RPM Sensor for MyChron 3 Plus and Gold Models
$34.86 USD
Sale price
$34.86 USD
Regular price
At the heart of engine telemetry lies this RPM sensor, exclusive to MyChron 3 Plus and Gold variants, delivering spot-on rev data for performance tuning.
- Inductive pickup for non-invasive installation.
- Compatible only with specified MC3 models.
- Logs shifts and peaks for detailed review.
This sensor (SKU: MC3PRPM) feeds your gauge with rev patterns, exposing ideal shift points that maximize acceleration out of corners. Kart teams use it to match gearing to tracks, ensuring you're always in the powerband. Without accurate RPM, tuning is guesswork; with it, you're graphing torque curves for real gains.
Mount near the flywheel for clean signals, and watch data reveal redline approaches or lugging zones. It's key for fuel mapping in restricted classes, keeping engines efficient. The result? Smoother power, faster laps, and organized logs that streamline prep. For upgrading older setups, it's a cost-effective way to modernize monitoring.
Frequently Asked Questions
Q: Is this RPM sensor compatible with my MyChron 4 or 5 dash?
A: No. This specific sensor (SKU: MC3PRPM) is engineered exclusively for the legacy MyChron 3 Plus and Gold models. It will not function with MyChron 4, 5, or 6 series dashes.
Q: How do I install the inductive pickup for the best signal?
A: For the cleanest signal, mount the sensor near the flywheel. Ensure the inductive pickup is securely fastened and positioned to capture the ignition pulses without interference from other high-voltage ignition components.
Q: Why is an accurate RPM sensor important for my kart setup?
A: Accurate RPM data allows you to identify your engine's powerband and determine the ideal shift points. By logging peaks and rev patterns, you can optimize your gearing for specific tracks, ensuring you are always in the optimal torque curve for maximum acceleration.
Q: Does this sensor require any special maintenance?
A: Keep the sensor cable free from excessive heat and vibration by securing it properly along the chassis. Periodically inspect the inductive pickup for any signs of wear or loose connections to ensure consistent data logging.