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General| Control Type | Electronic |
|---|---|
| Input Voltage | 12 VDC |
| Number of Channels | 4 |
| Features | Real-time monitoring |
| Communication Protocol | Bluetooth |
Details on mounting the air compressor, emphasizing protection from moisture and vibration.
Instructions for mounting the air tank, ensuring the pressure sensor is not pointed downwards.
Guidance on mounting air valves, recommending engine bay placement in freezing conditions.
Proper techniques for cutting and routing air lines and installing DOT-approved fittings.
Instructions for mounting air pressure sensors, noting they are voltage-based and cannot be pointed down.
Guidance on mounting the ECU and display, considering water resistance and wireless range.
Overview of the control panel interface, including display, buttons, manual operation, and preset functionality.
Detailed steps for installing external ride height sensors, ensuring proper linkage and clearance.
Instructions for connecting sensor harnesses to the AirPod's main board and securing the plugs.
Instructions for assembling sensor link rods and visual examples of sensor mounting on various vehicles.
Step-by-step guide for mounting the AirPod unit and connecting air lines, power, display, and sensors.
Explains system control via Display and Mobile App, covering manual control and presets.
Guide to understanding various icons displayed on the control panel, including error, preset, and mode indicators.
Configure basic system operating parameters, including startup behavior, compressor usage, and accuracy settings.
Displays saved preset points for each corner and current vehicle values.
Clears the ECU and returns it to factory defaults, including calibration and preset data.
Diagnose system issues, monitor vehicle charging, and perform safe air tank draining for servicing.
Adjust display brightness, orientation, and view system information like firmware and version numbers.
View error history and perform system calibration to learn vehicle specifics for accurate preset heights.
Steps for calibrating the system when ride height sensors are not used, focusing on pressure.
Steps for calibrating the system when ride height sensors are installed and used.
Diagnose and resolve issues related to the system not turning on or compressors failing to operate.
Identify and fix common air spring leaks, including issues with valves and fittings.
Troubleshoot incorrect pressure readings, sensor connection problems, and height sensor bar issues.
Resolve issues where control panel switches activate the wrong spring or presets do not achieve target height.
Address low voltage errors, single corner inflation/deflation problems, and zero pressure readings.
Troubleshoot problems with the vehicle not reaching the correct height for presets and system accuracy.
Techniques for manual inflation/deflation and achieving a level vehicle height.
Utilize airline/sensor swapping and diagnostics tab for effective problem diagnosis.
Understand pressure differentials, suspension bind, and leverage system self-diagnostics for maintenance.
Lists error codes and possible issues for pressure sensors, including low/high voltage and no movement.
Lists error codes and possible issues for position sensors, including voltage, movement, and location errors.
Lists error codes for solenoid valve connection issues and vehicle charging system.
Diagnose and resolve compressor issues, voltage problems, communication errors, and calibration failures.
Troubleshoot errors related to preset execution, solenoid over current, and sensor movement.
Diagram illustrating air line routing and component connections for single compressor systems.
Diagram illustrating air line routing and component connections for dual compressor systems.
Diagram showing electrical connections for the system, including sensors, valves, compressors, and power.
Details on connecting power, sensors, valves, and compressors to the ECU and vehicle.
