To Next PageTo Next PageWhat to do if Sea Tel ST144-21 shows ACU Error Code 0001 (Gyro Compass has failed)?
If you're encountering the ACU Error Code 0001, which indicates that the Gyro Compass has failed, consider using an uncompensated Flux Gate Compass.
What to do if Sea Tel ST144-21 Antenna displays ERROR 0016 (DishScan® error)?
If you see ERROR 0016, which is a DishScan® error, it means that DishScan® is OFF and the Step Integral parameter is set to 0000. To resolve this, turn DishScan® ON.
How to fix Sea Tel Antenna if initialization still fails?
If the Sea Tel Antenna initialization fails, it might be due to a drive or sensor problem. You should re-configure the PCU as described in the Maintenance section of this manual.
What to do if heavy condensation, or standing water, is found inside the Sea Tel ST144-21 Antenna radome?
If you find heavy condensation or standing water inside the Sea Tel Antenna radome, isolate and seal the leak, and then dry out the radome. You may drill small (1/8 inch) holes in the base pan of the radome to allow standing water to 'weep' out.
Overview of the stabilized antenna system's design and operation.
Explains the shipboard Television Receive Only (TVRO) system's function.
Details the main groups of equipment: Above-Decks (ADE) and Below-Decks.
Describes setting up two antenna systems for uninterrupted service.
Explains the function of the arbitrator panel in dual antenna setups.
Outlines the content covered in this installation and operation manual.
Criteria for choosing the optimal mounting location for the antenna.
Identifies potential obstructions and their impact on signal quality.
Details specifications for the antenna pedestal and its mounting.
Discusses the impact of mounting position on system performance.
Describes different mast types and their suitability for antenna mounting.
Safety procedures for accessing the Above Decks Equipment.
Guidance on positioning the ACU and other below-deck components.
Information on cable types, installation practices, and routing.
Important safety precautions and warnings before installation.
Steps to prepare the equipment and location before installation.
Detailed steps for assembling the Above Decks Equipment.
Procedure for hoisting and mounting the complete ADE assembly.
Steps for installing ACU, modems, and other rack-mounted equipment.
Wiring instructions for connecting various below-decks components.
Completing the assembly and making final cable connections.
Instructions for powering on the ACU and ADE for the first time.
Configuration of ship and satellite information.
Navigating and accessing system setup menus.
Configuring the display settings for tracking operations.
Default parameter values for STxxx-21 Series Antennas.
Selecting the correct gyro compass interface signal type.
Procedure for manually updating the gyro type setting.
Guidance for systems lacking a gyro compass input.
Determining and entering the IF Tracking Frequency parameter.
Setting the correct Baud Rate for satellite tracking.
Configuring the Forward Error Correction rate for tracking.
Configuring the 22 KHz tone for band selection.
Selecting receiver voltage for proper polarization selection.
Setting the Network Identification parameter for tracking.
Calibrating the antenna's relative position to the ship's bow.
Automatically calculates and sets Azimuth/Elevation trim offsets.
Procedure for manual adjustment of Azimuth and Elevation targeting.
Adjusting the Elevation trim offset for antenna alignment.
Adjusting the Azimuth trim offset for alignment compensation.
Procedure to save changes made to system parameters.
Describes how the ACU initiates and conducts satellite searches.
Details on adjusting parameters for search patterns.
Procedure to save modified search parameters.
Programming relative azimuth sectors (zones) for blockage or hazard.
Setting ship information, satellite data, and initial heading.
Using Auto Trim to automatically optimize targeting parameters.
Manual process for optimizing targeting accuracy.
Configuring zones where blockage or transmit power is a concern.
Adjusting transmit port polarity for optimal signal.
Selecting user display options for the Tracking menu.
Verifying system initialization and display responses.
Confirming that GPS position information is updating.
Verifying that the Heading display follows the Gyro Compass.
Testing antenna movement in response to control inputs.
Verifying antenna response and tracking accuracy.
Testing the blockage output function and SW2 logic.
Details on the system's warranty coverage.
Routine checks and maintenance tasks for the antenna system.
Configuring jumper settings for the 400MHz FSK modem.
Interpreting LED status indicators for modem diagnostics.
Details on modem signal paths and frequencies.
Procedures for diagnosing communication failures between modems.
Overview of system troubleshooting concepts and methods.
Configuring the PCU for specific antenna pedestal models.
Steps to properly secure the antenna pedestal during transit.
Technical details of the antenna reflector assembly.
Details on C-Band and Ku-Band feed assemblies.
Specifications for the stabilized antenna pedestal.
Technical details of the Pedestal Control Unit.
Specifications for the Motor Driver Enclosure.
Technical details for the 400 MHz modems.
Details on the radome assembly's dimensions and properties.
Operating temperature, humidity, and wind specifications.
Details on antenna control and L-Band coax cables.
List of specific drawings for the ST144-21 model.
List of general drawings applicable to Series 00 systems.
General| Stabilization | 3-axis |
|---|---|
| Type | Stabilized Antenna |
| Mount Type | Pedestal |
| Environmental Rating | Designed for harsh marine environments |
| Frequency Range | Ku-band, C-band |
