Base Station Antennas - WEBB Station Antennas HF ANTENNAS ... The FDC range of antennas are...

www.webb.co.za [email protected]

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Base Station Antennas HF ANTENNAS

GROUND PLANE ANTENNAS

END FED ANTENNAS

DIPOLE ANTENNAS

COLLINEAR ANTENNAS

YAGI ANTENNAS

BURGLAR ALARM ANTENNAS

CORNER REFLECTOR ANTENNAS

ISM ANTENNAS

TRI-BAND ANTENNAS

PENTA—QUAD BAND ANTENNAS

COMBINATION OUTDOOR ANTENNAS

PARABOLIC ANTENNAS PLANE POLARIZED DUAL POLARIZED

GRID ANTENNAS

2


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2,5 . . . 30 MHz

The FST range of antennas are efficient, broadband, travelling wave antennas.

They are lightweight and easy to install in the inverted-V configuration.

HF ANTENNAS

Electrical Data FST2,5-30 FST4-30 SI

Frequency 2,5 - 30 4 - 30 MHz

Rated Power 400 PEP 400 PEP W

Impedance 50 50 Ω

Nominal Gain Unity (0) dBd

VSWR ≤ 2,5:1

Polarisation Horizontal

Termination SO 239 (UHF female)

Surge Protection All metal parts directly grounded

Mechanical Data

Material Rugged Aluminium box, SS wire rope

Max. wind velocity 200 km/h

Mounting Mast 9—15 m

Installed Length 35 31 m

Packed Dims 32 x 25 x 10 cm

Packed Weight 1,5 kg

Typical Vertical Pattern

Typical Horizontal Pattern

FST

TRAVELLING WAVE DIPOLES


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66 . . . 87,5 MHz

The ‘work horse’ of the PMR industry.

The FDC range of antennas are center-fed, broadband, half-wave antennas supplied with a mounting boom and clamp.

These antennas can be stacked and fed with a matching phasing harness for increased gain.

Metal parts DC grounded.

Electrical Data FDC72 FDC80 SI

Frequency 66 - 78 73.5 – 87.5 MHz

Average Gain Unity (0) dBd

Nominal Gain dBd

VSWR ≤ 1,5:1

Polarisation Vertical

H-Plane 3 dB Beam Width 210°

E-Plane 3 dB Beam Width 70°

Rated Power 150 W

Impedance 50 Ω

Termination N-Type male


Mechanical Data


Wind Load @ 144 km/h

19,8 18,6 kg

Flat Plate Area 0,188 m² 0,175 m²

Material Aluminium

Mounting With cross-over plate assembly

Dims 1,9 m 1,7 m m

Packed Dims 236 x 28 x 8 236 x 28 x 8 cm

2 (on support pipe)

km/h

Packed Weight 4.7 4.3 kg



MID-BAND 1/2-WAVE FOLDED DIPOLE ANTENNAS

FDC


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66 . . . 88 MHz

Electrical Data FDC72/2S FDC80/2S SI

Frequency 66 – 78 73.5 – 87.5 MHz

Average Gain 3 dBd

Nominal Gain 5 (on support pipe) dBd

VSWR ≤ 1,5:1




Rated Power 150 W

Impedance 50 Ω



Mechanical Data



48,2 44,6 kg

Flat Plate Area 0,456 0,420 m²

Material Aluminium

Mounting With cross-over plate assy (support pipe optional)

Antenna Array Length

3900 3500 mm

Packed Weight 9,4 8,6 kg

Volume cm 2 off 236 x 28 x 8

The FDC two stack arrays use center-fed, broadband, half-wave antennas supplied with a mounting boom and clamp.

Antennas stacked vertically reduce the width of the vertical beam but the width of the horizontal beam is not altered.

3dB Gain.



MID-BAND 2-STACK DIPOLE ARRAYS

FDC 2-STACK


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66 . . . 268 MHz

These harnesses are used to couple two antennas together so they are fed in phase keeping a low SWR and minimum insertion loss.

Higher gain or a special shape radiation pattern is achieved.

When the number of antennas in a collinear array is doubled, the gain increases by about three decibel (3 dB).

The branches of the harness are impedance transforming sections and must not be shortened.

Extra jumper cable sections may be necessary to reach each antenna. Such sections must be made exactly equal length so that the antennas are fed in phase.

The branches are terminated with type N-female connectors and the feeder end with type N-female connector.

The harnesses are fully waterproof.

Electrical MT2/72 MT2/80 MT2/125 MT2/145 MT2/160 MT2/250 SI

Frequency 66—78 73.5—7.5 118—136 138—156 146—174 254—268 MHz

Impedance Nom. 50 (all terminals) Ω

SWR ≤ 1,3 within the band (branches terminated with 50 Ω )

Insertion Loss Fundamental Branching Loss = 3; Additional Insertion Loss = 0,25 (per branch) dB

Max. power 100 (on feeder terminal) W

Mechanical Data

Temp. Range -25 … + 60 °C

Terminations Antenna Terminations = 2 x N Females; Feeder Terminations = 1 x N Male

Waterproof All cable junctions are sealed.

Packed Dims 0,8 kg / 33 cm x 32 cm x 6 cm

MT2/100

88—108

VHF 2-STACK HARNESSES

2-STACK HARNESS


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66 . . . 268 MHz

Electrical MT4/72 MT4/80 MT4/125 MT4/145 MT4/160 MT4/250 SI

Frequency 66—78 73,5—7,5 118—136 138—156 146—174 254—268 MHz



Insertion Loss Fundamental branching loss = 6; Additional insertion loss = 0,25 dB (per branch) dB

Max. power 100 (on feeder terminal) W

Mechanical Data

Temp. range -25 … + 60 °C

Terminations Antenna = N females; Feeder = N male

Waterproof All cable junctions are sealed


MT4/100

88—108

These harnesses are used to couple four antennas together so they are fed in phase for a low SWR and minimum insertion loss.


When the number of antennas in a collinear array is quadrupled, the gain increases by about six decibel (6 dB).


Extra jumper cable sections may be necessary to reach each antenna. Such sections must be made exactly equal length so that the antennas are fed in phase.



