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Yep, I was supprised. Its all about flow rather then housing size. Doing G35-900 Vs ATR45SS-1 Next. 62mm V 61mm. -
By GoHashiriya · Posted
Of course sometimes you cannot go with the cheaper alternative but I try to weigh it up for the application - am I competing or am I going to the track ten times p/yr. As long as there’s enough information out there to back the cheaper alternative as a good option I’ll go for that. I’m a bit of a bastard though as it’s my job to reduce costs, particularly on non income generating assets. EUR 500 saved for the diff + EUR 1,000 saved on BC racing over Bilstein and then say EUR 300 versus EUR 600 on an off brand windscreen versus OEM (for example) soon accumulates. I mean, I’m probably gonna put the car in the ditch anyway. Absolutely do not take this as a justification for always buying cheap shitty parts, just a rationale for doing your research and considering what’s necessary for your application. -
By Dose Pipe Sutututu · Posted
All the above effort, time, swapping out parts in the dark (i.e. no O2 data). You're literally running in the dark. -
Looks like both of my cars have pressure switch issues. The R32 GTR has 18 flashes on the ATTESSA controller which is "ETS pressure switch circuit". The 4WD light is intermittent, and often just restarting the car clears it. There is an $300 replacement option https://www.ebay.com.au/itm/285675135148?itmmeta=01HXN3YKRGKQ08GRZ5KFKKZWJT&hash=item428390a0ac:g:6CcAAOSwWxBltMEG so if it becomes a permanent issue and I can confirm that the switch is the issue, i have a solution. The NM35 is reporting C1208, and disconnecting the switch causes the 4WD light to go away. Translating from the Japanese shop manual "when the pressure is reduced to 2.6MPa (377 psi) or less: conduction occurs when the pressure increases to 3.8MPa (550 psi) or less: conduction is present. Reference: • Immediately after the E-TS actuator motor stops, the pressure inside the accumulator is high and there is no continuity." Not sure how good the translation is but from what i can deduce this means the switch is normally closed (NC) and as the pressure builds from 0 to 550 psi the switch stays closed, then opens and 550 psi. As the pressure drops from 550 psi to 377 psi the switch stays open then closes again at 377 psi. Is that how these things work? These pressures are a lot higher than the R32 ("control pressure 0-228 psi") but i'm hoping i can find a generic switch (like they've done for the R32) to use as a replacement. Maybe something like https://www.ebay.com.au/itm/355586397452?epid=1676016964&itmmeta=01HXN534AF22ACTG6TGDDQGEQ7&hash=item52ca99d50c:g:mAEAAOSw8ilmBcMh&itmprp=enc%3AAQAJAAAA8LtWdNlWHgyJ%2F3cbw25S2A1lde3qBi3fJii4T3lQavCz4kpqiD42SmBa4FocMvXCjcxiowHjb8vZ8%2BWxc53BkHv781tkStSnCDaenfGKC3bIp0keK20dfsn9LoPa3TfqaEmAydqqyKobgTdXsGGzsl%2BRjOVGuD8OIpOv%2B0wMl7aUtHg0iJtojbtzA%2BRS8Xfm8Ufjuvz4niwrqglAXFUbkL6J%2FGuHPeeECZhLBBN3iNM1Swl94Fv5zE95YK%2B5O6dxDN1ySNOjdMxkA8yaprbuwRHFQv1nlGh%2FWjekj6EUFR2%2FO4HTsoKtSAkY0Mj1w1uf1w%3D%3D|tkp%3ABk9SR6zFjKXtYw but with a lower close pressure, and thread adapter if required. Am i dreaming? -
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