.5
er- ctor MHz:
flexi (1404 18.1
ble 0150) dB /
cabl 100 m
e ● 4920
(25 Mhz to
070 5825
076 Mhz:
) 30
dB /
100 m


Typ xial al Loss
e Cab Conne
le ctor
AP9 RF - ● 2.4
131 tran (No GHz to
DN/ sit cable 2.5
132 e to be 0.9 dB
DN (04 made ● 4.9
130 onsite. GHz to
714, ) 6
0.5 GHz:<
m) 1.3 dB
con
nect
ing
a
QM
A-J
con
nect
or
to
an
N-J
con
nect
or.


Typ xial al Loss
e Cab Conne
le ctor
RF ● 2.4
tran GHz to
sit 2.5
cabl GHz: <
e 2.3 dB
(04 ● 4.9
130 GHz to
714 6 GHz:
-00 < 3.2
1, 3 dB
m)
con
nect
ing
a
QM
A-J
con
nect
or
to
an
N-J
con
nect
or.
AP Model Principle for RF Cable Connection
AP8130DN ● Feeders of the same antenna must be connected to radio

interfaces of the corresponding frequency bands on the same
AP.
● Two ports on the antenna are connected to radio interfaces A
and B of the AP, and an RF load should be connected to radio
interface C of the AP.
AP9131DN Two ports on the antenna are connected to radio interfaces

2.4G/5G-B and 2.4G/5G-C of the AP, and an RF load should be
connected to radio interface 2.4G/5G-A of the AP.

AP9132DN ● When the antenna transmits 2.4 GHz and 5 GHz signals
simultaneously on a radio interface, two ports on the
antenna are connected to radio interfaces 2.4G/5G-B and
2.4G/5G-C of the AP respectively, and an RF load should be
● When the antenna transmits only 2.4 GHz or 5 GHz signals
on a radio interface, two ports on the antenna are connected
to radio interfaces 2.4G-A and 2.4G-B of the AP, and an RF
load should be connected to radio interface 2.4G-C of the AP
to transmit 2.4 GHz signals.

it.


1. Peel the cable.

1. Peel the cable.

25 27011668 Outdoor 2.4 GHz and 5 GHz Single-
WLAN Polarized Omnidirectional Antenna (H360 V33 G4
Antenna Quick Start and H360 V22 G7)
25 27011668 Outdoor 2.4 GHz and 5

GHz Single-Polarized Omnidirectional
About This Chapter


The 27011668 omnidirectional antenna is named ANTDG0407A1NR and
applicable to outdoor scenarios.
Antenna Appearance


Item Value (2.4G) Value (5G)
Frequency (MHz) 2400–2500 5150–5850
Gain (dBi) 4 7
Coverage distance (m) 70 70
Horizontal lobe width 360 360

(degrees)
Vertical lobe width (degrees) 33 22
Standing wave ratio (SWR) ≤2 ≤2
Polarization Single polarization
Connector N-male
Dimensions (mm) Diameter x Length: φ23.8 x 275
Weight (g) 106
Antenna Pattern


towards the ground.


Backhaul 1 2 3 5 10
Distance
(km)
Radius of 3.87 5.48 6.71 8.66 12.25

the First
Fresnel
Zone (m)


27011668 antennas are directly installed on APs. You only need to tighten nuts.


To achieve the optimal coverage effect, it is recommended that you install the
When installing an antenna, tightly hold the antenna connector and tighten it using a
torque wrench. The recommended tightening torque is 0.8 N m to 1.0 N m.

26 27011792 Indoor 2.4 GHz and 5 GHz Dual-
WLAN Polarized Directional Antenna (H75 V55 G4 and H75
Antenna Quick Start V50 G6)
26 27011792 Indoor 2.4 GHz and 5 GHz

V55 G4 and H75 V50 G6)
About This Chapter


The 27011792 directional antenna is named ANTDG0406D2SS and applicable to
indoor scenarios.
Antenna Appearance
Figure 26-1 and Figure 26-2 show the appearance of the 27011792 antenna.
Figure 26-1 Appearance of the 27011792 antenna (1)

Figure 26-2 Appearance of the 27011792 antenna (2)

Frequency (MHz) 2400–2500 5150–5850
Gain (dBi) 4 6
Horizontal lobe width (degrees) 75 75
Polarization Horizontal polarization and vertical

polarization
Connector SMA-K*2
Weight (g) 70±10

Antenna Pattern
Figure 26-3 and Figure 26-4 show radiation patterns of the two ports on the
27011792 antenna in the horizontal and vertical directions.


The 27011792 antenna is an indoor directional antenna. It applies to scenarios
that require small coverage angles but long coverage distances. Typical scenarios
include corridors in hospitals or airports.

Tools:
● Hammer drill (φ6 and φ23)
● Phillips screwdriver
● Rubber mallet
Other accessories:
● Screw components: 2 screws and 2 expansion bolts
26.2.2 Wall Mounting

The 27011792 antenna is mounted on a wall. Different directions of outgoing RF
cables result in two installation methods: outgoing direction parallel with the wall
and outgoing direction vertical to the wall.

Outgoing Direction Vertical to the Wall

1. Drill holes on the wall in compliance with the sizes shown in the following
figure.
2. Place expansion bolts into the ø6 mm holes and thread screws through
mounting holes of the antenna.
3. Thread the RF cable through the ø23 mm hole. After connecting cables, use
screws to fix the antenna on the wall.

