PFMA-240

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  • PALS
  • PFMA-240
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Overview

The Pals PFMA-240 with PAC-700 Antenna Controller is an advanced antenna system designed for applications with challenging specifications for tracking, complex geometries and dynamic environments. The PAC-700 Antenna Control System provides accurate, user-friendly control over the basic motorization kits. 
A state-of-the-art automatic positioning system and the PAC-700 Antenna Controller combine advanced control functions and an enhanced menu-driven user interface to provide accurate antenna positioning with minimum operator effort. 
With almost any antenna, our control systems can be used and support a wide variety of applications. The systems have a modern, easy-to-use Ethernet interface and can be upgraded.


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GENERAL SPECIFICATIONS

  • Reflector Diameter
  • 2.4m
  • Reflector Material
  • Glass Fiber Reinforced Polyester SMC
  • Antenna Optics
  • Offset Prime Focus
  • Azimuth Motion Range
  • ±110°
  • Elevation Motion Range
  • 5-90°
  • Azimuth Speed
  • 0.025-1°/S
  • Elevation Speed
  • 0.025-0.4° /S
  • Azimuth Power Supply
  • AC110-230V 50 /60Hz
  • Azimuth Power Motor
  • DC Motor

Key Features

• lntegrated DVB-S/S2 Receiver
• Integrated Beacon Receiver (Optional)*
• Integrated AGC Receiver for Modem Integration, Emergency Stop Button
• Fully Automated Satellite Signal Acquisition under 3 mın.
• User Configurable Target Pointing
• Satellite Memory Tracking
• Fully Responsive Web Interface (SNMP Support)
• Event and Alarm Logging
• 3-Level User Access
• Configurable Visual and Audio Alarms
• Built-in Self-Test
• Tracking accuracy better than 5% of the beamwidth
• Fibre, Ethernet and serial interfaces
• Variable speed motor control for driving the AZ and EL 
• Alarm and fault logging
• Emergency stop features
• Pointing accuracy ; 0.05° RMS
• An intuitive user interface with LCD and keypad

