Xm Cellular Antenna Catalogue

5/27/2018 Xm Cellular Antenna Catalogue

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Cellular AntennaProduct Catalogue


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In pursuance of a policy of continuous technicalimprovement, Alandick reserve the right tochange specifications without notice. All productsand trade names contained in this publication arethe copyright of AlanDick. No copying, digital orelectronic storage or transmission of this material

is allowed without prior premission in writing.

To obtain the latest product information, pleasecontact our local representative or log onto thethe AlanDick website at www.alandick.com

Issue No. 1.1A

Cellular AntennaProduct Catalogue


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5/100

IntroductionCompany Overview 4-5Global Locations & Contacts 6How to Use This Catalogue 7

Product Part Number Description 8Vertical Polar Antenna Range

Single Band HBW 33 10-11

HBW 45 12

HBW 65 13-20

HBW 85 21

Cross Polar Antenna Range

Single Band HBW 33 24-28

HBW 45 29-30

HBW 65 31-52 HBW 68 53

HBW 72 54-56

HBW 75 57

HBW 85 58-63

Quad Pole Antenna Range

Quad Pole HBW 65 66-69

Dual Polar Antenna Range

Dual Band HBW 65 72-82

HBW 70 83-85

HBW 72 86

HBW 85 87

Tri Band Antenna Range

HBW 65 90-92

Tests, Glossary & IndicesGlossary 93Environmental Test Specifications 94Conversion Table 95Index by Frequency 96

Contents

Contents

AlanDick

Page 3

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2

3


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AlanDick is unique in its ability to provide services, products and solutions on a global basis to satisfy thecommunication network infrastructure needs of the cellular, broadcast, radar/surveillance and enterprisewireless markets throuout the world.

With offices across 5 continents, AlanDick is a world leading organisation with the ability to plan, design,deploy, develop, maintain, manage, upgrade, support, integrate and optimise communication networks acrossthe globe.

With over 30 years experience in global communications infrastructure, AlanDick provides innovative products,services and solutions to support the highest standards of performance and reliability demanded byinternational network operators, service operators, service providers, technology manufacturers andintegrators.

Cellular Antennas

Since the outset, AlanDick has been manufacturing antennas that have brought quality-engineered designs tothe cellular market. AlanDick was the pioneer of Cross Polar technology, creating an antenna system, whichhas subsequently become an industry standard product.

Product Range

The AlanDick Cellular Antenna range comprises of both Cross and Vertically Polarised antennas with variableor fixed electrical downtilt. These are available in AMPS, CDMA, GSM900, GSM1800, PCS and UMTSfrequencies for single, broadband, dual and multi-band applications.

Due to todays stringent environmental constraints, AlanDick has designed a number of aesthetic, low impactantenna systems. The success of this has been evident, with the worlds major cellular service providersadopting such environmentally friendly systems.

Commitment to Customer Needs

AlanDick has a strong connection with the industry and through this link has developed a sound understanding

of todays network provider.

AlanDick work together with the client to create the best overall solution for the situation. This flexibilityenables the client to benefit from a unique package that is developed to suit the often tight constraints oftodays industry.

The in-house development team has produced many bespoke products to meet individual client specifications.AlanDicks commitment to research and development is shown by a continued program to produce newsolutions for both current and future market demands.

Constantly aware of the short lead-times required AlanDick strive to meet client roll out plans by adopting aflexible manufacturing and warehousing approach where required.

AlanDicks strong commitment to customer needs is also illustrated by the client-focused management servicethat is offered. With much experience, our global team of experts can offer advice related to all aspects ofmodern network requirements.

CompanyOve

rview

Company Overview

Comp

anyOverview

AlanDick

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CompanyOv

erview

AlanDick

Page 5


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Head OfficeAlanDick

The Barlands, London RoadCheltenham, GL52 6UT

United Kingdom

t: +44 1242 518500f: +44 1242 510191

e: [email protected]

Head OfficeAlanDick

The Barlands, London RoadCheltenham, GL52 6UT

United Kingdom

t: +44 1242 518500f: +44 1242 510191


UK/Europe

Middle East

Asia Pacific

Africa

Americas

Africa

AlgeriaSARL Alan Dick & Companyt: +213 216 91108f: +213 216 91108e: [email protected]

CameroonAlan Dick & Company (Cameroon) SAt: +237 343 9537f: +237 343 9541e: [email protected]

EgyptAl.An for Antenna Support SAEt: +202 836 8670/71

f: +202 836 8672e: [email protected]

EgyptAlan Dick & Company North Africat: +202 836 8670/71f: +202 836 8672e: [email protected]

KenyaAlan Dick & Co (East Africa) Ltdt: +254 20 374 2821 / 5981f: +254 20 374 4586e: [email protected]

NigeriaAlan Dick & Co (West Africa) Ltdt: +234 1 461 9401f: +234 1 461 9829e: [email protected]

South AfricaAlan Dick & Co (South Africa) (PTY) Ltdt: +27 11 758 5780f: +27 11 675 2375e: [email protected]

Americas

MexicoAlan Dick Mexico S. de R.L. de C.Vt: +52 55 5517 3193f: +52 55 5537 1957e: [email protected]

USA East CoastAlan Dick & Company (USA) Inct: +1 508 640 0032f: +1 508 640 0035e: [email protected]

USA West CoastAlan Dick & Company (USA) Inct: +1 503 540 0730f: +1 503 540 0734e: [email protected]

Asia Pacific

AustraliaAlan Dick (Australia) PTY Ltdt: +61 2 9389 6211f: +61 2 9389 6200e: [email protected]

ChinaAlan Dick & Co Ltd (China)t: +86 10 6849 2727f: +86 10 6849 2221e: [email protected]

IndiaAlan Dick & Company (India) Private Ltdt: +91 11 2615 4100f: +91 11 2615 4600


IndonesiaPT AlanDick Indonesiat: +61 21 7884 0701f: +62 21 7884 0702e: [email protected]

MalaysiaAlan Dick & Company (Malaysia) Sdn Bhdt: +603 7494 3200f: +603 7494 0252e: [email protected]

PhilippinesAlan Dick (Philippines) Corpt: +63 2 914 0300f: +63 2 914 0301e: [email protected]

SingaporeAlan Dick & Co (Singapore) Pte Ltdt: +65 6372 3522f: +65 6372 3529e: [email protected]

ThailandAlan Dick (Thailand) Co Ltdt: +662 712 3200

f: +662 712 3201e: [email protected]

Europe

NetherlandsADNL Telecom BVt: +31 294 410703f: +31 294 417448e: [email protected]

RomaniaAlan Dick Romania SRLt: +40 21 233 8759f: +40 21 233 8758


United KingdomAlan Dick & Co Ltd (Cheltenham)t: +44 1242 518500f: +44 1242 510191e: [email protected]

United KingdomAlan Dick (Newbury)t: +44 1635 264200f: +44 1635 264264e: [email protected]

United KingdomAlan Dick (Scunthorpe)t: +44 1724 292224f: +44 1724 851217e: [email protected]

United KingdomAlan Dick (Warrington)t: +44 1925 535200f: +44 1925 535300e: [email protected]

Middle East

LebanonAlan Dick & Companyt: +961 4 92 3279f: +961 4 92 3279e: [email protected]

QatarAlan Dick Middle East (Qatar)t: +974 431 2534f: +974 443 5460e: [email protected]

