I did the hard way. But it is a 6 speed conversion.
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I did the hard way. But it is a 6 speed conversion.
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'01 540it, 6/01
'03 325i 5 speed, 9/02
'10 535ix. 9/09
'10 mini 6 speed
'15 mini countryman 6 speed
the engine will rest fine, the converter bolts are no big deal as when the engine trys to turn over the socket that you are using on the bolt hits the side of the hole and stops it's rotation, that tranny is massive and ungodly heavy so be prepared, make damn sure you have the converter all of the way into the tranny when you are installing it, if it's not all of the way in and you force it in with the bellhousing bolts you will destroy the pump and booger up the snout of the converter at best, at worst frag the whole tranny
all america wants is cold beer warm cat and a place to take a poop with a door on it
Right.... Happy New year everyone... Here I am with an update on my progress and another question.
The Trans is out now. All went suprisingly smoothly, no major PITA bolts to remove from the bellhousing, no clearance issues when dropping the trans, prop came off easily etc. Really pleased with progress so far, and thanks to Winfred for the reassurance.
I don't know if I've done the right thing here, but I left the Torque Convertor bolted to the flywheel when dropping the box. From your post Winfred, I see that your prefered method would be to unbolt the torque convertor and drop it with the Trans? So my first question is, should I mount it into the bellhousing for reinstallation to ensure a good 'mating' of the splined nose?
Secondly, when manhandling my used tranny (upside down and still containing some fluid) I notice fluid weeping from the input shaft. Anyone know if this is to be expected? Is this a sign of a shot input bearing seal? Should such items be replaced as a matter of course during a job such as this? What is invloved?
Is there any other maintenance that I should carry out while I have access to these areas of the vehicle that rarely see daylight?
In the mean time, I'll be swapping in my rebuilt valve body and trying to recruit a helper for the install, next weekend if all goes well.
Look forward to reading any advice you all may have.
Many thanks
Steve
Thanks
Maybe the 540 is different from mine but IMHO the torque converter MUST be in the gearbox before you install. Apart from damaging the seal, you need to spin the TC and push it inwards to get it to seat in the gearbox fully. If you are dropping the valve body anyway, check that the resistances of the speed sensors and valves are to spec. If any are duff now is the time to replace them. I found the box easier to install than a manual but it is VERY heavy-maybe 80kg+ on yours. I put mine with a forklift - the sideshift was great for the 'up a bit, right a bit' phase. You wont have one in your drive so you might want to rig up some kind of cradle for your trolley jack to make sure the box doesnt fall off.Originally Posted by blue540
Right, I'll get it off the flywheel tomorrow.
Any ideas on the input shaft oil seal anyone? I dont think this should be allowing fluid past.
Any suggestions as to what could be going on here. Bodged removal by dismantler?????
This may sound a little stupid. If you dont have the TC in and you tip up the back end of the gearbox, ATF will pour out of the front seal. The TC fits in there and stops the oil coming outOriginally Posted by blue540
Well it should do - so its prudent to check that seal is OK before you put the TC back in. By the way, are you using the TC from the 'new' box or your old one?
Thanks for that, could be just what is happening. Guess I just saw the fluid and paniced a little, assuming it was coming form the shaft seal. Seems silly now I think about it properly.Originally Posted by whiskychaser
I dont have another torque convertor so the old one is going back in. While on the subject, I've read that it's very important to mark where the torque convertor sits on the shaft. Why is this critical?Originally Posted by whiskychaser
http://bimmerboard.com/forums/posts/64818
I would have thought that the position of the torque convertor on the shaft would not be 'adjustable' so to speak?