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Yagi Antennas (Beam Antennas) and directional antenna products
Yagi antennas, folded dipole Yagi antenna and Yagi cellular antenna products
 |  | PROCOM's Yagi antenna design reflects innovative modern antenna construction.
A variety of types and models is available including folded dipole Yagi antennas and shrouded Yagi antennas.
Below are examples from PROCOM's Yagi antenna product line.
Please notice that more products from the Yagi antenna product line are available in the PDF Product Catalogue. Look for the "R" and "Y" models in the index.
See also examples of our multi-band Yagi antennas. |  | SEE ALSO: |
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R 70-3/…, R 70-7/…, R 70-10/… Directional Yagi Antennas with 3, 7 and 10 dBd Gain,
for the 450 MHz Band
These antennas are 2-, 4- and 8-element Yagi antennas with 3, 7, and 10 dBd gain, respectively.
When mounted for vertical polarisation the horizontal coverage is:
R 70-3: 100°
R 70-7: 74°
R 70-10: 52°
These Yagi antennas incorporate baluns optimized for wide bandwidth and accurate matching.
The entire balun unit and feeder cable inlet are completely sealed in a polythene moulding ensuring permanent waterproof connections. The Yagi antennas are supplied with a 3 m “tail” of RG 213 terminated with an N-female connector.
Radiating elements, supporting booms and adjoining metal castings have been constructed in high quality aluminium alloys to prevent corrosion. All metal parts are DC-grounded.
The Yagi antennas are designed for back mounting and are provided with rear extended booms. These beam antennas can be stacked and fed in phase with a matching harness for increased gain.
A mast clamp for fixation on 30-58 mm diameter mast tube is enclosed.
Download PDF file for further details and specifications about the R 70-3/…, R 70-7/…, R 70-10/… Yagi antennas.
Please notice, more products are available in the PDF Product Catalogue.
R 900-7/..., R 900-10/..., R 900-14/... Yagi (Beam) Directional Antennas with 7, 10 and 14 dBd Gain, 900 MHz (800 MHz Yagi Antenna)

These directional antennas are 4-, 8- and 18-element Yagi antennas with 7, 10, and 14 dBd gain, respectively.
When mounted for vertical polarisation the horizontal coverage is:
R 900-7: 74°
R 900-10: 52°
R 900-14: 32°
These Yagi antennas incorporate baluns optimized for wide bandwidth and accurate matching. The entire balun unit and feeder cable inlet are completely sealed in a polythene moulding ensuring permanent waterproof connections. The antennas are supplied with a 0.8 or 3 m “tail” of RG 213 terminated with an N-female connector.
Radiating elements, supporting booms and adjoining metal castings have been constructed in high quality aluminium alloys to prevent corrosion. All metal parts are DC-grounded. The Yagi antennas are designed for back mounting and are provided with rear extended booms.
These antennas can be stacked and fed in phase with a matching harness for increased gain.
A mast clamp for fixation on 30-58 mm diameter mast tube is enclosed.
Download PDF file for further details and specifications about the R 900-7/…, R 900-10/…, R 900-14/… Yagi antennas.
Please notice, more products are available in the PDF Product Catalogue.
R 2400-... Shrouded Yagi Antennas for the 2400 MHz Band

Series of three shrouded Yagi antennas with 6–15 dBd gain. Covers the frequency range 2300–2500 MHz.
The Yagi (beam) antennas can be used for both vertical and horizontal polarisation.
H-plane beam widths 24° to 80° and E-plane beam widths 23° to 60° depending on model.
Ideal for fixed links and point-to-multipoint applications.
A sturdy glass reinforced plastic shroud ensures effective protection against the weather.
All metal parts are DC grounded for noise reduction and lightning protection.
Materials carefully chosen for minimum electrolytic corrosion and intermodulation. Supplied with fixed Norstell clamp (48.5 mm dia.)
Reliable and robust Yagi antenna design for optimum performance and long lifetime.
Download PDF file for further details and specifications about the R 2400-… Yagi antennas.
Please notice, more products are available in the PDF Product Catalogue.
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