The MSD Digital 6 Plus is a powerful ignition system designed to provide reliable and accurate performance in a variety of applications. The system utilizes a microprocessor to control the ignition timing and provides for a variety of adjustments, including RPM and spark advance. To ensure the system is properly configured, it is important to understand the wiring diagrams associated with the MSD Digital 6 Plus.
Overview of Wiring Diagrams
The MSD Digital 6 Plus wiring diagrams provide the information needed to correctly wire the ignition system and associated components. The diagrams are divided into two sections: one for the crank trigger and one for the magnetic pick-up. Both diagrams provide the following information: the primary and secondary wire connections, the power connections, and the connections for the tachometer, rev limiter, and RPM activated switch.
Crank Trigger Wiring Diagram
The crank trigger wiring diagram provides the information needed to wire the MSD Digital 6 Plus to the crank trigger. This includes the connections for the primary and secondary wires, power connections, and the connections for the tachometer, rev limiter, and RPM activated switch. The diagram also provides instructions for connecting the crank trigger to the MSD Digital 6 Plus.
Magnetic Pick-up Wiring Diagram
The magnetic pick-up wiring diagram provides the information needed to wire the MSD Digital 6 Plus to the magnetic pick-up. This includes the connections for the primary and secondary wires, power connections, and the connections for the tachometer, rev limiter, and RPM activated switch. The diagram also provides instructions for connecting the magnetic pick-up to the MSD Digital 6 Plus.
Conclusion
Understanding the wiring diagrams associated with the MSD Digital 6 Plus is essential to ensure the system is properly configured. The wiring diagrams provide the information needed to correctly wire the ignition system and associated components, including the crank trigger and the magnetic pick-up. Following the diagrams and instructions provided in the diagrams will help ensure the system is properly configured and provide optimal performance.
