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Gen 3.1 & 3.2
Gen 3.1 & 3.2
  • Introduction
  • Kayak
    • Assemble your power meter
    • Configure your power meter
      • Blade tip to hand distances
      • Blade tip to blade tip distance
      • Blade twist
      • Blade type attached to shaft
      • Left blade tip to LED distance
  • Canoe/Dragon Boat/SUP
    • Assemble your power meter (Gen 3.1)
    • Assemble your power meter (Gen 3.2)
    • Configure your power meter
      • Blade tip to hand distances
      • Blade type attached to shaft
      • Blade tip to LED distance
      • Shaft to handle offset distance
  • General
    • Battery Charging
    • Clamp Adjustment
    • Web Bluetooth App
    • Zero Offset Calibration
      • How to perform a Zero Offset calibration
    • Scale Factor Calibration
      • N channel Scale Factor calibration
      • O channel Scale Factor calibration
    • Updating Firmware
      • How to update the power meter firmware using the Web Browser
      • Latest firmware version
    • Real-time Data
      • How to pair with your device
    • High Speed Data
      • How to start/stop recording High Speed Data
      • How to download High Speed Data (ANT)
      • How to download High Speed Data (Automatic Script) - Experimental
      • How to view High Speed Data
    • Deep Sleep
    • GPS Sync Box
    • Metrics
      • Power
      • Force
    • Upgrade Description
    • Manufacturer's Warranty
    • Troubleshooting
      • High Speed Data Recording Fault
    • Shaft & Blade Sizing
    • Connections using hot melt glue
  • Training Guide
    • Functional Threshold Power
    • Power Zones
    • Fitness Tracking
    • Optimum Cadence
    • Technique Efficiency
    • Training to improve 30 second or 1 minute Power
    • Training to improve 4 minute Power
    • Training to improve Functional Threshold Power
    • Training to improve Endurance
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  1. General
  2. Troubleshooting

High Speed Data Recording Fault

You may discover that your High Speed Data model Power Meter is not successfully recording HSD files. This issue can temporarily develop if the Power Meter was charged with the incorrect procedure following the battery being completely flat.

The correct charging procedure is to place the charger onto the shaft prior to supplying power to the charger.

To remedy this issue, you must fully discharge the Power Meter. You can do this by leaving it connected to the Web App for a few hours which ensures the Power Meter won't fall asleep due to inactivity. Once the battery is fully depleted, take care to place the charger on the shaft prior to supplying power to the charger.

Only when the battery is fully discharged do the electronics turn off completely. When the electronics are turned on for the first time, a stable power source must be provided for the initialisation to occur correctly. When you bring a powered charger into position, there's a brief period, as the charger moves closer to the shaft, where the power from the charger causes the electronics to be neither on or off (much like Schrödinger's cat). This rapid switching between on and off, causes the High Speed Data initialisation to fail. Placing the charger prior to supplying power to it, provides a stable power source to the Power Meter.

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Last updated 2 years ago