Jump to content
SAU Community

Recommended Posts

also the fan blades were they essential to cut? i heard if you use a longer silicon hose on the intake side it raises it just a lil bit more and u dont have to cut... but i spose ill find out soon

btw ur car looks exactly like mine same filter n shit

Edited by MMM

For me, yes they needed to be cut.

There's about a 1-2cm gap but it's definatley clear.

...and the pipe is changing colour, I'm gussing because it's touch the heat sheild stuff on the bonnet...so i wouldn't want to raise it any higher if possible,.

Edited by Birnie

ok guys i got about half a day left on this and i got 1 more problem....

see that little pipe going into the old cooler pipe i had to pull it out and on my new cooler pipes it doesnt have a fitting for me to attach it back onto.. question is is it important and what do i do with it?? it was on the intake pipe

IMGP4173.jpg

cheers :whistling:

that goes to the boost controler and the wastegate, if your looking at the same part i am, the hose thats holding up that loose clamp on the cooler pipe. ...its pretty important lol perhaps you can plumb it somewhere else though? just needs to be before the throttle body but close as possible is better to get accurate boost signals. someone enlighten us please

The little pipe needs to be used.

That's where the actuator (that controls the little outlet door on the turbo) gets it's pressure reading from.

If the pressure is to high, it opens up and lets some gas out so the turbo won't spool up as much.

If you don't attatch it, there will be no pressure reading at all and the actuator will keep the door on the turbo shut to try and get boost up and reach the 7psi level.

Therefore, you will have unlimited boost ! BAD !!

Your little needle will go right off the chart and turbo blades may detach...

You probably can drive around just don't accelerate to hard and your boost won't go to high.

Enough for you to drive somewhere to drill a hole and weld a nipple on there for you and all will be sweet.

...and if your gunna have a front mount, at least get a bleed valve !

Yeeehar !

Just got my car tuned on 12psi using the bleeder and a Power FC, and FMIC of course.

frigin hell!!!!

Scary shit and I'm only on 194 rwkws!

Good luck

Birnie

I would do what Birnie said... Maybe better to take that pipe off and bring it to a place to weld a nipple on. That way you can make sure all the metal filings are all out of the pipe, before it goes back together.

ok guys i found a spot to put it.. my mate rekosn he puts it where the pipe going in to the pollution canistor thingy from the intake plenen.. seems to work i guess but i havent driven it soo i dont know? btw its all done :D biggest headache and soo many hours in it

I honestly have know idea what that black thing is and if it has pressurised air coming thru it.

Take it for a drive, if your boost levels seem to max out at the same spot as before the cooler kit....ie 5 and 7psi....you should be set.

Now go and spend $50 on a bleed valve..tehe

Hey Birnie, The olny problem I forsee with your actuator feed is that the acuator will get vacuum from the plenum when the throttle is shut. I have read on this forum that the acuators don't handle vacuum too well, and the best thing to do is weld a nipple on.

Here's what I did. This is my pipe coming from the cooler.

post-19015-1151961403.jpg

  • 1 year later...
  • 2 years later...

hey. i was wondering what is the best way to rust proof a hole that you make?.. just paint it with rust proofing paint?. or is there something beta so it dont chip of when a screw goes through?.. thanx

hey. i was wondering what is the best way to rust proof a hole that you make?.. just paint it with rust proofing paint?. or is there something beta so it dont chip of when a screw goes through?.. thanx

Hi, i cut the whole with a circular (metal type) saw on the drill.

Then used regular rough wood sandpaper to smooth it off until it was safe to touch with your fingers.

Then painted with a generous amount of rust paint.

