Jump to content
SAU Community

Recommended Posts

1 hour ago, hypergear said:

Intercooler wise I will be voting for PWR 600x300x89mm and run that with Plazmaman's cooler piping kit. 

I can't fine those dimensions listed anywhere on their site. 
100% sure it's x89? 

Hi Tao , I will contact PWR today about their 600 x 300 x 89mm intercooler .

I went back looking for your posts and noted some dated 18.8.2016 (P 587) where you bought another R34 GTt and tried the typical Blitz return flow and a flawed Japanese exhaust . You were trying to prove to a customer that his setup was the issue not your turbocharger .

I think I'm ok exhaust wise and that 0.82 GT3076R is a reasonable thing but that Blitz return flow has to go and I just want to hear you say that your 3-400 RWKW results have been with PWRs intercoolers and generally Plasmaman pipes . I realize the higher numbers usually come from using E85 fuel . Don't suppose you have pics of these PWR Intercoolers ? Would you consider stocking them .

Also what do you recommend for an R33 as cold air intake . I have Scottys intake pipe plumbed into a Z32 AFM and the std air box and snorkel .

When everything else is "right" I'll look at turbos again .

Thanks in advance cheers Adrian .

 

Just off the phone to PWR , they don't know of any 600 x 300 x 89mm intercooler . They do an R33 GTR one Pn PWR 154641 600 x 265 x 81 rated at 1000 Hp . Has swept back 80mm in/out .

Tao is this the one you mean or do you have a different part number .

Cheers A .

 

 

Edited by discopotato03
  • Like 1

I advise everyone to obtain that cooler direct from PWR. I trailed it is because majority people whom complaint about a boost tapering issue had a blitz return flow cooler and so did mine. Yes I changed nothing but intercooler kits during those evaluations and PWR 600x300x89mm cooler has proven to be the best one out of the bunch. Once again my advise and test data on this matter is general. 

9 minutes ago, hypergear said:

I advise everyone to obtain that cooler direct from PWR. I trailed it is because majority people whom complaint about a boost tapering issue had a blitz return flow cooler and so did mine. Yes I changed nothing but intercooler kits during those evaluations and PWR 600x300x89mm cooler has proven to be the best one out of the bunch. Once again my advise and test data on this matter is general. 

I think you missed the part where he said that PWR said over the phone that there is no cooler of that measurements 600x300x89mm
The closest they have is R33 GTR PWR 600 x 265 x 81

So there must be confusion with either your measurements or the one you have isn't PWR? 
Can you list the part number for your 600x300x89mm if you have one? 

18 minutes ago, hypergear said:

Part no. is PWI5813 exact measurement in my invoice is 600x300x81. 

Awesome, thanks (Y) 
Looks like that one has 3" outlets as well, are you cooler pipes all 3" or do you run a reducer? 

Alright have the diagrams from PWR so for those that want to know everything .

Core 600 x 81 mm

Tanks 93 width x 70 horizontal length , barbs 76.2 (3") 80mm center above base height .

Threaded mounts on 500mm centers top and bottom .

 

This is interesting in that it uses the same sized core as the 33GTR one but a little longer . The tanks are generic and the mountings much simpler than the model specific 33 GTR one . Think I'll go with one of these , thanks Tao .

I assume that cooler isn't return flow?  How to you plumb it in without cutting battery trays or anything?

 

I'm curious as well how people are running their cooler pipes on the R34's 
My previous R33 had the hold under the battery tray, went over the pits here in Canberra and they didn't look twice at it. However I hear that NSW has more of a problem with it.

@hyper-gear have you done a PWR cooler with return flow piping or similar?
Maybe I could swap out the core and keep the same piping if that's not a restriction with the 90 degree bend. 

I'm curious as well how people are running their cooler pipes on the R34's 
My previous R33 had the hold under the battery tray, went over the pits here in Canberra and they didn't look twice at it. However I hear that NSW has more of a problem with it.
@hyper-gear have you done a PWR cooler with return flow piping or similar?
Maybe I could swap out the core and keep the same piping if that's not a restriction with the 90 degree bend. 

Im pretty sure the return flow piping is the main restriction, especially with that 180degree bend. Swapping the blitz core for the pwr core but retaining the piping probably wouldnt do much.
On 8/18/2016 at 11:48 PM, hypergear said:

 

atr45sat.jpg

 

enginebay.jpg

 

This is an perfect example of how important it is picking the right supporting and differences it makes to overall performance.

@vxsr33 This person managed 400rwkw using what looks like return flow cooling and custom CAI.
I love the look of this setup. 

 

Obviously not a blitz though, I think it was PWR 

  • Like 1
@vxsr33 This person managed 400rwkw using what looks like return flow cooling and custom CAI.
I love the look of this setup. 
 
