1.8m Portable Manual Carbon Fiber Antenna

China 1.8m Portable Manual Carbon Fiber Antenna, Find details about China 1.8m Ka Band Antenna, High Gain Low Sidelobe High G/T Rate; from 1.8m Portable Manual Carbon Fiber Antenna

Trademark
newstar
Specification
1.8m antenna
Origin
Xi′an, Shaanxi
HS Code
8517707090
Trademark
newstar
Specification
1.8m antenna
Origin
Xi′an, Shaanxi
HS Code
8517707090
RF specifications
Model NS-FM-180

Operating Frequency GHz
 Ku bandC band
Rx10.95~12.753.625~4.2
Tx13.75~14.55.85~6.425
Antenna gain dBiRx45.6dBi35.8dBi
Tx46.7dBi39.5dBi
Polarization LinearLinear
XPD, dB(on axis )
-1dB
≥35≥35
3030
Port isolationTx-Rx≥85dB
VSWR1.25:1
Tx Power capacity, KW1kw/port5kw/port
-3dB Beamwidth, Mid-Band0.92°0.78°2.87°1.93°
Feed Interface WR-75WR-75CPR-229GCPR-159G/137G
Feed Insertion Loss,dB0.350.350.150.17
First Sidelobe,dB
90% Peaks under Following Envelop ,dBi
-14
29-25logθ(1°≤θ<20°)
-14
29-25logθ(1°≤θ<20°)

Mechanical specifications
 
Antenna diameter 1.8m
Antenna type offset
Material Carbon fiber/aluminum
Antenna weightNet weight: 63Kg; gross weight: 136Kg
Antenna packagePackage dimension (mm)Gross weight
Reflector: 1000×530×105060
Back strut: 1500×660×60088.5
Antenna travel range
AZ
EL
Pol

0°~360°
0°~90°
±90°
Antenna drive modeManual
Panel quantity 4 pieces
Environment specifications        
Working temperature -40ºC~60ºC
Relative Humidity 100%
Solar radiation 1135Kcal/h/m²
Characteristics:
  • Conform with Intelsat, Eutelsat Requirements;
  • Carbon fiber reflector, high strength, light weight;
  • Good cross polarization, low sidelobe, high efficiency;
  • Convenient and quick dismounting & adjustment;
  • Without tools, assembly & pointing star within 15 minutes;
  • Adopt the "Three-proof " measures, modern production process, meet various field work environment;
  • 4 Pieces panel, narrow&light in collection.

Standard configuration
Feed and duplexer, antenna panel, antenna turntable and support, azimuth and elevation adjusting device, compass and special packing;


Optional
BUC, LNB, Modem, soft waveguide.