Turbo oil drain to front cover
#1
Turbo oil drain to front cover
i am doing the oil drain for my turbo i have used a -12 to the oil pan in the past but this time i want to use a -10 to the front cover on my 93 rx7 does anyone have pictures oftheir current set up and info like 1/2 or 3/4 tapped to the front cover and so on? pics with info will really help as there is no threads that covers this
#5
I don't have any pics of my current drain that are any good. They wouldn't help you anyways, like I said I had to grind down a T4 drain flange to fit........
The S5 front cover will accept the T4 drain flange just fine though.
Also, if I were to do it again on an FD front cover, I'd use some of the stock piece + a silicone drain hose. The adaptor flange I'm using is in the way of one of the bolts for the front cover.....
http://www.atpturbo.com/Merchant2/me...egory_Code=FLA
Thats one of many they sell. You can buy whatever type of end you're going to use, slip on, flare, bare female threads.....
The S5 front cover will accept the T4 drain flange just fine though.
Also, if I were to do it again on an FD front cover, I'd use some of the stock piece + a silicone drain hose. The adaptor flange I'm using is in the way of one of the bolts for the front cover.....
http://www.atpturbo.com/Merchant2/me...egory_Code=FLA
Thats one of many they sell. You can buy whatever type of end you're going to use, slip on, flare, bare female threads.....
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#10
13BREW running a GT35R on a short run manifold. -10 oil drain line.
Bottom of the page:
http://www.reganrotaryracing.com/fdturboimprove.htm
HTH,
Crispy
Bottom of the page:
http://www.reganrotaryracing.com/fdturboimprove.htm
HTH,
Crispy
#12
BB...in my case.
But I'm curious why is a -10 too small? The drain line is simply a gravity feed unpressured hose to the oil pan for all intents and purposes. One could back calculate the flow into the turbo bearing must equal the flow out. Figure the feed line is typically as small as a -4 at up to..what... ~120psi max oil pressure. I think a -10 at 0psi should be more more than capable of handling the flow. Help me understand.
TIA,
Crispy
But I'm curious why is a -10 too small? The drain line is simply a gravity feed unpressured hose to the oil pan for all intents and purposes. One could back calculate the flow into the turbo bearing must equal the flow out. Figure the feed line is typically as small as a -4 at up to..what... ~120psi max oil pressure. I think a -10 at 0psi should be more more than capable of handling the flow. Help me understand.
TIA,
Crispy
#13
BB...in my case.
But I'm curious why is a -10 too small? The drain line is simply a gravity feed unpressured hose to the oil pan for all intents and purposes. One could back calculate the flow into the turbo bearing must equal the flow out. Figure the feed line is typically as small as a -4 at up to..what... ~120psi max oil pressure. I think a -10 at 0psi should be more more than capable of handling the flow. Help me understand.
TIA,
Crispy
But I'm curious why is a -10 too small? The drain line is simply a gravity feed unpressured hose to the oil pan for all intents and purposes. One could back calculate the flow into the turbo bearing must equal the flow out. Figure the feed line is typically as small as a -4 at up to..what... ~120psi max oil pressure. I think a -10 at 0psi should be more more than capable of handling the flow. Help me understand.
TIA,
Crispy
thank you
#14
Depending on your manifold/turbo, it might be almost impossible to fit a -12 an on the OEM REW front cover turbo oil drain, even a -10an could be complicated.
#15
On a short low rise manifold, -12 is possible....although I'd hate to do it with the MOP operative. Size of -12 and nothing much in the way of hose for flex, if you have fittings both ends, makes it critical on angles - so expect a lot of trial and error tack welding male fittings in place. With a high rise, should be a breeze in comparison.
Doubt anyone will give the "reason", it's normally through experience of what doesn't work, that the recommendations evolve. Useful guidelines for drains -
Ray Hall Turbocharging - Turbocharger Facts and Myths
Doubt anyone will give the "reason", it's normally through experience of what doesn't work, that the recommendations evolve. Useful guidelines for drains -
Ray Hall Turbocharging - Turbocharger Facts and Myths
#16
the thing is the size plays less of a roll if every other thing is checked...
like no loops in the drain line.. all gravity down hill from the turbo to the front cover.
this is why i make solid drains and skip the braided stuff. this is something i will continue to do as i built turbo kits for other cars/customers.
like no loops in the drain line.. all gravity down hill from the turbo to the front cover.
this is why i make solid drains and skip the braided stuff. this is something i will continue to do as i built turbo kits for other cars/customers.
#17
BB...in my case.
But I'm curious why is a -10 too small? The drain line is simply a gravity feed unpressured hose to the oil pan for all intents and purposes. One could back calculate the flow into the turbo bearing must equal the flow out. Figure the feed line is typically as small as a -4 at up to..what... ~120psi max oil pressure. I think a -10 at 0psi should be more more than capable of handling the flow. Help me understand.
TIA,
Crispy
But I'm curious why is a -10 too small? The drain line is simply a gravity feed unpressured hose to the oil pan for all intents and purposes. One could back calculate the flow into the turbo bearing must equal the flow out. Figure the feed line is typically as small as a -4 at up to..what... ~120psi max oil pressure. I think a -10 at 0psi should be more more than capable of handling the flow. Help me understand.
TIA,
Crispy
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