UHF Single Section Dual Binary Array 400-520MHz

UHF Single Section Dual Binary Array 400-520MHz

(1 customer review)

The RFI range of UHF dipole arrays provides expanded bandwidth, high power ratings and unequaled performance in gain, pattern and intermodulation performance. The arrays will accept an input power level of 500 watts continuously, making them ideal for high-power multiple transmitter applications. Ever-increasing costs and site density requirements are reducing the availability of antenna positions on prime sites. In order to reduce the overall number of antennas, the RFI dipole array series provides system engineers and site owners with a flexible solution to reduce antenna numbers.

$2,351.66

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Out of stock

Description

This Single Section Dual Array – A combination of two arrays mounted upon a single 48mm dia boom. These arrays are common where medium gain UHF omnidirectional coverage is required via separate transmit and receive antennas conveniently located on a single boom. The feeding of each of the antennas is via separate coaxial cable tails at the base of the array. • 4.3-10 high-performance connector • Ideal for highly populated sites requiring medium omnidirectional coverage • Operate over entire 400-520 MHz band • Available in stainless Steel variants also • Industry-leading PIM ratings (-150dBc) providing low IM and low noise characteristics for optimum performance

 

Specifications:

Frequency Range 400 – 520
Base Gain 2 x 3 dBd
Wind Load (Thrust) @ 160km/h N >240
Torque @ 160km/h Nm 363
Power w 500
Polarisation Vertical
VSWR <1.5:1
Termination 4.3-10 female with 0.5m RG142 cable tail.
Mounting area 500mm x 48mm diam. aluminium
Construction All welded aluminium with alodined finish
Tuned bandwidth Full band
Passive IM 3rd Order (2x20W) dBc <-150
Horizontal Beamwidth Omni +/- 0.5dB
Frequency MHz 400-520MHz
Downtilt Not offered
Length [mm] 3000
Brand RFI
Weight [kg] 8

1 review for UHF Single Section Dual Binary Array 400-520MHz

  1. Joseph James Perry

    Provides Maximum Durability

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