CORAB AS-80-PRO offset δορυφορικό πιάτο 80 cm γαλβανισμένος χάλυβας ανοιχτό γκρι

The CORAB AS-80-PRO stands apart from typical offset dishes through its robust galvanized steel reflector and precision-engineered geometry, delivering reliable Ku-band reception even in demanding outdoor environments. With an 80 cm diameter and a 0.6 F/D ratio, it is optimized for high-gain performance across the entire satellite frequency range, making it a versatile choice for both urban and rural installations.

Highlights

• 80 cm offset satellite dish for strong Ku-band reception
• Durable galvanized steel reflector with polyester powder coating
• High gain: 38.0–39.5 dB across 10.70–12.75 GHz
• Wide elevation adjustment range from 0° to 90°
• Compatible with 40 mm LNB clamps and 32–76 mm mast diameters
• Survives wind speeds up to 150 km/h

In daily use

Installation is straightforward thanks to the included mounting brackets and the dish's adjustable elevation mechanism. The light grey polyester powder coating protects against corrosion and blends discreetly with most rooftops or facades. The offset design reduces signal blockage from the feed horn, improving efficiency and minimizing rain fade. Whether you are setting up a single-satellite system or integrating it into a multi-feed array, the AS-80-PRO maintains stable alignment and consistent signal quality.

Full specifications

• Antenna type: Offset satellite dish
• Dish diameter: 80 cm
• Reflector material: Galvanized steel
• Coating: Polyester powder coating
• Frequency range: 10.70–12.75 GHz
• Gain: 38.0 dB @ 10.75 GHz, 38.8 dB @ 11.75 GHz, 39.5 dB @ 12.75 GHz
• F/D ratio: 0.6
• Offset angle: 26°
• LNB clamp diameter: 40 mm
• Mast clamp diameter range: 32–76 mm
• Elevation adjustment range: 0°–90°
• Wind load (operating): 90 km/h
• Wind load (survival): 150 km/h
• Reflector thickness: 0.6 mm
• Colour: Light grey (RAL 7035)

Final note

The CORAB AS-80-PRO combines rugged construction with precise RF performance, offering a dependable foundation for satellite TV reception in varied climates.