Outgoing Direction Parallel with the Wall

1. Drill holes on the wall in compliance with the sizes shown in the following
figure.
2. Place expansion bolts into the ø6 mm holes and thread screws through
mounting holes of the antenna.

3. Connect the RF cable to the plastic plug. After connecting cables, use screws
to fix the antenna on the wall.

Procedure
1. Remove covers on external antenna ports of APs to expose RP-SMA female
connectors.
2. Connect SMA male connectors of feeder cables to ANT ports on APs.
RF Cable Photos
Figure 26-5 RF cables

Figure 26-6 Labels
You can use the following RF transit cables.
Part Number Cable Length Interface Description
04130532 5m SMA-J/RP-SMA-J
04130532-001 10 m
04130532-002 15 m
● Connectors on the two ends of an RF cable are different. You should connect the AP side
connector to the AP and the antenna side connector to the antenna.
● The longer the feeder cable, the weaker the signal strength within the antenna coverage
range. The cabling method in Figure 26-7 is recommended. The feeder cable should be
as short as possible. The 15-meter feeder cable is not recommended.

Figure 26-7 Cabling of feeder cables
In dual-band and double-stream scenarios, ensure that the two antenna ports with the
same number on the AP9330DN are connected to the same antenna.

27 27012045 Vehicle-Mounted 2.4 GHz & 5 GHz
WLAN Dual-Polarized Directional Antenna (H75 V65 G5.5
Antenna Quick Start & H80 V40 G6)
27 27012045 Vehicle-Mounted 2.4 GHz

& 5 GHz Dual-Polarized Directional Antenna
(H75 V65 G5.5 & H80 V40 G6)
About This Chapter


The 27012045 directional antenna is named ANTDG0606D3NR and applicable to
wireless coverage on vehicles.
Antenna Appearance


Frequency (MHz) 2400–2500 5150–5850
Gain (dBi) 5.5 6
Polarization Horizontal, vertical, and cross polarization
Connector QMA-male*3
Weight (g) 260
Antenna Pattern
The following figure shows the radiation pattern of the 27012045 antenna in the


The 27012045 antenna is a vehicle-mounted directional antenna and applicable to

The following accessories and tools are required for installing the 27012045
antenna.
● One screwdriver

The 27012045 antenna can be mounted on a wall in a vehicle.
● Determine the antenna mounting method according to onsite situations.

● Select the proper outlet direction for the feeder, preventing small-angle bending of the
feeder.
1. Select a suitable mounting position on the inner wall of a vehicle based on

the positions and dimensions of mounting holes of the antenna, as shown in
the following figure (unit: mm).

2. Fix the antenna on the inner wall of the vehicle using four screws.

Connect three feeder ports A, B, and C of the antenna to radio interfaces A, B, and
C of the corresponding frequency bands on the AP.
If the AP9132DN is used to transmit only 2.4 GHz or 5 GHz signals on a radio
interface, connect the 2.4 GHz antenna following the instructions in the figure
below.


interface.


V30 G14)
About This Chapter


The 27012046 directional antenna is named ANT5G14D3NW and applicable to
vehicle-ground communication scenarios.
Antenna Appearance


Item Value
Gain (dBi) 14
Polarization Vertical and cross polarization
Weight (g) 1220
Antenna Pattern
The following figures show radiation patterns of three ports on the 27012046
antenna in the horizontal and vertical directions.



The 27012046 antenna is a directional antenna. It can be installed on an inner
wall of a tunnel and in vehicle-ground backhaul scenarios.

antenna.
Accessory/Tool Quant Picture

ity
Torque socket (M6) 1 PCS
Level 1 PCS
Rubber mallet 1 PCS
Hammer drill (the 1 PCS

drill bit diameter is 8
mm)


ity
Sheet metal 1 PCS

mounting bracket
Expansion bolts (M6 4 sets

x 60)

Precautions
Take note of the following points when installing this antenna:
● The distance between the installation height and the height of antennas of
vehicle-mounted APs is within 30 cm. It is recommended that it is 20 cm
higher than the height of antennas of vehicle-mounted APs.
● The tubular center axis of the antenna is paralleled with the rail and the
angle between the antenna and wall is less than 1°. Do not incline the
antenna towards the wall.
● If you customize mounting brackets, ensure that the distance between the
center axis of the antenna and the installation wall is at least 15 cm.
Wall Mounting
1. Fix the mounting bracket to the wall, adjust the installation position using a
level, and mark positions of four mounting holes.

2. Use a hammer drill to drill holes at the four marked positions. Screw the nut
into the expansion bolt, hammer the expansion bolt into a hole until the flat
washer is closely attached to the wall. Remove the nut, spring washer, and
flat washer in order.
3. Fix the antenna onto the mounting bracket, fit flat washers, spring washers,
and nuts in order, and tighten the nuts (the tightening torque is 5 N m).
Stretch the feeder port out of the hole of the mounting bracket.
4. Pinch the mounting bracket on the expansion bolts, fit flat washers, spring
washers, and nuts in order, and tighten the nuts (the tightening torque is 5 N
m).
RF Cable Connection


Typ xial al Loss
e Cab Conne
le ctor

130 8U N MHz
DN cabl male to
e conne 2483.5
(25 ctor MHz:
070 (1404 26.8
009 0184) dB /
) 100 m
● 4920
Mhz to
5825
Mhz:
41.8
dB /
100 m
1/2" Type- ● 2400

(inc N MHz
h) male to
sup conne 2483.5
er- ctor MHz:
flexi (1404 18.1
ble 0150) dB /
cabl 100 m
e ● 4920
(25 Mhz to
070 5825
076 Mhz:
) 30
dB /
100 m


Typ xial al Loss
e Cab Conne
le ctor
AP9 RF - ● 2.4
131 tran (No GHz to
DN/ sit cable 2.5
132 e to be 0.9 dB
DN (04 made ● 4.9
130 onsite. GHz to
714, ) 6
0.5 GHz:<
m) 1.3 dB
con
nect
ing
a
QM
A-J
con
nect
or
to
an
N-J
con
nect
or.


