2.4m Self-Tracking Transportable Antenna Used in Ku Band

• Customization: Available
• Application: Commercial
• Customized: Customized
• Model NO.: NS-FA-240
• Wave Range: C Ku Band
• Type: Outdoor
• Antenna Diameter: 2.4m
• Antenna Type: Gregorian
• Operational Band: C Band or Ku Band
• Polarisation: Linear or Circular
• Reflector Material: Carbon Fiber
• Drive Mode: Automatic
• Transport Package: Wooden Box
• Specification: 1.8m
• Trademark: Newstar
• Origin: China
• Production Capacity: 100 Sets Per Month

Product Description

2.4m self-tracking transportable antenna used in ku band

Characteristics:

1.Meets or exceeds CCIR 580 and INTELSAT requirements

2.Offset antenna;

3.Light weight,small volume,high accurancy,high strength;
4.High gain, Low sidelobe, high G/T rate;

5.Hot-dipped zinc processed Antenna mount, with strong corrosion resistant ability;

Accessories:

Foundation drawing, foundation template, anchor bolts.

Optional:

Non-penetrating mount.
ELECTRICAL SPECIFICATIONS

Model		NS-FA-240		NS-FA-240
		C-band		Ku-band
		RX	TX	RX	TX
Frequency, GHz		3.625~4.2	5.85~6.425	10.95~12.75	13.75~14.5
Gain,Mid-band, dBi		34.7	39.1	47.2	48.7
Pol		Linear / circular		Linear
VSWR		1.5	1.5	1.3	1.3
Cross polarization Isolation, dB		35		35
Isolation,Rx to Tx,dB		85		85
Power Conten, KW		/	5	/	100w
Interface type				WR75(RF interface);N-50K(Intermediate interface)
First sidelobe		≤-14
Control type		Standard 19in 1U case

MECHANICAL SPECIFICATIONS
 

Size		2.4m
Type		Gregorian
Kingpost		Az / El
Auto acquisition time		≤ 3 min
Driver model		Automatic
Panel material		Carbon fiber
Panel qty		9pcs
Travel range	Az  El  Pol	±200° 10°~85° ±90°
Azimuth travel rate		0.1°~3°/s
Elevation travel rate		0.1°~1°/s
Polarisation travel rate		0.1°~3°/s
Accurancy for pointing to satellite		0.3dB(r.m.s)

ENVIRONMENTAL SPECIFICATIONS

Wind speed of work	11m/s operational wind speed with balance weight 18m/s survival wind speed with balance weight
Operational temperature	-40ºC~+60ºC
Storage temperature	-50ºC~+70ºC
Relative Humidity	95%
Solar Radiation	1135Kcal/h/m²