What does it mean when the azimuth motor had entered an error state on AvL Technologies AAQ Antenna Controller?
If the azimuth motor on your AvL Technologies Controller has entered an error state, it indicates the azimuth motor can no longer move due to a physical problem.
What to do if elevation stow failed on AvL Technologies Controller?
If the AvL Technologies Controller displays 'Elevation stow failed', check the cabling or for interference.
What to do if elevation deploy failed on AvL Technologies Controller?
If the AvL Technologies Controller displays 'Elevation deploy failed', check the cabling or for interference.
What does invalid operation mean on AvL Technologies AAQ Antenna?
If the AvL Technologies Controller displays 'Invalid operation', it means that it is an invalid operation for the current hardware.
What does heading cal failed mean on AvL Technologies Controller?
If the AvL Technologies Controller displays 'Heading Cal Failed', it means it is unable to Calculate Heading.
What to do if heading calibration failed on AvL Technologies AAQ Antenna Controller?
If the AvL Technologies Controller displays 'Heading calibration failed. No signal found during arc scan', check the heading source and retry.
What to do in case of elevation inclinometer failure on AvL Technologies AAQ Antenna Controller?
If the AvL Technologies Controller displays 'Elevation inclinometer failure', check the inclinometer or the El RIOM, as it may be incorrect.
What to do if cannot execute command while alarm is active on AvL Technologies AAQ Antenna Controller?
If the AvL Technologies Controller displays 'Cannot execute command while alarm is active', clear the alarm and retry.
What should I do if the modem has not sent a target on AvL Technologies AAQ Antenna?
If the AvL Technologies Controller displays 'Modem has not sent a target', check the device and retry.
What to do if GPS or compass is in Alarm state on AvL Technologies AAQ Antenna Controller?
If the AvL Technologies Controller displays 'GPS or compass is in Alarm state', clear the alarm and retry.
General| Control | Ethernet, Serial |
|---|---|
| Operating Voltage | 100-240 VAC |
| Frequency Range | L-band, C-band, Ku-band, Ka-band |
| Input Power | 90-264 VAC, 47-63 Hz |
| Humidity | Up to 95% non-condensing |
| Interface | Ethernet, Serial |
Provides an overview of the AAQ controller's features, applications, and adaptability.
Details the two main hardware components: ACU and NAV RIOM, and their respective microprocessors.
Explains the AAQ software's scalable and modular design, including OS, ROM, PIC, CONFIG, and GUI.
Lists the physical and environmental specifications for the ACU and NAV RIOM components.
Specifies the operating system and .NET Framework prerequisites for the AAQ Remote GUI.
Guides through the installation process of the AAQ Remote GUI, including default locations.
Details factory IP addresses and configuration for network interfaces.
Explains how to customize AAQ Network IP settings using the AAQ Remote Settings tool.
Provides examples for setting up the AAQ controller for network communication.
Explains how to interpret various elements of the AAQ Remote GUI interface.
Details functions available under the File menu, including Settings and Calibration.
Covers options in the View menu for accessing Sensor Output, Configuration, and system logs.
Explains how to log in to the AAQ Controller system to access different user levels.
Provides instructions for installing the AAQ Remote GUI application.
Describes the initial login process and setting up IP configurations.
Explains the Profile System for creating and managing satellite acquisition settings.
Provides practical examples for creating and configuring satellite profiles.
Details hardware safety parameters and mechanical limits for system operation.
Covers static configuration parameters for system setup independent of target satellite.
Explains automated target acquisition configuration using the Profile System.
Discusses parameters for fine-tuning acquisition and peaking for each signal source.
Describes the Azimuth, Elevation, and Polarization drive systems and their components.
Provides a detailed description of the AAQ ACU's modular and parametric software architecture.
Explains the functional descriptions of the AAQ Controller, including heading and acquisition.
Lists and describes common alarm messages and their meanings within the AAQ GUI.
Provides steps to diagnose and resolve connection issues between the GUI and ACU.
Addresses common inaccuracies in acquiring satellites due to elevation and azimuth offsets.
Provides contact information and required details for AvL customer support.
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