Jump to content
SAU Community

Recommended Posts

I assume from your statements that you are running a D-Jetro PFC (MAP sensor)?

To run it on a standard ECU you will need to throw an AFM in there. I will also guess that it will max the standard AFM pretty much straight away and run in R&R most of the time..

Hmm, no, just go the regular RB25DET AFM and standard RB25DET PFC! Just don't have the boost sensor like standard '33's do. :D

It's actually a pretty standard setup, stock turbo, stock injectors, stock sensors. Makes about close to 200kw at 14psi. I might give it a shot and take it somewhere for them to check the a/f ratio, etc.

Hmm, no, just go the regular RB25DET AFM and standard RB25DET PFC! Just don't have the boost sensor like standard '33's do. ;)

It's actually a pretty standard setup, stock turbo, stock injectors, stock sensors. Makes about close to 200kw at 14psi. I might give it a shot and take it somewhere for them to check the a/f ratio, etc.

Hmmk, don't know much about 33's, AFAIK the boost sensor was purely to operate the indash boost gauge.

That power isn't bad, I've got a 25 turbo on my 30 and it makes 183rwkw @ 12psi but really dies in the ass up high, about 5800rpm it chokes up bigtime :D

So as per the guide is 33mm and 17.7mm the correct distances to locate where the top tensioner will go? I thought i read somewhere on here probably in this thread that that spot was infact a few mm in one direction?

Thanks fellas

I'd bring it across another mm or 2 away from the centre. Mine needs no adjustment atm once the belt is on and a little extra space would be nice.

[edit] gave the wrong direction [edit]

Im pretty sure your right, as only the R34 has any mention of boost sensor to ecu.

:huh:

I thought the map sensor sig does go to the ecu on the r33.

How else does the ecu know when to switch the ground on the boost control soleniod.

:D

You're welcome. There is space there and with the belt I got (which is the recommended one in the guide) it was a tiny bit too tight initially. Tension is perfect now but it needs no adjustment.

I noticed some tool in another thread that thinks that 30 hybrids need to be absolutely right...well more that it is very easy to screw up the job and have an absolute pig of an engine.

Anyone having those problems?

I'm not but I can't find the thread so further assistance and support can be offered from the other experienced lovers in here :(

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

    • What can't be done with a little bit of decking board or similar timber bolted to a hub flange via 2 wheel nuts is not worth talking about.
    • I noticed something. On the tps sensor and the sensor behind the adjustment screw is adjusted towards the far left. Are these screws supposed to be centered? (this sensor was in the same position before the tune as well)  Also attached a photo of where my car usually idles at when warm (sometimes a tiny bit above that). I think I might have screwed up the calculation and it might have better than I thought lol at 750rpm still not 650rpm though.      
    • So for both general interest of engine health, and to rule out any coolant/oil issues, I organised an oil analysis done on the 125,000klm oil Results below, all good, just a bit of fuel dilution which I'm not too worried about
    • This is actually a really good way of measuring what wheels fit. If only there was a similar measurement between hub face and suspension :p That said, it's probably pretty simple to actually measure it all with the wheel off the car for the rear. The front is a bit more complex but.. 
    • Being the top Google search result for R34 wheel-related inquiries, lemme throw down my experience. I calculated that 100mm from hub face to wheel face is about the perfect fitment for my ENR34 sedan.  I've been running 18x8.5s, ET35, with a 1" spacer. So, 8.5in to mm = 216mm. 216/2 = 108mm. 108-35 = 73mm. 73+ 25 (1" to mm) = 98mm.  If you wanna get close to this on dif widths, here are the offsets you'll want: 9" - ET around 15mm 9.5" - ET around 20mm 10" - you're crazy, but ET around 30mm All these should fit perfectly on a non-widebody, non-GTR Skyline. Note that it's probably the absolute max, and you're probably better off running a couple degrees of camber in this config, but it looks great, super flush.
×
×
  • Create New...