VHF 4-STACK HARNESSES

4-STACK HARNESS


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118 . . . 268 MHz

The FDC range of antennas are center-fed, broadband, half-wave antennas supplied with a mounting boom and clamp.

These antennas can be stacked and fed with a matching phasing harness for increased gain.

Metal parts DC grounded

Electrical Data

FDC 125

FDC 145

FDC 150

FDC 150HD

FDC 160

FDC 250

SI

Frequency 118—136

138—156

138—174

146—166

146—174

254—268

MHz

Average Gain 0 dBd

Nominal Gain 2 dBd

VSWR ≤ 1,5:1


H-Plane 190 3 dB Beam Width °

E-Plane 70 3 dB Beam Width °

Rated Power 150 W

Impedance 50 Ω


Surge Protec-tion

All metal parts directly grounded

Max. wind velocity

200 km/h


12,5 11,7 11,7 11,7 11,2 9,0 kg

Flat Plate Area 0.118 0.111 0.105 0.084 m²

Material Aluminium

Mounting With cross-over plate assembly

Dims 1.1 0.9 0.8 0.6 m

Packed Weight 3,5 3,4 3,3 2,7 kg

Packed Volume 110 x 30 x 8

95 x 30 x 8 85 x 30 x 8

85 x 30 x 8

cm

Mechanical Data

VHF HALF-WAVE FOLDED DIPOLE ANTENNAS

FDC

Vertical Pattern

Horizontal Pattern


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118 . . . 268 MHz

The FDC two stack arrays use center-fed, broadband, half-wave antennas supplied with a mounting boom and clamp.


3dB Gain.

Notes:

Vertical Polarization.

Normalized scale – not gain.

Electrical Data

FDC 125_2S

FDC 145_2S

FDC 160_2S

FDC 250_2S

Frequency 118—136 138—156 146—174 254—268 MHz

Gain 3 (Average) / 5 (Nominal, on Support Pipe) dBd

VSWR ≤ 1,5:1


H-Plane 3 dB Beam Width 190° deg

E-Plane 3 dB Beam Width 30° deg

Rated Power 150 W

Impedance 50 Ω ohm


Surge Protect All metal parts directly grounded

Mechanical Data Wind velocity 200 Max. km/h


30 28,1 26,9 21,5 kg

Flat Plate Area 0,283 0,266 0,252 0,202 m²

Material Aluminium

Mounting Cross-over Plate assembly (support pipe optional)


3,6 3 2,6 1,8 m

Packed Dims 2 off 110 cm x 30 cm x 8 cm, + 1 of 32 cm x 33 cm x 6 cm

Packed Weight 7,3 7,1 6,9 5,7 kg

2-STACK VHF DIPOLE ARRAYS

FDC 2-STACK




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118 . . . 268 MHz

4-STACK VHF DIPOLE ARRAYS The FDC four stack arrays use center-fed, broadband, half-wave antennas supplied with a mounting boom and clamp.


6dB Gain.

Electrical Data

FDC 125_4S

FDC 145_4S

FDC 160_4S

FDC 250_4S

SI

Frequency 118—136 138—156 146—174 254—268 MHz

Gain 6 (Average) / 8 (Nominal, on Support Pipe) dBd

VSWR ≤ 1,5:1




Rated Power 150 W

Impedance 50 Ω ohm


Surge Protect All metal parts directly grounded

Mechanical Data Wind velocity 200 Max. km/h


60 56,2 53,8 43 kg

Flat Plate Area 0,566 0,533 0,504 0,403 m²

Material Aluminium

Mounting With cross-over plate assembly (support pipe optional)


8,7 7,4 7,0 4,1 m

Packed Weight 14,4 14 13,6 11,2 kg

Volume (cm) 4 / 110x30x8 +1/ 47x42x7

4/ 95x30x8 +1/ 47x42x7

cm 4/ 85x30x8 +1/ 47x42x7

FDC 4-STACK




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87,5— - 108 MHz

FM BROADCAST ANTENNA SPLITTER

Electrical Data 2-way 4-way

Frequency 87,5—108 MHz

Insertion Loss 0,15 dB

VSWR < 1,15

Rated Power 2,5 kW

Impedance 50 Ω

Termination DIN 7/16 Female or N Female

Mechanical Data Maximum Wind Velocity 200 km/h

Material Aludined Aluminium Alloy

Mounting Integral Clamps to Support Pipe Ø 25—Ø 76 mm

Length 0,75 m 1,5 m

Mounting position Vertical with input at the bottom

Used for splitting the transmitter feed into 2 or 4 antennas.

Heavy duty

High power

DIN 7/16 Jack or N Jack antenna connections.

BJFM716SPLIT2

BJFM716SPLIT4


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87,5— - 108 MHz

Electrical Data

Frequency 87.5 – 108 MHz MHz

Average Gain 0 dBd dBd

Nominal Gain 2 dBd (on support pipe) dBd

VSWR ≤ 1,5:1




Rated Power 500 W

Impedance 50 Ω

Termination N-Type female or 7/16”


Mechanical Data



20,5 kg

Flat Plate Area 0,19 m²

Material Hot dipped galvanised steel. Brass and Aluminium inners

Mounting

Antenna length 1,4 m

Packed Dims T-shape 140 x 95 cm

With integral clamps to support pipe 25 – 76 mm Ø

Packed Weight 9 kg

The HD100 is a rugged, center-fed, broadband, half-wave antenna.

This antenna can be stacked and fed with a matching phasing harness for increased gain.


HEAVY DUTY GALVANIZED STEEL DIPOLE ANTENNAS

HD100




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360— - 380 MHz

The HD370 provides unity gain in the 360—380 MHz frequency band.

These antennas could be stacked and fed with matching phasing harnesses for increased gain.


Ideal for military communications.

Electrical Data

Frequency 360 – 380 MHz

Average Gain 0 dBd


VSWR ≤ 1,5:1




Rated Power 500 W

Impedance 50 Ω

Termination N-Type female

Surge Protection All metal parts DC grounded

Mechanical Data


Wind Load 2 kg @ 144 km/h


Material Aluminium with moulded cover.

