-3an feed line + restricter
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-3an feed line + restricter
well i have an ebay turbo and i was wondering if the -3an feed line will be enough to restrict the oil or will i need a restricter. please help me with the question, i really dont need anyone to tell me how terrible the turbo's r.
thanx
thanx
#2
Re: -3an feed line + restricter (ACrite3404)
I have a Garrett t3/t4 57trim .48a/r and use a -3 Stainless line with NO restrictor and have absolutely no problems. Most people will say get one anyway since they are under $20.
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Re: -3an feed line + restricter (BDogggUT34)
<TABLE WIDTH="90%" CELLSPACING=0 CELLPADDING=0 ALIGN=CENTER><TR><TD>Quote, originally posted by BDogggUT34 »</TD></TR><TR><TD CLASS="quote">I have a Garrett t3/t4 57trim .48a/r and use a -3 Stainless line with NO restrictor and have absolutely no problems. Most people will say get one anyway since they are under $20.</TD></TR></TABLE>
Same thing here but with an ebay t70. Still running strong after 1 year. No leak, no smoke.
Same thing here but with an ebay t70. Still running strong after 1 year. No leak, no smoke.
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Re: -3an feed line + restricter (chris_tune)
I've never ran a restrictor with a -3 line on a journal bearing turbo. Never had a problem that way either. There is a significant pressure drop across a 30" long -3 line that is why no restrictor is needed. If you really want to run a restrictor up the line size to a -4.
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Re: -3an feed line + restricter (hybrid_KJ)
First of, find out how much oil pressure that you're running.
Second, how is your return line ran ?
Over 75% of the problem that I have seen with turbo blowing seals is caused by return line not draining fast enough than the oil feed dumping too much oil. Your turbo spins at an incredible rate, how much oil gets in the bearing is not the issue, but how fast can the oil exit and not cooking the bearing is the key.
That's why we used 45 degree adapters and 45 degree hose ends, I could've made the return line kit a lot cheaper with straight hose ends, but that wouldn't be right, would it ?
I get sick with all this manifold mfg designing this bad *** manifold only to find the turbo drain right parallel with the oil pan...get a good manifold that are designed properly rather than buying it based on looks.
stan
Second, how is your return line ran ?
Over 75% of the problem that I have seen with turbo blowing seals is caused by return line not draining fast enough than the oil feed dumping too much oil. Your turbo spins at an incredible rate, how much oil gets in the bearing is not the issue, but how fast can the oil exit and not cooking the bearing is the key.
That's why we used 45 degree adapters and 45 degree hose ends, I could've made the return line kit a lot cheaper with straight hose ends, but that wouldn't be right, would it ?
I get sick with all this manifold mfg designing this bad *** manifold only to find the turbo drain right parallel with the oil pan...get a good manifold that are designed properly rather than buying it based on looks.
stan
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