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Brand | Elta |
---|---|
Model | ADT 406 AP |
Category | Transmitter |
Language | English |
Explains the purpose and international collaboration behind the COSPAS-SARSAT system for distress signal detection.
Describes how satellites, ground stations, and control centers work together in the COSPAS-SARSAT system.
Details advantages of 406 MHz frequency, including worldwide coverage, accuracy, and unique identification.
Explains ELTA's role and products in the COSPAS-SARSAT system, including 406 MHz beacons and satellite operations.
Explains the ELT ADT 406 AP's function to transmit distress signals via satellites and its activation methods.
Details the physical dimensions and weight of the ELT ADT 406 AP with and without support.
Details frequency, power, modulation, and transmission duration for the 406 MHz and homing transmitters.
Specifies operating and storage temperature ranges for the ELT ADT 406 AP.
Lists features like automatic activation, color, self-test capabilities, and protocol compatibility.
Provides an overview of the ADT 406 AP beacon, its components, and basic aircraft parts.
Details the ADT 406 AP beacon's components and the front face connectors and indicators.
Describes the general identification label and connectors use label on the ELT ADT 406 AP.
Details specific labels: connectors location, identification, and batteries expiry date.
Emphasizes standard installation practices, compliance with regulations, and qualified personnel for system reliability.
Guides on optimal placement of the beacon for automatic activation and correct orientation for the G-switch.
Provides specific drilling dimensions and required clearance for installing the ELT ADT 406 AP.
Recommends ELTA-approved antennas, optimal fuselage placement, and cable requirements.
Details the installation of the remote control unit, including maximum link length and wiring.
Illustrates the wiring diagram for the ELT ADT 406 AP, its peripherals, and connection details.
Provides step-by-step instructions for automatic and survival mode installation and configuration.
Explains how the ELT is activated automatically by the acceleration sensor and what indicators to observe.
Describes the procedures for manually activating the ELT from the remote control unit or directly from the beacon.
Details how to shut down the beacon using the remote control unit and precautions before maintenance.
Explains the procedure for performing a self-test on the beacon, both from the beacon and via the remote control.
Recommends regular self-testing of the beacon and highlights the procedure to avoid false alerts.
Provides a table outlining the recommended periodicity for battery replacement and general overhaul.
Gives crucial cautions regarding battery approval, non-rechargeable nature, and specifies approved battery part numbers.
Instructs on proper battery disposal according to country regulations.
Lists essential tests to be performed when the beacon is returned to a workshop for service.