RF CHARACTERISTIC

  • VSWR Ku-Band
  • 1.3:1
  • VSWR Ka-Band
  • 1.3.1:1
  • VSWR X-Band
  • 1.119:1
  • C Band Frequency (GHz) Tx
  • 5.845 - 6.425GHz
  • C Band Frequency (GHz) Rx
  • 3.625 - 4.20GHz
  • X Band Frequency (GHz) Rx
  • 7.25 - 7.75GHz
  • X Band Frequency (GHz) Tx
  • 7.90 - 8.40GHz
  • Ku Band Frequency (GHz) Tx
  • 13.75 - 14.5GHz
  • Ku Band Frequency (GHz) Rx
  • 10.70 - 12.75GH
  • Ka Band Frequency (GHz) Rx
  • 19.40 - 21.20GHz
  • Ka Band Frequency (GHz) Tx
  • 29.20 - 31.00GHz
  • C Band Antenna Gain (±0.2 dBi) Tx
  • 42.00 dBi
  • C Band Antenna Gain (±0.2 dBi) Rx
  • 38.00 dBi
  • X Band Antenna Gain (±0.2 dBi) Rx
  • 43.7 dBi
  • X Band Antenna Gain (±0.2 dBi) Tx
  • 44.4 dBi
  • Ku Band Antenna Gain (±0.2 dBi) Tx
  • 49.20 dBi
  • Ku Band Antenna Gain (±0.2 dBi) Rx
  • 47.40 dBi
  • Ka Band Antenna Gain (±0.2 dBi) Tx
  • 54.30 dBi
  • Ka Band Antenna Gain (±0.2 dBi) Rx
  • 51.50 dBi
  • C Band Antenna Noise Temperature (K) 5° Elevation
  • 61
  • Ku Band Antenna Noise Temperature (K) 5° Elevation
  • 56
  • Ka Band Antenna Noise Temperature (K) 5° Elevation
  • 154
  • Ka Band Antenna Noise Temperature (K) 10° Elevation
  • 128
  • Ku Band Antenna Noise Temperature (K) 10° Elevation
  • 51
  • X Band Antenna Noise Temperature (K) 10° Elevation
  • 38
  • C Band Antenna Noise Temperature (K) 10° Elevation
  • 53
  • C Band Antenna Noise Temperature (K) 20° Elevation
  • 49
  • X Band Antenna Noise Temperature (K) 20° Elevation
  • 33
  • Ku Band Antenna Noise Temperature (K) 20° Elevation
  • 48
  • Ka Band Antenna Noise Temperature (K) 20° Elevation
  • 108
  • C Band Antenna Noise Temperature (K) 40° Elevation
  • 49
  • X Band Antenna Noise Temperature (K) 40° Elevation
  • 29
  • Ku Band Antenna Noise Temperature (K) 40° Elevation
  • 41
  • Ka Band Antenna Noise Temperature (K) 40° Elevation
  • 97
  • C Band VSWR Tx
  • 1.3:1
  • C Band VSWR Rx
  • 1.3:1
  • X Band VSWR Tx
  • 1.25:1
  • X Band VSWR Rx
  • 1.25:1
  • Ku Band VSWR Tx
  • 1.3:1
  • Ku Band VSWR Rx
  • 1.3:1
  • Ka Band VSWR Tx
  • 1.3:1
  • Ka Band VSWR Rx
  • 1.3:1
  • C Band Power Capability Tx
  • lkW
  • X Band Power Capability Tx
  • 2kW
  • Ku Band Power Capability Tx
  • 100w
  • Ka Band Power Capability Tx
  • 100w
  • C Band Feed lnterface Tx
  • CPR-137
  • C Band Feed lnterface Rx
  • CPR-229
  • X Band Feed lnterface Tx
  • WR-112
  • X Band Feed lnterface Rx
  • WR-112
  • Ku Band Feed lnterface Rx
  • WR-75
  • Ku Band Feed lnterface Tx
  • WR-75
  • Ka Band Feed lnterface Tx
  • WR-28
  • Ka Band Feed lnterface Rx
  • WR-42

Key Features

• lntegrated DVB-S/S2 Receiver
• Integrated Beacon Receiver (Optional)*
• Integrated AGC Receiver for Modem Integration, Emergency Stop Button
• Fully Automated Satellite Signal Acquisition under 3 mın.
• User Configurable Target Pointing
• Satellite Memory Tracking
• Fully Responsive Web Interface (SNMP Support)
• Event and Alarm Logging
• 3-Level User Access
• Configurable Visual and Audio Alarms
• Built-in Self-Test
• Tracking accuracy better than 5% of the beamwidth
• Fibre, Ethernet and serial interfaces
• Variable speed motor control for driving the AZ and EL 
• Alarm and fault logging
• Emergency stop features
• Pointing accuracy ; 0.05° RMS
• An intuitive user interface with LCD and keypad

Compatibility

ENVIRONMENTAL SPECIFICATIONS

  • Operational Wind
  • 72 km/h to 97km/h
  • Survival Wind
  • 200 km/h
  • Ambient Temperature
  • -15°C +50°C
  • Storage Temperature
  • -40°C +60°C
  • Relative Humidity
  • 0% to 98%

Key Features

• lntegrated DVB-S/S2 Receiver
• Integrated Beacon Receiver (Optional)*
• Integrated AGC Receiver for Modem Integration, Emergency Stop Button
• Fully Automated Satellite Signal Acquisition under 3 mın.
• User Configurable Target Pointing
• Satellite Memory Tracking
• Fully Responsive Web Interface (SNMP Support)
• Event and Alarm Logging
• 3-Level User Access
• Configurable Visual and Audio Alarms
• Built-in Self-Test
• Tracking accuracy better than 5% of the beamwidth
• Fibre, Ethernet and serial interfaces
• Variable speed motor control for driving the AZ and EL 
• Alarm and fault logging
• Emergency stop features
• Pointing accuracy ; 0.05° RMS
• An intuitive user interface with LCD and keypad

Compatibility