Saudi ArabiaAlan Dick Middle East (KSA)t: +966 1 476 4986f: +966 1 478 1535e: [email protected]

UAEAl Bawardi Alan Dickt: +971 4 881 8262f: +971 4 881 8292e: [email protected]

UAEAlan Dick Middle Eastt: +971 4 881 8300f: +971 4 881 8292e: [email protected]

Global Locations & Contacts

GlobalLocations&Contacts

AlanDick

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Each page has the following references:

The range name, frequency and horizontalbeamwidth

Model number

Mechanical specifications

Colour product photograph

Electrical specifications

Detailed polar plots

20

35

7.5

0, 2, 4, 6

>30

>20


10/100

Product Part Number Description

GlobalLocations

Code

A

M

N

S

U

N/U

S/U

Description

AMPS/CDMA 850 MHz

GSM 900 MHz

GSM 1800 MHz

PCS 1900 MHZ

UMTS 2170 MHZ

Broadband 1710-2170 MHz

Broadband 1850-2170 MHz

Code

I

L

t

b

SL

AA

Description

Integrated duplexer

Side by side antennas

Top fed connectors

Bottom fed connectors

Side lobe suppression

Variable Electrical Downtilt

Product Range Description

VPD

XPD

MAX

DFX

FLEX

Vertical polar, single band antenna

High specification antenna

Industry standard specifications, single band, cross poloar antenna

Mutli-band cross polar antenna

Variable electrical downtilt range

XLMNI65-7-0Polarisation

V : Vertical Polar (Single, Linear)X : Cross Polar (Dual, Linear45)

Frequency RangeA : Amps 800 820-900MHzC : Cellular 800 DittoM : GSM900 870-960MHzN : PCN1800 1710-1880MHzS : PCS1900 1850-1990MHzU : UMTS2000 1900-2170MHzW :Wideband 1710-2170MHz

Horizontal Half-Power Beamwidth

Vertical Half-Power Beamwidth

Electrical Downtilt0, Fixed2, Fixed4, Fixed6, Fixed

A : Adjustable

Integrated Duplexer

Side-by-Side Configuration

ProductPartNumberDescription

AlanDick

Page 8


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Vertical Polar Antenna Range


12/100

20

35

7.5

0, 2, 4, 6

>30

>20


13/100

20.5

30

7

0, 2, 4, 6

>30

>20


14/100

19.5

45

7

0, 2, 4, 6

>30

50


15/100

17.7

65

7.5

0, 2, 4, 6

>30

>20


16/100

820-900MHzHBW65

VerticalPolarAntennaRange

Page 14


17/100

18

65

7

0, 2, 4, 6

>30

>20


18/100

17

65

8

2 - 8

>30

>18


19/100

12.2

65

28

0, 2, 4, 6

>27

50


20/100

18

65

7

0, 2, 4, 6

>30

>14

50


21/100

15.5

65

13

0, 2, 4, 6

>30

50


22/100

12

65

28

0, 2, 4, 6

>27

50


23/100

820 - 900

16.3

87

8

0, 2, 4, 6

>25

>20


24/100

What else we can do for you?

Cellular SolutionsBroadcast SolutionsEnterprise Wireless SolutionsRadar/Surveillance Solutions

From a single product or service to a complete

turnkey communication infrastructure solution


25/100

Cross Polar Antenna Range


26/100

20

35

7.5

0, 2, 4, 6

>30

>25

>20


27/100

20.5

33

7

0, 2, 4, 6

>30

>25

>20


28/100

18.5

31

14.5

0, 2, 4, 6

>30

>30

>20

50


29/100

20.5

33

7

0, 2, 4, 6

>30

>30

50


30/100

XW33-71710 - 2170

Cross Polar 45Slant

20.5

2 x 7.16 DIN Female

Bottom

1350 x 284 x 112

580

160

580

9

DC Grounded

GRP

BS4800 00A 05

(MHz)

(dBi)

(mm)

(N)

(N)

(N)

(kg)

Front

Side

Rear

Model No.Frequency

Polarization

Gain

Mechanical Specifications

Input Connector

Connector Location

Dimensions (HxWxD)

Windload @ 160km/h

Weight

Lightning Protection

Radome

Standard Radome Colour (Pearl Grey)

In pursuance of continual product improvement,

AlanDick reserve the right to changespecifications without prior notice

Electrical Specifications

Gain

Horizontal beamwidth,-3dB

Vertical beamwidth, -3dB

Fixed electrical downtilt

Front to back ratio, co-polar

Isolation between polarizations

First upper side lobe suppression

Impedance

Input VSWR

Intermodulation products (2nd

& 3rd)

Maximum power per input

20.5

33

7

0, 2, 4, 6

>30

>30

>18

50


31/100

HRP VRP @ 0

0180

90

270

RelativeGain(dB)

45

0

3

10

20

30

0180

90

270

RelativeGain(dB)

8.5

0

3

10

20

30

0180

90

270

RelativeGain(dB)

8.5

0

3

10

20

30

VRP @ 6

18.5

45

8.5

0, 2, 4, 6

>30

>30 (>25 @ 0 EDT)

>17

50


32/100

270o

180o

0o

0

3

10

30

90o

19

45

7

0, 2, 4, 6

>30

>30 (>25 @ 0 EDT)

>18

50


33/100

XA65-7820 - 900Cross Polar 45Slant

17.6

2 x 7.16 DIN Female

Bottom

2530 x 276 x 120

1060

380

1140

20

DC Grounded

GRP

BS4800 00A 05

(MHz)

(dBi)

(mm)

(N)

(N)

(N)

(kg)

Front

Side

Rear

Model No.Frequency

Polarization

Gain


Input Connector

Connector Location

Dimensions (HxWxD)

Windload @ 160km/h

Weight


Radome



Gain

Horizontal beamwidth, -3dB


Fixedelectrical downtilt




First lower null-fill

Impedance

Input VSWR


&3rd

)


17.6

67

7.5

0, 2, 4, 6

>30

>30

>20


34/100

0180

90

270

Relative

Gain

(dB)

67

0

3

10

20

30

180

90

270

Relative

Gain

(dB)

10

0

3

10

20

30

0180

90

270

Relative

Gain

(dB)

10

0

3

10

20

30

0

VRP @ 0 VRP @ 6HRP

16.5

67

10

0, 2, 4, 6

>30

>30

>18

50


35/100

15

67

14

0, 2, 4, 6

>28

>30

50


36/100

XM65-7870 - 960Cross Polar 45Slant

18

2 x 7.16 DIN Female

Bottom

2530 x 276 x 120

1060

380

1140

20

DC Grounded

GRP

BS4800 00A 05

(MHz)

(dBi)

(mm)

(N)

(N)

(N)

(kg)

Front

Side

Rear

Model No.Frequency

Polarization

Gain


Input Connector

Connector Location

Dimensions (HxWxD)

Windload @ 160km/h

Weight


Radome



Gain



Fixedelectrical downtilt





Impedance

Input VSWR


&3rd

)


18

65

7

0, 2, 4, 6

>30

>30

>20


37/100

16.8

65

9.50, 2, 4, 6

>30

>30

>18

50


38/100

XM65-10-A870 - 960

Cross Polar 45Slant

16

2 x 7.16 DIN Female

Bottom

1996 x 268 x 180

735

580

880

18

DC Grounded

GRP

BS4800 00A 05

(MHz)

