How does the Honda GL1000 charger system work?

How does the Honda GL1000 charger system work?

There are cheaper ones with only three diodes, but these are not used in GoldWings. The more load you put on a generator, the more its output voltage collapses. Honda engineers put a variable load in the shape of a regulator on one coil of the stator. This regulator shunts current to the ground, thus simulating heavy load.

Where is the alternator on a GL1000?

The GL1000s have a 3-phase-AC-generator located on the left side of the engine above the clutch in the rear engine cover. The alternator is maintenance-free, You would have to pull the engine to get access to it. It consists of a stator with 18 coils and a rotor with six magnets.

How many volts does a Goldwing car battery have?

Like almost any automotive battery, the GoldWing battery has 6 cells, typical voltage 12V. A good charging system supplies a maximal voltage of 14.4 Volts (6 x 2.4 V).

How many coils are in a GL1000 Charger?

It consists of a stator with 18 coils and a rotor with six magnets. The eighteen coils on the stator are actually only three coils, each divided into six parts. In wiring diagrams, the three-phase generator is therefore shown with three coils only.

There are cheaper ones with only three diodes, but these are not used in GoldWings. The more load you put on a generator, the more its output voltage collapses. Honda engineers put a variable load in the shape of a regulator on one coil of the stator. This regulator shunts current to the ground, thus simulating heavy load.

The GL1000s have a 3-phase-AC-generator located on the left side of the engine above the clutch in the rear engine cover. The alternator is maintenance-free, You would have to pull the engine to get access to it. It consists of a stator with 18 coils and a rotor with six magnets.

Like almost any automotive battery, the GoldWing battery has 6 cells, typical voltage 12V. A good charging system supplies a maximal voltage of 14.4 Volts (6 x 2.4 V).

It consists of a stator with 18 coils and a rotor with six magnets. The eighteen coils on the stator are actually only three coils, each divided into six parts. In wiring diagrams, the three-phase generator is therefore shown with three coils only.