Obviously not a blitz though, I think it was PWR 

Yeah thats the thing that gets me, seems there is always a few cases of people getting great power with return flow coolers.

I assume that you can still make good power with a return flow, however unroadworthy piping just flows better and helps make power more easily.

That setup looks very stealth. I like it

There's no reason why a return flow cooler couldn't have a decent end tank and pipe connection that flows properly.  None.  It may be the case that most (or maybe just many) of the common ones suck and there's a small number that behave themselves.

  • Like 1
2 hours ago, GTSBoy said:

There's no reason why a return flow cooler couldn't have a decent end tank and pipe connection that flows properly.  None.  It may be the case that most (or maybe just many) of the common ones suck and there's a small number that behave themselves.

I saw one that I think Scotty posted, pipes running under and up where your radiator hoses are, means it will have to be custom pipework but that's not too expensive. Especially if it eliminates the costs of cutting a hole under the battery tray.

I think later down the track I'll just buy a PWR intercooler and some custom pipework to run nice and short without cutting.

10 hours ago, Manuel Kasko said:

I saw one that I think Scotty posted, pipes running under and up where your radiator hoses are, means it will have to be custom pipework but that's not too expensive. Especially if it eliminates the costs of cutting a hole under the battery tray.

I think later down the track I'll just buy a PWR intercooler and some custom pipework to run nice and short without cutting.

You're right I messaged Trent about this on Facebook and he said it is definitely a normal cooler with custom return flow style piping for the stock appearance. Scotty also mentioned that it's possible to make a normal cooler work with standard pipes (no cutting) but it's custom and needs to route around the radiator. 

The other issue that Trent mentioned about this Stagea was that there was 5psi+ of back pressure and by simply removing the cat it picked up better response and more power. This is why Tao says if you're having power issues to drop the cat and that will tell you if its an issue also. 

Hope this helps get you in the right direction. 

 

