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PALS Antenna Control Unit PAC-550: A Focused Product Review


PALS Antenna Control Unit PAC-550: A Focused Product Review
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  • 2021-12-10 13:43:02

PALS Antenna Controller (PAC) 550: A Focused Product Review


We will be focusing on the PALS Antenna Controller Series Model 550 and its capabilities in this article. PAC 550 Antenna Controller Units are fully compatible with all PALS brand antennas. It can be integrated with almost all brands of antennas on the market as well.

There are many configurations and physical interfaces available depending on your needs. As a result, PAC-550 is adaptable enough to be tailored to your specific needs. Tailoring feature what makes the PAC-550 stand apart from generic antenna controller units in the market. i.e: You bought an Earth Station Antenna System but you need all the devices in your shelter. Sure, no problem. There is a rack unit model that exists. Check out our 2 Rack Unit indoor model in the picture below.



For more information: https://pals.com.tr/product/pac-550

It has a Fully Graphical Front Panel Screen with an Alphanumerical Keypad for easy use. Due to its user friendly interface, it takes a few seconds to start the auto satellite acquisition process from either the front panel or interactive web interface. It requires little to almost no training for its operator to acquire a satellite signal when set-up by an expert.

We live in the IoT (Internet of Things) century and PAC-550 supports interconnectivity using its physical interfaces and support of SNMP to integrate with your already existing management systems. It also supports conventional remote access to its web interface. Meaning you can access to your system over far distances through internet. Did we mention it is also fully compliant with the PALS Vision Network Management System (NMS)?

After a quick satellite signal acquisition, it has the ability to track satellites using the Eutelsat Approved step track algorithm. PAC-550 AI learns satellite movement and can track satellites even without signal using the memory track feature. It uses integrated DVB S/S2 and/or Beacon signal receivers. It supports DVB S/S2 and Beacon Receiver options in one control unit, which cannot be found in any other antenna controller unit on the market. Do you have your own receiver which you want to use? No worries, it has analog input for external receivers and supports acquisition and tracking as well.

PAC-550-MIL Model for Defense Applications


PALS put its 30 years of know-how and experience to work and specially R&Ded, designed and developed PAC-550-MIL for military applications. It has a ruggedized encasing, which makes it different from its commercial version, and has vast filtering against all environmental and electromagnetic conditions. It is designed and rigorously tested according to MIL-STD-810 (Military design and test standard for environmental conditions) and MIL-STD-461 (Military design and test standard for Electro Magnetic Compability and susceptibility). It has a COC certificate for the following subjects, as the standard states:

Enviromental Specifications

Test Name

Specification

Limitations

Tempertaure

Compliant with MIL-STD-810G Method 501.5 and Method 502.5

IDU
Operational: -10 °C - +55 °C
Survival: -20 °C - +60 °C
ODU
Operational: -20 °C - +60 °C
Survival: -40 °C - +70 °C

Humidity

Compliant with MIL-STD-810G Method 507.5

%95 Cycling Temp

Low Pressure

Compliant with MIL-STD-810G Method 500.5

Operational: 3000 meter
Survival: 4500 meter

Thermal Shock

Compliant with MIL-STD-810G Method 503.5

-20 to +60 cyclic shock

Vibration

Compliant with MIL-STD-810G Method 514.6

Cat. 4 and Cat. 10 on all axes

Mechanical Shock

Compliant with MIL-STD-810G Method 516.5

20 G, 11 ms on all axes

Acoustics

Compliant with MIL-STD-1472

<65 dB(A) from 1 mt.


PAC-550-MIL is not just tested in laboratory conditions but it is already commissioned deployed in field and prove its worth and reliability for many years. 

For more information: https://pals.com.tr/product/pac-550-mil


System Integration Engineer, Özdemir Öztürk