Quote:
Ha I gotta laugh, nah you busted me, its really a subaru dizzy. NOT
If you took your time and went back and actually read all the threads on dizzies in this site you would see that numerous times I have talked about the pulsar dizzy, just like numerous other members. The pic you are refereing to as being new is exactly that. Why would anyone wish to see inside a dismantled dizzy? (Wow mad its got a bearing instead of a bush, man thats gotta make the car go faster, better, and smoother.) Also the other pic of the modified bracket if you bothered to look, from memory ddgonzal has previously put up a similar pic showing the same basic thing. Why would I need to put up my pics if someone else already has?
As to which pulsar you could be onto something here, my dizzy is from a japanese importer and came off an E15 pulsar engine, quite possibly the australian models had various types of dizzies just like the 1200's did. I cant scan a pic of the part number on my dizzy as it wont show up, but here are the exact numbers on the side of the dizzy;
T4T84092 (8208 in little numbers)
Below that is a nissan symbol then in small numbers 22100 (75A10 in big numbers)
Maybe a member can locate this in their parts catalogue and give you all the info you require.
I dont really care but you stated earlier that the subaru dizzy was the optimum choice, so why would you spend all weekend dissassembling pulsar dizzies? Do you care to share where all these dizzies are? as they are a wanted item and I am sure many members would like to know their whereabouts.
Your theory of rapid heat transfer has a bit of merit but I would like to know of any mechanical part that has a bearing which is located and held in place by a bracket but yet the shaft is only a press fit. Bearings do create heat too you know. Subaru dizzies dont count for an example and dont try and say an axle bearing either as these are still held on by a retaining collar which is non moving on the shaft so heat transfer is the same as the shaft.
Its nice that your a fitter- machinest, so you personally should be good enough to make the 1mm clearance exact. Then why would there be any question of it not being 1mm but being more. If your happy with your decisions in whatever you do I am happy for you, if it takes a 10tonne press to put the bearing on I am sure heat wont affect it and the shaft 1 tinny bit. But if you belive it takes a 10tonne press to put the bearing on thats another story.
Anyway I am bored, Steve