Specifications

3.5 ghz sector panel antenna
Factory price
All weather operation
Included with Up/Down tilt mounting braket

Ameison 3.5 GHz 18 dBi 65° Vertical Polarized Sector Panel Antenna

 Model No.: AMXP-3338V-D18L65 

The Ameison AMXP-3338V-D18L65 Vertically Polarized Sector Panel Antenna combines high gain with a wide 65° beam-width. It is Vertically Polarized permitting the operator to use polarity to improve throughputof the installed system. It is a professional quality "cell site" antenna designed primarily for service providersin the 3.3GHz to 3.8GHz frequency coverage. This antenna will work well in any of the frequencies within this range, allowing the antenna to be used for a number of licensed and unlicensed band applications. Typical applications include IEEE 802.16e, WiMAX and Mobile WiMAX applications.

This 3.5 GHz sector antenna features a heavy-duty plastic radome for all-weather operation. The heavy-duty mounting system allows installation adjusts from 0 to 20 degrees down tilt.

This is an ideal choice for Wireless Internet Provider "cell" sites since the cell size can be easily determined by adjusting the down-tilt angle. Horizontal Beam width coverage is a full 65°.  

 

Features:

• Vertically  Polarized Sector Panel Antenna
• Includes Mast Mounting Hardware
• 20° Down-Tilt Mounting Bracket
• Integral N-Female Connector
• All weather operation

AMXP-3338V-D18L65   Electrical Specifications
Frequency range(MHz)	3300~3800
Polarization	Vertical
Gain(dBi)	17.5
half-power beam width(°)	H:65   V:7
Front-to-back ratio(dB)	≥25
Input Impedance(Ω)	50
VSWR	≤1.5
Sidelobe suppression for first sidelobe above horizon	15 dB
Maximum input power(W)	200
Lightning protection	DC Ground
Mechanical Specifications
Input connector type	N Female
Dimensions-mm (Height/Width/Depth)	760*114*54
Packing size(mm)	800*155*145
Antenna weight (kg)	3.6
Radome material	UPVC
Radome color	Gray
Mechanical tilt(°)	0~10
Operating temperature:(°c)	-40~60
Rated Wind Velocity(m/s)	60
Mounting hardware(mm)	Φ35~Φ75

Product Picture