2.4/3.0 Meter Rx Only Antenna Systems For Satellite Reception

2.4/3.0 Meter Rx Only Antenna Systems

The 2.4/3.0 Meter Rx Only Antenna Systems are designed for satellite reception applications, offering high precision and reliability for downlink communications. Ideal for broadcast, telecommunications, and data reception, these systems provide superior performance in capturing satellite signals for various content and data delivery needs.

Key Features

• High-Accuracy Reflector Panels: Utilizes aluminum draw die-formed reflector panels for exceptional signal reception and durability.
• Galvanized Steel Construction: Offers enhanced longevity with galvanized steel parts, with hot-dipped galvanizing available for extreme environmental conditions.
• C/Ku Dual Band Feed Systems: Supports dual-band operations, increasing the versatility and application range of the antenna.
• Ease of Installation: Designed for straightforward assembly and installation without the need for a crane, facilitating ground or rooftop setups.
• Wide Coverage: Pedestals designed for full orbital arc coverage, ensuring comprehensive satellite signal reception.
• Wind Survival: Engineered to withstand up to 125 mph (200 km/h) winds, with a high wind option available for up to 180 mph (288 km/h).
• King Post Pedestal Mount: Ensures superior steering and stability for reliable performance under various conditions.

Applications

• Professional Broadcasting: Ideal for television and radio broadcasters requiring dependable satellite signal reception.
• Telecommunications: Enhances communication networks by providing a reliable downlink for data and voice transmissions.
• Data Reception: Suitable for organizations that rely on satellite data feeds for operations and decision-making processes.
• Emergency Response: Supports emergency and disaster recovery efforts with reliable communication links.
• Research and Education: Facilitates academic and scientific research that depends on satellite data.

Dongguan Famous Precision Technology Co.,Ltd is a dedicated developer and manufacturer of Microwave Communication Antennas in common frequency band from 2 to 60 GHz. Microwave communication antenna are available as 0.16m, 0.2m, 0.3m, 0.45m, 0.6m, 0.9m,1.2m,1.8m, 2.4m, 3.0m, and 3.7m diameters.

We always put technology innovation as the leading head, keep the same pace with the highest level of the world. Our all antennas can meet EU ETSI Class 3, recently we worked out to improve the gain from 30dB to 40dB for big diameter XPD dish antennas, that means a wide frequency range and ultra high performance XPD ETSI Class 4 dish antennas, which will be introduced to market by us soon.

0.16m-1.2m diameter parabolic antennas: Molded in compression casting with four columnar oil hydraulic press, is fine in consistency of products and with high precision reflector. We also provide reflecting surface with rms value <0.1mm for specific use.

1.8m-3.7m diameter parabolic antennas: Use the reflecting surface with the central integral spinning and edge splitting structure design. Fully meet the EU ETSI-class3 and obtained the national patent, Facilitate package and transportation.

New Arrival: Corrugated horn antenna, with cost-effective and high performance, enable customers accessing the Internet with domain antenna have more choice.

Equipped with more advanced facilities and equipment, our company has high production capacity with an annual of 300K sets small diameter antennas and 5K sets large one. Besides, we also work in collaboration with industry peers on key antenna parts.

1 CNC Spinning Machine (to produce 3.7m big microwave communication antennas）

8 four columnar oil hydraulic press

52 CNC Process Center

30 CNC Lathes

We have built the first-class antenna test outfield system, own ISO9001, ISO14001 and other international certifications, boast perfect quality assurance system, professional antenna R&D team and production management team, all these ensure every Microwave Communication antenna manufactured by us at high quality, are trustworthy to each customer.