(dBi)

(mm)

(N)

(N)

(N)

(kg)

Front

Side

Rear

Model No.Frequency

Polarization

Gain


Input Connector

Connector Location

Dimensions (HxWxD)

Windload @ 160km/h

Weight


Radome



Gain


Vertical beamwidth, -3dBVariable electrical downtilt



First upper side lobesuppression*

First lower null-fill*

Impedance

Input VSWR


& 3rd

)


* Measured at centre of downtilt adjustment range

6

65

102 - 8

>27

>27

>16


39/100

15.4

65

130, 2, 4, 6

>30

>30

50


40/100

XM65-15-A870 - 960Cross Polar 45Slant

14.5

2 x 7.16 DIN Female

Bottom

1300 x 241 x 160

465

260

503

10

DC Grounded

GRP

BS4800 00A 05

(MHz)

(dBi)

(mm)

(N)

(N)

(N)

(kg)

Front

Side

Rear

Model No.Frequency

Polarization

Gain


Input Connector

Connector Location

Dimensions (HxWxD)

Windload @ 160km/h

Weight


Radome





Gain





First upper sidelobe suppression*

Impedance

Input VSWR


& 3rd

)



14.5

65

15

2 - 12

>22

>27

>15

50


41/100

14

65

19

0, 2, 4, 6

>28

>30

>16

50


42/100

870 - 960

Cross Polar 45Slant

13

2 x 7.16 DIN Female

Bottom

900 x 241 x 160

265

165

290

8

DC Grounded

GRP

BS4800 00A 05

(MHz)

(dBi)

(mm)

(N)

(N)

(N)

(kg)

Front

Side

Rear

Model No.

Frequency

Polarization

Gain


Input Connector

Connector Location

Dimensions (HxWxD)

Windload @ 160km/h

Weight


Radome


XM65-21-AA / XM65-21-BB




Gain




Isolationbetween polarizations

Impedance

Input VSWR


& 3rd

)


XM65-21-AA

13

65

212 - 15

>22

>30

50

30

50


43/100

11.5

65

330, 2, 4, 6, 8

>27

>27

50


44/100

XN65-71710 - 1880

Cross Polar 45Slant

18

2 x 7.16 DIN Female

Bottom

1372 x 160 x 80

330

135

354

7.4

DC Grounded

GRP

BS4800 00A 05

(MHz)

(dBi)

(mm)

(N)

(N)

(N)

(kg)

Front

Side

Rear

Model No.Frequency

Polarization

Gain


Input Connector

Connector Location

Dimensions (HxWxD)

Windload @ 160km/h

Weight


Radome



Gain


Vertical beamwidth,-3dBFixed electrical downtilt

Front to backratio, co-polar


Impedance

Input VSWR


& 3rd

)


18

65

70, 2, 4, 6

>30

>30

50


45/100

XN65-7-A1710 - 1880

Cross Polar 45Slant

17.5

2 x 7.16 DIN Female

Bottom

1301 x 178 x 143

280

230

340

9

DC Grounded

GRP

BS4800 00A 05

(MHz)

(dBi)

(mm)

(N)

(N)

(N)

(kg)

Front

Side

Rear

Model No.Frequency

Polarization

Gain


Input Connector

Connector Location

Dimensions (HxWxD)

Windload @ 160km/h

Weight


Radome



Gain





First upper side lobe suppression*

Impedance

Input VSWR

Intermodulationproducts (2nd

& 3rd

)



17.5

65

70 - 10

>28

>25

>18

50


46/100

15

65

13

0, 2, 4, 6

>28

>30

50


47/100

XN65-13-A1710 - 1880

Cross Polar 45Slant

14

2 x 7.16 DIN Female

Bottom

750 x 241 x 120

235

88

256

6

DC Grounded

GRP

BS4800 00A 05

(MHz)

(dBi)

(mm)

(N)

(N)

(N)

(kg)

Front

Side

Rear

Model No.Frequency

Polarization

Gain


Input Connector

Connector Location

Dimensions (HxWxD)

Windload @ 160km/h

Weight


Radome



Gain



Variable electrical downtilt




Impedance

Input VSWR


& 3rd)



14

65

13

0 - 10

>25

>25

>18

50


48/100

XS65-281850 - 1990

Cross Polar 45Slant

12.1

2 x 7.16 DIN Female

Bottom

300 x 178 x 100

75

28

83

1.5

DC Grounded

GRP

BS4800 00A 05

(MHz)

(dBi)

(mm)

(N)

(N)

(N)

(kg)

Front

Side

Rear

Model No.

Frequency

Polarization

Gain


Input Connector

Connector Location

Dimensions (HxWxD)

Windload @ 160km/h

Weight


Radome



Gain


Vertical beamwidth, -3dBFixedelectrical downtilt



Impedance

Input VSWR


& 3rd

)


1850 - 1990

12.1

65

28

2, 4, 6

>28

>30

50


49/100

XW65-51710 - 2170

Cross Polar 45Slant

18/18.5

2 x 7.16 DIN Female

Bottom

1780 x 178 x 100

445

160

485

9

DC Grounded

GRP

BS4800 00A 05

(MHz)

(dBi)

(mm)

(N)

(N)

(N)

(kg)

Front

Side

Rear

Model No.

Frequency

Polarization

Gain


Input Connector

Connector Location

Dimensions (HxWxD)

Windload @ 160km/h

Weight


Radome





Gain


Vertical beamwidth, -3dBFixed electrical downtilt



First upper sidelobe suppression


Impedance

InputVSWR


& 3rd

)


1850 - 1990

18.5

65

50, 2, 4, 6

>30

>30

>20

20

30

>20


50/100

XW65-71710 - 2170

Cross Polar 45Slant

16.5/17.5

2 x 7.16 DIN Female

Bottom

1300 x 178 x 100

325

116

354

6

DC Grounded

GRP

BS4800 00A 05

(MHz)

(dBi)

(mm)

(N)

(N)

(N)

(kg)

Front

Side

Rear

Model No.

Frequency

Polarization

Gain


Input Connector

Connector Location

Dimensions (HxWxD)

Windload @ 160km/h

Weight


Radome



Gain


Vertical beamwidth,-3dBFixed electrical downtilt




First lower null fill

Impedance

Input VSWR


& 3rd

)


1850 - 1990

17.0

65

70, 2, 4, 6

>30

>30

>18

18

30

>18


51/100

XW65-7-A1710 - 2170Cross Polar 45Slant

17.5

2 x 7.16 DIN Female

Bottom

1300 x 152 x 100

275

240

330

8

DC Grounded

GRP

BS4800 00A 05

(MHz)

(dBi)

(mm)

(N)

(N)

(N)

(kg)

Front

Side

Rear

Model No.Frequency

Polarization

Gain


Input Connector

Connector Location

Dimensions (HxWxD)

Windload @ 160km/h

Weight


Radome



Gain








Impedance

Input VSWR


&3rd

)



17.5

65

7

0 - 10

>25

>25

>18


52/100

XW65-101710 - 2170

Cross Polar 45Slant

16.5

2 x 7.16 DIN Female

Bottom

910 x 178 x 100

228

82

248

5

DC Grounded

GRP

BS4800 00A 05

(MHz)

(dBi)

(mm)

(N)

(N)

(N)

(kg)