Mounting With integral V-bolt to support pipe Ø 25 mm – Ø 50 mm

Dims L 0,2 x H 0,35 m




1/2-WAVE DIPOLE ANTENNAS

HD370


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380— - 470 MHz

1/2-WAVE DIPOLE ANTENNAS The HD400 provides unity gain in the three-hundred-and-eighty to four-hundred-and-seventy megahertz Frequency.

These antennas could be stacked and fed with matching phasing harnesses for increased gain.


Electrical Data


Average Gain 0 dBd

Nominal Gain 2 on support pipe dBd

VSWR ≤ 1,5:1




Rated Power 500 W

Impedance 50 Ω



Mechanical Data



Flat Plate Area 0.018 m²


Mounting With integral V-bolt to support pipe Ø 25 mm – Ø 50 mm

Dims L 0,2 x H 0,3 m

Packed Dims 0,7 kg / 32 x 25 x 10 cm

HD400




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380— - 400 MHz

2-STACK UHF DIPOLE ANTENNAS The HD two stack arrays use center-fed, broadband, half-wave antennas.


3dB Gain.

Electrical Data


Average Gain 3 dBd

Nominal Gain 5 on support pipe dBd

VSWR ≤ 1,5:1




Rated Power 500 W

Impedance 50 Ω



Mechanical Data


Wind Load 16,8 kg @ 144 km/h



Mounting


3 m


With integral V-bolt to support pipe Ø 25 mm – Ø 50 mm (support pipe included) Typical Horizontal Pattern


HD4002S


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400— - 470 MHz

Electrical Data HD420/2S HD460/2S SI

Frequency 400 – 430 440 – 470 MHz

Average Gain 3 dBd


VSWR ≤ 1,5:1




Rated Power 500 W

Impedance 50 Ω



Mechanical Data



16,8 kg


Material Aluminium with moulded cover

Mounting With integral V-bolt to support pipe Ø25 – 50mm (support pipe included)

Antenna Array Length 1,5 m

Packed Dims 2 off 32 x 25 x 10; 1 off 32 x 33 x 6 cm

Packed Weight kg 1,6

2-STACK UHF DIPOLE ANTENNAS

The HD two stack arrays use center-fed, broadband, half-wave antennas.


3dB Gain.

HD 2-STACK




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The CSD415 four stack dipole array is designed for digital radio equipment, having a corporate feed catering for low transmitter ‘lead in times’.

Can be installed having a radiation pattern of either omni or offset.

It is supplied complete with a 3m mounting pole.

The dipoles and harness are manufactured and sealed as one unit.

406 - —424 MHz

4-STACK UHF DIPOLE ANTENNAS

Electrical Data Frequency Range 406—424 MHz

Average Gain 6 Omni; 9 Offset dBd

VSWR ≤ 1,5 : 1


Omni H Plane 3 dB Beam Width 360° ± 1 dB deviation from circularity

Omni E Plane 3 dB Beam Width 18° deg

Offset H Plane 3 dB Beam Width 145° deg

Offset E Plane 3 dB Beam Width 16° deg

Rated Power 100 W

Impedance 50 Ω

Termination N(m)

Surge Protection All metal parts directly grounded.

Mechanical Data Maximum Wind Velocity

200 km/h


60 kg


Material

Mounting Not included


3 m

Packed Weight 5 kg


Aluminium

CSD415




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400— - 470 MHz

Electrical Data HD420_4S HD460_4S SI

Frequency 400 – 430 440 – 470 MHz

Average Gain 6 dBd


VSWR ≤1,5:1




Rated Power 500 W

Impedance 50 Ω

Connector Type N male


Mechanical Data



30 kg


Material Aluminium with moulded cover

Mounting With integral V-bolt to support pipe 25 – 50mm Ø (support pipe included) Antenna Array Length = 2,3 m

Packed Dims 4 off 32 x 25 x 10; 1off 32 x 33 x 6 cm

Packed Weight kg 3,3

4-STACK UHF DIPOLE ANTENNAS The HD four stack arrays use center-fed, broadband, half-wave antennas.


3dB Gain.

HD420_ 4S A10AA0227A

HD460_ 4S A10AA0228A




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Electrical Data MT2/420 MT2/460 SI

Frequency 400—430 MHz 440—470 MHz MHz



Insertion Loss Fundamental branching loss = 3 Additional insertion loss = 0,25 (per branch)

dB

Max. power 100 on feeder terminal W

Mechanical Data

Temp. Range -25 to + 60 °C

Terminations Antenna Terminations = 2 x N Females; Feeder Termination = 1 x N Male

Waterproofness All cable junctions are sealed.



These harnesses are used to couple two antennas together so they are fed in phase keeping a low SWR and minimum insertion loss.


When the number of antennas in a collinear array is doubled, the gain increases by about three decibel (3 dB).


Extra jumper cable sections are necessary to reach each antenna. Such sections must be made exactly equal length so that the antennas are fed in phase.



2-STACK HARNESSES

400 . . . 470 MHz

2-STACK HARNESS


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400 . . . 470 MHz

These harnesses are used to couple four antennas together so they are fed in phase for a low SWR and minimum insertion loss.


When the number of antennas in a collinear array is quadrupled, the gain increases by about six decibel (6 dB).


Extra jumper cable sections are necessary to reach each antenna. Such sections must be made exactly equal length so that the antennas are fed in phase.



Electrical Data MT4/420 MT4/460

Frequency 400—430 440—470 MHz

Impedance Nom. 50 Ω (all terminals)

SWR ≤ 1,3 within the band (branches terminated with 50 Ω)

Fundamental branching loss

6 dB

Additional insertion loss

0,25 dB (per branch)

Max. power 100 W on feeder terminal

Temp. Range -25°C to + 60°C

Antenna Termina-tions

N female

Feeder Termination N male

Waterproofness All cable junctions sealed.