I has it like that for years with no issues (and i have seen bad ones with rust galore)

I was going to get a piece of garden hose and slice it down one side for the full length of the tube, and then wrap that over the cut to help stop any damage to the pipes, but there simply wasn't any room after the cut and by that stage, i didn't give a crap anymore :ninja:

Wasn't going to re-drill bigger. Good luck!

thanx so much for that help.. i was thinking of puting some type of rubber around it and glueing it down or something so the pipes dont scratch.. but, so hard when doing small holes... ill use rust paint.. thanx again..

and yeah.. old thread coming back at you :ninja:..

  • 1 month later...

Double check 'Post #8', then the 3rd pic.

It's a pic of the intercooler hole i drilled from inside the engine bay.

You can see the hole is below the bottom screw of the original washer tank.

All good

Double check 'Post #8', then the 3rd pic.

It's a pic of the intercooler hole i drilled from inside the engine bay.

You can see the hole is below the bottom screw of the original washer tank.

All good

Problem is that on my R34 there's some type of cooler (my guess is for the power steering oil) mounted in that area. It's not possible to move, the piping is hard, and it doesn't allow me to angle the original tank. I solved it yesterday by mounting a smaller tank inside the engine bay.

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

    • Hooley Dooley these things have some history! If i sell them they will need a certificate of providence to prove they have been in the hands of verified RB20 royalty! They have been stored in a plastic tub, away from sunlight and moisture. They are in mint condition. And they will stay that way, as i have sprung the money for a set of shockworks coilovers. I'm just working on getting them in at the moment, after rebushing the rear of the car, and while the subframe was out i welded in the GKtech reinforcement bracing as well.  They will get a workout at Ararat King of The Hill in November. I ran 48s on the short course there a few months ago, and i am hoping with new bushes and shocks in the rear i can launch a bit harder. There was a fair bit of axle tramp when i tried too hard off the line. a few of the corners had dips mid way which also made the car feel a bit unsettled, hopefully this will help there too.   
    • Food for thought, the stock oil filter thread is a 3/4-16 UNF, which has an ID of about 10 to 12mm (according to ChatGPT lol). Now compare than to an 10AN, which has an ID of about 14mm (Raceworks is 14.2mm, Speed flow is 14.27mm).  
    • Yep, totally get that. However hooking in for Generator back up is only a few hundred bucks for the wiring. You could put a couple of those in (for different circuits explicitly) and run a couple of baby generators. Bonus, you can balance them across different circuits, and now have backups in your backup. I'm looking at buying places that won't even have water etc, and I don't mind the idea of getting off the electric grid either, even with everything you've said. This country already has enough power outages that even the mains grid isn't that reliable anymore. I do agree though on spending a bit more to get better gear, and to add some extra redundancy in to the system too.
    • You can set hard reserves on your battery system, and it can't be discharged past that.  
    • That sounds like an excellent idea. But total self-sufficiency means exactly that. You have no-one else to blame when your system faults out and you have no power for a week or two while it gets fixed. You'd have to go the whole hog and get a diesel genny and all the switchover gear, to get you through such times. And, despite the fact that over 20 years, my system has been pretty reliable**, I have seen so many inverter explosions (or less dramatic deaths), panel and roof JB fires, and so on, over that time, to know that the stuff is the same as any other bulk Chinese manufactured stuff. The failure rate is well above zero - both on the equipment and on behalf of the meth addled installation labour force. And then..... warranty and means of redress against the supplier you bought the gear from. Best I can tell is that only a handful of solar companies are still around within 5 years of starting their advertising pitch. They disappear and phoenix like crazy. So, as per 1st paragraph, I suspect the only way to is go balls deep and spend maybe 2-3 times as much as you might think, so that you have every base covered. Plus, know and understand your gear intimately, so you can diagnose problems, sort them out yourself, etc, etc. Plus, probably have to consider upgrading various parts as the years pass, to maintain compatibility with newer stuff, performance and reliability, etc, etc. Whereas, remaining attached to the grid has an ongoing cost that keeps going up even if you use bugger all power from it. But it does provide the fallback in case of the worst case with your own gear. You either pay up front or as you go, I suspect.
×
×
  • Create New...