Jump to content
SAU Community

Recommended Posts

So I got started on the mechanical work that is required for roadworthy and Queensland compliancing as this was complianced in NSW but QLD requires a mod plate and thus needs to go through inspection up here.

I have all the parts now

QFM Break pads (NEW)

RDA slotted front discs and RDA rear discs (NEW)

Replacement front left shock and shock mount

Replacement secondhand front CV shafts

Adjustable upper control amrs (NEW)

Rear outer tie rod ends (NEW)

Lower front (sway bar) with good bushes.

I went to get started on dissembling the front end started with the callipers to remove the rotors then to remove the cv shafts.

I couldn't get the big bolts to budge, no room back there for my impact gun, very limited leverage room working close to the ground, I used a lot of WD40 but that did not help and to top it off when reading the workshop manual for hints and how to I saw that the reassembling of the front shafts will require a torque measuring tool, too properly tighten the hub lock nut on reassembly which I do not have not too mention there seems to be another special tool called a Pitman arm puller used to separate the tie-rod and suspension lower ball joint. So besides the fact that I couldn't get the calliper off the simplest of things which I have done on my other 10 cars over the years these callipers differ in that they are a 4 piston set-up (all my other cars were 1 maybe 2 but both on the back side sliding the calliper and those bolts are in tight demoralised and greasy I packed up my stuff reassembled the car so I could drive and called it a day.

I am thinking this particular job will require an expert. Thinking Pedders as they can also complete a wheel alignment.

Advice welcomed.

Where is the best place to tap into a vacuum line for the boost gauge?

Can tee peice off the factory vacuum line at the back of the plenum or off the fuel pressure reg line

Can tee peice off the factory vacuum line at the back of the plenum or off the fuel pressure reg line

Yeah a mate of mine said the following "Find the fuel rail under inlet manifold. One end will have a regulator which has a vac line. T that.

That sound about the same as what you have advised, right.

Is it one of these hoses in this area? Updated is that the one?

8142_10151187776919759_1170585425_n.jpg

Edited by Aljo

Yep thats it. You can see my blue one there

Awesome thx for the feed back and pic.

I installed mine today gauge reads -9 to -8 and under max load gets too 6PSI shouldn't it read 0 and show 14 to 15PSI under max load.

I have read stock ceramic turbo should produce 10PSI I have it boosted with a Turbosmart Boost Tee Controller Tap Valve and have read they are good for around 14PSI which seems about ball park as far as counting from -9 to 6 15 increments just worried about the minus reading when it should read 0, right? Forgot to take pics of the T setup but here are some pics of the boost sensor actuator.

219113_10151192465714759_464606804_o.jpg

53663_10151192465814759_2126902549_o.jpg

On another note I have installed an immobilizer with remote entry, using a master actuator to control existing central locking setup.

194085_10151192465119759_834124140_o.jpg

Also installed the isolator secondary battery start-up switch, 0 gauge ground wire, new battery and battery terminals.

209122_10151192466139759_628623168_o.jpg

251394_10151192465519759_2139582585_n.jpg

258280_10151192465644759_1014464925_o.jpg

193652_10151192465364759_1478806948_o.jpg

Edited by Aljo

Awesome thx for the feed back and pic.

I installed mine today gauge reads -9 to -8 and under max load gets too 6PSI shouldn't it read 0 and show 14 to 15PSI under max load.

I have read stock ceramic turbo should produce 10PSI I have it boosted with a Turbosmart Boost Tee Controller Tap Valve and have read they are good for around 14PSI which seems about ball park as far as counting from -9 to 6 15 increments just worried about the minus reading when it should read 0, right? Forgot to take pics of the T setup but here are some pics of the boost sensor actuator.

On another note I have installed an immobilizer with remote entry, using a master actuator to control existing central locking setup.

Also installed the isolator secondary battery start-up switch, 0 gauge ground wire, new battery and battery terminals.

No at idle it should read vaccum which is minus whatever, it depends on what your gauge scale is, like mine is analogue and reads vaccum in inches of mercury (inHg) around -19 to -20, and im running a vg30 turbo allowing me to run 15 pounds per square inch (psi) Quick google to me says that -9psi is roughly -18inHg.

I'd say 6psi is stock actuator maybe someone else may be able to clarify this one?

No at idle it should read vaccum which is minus whatever, it depends on what your gauge scale is, like mine is analogue and reads vaccum in inches of mercury (inHg) around -19 to -20, and im running a vg30 turbo allowing me to run 15 pounds per square inch (psi) Quick google to me says that -9psi is roughly -18inHg.