Volume 41 x 46 x 7 cm

Mechanical Data

SI

MHz

4-STACK HARNESSES

4-STACK HARNESS


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470 . . . 860 MHz

Electrical Data HD500/4S HD600/4S HD800/4S SI

Frequency 470—600 600—725 720—860 MHz

Gain 10 (Nominal) dBi

Radiation Pattern Omni-Directional

Polarization Vertical

VSWR < 1,5:1



Front To Back Ratio 10 dB

Rated Power 150 W

Impedance 50 Ω ohm

Termination N-Type female on Splitter


Mechanical Data


Operating Temp. - 30 … + 70 ºC

Material Aludined Aluminium, Brass Inners

Mounting Supplied on 3 m ALP

Antenna Size m

Packed Dims 300 cm x 30 cm x 10 cm

H 3 x W 0,2

BROADCAST DIPOLE ANTENNAS These antennas are designed for low power broadcast applications.

Supplied completely assembled on an Aluminium pole.

HD 4-STACK




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54 . . . 174 MHz

Electrical Data PDB60 5/8 PDB130 5/8 SI

Frequency 54…88* 138…174* MHz

Nominal Gain 3 dBi

Bandwidth VSWR < 1,5:1 2%

VSWR ≤ 1,5:1


H-Plane 3 (Beam Width 360°) dB

E-Plane 3 (Beam Width 57°) dB

Rated Power 150 W

Impedance 50 Ω

Termination UHF female


Mechanical Data

Max. wind velocity 160 200 km/h

@ 118 @ 144 km/h

10,2 6 kg

Flat Plate Area 0,145 0,055 m²

Material Aluminium with SS bolts and nuts

Mounting 2 x V-bolts on ø25–50mm support

Antenna length 3,8 1,1 m



Wind Load

GROUND PLANE ANTENNAS The PDB…5/8 range of antennas are end-fed, 5/8 wavelength, ground plane base antennas.

Omni directional, vertically polarised, with low VSWR ensured by the use of a matching transformer, which also serves as a DC ground.

PDB




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54 . . . 960 MHz

A cost effective ground plane antenna.

Mounting on a wall or a pole.

Electrical Data SPUTNIK SPUTNIK 300 SPUTNIK 900 SI

Frequency 54 … 960 * 138 … 474 * 890 … 960 * MHz

Nominal Gain Unity

VSWR ≤ 1,5:1

Bandwidth 10 %

Power 25 W

Impedance 50 Ω

Termination Supplied with 8 m RG-58 + UHF(m) PL259 Connector

10 m RG-58 + TNC(m)

Mechanical Data

Mounting Directly onto a wall or 32—50 mm OD pipe with supplied V-Bolt.

Dims 100 mm x 85 mm excluding 1,3 m Whips.

SPUTNIK ANTENNAS

SPUTNIK

GROUND PLANE ANTENNAS


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138 - 174 MHz

ALARM ANTENNAS The Bandit Alarm Antenna is a high gain link antenna.

The driven element is shrouded for weatherproof protection.

High front-to-back ratio.

All metal parts DC grounded.

Electrical Data

Frequency 138—174 MHz

Nominal Gain 2 dBi

Bandwidth VSWR < 1,5 : 1 = 0,5—9 MHz

VSWR


Rated power 25 W

Impedance 50 Ω

Termination 2,5m RG-58, PL259 male

Mechanical Data


Whip Tapered 17—7PH SS

Mounting Hole Size 19 mm

Adjustment 180° deg

Colour Silver and Black

Dimensions L 1,43 m

Packed Dimensions 0,4 kg / ±90 cm x 11 cm x 5 cm

≤ 2 : 1

BANDIT

A10AA1281A


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138 . . . 174 MHz

Ice Cobra Collinear Antennas are designed for above snowline conditions.

Reliable and rugged.

Radiator is one continuous connection with no internal joints.

Electrical Data

Frequency 150±3—160±3 MHz

Nominal Gain 0 dBd

VSWR ≤ 1,5:1


H Plane 3 dB beam width 360°

E Plane 3 dB beam width 80°

Rated power 150 W

Impedance 50 Ω


Surge Protection Directly grounded

Mechanical Data


Wind load 13 kg @ 144 km/h

Material Fibreglass shroud with Aluminium clamping tube

Mounting With cross over plate (not supplied)

Antenna length 1,5 m

Packed Dims 160 x Ø 9 cm

Packed Weight 3 kg

ICE COBRA VHF HIGH BAND COLLINEARS

ICE COBRA


Horizontal Pattern


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138 . . . 268 MHz

3-ELEMENT VHF YAGI ANTENNAS These Yagi Antennas are commonly used for point-to-point communications.

High gain and high front-to-back ratio.


Electrical Data Y160/3 Y250/3 SI

Frequency 138…174 254—268 MHz

Nominal Gain 7 dBd

VSWR ≤ 1,5:1

Bandwidth VSWR <1,5:1 2%

Polarisation Vertical or horizontal

H Plane 3dB Beam Width 96°

E Plane 3dB Beam Width 64°

Front-to-back ratio > 10 dB

Rated power 150 W

Impedance 50 Ω

Termination

Surge Protection All metal parts DC Grounded

Mechanical Data Max. wind velocity 200 km/h

Wind Load

@ 144 km/h

18,5 kg



Mounting With CO1 plate assy to support pipes 25 – 50 mm Ø

Largest Dims Boom 1,5 m long, Elements 1.1 m high



N-Type female

Y220/3 217—220

Y160‐3 Vertical

Y160‐3 Horizontal

3-ELEMENT YAGI


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5-ELEMENT VHF YAGI ANTENNAS These Yagi antennas are commonly used for point-to-point communication.



Electrical Data Y150/5 Y170/5 SI

Frequency 138…160 * 160…174 * MHz

Nominal Gain 9 dB

VSWR ≤ 1,5:1

Bandwidth VSWR < 1,5:1 2%



E Plane 3dB Beam Width 52°


Rated power 150 W

Impedance 50 Ω



Mechanical Data Max. wind velocity km/h


20,6 kg



Mounting With CO1 plate assy to 25 – 50 mm Ø support pipe

Largest Dims Boom 2 m long; Elements 1,1 m high



200

138 … 174 MHz

5-ELEMENT YAGI

Y170-5 Vertical

Y170-5 Vertical

Y150-5 Horizontal

Y170-5 Horizontal


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380 . . . 470 MHz

3-ELEMENT UHF YAGI ANTENNAS These Yagi antennas are commonly used for point-to-point communication.



