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22.5 dBi 5.15-5.875 GHz Dual Polarization Flat Panel Antenna - MT-485025/NVH
The 5 GHz Dual Band / Dual Polarization directional subscriber antennas from MTI Wireless Edge offer high gain for reliable long-range wireless data communication at an economical price.
This antenna will allow you to operate in both Horizontal AND Vertical Polarization at the same time. It features two N-Female Connectors to connect dual radios. Save time and money by installing one antenna to use with two radios.
Key Features
High-Quality Low-Cost
Lightweight antenna with easy installation
Low profile
Environmental friendly
Various polarities
Various configurations such as standalone, integrated or internal component
Narrow and broad band
Meets ETSI electrical and environmental requirements
Very aesthetic look
Benefits
Provides High performance Low Cost subscriber
Reduces the cost of installation
Maintains real estate aesthetic look and value
Generates low wind load
Specifications
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Model
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MT-485025/NVH
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Frequency Range
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5.15 - 5.875 MHz
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Gain
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22.5 dbi @ 5.15-5.25 GHz Port H /
23 dbi @ 5.25-5.875 GHz (min) Port H
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VSWR
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< 1.5:1
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Beamwidth (Azimuth / Elevation)
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9° / 9°
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Polarization
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Dual Linear (Vertical AND Horizontal)
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Impedance
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50 ohms
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Input Power (Max)
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10 Watt
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Mounting Hardware (Not included)
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Use MT-120018
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Size
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371 x 371 x 40 mm
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Antenna Weight
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2.5 kg.
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Connectors
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Two - N-Female (1 V-Pol, 1 H-Pol)
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Radome
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Plastic
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Base Plate
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Aluminum with chemical conversion coating
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Environmental
Temperature Range: -45 to +70 degree per IEC 68
Vibration: : Random 4M3 per IEC 60721
Mechanical Shock: 4M3 per IEC 60721
Humidity: 95% per ETSI EN300
Water Tightness: Per IEC 529 IP67
Salt Spray: 500 hours per IEC 68
Solar Radiation: 1000 hours per ASTM G53
Ice and Snow: 25mm Radial
Wind Speed: 160 Kmph Operation/220 Kmph Survival
Flammability: UL-94HB (excluding MT-485028/N)
Notes
All specifications are subject to change without notice
Preliminary specs are for antennas under development
Upon request MTI may provide the complete spec controlled document for specific antenna
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