auldblue said:The gauge I have fitted is 60-2133 tapered thread, it has an o ring at the base but as it is a fairly tight fit I will leave it till I run the bike and deal with it when (if) it leaks.
auldblue said:60-2133 tapered thread
auldblue said:I was using the clymer workshop book for wiring diagram ( general export from DU 66246) which showed OPS but across the page under UK ,mine is a US bike ......ignition light clearly shown and I didn't read it
L.A.B. said:auldblue said:The gauge I have fitted is 60-2133 tapered thread, it has an o ring at the base but as it is a fairly tight fit I will leave it till I run the bike and deal with it when (if) it leaks.
As long as you understand you could be forcing a 27 TPI tapered thread (which gradually increases in diameter to 0.405") into a 0.375", 26 TPI parallel threaded hole!
If so, and it does begin to leak then the usual instinct would be to tighten the switch some more, maybe resulting in an even bigger leak if/when the cover cracks.
auldblue said:60-2133 tapered thread
It has been the subject of much contention and debate elsewhere whether 60-2133 (D2133) is the correct number for the tapered switch but which we needn't go into here.
auldblue said:I was using the clymer workshop book for wiring diagram ( general export from DU 66246) which showed OPS but across the page under UK ,mine is a US bike ......ignition light clearly shown and I didn't read it
As far as I'm aware, the oil pressure switch wasn't fitted until the '69 year of any model (so from calendar late '68) and I don't believe there has ever been any disagreement about that.
The "DU66246 Home" and "DU66246 Export" diagrams in my copy of the WSM6 DU66246 manual both show an ignition warning light (green).
Nevertheless, if the blanking plug thread (and assuming also the timing cover thread) is 3/8" - 26 then the cover is not the type intended for an oil pressure switch.
auldblue said:I left the bikes ignition on just before meltdown and when I switched it off I felt the coils for heat ,left stone cold , right pretty hot . When I fixed the wires that were melted and put it back with a new ignition switch the left coil was blowing the fuse ,swopped the wires over and still the DS coil .
L.A.B. said:auldblue said:I left the bikes ignition on just before meltdown and when I switched it off I felt the coils for heat ,left stone cold , right pretty hot . When I fixed the wires that were melted and put it back with a new ignition switch the left coil was blowing the fuse ,swopped the wires over and still the DS coil .
That's the opposite of what I'd expect.
For the TS coil to get hot, the TS points must have been closed, in which case I would've expected the 'hot' coil to be the one to have suffered any damage.
As the DS coil was "stone cold", the DS points must have been open so there would have been no current passing through it, which is probably why that coil remained completely cold.
auldblue said:I tested the resistance of each coil 4.5 TS , 4.2 DS so there must be a test if the coil is earthing inside or the fact the the numbers are close is it something else?
L.A.B. said:auldblue said:I tested the resistance of each coil 4.5 TS , 4.2 DS so there must be a test if the coil is earthing inside or the fact the the numbers are close is it something else?
For the coil to cause the short, there would have to be continuity between the windings and the coil casing, so an Ohms test between the coil terminals and the casing should all show an 'infinity' reading.
auldblue said:The carb bolts on the inlet manifolds seem to be braced on and they need to come off has anyone got a clue the best way to accomplish this task?
auldblue said:auldblue said:The carb bolts on the inlet manifolds seem to be braced on and they need to come off has anyone got a clue the best way to accomplish this task?
The above should read Brazed on!