Front

Side

Rear

Model No.Frequency

Polarization

Gain


Input Connector

Connector Location

Dimensions (HxWxD)

Windload @ 160km/h

Weight


Radome



Gain







Impedance

Input VSWR


& 3rd)


1850 - 1990

16.5

65

10.50, 2, 4, 6

>30

>30

>18

50

30

>18

50

30

>30

>18

50


53/100

XW65-10-A1710 - 2170

Cross Polar 45Slant

15.6/16.2

2 x 7.16 DIN Female

Bottom

996 x 145 x 105

211

184

253

6.5

DC Grounded

UPVC

BS4800 00A 05

(MHz)

(dBi)

(mm)

(N)

(N)

(N)

(kg)

Front

Side

Rear

Model No.Frequency

Polarisation

Gain


Input Connector

Connector Location

Dimensions (HxWxD)

Windload @ 160km/h

Weight


Radome



Gain







Impedance

Input VSWR


& 3rd)



1850 - 1990

15.9

65

9.50 - 12

>30

>25

>18

18

25

>18


54/100

XW65-131710 - 2170Cross Polar 45Slant

15/16

2 x 7.16 DIN Female

Bottom

733 x 178 x 100

105

67

200

3.5

DC Grounded

GRP

BS4800 00A 05

(MHz)

(dBi)

(mm)

(N)

(N)

(N)

(kg)

Front

Side

Rear

Model No.Frequency

Polarization

Gain


Input Connector

Connector Location

Dimensions (HxWxD)

Windload @ 160km/h

Weight


Radome



Gain







First lower null fill

Impedance

Input VSWR


&3rd

)


1850 - 1990

15.5

65

13

0, 2, 4, 6

>30

>30 (>25 @ 0 EDT)

>18

25 @ 0 EDT)

>18

30 (>25 @ 0 EDT)

>18


55/100

XM68-8870 - 960

Cross Polar 45Slant

17.5

2 x 7.16 DIN Female

Bottom

2452 x 250 x 90

905

245

1070

12.3

DC Grounded

GRP

BS4800 00A 05

(MHz)

(dBi)

(mm)

(N)

(N)

(N)

(kg)

Front

Side

Rear

Model No.Frequency

Polarization

Gain


Input Connector

Connector Location

Dimensions (HxWxD)

Windload @ 160km/h

Weight


Radome





Gain





First upper side lobesuppression

Impedance

Input VSWR


& 3rd

)


17.5

68

80, 2, 4, 6

>25

>30

>18

50


56/100

XM72-10870 - 960

Cross Polar 45Slant

16.3

2 x 7.16 DIN Female

Bottom

2340 x 232 x 84

700

215

750

8.5

DC Grounded

GRP

BS4800 00A 05

(MHz)

(dBi)

(mm)

(N)

(N)

(N)

(kg)

Front

Side

Rear

Model No.

Frequency

Polarization

Gain


Input Connector

Connector Location

Dimensions (HxWxD)

Windload @ 160km/h

Weight


Radome





Gain



Frontto back ratio, co-polar



Impedance

Input VSWR


& 3rd)


16.3

72

100, 2, 4, 6

>26

>30

>18

50


57/100

XM72-13870 - 960

Cross Polar 45Slant

15

2 x 7.16 DIN Female

Bottom, Top

1454 x 231 x 93

480

145

560

6

DC Grounded

GRP

BS4800 00A 05

(MHz)

(dBi)

(mm)

(N)

(N)

(N)

(kg)

Front

Side

Rear

Model No.

Frequency

Polarization

Gain


Input Connector

Connector Location

Dimensions (HxWxD)

Windload @ 160km/h

Weight


Radome



Gain






Impedance

Input VSWR


& 3rd

)


15

72

130, 4, 6, 12

>25

>30

>18

50


58/100

XM72-21870 - 960

Cross Polar 45Slant

13

2 x 7.16 DIN Female

Bottom,Top

964 x 230 x 102

305

100

360

4.4

DC Grounded

GRP

BS4800 00A 05

(MHz)

(dBi)

(mm)

(N)

(N)

(N)

(kg)

Front

Side

Rear

Model No.

Frequency

Polarization

Gain


Input Connector

Connector Location

Dimensions (HxWxD)

Windload @ 160km/h

Weight


Radome



Gain






Impedance

Input VSWR


& 3rd

)


13

72

214, 7, 15

>25

>30

>18

50


59/100

8.7

68

680

>20

>25

50


60/100

270o

180o

0o

0

3

10

30

90o

16.2

85

8

0, 2, 4, 6

>25

>30

>20


61/100

15

85

10.50, 2, 4, 6

>25

>30

>18

50


62/100

270o

180o

0o

0

3

10

30

90o

16.5

85

7.5

0, 2, 4, 6

>27

>30

>20


63/100

XM85-8870 - 960

Cross Polar 45Slant

16.5

2 x 7.16 DIN Female

Bottom

2452 x 250 x 90

915

245

1070

11.3

DC Grounded

GRP

BS4800 00A 05

(MHz)

(dBi)

(mm)

(N)

(N)

(N)

(kg)

Front

Side

Rear

Model No.Frequency

Polarization

Gain


Input Connector

Connector Location

Dimensions (HxWxD)

Windload @ 160km/h

Weight


Radome



Gain






Impedance

Input VSWR


& 3rd

)


16.5

85

80, 2, 4, 6

>20

>30 (>25 @ 0 EDT)

>15

50


64/100

15.3

85

9.50, 2, 4, 6

>27

>30

>18

50


65/100

16

85

70, 2, 4, 6

>25

>30 (>25 @ 0 EDT)

50


66/100






67/100

Quad Pole Antenna Range


68/100

18

65

7

0, 2, 4, 6

>30

>30

>20


69/100

QSX65-141850 - 1990

Cross Polar 45Slant

15

4 x 7.16 DIN Female

Bottom

603 x 326 x 127

277

77

290

4.2

DC Grounded

GRP

BS4800 00A 05

(MHz)

(dBi)

(mm)

(N)

(N)

(N)

(kg)

Front

Side

Rear

Model No.

Frequency

Polarization

Gain


Input Connector

Connector Location

Dimensions (HxWxD)

Windload @ 160km/h

Weight


Radome





Gain





Impedance

Input VSWR


& 3rd

)


.

15

65

140, 2, 4, 6

>30

>30 (>25 @ 0 EDT)

50


70/100

QXW65-71710 - 2170

Cross Polar 45Slant

17

4 x 7.16 DIN Female

Bottom

1370 x 327 x 127

748

180

896

10

DC Grounded

GRP

BS4800 00A 05

(MHz)

(dBi)

(mm)

(N)

(N)

(N)

(kg)

Front

Side

Rear

Model No.

