AllNewbie
Member
Sorry for my ignorance,new to the big dog gang. Who is steed?Steed would know by year change if it's cam or crank. Unless you can see a sensor harness wire near the cam area? That's, follow the pushrods to see where the cam lifts the pushrods. If not, then the crankcase area for a crank sensor harness off the case.
Seems like it's pretty common for these. Some sensors will show good when checked with a meter and measured against the resistance specs in the book. But a new one solved it. That's one variable I've noticed on these. Or say, sensor wise again, this one bike would run fine, but as soon as it reached its running heat range, where the engine is fully warmed up, it stopped. Waited for it to cool down, and it started again. Replaced the sensor and solved. So his was 15 minutes, yours might be 20 minutes and shows ignition curves jumping all over the place is my [binary fed] guess.
These are computer bikes so the one sensor that stops the bike from running is a bad crank/cam sensor. Let's recap.
20 minute window:
Compression; Can't be this. The bike starts right up again.
Fuel; The bike starts back up so two are out of the loop.
Spark; Can't be a coil, nor a black box, nor new plugs; it keeps firing back up until the 20 minute window kicks in.
Crank/Cam sensor; Magnetism~you cannot separate heat from the chemical reaction. The sensor makes magnetism; is the form of a wave length. Heat times 20 minutes equals wave my length any other way but square. Then there is no other choice to square away but the sensor.
Is it my understanding from your description that dependant on the year my bike may have one or the other? But not both? Or am I reading into that wrong?