OEM turbochargers - what is the difference
#1
OEM turbochargers - what is the difference
I would like to ask for some help and explanations.
Here in Europe it is said that there are 5 different kinds of the OEM t/c for Evo X.
Supposedly USDM ones are weaker than EU which proved to be right in my case.
I started looking for OEM t/c and here is what I found but without any info on what the difference is:
- 49378-01641 ($750)
- 49378-01642 ($870)
- 1515A198 ($2000)
All above are called "OEM".
Can someone put some light on it please?
Here in Europe it is said that there are 5 different kinds of the OEM t/c for Evo X.
Supposedly USDM ones are weaker than EU which proved to be right in my case.
I started looking for OEM t/c and here is what I found but without any info on what the difference is:
- 49378-01641 ($750)
- 49378-01642 ($870)
- 1515A198 ($2000)
All above are called "OEM".
Can someone put some light on it please?
#3
Keep in mind that we do not talk about the prices in this thread but how much a new one costs in Romania?
It starts at 62 000 USD for GSR in PL.
And let's get back to the subject, folks.
It starts at 62 000 USD for GSR in PL.
And let's get back to the subject, folks.
#5
FQ models only exist in the UK, so it does not tell the story, IMHO.
But, still, I am looking for someone who can answer my question...
I wish I had not said anything about the weakness of USDM t/cs, damn!
But, still, I am looking for someone who can answer my question...
I wish I had not said anything about the weakness of USDM t/cs, damn!
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#10
Hey, no!
Is my english that bad?
I just said that my proved to be "weaker" in terms of power, nothing else!
I feel very sorry for my self that I haven't checked what model I have when the t/c was out of the car but I'd not expect it to be less capable than the others.
And I in my first post - I am looking for a knowledge rather than a t/c itself.
I am trying to find why the price is so different for a/m models.
Here is what I found today in one rally shop:
"Genuine Mitsubishi Evo 10 Grp N Turbo. Inconel Homologated for International use.MHI 49378-01642 - The only LEGAL Evo 10 Turbo".
Is my english that bad?
I just said that my proved to be "weaker" in terms of power, nothing else!
I feel very sorry for my self that I haven't checked what model I have when the t/c was out of the car but I'd not expect it to be less capable than the others.
And I in my first post - I am looking for a knowledge rather than a t/c itself.
I am trying to find why the price is so different for a/m models.
Here is what I found today in one rally shop:
"Genuine Mitsubishi Evo 10 Grp N Turbo. Inconel Homologated for International use.MHI 49378-01642 - The only LEGAL Evo 10 Turbo".
#11
#12
There have been 4 revisions to the inconel/titanium turbochargers that are homologated for group N use and I know for a fact that they're way more expensive than the normal stock TC.
Power wise: they produce less peak power but spool faster as the turbo is meant to use with a 33mm restrictor (group N) and as a result - has no use of power capabilities at 7000 rpm because there isn't any through a 33mm restrictor.
#13
#14
#15
And this is the reason it's so Expensive. The turbocharger is a different design than the stocker unit. I don't know which model was on the first Evo X RS models (EU) but they were awful in regards of reliability.
There have been 4 revisions to the inconel/titanium turbochargers that are homologated for group N use and I know for a fact that they're way more expensive than the normal stock TC.
Power wise: they produce less peak power but spool faster as the turbo is meant to use with a 33mm restrictor (group N) and as a result - has no use of power capabilities at 7000 rpm because there isn't any through a 33mm restrictor.
There have been 4 revisions to the inconel/titanium turbochargers that are homologated for group N use and I know for a fact that they're way more expensive than the normal stock TC.
Power wise: they produce less peak power but spool faster as the turbo is meant to use with a 33mm restrictor (group N) and as a result - has no use of power capabilities at 7000 rpm because there isn't any through a 33mm restrictor.
The titanium is awesome on regular base cars, since spools like 2-300 rpm faster then a basic. I do not think they actually produce more top power and such.