Jump to content
SAU Community

Recommended Posts

  • 2 weeks later...
  • 1 month later...

Welded up the sump but it distorted to much so I made up another one without the extra extension at the back.

Made a new pick up, still need to make a bracket back to the girdle and modified the windage tray.

Had the ETS-pro from Full Race turn up, finding this unit was the trigger for starting the whole project.

IMGP2611_resize_zpsfebed872.jpg

IMGP2612_resize_zps292419bb.jpg

IMGP2616_resize_zps9ddd6387.jpg

IMGP2617_resize_zps8cd3726a.jpg

IMGP2618_resize_zpse8c9b3cf.jpg

IMGP2619_resize_zpsc5c58d8d.jpg

  • 1 month later...

Few more things done, rebuilt the clutches in the diff. The bearings and back lash was fine so brought the nismo 3843S-R521 kit but should have brought the 3843S-R520 kit.

The R521 kit came with 4 spring plates, 2 spring discs 4 friction discs and 2 friction plates, this made about 130ft/lb brake away.

IMGP2591_resize_zps76a24937.jpg

I used 2 spring plates, 2 spring discs, 4 friction plates and 4 friction discs, this would be the same as the R520 kit.

IMGP2598_resize_zps5f770ead.jpg

The brake away torque to start with was 25 ft/lb and ended up with 69 ft/lb. Gave the pressure rings and the casing a polish with some fine sand paper and filed the

sharp edges, this helped the pressure ring slide smoothly.

Pressure ring before polishing.

IMGP2603_resize_zps321a55c4.jpg

After

IMGP2606_resize_zps52a53008.jpg

Polishing the casing where the ears run.

IMGP2605_resize_zpsb6eecffc.jpg

Made some plates to bolt to the flanges for testing and removing the stubs.

IMGP2613_resize_zps10438bea.jpg

IMGP2581_resize_zpsd1a15e0b.jpg

IMGP2577_resize_zps157d6425.jpg

Put back together with a quick coat of paint.

IMGP2607_resize_zps52a0e567.jpg

Also started to de-burred the block and modified a corner on the fuel tank to give the exhaust more clearance.

IMGP2621_resize_zps303279a0.jpg

  • Like 1

Few more things done, rebuilt the clutches in the diff. The bearings and back lash was fine so brought the nismo 3843S-R521 kit but should have brought the 3843S-R520 kit.

The R521 kit came with 4 spring plates, 2 spring discs 4 friction discs and 2 friction plates, this made about 130ft/lb brake away.

IMGP2591_resize_zps76a24937.jpg

I used 2 spring plates, 2 spring discs, 4 friction plates and 4 friction discs, this would be the same as the R520 kit

Just to confirm, this is an r33 GTR r200?

I've been looking for the part number for the nismo rebuild/upgrade for my r32 GTR.

Who did you source the diff parts from?

Cheers

Justin

Hi Justin yes this is out of GTR R33, I would go the 3843S-RS520 kit

This should help for the part numbers. http://www.nismo.co.jp/en/products/competition/lsd/pdf/repair04.pdf

I brought the kit form rhd japan http://www.rhdjapan.com/nismo-r200-mechanical-lsd-disc-kit-rs521.html

Negun also have rebuild kits. http://www.nengun.com/nismo/lsd-repair-parts

  • 2 weeks later...

Create an account or sign in to comment

You need to be a member in order to leave a comment

Create an account

Sign up for a new account in our community. It's easy!

Register a new account

Sign in

Already have an account? Sign in here.

Sign In Now



  • Similar Content

  • Latest Posts

    • Surely somebody has one in VIC. Have you asked at any shops?  Is this the yearly inspection or did you get a canary?
    • This is where I share pain with you, @Duncan. The move to change so many cooling system pieces to plastic is a killer! Plastic end tanks and a few plastic hose flanges on my car's fail after so little time.  Curious about the need for a bigger rad, is that just for long sessions in the summer or because the car generally needs more cooling?
    • So, that is it! It is a pretty expensive process with the ATF costing 50-100 per 5 litres, and a mechanic will probably charge plenty because they don't want to do it. Still, considering how dirty my fluid was at 120,000klm I think it would be worth doing more like every 80,000 to keep the trans happy, they are very expensive to replace. The job is not that hard if you have the specialist tools so you can save a bit of money and do it yourself!
    • OK, onto filling. So I don't really have any pics, but will describe the process as best I can. The USDM workshop manual also covers it from TM-285 onwards. First, make sure the drain plug (17mm) is snug. Not too tight yet because it is coming off again. Note it does have a copper washer that you could replace or anneal (heat up with a blow torch) to seal nicely. Remove the fill plug, which has an inhex (I think it was 6mm but didn't check). Then, screw in the fill fitting, making sure it has a suitable o-ring (mine came without but I think it is meant to be supplied). It is important that you only screw it in hand tight. I didn't get a good pic of it, but the fill plug leads to a tube about 70mm long inside the transmission. This sets the factory level for fluid in the trans (above the join line for the pan!) and will take about 3l to fill. You then need to connect your fluid pump to the fitting via a hose, and pump in whatever amount of fluid you removed (maybe 3 litres, in my case 7 litres). If you put in more than 3l, it will spill out when you remove the fitting, so do quickly and with a drain pan underneath. Once you have pumped in the required amount of clean ATF, you start the engine and run it for 3 minutes to let the fluid circulate. Don't run it longer and if possible check the fluid temp is under 40oC (Ecutek shows Auto Trans Fluid temp now, or you could use an infrared temp gun on the bottom of the pan). The manual stresses the bit about fluid temperature because it expands when hot an might result in an underfil. So from here, the factory manual says to do the "spill and fill" again, and I did. That is, put an oil pan under the drain plug and undo it with a 17mm spanner, then watch your expensive fluid fall back out again, you should get about 3 litres.  Then, put the drain plug back in, pump 3 litres back in through the fill plug with the fitting and pump, disconnect the fill fitting and replace the fill plug, start the car and run for another 3 minutes (making sure the temp is still under 40oC). The manual then asks for a 3rd "spill and fill" just like above. I also did that and so had put 13l in by now.  This time they want you to keep the engine running and run the transmission through R and D (I hope the wheels are still off the ground!) for a while, and allow the trans temp to get to 40oC, then engine off. Finally, back under the car and undo the fill plug to let the overfill drain out; it will stop running when fluid is at the top of the levelling tube. According to the factory, that is job done! Post that, I reconnected the fill fitting and pumped in an extra 0.5l. AMS says 1.5l overfill is safe, but I started with less to see how it goes, I will add another 1.0 litres later if I'm still not happy with the hot shifts.
    • OK, so regardless of whether you did Step 1 - Spill Step 2 - Trans pan removal Step 3 - TCM removal we are on to the clean and refill. First, have a good look at the oil pan. While you might see dirty oil and some carbony build up (I did), what you don't want to see is any metal particles on the magnets, or sparkles in the oil (thankfully not). Give it all a good clean, particularly the magnets, and put the new gasket on if you have one (or, just cross your fingers) Replacement of the Valve body (if you removed it) is the "reverse of assembly". Thread the electrical socket back up through the trans case, hold the valve body up and put in the bolts you removed, with the correct lengths in the correct locations Torque for the bolts in 8Nm only so I hope you have that torque wrench handy (it feels really loose). Plug the output speed sensor back in and clip the wiring into the 2 clips, replace the spring clip on the TCM socket and plug it back into the car loom. For the pan, the workshop manual states the following order: Again, the torque is 8Nm only.
×
×
  • Create New...