Typ xial al Loss
e Cab Conne
le ctor
RF ● 2.4
tran GHz to
sit 2.5
cabl GHz: <
e 2.3 dB
(04 ● 4.9
130 GHz to
714 6 GHz:
-00 < 3.2
1, 3 dB
m)
con
nect
ing
a
QM
A-J
con
nect
or
to
an
N-J
con
nect
or.
feeder port whose polarization direction is 90°is connected to radio interface
C of the AP.




1. Peel the cable.

1. Peel the cable.


29 27012048 Rail Transportation 2.4

GHz Dual-Polarized Directional Antenna
(H35 V35 G12)
About This Chapter


The 27012048 directional antenna is named ANT2G12D2NW and applicable to
vehicle-ground communication scenarios.
Antenna Appearance


Item Value
Gain (dBi) 12
Polarization Vertical and horizontal polarization
Weight (g) 1220
Antenna Pattern
The following figures show radiation patterns of two ports on the 27012048
antenna in the horizontal and vertical directions.


The 27012048 antenna is a directional antenna. It can be installed on an inner
wall of a tunnel and in vehicle-ground backhaul scenarios.

antenna.


ity
Torque socket (M6) 1 PCS
Level 1 PCS
Rubber mallet 1 PCS
Hammer drill (the 1 PCS

drill bit diameter is 8
mm)
Sheet metal 1 PCS

mounting bracket
Expansion bolts (M6 4 sets

x 60)
Precautions
Pay attention to the following points when installing this antenna:
● The distance between the installation height and the height of antennas of
vehicle-mounted APs is less than 30 cm. It is recommended that it be installed
at a position 20 cm higher than the antennas of vehicle-mounted APs.
● The tubular central axis of the antenna is horizontally paralleled with the rails
and the angle between the antenna and wall is less than 1°. Do not incline
the antenna towards the wall.
● If you customize mounting brackets, ensure that the distance between the
central axis of the antenna and the installation wall is no less than 15 cm.

Wall Mounting
1. Fix the mounting bracket to the wall, adjust the installation position using a
level, and mark positions of four mounting holes.
2. Use a hammer drill to drill holes at the four marked positions. Screw the nut
into the expansion bolt, hammer the expansion bolt into a hole until the flat
washer is closely attached to the wall. Remove the nut, spring washer, and
flat washer in order.
3. Fix the antenna onto the mounting bracket, fit flat washers, spring washers,
and nuts in order, and tighten the nuts (the tightening torque is 5 N m).
Stretch the feeder port out of the hole of the mounting bracket.
4. Pinch the mounting bracket on the expansion bolts, fit flat washers, spring
washers, and nuts in order, and tighten the nuts (the tightening torque is 5 N
m).


RF Cable Connection

Typ xial al Loss
e Cab Conne
le ctor

130 8U N MHz
DN cabl male to
e conne 2483.5
(25 ctor MHz:
070 (1404 26.8
009 0184) dB /
) 100 m
● 4920
Mhz to
5825
Mhz:
41.8
dB /
100 m


Typ xial al Loss
e Cab Conne
le ctor
1/2" Type- ● 2400

(inc N MHz
h) male to
sup conne 2483.5
er- ctor MHz:
flexi (1404 18.1
ble 0150) dB /
cabl 100 m
e ● 4920
(25 Mhz to
070 5825
076 Mhz:
) 30
dB /
100 m
AP9 RF - ● 2.4
131 tran (No GHz to
DN/ sit cable 2.5
132 e to be 0.9 dB
DN (04 made ● 4.9
130 onsite. GHz to
714, ) 6
0.5 GHz:<
m) 1.3 dB
con
nect
ing
a
QM
A-J
con
nect
or
to
an
N-J
con
nect
or.


Typ xial al Loss
e Cab Conne
le ctor
RF ● 2.4
tran GHz to
sit 2.5
cabl GHz: <
e 2.3 dB
(04 ● 4.9
130 GHz to
714 6 GHz:
-00 < 3.2
1, 3 dB
m)
con
nect
ing
a
QM
A-J
con
nect
or
to
an
N-J
con
nect
or.
AP8130DN ● Feeders of the same antenna must be connected to radio

interfaces of the corresponding frequency bands on the same
AP.
● Two ports on the antenna are connected to radio interfaces A
and B of the AP, and an RF load should be connected to radio
interface C of the AP.
AP9131DN Two ports on the antenna are connected to radio interfaces

2.4G/5G-B and 2.4G/5G-C of the AP, and an RF load should be

AP9132DN ● When the antenna transmits 2.4 GHz and 5 GHz signals
simultaneously on a radio interface, two ports on the
antenna are connected to radio interfaces 2.4G/5G-B and
2.4G/5G-C of the AP respectively, and an RF load should be
● When the antenna transmits only 2.4 GHz or 5 GHz signals
on a radio interface, two ports on the antenna are connected
to radio interfaces 2.4G-A and 2.4G-B of the AP, and an RF
load should be connected to radio interface 2.4G-C of the AP
to transmit 2.4 GHz signals.

it.


