Jump to content
SAU Community

Recommended Posts

bit dissapointed.

32 GTR

1st up quick list of mods

rebuilt motor

JE pistons

standard crank and rods every thing else replaced.

To4z a/r 1 rear .70 front

50mm ebay wastegate with 12psi spring

hybrid boost controller electronic

PWR cooler

3.5inch exhaust

power FC

put it on the dyno today to raise the boost from 19 to 25psi

had 403kw.

my boost controller won't go higher than 22.5psi. its maxed out wont turn any more.

my question is should i spend the money on an e boost 2 like my tuner reccomends or will a stiffer wastegate spring do the job?

thanks

Link to comment
https://www.sau.com.au/forums/topic/122507-my-gtr-maxed-out/
Share on other sites

Why are you using a cheap Hybrid boost controller on a car which this amount of work?

ditto on the ebay WG ..

if you want more boost

always try to get the WG's spring as close to the desired "low boost" setting you want, and that shouldn't be far from your MAX boost either ..

allows for the best form of boost control. get a better WG and spring and you wont need a boost controller.

yeah i know. i bought it for my old r31 with rb25det. but couldnt fit it.

then i bought the GTR and it had a greddy profec but it didnt work.

so i had this lying around and put it in.

i was going to have 19psi low boost for street and 25psi hi boost for dyno and drag days.

i thought you couldnt get springs rates this high??

where do i get them?

just bought a new tial external gate

has 1.2 Bar springs in it .

Expensive???

i just want the spring.

swap?

haha

just joshin

hoping that an eboost 2 will keep the gate shut .

had a couple of inconsistant ramp ups on the dyno, varied from 380kw to 420kw on 22.5psi. depending on when the gate would open

Expensive???

i just want the spring.

swap?

haha

just joshin

hoping that an eboost 2 will keep the gate shut .

had a couple of inconsistant ramp ups on the dyno, varied from 380kw to 420kw on 22.5psi. depending on when the gate would open

same thing my ebay one was/is doing, hence the upgrade to tial 38mm

i payed around $500 for brand new tial 38mm.. not sure if that would be big enough for you, think it would. that was with the the 1.2 bar sping .. so 18psi - actually runs 2 springs for that pressure

i posted a thread about sizing etc

here it is

http://www.skylinesaustralia.com/forums/in...opic=43638&st=0

aaron @ sliding performance - slide on the forums is who i got it from, ask him if he can get the springs for you

Why are you using a cheap Hybrid boost controller on a car which this amount of work?

Hybrid is a cheap boost controller? HAH you’re joking right? Its one of the best I’ve seen. Had a comparison on a dyno with apexi, greaddy even that Greaddy one with the screen and remote ect... None of them held the boost as good as the hybrid EBC... Hybrid held it perfectly steady with NO spike or imperfection on the graph and came on boost very quick, others came on boost late and build boost gradually and had little boost spikes. I don't know where you’re getting your sources about a Hybrid EBC because I’ve seen proof on a dyno my self.

I would suggest a stronger actuator sprig like everyone else would say. Personally I wouldn’t go with e boost.

Just my 5c...

Cheers,

Alex.

Why are you using a cheap Hybrid boost controller on a car which this amount of work?

i'd say why an ebay wastegate :yes:

which is the lesser of two evils i dont know... they are both equally as sour as the other

just pull the spring out and stretch it!

You have got to be joking?

Anyway, if your running a 12psi spring, and trying to bleed off to more than 22psi.

Thats madness.

Buy a wastegate that works, boost control is one of the most important things and you go to ebay...

Once you get a proven performance application item, get the gate loading as close as you can to the target boost... ie, you wanna run 24psi.

So simply get springs to 21psi (one 14psi + one 7psi) and then bleed the 3psi off that.

Hybrid is a cheap boost controller? HAH you’re joking right? Its one of the best I’ve seen. Had a comparison on a dyno with apexi, greaddy even that Greaddy one with the screen and remote ect... None of them held the boost as good as the hybrid EBC... Hybrid held it perfectly steady with NO spike or imperfection on the graph and came on boost very quick, others came on boost late and build boost gradually and had little boost spikes. I don't know where you’re getting your sources about a Hybrid EBC because I’ve seen proof on a dyno my self.

Was it on a 400rwkw performance application?

Or a stock turbo'd skyline...

i reckon i know which is more likely

Was it on a 400rwkw performance application?