I'd say 6psi is stock actuator maybe someone else may be able to clarify this one?

Thanks for continued feedback and interest in helping me out, much appreciated.

The gauge measures

-14~30 PSI

http://www.ebay.com.au/itm/290776461928?ssPageName=STRK:MEWNX:IT&_trksid=p3984.m1439.l2649#ht_2014wt_1163 this is the one.

Thanks for continued feedback and interest in helping me out, much appreciated.

The gauge measures

-14~30 PSI

http://www.ebay.com....#ht_2014wt_1163 this is the one.

All good :thumbsup:

Yeh I thought it read the whole scale in psi.

Your vacuum seems about right, so you said you installed a boost tee and have wound it up? I myself wouldnt push the ceramic turbo much past 12 just for longevity, but have a good google and search on some older threads about the stock turbo but if you have installed the tee correctly and wound it up I'd say you should have more than 6psi though?

t

All good :thumbsup: Yeh I thought it read the whole scale in psi. Your vacuum seems about right, so you said you installed a boost tee and have wound it up? I myself wouldnt push the ceramic turbo much past 12 just for longevity, but have a good google and search on some older threads about the stock turbo but if you have installed the tee correctly and wound it up I'd say you should have more than 6psi though?

Yeah will take a look at it tomorrow. Re-check the install and close the boost tap and re-check readings.

Awesome thx for the feed back and pic.

I installed mine today gauge reads -9 to -8 and under max load gets too 6PSI shouldn't it read 0 and show 14 to 15PSI under max load.

I have read stock ceramic turbo should produce 10PSI I have it boosted with a Turbosmart Boost Tee Controller Tap Valve and have read they are good for around 14PSI which seems about ball park as far as counting from -9 to 6 15 increments just worried about the minus reading when it should read 0, right? Forgot to take pics of the T setup but here are some pics of the boost sensor actuator.

On another note I have installed an immobilizer with remote entry, using a master actuator to control existing central locking setup.

194085_10151192465119759_834124140_o.jpg

actuator will FAIL like that. find a N15 pulsar door mech and bolt that in place.

also I hope for your sake those batteries are BOLTED down. you have more than enough current back there to blow a hole the size of your fist in that panel and in the tank below.

I own a coupe version of this car (mine is a 5 spd.) so I can help with most of the stuff you are asking about.

actuator will FAIL like that. find a N15 pulsar door mech and bolt that in place.

also I hope for your sake those batteries are BOLTED down. you have more than enough current back there to blow a hole the size of your fist in that panel and in the tank below.

I own a coupe version of this car (mine is a 5 spd.) so I can help with most of the stuff you are asking about.

I have a few spares if need be. I know solenoids don't like running on their side but it will work for now, I will look into the N15 door mech but not sure if it would be compatible with my remote entry system. If it fails too quick I can try mounting it upright. Another thing that might cause a fail is the lack of required movement at the end point travel, stops short but actuator continues to push before resting.

The rear battery is held down very sturdy but I will be re-enforcing it some what in one of the next stages of the stereo install. The battery has durable foam padding that helps level it vs the contours of the tire well also there are non slip mats top and bottom and it is very heavy too, roughly 30Kgs from memory.

Help as in advice? All and any help is appreciated.

Edited by Aljo

n15 is a bolt in item. been using them for the past few years. oem fitment and they do not fail like the gun motors do.

Sweet on my to do list, thx.

Here is the way I have the boost sensor tapped.

429200_10151195471664759_42831666_n.jpg311291_10151195471954759_261231293_n.jpg522774_10151195471799759_539137979_n.jpg

Was not able to do much on the car today busy with my sisters car problems,. My car goes into Pedders in the morning to have everything fitted.

RDA rotors all round

QFM pads all round

front left shock and upper mount

front cv shafts

rear lower outer tie rod ends

front lower swaybar and bushes

New gear box oil lines and a few other oil lines

Adjustable front upper control arms

Wheel balance and wheel alignment all round

Should drive nicely ones all is completed.

Ok so removed boost controller and the boost sensor piping/tap hardware and re-installed it all with brass fittings and new piping instead of that clear stuff went for proper vacuum hose.

This has fixed any issue the first setup had. Boost gauge is reading 11-12PSI at full boost and with 6 notches + on boost controller reading 14PSI @ max boost.

http://www.youtube.com/watch?v=2NlC1nNU4LI&hd=1

These are the fittings convert 6.5mm to a 5mm used locktite on threads.

