2.4GHz Wireless WiFi Parabolic Grid 24dBi Die Cast Antenna (AC-D24G24)

Grid parabolic antenna is designed for the spread spectrum system,operates in the 2.4-2.5 GHz band and provides 24dBi directional Parabolic Grid antennas operation. This antenna features high gain, long coverage, lightweight, compact structure and excellent wind-resistance.It is used for outdoor and the range is up to 5-20 km 2.4 GHz antenna, which focuses the signal and reflects the power off of the dish, creating very high power in a highly directional beamwidth. You can think of the radio signal beam of a high gain parabolic dish/ grid antenna as shining a high power flashlight directly at your target. The higher the parabolic grid’s gain, the narrower the beam. The 24dB Grid antenna, is a simple, tested and excellent light weight design, now made out of aluminum and powder coated for years of use. 2-piece dish assembles in minutes, includes all hardware and pieces for assembly.

Specification of 2.4GHz Wireless WiFi Parabolic Grid 24dBi Die Cast Antenna

Electrical

Frequency Range

2400-2483MHz

Band width

83MHz

F/B Ratio

≥25dB

Gain

24dBi

V.S.W.R

≤1.5

Radiation

Direction

Horizontal Beam width

10°

Vertical Beam width

14°

Polarization

Vertical or Horizontal

Lightning Protection

DC Grounded

Maximum Input Power

100W

Impedance

50Ώ

Connector

N Female

Cable Type

LMR240

Cable Length

30cm

Antenna Radome Material

Aluminium alloy

Mounting way

Pole Mount

Diameter of Installation Pole

Ø50~Ø70mm

Mechanical

Antenna Dimension

600x900mm

Weight

2.3KG

Operating Temperature

-40℃ to+70℃

Rated Wind Velocity

60m/s

RoHS Compliant

YES

Features of 2.4GHz Wireless WiFi Parabolic Grid 24dBi Die Cast Antenna

2.4 GHz wireless LAN systems, 2.4 GHz UNI/ISM applications, IEEE 802.11b/g/n Wireless LAN applications.

With its high gain of true 24dBi and the strong signal concentration allows to build up point-to-point links on very high distances.

Grid parabolic dish antenna covering 2400-2500 MHz frequency range with excellent front-to- Back ratio and suited for directional point to point systems.