Frequency

Polarization

Gain


Input Connector

Connector Location

Dimensions (HxWxD)

Windload @ 160km/h

Weight


Radome



Gain






Impedance

Input VSWR


& 3rd

)


(dBi)

()

()()

(dB)

(dB)

(dB)

(Ohms)

(dBm)

(W)

1710 - 2170 MHz

65 DEGREE 17 dBi GAIN CROSS POLAR ANTENNA

Previously : XLWW65-07Edition No: 3-04

270o

180o

0o

90o

0

3

10

30

270o

180o

0o

90o

0

3

10

30

270o

180o

0o

90o

0

3

10

30

X 65 7 0,2,4,6 >18dB

Polarisation HBW VBW FixedEDT First USLS

270o

180o

0o

0

3

10

30

90o

1850 - 1990

17

65

70, 2, 4, 6

>30

>30 (>27 @ 0 EDT)

>18

50

30 (>27 @ 0 EDT)

>18

50

30 (>27 @ 0 EDT)

>18

50


71/100

QXW65-7-A1710 - 2170

Cross Polar 45Slant

17/17.5

4 x 7.16 DIN Female

Bottom

1300 x 326 x 127

710

170

850

14

DC Grounded

GRP

BS4800 00A 05

(MHz)

(dBi)

(mm)

(N)

(N)

(N)

(kg)

Front

Side

Rear

Model No.Frequency

Polarization

Gain


Input Connector

Connector Location

Dimensions (HxWxD)

Windload @ 160km/h

Weight


Radome



Gain







Impedance

Input VSWR


& 3rd

)

Maximumpower per input


(dBi)

()

()()

(dB)

(dB)

(dB)

(dB)

(Ohms)

(dBm)

(W)

1850 - 1990

17.5

65

7.30 - 10

>30

>25

>18

18

18


72/100






73/100

Dual Band Antenna Range


74/100

820 - 900 & 1850 - 1990

Cross Polar 45Slant

16/16.5

4 x 7.16 DIN Female

Bottom

1476 x 326 x 127

808

194

967

9.5

DC Grounded

GRP

BS4800 00A 05

(MHz)

(dBi)

(mm)

(N)

(N)

(N)

(kg)

Front

Side

Rear

Model No.Frequency

Polarization

Gain


Input Connector

Connector Location

Dimensions (HxWxD)

Windload @ 160km/h

Weight


Radome


XCS65-13/6


Gain






First upper sidelobe suppression

Impedance

Input VSWR


& 3rd

)


820 - 900

16.0

65

130, 2, 4, 6

>25

>25

>20

50

25

>20

50


75/100

820 - 900 & 1850 - 1990

Cross Polar 45Slant

11/13

4 x 7.16 DIN Female

Bottom

610 x 326 x 127

333

80

400

5

DC Grounded

GRP

BS4800 00A 05

(MHz)

(dBi)

(mm)

(N)

(N)

(N)

(kg)

Front

Side

Rear

Model No.

Frequency

Polarization

Gain


Input Connector

Connector Location

Dimensions (HxWxD)

Windload @ 160km/h

Weight


Radome


XCS65-32/18


Gain



Front toback ratio, co-polar



Impedance

Input VSWR


& 3rd)


820 - 900

11

65

320, 2, 4, 6

>25

>25

>15

50

25

>15

50


76/100

870 - 960 & 1710 - 1880

Cross Polar 45Slant

17.7

4 x 7.16 DIN Female

Bottom

2530 x 409 x 142

1480

380

1730

23

DC Grounded

GRP

BS4800 00A 05

(MHz)

(dBi)

(mm)

(N)

(N)

(N)

(kg)

Front

Side

Rear

Model No.Frequency

Polarization

Gain


Input Connector

Connector Location

Dimensions (HxWxD)

Windload @ 160km/h

Weight


Radome


XLMN65-7




Gain







Impedance

Input VSWR


& 3rd

)


870 - 960

17.7

65

70, 2, 4, 6

>27

>30

>16

50

30

>16

50


77/100

870 - 960 & 1710 - 1880

Cross Polar 45Slant

17.7

2 x 7.16 DIN Female

Bottom

2530 x 409 x 142

1480

380

1730

23

DC Grounded

GRP

BS4800 00A 05

(MHz)

(dBi)

(mm)

(N)

(N)

(N)

(kg)

Front

Side

Rear

Model No.Frequency

Polarization

Gain


Input Connector

Connector Location

Dimensions (HxWxD)

Windload @ 160km/h

Weight


Radome


XLMNI65-7

VRP GSM @ 6 HRP PCN VRP PCN @ 6HRP GSM


Gain






Impedance

Input VSWR

Intermodulation products(2nd

& 3rd)


870 - 960

17.7

65

70, 2, 4, 6

>27

>30

>16

50

30

>16

50


78/100

870 - 960 & 1710 - 1880

Cross Polar 45Slant

17.8/17

4 x 7.16 DIN Female

Bottom

2500 x 276 x 120

960

325

1040

17

DC Grounded

GRP

BS4800 00A 05

(MHz)

(dBi)

(mm)

(N)

(N)

(N)

(kg)

Front

Side

Rear

Model No.Frequency

Polarization

Gain


Input Connector

Connector Location

Dimensions (HxWxD)

Windload @ 160km/h

Weight


Radome


XMN65-7/5


Gain







Impedance

Input VSWR


& 3rd)


870 - 960

17.8

68

70, 2, 4, 6

>25

>25

>18

50

25

>18

50


79/100

870 - 960 & 1710 - 1880

Cross Polar 45Slant

17.8/17

2 x 7.16 DIN Female

Bottom

2500 x 276 x 120

960

325

1040

17

DC Grounded

GRP

BS4800 00A 05

(MHz)

(dBi)

(mm)

(N)

(N)

(N)

(kg)

Front

Side

Rear

Model No.Frequency

Polarization

Gain


Input Connector

Connector Location

Dimensions (HxWxD)

Windload @ 160km/h

Weight


Radome


XMNI65-7/5


Gain







Impedance

Input VSWR


& 3rd)


870 - 960

17.8

68

70, 2, 4, 6

>25

>25

>18

50

25

>18

50


80/100

870 - 960 & 1710 - 1880

Cross Polar 45Slant

14/13.5

4 x 7.16 DIN Female

Bottom

1000 x 326 x 127

355

186

355

8

DC Grounded

GRP

BS4800 00A 05

(MHz)

(dBi)

(mm)

(N)

(N)

(N)

(kg)

Front

Side

Rear

Model No.

Frequency

Polarization

Gain


Input Connector

Connector Location

Dimensions (HxWxD)

Windload @ 160km/h

Weight


Radome


XMN65-21/13


Gain



Front toback ratio, co-polar



Impedance

Input VSWR


& 3rd)


870 - 960

14

65

210, 2, 4, 6

>25

>30 (>25 @ 0 EDT)

>18

50

30 (>25 @ 0 EDT)

>18

50


81/100

870 - 960 & 1710 - 1880

Cross Polar 45Slant

13.8/13.3

2 X 7.16 DIN Female

Bottom

1000 X 326 X 127

355

186

355

8

DC Grounded

GRP

BS4800 00A 05

(MHz)

(dBi)

(mm)

(N)

(N)

(N)

(kg)

Front

Side

Rear

Model No.Frequency

Polarization

Gain


Input Connector

Connector Location

Dimensions (HXWXD)

Windload @ 160km/h

Weight


Radome


XMNI65-21/13


Gain







Impedance

Input VSWR


&3rd)


870 - 960

13.8

65

21

0, 2, 4, 6

>25

>30 (>25 @ 0 EDT)

>18

50

30 (>25 @ 0 EDT)

>18

50


82/100

870 - 960 & 1710 - 2170

Cross Polar 45Slant

16.5

4 X 7.16 DIN Female

Bottom

2640 X 268 X 180

912

515

1063

25

DC Grounded

GRP

BS4800 00A 05

(MHz)

(dBi)

(mm)

