Antenna : 2.4 GHz 17.5 dBi High Performance Parabolic Dish Wireless LAN Antenna HyperGain® HG2418D

Superior Performance
The HyperGain® 2.4GHz High-Performance Parabolic Dish WiFi Antenna is ideal for directional applications. It features 17.5 dBi gain with a 21° beam-width. These antennas can be oriented for either vertical or horizontal polarization. These antennas are ideally suited for 2.4GHz ISM band applications such as IEEE 802.11b and 802.11g wireless LAN systems.

Rugged and Weatherproof
The reflector dish of these antennas are constructed from high quality aluminum which gives them superior strength. The dish is coated in a light gray UV-inhibited polymer for durability and aesthetics. The small diameter of the dish helps minimize wind loading.

These antennas are supplied with a tilt and swivel mast mount kit. This allows installation at various degrees of incline for easy alignment. The HG2418D can be adjusted up or down from 0° to 60°.

Applications

• 2.4 GHz ISM Band
• IEEE 802.11b and 802.11g Wireless LAN
• WiFi Systems
• Long-range Directional Applications
• Point to Point Systems
• Point to Multi-point Systems
• Wireless Bridges
• Backhaul Applications

Features

• Superior performance
• 17.5 dBi
• Aluminum reflector dish
• UV Stable light gray polymer finish
• All weather operation
• Vertical or horizontal polarized mounting
• Includes tilt and swivel mast mount kit

Electrical Specifications

• Frequency : 2400-2500 MHz
• Gain : 17.5 dBi
• Polarization : Horizontal or Vertical
• Impedance : 50 Ohm
• Max. Input Power : 100 Watts
• VSWR : < 1.5:1 avg.

Mechanical Specifications

• Weight : 3.9 lbs. (1.8 kg)
• Horizontal Beam Width : 21°
• Vertical Beam Width : 21°
• Front to Back Ratio : > 30 dB
• Diameter : 17.2 in. (436.8 mm)
• Mounting : 1.2" (32 mm) to 2" (51 mm) dia. masts
• Operating Temperature -40° C to to 85° C (-40° F to 185° F)
• Wind Loading Data
  • Wind Speed (MPH) : 100 / Loading : 113 lb. / With Radome : 75 lb.
  • Wind Speed (MPH) : 125 / Loading : 177 lb. / With Radome : 116 lb.

Antenna Gain Patterns