1. Peel the cable.

1. Peel the cable.

WLAN 30 27012050 Vehicle-Mounted 5 GHz Dual-
30 27012050 Vehicle-Mounted 5 GHz

V35 G9)
About This Chapter


The 27012050 directional antenna is named ANT5G09D3QC and applicable to
Antenna Appearance


Item Value
Gain (dBi) 9
Polarization Horizontal, vertical, and cross

polarization
Connector 3 x QMA-male
Weight (g) 240

Antenna Pattern


antenna.
● One screwdriver

The 27012050 antenna can be mounted on a wall in a vehicle.

● Determine the antenna mounting method according to onsite situations.

● Select the proper outlet direction for the feeder, preventing small-angle bending of the
feeder.
1. Select a suitable mounting position on the inner wall of a vehicle based on

the positions and dimensions of mounting holes of the antenna, as shown in
the following figure (unit: mm).
2. Fix the antenna on the inner wall of the vehicle using three screws.

RF Cable Connection
Connect three feeder ports A, B, and C of the antenna to radio interfaces A, B, and
C of the corresponding frequency bands on the AP.

interface.

WLAN Single-Polarized Directional Antenna (H80 V40 G4 &
Antenna Quick Start H80 V40 G6)
31 27012075 Vehicle-Mounted 2.4 GHz

& 5 GHz Single-Polarized Directional
Antenna (H80 V40 G4 & H80 V40 G6)
About This Chapter


The 27012075 directional antenna is named C15N15Z100DK and applicable to
Antenna Appearance


Frequency (MHz) 2400–2500 5150–5850
Gain (dBi) 4 6
Connector SMA-K
Weight (g) 65
Antenna Pattern



antenna.
● One screwdriver

The 27012075 antenna can be mounted on a wall indoors or in a vehicle. The
following describes how to mount the antenna to a wall indoors. The method of
mounting the antenna in a vehicle is determined according to onsite situations.
1. Select a suitable mounting position on the wall based on the positions and
dimensions of mounting holes of the antenna, as shown in the following
figure (unit: mm).

2. Drill holes at the marked positions and install the plastic expansion tubes.
a. Use a 6 mm drill bit to drill holes at the marked positions.

b. Hammer the plastic expansion tubes into the holes.
3. Connect the RF cable and close the rear cover of the antenna. For details, see
31.2.3 Connecting RF Cables.

4. Use screws to fix the antenna to plastic expansion tubes on the wall (with a
torque of 0.3 N m).
5. Close the front cover.

RF Cable Connection
cable (sold separately) and tighten the connector to the interface. The
recommended tightening torque is 1 N·m.
Tighten the connector according to the following figure. Avoid rotating the cable
with the connector; otherwise, the core wires of the cable may be damaged.

The following table lists RF transit cables.
Transit Cable Cable Length Interface Description
04130713 5m SMA-J / QMA-J
04130713-001 10 m
04130713-002 15 m
The longer the feeder, the weaker the signal strength within the antenna coverage range.
You are advised to use short feeders based on the actual situation. The 15-meter feeder
cable is not recommended.

● A 50-ohm RF load must be connected to an idle antenna interface on an AP.
● The bending radius of RF cables must be no smaller than 30 mm.

32 27012134 Indoor and Outdoor 2.4 GHz and 5
WLAN GHz Dual-Polarized Directional Antenna (H33 V33
Antenna Quick Start G13 and H33 V33 G13)
32 27012134 Indoor and Outdoor 2.4

GHz and 5 GHz Dual-Polarized Directional
About This Chapter


outdoor and indoor scenarios.
Antenna Appearance


Frequency (MHz) 2400–2500 5150–5850
Gain (dBi) 13 13

(degrees)
Polarization Vertical polarization and ± 45-degree

polarization
Dimensions (mm) H x W x D: 39.878 x 368.3 x 368.3
Weight (g) 1600
Mounting mode Wall mounting or pole mounting

Antenna Pattern
The following figures show radiation patterns of the 27012134 antenna in the
horizontal and vertical directions in 2.4 GHz mode and 5 GHz mode.
Figure 32-2 Radiation pattern of the 27012134 antenna (2.4 GHz, vertical
polarization port)

Figure 32-3 Radiation pattern of the 27012134 antenna (2.4 GHz, + 45-degree
polarization port)
Figure 32-4 Radiation pattern of the 27012134 antenna (2.4 GHz, - 45-degree
polarization port)

Figure 32-5 Radiation pattern of the 27012134 antenna (5 GHz, vertical

polarization port)
Figure 32-6 Radiation pattern of the 27012134 antenna (5 GHz, + 45-degree

polarization port)

Figure 32-7 Radiation pattern of the 27012134 antenna (5 GHz, - 45-degree

polarization)

towards the ground.


Backhaul 1 2 3 5 10
Distance
(km)
Radius of 3.87 5.48 6.71 8.66 12.25

the First
Fresnel
Zone (m)


The 27012134 antenna is a directional antenna applicable to outdoor and indoor
scenarios. When it is installed indoors, it is best applied to scenarios that require
small coverage angles but long coverage distances. Typical scenarios include
corridors in hospitals or airports. When it is installed outdoors, it should be
mountaintops, and tower tops, to obtain better performance. Its transmit end
should not be blocked by obstacles.