All welded Aluminium construction.

Electrical Data Y390/3 Y425/3 Y460/3 SI

Frequency 380—400 406—424 440—470 MHz

Gain 7 (Nominal) dBd

VSWR ≤ 1,5:1


H Plane 3dB Beam Width 120° deg

E Plane 3dB Beam Width 70° deg

Front-to-back ratio > 15 dB dB

Rated power 150 W

Impedance 50 ohm



Mechanical Data

Wind Velocity 200 Max. km/h



Material Aluminium

Mounting V-bolts (supplied) to support pipes Ø 25 mm – Ø 50 mm

Dims m


W 0,7 x H 0,4

3-ELEMENT YAGI

Y460‐3 Vertical

Y460‐3 Horizontal


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380 . . . 470 MHz

7-ELEMENT UHF YAGI ANTENNAS These Yagi antennas are commonly used for point-to-point communications.

High gain, high front-to-back ratio.




Frequency 380—400 406—424 440—470 MHz

Gain 9 dBd (Nominal)

VSWR ≤ 1,5:1

Polarisation Vertical or Horizontal



Front-to-back ratio >15 dB

Rated power 150 W

Impedance 50 Ω ohm



Mechanical Data

Wind velocity 200 Max. km/h



Material Aluminium

Mounting To 25 – 50 mm Ø support pipe, V-bolts supplied

Dims m

Packed Dims 4.2 kg / 132 x 43 x 10 cm

W 1,2 x H 0.4

7-ELEMENT YAGI

Y460‐7 Vertical

Y460‐7 Horizontal


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406 . . . 470 MHz

12 ELEMENT UHF YAGI ANTENNAS These Yagi antennas are commonly used for point-to-point communica-tions.





Frequency (MHz) 406—424 440—450 450—470 MHz


VSWR ≤ 1,5:1

Polarisation Vertical & Horizontal




Rated power 150 W

Impedance 50 Ω ohm



Mechanical Data

Wind velocity 200 Max. km/h

Wind Load 11,4 @ 144 km/h kg

Flat Plate Area m²

Material Aluminium

Mounting V-bolts (supplied) to Ø 25 mm – Ø 50 mm Support Pipe

Dims W 2,2 x H 0,4 m


0,107

12-ELEMENT YAGI

Y460_12 Vertical

Y460_12 Horizontal


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870— - 960 MHz

5-ELEMENT GSM YAGI ANTENNAS

The Y900/5 yagi antenna is used to im-prove the GSM900 transmit and receive signals.



Electrical Data


Nominal Gain 9 dB

VSWR


H Plane 3dB Beam Width 25° (Typ.)

E Plane 3dB Beam Width 25° (Typ.)


Rated power 25 W

Impedance 50 Ω

Termination SMA male / TNC female


Mechanical Data


Material Aluminium

Mounting V-bolt to Ø 50 mm max. support pipe

Dims L 500 x W 180 mm


< 2 : 1

YAGI Y900-5

900 MHz Horizontal


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870— - 960 MHz

7-ELEMENT YAGI ANTENNA

The YZ900_7 Yagi antenna is a high gain link antenna.


All welded construction.

Electrical Data


Nominal Gain 9 dBd

VSWR ≤ 1,5:1


H Plane 3dB Beam Width 60° (Typ.)

E Plane 3dB Beam Width 50° (Typ.)


Rated power 100 W

Impedance 50 Ω



Mechanical Data Metric Imperial

Max. wind velocity 200 km/h 124 mph

Material Antenna: Aluminium

Mounting Hardware: Stainless Steel

Mounting Using cross over plate assembly to Support pipe

Ø60 mm max. Ø2,4 in max.

Packed Weight 1,5 kg 3,3 lbs

Packed Dims 80 cm x 20 cm x 3 cm 31,5 in x 8 in x 1,2 in

YAGI YZ900_7

YAGI YZ900_7


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870— - 960 MHz

SHROUDED GSM YAGI ANTENNAS The Y900-16 Yagi antenna is a high gain link antenna.




Electrical Data


Nominal Gain 16 dBi

VSWR ≤ 1,5:1


H Plane 3dB Beam Width 25° (Typ.) deg

E Plane 3dB Beam Width 25° (Typ.) deg


First Sidelobe level -12 dB

Rated power 100 W

Impedance 50 Ω



Mechanical Data


Material Aluminium

Mounting Using C01 cross over plate assembly

Dims L 2 x W 0,2 m m

Packed Dims 6 kg / 220 x 22 x 22 cm

YAGI Y900-16


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1350 - —1517 MHz

YAGI ANTENNA The Y1500-16 Yagi antenna is a high gain link antenna.





Gain at connector 16 dBi

VSWR ≤ 1,5:1


H Plane 3dB Beam Width 30° (Typ.) deg

E Plane 3dB Beam Width 30° (Typ.) deg

Front-to-back ratio > 25 dB dB

First side-lobe level -15 dB dB

Cross polar discrimination

25 dB dB

Rated power 100 W W

Impedance 50 Ω


Surge Protection DC continuity between coax inner and outer


Wind Load 15.1 kg @ 144 km/h


Material Aluminium hub with GRP radome

Mounting Cross-over Clamp assy to Ø 110 mm max. support pipe

Dims L 1300 x Ø 110 mm

Packed Dims 3 kg / 150 x 14 x 14 cm

Electrical Data

YAGI Y1500-16


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138 . . . 174 MHz

SM fiberglass collinear antennas are completely sealed against dust and moisture ingress.

Designed to yield maximum gain in the horizontal plane, with side lobes reduced to a minimum.

Supplied with integral clamp for mounting on a vertical or horizontal support pole.