  • Like 3

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

    • I did end up getting it sorted, as GTSBoy said, there was a corroded connection and wire that needed to be replaced. I ended up taking out the light assembly, giving everything a good clean and re-soldered the old joints, and it came out good.
    • Wow, thanks for your help guys 🙏. I really appreciate it. Thanks @Rezz, if i fail finding any new or used, full or partial set of original Stage carpets i will come back to you for sure 😉 Explenation is right there, i just missed it 🤦‍♂️. Thanks for pointing out. @soviet_merlin in the meantime, I received a reply from nengun, and i quote: "Thanks for your message and interest in Nengun. KG4900 is for the full set of floor mats, while KG4911 is only the Driver's Floor Mat. FR, RH means Front Right Hand Side. All the Full Set options are now discontinued. However, the Driver's Floor Mat options are still available according to the latest information available to us. We do not know what the differences would be, but if you only want the one mat, we can certainly see what we can find out for you". Interesting. It seems they still have some "new old stock" that Duncan mentioned 🤔. I wonder if they can provide any photos......And i also just realized that amayama have G4900 sets. I'm tempted too. 
    • Any update on this one? did you manage to get it fixed?    i'm having the same issue with my r34 and i believe its to do with the smart entry (keyless) control module but cant be sure without forking out to get a replacement  
    • So this being my first contribution to the SAU forums, I'd like to present and show how I had to solve probably one of the most annoying fixes on any car I've owned: replacing a speedometer (or "speedo") sensor on my newly acquired Series 1 Stagea 260RS Autech Version. I'm simply documenting how I went about to fix this issue, and as I understand it is relatively rare to happen to this generation of cars, it is a gigantic PITA so I hope this helps serve as reference to anyone else who may encounter this issue. NOTE: Although I say this is meant for the 260RS, because the gearbox/drivetrain is shared with the R33 GTR with the 5-speed manual, the application should be exactly the same. Background So after driving my new-to-me Stagea for about 1500km, one night while driving home the speedometer and odometer suddenly stopped working. No clunking noise, no indication something was broken, the speedometer would just stop reading anything and the odometer stopped going up. This is a huge worry for me, because my car is relatively low mileage (only 45k km when purchased) so although I plan to own the car for a long time, a mismatched odometer reading would be hugely detrimental to resale should the day come to sell the car. Thankfully this only occurred a mile or two from home so it wasn't extremely significant. Also, the OCD part of me would be extremely irked if the numbers that showed on my dash doesn't match the actual ageing of the car. Diagnosing I had been in communication with the well renown GTR shop in the USA, U.P.garage up near University Point in Washington state. After some back and forth they said it could be one of two things: 1) The speedometer sensor that goes into the transfer case is broken 2) The actual cluster has a component that went kaput. They said this is common in older Nissan gauge clusters and that would indicate a rebuild is necessary. As I tried to figure out if it was problem #1, I resolved problem #2 by sending my cluster over to Relentless Motorsports in Dallas, TX, whom is local to me and does cluster and ECU rebuilds. He is a one man operation who meticulously replaces every chip, resistor, capacitor, and electronic component on the PCB's on a wide variety of classic and modern cars. His specialty is Lexus and Toyota, but he came highly recommended by Erik of U.P.garage since he does the rebuilds for them on GTR clusters.  For those that don't know, on R32 and R33 GTR gearboxes, the speedometer sensor is mounted in the transfer case and is purely an analog mini "generator" (opposite of an alternator essentially). Based on the speed the sensor spins it generates an AC sine wave voltage up to 5V, and sends that via two wires up to the cluster which then interprets it via the speedometer dial. The signal does NOT go to the ECU first, the wiring goes to the cluster first then the ECU after (or so I'm told).  Problems/Roadblocks I first removed the part from the car on the underside of the transfer case (drain your transfer case fluid/ATF first, guess who found out that the hard way?), and noted the transfer case fluid was EXTREMELY black, most likely never changed on my car. When attempting to turn the gears it felt extremely gritty, as if something was binding the shaft from rotating properly. I got absolutely no voltage reading out of the sensor no matter how fast I turned the shaft. After having to reflow the solder on my AFM sensors based on another SAU guide here, I attempted to disassemble the silicone seal on the back of the sensor to see what happened inside the sensor; turns out, it basically disintegrated itself. Wonderful. Not only had the electrical components destroyed themselves, the magnetic portion on what I thought was on the shaft also chipped and was broken. Solution So solution: find a spare part right? Wrong. Nissan has long discontinued the proper sensor part number 32702-21U19, and it is no longer obtainable either through Nissan NSA or Nissan Japan. I was SOL without proper speed or mileage readings unless I figured out a way to replace this sensor. After tons of Googling and searching on SAU, I found that there IS however a sensor that looks almost exactly like the R33/260RS one: a sensor meant for the R33/R34 GTT and GTS-T with the 5 speed manual. The part number was 25010-21U00, and the body, plug, and shaft all looked exactly the same. The gear was different at the end, but knowing the sensor's gear is held on with a circlip, I figured I could just order the part and swap the gears. Cue me ordering a new part from JustJap down in Kirrawee, NSW, then waiting almost 3 weeks for shipping and customs clearing. The part finally arrives and what did I find? The freaking shaft lengths don't match. $&%* I discussed with Erik how to proceed, and figuring that I basically destroyed the sensor trying to get the shaft out of the damaged sensor from my car. we deemed it too dangerous to try and attempt to swap shafts to the correct length. I had to find a local CNC machinist to help me cut and notch down the shaft. After tons of frantic calling on a Friday afternoon, I managed to get hold of someone and he said he'd be able to do it over half a week. I sent him photos and had him take measurements to match not only the correct length and notch fitment, but also a groove to machine out to hold the retentive circlip. And the end result? *chef's kiss* Perfect. Since I didn't have pliers with me when I picked up the items, I tested the old gear and circlip on. Perfect fit. After that it was simply swapping out the plug bracket to the new sensor, mount it on the transfer case, refill with ATF/Nissan Matic Fluid D, then test out function. Thankfully with the rebuilt cluster and the new sensor, both the speedometer and odometer and now working properly!   And there you have it. About 5-6 weeks of headaches wrapped up in a 15 minute photo essay. As I was told it is rare for sensors of this generation to die so dramatically, but you never know what could go wrong with a 25+ year old car. I HOPE that no one else has to go through this problem like I did, so with my take on a solution I hope it helps others who may encounter this issue in the future. For the TL;DR: 1) Sensor breaks. 2) Find a replacement GTT/GTS-T sensor. 3) Find a CNC machinist to have you cut it down to proper specs. 4) Reinstall then pray to the JDM gods.   Hope this guide/story helps anyone else encountering this problem!