Tools:
● Open-end wrench
● 8 mm socket wrench or torque screwdriver
Pole:
Other accessories:
● M10 bolt: 4 sets

● Hex nut: 6 sets
● Spring washer: 6 sets
● Flat washer: 6 sets
● Hose clamp: 2 sets
● Expansion bolt: 4 sets


1. Fix the installation bracket to the back of the antenna with the nuts, spring
washers, and flat washers. The maximum torque is 6.2 N m.
2. Fix the elevation adjustable bracket to the installation bracket.

Select appropriate holes and thread bolts through the installation bracket and
elevation adjustable bracket. Put on flat washers, spring washers, and nuts to
fix the bolts (not tightly).

3. Drill four φ8 mm holes (42 mm depth) on the wall to install plastic expansion
must exactly match with that of the four holes on the antenna support.

5. Fix the elevation adjustable bracket to the antenna support. Thread bolts
through the installation bracket and elevation adjustable bracket. Put on flat
washers, spring washers, and nuts to fix the bolts (not tightly).
6. Adjust the antenna angle and tighten all of the four nuts. The maximum
torque is 6.2 N m.


The 27012134 antenna can be mounted on a pole. The wall thickness of the pole
usually used.


3. Fix the antenna support to the pole.

4. Fix the antenna to the antenna support. Thread bolts through the antenna
support and elevation adjustable bracket. Put on flat washers, spring washers,
and nuts to fix the bolts (not tightly).

torque is 6.2 N m.

building.
earth mat.

installed.



The radio interfaces of the same frequency band on an AP have silkscreens A, B,
and C, as shown in the following figure.

The following figure shows the feeder interfaces on the 27012134 antenna.
Use the feeder cable to connect the radio interfaces of the AP and antenna. The
feeder interfaces A, B, and C of an antenna must be connected to radio interfaces
A, B, and C of the same frequency band on an AP.
The following figure shows cable connections on 2.4G radio ports of antennas.

The following figure shows cable connections on 5G radio ports of antennas.


it.



Cable al
Conne
ctor

250700 N ~2483.5
09) male MHz:
conne 26.8dB/
ctor 100m
(1404 ● 4920Mhz
0184) ~5825Mh
z:
41.8dB/
100m
1/2" Type- ● 2400MHz

(inch) N ~2483.5
super- male MHz:
cable ctor 100m
(250700 (1404 ● 4920Mhz
76) 0150) ~5825Mh
z: 30dB/
100m
1. Peel the cable.

1. Peel the cable.


V33 G13)
About This Chapter


The 27012140 directional antenna is named ANT5G13D3NR and applicable to
vehicle-ground communication scenarios and outdoor and indoor scenarios.
Antenna Appearance

The 27012140 antenna uses fireproof materials and complies with UL94 V0
standards. Table 33-1 lists technical specifications of the 27012140 antenna.

Item Value
Gain (dBi) 13
Polarization Vertical polarization and ± 45-degree

polarization
Dimensions (mm) H x W x D: 34.5 x 197.5 x 197.5
Weight (g) 1200
Support pole diameter (mm) 35–114
Antenna Pattern
The following figures show radiation patterns of the 27012140 antenna in the



towards the ground.
details on how to install a lightning rod, see section "Antenna Installation".
is, the antenna height must be large than the sum of the radius of the first


Backhaul 1 2 3 5 10
Distance
(km)
Radius of 3.87 5.48 6.71 8.66 12.25

the First
Fresnel
Zone (m)


The 27012140 antenna can be installed on a vehicle for vehicle-ground backhaul.
The 27012140 directional antenna is applicable to outdoor and indoor scenarios.

When it is installed indoors, it applies to scenarios that require small coverage
angles but long coverage distances. Typical scenarios include corridors in hospitals
or airports. When it is installed outdoors, it should be installed at high positions
away from metal obstacles, for example, building top, mountaintop, and tower
top, to obtain better performance. Its transmit end should not be blocked by
obstacles.

Tools:
● Open-end wrench
● Hammer drill (φ8 drill bit for vehicle mounting and wall mounting)
Pole:
● 1 x Pole with a diameter of φ35 mm to φ114 mm
Other accessories:
Installation Scenario Accessory
Vehicle mounting Installation brackets customized for

different scenarios
Wall mounting or pole mounting ● M10 bolt: 4 sets

● Hex nut: 6 sets


1. Fix the installation bracket to the back of the antenna with the nut, spring
washer, and flat washer.
2. Fix the adjustable support to the installation bracket.

Select appropriate holes and thread bolts through the space between the
antenna and adjustable support. Place flat washers, spring washers, and nuts
to fix them (not tightly).

3. Drill four holes (φ8 * 42 mm) on the wall to install plastic expansion tubes
that will support expansion bolts. The relative position of the four holes must
exactly match with that of the four holes on the antenna support.
5. Fix the adjustable support to the antenna support. Thread bolts through the
space between the antenna and adjustable support. Place flat washers, spring
washers, and nuts to fix them (not tightly).

6. Adjust the antenna angle and tighten all of the four nuts.

usually used.


1. Fix the installation bracket to the back of the antenna with the nut, spring
washer, and flat washer.
2. Fix the adjustable support to the installation bracket.

Select appropriate holes and thread bolts through the space between the
antenna and adjustable support. Place flat washers, spring washers, and nuts
to fix them (not tightly).

3. Fix the antenna support to the pole with the hose clamp.
4. Fix the antenna to the antenna support. Thread bolts through the space
between the antenna and adjustable support. Place flat washers, spring
washers, and nuts to fix them (not tightly).

