To Next PageTo Next PageWhat to do if COBHAM SEA TEL 9711IMA-70 heading display does not follow ship's movement?
If the COBHAM Antenna's heading display doesn't match the ship's movement, or you consistently receive ERROR CODE 0001, first identify the type of gyro compass in use. Then, ensure the GYRO TYPE parameter is correctly configured. After that, proceed to the troubleshooting steps specific to your gyro compass signal type.
General| Weight | 45 kg |
|---|---|
| Stabilization | 3-axis |
| Mount Type | Pedestal |
| Wind Survival | 100 knots |
| Humidity | Up to 100%, condensing |
| Compliance | CE, FCC |
| Operating Temperature | -30°C to +55°C |
| Operational Temperature | -30°C to +55°C |
Provides an overview of the stabilized antenna system's design and operation.
Explains the system's function for two-way satellite voice/data broadband communications.
Details external inputs like Gyro Compass, GPS, phone, and fax.
Lists the main above-decks and below-decks equipment groups.
Describes configurations for uninterrupted services with dual antennas.
Explains the function of the arbitrator switch panel in dual network setups.
Details the method for remotely reconfiguring the ACU for beam or satellite changes.
Explains standardized language for automatic beam switching settings.
Covers FCC compliant supervisory software for pedestal pointing error.
Guidelines for choosing the optimal antenna mounting location on a ship.
Addresses signal degradation due to structures and RF interference.
Details considerations for mounting foundations, deck/deckhouse, and pedestals.
Discusses the impact of mounting height on accelerations and vibrations.
Explains different mast types and considerations for antenna mounting.
Provides safety guidelines for accessing the antenna during installation and servicing.
Recommends rack mounting for ACU, Terminal Strip, and Base Modem Panel.
Guidance on routing and installing various system cables.
Important safety and technical warnings before installation begins.
Steps to prepare for sub-assembly and installation.
Procedure for unpacking major component crates like base frame and pedestal.
Detailed steps for unpacking the base frame and reflector components.
Detailed steps for unpacking the pedestal assembly and associated parts.
Detailed steps for unpacking the radome panels and associated hardware.
Step-by-step guide for assembling the Above Decks Equipment (ADE).
Procedure for attaching lifting harnesses to the ADE for hoisting.
Instructions for hoisting, bolting, and connecting the ADE.
Guidance for connecting and installing MXP and other below-decks equipment.
Steps for visual/electrical inspection and double-checking wiring connections.
Procedure for setting up, calibrating, and commissioning the MXP.
Selects the gyro compass interface signal type and connections.
Describes modes for systems without gyro input or for stationary rigs.
Explains how to determine and enter the IF tracking frequency value.
Describes using SKEW to optimize feed polarization for satellite signals.
Details programming zones for blockage or RF radiation hazards.
Step-by-step guide for setting up blockage zones in the system configuration.
Overview of configuring the interface between MXP and satellite modem.
Defines which reflector the modem configuration applies to in dual systems.
Selects the manufacturer of the satellite modem for system interface.
Defines the communication interface type and location for MXP to modem.
Allows manual definition of driver and detector circuits for custom modems.
Provides a quick reference table for common modem settings.
Automatically calculates and sets Azimuth/Elevation trim offset parameters.
Procedure for manually optimizing antenna targeting by adjusting trim values.
Configures search patterns like Spiral, Inclined Orbit, and Sky Search.
Selects the transmit polarity for C-Band or Ku-Band feeds.
Controls band selection for LNBs on Ku-Band linear feeds.
Selects desired polarization (X-Pol or Co-Pol) for Ku-Band linear feeds.
Process for choosing or creating satellite configurations.
Describes operation when signal is found and network lock is achieved.
Troubleshooting steps when the system does not find the satellite.
Troubleshooting steps for signal found but no network lock.
Procedure to manually target a different satellite using the auto screen.
Procedure for cross-pol isolation testing with the NOC.
Diagnosing issues with the ship's heading display and gyro compass signal.
Details the two-year limited warranty coverage for the antenna system.
Lists torque values and Loctite recommendations for assembly.
Covers routine maintenance tasks and component identification.
Procedures for repairing and calibrating the C-Band feed assembly.
Instructions for balancing the antenna system for optimal performance.
Procedure for securing the antenna pedestal during underway conditions.
Technical specifications for the antenna pedestal and radome assembly.
Technical specifications for the Media Xchange Point (MXP).
Lists compliance standards for shock, vibration, EMI/EMC, and safety.
Specifications for various cables used in the system installation.
List of model-specific drawings for diagnostic reference.
Strain relief placement planning, cable counts, and spacing requirements.
Procedure for accurately marking and drilling pilot holes for strain reliefs.
Instructions for using a hole saw safely and effectively to create openings.
Procedure for sealing drilled edges with fiberglass resin for structural integrity.
Reference to specific drawing for strain relief assembly details.
Steps for passing and securing cables through installed strain reliefs.
