Hustler Antenna VHF/UHF Base Vertical Antennas

Hustler Heavy-Duty HD9 Series Base Vertical Antennas

Hustler Heavy-Duty HD9 Series Base Vertical Antennas are ideal for applications that call for extraordinary reliability and are suitable for the most difficult environments, remote locations, or tall tower installations. A 1.9 in. diameter, white, extruded fiberglass, weatherproof enclosure combined with a heavy wall (0.225 in.) aluminum base that provides vertical rigidity in winds up 130 mph. The weatherproof sealed Type N female connector includes removable drain plugs and O-rings to allow proper drainage of internal condensation in the upright or inverted position. The Hustler HD9 offset radiator design features phased 1/2 wave radiators which yield precise radiation angle control and very wide bandwidth, made of copper to minimize the possibility of intermodulation. The heavy-duty radiating elements and feed system allow a maximum power of 400 watts. Built-in lightning protection connected to a 0.2 in. diameter copper tube runs the length of the antenna for grounding to the support structure. It includes high-quality, rigid, galvanized steel mounting clamps to prevent ratcheting or twisting of the antenna in high winds. The mounting clamps will accept masts from 1.5 in. to 3.25 in. diameter, or angle members up to 2.5 in. per side. Hustler Heavy-Duty HD9 Series Base Vertical Antennas specifications: * Frequency range: 430 to 450 MHz * Gain: 9 dBd (11.15 dBi) * Bandwidth: 20 MHz * V.S.W.R.: 1.5:1 * Polarization: Vertical * Power rating: 400 watts maximum * Termination: Type N Female * Vertical aperture (3 dB from maximum): 7 degrees * Weight: 13.70 lb. * Wind load (lateral thrust at 100 mph): 92 lbs. * Wind area (flat plate equivalent): 1.3 sq. ft. (0.12 sq. m.) * Maximum wind speed: 130 mph * Feed lines: Copper * Radiators: Copper * Fiberglass enclosure color: White * Mounting: Top or side mount * Galvanized steel mounting clamps accept support pipes up to 3.25 in. O.D. * Lightning protection: Direct ground

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