Or a stock turbo'd skyline...

i reckon i know which is more likely

Have you even seen a Hybrid EBC ??

Not quite 400 but over 300. Catharine Caliro (Drift Cat) has one. Seen it on the dyno my self. I was there while it was getting tuned...

A boost controller has nothing to do with the amount of power the car is making. It only controls the boost pressure its quite simple. It regulates the amount of air passing thru to the actuator / waste gate its nothing to technical. And 25psi is not a great deal of boost for any EBC. I don't think I need to explain my self anymore this is common sense guys.

I just don't like people falsely rating Hybrid EBS's...

Cheers,

Alex.

Edited by 217/r33

This is how one looks like...

Hybrid use's the same solenoid as Haltech boost controllers and I think e boost might use the same one.

The rest of it speaks for it self. Don't judge if you haven't tried :no:

Just my 5c...

Cheers,

Alex.

FULL LIST OF SPECS ARE BELOW....

* In cabin adjustment for high boost and low boost.

* Overboost Feature - Hook up an external switch for adding 10% more extra boost.

Ideal for take off in low boost to reduce wheel spin, switch to high boost after you get traction then turn on the over boost function before the finish line!

Easy to install instructions are included. Very compact in size, so you can install it virtually anywhere in the cabin.

This popular product is the result of constant refinement on the street and track.

Hybrid's full electronic boost controller not only spools up the turbo quicker but also regulates

the boost accurately.

You can purchase the Hybrid Boost Controller in two different configurations:

1. Hybrid Electronic Boost Controller Type 2 to suit MAF (Airflow Meter)

2. Hybrid Electronic Boost Controller Type 2 including a Hybrid MAP Sensor. The MAP sensor version can be fitted to any turbo vehicle and allows for closed loop boost control for even more accuracy.

Hybrid 3 Stage Electronic Boost Controller Type 2

Ask a question...

Best of all, the kit comes with all the parts you need for your install:

* Electronic Boost Control Module

* Electronic Wastegate Solenoid (9 bar / 130psi pressure equalised)

* Bracket for Solenoid

* MAP Sensor (Optional)

* Silicon Vacuum Hose

* Wiring Harness

* Fittings

* Cable Ties

* Pictured Instructions

Supports MAF (Airflow Meter) on the following cars:

* Mazda RX7 FC3S (Series 4, 5) - 13B Turbo

* Mazda RX7 FD3S (Series 6, 7, 8) - 13B-REW

* Toyota Aristo JZS147, JZS160, JZS161 - 2JZGTE

* Toyota Soarer GZ20, MZ20, JZZ30 - 1G-GTE, 7M-GTE, 1JZ-GTE

* Toyota Supra GA70, MA70, JZA70, JZA80 - 1G-GTE, 7M-GTE, 1JZ-GTE, 2JZ-GTE

* Toyota Chaser GX81, JZX81, JZX90, JZX100 - 1G-GTE, 1JZ-GTE

* Toyota MR2 SW20 3S-GTE

* Toyota Celica ST165, ST185, ST205 - 3S-GTE

* Toyota Caldina ST215W - 3S-GTE

* Toyota Starlet EP71, EP82, EP91 - 2E-TE, 4E-FTE

* Nissan Cima FPY31 FHY33 - VQ30DET

* Nissan 300ZX Fairlady Z32 - VG30DETT

* Nissan Leopard/Cedric/Gloria GF31, Y31, Y32, Y33 - VQ20DET, VQ30DET

* Nissan Cefiro A31 - RB20DET

* Nissan Laurel C35 - RB26DETT

* Nissan Skyline R31, R32, R33, R34 - RB20ET, RB20DET, RB25DET, RB26DETT

* Nissan Stagea W#C34 - RB25DET

* Nissan Stagea Autech WGNC34 - RB26DETT

* Nissan Bluebird U12, U13 - CA18DET, SR20DET

* Nissan Silvia S13, PS13, S14, S15 - CA18DET, SR20DET

* Nissan 180SX RS13, RPS13 - CA18DET, SR20DET

* Nissan Pulsar RNN14 - SR20DET

* Nissan Aveneir W10, W11 - SR20DET

* Subaru Legacy / Liberty BF5, BC5, BG9, BD9, BG5, BD5, BH5 - EJ20, EJ25

* Subaru Impreza / WRX / STi GF8, GC8 - EJ20

* Subaru Forester SF5 - EJ20

* Suzuki Cappuccino EA11R, EA21R - F6A, K6A

* Mitsubishi GTO Z16A - 6G72

* Mitsubishi Eclipse D27A, D32A - 4G63

* Mitsubishi Lancer Evolution I, II, III, IV, V, VI CD9A, CE9A, CN9A, CP9A - 4G63

