rlwm211
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It will make no difference where you connect to the 24 volt system as long as it is on a wire that is substantial. It is not necessary to connect as close to the alternator as possible and it actually may be a source of noise that is actually unwanted.
In Ham radio where we apply loads up to and sometimes over 20 amps to a system for HF radios on transmit, the manufacturers universally recommend connecting as close to the battery as possible. I cannot see why that would change regardless of the load.
The fact is the battey buffers the peak demands on the B+ and therefore protects the alternator from surges that could be damaging to the regulator or diode circuits. Now, a 20 amp load is not substantial as far as a dc circuit in a Deuce is concerned but the logic is sound and in practice should hold true no matter how large or small a load you are placing on the power system.
In Ham radio where we apply loads up to and sometimes over 20 amps to a system for HF radios on transmit, the manufacturers universally recommend connecting as close to the battery as possible. I cannot see why that would change regardless of the load.
The fact is the battey buffers the peak demands on the B+ and therefore protects the alternator from surges that could be damaging to the regulator or diode circuits. Now, a 20 amp load is not substantial as far as a dc circuit in a Deuce is concerned but the logic is sound and in practice should hold true no matter how large or small a load you are placing on the power system.