5. Adjust the antenna angle and tighten all of the four nuts.


building.


earth mat.
installed.





Typ xial al Loss
e Cab Conne
le ctor

130 8U N MHz
DN cabl male to
e conne 2483.5
(25 ctor MHz:
070 (1404 26.8
009 0184) dB /
) 100 m
● 4920
Mhz to
5825
Mhz:
41.8
dB /
100 m
1/2" Type- ● 2400

(inc N MHz
h) male to
sup conne 2483.5
er- ctor MHz:
flexi (1404 18.1
ble 0150) dB /
cabl 100 m
e ● 4920
(25 Mhz to
070 5825
076 Mhz:
) 30
dB /
100 m


Typ xial al Loss
e Cab Conne
le ctor
AP9 RF - ● 2.4
131 tran (No GHz to
DN/ sit cable 2.5
132 e to be 0.9 dB
DN (04 made ● 4.9
130 onsite. GHz to
714, ) 6
0.5 GHz:<
m) 1.3 dB
con
nect
ing
a
QM
A-J
con
nect
or
to
an
N-J
con
nect
or.


Typ xial al Loss
e Cab Conne
le ctor
RF ● 2.4
tran GHz to
sit 2.5
cabl GHz: <
e 2.3 dB
(04 ● 4.9
130 GHz to
714 6 GHz:
-00 < 3.2
1, 3 dB
m)
con
nect
ing
a
QM
A-J
con
nect
or
to
an
N-J
con
nect
or.
feeder port whose polarization direction is 90° is connected to radio interface
C of the AP.


it.

1. Peel the cable.


1. Peel the cable.


G18)
About This Chapter


The 27012544 directional antenna is named ANT2G18D2NR and applicable to
outdoor scenarios.
Antenna Appearance

Item Value
Gain (dBi) 18
Standing wave ratio (SWR) 1.7 typical

2.0 maximum
Polarization Horizontal polarization and

vertical polarization
Weight (kg) 1.600
Mounting mode Wall mounting or pole

mounting

environments.
Antenna Pattern


towards the ground.


Backhaul 1 2 3 5 10
Distance
(km)
Radius of 3.87 5.48 6.71 8.66 12.25

the First
Fresnel
Zone (m)

The 27012544 antenna is an outdoor directional antenna. To obtain a better
performance and wider coverage, the antenna should be installed at high

Tools:
● Open-end wrench

Pole:
Other accessories:
● M10 bolt: 4 sets
● Hex nut: 6 sets

If an extension bracket is used, install the antenna according to Antenna
Installation with an Extension Bracket; otherwise, install the antenna according
to Antenna Installation Without an Extension Bracket.
Antenna Installation Without an Extension Bracket

The installation procedure is as follows:




torque is 6.2 N m.

Antenna Installation with an Extension Bracket


4. Assemble the extension bracket. Tighten it with the flat washers, spring
washers and nuts.

5. Connect the antenna support and extension bracket.
6. Fix the antenna to the extension bracket.

7. Adjust the antenna angle.


usually used.
If an extension bracket is used, install the antenna according to Antenna
Installation with an Extension Bracket; otherwise, install the antenna according
to Antenna Installation Without an Extension Bracket.
Antenna Installation Without an Extension Bracket




torque is 6.2 N m.
Antenna Installation with an Extension Bracket


2. Fix the antenna support to the pole with the hose clamp.
3. Assemble the extension bracket. Tighten it with the flat washers, spring
washers and nuts.

4. Connect the antenna support and extension bracket.
5. Fix the antenna to the extension bracket.

6. Adjust the antenna angle.



building.
earth mat.

installed.









Cable al
Conne
ctor

250700 N ~2483.5
09) male MHz:
conne 26.8dB/
ctor 100m
(1404 ● 4920Mhz
0184) ~5825Mh
z:
41.8dB/
100m


Cable al
Conne
ctor
1/2" Type- ● 2400MHz

(inch) N ~2483.5
super- male MHz:
cable ctor 100m
(250700 (1404 ● 4920Mhz
76) 0150) ~5825Mh
z: 30dB/
100m
1. Peel the cable.
1. Peel the cable.


35 27012545 Indoor 2.4 GHz and 5 GHz Linear-
35 27012545 Indoor 2.4 GHz and 5 GHz

Linear-Polarized Omnidirectional Antenna
(H360 V110 G4 and H360 V110 G5)
About This Chapter


The 27012545 omnidirectional antenna is named ANTDG0404D4SR and applicable
to indoor scenarios.
Antenna Appearance

Frequency (MHz) 2400–2500 5150–5850
Gain (dBi) 4 5

(degrees)
Vertical lobe width 110 110

(degrees)
Standing wave ratio ≤2 ≤2

(SWR)
Polarization Linear polarization
Connector RP-SMA-J*4
Weight (g) 450
Mounting mode Ceiling mounting
Antenna Pattern
Figure 35-2 and Figure 35-3 show radiation patterns of the 27012545 antenna
(2.4 GHz and 5 GHz) in the horizontal and vertical directions.

Figure 35-2 Radiation pattern of the 27012545 antenna (2.4 GHz)
Figure 35-3 Radiation pattern of the 27012545 antenna (5 GHz)

The 27012545 antenna is an indoor omnidirectional antenna. The antenna is best
applied to indoor omnidirectional coverage scenarios, such as open office areas,
meeting rooms, and lecture halls.

