If you’re a car enthusiast, then you know the importance of having functional components in your vehicle. One of the components that you need to have in perfect condition is the RPM activated switch. The MSD RPM activated switch is a device that allows you to control the rpm of your car’s engine. In this article, we will discuss the MSD RPM activated switch wiring diagram, why it’s important, and how to install it.
What is an MSD RPM Activated Switch?
An MSD RPM activated switch is a device that triggers a specific action when the engine’s RPM reaches a specific point. It is designed to provide accurate and reliable switching at high RPMs. The device can be used for numerous applications, including nitrous oxide systems, shift lights, and cooling fan engagement.The MSD RPM activated switch is a solid-state device that requires a 12V power supply. It has an RPM range of 1000-9900 and can be adjusted in 100 RPM increments. The device is designed to work with most 4, 6, and 8-cylinder engines.
What is the MSD RPM Activated Switch Wiring Diagram?
The MSD RPM activated switch wiring diagram is a graphical representation of the electrical connections required to install an MSD RPM activated switch. The diagram illustrates the different components that need to be connected for the device to function properly.
Components needed for the MSD RPM Activated Switch Wiring Diagram
Before we delve into the wiring diagram, let’s first look at the components needed for the installation:
- MSD RPM activated switch
- 12V power source
- Ignition control module
- Distributor
- Tachometer
- Coil
- Ground wire
- Solderless connectors or wire crimps
- Wire crimper/stripper
MSD RPM Activated Switch Wiring Diagram
To install the MSD RPM activated switch, connect the following wires:
- Step 1: Connect one wire from the MSD RPM activated switch to the ignition control module’s tach output.
- Step 2: Connect the other wire from the MSD RPM activated switch to the coil’s negative terminal or the distributor’s tach output.
- Step 3: Run a wire from the 12V power source to the MSD RPM activated switch’s red wire.
- Step 4: Connect a wire from the MSD RPM activated switch’s black wire to a reliable ground source.
FAQ about MSD RPM Activated Switch Wiring Diagram
What is the MSD RPM activated switch used for?
The MSD RPM activated switch is used for controlling the RPM of the engine. It can be used for applications such as nitrous oxide systems, shift lights, and cooling fan engagement.
What is the RPM range for the MSD RPM activated switch?
The MSD RPM activated switch has an RPM range of 1000-9900 and can be adjusted in 100 RPM increments.
What is the voltage required for the MSD RPM activated switch?
The MSD RPM activated switch requires a 12V power supply.
What components are needed for the MSD RPM activated switch installation?
The components needed for the MSD RPM activated switch installation include the MSD RPM activated switch, a 12V power source, ignition control module, distributor, tachometer, coil, ground wire, solderless connectors or wire crimps, and a wire crimper/stripper.
Conclusion
If you’re looking to install a reliable RPM activated switch in your car, then the MSD RPM activated switch is an excellent choice. The device is designed to provide accurate and reliable switching at high RPMs, and it can be used for numerous applications. By following the wiring diagram provided in this article, you can easily install the MSD RPM activated switch in your car and enjoy its various benefits.