* Mitsubishi Lancer CD5A, CM5A, CK4A - 4G63, 4G93, 4G92

hybrid_boost_controller.gif

Well I know my AVCR spikes like a bitch.... Especially in higher gears

As does the one in my friends car. This is after absolutely ages spent adjusting the duty cycle, response time on the solenoid per gear etc etc before anyone asks me if I tried changing the settings.

Its not the worst controler in the world but I definately would not buy another one. In fact if I could be stuffed hauling it out and selling it and installing a new one would not be in the car anymore!

DK

50mm ebay wastegate with 12psi spring

my boost controller won't go higher than 22.5psi. its maxed out wont turn any more.

Regardless of what EBC you are using, you are bleeding off 10 psi which is simply too much.

Get a wastegate spring for the minimum boost you are likely to run.

My rule of thumb is never to bleed off more than 25%

For example if you have a 20 psi then + 25% = 25 psi

:( cheers :P

PS; I don't believe in high/low boost settings, if I want a lower power ouput I don't push the pedal down as far.

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

    • That R31 was so cool. Only did Orange Park once. Scared the hell out of me.
    • Selling my TE37SLs since I've switched to smaller wheels.  They're for sale in Japan but it's pretty simple to send them overseas; USA excluded, since JPPost isn't sending there at the moment. Specs Front: 18x9.5j +22 5x114 Rear: 18x10j +20 5x114 Price: 320,000 JPY/ 3,285 AUD (current FX rate) Condition: a few scratches here and there, no bends, distortions or cracks.  Tires will not be included for international buyers, I'll get them dismounted before shipping. They're currently listed on yahoo auction and will be shipped in Japan with the tires if they sell here. Shipping costs to Aus: EMS (1-2 weeks): AUD 1,175 (current FX rate) Sea (2 months): AUD 460  (current FX rate)
    • The alloy coolant reservoir has a sight glass, so as long as I can see coolant in the sight glass it's GTG, as for PS, it isn't anything catastrophic if it gets low, and as it hasn't lost a drop since I have owned the car I cannot see it being an issue, even after putting the "big block" 2.5 in....LOL The only time it gets slightly messy is at oil changes, as the oil filter sits above the frame, and I need to use a plastic bottle with its bottom cut off to catch the flow when loosening the filter
    • Good on you for taking on the job, but it is a big one. Even if you have bolt on manifold and turbo, you will need: Post throttle pressure source to boost controller to wastegate (and FPR, and ECU/MAP sensor) Pre throttle pressure source to top of BOV(s) Oil feed - you can take that from the standard port in the middle of the block Oil return to block under the turbo - this is much trickier than it seems to route a decent/wide pipe past the manifold. You really can't use rubber hose because it is way too hot there, and also the oil out of the turbo core is a bit frothy so it needs to have a decent diameter Water feed - you can take that from the standard port in the rear of the block. Water return - mine runs to a T into the heater box return, just make sure you don't create a high point making bleeding hard. All of those lines should use 200 series style teflon braided hose with heat shielding because everything needs to be routed past the manifold. Also a turbo beanie is a really good idea to minimise the chance of the car catching fire (under bonnet lining in particular) You also need to decide a cam cover breathing solution as well, will you vent externally via a catch can (probably illegal) or return to the intake (plumbing required and can oil up everything over time) Keep in mind the intake and exhaust piping in the engine bay will be custom so you either need to be able to fab ally and steel or have someone you can get a car that isn't running to. Get the wideband fitting welded into the dump pipe at the same time. Also, just my opinion, a screamer pipe attracts attention and doesn't add power, I'd plumb it back if you want to be allowed to keep the car on the road. BTW do you know anything about how healthy the motor is, and what power you are targeting? Doubling or tripling the factory power on an unknown motor is a little risky. Also fuel system will need some attention (pumps, high current hanger, direct power and earth feed, injectors etc)
×
×
  • Create New...