Call us today to order your MSD Crank Trigger Kit - Flying Magnet - Hall-Effect - LS Gen III/IV - 7.25 In.!
Part # 8619
- 3-wire Hall-Effect Sensor that is not easily susceptible to EMI/RFI Interference
- Powerful magnets embedded in a 3/8” thick billet 6061-T6 aluminum trigger wheel
- Rigid mounting that will not flex and cause timing fluctuation
- Easy to install much like traditional MSD Crank Trigger Kits (use with ATI Balancer - 917777 or 917211)
- Allows precise indexing by utilizing the 10 degree range on included timing pointer
- Most accurate way to trigger your electronic fuel injection (EFI)
Upgrading to an MSD Flying Magnet Crank Trigger Kit will deliver the precise and reliable signal that a high performance engine requires. This kit gives you the ability to control timing electronically through a Holley EFI ECU (or other standalone engine management system / ignition controller). At the heart of the kit is the 3-wire Hall-Effect Sensor that is easier to set up, less susceptible to EMI/RFI interference/noise, and less likely to have false signals than other methods (Distributors and VR Magnetic Sensors). In addition, they are less prone to mechanical failure since there are no wear parts. With the included high quality timing pointer and the use of a direct bolt-on, degreed balancer (ATI 917777 or 917211), you'll be able to adjust timing in the precise increments required for your LS Engine.
Vehicle information below is not a guaranty of fitment. If you have fitment concerns, please call prior to ordering.
1900
We are an authorized retailer for all MSD products. The standard manufacturer warranty applies. If you ever have manufacturer warranty concerns or questions on products you purchased from us, we can help! We are a family owned and operated company that values all of our customers. We are here to assist with all future warranty concerns!
Warning: This product can expose you to chemicals, which is known to the State of California to cause cancer. For more information, go to www.P65Warnings.ca.gov