Can anyone elaborate on this.
I'm working on getting the magnet off , reversing it and reinstalling it. Might have to run to town for a faucet puller.
Thanks, Edy
Okay.
The lobes (magnets) on the rotor are indexed by way of a key and keyway. It is set up so the magnet passes through the coil at a certain time during crankshaft rotation. If the magnet is installed backwards, and it can be, the magnets pass the coil at the wrong time thereby producing a spark at the wrong time/piston position. Key word here are 'produces a spark'. Even if the rotor is installed wrong there will still be ignition so your plug will fire.
This fact sort of steers me away from the rotor(magnet) being wrong because you've said the plug never fires.
As I said earlier there have been cases of a man getting multiple defective parts. Not common but it certainly would make for a head scratcher.
I'll have to look for it (lost my copy on an old computer that died), but there is an ohm reading post that I put up a couple of years back that gives exact resistance readings that you should see when checking the CDI and magneto coil. Maybe someone has that handy and will post it here for you. It's not just a matter of continuity as you said you'd checked for. There are specific numbers that your components must match. An accurate ohm meter, either analog or digital is needed.
Tom
EDIT: Found it: Here is what you need to see>
Use Low Ohm-Meter Scale About 200 Ohms
Magneto Coil
1) Check Ohms between BLACK wire and WHITE wire. Reading should be around 2 Ohms
2) Check ohms between BLUE wire and WHITE wire. Should be around 300-400 ohms.
CDI
Use Ohm Meter High Scale About 200-K
1) Positive lead on BLUE wire and Negative lead on BLACK wire should read infinite (no activity)
2) Positive lead on BLACK wire and Negative lead on BLUE wire. Should be about 130-150 K-ohms
3) Positive lead on Spark Plug wire and negative lead on BLUE wire. Should read between 135-155 K-ohms
Switch to Low Scale 20K
4) Measure between Spark Plug wire and Black lead. Should be about 2.5 - 2.7 K- ohms