(N)

(N)

(N)

(kg)

Front

Side

Rear

Model No.Frequency

Polarization

Gain


Input Connector

Connector Location

Dimensions (HXWXD)

Windload @ 160km/h

Weight


Radome


XMW65-7/6-AA


Gain




Isolation between polarizations*



Impedance

Input VSWR


& 3rd)



870 - 960

16.50.5

67

70 - 10

>25

>25

>18

18


83/100

870 - 960 & 1710 - 2170

Cross Polar 45Slant

11.5/12.5

4 X 7.16 DIN Female

Bottom

595 X 250 X 120

290

71

303

4.5

DC Grounded

GRP

BS4800 00A 05

(MHz)

(dBi)

(mm)

(N)

(N)

(N)

(kg)

Front

Side

Rear

Model No.Frequency

Polarization

Gain


Input Connector

Connector Location

Dimensions (HXWXD)

Windload @ 160km/h

Weight


Radome


XMW65-35


Gain





Impedance

Input VSWR


& 3rd

)


870 - 960

11.5

67

320, 2, 4, 6

>25

>30 (>25 @ 0EDT)

50

30 (>25 @ 0EDT)

50


84/100

XSU65-141850 - 2170

Cross Polar 45Slant

15

2 x 7.16 DIN Female

Bottom

616 x 145 x 73

153

64

170

2.5

DC Grounded

UPVC

BS4800 00A 05

(MHz)

(dBi)

(mm)

(N)

(N)

(N)

(kg)

Front

Side

Rear

Model No.

Frequency

Polarization

Gain


Input Connector

Connector Location

Dimensions (HxWxD)

Windload @ 160km/h

Weight


Radome



Gain


Vertical beamwidth, -3dBFixedelectrical downtilt



Impedance

Input VSWR


& 3rd

)


1850 - 1990

15

65

142, 4, 6

>30

>30

50

30

50


85/100

870 - 960 & 1710 - 1880

Cross Polar 45Slant

16

2 X 7.16 DIN Female

Bottom

2036 X 231 X 110

680

200

755

18

DC Grounded

GRP

BS4800 00A 05

(MHz)

(dBi)

(mm)

(N)

(N)

(N)

(kg)

Front

Side

Rear

Model No.Frequency

Polarization

Gain


Input Connector

Connector Location

Dimensions (HXWXD)

Windload @ 160km/h

Weight


Radome


XMNI70-10


Gain







Impedance

Input VSWR


& 3rd)


870 - 960

16

72

100, 2, 4, 6

>25

>30 (>25 @ 0EDT)

>18

50

30 (>25 @ 0EDT)

>18

50


86/100

870 - 960 & 1710 - 1880

Cross Polar 45Slant

15/13.5

4 x 7.16 DIN Female

Bottom

1476 x 241 x 120

500

171

545

11.2

DC Grounded

GRP

BS4800 00A 05

(MHz)

(dBi)

(mm)

(N)

(N)

(N)

(kg)

Front

Side

Rear

Model No.Frequency

Polarization

Gain


Input Connector

Connector Location

Dimensions (HxWxD)

Windload @ 160km/h

Weight


Radome


XMN70-13

VRP GSM @ 0

HRP GSM

VRP GSM @ 6 VRP PCN @ 0

HRP PCN

VRP PCN @ 2


Gain







Impedance

Input VSWR


& 3rd

)


870 - 960.

15

72

13

0, 2, 4, 6

>24

>30

>18

50

30

>15

50


87/100

870 - 960 & 1710 - 1880

Cross Polar 45Slant

15/13.5

2 X 7.16 DIN Female

Bottom

1476 X 241 X 120

500

171

545

11.2

DC Grounded

GRP

BS4800 00A 05

(MHz)

(dBi)

(mm)

(N)

(N)

(N)

(kg)

Front

Side

Rear

Model No.Frequency

Polarization

Gain


Input Connector

Connector Location

Dimensions (HXWXD)

Windload @ 160km/h

Weight


Radome


XMNI70-13


Gain





Isolation betweenpolarizations


Impedance

Input VSWR


& 3rd

)


870 - 960.

15

72

130, 2, 4, 6

>25

>30

>18

50

30

>18

50


88/100

870 - 960 & 1710 - 1880

Cross Polar 45Slant

15.4/17.1

2 X 7.16 DIN Female

Bottom

2036 X 231 X 110

2340 X 231 X 110)

680 (695)

200 (240)

755 (790)

18 (19)

DC Grounded

GRP

BS4800 00A 05

(MHz)

(dBi)

(mm)

(mm)

(N)

(N)

(N)

Front

Side

Rear

Model No.Frequency

Polarization

Gain


Input Connector

Connector Location

Dimensions (HXWXD)

(With Optional Top & Bottom Endcaps

Windload @ 160km/h

Weight


Radome

XMNI72-10

VRP GSM @ 0

HRP GSM

VRP GSM @ 6


Gain


Vertical beamwidth, -3dBFixed electricaldowntilt




Impedance

Input VSWR


& 3rd

)


(dBi)

()

()()

(dB)

(dB)

(dB)

(Ohms)

(dBm)

(W)

72 DEGREE DUPLEXED 15.4/17.1 dBi GAIN CROSS POLAR ANTENNA

Previously : DFX-MNI72-10Edition No: 3-04

270o

180o

0o

0

3

10

30

90o

870 - 960 MHz270

o

180o

0o

90o

0

3

10

30

270o

180o

0o

90o

0

3

10

30

270o

180o

0o

90o

0

3

10

30

X 72 10 0, 2, 4, 6 >20/18dB

Polarisation HBW VBW Fixed EDT First USLS

1710 - 1880 MHz

870 - 960.

15.4

72

9.50, 2, 4, 6

>25

>30

>20

50

25 (>30 @ 1710 - 1817)

>18

50


89/100

870 - 960 & 1710 - 2170

Cross Polar 45Slant

15.5

4 X 7.16 DIN Female

Bottom

2367 X 268 X 180

818

462

953

23

DC Grounded

GRP

BS4800 00A 05

(MHz)

(dBi)

(mm)

(N)

(N)

(N)

(kg)

Front

Side

Rear

Model No.Frequency

Polarization

Gain


Input Connector

Connector Location

Dimensions (HXWXD)

Windload @ 160km/h

Weight


Radome


XMW85-7-AA




Gain







Impedance

Input VSWR


& 3rd)



870 - 960

15.5 0.5

88

70 - 12

>25

>25

>18

50

25

>18

50


90/100






91/100

Tri Band Antenna Range


92/100

Cross Polar 45Slant

17.5

6 x 7.16 DIN Female

Bottom

2638 x 268 x 180

911

515

1062

20

DC Grounded

GRP

BS4800 00A 05

(dBi)

(mm)

(N)

(N)

(N)

(kg)

Front

Side

Rear

Model No.Frequency

Polarization

Gain


Input Connector

Connector Location

Dimensions (HxWxD)

Windload @ 160km/h

Weight


Radome


(MHz) 870 - 960 & 1710 - 1880 & 1900 - 2170XMWW65-7


Gain







Impedance

Input VSWR


& 3rd

)


1710 - 1880

17.5

60

82, 4, 6

>30

>30

>18

18

18


93/100

Cross Polar 45Slant

16.5/16/16

6 x 7.16 DIN Female

Bottom

2050 x 268 x 180

708

400

825

16

DC Grounded

GRP

BS4800 00A 05

(dBi)

(mm)

(N)

(N)

(N)

(kg)

Front

Side

Rear

Model No.Frequency

Polarisation

Gain


Input Connector

Connector Location

Dimensions (HxWxD)

Windload @ 160km/h

Weight


Radome


(MHz) 870 - 960 & 1710 - 1880 & 1900 - 2170




Gain




Isolation between polarisations



Impedance

Input VSWR


& 3rd)


1710 - 1880.

