PDA-150

PALS

PDA-150MILITARY VERSION AVAILABLE

The PDA-150 is a lightweight, carbon-fiber antenna used for all kinds of satellite communication purposes. It is aerodynamically designed and improved with a pod that provides an aesthetic view and security during transportation. On-site, the antenna system will enable you to go on air within 3 minutes. You will not be disturbed by any noise or heat, since the HPAS could be located within the pod very conveniently. User-friendly GUI design allows an operator with minimal satellite experience to operate the antenna for any application.

With offset reflector, GPS, compass and modem signal supported autopointing makes that drive-away possible to auto acquire satellite within 2 minutes.

BATTLE APPROVED

DRIVE-AWAY ANTENNAS KEY FEATURES

X, Ku, Ka and DBS Band options are available
High EIRP, high-performance 1.5m Gregorian offset antenna with dual optics and very low sidelobes
Carbon-Fiber composite reflector supported with lightweight mount
High gain and very good cross polar rejection (> 35 db)
Beacon Tracking OPTIONAL
De-Ice SystemOPTIONAL
Antenna pod is designed to accommodate 2 x 400W HPA outdoor HPAs / SSPAs
Easy vehicle integration
Manual drive tool kit for emergency
Hand-held control unitOPTIONAL
4G / SG / LTE supported modem for load balancing and bonding solutionsOPTIONAL

COMPATIBILITY

MIL-STD-810G Compliant
MIL-STD-461F Compliant
MIL-STD-1472 Compliant
MIL-STD-188-164A Compliant
ITU-RS-580 Compliant
ITU-RS-465-6 Compliant
EUTELSAT characterized

TECHNICAL SPECIFICATIONS

Reflector Diameter	1.5m
Reflector Type	Gregorian Offset
Operation On-Air Time	~3 Minutes
Antenna Concept	Gregorian dual offset antenna with 1.5m elliptical main reflector, folding feed-arm, fixed sub-reflector
Drive Rates	AZIMUTH Slow: 0.4°/sec, Medium: 2.5°/sec, Fast: 4.5°/sec — ELEVATION Slow: 0.1°/sec, Medium: 1.5°/sec, Fast: 3.0°/sec POLARIZATION Slow: 0.4°/sec, Medium: 1.9°/sec, Fast: 3.42°/sec
Antenna Travels	AZ: ±220°, EL: up to 90°, POL: ±115°
Manual Override Mechanism	Manual override for elevation and azimuth drive system