Jump to content
SAU Community

Recommended Posts

This is a ford Barra engine sump that is almost done.

Its using the channel type system and done for a 6 stage pump obviuosly.

There is dividers inside the channel which is something not always done. Dividers try to eqalise the oil distribution when you brake hard or accelerate. The oil will still run to the front or rear of the pan. With a long sump such as this they do help. The oil can still roll over the top of the divider but its still better than nothing

The width of the channel is critical.

The channel is slightly offset to one side and the whole sump tapers into the channel. Ill keep the factory ford windage trays with this sump as they are pretty good. It has an alloy mesh "filter" inside the channel too.

post-20349-0-46499100-1314264771_thumb.jpg

post-20349-0-61484600-1314264907_thumb.jpg

As i am in the stages of gathering info for building my engine, my question to you guys is:

For a car that will be 70% street and 30% track, will it be worth me going for a dry sump setup?? Engine will be built for response not power

Or stick with a well sorted wet sump setup, which has been discussed already in these forums

Thanks

Nick

Nick it really depends on your budget.

If you an afford to do a dry sump properly then go for it even for a road going car.

When I do a regoed streeter I usually fabricate a custom tank to sit inside the wheel arch instead of a boot mounted tank. Keeps fumes out of the interior and also keeps plbing costs to a minimum.

Nick it really depends on your budget.

If you an afford to do a dry sump properly then go for it even for a road going car.

When I do a regoed streeter I usually fabricate a custom tank to sit inside the wheel arch instead of a boot mounted tank. Keeps fumes out of the interior and also keeps plbing costs to a minimum.

I rather spend the extra cash and know i can safely push the engine when i need to, but in saying that i have only started doing the research on it and i am watching this topic closely.

Thank you for the time and the info

Nick it really depends on your budget.

If you an afford to do a dry sump properly then go for it even for a road going car.

When I do a regoed streeter I usually fabricate a custom tank to sit inside the wheel arch instead of a boot mounted tank. Keeps fumes out of the interior and also keeps plbing costs to a minimum.

Do you have a set of baffles in the tank Brad? What capacity is the tank?

Looking at the D.E. or Verdi pump with an air/oil separator the design of the tank can be a lot simpler which owes itself to a custom built tank that can be made to fit out of the way somewhere. As long as there a some baffles to slop the oil sloshing around then that is fine.

Shoot me your details Brad via email and will get it sorted! :)

  • Like 1

The tank I normally use mike has a baffle plate similar to the Peterson round tanks ones.

Tank normally holds 8-9 litres, with excess in the sump and lines the whole things takes about 10L from empty.

The filler runs up where the washer bottle lives and still needs an under bonnet catch can to vent the tank into

Those separator pumps work really well. The Dailey I'm using one with too.

The tank I normally use mike has a baffle plate similar to the Peterson round tanks ones.

Tank normally holds 8-9 litres, with excess in the sump and lines the whole things takes about 10L from empty.

The filler runs up where the washer bottle lives and still needs an under bonnet catch can to vent the tank into

Those separator pumps work really well. The Dailey I'm using one with too.

This is a ford Barra engine sump that is almost done.

Its using the channel type system and done for a 6 stage pump obviuosly.

There is dividers inside the channel which is something not always done. Dividers try to eqalise the oil distribution when you brake hard or accelerate. The oil will still run to the front or rear of the pan. With a long sump such as this they do help. The oil can still roll over the top of the divider but its still better than nothing

The width of the channel is critical.

The channel is slightly offset to one side and the whole sump tapers into the channel. Ill keep the factory ford windage trays with this sump as they are pretty good. It has an alloy mesh "filter" inside the channel too.

post-20349-0-46499100-1314264771_thumb.jpg

post-20349-0-61484600-1314264907_thumb.jpg

I see what you mean about keeping the channels narrow :thumbsup:

Is there anything special needed to be done to prime the oil system before starting the car in order to get the oil pressure up, or is the response from the pumps good enough ?