16

63

112, 4, 6

>30

>30

>18

18

18


94/100Page 92

870-9

60&1710-1880&1990-2170MHzHBW65

TriBandAnt

ennaRange

1

2

3

XMWW65-13

Cross Polar 45Slant

15.5/15/15

6 x 7.16 DIN Female

Bottom

1541 x 268 x 180

480

245

520

14

DC Grounded

GRP

BS4800 00A 05

(dBi)

(mm)

(N)

(N)

(N)

(kg)

Front

Side

Rear

Model No.Frequency

Polarization

Gain


Input Connector

Connector Location

Dimensions (HxWxD)

Windload @ 160km/h

Weight


Radome


(MHz) 870 - 960 & 1710 - 1880 & 1900 - 2170


Gain







Impedance

Input VSWR


& 3rd)


1710 - 1880

15

60

132, 4, 6

>30

>30

>18

18

18


95/100

Glossary

Glossary

AlanDick

Page 93

Beamtilt: Electrical tilting of main antenna bean, usually down.

Beamwidth: Is the total included angle to either side of the peak of the beamwhere the signal level is -3dB, or one-half that the beam peak power.This is also called the half-power beamwidth.

Cross Polar Discrimination: Within a dual polarized system, the ratio of the cross polarized, ororthogonally polarized radiated signal to the co-polarised signal levelat a particular direction.

Cross Polarisation or Slant Polarisation: Slant Polalisation is a form of linear polarization where the electric fieldlies in a plane at 45 degrees to the horizontal.

dB (Decibel): A dimensionless unit used to express the ratio of two powers, voltagesetc.

dBd: Gain of antenna with respect to a half wave dipole.

dBi: Gain of antenna with respect to an isotrope.

Directional: Concentrates pattern in one direction.

Downtilt: Se beamtilt, but also possible mechanically.

Dual Band: Refers to the capacity of network infrastructure and handsets tooperate across two frequency bands.

Front to Back Ratio: Ratio of field strength @ 0(main beam) and 180.

Gain: The ratio of radiation intensity, in a given direction, to the radiationintensity that would be obtained i f the power accepted by the antennawere radiated equally in all directions (isotropically).

GRP: Glass reinforced plastic.

Horizontal Beamwidth (HBM): See Beamwidth.

Horizontal Radiation Pattern (HRP): Variation of signal versus azimuth in horizontal plane.

IMD: Intermodulation Distortion: The presence of unwanted signals which

are caused by interactions among two or more desired signals.

Impedance: Usually expressed in ohms, the ratio of the applied voltage to thecurrent flowing at a defined point, e.g. antenna input port. In generalconsists of a (real) resistive part which absorbs energy, and a reactive(imaginary) part which stores energy.

Intermodulation Products: Products of modulation of the components of a complex wave by eachother in a non linear system, producing waves having frequencies,amongst others, equal to the sums and differences of the componentsof the original wave.

Isolation: The amount of decoupling that is present between two electricalnetworks, e.g. between the two parts of a dual polarised antenna.

Null Fill: The redirection of energy from the main beam into the nulls otherwiseoccurring in the vertical pattern, thus improving coverage in these

regions.

Omnidirectional: Radiated equally in all directions.

PCB: Printed Circuit Board.

Polalisation: Horizontal (HP) or vertical (VP), describe the direction of the electricfield in the plane at right angles to the direction of propagation.

Radiation Pattern: Intensity of radiation as a function of direction, at a large constantdistance from the antenna.

Side Lobe: A radiation lobe in any direction other than that of the major lobe.

Tri Band: Refers to the capability of network infrastructure and handsets tooperate across three frequency bands.

UMTS: Universal Mobile Telecommunications System. The European member

of the IMT200 family of third generation cellular mobile standards.

Vertical Beamwidth (VBW): See Beamwidth.

Vertical Radiation Pattern (VRP): Variation of signal in a vertical plane, general aim is to cover as muchas possible and avoid wasting energy.

VSWR: Voltage Standing Wave Ratio, a measure on how well a load is matched to thetransmission line characteristic impedance (Zo). It is the ratio between themaximum and minimum levels of the standing wave on the line.


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Environmental Test Specifications

EnvironmentalTestSpecifications

AlanDick

Page 94

Humidity Test: Carried out in line with the requirements of

BS 2011: Part 2.1 Db, 1981 (Variant 2).

Vibration Test: Carried out in line with the requirements ofBS EN 60068 2-6: 1996, (IEC 68-2-6: 1995).

Rain Test: Carried out in line with the requirements ofBS EN 60529, 1992 IPx4, (IEC 68-2-18 Test RB2.2).

Salt Mist Test: Carried out in line with the requirements ofBS 2011: Part 2.1 Ka: 1982, (IEC 68-2-14: 1981).

Thermal Cycle Test: Carried out in line with the requirements ofBS 2011: Part 2.1 Nb: 1985, (IEC 68-2-14: 1984).

Low Temperature Test: Carried out in line with the requirements of

BS EN 60068-2-1 Ab Cold, 1993 -55 Csoak for 2 hours.

UV Exposure: The antenna is subjected to 24 hours of UV exposure(xenon arc) before and after the Low Temperature Test.


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Conversion Table

ConversionT

able

AlanDick

Page 95

TO CONVERT INTO FACTORCentimeters feet x 0.0328Centimeters Inches x 0.3937Centimeters Yards x 0.0109

Meters Yards x 1.094Kilometers Miles x 0.62137Kilograms Pounds x 2.205Kilograms Stones x 0.01968Grams Ounces x 0.0353Cubic centimeters Cubic Inches x 0.06102Cubic centimeters Liters x 0.001Cubic meters Cubic feet x 35.31Cubic meters Gallon (U.S. liq.) x 264.2Cubic meters Pints (U.S. liq.) x 2113.0Ohm International Ohm Absolute x 1.0005Degrees (angle) Quadrants x 0.01111Degrees (angle) Radians x 0.01745Degrees (angle) Seconds x 3600.0Temperature (C) Absolute temperature (K) + 273 vTemperature (C) Temperature (F) (+ 17.78) x 1.8Temperature (F) Absolute temperature (F) + 460Temperature (F) Temperature (C) (-32) x 5/9dBd dBi + 2.15

VSWR Conversion Table

VSWR VOLTAGE REFLECTED POWER REFLECTED RETURN LOSS dB

BACK TO ANTENNA (%) BACK TO ANTENNA (%)1.0 0.0 0.0 *****1.1 5.0 0.3 -26.41.2 9.0 0.8 -20.8

1.3 13.0 1.7 -17.71.4 17.0 2.9 -15.61.5 20.0 4.0 -14.01.6 23.0 5.3 -12.71.7 26.0 6.8 -11.71.8 29.0 8.4 -10.91.9 31.0 9.6 -10.22.0 33.0 10.9 -9.62.1 35.0 12.3 -9.02.2 38.0 14.4 -8.52.3 39.0 15.2 -8.12.4 41.0 16.8 -7.72.5 43.0 18.5 -7.42.6 44.0 19.4 -7.0

