SRAM EP-EAC-FAPS-A1

SRAM Flight Attendant Pedal Sensor Instruction Manual

Model: EP-EAC-FAPS-A1

1. Introduction

This manual provides essential information for the installation, operation, and maintenance of your SRAM Flight Attendant Pedal Sensor. This sensor is an integral component of the SRAM DUB Flight Attendant system, designed to enhance your cycling experience by providing critical data for automatic suspension adjustments.

Please read this manual thoroughly before installation and use to ensure proper function and longevity of the product.

2. Safety Information

Always prioritize safety when working with bicycle components. Improper installation or maintenance can lead to serious injury or product damage.

  • Ensure all components are installed correctly and securely tightened to the manufacturer's specifications.
  • Use appropriate tools for installation and maintenance.
  • If you are unsure about any installation or maintenance procedure, consult a qualified bicycle mechanic.
  • Keep small parts away from children.
  • Do not modify the product. Unauthorized modifications can compromise safety and void the warranty.

3. Package Contents

Verify that all the following components are included in your package:

  • SRAM Flight Attendant Pedal Sensor Core
  • Seal Tube
  • Expander
  • Bolt
SRAM Flight Attendant Pedal Sensor

Image 1: SRAM Flight Attendant Pedal Sensor. This image displays the complete pedal sensor assembly, a cylindrical black unit with a textured end and a flat circular face featuring the AXS logo and a green indicator light.

4. Setup and Installation

The SRAM Flight Attendant Pedal Sensor is designed for integration into a DUB Flight Attendant crankset. Follow these general steps for installation. Refer to your specific crankset's manual for detailed instructions.

  1. Prepare the Crankset: Ensure your DUB Flight Attendant crankset is clean and ready for sensor installation.
  2. Insert Sensor Core: Carefully insert the Flight Attendant Pedal Sensor Core into the designated cavity within the crank spindle.
  3. Install Seal Tube: Place the seal tube over the sensor core to protect it from elements and secure its position.
  4. Position Expander: Install the expander component, ensuring it aligns correctly with the sensor and crank.
  5. Secure with Bolt: Use the provided bolt to secure the entire assembly. Tighten the bolt to the torque specifications outlined in your crankset's manual. Overtightening can damage components, while undertightening can lead to sensor malfunction or detachment.
  6. Pairing: After physical installation, follow the instructions for your SRAM AXS system to pair the pedal sensor with your Flight Attendant suspension components. This typically involves pressing the AXS button on the sensor and other components in a specific sequence.

5. Operating Instructions

The Flight Attendant Pedal Sensor operates as part of the SRAM Flight Attendant ecosystem. Once installed and paired, it continuously monitors pedal activity and rider input, transmitting this data wirelessly to the Flight Attendant control module.

  • Automatic Operation: The sensor works autonomously, providing real-time data to inform the Flight Attendant system's automatic suspension adjustments.
  • Indicator Light: The sensor features an indicator light (visible in Image 1) that provides feedback on its status, such as power on, pairing mode, or low battery. Refer to the SRAM AXS app or Flight Attendant system manual for specific light codes.
  • Battery Life: The sensor is powered by an internal battery. Monitor battery status via the SRAM AXS app.
  • AXS App Integration: For advanced settings, firmware updates, and battery monitoring, use the SRAM AXS mobile application.

6. Maintenance

Regular maintenance ensures optimal performance and extends the lifespan of your pedal sensor.

  • Cleaning: Keep the sensor and surrounding crank area clean. Wipe with a damp cloth. Avoid high-pressure washing directly on the sensor.
  • Inspection: Periodically inspect the sensor and its mounting for any signs of damage, wear, or loose components.
  • Firmware Updates: Regularly check for and install firmware updates via the SRAM AXS app to ensure the sensor operates with the latest features and improvements.
  • Battery Charging: Recharge the sensor's battery as indicated by the AXS app or the sensor's indicator light. Use only the charger specified by SRAM.

7. Troubleshooting

If you encounter issues with your SRAM Flight Attendant Pedal Sensor, consider the following troubleshooting steps:

  • Sensor Not Responding:
    • Check battery level using the SRAM AXS app. Recharge if necessary.
    • Ensure the sensor is securely installed and all connections are tight.
    • Attempt to re-pair the sensor with your Flight Attendant system.
  • Incorrect Data/Performance:
    • Verify that the sensor's firmware is up to date.
    • Perform a system calibration if available through the AXS app.
    • Check for any physical obstructions or damage to the sensor.
  • Pairing Issues:
    • Ensure all components (sensor, controller, suspension) are awake and within range.
    • Follow the pairing procedure precisely as outlined in the SRAM AXS manual.
    • Check for interference from other wireless devices.

For persistent issues, contact SRAM customer support or visit an authorized SRAM service center.

8. Specifications

FeatureSpecification
BrandSRAM
Model IDEP-EAC-FAPS-A1
Part NumberSR02N4000000000000
CompatibilityDUB Flight Attendant Cranksets (X01/XX1 D1)
Included ComponentsSensor Core, Seal Tube, Expander, Bolt
MaterialMulti
Suggested UsersUnisex-adult
Model Year2022
Item Package Dimensions10 x 2 x 2 inches
Package Weight23 Pounds

9. Warranty and Support

The SRAM Flight Attendant Pedal Sensor comes with a limited warranty. For specific terms and conditions, please refer to the warranty documentation provided with your product or visit the official SRAM website.

For technical support, service, or warranty claims, please contact SRAM customer service or your authorized SRAM dealer. You can find contact information and additional resources on the official SRAM website.

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