Skyware 2.4m Rx/Tx Dual Optics Antenna
Ku-Band
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Type 244: 2.4 m Ku-band Dual Optics Antenna System
The Skyware Global Type 244 2.4 m Dual Optics Rx/Tx Antenna is a rugged commercial grade product suitable for the most demanding applications. The dual optics design provides the superior cross-pol discrimination demanded for optimum performance networks. The reflector is thermoset-molded for strength and surface accuracy. Molded into the rear of the reflector is a network of support ribs which strengthens and helps to maintain the parabolic shape necessary for transmit performance. The heavy-gauge steel Az/El provides a rigid support to the reflector and feed support arm. Heavy-duty lock-down bolts secure the mount to any 168 mm (6.63”) O.D. mast and prevents slippage in high wind.
• Dual Optics design for ultra low cross-polarization.
• Hot-dip galvanizing is standard on this model for maximum environmental protection.
• Tx Cross-Polarization Isolation of 35dB within 1dB contour
- Operating Frequency
- TX: 13.75-14.5 Ghz; RX: 10.7Ghz-12.75 Ghz
- Type
- Receive/Transmit
- Effective Aperture
- 2.4m
- 3 dB Beamwidth
- TX: 0.6° @ 14.3 GHz; RX: 0.7° @ 12.0 GHz
- Antenna Noise Temperature
- 10°EL @ 45K; 20° @ 31K; 30° @ 30K
- V S W R
- TX: 1.3:1; RX: 1.4:1
- Isolation Port to Port
- TX: 80dB; RX: 40dB
- Cross Polarization
- (within 1dB contour) TX: 35 dB; RX: 35 dB
- Feed Interface
- RX: WR75; TX: WR75
- Reflector Material
- Two-Piece Glass Fiber Reinforced Polyester
- Antenna Optics
- Offset Gregorian (Dual Optics)
- Mount Type
- Elevation over Azimuth
- Elevation Adjustment Range
- 10˚ - 90˚ Continuous Fine Adjustment
- Azimuth Adjustment Range
- 360˚ Continuous ± 12˚ Fine Adjustment
- Mast Pipe Interface
- 168 mm (6.63 in) Diameter
- Wind Loading
- Operational: 80 km/h (50 mph)
- Wind Loading
- Survival: 125 mph (201 km/h)
- Working Temperature
- -50˚C to 80˚C
- Atmosphere
- Standard Hardware Meets 500 Hour
- Atmosphere
- SST Requirements (ASTM B-117)
- Solar Radiation
- 360 BTU/h/ft2
- Shock and Vibration
- As Encountered During Shipping and Handling