Electrical SM140-3 SM150-3 SM160-3 SM170-3 SI

Frequency 138 - 146 146 - 156 156 - 166 165– 174 MHz


VSWR ≤ 1,5:1


H Plane 3 dB beam width 360° deg

E Plane 3 dB beam width 36° deg

Rated power 150 W

Impedance 50 Ω ohm


Surge Protect Directly grounded

Mechanical Data

wind velocity 200 Max. km/h


Material Fibreglass shroud with integral Aluminium clamp

Mounting Clamp to support pipes Ø 25 to Ø 50 mm

Dimensions m

Packed Dims 5,2 kg / 300 x Ø 9 cm

L 3 (Antenna)

SiteMaster® VHF Highband COLLINEARs

SM

3 dB Vertical Pattern

Horizontal Pattern


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254— - 268 MHz

SM fiberglass collinear antennas are completely sealed against dust and moisture ingress.

Designed to yield maximum gain in the horizontal plane, with side lobes reduced to a minimum.


SiteMaster® VHF Public Trunking COLLINEARS

Electrical Data


Nominal Gain UNITY

VSWR ≤ 1,5:1


H Plane 3 dB beam width 360°

E Plane 3 dB beam width 36°

Rated power 150 W

Impedance 50 Ω

Termination N(m)


Mechanical Data




Mounting

Antenna length 1 m


Packed Dims 300 x Ø 9 cm

With clamp to support pipes 25 to 50 mm Ø

SM250

Vertical Pattern

Horizontal Pattern


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406 - —424 MHz

The SM400 fiberglass collinear antennas are completely sealed against moisture ingress.

The antennas are designed to yield maximum gain in the horizontal plane, with side lobes reduced to a minimum.


SiteMaster® UHF COLLINEARS

Electrical Data SM400-3 SM400-6 SI


Nominal Gain 3 6 dBd

VSWR ≤ 1,5:1



E Plane 3dB Beam Width 36° 3dB Beam Width 15°

Rated power 150 W

Impedance 50 Ω



Mechanical Data


Wind Load 5,8 kg @ 144 km/h 13 kg @ 144 km/h

Material Fibreglass shroud with Aluminium clamp

Mounting With clamp to 25 – 50 mm Ø support pipe.

Dims 1,5 m 3 m

Packed Dims Ø 9 x 150 Ø 9 x 300 cm


Horizontal Pattern



SM400


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430 . . . 470 MHz

The SM fiberglass collinear antennas are completely sealed against dust and mois-ture ingress.

The antennas are designed to yield maxi-mum gain in the horizontal plane, with side lobes reduced to a minimum.


SiteMaster® UHF COLLINEAR ANTENNAS

Electrical Data SM440-6 SM450-3 SM450-6 SI

Frequency 430—450 450—470 MHz

Nominal Gain 6 dBd 3 dBd 6 dBd dBd

VSWR ≤ 1,5:1


H Plane 3 dB beam width 360° deg

E Plane 3 dB beam width

16° 36° 16° deg

Rated power 150 W

Impedance 50 Ω ohm



Mechanical Data Max. wind velocity km/h

Wind load @ 144 km/h

13 5,8 13 kg


Mounting Clamp to Support Pipes Ø 25 to Ø 50 mm

Antenna length 3 1,5 3 m

Packed Weight 1,9 1,6 1,9 kg

Volume Ø 9 x 300 Ø 9 x 150 Ø 9 x 300 cm

200

Horizontal Pattern



SM COLLINEAR


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406— - 470 MHz

CORNER REFLECTOR ANTENNAS The CR400 Corner Reflector Antenna is commonly used for point- to-point communications.



Electrical Data CR400


Nominal Gain 9 dBi

VSWR ≤ 1,5:1





Rated power 150 W

Impedance 50 Ω



Mechanical Data




Material Aluminium with moulded dipole cover

Mounting To Ø 25 mm – Ø 50 mm support pipe, V-bolts supplied

Dims H 0,5 Vertically polarised H 1,2 Horizontally polarised

m


CR400 Prior To Installation

CR400

CR400 During Installation


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1350— - 1600 MHz

GRID PARABOLIC ANTENNAS APPLICATIONS

Long distance transmission.

Point to point systems.

Wireless bridges.

FEATURES

High gain, Low VSWR.

Die cast Aluminium grid reflector.

UV stable coat finish.

Low wind loading.

Vertical or horizontal polarization mounting.

Supplied with tilt and swivel bracket.

Electrical Data TDJ-1500SP10C TDJ-1500SP12C SI

Frequency 1350—1600 1400—1550 MHz

System DAD DAB

Bandwidth 250 150 MHz

Gain 19,5 22,5 dBi

Beam width E:20 H:15 V:11 H:10

F/B Raio ≥ 28

VSWR ≤ 2 ≤ 1,8

Impedance 50 Ω

Polarization Vertical or Horizontal

Maximum Power 100 W

Connector N Female or customized

Dims 0,6 x 0,9 Ø 1,2 m

Weight 3,6 7,1 kg

Mast Diameter Ø 40—Ø 50 Ø 50—Ø 75 mm

Rated Wind Velocity 60 TBA m/s

Operating Temp. - 40 … + 60 TBA °C

Relative humidity 5 … 95 TBA %

Mechanical Data

TDJ-1500SP10C

TDJ-1500SP12C


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GRID ANTENNAS Linear Polarization, rotate antenna for horizontal or vertical polarization

Die cast aluminum 2 piece reflector, 24.8” X 16.5” (630mm x 420mm)

All corrosion resistant mount materials, SS hard-ware.

2 U-bolt mount configuration, ±6° elevation range and 125 mph (200km/h) survival. 1 U-bolt configu-ration, ±60° elevation range and 90 mph

(145km/h) survival.

Mounts to 2” OD pipe (50mm), optional 4.5” (114mm) adapter is available

Maximum input power 100 watts

Type N Female Connector, 50 Ohm impedance

4940 . . . 5850 MHz

Electrical Data Gs2-54-n Gs2-58-n SI

Frequency 4940—4990 5250—5850 5725—5850 MHz

Nominal Gain 25 26 27 dBi

VSWR 1,5:1


HPBW H Plane 6,5 6 6 deg

HPBW E Plane 9,5 9 8 deg

Front-to-back ratio 26 30 30 dB

Gs2

Mechanical Data

Size Ø 2 m

Temperature Range - 40 … + 60 °C

Mounting 2 U-bolt Configuration: ±6° Elev. Range, 201 km/h (125 mph) Survival Wind, max wind force 320 N (72 lb)

1 U-bolt Configuration: ±160° Elev. Range, 145 km/h (90 mph) Survival Wind, max wind force 165 N (37 lb)

Mounts to 50 mm (2 in) pipe.

