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- PALS
- PMAR-35
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Overview
Maritime VSAT antenna with 130 cm dish size with a 3-axis motion system for stability and a 4-axis tracking system.
The 0.35m diameter dish system is so far the smallest antenna in the PALS PMAR Series portfolio. lt's high-end technical features allow reliable functionality even in regions with fading signals or under harsh weather conditions.
The 3-axis motion system makes the antenna free to move and point to whichever direction the satellite is.
The PMAR-35 has been designed to address the communication needs of superyachts, oil and gas platforms, navy boats and frigates, cruise ships and all other vessels demanding a strong and reliable yet easy-to-install satellite system for communication at sea.
The PMAR-35 reaches excellent tracking performance under the hardest maritime motion profile.
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GENERAL SPECIFICATIONS
- Antenna aperture
- 0.35m
- Reflector material
- Carbon fiber
- Antenna form
- Circle symmetrical reflector and cap feed
- Motion range of AZ
- 360°continuous
- Motion range of EL
- -8° - 100°
- Motion range of roller
- ± 20°
- Motion range of POL
- ± 110°
- AZ revolution
- 100°/s
- EL revolution
- 100°/s
- AZ acceleration
- 200°/s²
- EL acceleration
- 200°/s²
- Pointing accuracy
- ≤0.2°C (R.M.S)
- lnitial acquisition time
- ≤2min
- Blockage recovery time
- ≤5s (blockage 20min)
- Weight of product
- Modem inside: ≤6.5Kg (including antenna system, 16W KU Transceiver and IQ200 modem); Modem outside: ≤7.5Kg (including antenna system, 16W KU Transceiver)
- Power supply of system
- DC18-60V
- Power consumption
- 80W
- Positioning mode
- GPS+BD
- Steady type
- 3-axial stability, 4-axis tracking
Key Features
• Available in Ku and Ka-Band
• lndependence of GPS information
• Fast initial pointing time to satellite
• High tracking accuracy
• Perfect tracking stability
• Fast blockage recovery time
• Fast satellite switchover
• Convenient use
• Convenient maintenance
• Use 3-axil stability, 4-axial tracking system
RF CHARACTERISTIC
- Frequency (GHz) Ku-band 2 port Tx
- 13.75 - 14.5 GHz
- Frequency (GHz) Ku-band 2 port Rx
- 10.70 - 12.75 GHz
- Ka band 2 port circularization feed Tx
- 27.4 - 31.0 GHz
- Ka band 2 port circularization feed Rx
- 17.7 - 21.2 GHz
- POL Ku-band 2 port
- Horizontal /vertical linear polarization
- POL Ka band 2 port circularization feed
- LHCP/RHCP
- Gain (dBi) Ku-band 2 port Tx
- 32.3+20Ig(f/14.0)
- Gain (dBi) Ku-band 2 port Rx
- 31.1 +20Ig(f/12.25)
- Gain (dBi) Ka band 2 port circularization feed Tx
- 38. 7+20Ig(f/29.4)
- Gain (dBi) Ka band 2 port circularization feed Rx
- 35.2+20Ig(f/19.6)
- First side lobe (dB) Ku-band 2 port
- ≤ -14
- First side lobe (dB) Ka band 2 port circularization feed
- ≤ -14
- G/T(dB/k) Ku-band 2 port
- 9.3
- G/T(dB/k) Ka band 2 port circularization feed
- 11.37
Key Features
• Available in Ku and Ka-Band
• lndependence of GPS information
• Fast initial pointing time to satellite
• High tracking accuracy
• Perfect tracking stability
• Fast blockage recovery time
• Fast satellite switchover
• Convenient use
• Convenient maintenance
• Use 3-axil stability, 4-axial tracking system
Compatibility
ENVIRONMENTAL SPECIFICATIONS
Key Features
• Available in Ku and Ka-Band
• lndependence of GPS information
• Fast initial pointing time to satellite
• High tracking accuracy
• Perfect tracking stability
• Fast blockage recovery time
• Fast satellite switchover
• Convenient use
• Convenient maintenance
• Use 3-axil stability, 4-axial tracking system
