which is the field and which is the remote sensing wire on a lucas lrao2226 diesel alternator

Field and remote sensing wire connections are key components of any Lucas LRAO2226-SEL alternator system. These wires allow the alternator to receive a signal from the battery or other power source, so that it can accurately gauge the next step in the power-generating process. Without these wires, the alternator would be unable to function properly.

Field and remote sensing wires on a Lucas LRAO2226-SEL alternator are two separate copper wires used to provide the alternator with a combination of voltage and current signals. The field wire is connected to the positive terminal of the alternator, which helps to create a magnetic field in the rotor and stator coils. This magnetic field is then used to power the alternator and generate electricity. The remote sensing wire, meanwhile, is connected to the negative terminal of the alternator and provides the system with up-to-date information about the battery’s voltage. This ensures that the alternator only generates electricity when it needs to, reducing wear and tear.

It’s important to remember that field and remote sensing wires are essential components of any Lucas LRAO2226-SEL alternator system. If these wires are not properly connected, the alternator will be unable to generate power or run efficiently. As such, it’s essential that the wires are checked periodically and replaced if necessary to ensure optimal performance. Additionally, it’s important to ensure that the wires are properly insulated to prevent any potential short-circuits.

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