RSI 16.4m THC C-band Earth Station Antenna 4-port RxTx with motorized Kingpost Pedestal Mount

The RSI 16,4m Satellite Antenna is a Limited Motion Earth Station Antenna that is designed to meet the requirements of INTELSAT IESS Earth Stations and similar applications. This antenna is available in a limited Azimuth coverage design.

This Earth Station Antenna, configured as THC Cassegrain C-band, Rx/Tx,  includes a Motorized Kingpost Pedestal with AZ/EL jackscrews, a Hub enclosure and consists of 84-piece precision-formed aluminum panels with heat-diffusing white paint.

The reflector assembly incorporates precision aluminum AccuShape panels that are field interchangeable with each tier. The reflector support structures are all steel, utilizing interchangeable radial trusses that terminate in a monocoque hub assembly. The structural interface between the panels and radial trusses creates an assembly that is easily field adjusted and achieves a highly accurate reflector surface. This design results in an inherently high stiffness-to-weight ratio, ease of fabrication and simplicity of field installation.

This RSI 16.4m Satellite Antenna will be completely reconditioned and refinished to look and perform like new. We complete the antenna with new motors and gearboxes, new limits, reflector hardware kits are checked out and a documentation package and foundation plans are provided. System is guaranteed to meet OEM specs when properly installed by our professional installation team.

Features

• Antenna meets requirements of INTELSAT IESS Earth Stations
• Elevation-over-Azimuth design provides 0 – 90degr.
• AccuShape panels provide superior contour accuracy
• Dual Polarization Feed Systems
• Switchable linear to Circular feed
• Low Noise Amplifiers
• Interfacility Links
• Turnkey Installation recommended
• Optional Civil Works

This antenna was dismantled in 2014 in Washington DC, USA as part of a Teleport decommissioning project. The antenna was de-installed by a 5-member professional installation team. Please check our projects accomplished page, click here.