
These neodymium magnets are replacement parts for Motogadget reed sensor kits (930240 and 930285). They detect magnetic fields on rotating components like wheels and engine crankshafts to provide accurate speedometer and tachometer readings.
Signs of failing magnets include inconsistent speedometer or tachometer readings, erratic gauge behavior, or complete loss of signal. If your reed sensor kit previously worked well but now shows these symptoms, replacement magnets are likely needed.
These magnets are specifically designed for Motogadget 930240 and 930285 Reed Sensor Kits. While other systems using magnetic field detection may work, we recommend verifying compatibility before installation to ensure proper functionality.
The magnets are mounted directly on rotating components (typically the wheel hub or crankshaft) where they pass by the reed sensor switch. The exact mounting method depends on your motorcycle setup. Refer to your sensor kit documentation for detailed installation instructions.
Neodymium magnets used in sensor applications are designed to be safe and isolated from other electronic components. They specifically target the reed sensor switch without interfering with your motorcycle's electrical systems or other sensitive electronics.
Neodymium magnets are extremely durable and rarely weaken under normal motorcycle use. However, exposure to extreme heat, shock, or physical damage can degrade them over time. Regular inspection ensures they maintain their effectiveness.
Most reed sensor setups require multiple magnets for reliable detection. Using the complete magnet pack ensures optimal sensor performance and consistent readings across all rotating measurement points on your motorcycle.
Yes, absolutely. These Motogadget magnets work perfectly with classic BMWs, cafe racers, and other vintage motorcycles that have been fitted with modern Motogadget reed sensor kits for accurate digital instrumentation.
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The Motogadget replacement magnet pack is an essential spare part for keeping your reed sensor kits running reliably. These high-quality neodymium magnets are specifically designed as OEM replacements for the 930240 and 930285 Reed Sensor Kits, ensuring accurate speedometer and tachometer readings on your custom motorcycle or cafe racer.
Reed sensors rely on magnetic field detection to measure wheel speed and engine RPM. Over time, magnets can weaken or become damaged due to vibration, temperature fluctuations, or physical impact. This replacement magnet pack restores full functionality and maintains the precision your digital gauge cluster demands.
Whether you're running a classic BMW, vintage cafe racer, or modern custom build, having spare magnets on hand ensures minimal downtime.
Constructed from premium neodymium material, these magnets deliver consistent magnetic strength and durability. They're straightforward to install on rotating components, making them an ideal maintenance item for any rider who values reliability and accuracy in their instrument readings.
The Motogadget replacement magnet pack is an essential spare part for keeping your reed sensor kits running reliably. These high-quality neodymium magnets are specifically designed as OEM replacements for the 930240 and 930285 Reed Sensor Kits, ensuring accurate speedometer and tachometer readings on your custom motorcycle or cafe racer.
Reed sensors rely on magnetic field detection to measure wheel speed and engine RPM. Over time, magnets can weaken or become damaged due to vibration, temperature fluctuations, or physical impact. This replacement magnet pack restores full functionality and maintains the precision your digital gauge cluster demands.
Whether you're running a classic BMW, vintage cafe racer, or modern custom build, having spare magnets on hand ensures minimal downtime.
Constructed from premium neodymium material, these magnets deliver consistent magnetic strength and durability. They're straightforward to install on rotating components, making them an ideal maintenance item for any rider who values reliability and accuracy in their instrument readings.
Delivery time: 3–5 business days
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