AvL 1410 Premium Militar de 1,4 m de Vehículo Motorizado de Montaje de la Antena de Satélite de Banda Ka

AvL 1410 Premium Military SNG Antena satelital motorizada transportable para montaje en vehículo de 1,4 m, banda Ka de 2 puertos

IKtechcorp es el distribuidor de AVL Antanna Systems, un fabricante y proveedor líder de equipos satelitales comerciales. AVL Technologies ofrece una amplia gama de antenas utilizadas en las industrias VSAT, DTH, COTM, Teleport, Cable y Broadcast. Satélite, DTH, VSAT, Flyaway, despliegue rápido, solo recepción, RF, punto automático motorizado, antenas de vehículos
• Rx/Tx Feed: 2 puertos Ka-Band Military
- Recibir: - Transmitir:

Código: avl_1410_ka_premium_mil

Llamar para preguntar el precio

Descripción

Especificaciones

Documentación

AvL 1410 Premium Military SNG 1.4m Motorized Transportable Vehicle-Mount Satellite Antenna 2-Port Ka-Band

Summary

AvL 1410 Premium Military SNG 1.4m Motorized Transportable Vehicle-Mount Satellite Antenna 2-Port Ka-Band
AvL's 1.4m vehicle-mount/drive away Military SNGantenna systems offer strong performance in a small, lightweight and low-profile package. The 1.4m antenna systems enable Ku, L and X-band communications with integrated GPS and level sensors for automatic vehicle tilt compensation.

AvL’s Military SNG antennas are designed to meet and exceed the highest performance requirements around the world to guarantee both satellite authority compliance and peak in performance, reliability and availability. Typically these antennas are used in signal contribution for high data rate and bandwidth as well as high power broadcast or similar applications.
AvL 1410 Ka-Band Vehicle-Mount Premium Military Antenna Systems feature:
• Model 1410 with 2-port precision Ku-band feed (standard Cross-Pol comp.);
• Optional feeds include 2-port Ka (commercial or miliary) and 2-port X
• High precision azimuth bearing
• Zero backlash AvL Cable Drive with 400° Az & 0-90° El movement
• Non-load-bearing 1.4m AvL carbon fiber single-piece reflector with surface treatment for Ka-band
• Integrated reflector backing structure for minimized stow height
• Stows to 14.5" H (37 cm H)
• Wide boom to allow large HPA envelope
• Optional saddlebag mount for larger HPAs
• High-torque elevation motor
• Through-pedestal cross-axis waveguide kit
• Jog control or fully automatic auto-acquisition controllers
• RF electronic mounting either on feed boom, back of reflector, base, or inside vehicle
• 25ft (8m) RG59 coax and controller interconnect cables
• Optional Transmit Rotary Joint on Feed
• Limited function 3-axis jog controller with auto-stow
• Optional aerodynamic cowlings
While the vast majority of military applications to date have relied on commercial satellite interoperability, especially at Ku-band, AvL is now leading the industry in the delivery of systems that will operate over the next generation of military satellites, including Xtar (X-band) and the new US Army Wideband Global Satellite (WGS) constellation (X- and Ka-band). Most of our military antennas can be offered with upgradability to X- and Ka-bands of operation.

AvL antennas interface easily with all RF systems and are compliant with FCC and Intelsat requirements for 2° spacing as well as optional models for meeting Eutelsat and Asiasat criteria. AvL antennas are also in the certification process for operation over the US Army DSCS and WGS satellites.

Technical Specifications Diagram

Inquire

AvL 1410 Premium Military SNG 1.4m Motorized Transportable Vehicle-Mount Satellite Antenna 2-Port Ka-Band

MECHANICAL SPECIFICATIONS

Az/El Drive Motorized AvL Zero Backlash Cable Drive (Patent Pending)

Polarization Drive System Motorized Worm Gear Drive

Reflector Construction 1.4m Single Piece Carbon Fiber

Axis Travel ▼

Azimuth 400° (±200°)

Elevation

- Mechanical 0° to 90° of Reflector Boresight

- Electrical Standard Limits at 5° to 65° (CE approval) or 0° to 90°

Polarization ±95° for 2-port and 3-port Feeds;   ±50° for 2-port Wideband and 4-port Feeds

Az/El Speed ▼

Slewing/Deploying (typical) 2°/second Az;   1°/second El

Peaking (typical) 0.2°/second

Motors 24 VDC Variable Speed, Constant Torque

RF Interface ▼

BUC/HPA Mounting Feed Boom (50 lbs.; Max. BUC envelope: 22 L x 13.75 W x 8.5 H inches (55.9 L x 34.9 W x 21.6 H cm)), Rear of Reflector or Inside Vehicle

Axis Transition Twist-Flex or Rotary Joints

Waveguide WR75 Cover Flange at Interface Point

Coax RG59 run from feed to base plus 25 ft (8m)

Electrical Interface One 25 ft (8 m) Cable with Connectors for Controller

Manual/Emergency Drive Handcrank on Az, El and Pol axes

Weight (approximate) 115 - 165 lbs. (52 - 75 kg) depending on options selected

Stowed Dimensions 69 L x 48 W x 16.3 H inches (175 L x 122 W x 41 H cm)

ENVIRONMENTAL SPECIFICATIONS

Wind - Survival Deployed:   60 mph (97 kph); Stowed: 100 mph (161 kph)

Wind - Operational 30 mph (48 kph), Gusts to 45 mph (72 kph)