0,6 m (2 in)


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4940 . . . 5850 MHz

PARABOLIC- &/ GRID ANTENNAS

ANTENNA WIND LOADING

Wind Angle 0,6 m (2 in) 0,9 m (3 in) 1,2 m (4 in) SI

56° 1082 (243) 2314 (520) 3945 (887) N (Fa lb)

128° 299 (67) 640 (144) 1091 (245) N (Fs lb)

128° 61 (45) 190 (140) 423 (312) Nm (M ft-lb)

STANDARD ANTENNA WITHOUT RADOME, 200 km/h (125 mph)

STANDARD ANTENNA WITH RADOME, 200 km/h (125 mph)

Wind Angle 0,6 m (2 in) 0,9 m (3 in) 1,2 m (4 in) SI

0° 562 (126) 1202 (270) 2049 (461) N (Fa lb)

50° 344 (77) 736 (165) 1255 (282) N (Fs lb)

100° 70 (52) 220 (162) 490 (361) Nm (M ft-lb)

GRID ANTENNA, 200 km/h (125 mph)

Wind Angle 0,6 m (2 in) SI

0° 320 (72) N (Fa lb)

90° 165 (37) N (Fs lb)

90° 20 (15) Nm (M ft-lb)

ANTENNA TOP VIEW


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PARABOLIC ANTENNAS

4940 . . . 5850 MHz

Linear Polarization (field adjustable for horizontal or vertical polarization) & Dual Polarization

Sturdy Aluminium construction reflector and pipe mount

All corrosion resistant materials, galvanized and SS hardware.

Fine azimuth and elevation adjustment

Type N Female Connector, 50 Ohm impedance

Mounting Pipe Diameters:

2 ft (.6m) 1,9-4.5” OD (48-114mm)

3 ft (.9m) 2.4-4.5” OD (60-114mm)

4 ft (1.2m) 4.5” OD (114mm)

Optional ABS radome available

Electrical Data

RP2- 54-N

RP3- 54-N

RP-4-56-N

RP-2-58-N

RP-3-58-N

RPD2-54-N

RPD3-54-N

RPD4-56A-N

SI

Frequency 4940—4990

5250—5850

4940—4990

5250—5850

5250—5850

5725—5850

5725—5850

4940—4990

5250—5850

4940—4990

5250—5850

5250—5850

MHz

Nominal Gain 26,7

28,5

30,2

31,4

34,5 28,8 32 26,5

28,3

30

31,2

34,3 dBi

VSWR max 1,5:1

Polarisation Vertical or Horizontal Dual

HPBW 7

6,2

4,5

4

3 6 4 7

6,2

4,5

4

3 deg

Xpol 28 30 dB

Front-to-back 33

35

37

40

42 38 40 33

35

37

40

42 dB

R.L. dB

Mechanical Data

Size 0,6 0,9 1,2 0,6 0,9 0,6 0,9 1,2 m

14

RP


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4940 . . . 5850 MHz

0,6 m (2 in) MECHANICAL SPEC

PARABOLIC ANTENNAS


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800 . . . 2600 MHz

The LP2000 is a fully shrouded Log-Periodic Antenna designed for link applications.

Covers the 850, 900, 1800, 1900 MHz, UMTS and 2.4GHz ISM bands.

It has high side lobe suppression.

Can be mounted on a pole or wall.

Electrical Data Frequency 800 – 1000; 1300 –2600 MHz

Nominal Gain 8 dBi

VSWR ≤ 2:1


H Plane 3dB Beam Width 65° max. deg

E Plane 3dB Beam Width 55° max. deg


First Side lobe level -20 dB

Cross Polar Discrimination

25 dB

Rated power 10 W

Impedance 50 Ω

Termination Coax with SMA Male or N Female


Wind Load @ 144 km/h = 10 kg

Material UV resistant ABS, Radiator PCB

Mounting Wall or pipe Ø 38 mm max.

Dimensions W 0,35 x H 180 m

Packed Dimensions 1 kg / 40 cm x 23 cm x 9 cm

SHROUDED PENTA-BAND (& QUAD-BAND) ANTENNAS

LP2000


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870 . . . 2170 MHz

INDOOR TRI-BAND OMNI ANTENNAS

The GI++ antenna is designed for multi-band indoor cellular coverage. GSM / PCN / UMTS.

Unobtrusive shape in buildings.

Low loss LMR195* cable tail is colour coded white and incorporated in the an-tenna design.

Ceiling mounting is standard.

Electrical Data

Frequency GSM: 870 – 960 PCN: 1710 – 1880 UMTS: 1885 – 2170

MHz

Nominal Gain 900 MHz: 1,5 2 GHz: 2.5

dBi

VSWR < 1,9:1


E Plane 3dB Beam Width 900 MHz: 80° (typ.) 2 GHz: 50° (typ.)

deg

Rated power 25 W

Impedance 50 Ω ohm

Termination 400mm white LMR195, N-Type female

Surge Protection DC continuity between coax inner and outer

Mechanical Data

Material Cover ABS white, Radiator PCB

Mounting Incorporated bracket to concrete or ‘soft’ ceilings. Screws supplied.

Dims Ø 170 x H 75 mm


GI++


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870 . . . 2170 MHz

INDOOR TRI-BAND PANEL ANTENNAS

The PI+ is designed for multiband indoor cellular coverage. GSM / PCN / UMTS.

Wall mounting is standard.

Low loss LMR195* cable tail is colour coded white.

Optional pole mounting kit available.