2.7 46.0 21.2 -6.82.8 47.0 22.1 -6.52.9 49.0 24.0 -6.23.0 50.0 25.0 -6.0


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Index by Frequency

IndexbyFrequency

AlanDick

Frequency (MHz) Model name PolarisationHorizontal

Beamwidth ()

Vertical

Beamwidth ()Gain (dBi) Tilt () Page

820-900 XA33-7 Cross Polar 33 33 20 Fixed 24820-900 XA45-8.5 Cross Polar 45 8.5 18 2, 4, 6 29

820-900 XA65-7 Cross Polar 65 7 17.6 Fixed 31820-900 XA65-10 Cross Polar 65 10 16.5 Fixed 32820-900 XA65-13 Cross Polar 65 13 15 Fixed 33820-900 XA85-7 Cross Polar 85 7 16.2 Fixed 58

820-900 XA85-10 Cross Polar 85 10 15 Fixed 59820-900 VA33-7 Vertical 33 7 20.0 Fixed 10820-900 VA65-7 Vertical 65 7 17.7 Fixed 13

820-900 VA65-8-A Vertical 65 8 16.7 2 - 8 14820-900 & 870-960 VAM85-7 Vertical 85 7 16.5 Fixed 21

820-900 & 1850-1900 XCS65-13/6 Cross Polar 65 13/6 16/16.5 Fixed 72820-900 & 1850-1900 XCS65-32/18 Cross Polar 65 32/18 13/11 Fixed 73

870-960 XM33-7 Cross Polar 33 7 20.5 Fixed 25870-960 XM33-15 Cross Polar 33 15 18.5 Fixed 26870-960 XM45-7 Cross Polar 45 7 19 Fixed 30

870-960 XM65-7 Cross Polar 65 7 18 Fixed 34870-960 QXM65-7 Cross Polar 65 7 18 Fixed 66870-960 XM65-10 Cross Polar 65 10 16.8 Fixed 35

870-960 XM65-10-A Cross Polar 65 10 16 2- 8 36870-960 XM65-13 Cross Polar 65 13 15.4 Fixed 37

870-960 XM65-15-A Cross Polar 65 15 14.5 2 - 12 38870-960 XM65-21 Cross Polar 65 21 14 Fixed 39

870-960 XM65-21-AA(BB) Cross Polar 65 21 13 2 -15/7 -20 40870-960 XM65-35 Cross Polar 65 33 11.5 Fixed 41870-960 XM68-8 Cross Polar 68 8 17.5 Fixed 53

870-960 XM72-10 Cross Polar 72 10 16.3 Fixed 54870-960 XM72-13 Cross Polar 72 13 15 0, 4, 6, 12 55870-960 XM72-21 Cross Polar 72 21 13 4, 7, 15 56

870-960 XM75-75 Cross Polar 75 75 8.7 0 57870-960 XM85-7 Cross Polar 85 7 16.5 Fixed 60870-960 XM85-8 Cross Polar 85 8 16.5 Fixed 61

870-960 XM85-10 Cross Polar 85 10 15 Fixed 62870-960 VM33-7 Vertical 33 7 20.5 Fixed 11870-960 VM45-7 Vertical 45 7 19.5 Fixed 12

870-960 VM65-7 Vertical 65 7 18.0 Fixed 15870-960 VM65-8-A Vertical 65 8 17.0 2 - 8 16870-960 VM65-28 Vertical 65 28 12.2 Fixed 17

870-960 & 1710-1880 XLMN65-7 Cross Polar 65 7 17.7 Fixed 74

870-960 & 1710-1880 XLMNI65-7 Cross Polar 65 7 17.7 Fixed 75

870-960 & 1710-1880 XMN65-7/5 Cross Polar 65 7/5 17.8/17 Fixed 76870-960 & 1710-1880 XMNI65-7/5 Cross Polar 65 7/5 17.8/17 Fixed 77

870-960 & 1710-1880 XMN65-21/13 Cross Polar 65 21/13 14/13.5 Fixed 78870-960 & 1710-1880 XMNI65-21/13 Cross Polar 65 21/13 13.8/13.3 Fixed 79870-960 & 1710-1880 XMNI70-10 Cross Polar 70 10 16 Fixed 83

870-960 & 1710-1880 XMN70-13 Cross Polar 70 13 15/13.5 Fixed 84870-960 & 1710-1880 XMNI70-13 Cross Polar 70 13 15/13.5 Fixed 85870-960 & 1710-1880 XMNI72-10 Cross Polar 72 10 15.4/17.1 Fixed 86870-960 & 1710-2170 XMW65-7/6-AA Cross Polar 65 7/6 16.5 0 - 10 80

870-960 & 1710-2170 XMW65-35 Cross Polar 65 35 11.5/12.5 Fixed 81870-960 & 1710-2170 XMW85-7-AA Cross Polar 85 7 15.5 0 - 12 87

870-960 & 1710-1880 & 1900-2170 XMWW65-7 Cross Polar 67/60/63 7.5/8/7 17.5/17.5/17.5 Fixed 90

870-960 & 1710-1880 & 1900-2170 XMWW65-10 Cross Polar 67/63/60 9/11/9 16.5/16/16 Fixed 91870-960 & 1710-1880 & 1900-2170 XMWW65-13 Cross Polar 67/60/63 12/13/12 15.5/15/15 Fixed 92

1710-1880 XN33-7 Cross Polar 33 7 20.5 Fixed 27

1710-1880 XN65-7 Cross Polar 65 7 18 Fixed 421710-1880 XN65-7-A Cross Polar 65 7 17.5 0 - 10 431710-1880 XN65-13 Cross Polar 65 13 15 Fixed 44

1710-1880 XN65-13-A Cross Polar 65 13 14 0 - 10 45

1710-1880 XN85-7 Cross Polar 85 7 16 Fixed 631710-1880 VN65-7 Vertical 65 7 18.0 Fixed 181710-1880 VN65-13 Vertical 65 13 15.5 Fixed 19

1710-1880 VN65-28 Vertical 65 28 12.0 Fixed 201850-1990 XS65-28 Cross Polar 65 28 12.1 Fixed 461850-1990 QSX65-14 Cross Polar 65 14 15 Fixed 67

1850-1990 & 1900-2170 XSU65-14 Cross Polar 65 14 15 4 821710-2170 XW33-7 Cross Polar 33 7 20.5 Fixed 281710-2170 XW65-5 Cross Polar 65 5 18/18.5 Fixed 47

1710-2170 XW65-7 Cross Polar 65 7 16.5/17.5 Fixed 481710-2170 XW65-7-A Cross Polar 65 7 17/17.5 0 - 10 491710-2170 XW65-10 Cross Polar 65 10 16.5 Fixed 50

1710-2170 XW65-10-A Cross Polar 65 10 15.6/16.2 0 - 12 511710-2170 XW65-13 Cross Polar 65 13 15/16 Fixed 521710-2170 QXW65-7 Cross Polar 65 7 17 Fixed 671710-2170 QXW65-7-A Cross Polar 65 7 17/17.5 0 - 10 68

* Fixed = Electrical downtilt 0, 2, 4, 6 degree

Page 96


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