577106_10151199896989759_1874557052_n.jpg

580201_10151199896764759_1832618766_n.jpg

Squeezed the 5mm piping onto the 6.5mm connection on the wastegate actuator (have my younger sister to thank for that her smaller hands were able to get in there and get it on for me. (seriously she used two hands I could just fit 1 hand)

427842_10151199897119759_1760140894_n.jpg

644743_10151199896509759_2007685844_n.jpg

404045_10151199896189759_1357274755_n.jpg

Tiny mod to the air box to allow room for the boost controller

37773_10151199898569759_1663509542_n.jpg

Removed the crappy clear piping and plastic tee piece and refitted with good quality hardware.

306667_10151199897354759_1483055905_n.jpg554520_10151199897549759_8688118_n.jpg

557615_10151199897764759_1332578627_n.jpg

408594_10151199897979759_217201546_n.jpg

Not only looks better but boost gauge is reading correctly

46530_10151199898384759_1387924647_n.jpg

578586_10151199898774759_1997150619_n.jpg

Video to be posted asap

Edited by Aljo

Ok so removed boost controller and the boost sensor piping/tap hardware and re-installed it all with brass fittings and new piping instead of that clear stuff went for proper vacuum hose.

This has fixed any issue the first setup had. Boost gauge is reading 11-12PSI at full boost and with 6 notches + on boost controller reading 14PSI @ max boost.

http://www.youtube.com/watch?v=2NlC1nNU4LI&hd=1

These are the fittings convert 6.5mm to a 5mm used locktite on threads.

Squeezed the 5mm piping onto the 6.5mm connection on the wastegate actuator (have my younger sister to thank for that her smaller hands were able to get in there and get it on for me. (seriously she used two hands I could just fit 1 hand)

Tiny mod to the air box to allow room for the boost controller

Removed the crappy clear piping and plastic tee piece and refitted with good quality hardware.

Not only looks better but boost gauge is reading correctly

Video to be posted asap

Looks much better now, thought it may have been that tubing causing the issues.

Not sure on how long your turbo will last pushing 14psi but see how it goes, in the mean time i'd be looking for an rb25 or vg30 turbo as a cheap upgrade.

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

    • Let's be honest, most of the people designing parts like the above, aren't engineers. Sometimes they come from disciplines that gives them more qualitative feel for design than quantitive, however, plenty of them have just picked up a license to Fusion and started making things. And that's the honest part about the majority of these guys making parts like that, they don't have huge R&D teams and heaps of time or experience working out the numbers on it. Shit, most smaller teams that do have real engineers still roll with "yeah, it should be okay, and does the job, let's make them and just see"...   The smaller guys like KiwiCNC, aren't the likes of Bosch etc with proper engineering procedures, and oversights, and sign off. As such, it's why they can produce a product to market a lot quicker, but it always comes back to, question it all.   I'm still not a fan of that bolt on piece. Why not just machine it all in one go? With the right design it's possible. The only reason I can see is if they want different heights/length for the tie rod to bolt to. And if they have the cncs themselves,they can easily offer that exact feature, and just machine it all in one go. 
    • The roof is wrapped
    • This is how I last did this when I had a master cylinder fail and introduce air. Bleed before first stage, go oh shit through first stage, bleed at end of first stage, go oh shit through second stage, bleed at end of second stage, go oh shit through third stage, bleed at end of third stage, go oh shit through fourth stage, bleed at lunch, go oh shit through fifth stage, bleed at end of fifth stage, go oh shit through sixth stage....you get the idea. It did come good in the end. My Topdon scan tool can bleed the HY51 and V37, but it doesn't have a consult connector and I don't have an R34 to check that on. I think finding a tool in an Australian workshop other than Nissan that can bleed an R34 will be like rocking horse poo. No way will a generic ODB tool do it.
    • Hmm. Perhaps not the same engineers. The OE Nissan engineers did not forsee a future with spacers pushing the tie rod force application further away from the steering arm and creating that torque. The failures are happening since the advent of those things, and some 30 years after they designed the uprights. So latent casting deficiencies, 30+ yrs of wear and tear, + unexpected usage could quite easily = unforeseen failure. Meanwhile, the engineers who are designing the billet CNC or fabricated uprights are also designing, for the same parts makers, the correction tie rod ends. And they are designing and building these with motorsport (or, at the very least, the meth addled antics of drifters) in mind. So I would hope (in fact, I would expect) that their design work included the offset of that steering force. Doesn't mean that it is not totally valid to ask the question of them, before committing $$.
    • The downside of this is when you try to track the car, as soon as you hit ABS you get introduced to a unbled system. I want to avoid this. I do not want to bleed/flush/jack up the car twice just to bleed the f**kin car.
×
×
  • Create New...