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LJDB

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About LJDB

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  1. LJDB

    EFI Xflow with EL ecu

    You are probably correct in regards to the sensors. One thing on the knock sensor is xflows that came with a knock sensor in the head bolt also have a slightly different rocker cover with extra clearance to suit. So if you adding it you need to allow for that. It's all pretty straight forward once you have it all out infront of you. Even my corty had the same colour wires as el for some things.
  2. LJDB

    EFI Xflow with EL ecu

    Do u have the electric style dash? I just used the original xflow sender units for coolant and oil pressure and ran them the same as factory. The el ecu needs to correct sensors to work. Run them along side the original.
  3. LJDB

    92dt tickford head v 94ab head

    I'm going to check the cams with a dial indicator but checking with a cheap vernier they are very close lift wise. After a clean the 92dt head has a smaller chamber, il cc them at some stage to confirm. Port wise they look very different. I suspect the larger port would suit boost better. Valve springs on tickford head are not painted and visually look the same.
  4. Hi guys, I have 2 heads that I'm choosing between to use on a turbo set up. One is a 92dt early tickford head and cam the other is a 94ab head with 91 da cam. Both look to have the same sized valves and chambers. The 94ab has a noticeably larger inlet port and searching through posts is a good head. 91da cam is also the pick of the bunch. Problem is there isn't much info out there about the early tickford stuff.
  5. LJDB

    Xflow head stud suit sohc

    As the title suggest. Does anyone know if am xflow head stud kit will fit a sohc engine? Cheers
  6. LJDB

    Blown Crossy.

    Where does one look on the spark plug to identify correct timing? A/f would have to be correct to give an accurate reading?
  7. LJDB

    E1 valve stem seals.

    So I recently had the head off the car and found that the valve stem seals had lifted off the guides. It's a alloy head stamped e1 and the guides have a taper at the top. The seals have a metal retaining clip. Which valve stem seals suit this head?
  8. My little corty would love 400hp on the street but who wouldnt want 800hp. I live fairly close to calder and heathcote and been to neither. Although one day i will, its fun telling the hsv boys its just a xflow at the next set of lights
  9. Mines on 10psi but only revs to just over 5k. I start making boost at 2500 and 10psi not long after. I killed my first low comp engine because of the tune on less boost. This engine i'v ran more boost and timing without issues. Both motors are anything but build, just bits and pieces I have laying around. This motor is mid 8 comp, mild na cam with alot of overlap and shows 150psi on comp test. I was just amazed about the hp figures the Yanks have on low boost blow thru set ups. I suppose it comes down to experience and knowledge of product. Or comp v boost/timing and when too much of one starts to effect the other. Get them both right and it's happy days.
  10. I'm not in the process of building an engine just found it interesting. When I put together my turbo motor I just went largest chamber and dish, zero decked to keep comp down.
  11. Hi guys, I came across a post on Facebook in a blow thru turbo page about the best way to achieve a desired compression ratio. It was pretty interesting to see different people's approach to the same goal. So it was basically which is preferred a larger cc chamber or dished piston. Now most of the guys on it are Yanks with big capacity v8 running high comp with boost making big power. Now this had me thinking about our old trusty xflows which have a variety of head and piston types to choose from. So which would be better, zero deck flat tops with larger chamber or small chamber with large dished pistons down the bore? I know there would be more to the equation but ideally flat tops, zero decked would promote quench, whilst dished pistons zero decked would do the opposite so would there be a point? Or is 10.1 still 10.1 no matter which way you achieve it? The Yanks seem to get away with high comp, big turbo set ups with e85 ect but we don't have the luxury
  12. LJDB

    keeping temps down with turbo

    Iv heat wrapped the dump pipe, turbo beanie and made a heat shield for the exhaust manifold from a b series heat shield. Iv also played with different thermostats and water pump pulleys to get it right. Im using a fixed fan with small water pump pulley. With the larger pulley, coolant temp fluctuates alot between driving and in traffic. If the turbo is water cooled the places the lines are tapped in may effect the system aswell.
  13. clutch is forked. Ordered a dual friction one from sunbury brake and clutch, spoke to the bloke and he has one behind his 500hp clevo so should do the trick http://www.sunburybrakes.com.au/ford-falcon-clutch-kit-cushion-button-stage-2-eb-ed-ef-el-au-4a1992-to-3a2002-h1220ncb-(2)
  14. 250 crossflow, il have to pull tge box out and have a look
  15. Hi guys, does anyone know if there is a difference a single rail throw out bearing and a t5. Early single rail clutch kits come with a seperate bearing and the t5 style has a bearing and retainer clip all in one. Problem im having is minimal freeplay at the fork. I have backed the cable right off but if i push on the fork away from the clutch is hardly moves as if the throw out bearing is to wide. Google hasnt come up with much. The car drives fine but im getting slip if i give it a hard time. Its an extreme cusion button clutch and should be capable.
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