4040849673344

This satellite dish is designed for receiving satellite signals via a satellite system. With this offset satellite antenna, television signals from satellites can be received and forwarded to a satellite receiver or a television with a satellite tuner. The dish has an aluminum reflector, which ensures good signal reflection and protection against corrosion. This makes the satellite dish suitable for long-term outdoor use. The construction features an extra sturdy feed arm with a wide profile of 50 × 20 mm. This reinforced arm ensures stable mounting of the LNB and offers resistance to wind loads. The mounting bracket has double clamp fixings for secure attachment to the mast. This keeps the dish stably positioned, even in strong winds. The reflector holder is made of galvanized steel and ensures a strong and durable attachment of the dish structure. Thanks to the self-locking nuts, the reflector remains firmly mounted. With a signal gain of 37 – 38.8 dB within the frequency range of 10.7 – 12.75 GHz, this satellite dish is suitable for modern satellite signals. Specifications • Type offset satellite dish • Reflector material aluminum • Color light gray • Dish diameter 80 cm • Signal gain 37 – 38.8 dB (10.7 – 12.75 GHz) • Rotation/tilt range 90° • Mast diameter 30 – 60 mm • Feed arm reinforced profile 50 × 20 mm • Reflector holder galvanized steel • Dimensions 800 × 730 mm • Packaging retail box Explanation of terms used Satellite dish A satellite dish is an antenna that picks up satellite signals and sends them to an LNB for further processing. Offset antenna An offset antenna is a type of satellite dish where the LNB is not in the center of the reflector, making reception more efficient and resulting in less signal loss. LNB An LNB (Low Noise Block) is the receiving component of a satellite dish that picks up satellite signals and converts them to a lower frequency for transmission via a coaxial cable. Signal gain Signal gain indicates how much the satellite signal is amplified by the reflector and is expressed in decibels (dB). Ask a question about the product