I repeat.
It is a simple matter of the relay not getting appropriate voltage via the starter circuit.
What you are experiencing is a classic case of voltage drop. Something between the battery and starter relay is hindering the flow of current.
If one measures voltage at the end of a wire with a device not connected there can be 12 volts at the end of that wire. As soon as that wire is connected to the device the voltage may drop off. IE voltage drop. That is why it is named what it is named.
You need to have 12 volts indicated on the wire while the wire is connected and the device is energized.
Go back and check all of the connections. Inspect all of the wiring. From the battery to fuse to the switches and on to the relay.
It is a simple matter of the relay not getting appropriate voltage via the starter circuit.
What you are experiencing is a classic case of voltage drop. Something between the battery and starter relay is hindering the flow of current.
If one measures voltage at the end of a wire with a device not connected there can be 12 volts at the end of that wire. As soon as that wire is connected to the device the voltage may drop off. IE voltage drop. That is why it is named what it is named.
You need to have 12 volts indicated on the wire while the wire is connected and the device is energized.
Go back and check all of the connections. Inspect all of the wiring. From the battery to fuse to the switches and on to the relay.
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