The Goka GK-R29 Stylus Force Gauge is a high-precision digital tool designed to measure the vertical tracking force of a turntable's cartridge stylus.
Key Specifications & Features
- Precision: High accuracy down to 0.01g.
- Capacity Range: 0g to 200g.
- Materials: Built with aluminum and metal alloy.
- Power Supply: Uses 2 AAA batteries.
- Weighing Modes: Supports g, oz, tl, ct, and gn.
- Auto Power Off: Turns off automatically after about 60 seconds of inactivity
Step-by-Step Operating Instructions
To get an exact reading without damaging your sensitive turntable equipment, follow these setup steps:
- Placement: Place the stylus gauge flat directly on top of the record player turntable platter. Ensure the environment is completely stable, level, and free of vibration.
- Power On: Press the power button to switch on the scale. The unit calibrates automatically every time it boots up.
- Tare (Optional): If the scale does not display absolute zero, press the TARE button at any time to clear out residual weight measurements.
- Measurement: Carefully lower the tonearm to land the stylus directly in the center of the round scaling zone. The screen will instantly display your pick-up arm's tracking weight.
- Unit Selection: If the scale is displaying the wrong metric, tap the UNIT button repeatedly to toggle back to grams
How to Operate
- Place the stylus gauge directly on your record player's turntable platter.
- Press the power button to turn on the scale; it will calibrate automatically upon startup.
- Use the
TARE button if you need to reset the scale to 0 at any time.
- Lower the turntable stylus gently into the center of the round weighing area to read the pick-up arm weight.
- Press the
UNIT button repeatedly to toggle between measurement units
Usage Precautions
- Keep Distances: Avoid using mobile phones within 50 cm of the scale while operating it, as cellular wireless signals can cause electromagnetic interference and skew your readings.
- Protect the Sensor: Avoid impacting or pressing aggressively on the weighing pallet. Overloading the physical platform past its maximum capacity can permanently warp or damage the internal precision sensor.