Pointing Loss in Wind (Ku RX): ▼

20 mph (32 kph) 0.2 dB typical

30 mph gusting to 45 mph 0.8 dB typical

(48 kph gusting to 72 kph)

Temperature: ▼

Operational -22° to 125° F (-30° to 52° C)

Survival -40° to 140° F (-40° to 60° C)

RF / ELECTRICAL SPECIFICATIONS Receive Transmit

Feed Type ► 2-Port Ka-Band

Frequency Range (GHz) 20.2 - 21.2 (military) 30.0 - 31.0 (military)

Polarization Configuration Circular or Linear

Gain (mid-band) (dBi) 47.6 Mil 50.8 Mil

Beamwidth (-3 dB) 0.7° Mil 0.5° Mil

G/T, midband, clear horizon 24.4 dB/˚ K with 100° LNB

Antenna Noise Temperature @ 20° El, midband 107° K

Radiation Pattern Compliance FCC 25.209, MIL-STD-188- 164A

Power Handling Capability
250W per port

VSWR 1.30:1 1.30:1

Axial Ratio, CP only, within Pointing Cone (dB) 1.5 1.0

Cross-Polarization Isolation (dB)

On Axis 35 35

Within Pointing Cone 30 30

Feed Port Isolation - Tx to Rx (dB) 80 80 (includes filter)

CONTROLLER SPECIFICATIONS

Controller Type ► Three-axis Jog Control & Display with Auto-Stow

Optional Upgrades

Semi-automatic Operation Drive to calculated position based on operator entered vehicle location, heading, plus satellite (longitude or listed)

Automatic Operation Drive to calculated position based on auto GPS and Flux-Gate Compass data and satellite peaking with LNB signal

Auto-acquisition One-button acquisition of selected satellite including peaking and optimization of cross-pol (certified for auto- commissioning on most satellite services)

Size Two Rack Units for Semi-automatic & Automatic Controllers Single Rack Unit for Auto-acquisition

Input Power 110/240 VAC, 1 ph, 50/60 Hz, 6/3A peak, 1A continuous

CONTROLLER SPECIFICATIONS: OPTIONAL

Optional Controller ► AvL AAQ

Features AvL one button auto-acquisition of selected satellites, including peaking and optimization of cross pol.   Internal movement detector and automatic stow.   Includes a hand-held control and power supply.   Certified for auto-commissioning on most satellite services. separate

Size Embedded ACU with separate1 RU power supply

Input Power 100 - 240 VAC 50/60 Hz   4 A peak, 300 W power supply

Available Options, Upgrades & Services

• Upgrade Feed to 4-Port Ku Wideband, 2- or 4-Port Ka or 2-Port X
• Optional Rotary Joint on Pol Axis with opt. Flex W/G to BUC
• Mounting Pallet (adds 2.0” (5 cm) to stow height)
• Add BUC/HPA Mounting (NOTE: minimum elevation may be restricted by these options)
• Upgrade to Custom RF/IF I/O cabling configurations available
• Custom Colorization (contact factory for available colors)
• Add Custom Logo on Reflector Face (1- or 2-Color; per AvL Logo Policy)
• Spare Parts Kit

Technical Specifications Diagram

Inquire

Compliance Standard

Inquire

AVL 1410 Antenna Datasheet (82.41KB)



Summary
AvL 1410 Premium Military SNG 1.4m Motorized Transportable Vehicle-Mount Satellite Antenna 2-Port Ka-Band AvL's 1.4m vehicle-mount/drive away Military SNGantenna systems offer strong performance in a small, lightweight and low-profile package. The 1.4m antenna systems enable Ku, L and X-band communications with integrated GPS and level sensors for automatic vehicle tilt compensation. AvL’s Military SNG antennas are designed to meet and exceed the highest performance requirements around the world to guarantee both satellite authority compliance and peak in performance, reliability and availability. Typically these antennas are used in signal contribution for high data rate and bandwidth as well as high power broadcast or similar applications. AvL 1410 Ka-Band Vehicle-Mount Premium Military Antenna Systems feature: • Model 1410 with 2-port precision Ku-band feed (standard Cross-Pol comp.); • Optional feeds include 2-port Ka (commercial or miliary) and 2-port X • High precision azimuth bearing • Zero backlash AvL Cable Drive with 400° Az & 0-90° El movement • Non-load-bearing 1.4m AvL carbon fiber single-piece reflector with surface treatment for Ka-band • Integrated reflector backing structure for minimized stow height • Stows to 14.5" H (37 cm H) • Wide boom to allow large HPA envelope • Optional saddlebag mount for larger HPAs • High-torque elevation motor • Through-pedestal cross-axis waveguide kit • Jog control or fully automatic auto-acquisition controllers • RF electronic mounting either on feed boom, back of reflector, base, or inside vehicle • 25ft (8m) RG59 coax and controller interconnect cables • Optional Transmit Rotary Joint on Feed • Limited function 3-axis jog controller with auto-stow • Optional aerodynamic cowlings While the vast majority of military applications to date have relied on commercial satellite interoperability, especially at Ku-band, AvL is now leading the industry in the delivery of systems that will operate over the next generation of military satellites, including Xtar (X-band) and the new US Army Wideband Global Satellite (WGS) constellation (X- and Ka-band). Most of our military antennas can be offered with upgradability to X- and Ka-bands of operation. AvL antennas interface easily with all RF systems and are compliant with FCC and Intelsat requirements for 2° spacing as well as optional models for meeting Eutelsat and Asiasat criteria. AvL antennas are also in the certification process for operation over the US Army DSCS and WGS satellites.

Technical Specifications Diagram
Inquire