Jump to content
SAU Community

Recommended Posts

  • Replies 199
  • Created
  • Last Reply

Top Posters In This Topic

$4200 for the normal ones, TE37 SL $3300 delivered!!!

Remember these new TE37 SL is STRONGER & LIGHTER

sounds great.

have you got any details on exactly how much these wheels weigh?

cheers

ooooooohhhhhhhh :ermm::);):D I want I want I want.

18 x 9.5 ( Front ) 18 x 10 ( rear ) offset + 15

I think/hope this should be a good offset for a 34 GTR .... Will drop in on Tuesday afternoon with a deposit and hopefully some reassurance that the sizes and offsets will be correct.

am I on the right track with sizes and offsets anyone ???

gtr needs same width of rim so get them both 18x10 in what ever offset

they need to be the same so u dont f*k up ur attesa system

I always thought it was the rolling diameter of the rims/tyres which needed to be the same and that width did not matter. Obviously if the rolling diameters are different the atessa will be detecting what it thinks is wheel spin.

Any ideas anyone ? Also on the offset +15 good or no good for 34GTR

sounds great.

have you got any details on exactly how much these wheels weigh?

cheers

Anyway in terms of weight, i found out they are 1 pound lighter per wheel (vs older te37's) which is almost half a kilo, which is good.

+15 is going to look great, go for the 18x10 front and rears :)

Many thanks for the advice N1GTR .... I will order the 18 X 10 +15 Do you know if I Will I be able to run those sizes and offset without any guard rolling etc..... ?

interested in staggered

10.5 and 9.5 (+22 all round)

delivered to sydney.

have to ask ..any chance of custom colour ,black????? extra cost??

$3300 +$80 delivery if in metro of Sydney.

Sorry no chance of custom colour, if you want custom colour then you can go for the normal TE37 for around $4400 :D




  • Similar Content

  • Latest Posts

    • You have just offended every teenage boy in America
    • Structured text and other high level PLC programing languages are not allowable in Functional Safety. They are very difficult to audit. My PLC stuff is almost exclusively oriented towards Burner Management Systems which are a particularly pernicious form of Safety Instrumented System, when implemented in an SPLC. Even the part of the code written to work in the non-safety logic part of the PLC, like with a Siemens S7-1500 series, still needs to be treated as if it was safety code, with access restrictions, code fingreprints and the like. And Allen Bradley can go EABODs. They ae full of shit. They have this whole lie going on where they say if you use a ControlLogix controller and its IO, and then just duplicate the IOs (ie, run in series or parallel depending on type, to try to make it "fail safe") and "use these programming styles and place these restrictions on what you do" that you can achieve SIL2. What a load of crap. They just get away with it because no-one in the US seems to understand the first thing about Functional Safety and carries on as if all they have to do is buy only SIL2 rated equipment and hey presto, it's a SIL2 system. Idiots. /rant
    • If you're really considering leaving it, a great question to ask is, is the magnet going to stick to the sump? The answer to the above is the same answer towards if I'd have any level of comfort leaving it... Personally, based on the cost of a motor if the magnet were to cause damage, I'd be fishing it out either way. Use the methods in here. It fit in through the plug hole, it'll come out.   PS, get a small actuatable claw for a bore scope. OR if you know a vet, they have really cool controllable scopes with hooks on the end. Supposedly they're like playing a video game. Ask if they can acquire you one of their scopes... Engine oil after all is just a different type of lube right? Will only make it easier on the next dog or cat...
    • All other (Boolean) logic functions though, are just built on those blocks above. Which does give you a lot of functionality in logic. It is basing that on using thresholds with analogue signals like GTS alluded to.   Not having things like timers will make it less useful for some of the ramp up logic you'd want, and again, on Haltecs capacity specifically, I'm not across anymore what you can / can't do with different tables.   I'm assuming, with your logic you want to implement, not only do you want your timing safeties, you're wanting to be able to derive the duty cycle for your solenoid, to maintain I'm assuming 175PSi? Or are you using a standalone WMI controller to maintain the DC correct, and you just want the Haltech working out which fuelling maps you should be on?
    • It doesn't seem to follow revs. Oddly it seems to follow TPS a little bit from what I can see, but with some delay a bit. IE end of the graph, when he lets off throttle fully, pressure drops a lot, then slowly builds back up, but rpm is on a nice cruisey drop off. I do agree though, it seems very electrically.
×
×
  • Create New...