A magneto uses permanent magnets for the field which may be a spinning rotor or a fixed field. As long as the magnetic field cuts through a coil or coils of wire is what matters. A motorcycle magneto is just that, a stator with a number of coils wired to get the volts and current needed and a rotor lined with magnets to supply the field. altho bikers call it the stator that charges the battery and works the lites ignition etc. it is STILL a magneto. It does require a rectifier to charge the battery and is usually a combo rectifier/regulator.
A car alternator has a stator or frame of coils the does not move, hence the name stator for stationary. It has a multi-pole rotor that is not made of magnets but is an electro-magnet meaning current must flow through a coil to get the rotor excited or having a magnetic field. This is done by sliprings on the rotor wired to the coil and current enters through brushes. when the battery is 'up' less current goes thru the rotor and voltage out is a bit less so as not to sazzle the lights.
The alternator has a built in diode bridge to turn a.c. to d.c. to charge the battery work the lites and ignition system as well as other accessories.
Both motorcycle mag /stator and car alternator require a voltage
regulator so the battery gets a proper charge. The regulator and rectifier are mostly one unit on the bike.
It is actually the stator or flywheel, the coils in the stator is the magneto which is under the flywheel
magneto is dc
a magneto puts out dc electricity
The phase diference is proportional to the load
two windings on the stator
I need the answer of this question plz!!
place the magnet on the flywheel in front of magneto and place a buisness card between flywheel and magneto and tighten magneto down.......remove buisness card..
An ignition coil requires external electrical power. A magneto requires only mechanical power to create an ignition spark. If an engine HAS no electrical power (lawnmower, tiller, chain saw) then a coil would not function.
An alternator is a device that generates power for an automobile to run its electrical loads and to charge the battery. A stator is one of the internal parts of the alternator, specifically the stationary windings that generate the 3-phase AC.
Most of the Briggs engines can be gapped simply with a business card between the flywheel and the magneto.
Magneto air gap is a critical measurement that refers to the distance between the armature and the electromagnet in a magneto. This distance directly affects the efficiency and performance of the magneto, so it needs to be precise. Minor variations in the air gap can impact the spark produced by the magneto, affecting the engine's ignition timing and overall operation.
take magneto off and use fine sandpaper or emory board and knock off surface rust on edge that contacts flywheel........when replacing turn flywheel to where magnet is in front of magneto and place buisness card between flywheel and magneto and tighten down ...remove buisness card......