    • So this being my first contribution to the SAU forums, I'd like to present and show how I had to solve probably one of the most annoying fixes on any car I've owned: replacing a speedometer (or "speedo") sensor on my newly acquired Series 1 Stagea 260RS Autech Version. I'm simply documenting how I went about to fix this issue, and as I understand it is relatively rare to happen to this generation of cars, it is a gigantic PITA so I hope this helps serve as reference to anyone else who may encounter this issue. NOTE: Although I say this is meant for the 260RS, because the gearbox/drivetrain is shared with the R33 GTR with the 5-speed manual, the application should be exactly the same. Background So after driving my new-to-me Stagea for about 1500km, one night while driving home the speedometer and odometer suddenly stopped working. No clunking noise, no indication something was broken, the speedometer would just stop reading anything and the odometer stopped going up. This is a huge worry for me, because my car is relatively low mileage (only 45k km when purchased) so although I plan to own the car for a long time, a mismatched odometer reading would be hugely detrimental to resale should the day come to sell the car. Thankfully this only occurred a mile or two from home so it wasn't extremely significant. Also, the OCD part of me would be extremely irked if the numbers that showed on my dash doesn't match the actual ageing of the car. Diagnosing I had been in communication with the well renown GTR shop in the USA, U.P.garage up near University Point in Washington state. After some back and forth they said it could be one of two things: 1) The speedometer sensor that goes into the transfer case is broken 2) The actual cluster has a component that went kaput. They said this is common in older Nissan gauge clusters and that would indicate a rebuild is necessary. As I tried to figure out if it was problem #1, I resolved problem #2 by sending my cluster over to Relentless Motorsports in Dallas, TX, whom is local to me and does cluster and ECU rebuilds. He is a one man operation who meticulously replaces every chip, resistor, capacitor, and electronic component on the PCB's on a wide variety of classic and modern cars. His specialty is Lexus and Toyota, but he came highly recommended by Erik of U.P.garage since he does the rebuilds for them on GTR clusters.  For those that don't know, on R32 and R33 GTR gearboxes, the speedometer sensor is mounted in the transfer case and is purely an analog mini "generator" (opposite of an alternator essentially). Based on the speed the sensor spins it generates an AC sine wave voltage up to 5V, and sends that via two wires up to the cluster which then interprets it via the speedometer dial. The signal does NOT go to the ECU first, the wiring goes to the cluster first then the ECU after (or so I'm told).  Problems/Roadblocks I first removed the part from the car on the underside of the transfer case (drain your transfer case fluid/ATF first, guess who found out that the hard way?), and noted the transfer case fluid was EXTREMELY black, most likely never changed on my car. When attempting to turn the gears it felt extremely gritty, as if shttps://imgur.com/6TQCG3xomething was binding the shaft from rotating properly. After having to reflow the solder on my AFM sensors based on another SAU guide here, I attempted to disassemble the silicone seal on the back of the sensor to see what happened inside the sensor; turns out, it basically disintegrated itself. Wonderful. Not only had the electrical components destroyed themselves, the magnetic portion on what I thought was on the shaft also chipped and was broken. Solution So solution: find a spare part right? Wrong. Nissan has long discontinued the proper sensor part number 32702-21U19, and it is no longer obtainable either through Nissan NSA or Nissan Japan. I was SOL without proper speed or mileage readings unless I figured out a way to replace this sensor. After tons of Googling and searching on SAU, I found that there IS however a sensor that looks almost exactly like the R33/260RS one: a sensor meant for the R33/R34 GTT and GTS-T with the 5 speed manual. The part number was 25010-21U00, and the body, plug, and shaft all looked exactly the same. The gear was different at the end, but knowing the sensor's gear is held on with a circlip, I figured I could just order the part and swap the gears. Cue me ordering a new part from JustJap down in Kirrawee, NSW, then waiting almost 3 weeks for shipping and customs clearing. The part finally arrives and what did I find? The freaking shaft lengths don't match. $&%* I discussed with Erik how to proceed, and figuring that I basically destroyed the sensor trying to get the shaft out of the damaged sensor from my car. we deemed it too dangerous to try and attempt to swap shafts to the correct length. I had to find a local CNC machinist to help me cut and notch down the shaft. After tons of frantic calling on a Friday afternoon, I managed to get hold of someone and he said he'd be able to do it over half a week. I sent him photos and had him take measurements to match not only the correct length and notch fitment, but also a groove to machine out to hold the retentive circlip. And the end result? *chef's kiss* Perfect. Since I didn't have pliers with me when I picked up the items, I tested the old gear and circlip on. Perfect fit. After that it was simply swapping out the plug bracket to the new sensor, mount it on the transfer case, refill with ATF/Nissan Matic Fluid D, then test out function. Thankfully with the rebuilt cluster and the new sensor, both the speedometer and odometer and now working properly!   And there you have it. About 5-6 weeks of headaches wrapped up in a 15 minute photo essay. As I was told it is rare for sensors of this generation to die so dramatically, but you never know what could go wrong with a 25+ year old car. I HOPE that no one else has to go through this problem like I did, so with my take on a solution I hope it helps others who may encounter this issue in the future. For the TL;DR: 1) Sensor breaks. 2) Find a replacement GTT/GTS-T sensor. 3) Find a CNC machinist to have you cut it down to proper specs. 4) Reinstall then pray to the JDM gods.   Hope this guide/story helps anyone else encountering this problem!
×
×
  • Create New...