Jump to content
SAU Community

Recommended Posts

  • 3 weeks later...

Bought a large box of oil.

(8 l engine oil) Motul 300V Competition 15W-50 Racing lubricant for racing cars

(5 l gearbox oil) Motul Gear 300 75W-90 Racing gearbox lubricant 100% Synthetic – Ester based

(6 l LSD oil) Fuchs Titan Race Gear 90 LS High Performance Limited Slip Diff Oil (formerly known as Silkolene BOA 90 LS)

(1.5 l brake and clutch fluid) Motul RBF 660 Factory Line race brake fluid

img4ca99c36d924f.jpg

The original watercooled oilcooler, mounted on the engine block under the oilfilter, is sometimes creating a problem and has to be removed. It could be a problem with the function, available space etc. In my case the reason is a heavily tuned engine with high boost pressure. This create a very high local temperature rise. Let us call it a local thermal water explosion. This local temperature rise create a high local pressure in the cooling system and this could make the original oilcooler crack and cause a water/oil leak.

There are some ways to solve this problem, this is how I chose to do it:

Original oilcooler is hidden under the intake manifold and behind the alternator.

img4aec91eb33a18.jpg

Original oilcooler. It is mounted on the block with 4 bolts.

img4caec226a91fb.jpg

Here it has been dismounted.

img4a47ca15eb3f7.jpg

A close up to show how it looks behind the oilcooler. It is important to remove all trace of old gaskets and paint. The mating surface must be smooth and clean since this is the surface where the oilfilter/sandwich plate is sealing snug and tight.

img4a2d28d7dd300.jpg

In the centre you can spot the original stud. This is to be dismantled (twist it out like a screw).

img483c3eb2535f7.jpg

Original stud dismounted.

img4caec96b2766e.jpg

In Nissan FAST software, part 15213P is found. This part is only used on engines without an original oilcooler mounted on the engine block.

img4caec8fb38a78.jpg

It is named "Stud, oil filter" and Nissans part number is 15213-V0711.

img4caec97d55831.jpg

Stud, 15213-V0711, mounted in the block (the four bolts and the gasket shall be removed).

img4caec937bc384.jpg

Now you can select if you would like to use only a filter, an external oilcooler, a filter relocation kit or a combination with all of them.

I use them all.

Oilcooler thermo plate.

img4caec8520bb7a.jpg

Mounting an oilcooler and a thermo plate.

img4caec90e2845d.jpg

Filter relocation kit.

img4caec86ae2d9c.jpg

Yesterday I was informed the new R-tyres are on their way and they should be delivered to me today. The flush fit wheel air valves have also been shipped. Soon time to get it all assembled and balanced. Exciting :P

I have that kind of valve on my other wheels too and they bring a nice touch to it.

img4cb6ae8ac6716.jpg

img4875050524dd4.jpg

  • 2 weeks later...

It turned out very well with the flush valves on the new wheels I use for the R-tyres. Pictures to be posted after next round in the garage. I will have to remember to always keep the air fill adatper in the car from now on.

When the tyres were mounted on to the rims, they had to pump them up to more than 4 Bar of pressure. It sounded like a big cannon in the tyre shop. My poor ears...I wasn't prepared at all... at least not when the first tyre went on.

img4cc32dbe49121.jpg

Mounted some parts. It will be ok but as shown, there is lots to adjust regarding wheel alignment and I will also adjustthe track both front and rear. At the rear, there is plenty of Camber but still a slight gap between the tyre and the fender. At the front, there is also some space for adjustments. I will decide how much I want to slam the car when the coilovers have settled. The steering angle has improved with the spacers mounted on the inner tie rods.

img4cc45a29ece4a.jpg

img4cc45a2984655.jpg

img4cc45a293f0f5.jpg

img4cc45a29661f0.jpg

img4cc45a2919f1f.jpg

img4cc45a29a78dd.jpg

img4cc45a28e7ff9.jpg

img4cc45a28bb131.jpg

img4cc45a29ccaa5.jpg

  • 1 month later...

