RIFE Magnetic Crank Trigger Hall Effect Sensor 3/4-16 Thread

For Instructions and Spec Sheet: Click Here

Note: This RIFE Hall Effect Magnetic trigger sensor is designed for flying magnet trigger wheels (not ferrous metal pickups).

After years of success with our RIFE front true zero-speed wheel speed and driveshaft sensors we set out to utilize the same technology to create a stable, high resolution magnetic hall effect (square wave) sensor to be used for flying magnet crank triggers. This sensor is a from scratch design purpose built for the needs of racing in terms of accuracy and durability. 

Utilizing a Unipolar RIFE Hall Sensor reading the South Pole only on the magnet, this will eliminate false triggers and misfires caused my surrounding magnetic fields, and trace magnetic field bleed through from the opposing pole.  

This 3/4-16 threaded bodied sensor is the same thread as most commonly available crank trigger mounts and sensors to provide a direct replacement. 

Features:

• Highly stable square wave output
• High Accuracy
• Unipolar Hall Sensor (South Pole Only)
• Low Jitter data
  
• Accurate up to 12,000 rpm with a 12 magnet pickup
• 5v-20v reference voltage 
• 3/4-16 Threaded body
• DTM 3 way connector 
• CNC machined aluminum body
  
• Black Hard Anodizing body
• Each sensor tested before packaging
  
• Designed, Machined, Assembled, Tested in house at Motion Raceworks Dewitt, IA
  

Please note: these sensors are quality tested before shipment to provide an accurate and highly precise out of the box performance. Please visit our FAQ for trouble shooting in relation to sensor signal and use. 

Note: due to availability domestically, RIFE sensors are designed and built in house with a mix of domestic and international sourced components.

Note: If replacing a different hall effect sensor with this RIFE sensor, we highly suggest confirming timing and setup due to variation in how sensors read and the potential for differences.

Questions?  Email customerservice@motionraceworks.com or call (800) 878-9274