Tools:

● Open-end wrench
● Hammer drill (used to drill holes in ceilings)
Other accessories:
● Nut: 1 PCS
● Rubber washer: 1 PCS
35.2.2 Ceiling Mounting

The 27012545 antenna can be mounted on a removable ceiling.
1. Drill one φ23 ± 0.5 mm hole into the ceiling.

2. Insert the antenna into the hole and secure it using the nut.
● The size of the hole in the ceiling must be slightly greater than that of the flange on the
antenna connector and the bottom plate of the antenna must be flattened against the
ceiling. Otherwise, electrical performance of the antenna will be affected.
● The ceiling must be no greater than 20 mm thick and can bear the weight of four times
the weight of the antenna without damage.

● The 27012545 antenna has four 1 m feeder cables delivered. For longer feeder
cables, purchase them separately.
interface.

1. Remove covers on external antenna ports of APs to expose RP-SMA female
connectors.
2. Connect the RP-SMA male connector on the feeder to the RP-SMA female
connector on the AP.
Feeder cables on an antenna must be connected to the local AP's radio ports on the correct
frequency band. There are no other requirements regarding the connection between the
feeder cables and radio ports.
RF Cable Appearance
Figure 35-4 Rear view of the antenna (27012545)
Table 35-2 lists the SMA connector types.

Table 35-2 SMA connector types

Connector Polarity Male or Shape Picture
Type Female
SMA-J Positive Male Internal

polarity thread,
inner pin
SMA-K Positive Female External

polarity thread,
inner hole
RP-SMA-J Reverse Male Internal

polarity thread,
inner hole
RP-SMA-k Reverse Female External

polarity thread,
inner pin

36 27012565 Outdoor 2.4 GHz & 5 GHz Dual-
WLAN Polarized Directional Antenna (H35 V35 G12 and
36 27012565 Outdoor 2.4 GHz & 5 GHz

V35 G12 and H26 V26 G11)
About This Chapter


outdoor scenarios.
Antenna Appearance

Frequency (MHz) 2400–2500 5150–5850
Gain (dBi) 12 11
Coverage radius 150 110

(m)
Horizontal lobe 35 26
width (degrees)
Vertical lobe width 35 26

(degrees)
Standing wave ratio ≤2 ≤ 2.2

(SWR)
Weight (kg) 3
Support pole φ35–φ114

diameter (mm)

Antenna Pattern

towards the ground.





Backhaul 1 2 3 5 10
Distance
(km)
Radius of 3.87 5.48 6.71 8.66 12.25

the First
Fresnel
Zone (m)

The 27012565 antenna is a directional antenna applicable to outdoor scenarios. It
building tops, mountaintops, and tower tops, to obtain better performance. Its

Tools:
● Open-end wrench
Pole:
Other accessories:
● M8x70 Expansion bolt: 4 sets



3. Drill four φ10 mm holes (72 mm depth) on the wall to install plastic
expansion tubes that will support expansion bolts. The relative position of the
four holes must exactly match with that of the four holes on the antenna
support.

torque is 6.2 N m.


usually used.


torque is 6.2 N m.

The radio interfaces of the same frequency band on an AP have silkscreens A, B, C,
and D, as shown in the following figure.

feeder interfaces A, B, C, and D of an antenna must be connected to radio
interfaces A, B, C, and D of the same frequency band on an AP.


● Feeders connecting antennas and APs must be as short as possible.
it.
Antenna interfaces of Huawei outdoor APs provide a 5 kA surge protection
capability. In general, no additional surge protective device needs to be installed,
and the RF cables are directly connected to the antenna interfaces.

Outdoor APs support built-in surge protection on all interfaces, but the surge protection
works only when the outdoor APs are grounded.


Cable al
Conne
ctor

250700 N ~2483.5
09) male MHz:
conne 26.8dB/
ctor 100m
(1404 ● 4920Mhz
0184) ~5825Mh
z:
41.8dB/
100m
1/2" Type- ● 2400MHz

(inch) N ~2483.5
super- male MHz:
cable ctor 100m
(250700 (1404 ● 4920Mhz
76) 0150) ~5825Mh
z: 30dB/
100m
1. Peel the cable.



1. Peel the cable.

37 27012566 Outdoor 2.4 GHz & 5 GHz

V32 G13 and H15 V15 G17)
About This Chapter


outdoor scenarios.
Antenna Appearance


Frequency (MHz) 2400–2500 5150–5850
Gain (dBi) 13 17

(degrees)
Weight (kg) 3
Antenna Pattern


towards the ground.



Backhaul 1 2 3 5 10
Distance
(km)
Radius of 3.87 5.48 6.71 8.66 12.25

the First
Fresnel
Zone (m)

The 27012566 antenna is a directional antenna applicable to outdoor scenarios. It
building tops, mountaintops, and tower tops, to obtain better performance. Its


Tools:
● Open-end wrench
Pole:
Other accessories:
● M8x70 Expansion bolt: 4 sets



3. Drill four φ10 mm holes (72 mm depth) on the wall to install plastic
expansion tubes that will support expansion bolts. The relative position of the
four holes must exactly match with that of the four holes on the antenna
support.

torque is 6.2 N m.


usually used.


torque is 6.2 N m.

The radio interfaces of the same frequency band on an AP have silkscreens A, B, C,
and D, as shown in the following figure.

feeder interfaces A, B, C, and D of an antenna must be connected to radio
interfaces A, B, C, and D of the same frequency band on an AP.