The original watercooled oilcooler, mounted on the engine block under the oilfilter, is sometimes creating a problem and has to be removed. It could be a problem with the function, available space etc. In my case the reason is a heavily tuned engine with high boost pressure. This create a very high local temperature rise. Let us call it a local thermal water explosion. This local temperature rise create a high local pressure in the cooling system and this could make the original oilcooler crack and cause a water/oil leak.

There are some ways to solve this problem, this is how I chose to do it:

Original oilcooler is hidden under the intake manifold and behind the alternator.

img4aec91eb33a18.jpg

Original oilcooler. It is mounted on the block with 4 bolts.

img4caec226a91fb.jpg

Here it has been dismounted.

img4a47ca15eb3f7.jpg

A close up to show how it looks behind the oilcooler. It is important to remove all trace of old gaskets and paint. The mating surface must be smooth and clean since this is the surface where the oilfilter/sandwich plate is sealing snug and tight.

img4a2d28d7dd300.jpg

In the centre you can spot the original stud. This is to be dismantled (twist it out like a screw).

img483c3eb2535f7.jpg

Original stud dismounted.

img4caec96b2766e.jpg

In Nissan FAST software, part 15213P is found. This part is only used on engines without an original oilcooler mounted on the engine block.

img4caec8fb38a78.jpg

It is named "Stud, oil filter" and Nissans part number according to Nissan is 15213-W040A. I have ordered one and will test it to be 100% sure it is the correct part.

The valve I will mount in the filter holder.

img4cefaadb5ea62.jpg

Stud, 15213-W040A, mounted in the block (the four bolts and the gasket shall be removed).

img4caec937bc384.jpg

Now you can select if you would like to use only a filter, an external oilcooler, a filter relocation kit or a combination with all of them.

I use them all.

Oilcooler thermo plate.

img4caec8520bb7a.jpg

Mounting an oilcooler and a thermo plate.

img4caec90e2845d.jpg

Filter relocation kit.

img4caec86ae2d9c.jpg

Some OEM-parts I picked up today:

Holder for the license plate lights.

img4cefab2bed307.jpg

Fasteners and washers for the camshaft brackets (total 24pcs of each).

img4cefaac807827.jpg

Over pressure valve and oil filter stud to remove the OEM oilcooler.

img4cefaadb5ea62.jpg

Fasteners, washers and nuts for the outgoing drive shafts on the diff flanges (total 12pcs of each).

img4cefab02efa42.jpg

Fasteners, washers and nuts for the prop shaft on the ingoing flange on the diff (total 12pcs of each).

img4cefab1672de3.jpg

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

    • If doing that ^, I'd take the idle up valve out and plug the hole in the pump.
    • You can try capping the power steering idle up valve at both ends if it's old. The valve and the intake manifold. That is something that is known to fail in Toyotas with age and it will suck power steering fluid into the intake and burn it in the engine which can cause issues. Then bleed it again with engine off first. Do like 30+ lock to lock turns with the front wheels off the ground.
    • Hi Brent, I am wondering if you ever worked this out? I have upgraded this unit to a newer one and everything works bar the reverse camera, so i really want to know what plugs are what so I can patch the camera through. many thanks in advance Mike
    • Once you have to get up in the morning and be useful, you suddenly value sleep it turns out :p
    • Update:   smoke test all pipes no issues cleaned reservoir   fluid put in ( dexron 3 atf)   steering turn side to side and could hearing  gurgling from steering rack which I assumed was air lock, opened one of the steering rack connections and could see loads of air getting pushed out( not sure if you meant to do that / whether it will re introduce air into system)   anyways, loads of side to side sound was gone. Turned car on, pump was slightly ( barely) wining so turned side to side few more turns and fluid level when car on was almost none in resorvoir which I guess is normal if car is one. Turned car of and fluid was gushing out. Almost 200-300cc was pushed out. Repeated engine off side to side followed  by engine on and same result       going mad now. It seems system is either sucking air in whilst on or there is tons of air which I am not giving it enough time to bleed. Thoughts?   would it work like brake caliper if I open steering rack copper pipes and let gravity pull all air out?   or maybe have a restriction somewhere? What is the red circled item, could that be blocked? It i
×
×
  • Create New...