Electrical Data

Frequency GSM: 870 – 960 PCN: 1710 – 1880 UMTS: 1885 – 2170

MHz

Nominal Gain 6 ± 1 dBi

VSWR < 1,9:1

H Plane 3dB Beam Width

GSM: 83° (Typ.) PCN + UMTS: 120° (Typ.)

deg

E Plane 3dB Beam Width

GSM: 60° (Typ.) PCN + UMTS: 75° (Typ.)

deg


Rated power 25 W

Impedance 50 Ω ohm

Termination 300 mm Low Loss Cable, N-Type female

Mechanical Data

Material Cover ABS white, Radiator PCB

Mounting On walls with brackets supplied. Pole mounting optional.

Dims SQ 280 x D 70


mm

PI+


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1880— - 1930 MHz

OMNI DECT ANTENNAS

Electrical Data

Frequency 1880-1930 MHz

Gain 7,9 dBd

10 dBi

VSWR 1,5:1 maximum full band

Polarisation Colinear / Vertical

Horizontal beamwidth Omni ±0.25 dB

Vertical beamwidth (3 dB) 11° deg

Power rating 10 W

Impedance 50 Ω ohm

Connector type N(f) socket

Mechanical Data

Maximum Wind Velocity 200 km/h

Wind load @ 160 km/hr (100 mph)

36 (8,1)

N (lbf)

Material Shroud: Glass fibre

Colour Grey with Metallic bracket

Mounting bracket c/w metal bracket and fixings

Packaging

Dimensions L 900 x Ø 15 (L 40,2 x 0,6)

mm (in)

Weight 0,7 (1,5) kg (lb)

Individual plastic bag

Contained within a grey fibreglass shroud, this MA431X04 antenna has been designed for installation in harsh environments.

MA431X04

Vertical Pattern

Horizontal Pattern


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1920 - —2170 MHz

CPANEL UMTS ANTENNAS This antenna is designed for the 3G cellu-lar network.

Only 20 x 12cm, it’s compact and can be mounted on a wall or a pole.

Electrical Data


Average Gain 10 dBi

VSWR < 2 : 1

Polarisation Linear; Vertical

H Plane 3 dB Beam Width

47° ± 5° deg

E Plane 3 dB Beam Width

60° ± 10° deg

Rated power 10 W

Impedance 50 Ω ohm

Termination Low Loss Cable with SMA Male

Mechanical Data

Material Cover: UV Resistant ABS; Radiator PCB

Mounting

Temp. - 10 ... + 55 °C

Packed Dims (L x H x W)

L 20,5 x H 12,3 x W 3 cm


Pole or Wall Mount

Typical Radiation : Vertical Plane

Typical Radiation : Horizontal Plane

cPANEL


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PROX ANTENNA The Prox Antenna is designed for communications in the 868 MHz frequency band.

Ideal for mounting on large industrial vehicles.

Used on mine vehicles.

Electrical Data


Nominal Gain 2 dBi dBi

VSWR < 2:1

Radiation Pattern Omni-directional

Rated power 10 W W

Impedance 50 Ω

Termination Specify connector and length of cable when ordering.

Mechanical Data

Material - Radiator PCB

Material - Cover Fibreglass

Operating Temp. -20 ... +60 °C

Mounting

Dims (LxWxH) L 150 x ø 28 mm

Maximum Wind 200 km/h


Optional bracket

868— - 869 MHz

Horizontal Pattern

Vertical Pattern

PROX


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The Mini-Mitron GPRS antenna is designed for use on the GSM900 and GSM1800 cellular bands.

Ideal for mounting on homes or trailers.

Electrical Data

Frequency 870 – 960; 1710 – 1880 MHz

Nominal Gain 2 dBi

VSWR < 2:1


Rated power 10 W

Impedance 50 Ω

Termination* TNC(f)

Mechanical Data


Material - Cover Fibreglass

Operating Temp. -20 ... +60 °C

Mounting

Dims (LxWxH) L 150 x Ø 28 mm

Maximum Wind 200 km/h


Optional bracket

870 . . . 1880 MHz

Horizontal Pattern

Vertical Pattern

Mini-MITRON COMBINATION ANTENNAS

MINI-MITRON


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824 . . . 2500 MHz

This antenna is designed for use on the AMPS, GSM900, GSM1800, iBurst and ISM bands.

Ground plane independent.

Low profile and only 12cm high, it comes with integrated magnets.

Electrical Data

Frequencies 824—896

880—960

1710—2170

2400—2500

MHz

Nominal Gain 2 dBi

VSWR < 2:1


Rated power 10 W

Impedance 50 Ω

Termination* RG-174

Mechanical Data

Material

Operating Temp. -20 to +60 °C

Mounting On any surface. Supplied with integrated magnets.

Dims L 120 x W 30 x H 75 mm



Radiator: PCB Cover: ABS

SHARK COMBINATION GSM WIFI ANTENNAS

SHARK


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This antenna is designed for use on the GSM bands.

Can be mounted directly on non-metallic surfaces.

Electrical Data

Frequency 850 – 960;1710 – 2170 MHz

Nominal Gain 2 dBi

VSWR < 2:1


Rated power 10 W

Impedance 50 Ω ohm

Termination* RG-58 or LMR-195 Coax

Mechanical Data


Material - Cover UV Stabilised ABS

Operating Temp. - 20 ... + 60 °C

Mounting Screws or nails to non metallic surfaces

850 . . . 2170 MHz

DISGUISE GSM OUTDOOR ANTENNAS

DS918


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The ESKANT or MULTANT antennas are designed for use on the GSM cellular bands – typically for GSM modem applications.

Can be mounted on the outside of a metal box.

Rugged and completely sealed against moisture ingress.

Electrical Data ESKANT MULTANT SI

Frequency 850 – 960; 1710 – 2170 MHz

Nominal Gain UNITY (0) 2 dBi

VSWR < 2:1

Radiation Pattern Omni Directional


Rated power 10 W

Impedance 50 Ω

Termination* RG-58; RG-174; or LMR-195 Coax

Mechanical Data


Material - Cover

Operating Temp. - 20 … + 60 °C

Mounting Screws to any surface

Dims (LxWxH) 160 x 65 x 50 mm



ABS Black or ABS Grey

850 . . . 2200 MHz

TELEMETRY COMBINATION OUTDOOR ANTENNAS

ESKANT / MULTANT

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