HPD2-5.2NS RADIOWAVES 0.6 m 2 ft High Performance Parabolic Reflector Antenna Dual-polarized 5.25-5.85 GHz

Carrier-Class Parabolic Antennas

HPDx-5.2NS High Performance 5.25 – 5.85 GHz Series
Radiowaves Inc

The HP High Performance Series by RadioWaves offers a full line of high performance parabolic antennas engineered to provide ETSI class 2/3 radiation pattern performance as well as excellent gain.  RadioWaves field-proven pre-assembled antennas and robust pole-mounts ensure “set and forget” installation with minimal post-installation maintenance.  The included radome ensures robust and reliable performance under the most challenging conditions.  If it’s rugged it must be RadioWaves

FEATURES AND BENEFITS
High Performance ETSI Class 2/3 Parabolic Antennas – Excellent performance for a wide range of applications
Fully Preassembled at the Factory – Simplifies installation on site and guarantees “factory-tested” quality
Warranty – Industry leading 7-year warranty
ETSI Class depends on frequency band

General Specifications

• Antenna Type: High Performance Parabolic Reflector Antenna
• Size nominal: 2 ft 0.6 m
• Polarization: Dual
• Standard RF Connector Type: N-Female
• Standard RF Connector Suffix: NS (append suffix to model number)

Electrical Specifications

• Operating Frequency Band: 5.25 - 5.85 GHz
• Half Power Beamwidth Horizontal/Vertical: 6.1 degrees
• Cross-Polarization Discrimination: 28 dB
• Front to Back Ratio (F/B): 44 dB
• Gain Low Frequency: 28.3 dBi
• Gain Mid Frequency: 28.8 dBi
• Gain High Frequency: 29.3 dBi
• VSWR: 1.5:1
• Return Loss: -14 dB

Mechanical Specifications

• Fine Azimuth Adjustment: /- 10 degrees
• Fine Elevation Adjustment: /- 30 degrees
• Mounting Pipe Diameter Min: 2 inch 5.08 cm
• Mounting Pipe Diameter Max: 4.5 inch 11.4 cm
• Net Weight: 27 lbs 12.3 kg
• Wind Velocity Operational: 90 mph 145 km/h
• Operating Temperature Range: -40 to 60 C

Shipping Information

• Package Type: Cardboard
• Gross Weight: 48 lbs 28.7 kg
• Dimensions (L x W x H): 31 x 31 x 25in 79 x 79 x 64 cm

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