● Feeders connecting antennas and APs must be as short as possible.
it.
Antenna interfaces of Huawei outdoor APs provide a 5 kA surge protection
capability. In general, no additional surge protective device needs to be installed,
and the RF cables are directly connected to the antenna interfaces.

Outdoor APs support built-in surge protection on all interfaces, but the surge protection
works only when the outdoor APs are grounded.


Cable al
Conne
ctor

250700 N ~2483.5
09) male MHz:
conne 26.8dB/
ctor 100m
(1404 ● 4920Mhz
0184) ~5825Mh
z:
41.8dB/
100m
1/2" Type- ● 2400MHz

(inch) N ~2483.5
super- male MHz:
cable ctor 100m
(250700 (1404 ● 4920Mhz
76) 0150) ~5825Mh
z: 30dB/
100m
1. Peel the cable.



1. Peel the cable.

WLAN Antenna Quick Start

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HUAWEI TECHNOLOGIES CO., LTD.

Trademarks and Permissions

Huawei Technologies Co., Ltd.

Issue 13 (2020-04-21) Copyright © Huawei Technologies Co., Ltd. i

6 27010210 Indoor 2.4 GHz Single-Polarized Omnidirectional Antenna (H360 V45

7 27010215 Outdoor 2.4 GHz Single-Polarized Omnidirectional Antenna (H360 V9

Issue 13 (2020-04-21) Copyright © Huawei Technologies Co., Ltd. ii

7.3.2 Pole Mounting.................................................................................................................................................................... 72

8 27010219 Outdoor 2.4 GHz Single-Polarized Directional Antenna (H120 V7

9 27010223 Outdoor 2.4 GHz Single-Polarized Directional Antenna (H90 V7 G17)

11 27010889 Outdoor 5 GHz Dual-Polarized Directional Antenna (H60 V30 G11.5)

12 27010890 Outdoor 5 GHz Dual-Polarized Directional Antenna (H15 V15 G19)

Issue 13 (2020-04-21) Copyright © Huawei Technologies Co., Ltd. iii

12.3.3 Connecting RF Cables..................................................................................................................................................138

13 27010898 Outdoor 2.4 GHz Dual-Polarized Directional Antenna (H60 V7 G16.5)

14 27010902 Outdoor 2.4 GHz Single-Polarized Directional Antenna (H120 V6

16 27010906 Outdoor 5 GHz Dual-Polarized Directional Antenna (H32 V32 G14)

17 27010912 Outdoor 5 GHz Single-Polarized Directional Antenna (H100 V5.5 G16)

Issue 13 (2020-04-21) Copyright © Huawei Technologies Co., Ltd. iv

18 27010913 Outdoor 2.4 GHz Single-Polarized Omnidirectional Antenna (H360

19 27011016 Outdoor 5 GHz Dual-Polarized Directional Antenna (H9 V9 G23)....215

20 27011145 Outdoor 5 GHz Dual-Polarized Directional Antenna (H15 V15 G19)

21 27011332 Outdoor 2.4 GHz Single-Polarized Omnidirectional Antenna (H360

22 27011333 Outdoor 5 GHz Single-Polarized Omnidirectional Antenna (H360 V20

23 27011618 Rail Transportation 5 GHz Dual-Polarized Directional Antenna (H30

Issue 13 (2020-04-21) Copyright © Huawei Technologies Co., Ltd. v

24 27011619 Rail Transportation 2.4 GHz Dual-Polarized Directional Antenna (H35

25 27011668 Outdoor 2.4 GHz and 5 GHz Single-Polarized Omnidirectional

27 27012045 Vehicle-Mounted 2.4 GHz & 5 GHz Dual-Polarized Directional

28 27012046 Rail Transportation 5 GHz Dual-Polarized Directional Antenna (H30

29 27012048 Rail Transportation 2.4 GHz Dual-Polarized Directional Antenna (H35

Issue 13 (2020-04-21) Copyright © Huawei Technologies Co., Ltd. vi

30 27012050 Vehicle-Mounted 5 GHz Dual-Polarized Directional Antenna (H70 V35

31 27012075 Vehicle-Mounted 2.4 GHz & 5 GHz Single-Polarized Directional

33 27012140 Rail Transportation 5 GHz Dual-Polarized Directional Antenna (H33

Issue 13 (2020-04-21) Copyright © Huawei Technologies Co., Ltd. vii

35 27012545 Indoor 2.4 GHz and 5 GHz Linear-Polarized Omnidirectional Antenna

Issue 13 (2020-04-21) Copyright © Huawei Technologies Co., Ltd. viii

This document describes key parameters and installation methods of antennas

Figure 1-1 Antenna naming rules

No. Description Value

2 Installation scenarios ● Indoor: indoor scenarios

3 Frequency band ● 2.4 GHz

4 Polarization mode ● Single-polarized

5 Antenna type ● Directional antenna

Issue 13 (2020-04-21) Copyright © Huawei Technologies Co., Ltd. 1

No. Description Value

6 Lobe width and gain (typical values) -

Issue 13 (2020-04-21) Copyright © Huawei Technologies Co., Ltd. 2

About This Chapter

2.1 Antenna Types

2.1 Antenna Types

Antenna Classification by Horizontal Radiation Pattern

– The goal of an omnidirectional antenna is to radiate energy equally in all

Issue 13 (2020-04-21) Copyright © Huawei Technologies Co., Ltd. 3

– A directional antenna radiates its energy more effectively in one (or

– A smart antenna supports multiple directional radiation patterns and one

Antenna Classification by Polarization Mode