Some people use accumulators or electric pumps.

Normally If the car had been sitting for more than a week I'd slide the belt off and drive the oil pump with an air ratchet till it builds some pressure.

Once it's got pressure usually they are fine At start up. Works the same as ab ordinary oil pump.

Normally If the car had been sitting for more than a week I'd slide the belt off and drive the oil pump with an air ratchet till it builds some pressure.

That is what an engineer at Auto Verdi told me.

That's another kettle of fish all together mate.

It solves the whole smashing oil pump issue. For those who aren't aware it's possible to use a single stage external oil pump belt driven exactly the same as a multiple stage pump however instead of drawing from a remote tank it draws from the engines sump via an external pick up.

I have one sump which I've done this conversion too, it has a trust extension and now an external pick up and single stage pump.

I'll put p a few photos of that setup latter.

Is a viable option for street driven cars.

Not really no.

You could fit the pan but it won't hold enough oil to keep the engine feed.

I'm semi assembling another GTR sump currently for a mate. Im taking some photos of how it's constructed as it gets fabricated.

Guys can get an idea what goes into it that way.

I reckon someone should get onto dailey to make one of their pans with integrated manifold for RB26. bit of a challenege considering you need to incorporate diff housing too but would be a awesome piece of gear.

Create an account or sign in to comment

You need to be a member in order to leave a comment

Create an account

Sign up for a new account in our community. It's easy!

Register a new account

Sign in

Already have an account? Sign in here.

Sign In Now



  • Similar Content

  • Latest Posts

    • Something I meant to say when we were chatting the other night about having an open trailer floor being great to work on a car, but you've never used the feature... It's a great place to park a car after doing suspension component changes, and do the tightening of all the bushes with the car sitting at full ride height. Especially when you don't have a 4 post hoist!
    • That is way more science than even I would use. I just eyeball it, not even accounting for the non-verticality of the tape measure when held on the lip and the centre at the same time. +/- 2mm is good enough for the girls I go out with.
    • So, before putting them in I need to understand the stock ride height. This is how I measured it: First, check the diameter of the wheel's centre cap, it was 52mm. Then put a piece of masking tape approximately across the centre and measure 27mm (half) from at least 3 sides to get a reasonable idea of the centre of the wheel cap. Mark that with a horizontal line as one measuring point. Then, directly above the wheel on the guard, put another piece of masking tape in approximately the centre. Use a string line to find out the point on the guard above the centre of the wheel cap and mark that. Then it is simple, just a tape measure to check the distance from centre of the wheel to the centre of the guard. Final results where  LF: 381mm RF: 379mm LR: 401mm RR: 400mm Pretty even considering they are 120,000klm old factory springs, lets call that 380 front and 400 rear.
    • So....knowing that I have a problem with power steering temps on track and another Wakefield day booked in next Friday, I've done the obvious thing They are very reasonably priced at $1650, considering they are a big monotube shock, double height adjustable (don't have to change pre-load to change ride height), one way adjustable damping and standard sized and customisable springs if you want something other than what comes with them. They come with 9kg/mm front and 4.5kg/mm front and I went with that as a starting point because I'll add adjustable sway bars too https://justjap.com/products/bc-racing-coilover-kit-ds-ds-infiniti-q50-v37-14-current#description Unfortunately they didn't come with rear strut tops so I've re-used the factory ones which was a bit of a pain. Also, the adjuster for the rear shock will be an absolute nightmare to get at, and while there are extensions in the kit I can't see any way you can actually attach or use them
    • I also had 2 bulbs blow at once, years ago in the stagea. made for a fun drive home. The issue was the voltage regulator had failed in the alternator and it was giving 15+ volts. Really, I was lucky all that was fried were the headlight bulbs. So, I'd suggest you check the voltage across your battery terminals with the car running and warmed up. Yes, you will need a multimeter to do so, sorry.
×
×
  • Create New...