BLACKHAWK 4G-5G HIGH GAIN OMNI ANTENNA, 700 TO 2700 MHZ

BLACKHAWK 4G-5G HIGH GAIN OMNI ANTENNA, 700 TO 2700 MHZ

Product Code: CAM-WEB-024
Blackhawk’s 4G-5G omni directional antenna utilises multi-sized collinear radiators and microwave-grade combiners, providing consistent high gain with exceptional azimuthal stability.
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Vendor: CAM

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Title

Blackhawk’s 4G-5G omni directional antenna utilises multi-sized collinear radiators and microwave-grade combiners, providing consistent high gain with exceptional azimuthal stability. It supports all bands in 700 to 2700 MHz range and is popular with Cel-Fi repeater systems. It can maintain a wide vertical beam to tolerate tilting and pitching as equipment moves over rough ground, or deployed on uneven ground. 

PRODUCT BRIEF 
  • 6 dBi gain across lower bands 698 to 960 MHz 
  • 6 dBi gain across upper bands 1695 to 2700 MHz 
  • UV-stable ruggedised PVC construction for Australian conditions 
  • Stainless steel L-bracket included 
  • Integrated N Female connector 
  • Optional 6 m or 10 m PT-240 low loss cable 
SPECIFICATIONS 

ELECTRICAL 

Frequency Range 

698-960 MHz / 1710-2700 MHz 

Input Impedance 

50 Ω 

Peak Gain 

6 / 6 dBi 

VSWR 

≤2.5:1 / ≤2.5:1 

Polarisation 

Vertical linear 

Horizontal Beamwidth 

360° (omnidirectional) 

Vertical Beamwidth 

60° 

Maximum Input Power 

100 W 

MECHANICAL 

Input Connector 

N Female 

Cable (optional) 

6 m or 10 m PT240 LSHF SMA Male 

Lightning Protection 

DC Ground 

Radiator Material 

Collinear copper elements 

Radome Material 

UV stable PVC 

Mounting 

Stainless Steel, pole mount Ø30-50 mm 

Dimensions 

Ø63 × 680 mm 

Weight 

1.9 kg 

Packing Dimensions 

700 × 100 × 100 mm 

Rated Wind Velocity 

210 km/h 

Operating Temperature 

-40 to +65°C 

 

Claritas est etiam processus dynamicus, qui sequitur mutationem consuetudium lectorum. Mirum est notare quam littera gothica, quam nunc putamus parum claram, anteposuerit litterarum formas humanitatis per seacula quarta decima et quinta decima. Eodem modo typi, qui nunc nobis videntur parum clari, fiant sollemnes in futurum.