![]() ![]() ![]() A green grounding wire also connects to the ignition coil. The ignition coil wire is usually yellow or yellow/black in color and connects to the same colored wiring from the wiring harness. The ignition coil connects to the spark plug, with this electrical discharge resulting in a spark from the spark plug. The ignition coil discharges the electrical charge generated and sent by the timing trigger. It should be noted that when using a DC CDI Box, many times this wire hangs loose at the stator connection and does not actually join, since the power is provided to the DC CDI from the ignition key switch wire and battery. The CDI Ignition Power wire is generally red or red/black in color and connects to the same colored wiring located on the stator. This power is supplied from the battery using a DC CDI Box or the alternator using an AC CDI Box. The CDI Ignition Power wire provides the power necessary for the CDI Box to function. Once connected, there is still wiring that must be joined with that of the CDI Ignition, ignition coil, timing trigger, kill switch or ignition key switch, and grounds. The wiring harness will usually have one or two female connectors that contain the six different wires needed to connect with the male connector of the CDI Box. The CDI Box is connected to the various other parts of the vehicle by the wiring harness. You can purchase just the CDI Box and connect it to your current wiring system though. These kits usually also include an ignition coil, kill switch, and spark plug. The easiest way to connect a new CDI Box is to purchase a kit that provides both the CDI Box and a main wiring harness. ![]() MORE: 5 Pin CDI Wiring Diagram Connecting The CDI Box There is a usually a wire connection for the CDI Ignition Power on the stator, but it generally is not used as the power is supplied by the ignition key switch and battery.Kill Switch pin/wire is actually wired to the ignition key switch.When turning the ignition on, the vehicle’s lights usually come on as well with a DC CDI.Usually bigger in size than an AC CDI Box.It comes with a DC/AC inverter circuit to raise the voltage from 12 Volts to 400 – 600 Volts.ĭC CDI systems make it easy to start the engine even in colder temperatures and enable precise ignition timing. Source: Source: Source: Source: faceitsalon.The DC CDI is powered by a battery via direct current. Make sure to follow the step-by-step guide provided above and always prioritize safety by disconnecting the battery before starting the wiring process. Conclusion In conclusion, wiring a 3 prong ignition switch is relatively simple, as long as you understand the function of each connector. Step 6: Reconnect the Battery Once you've completed the wiring, reconnect the battery to test if the ignition switch is working correctly. Step 5: Connect the 'S' Connector Connect the 'S' connector to the starter solenoid. Step 4: Connect the 'I' Connector Connect the 'I' connector to the ignition coil. Step 2: Identify the Connectors Identify the three connectors labeled as 'B,' 'I,' and 'S.' Step 3: Connect the 'B' Connector Connect the 'B' connector to the positive terminal of the battery. Step-by-Step Guide to Wiring a 3 Prong Ignition Switch Here's a step-by-step guide on how to wire a 3 prong ignition switch: Step 1: Disconnect the Battery Before you start wiring the ignition switch, make sure to disconnect the battery to avoid any electrical hazards. Finally, the 'S' connector should be connected to the starter solenoid. The 'I' connector should be connected to the ignition coil. The 'B' connector should be connected to the positive terminal of the battery. Wiring Diagram The wiring diagram for a 3 prong ignition switch is relatively simple. The 'I' connector connects the ignition coil to the switch, while the 'S' connector connects the starter solenoid to the switch. The 'B' connector is responsible for connecting the battery to the ignition switch. These connectors are labeled as 'B', 'I', and 'S.' Understanding the Wiring Diagram Before we dive into the wiring diagram, it's essential to understand the function of each connector. A 3 prong ignition switch, as the name suggests, has three connectors or terminals. What is a 3 Prong Ignition Switch? An ignition switch is an electrical component that is responsible for starting and stopping the engine. In this article, we'll provide you with a comprehensive guide on 3 prong ignition switch wiring diagram. 3 Prong Toggle Switch Wiring Diagram Wiring Diagram from Introduction If you're looking to replace or install a 3 prong ignition switch, then you've come to the right place. ![]()
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