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General| Brand | Appareo Systems |
|---|---|
| Model | Stratus ESG |
| Category | Marine Radio |
| Language | English |
Provides a general description of the Stratus ESG transponder and its capabilities.
Details the Technical Standard Orders and FCC compliance for the Stratus ESG.
Outlines any deviations from the specified Technical Standard Orders for the Stratus ESG.
Describes functions of the Stratus ESG that are not covered by Technical Standard Orders.
Details the environmental testing and qualification standards met by the Stratus ESG.
Explains the software criticality level determination based on hazard assessment.
Lists the part numbers and revisions for the embedded hardware and software.
Details the physical, weight, and electrical specifications of the Stratus ESG.
Specifies the voltage range, current draw, and power input for the Stratus ESG.
Lists the necessary tools for the installation of the Stratus ESG.
Details the supplied parts required for the installation of the Stratus ESG.
Describes requirements for antennas and altitude encoders compatible with Stratus ESG.
Instructions for visually inspecting the Stratus ESG unit for damage or missing components.
Details considerations for aircraft type, cooling, and GPS usage during installation.
Guidance on assembling the mounting rack and attaching it to the aircraft.
Step-by-step instructions for physically installing the Stratus ESG unit into its rack.
Provides guidelines for cleaning the Stratus ESG display and faceplate safely.
Ensures proper marking of circuit protective devices for new or replacement installations.
Details wiring requirements, gauge, and adherence to FAA AC 43.13-1B/2B.
Provides a detailed breakdown of pin assignments and their functions for Stratus ESG.
Instructions for connecting GPS and transponder antennas to the Stratus ESG.
Procedure for entering the aircraft's 6-digit hex code for ICAO address.
Instructions for entering the VFR squawk code, with default value noted.
Procedure for entering the aircraft's tail number (registration number).
How to select the range for the aircraft's maximum airspeed.
Select the category that best describes the aircraft (e.g., Light, Small, Rotorcraft).
Procedure for selecting the range that includes the aircraft's length.
How to select the range for the aircraft's width (wingspan).
Select the preferred unit for displaying altitude: Flight Level, Feet, or Meters.
Options for configuring the squat switch state for ground or airborne detection.
Select the altitude source based on the type and resolution of the altitude encoder.
Select the preferred source for controlling backlight brightness: Ambient light or Lighting bus.
Adjust backlight control slope (0-100) for ambient light change response.
Adjust backlight control offset (0-100) for display brightness level.
Adjust backlight response time (0-100) for ambient light adjustment speed.
Select lateral distance from aircraft center to GPS antenna.
Select longitudinal distance from aircraft front to GPS antenna.
Select the aircraft's ADS-B In capability (UAT, 1090 ES, or both).
Select the Satellite-Based Augmentation System service provider.
Overview of screens used for diagnostic purposes, including GPS, altitude, and BIT.
Verifies that the unit powers on correctly when aircraft power is applied.
Tests the real-time state of external standby, IDENT, and squat switch inputs.
Verifies readings from lighting bus and ambient light sensor.
Verifies that the altitude displayed is correct to the geographic location.
Tests for electromagnetic interference effects on communications systems.
Monitors effects of Stratus ESG on VHF radios at specific frequencies.
Monitors effects of Stratus ESG on HF radios at multiple frequencies.
Verifies GPS CN0 stability with SATCOM equipment.
Verifies operation of VOR, ILS, DME, and other navigation systems.
Verifies Marker Beacon Receiver operation while monitoring Stratus ESG effects.
Verifies ADF receiver operation while monitoring Stratus ESG effects.
Tests FMS, GPS, and Autopilot functions with Stratus ESG operation.
Tests EGPWS, TCAS, Weather Radar, Radio Altimeter, and Engine systems.
Verifies radio altimeter system function and self-test.
Checks engine indicators and fuel flow readings with Stratus ESG operating.
Evaluates the necessity of a compass swing test after EMI tests.
Recommends a flight test to verify proper operation and installation of Stratus ESG.
Describes the transponder modes (Off, Standby, Altitude, Ground, On) and their keys.
Explains the meaning of various indicators displayed on the Stratus ESG screen.
Details how to use the FUNC key to cycle through different display screens.
Describes the functionality of Arrow, Numerical, IDENT, VFR, and PWR keys.
Step-by-step guide for entering a squawk code into the Stratus ESG.
Instructions for entering or changing the aircraft's flight identification number.
Steps to resolve issues when the Stratus ESG does not receive GPS data.
Troubleshooting steps for poor GPS signal quality, including interference checks.
Steps to diagnose issues with the squat switch input to the transponder.
Troubleshooting steps when the power key fails to turn on the Stratus ESG.
Diagnosing and correcting issues with the altitude display.
Guidance on interpreting and resolving BIT failure messages.
Identifies the Stratus ESG Transponder by name and part number.
Details DO-160G testing for temperature and altitude conditions.
Details DO-160G testing for humidity conditions.
Details DO-160G testing for crash safety conditions.
Details DO-160G testing for vibration conditions.
Details DO-160G testing for magnetic effect.
Details DO-160G testing for power input conditions.
Details DO-160G testing for radiated susceptibility.
Details DO-160G testing for lightning transient susceptibility.
Details DO-160G testing for icing conditions.
Details DO-160G testing for electrostatic discharge.
Details DO-160G testing for fire and flammability.
