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03 Dual VVT head With Enem Cam Install


lookforjoe

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As far as I know, Viva does not have a flywheel that converts the dual mass M66 application to the single mass 850R style application. Here is a link to the clutches and flywheels: http://www.vivaperformance.com/categories/Volvo/V70-classic/Drivetrain/

Good selection though.

I stand corrected: http://www.vivaperformance.com/categories/Volvo/S60R-%26-V70R/Drivetrain/

I was looking on the wrong page! Sorry.

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As far as I know, Viva does not have a flywheel that converts the dual mass M66 application to the single mass 850R style application. Here is a link to the clutches and flywheels: http://www.vivaperfo...sic/Drivetrain/

Good selection though.

I stand corrected: http://www.vivaperfo...70R/Drivetrain/

I was looking on the wrong page! Sorry.

Looks like a KU flywheel. Would have likely ended up slightly cheaper, given that shipping in the US can't be £100!!! biggrin.gif

KU flywheel

XRKUSMFlywheel.jpg

(bolts not included)

"Viva" version

M66AWD_single_mass_flywheel__27788_zoom.jpg

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The pistons come with recesses, I'm not sure it's that bad. The motor was running @ low rpms when it happened. I'm hoping for the best, I'm not dropping the bottom end in my driveway laugh.gif

IMG_8716.jpg

Aaaah. Doesn't look quite as bad in that case. Still ouch though. Hey i wasn't even game to pull the head on mine when I, errm, cooked it. Now that the original motor is in my garage I am arming myself with the assorted tools required and am going to give it a crack myself :P

How safe is it to leave one of there engines on an engine stand for extended periods BTW?

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Aaaah. Doesn't look quite as bad in that case. Still ouch though. Hey i wasn't even game to pull the head on mine when I, errm, cooked it. Now that the original motor is in my garage I am arming myself with the assorted tools required and am going to give it a crack myself :P

How safe is it to leave one of there engines on an engine stand for extended periods BTW?

Indefinitely, I'd say. I have my old short block in the basement, used it for reference & mock up for the new head/cams.

XRB5254T2EngineCovers2.jpg

I would recommend coating the bores with some grease if you plan to leave the head off for an extended time period.

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Thanks mate. I hope that's a mockup assembly with the phillips head bolts holding the top cover on :)

Those are the torx screws for the injector cover - there are no cams installed in that photo...

Put the head back on last night.

IMG_8741.jpg

When I get home, I'll install the cams & check valve lift & piston clearance with a boroscope - not taking any chances on Take II biggrin.gif

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Put the cams back in - aligned the reference markers, set & torqued the cam hubs/gears so that the slots are straight up with the timing as Enem spec'd @ TDC on #1

With the piston @ TDC, I rotated the intake cam until the valve contacted the piston. It took about a tooth of advance to get there

XRintakeTDC0014.jpg

Using a boroscope, I looked at the clearance @ 1.5mm lift, then opened the valves - here's three stages viewed with the boroscope

clearance @ 1.5mm lift

XRintakeTDC0001.jpg

clearance @ 1/2 tooth advance

XRintakeTDC0002.jpg

approx 1 tooth advance

XRintakeTDC0003.jpg

I advanced the cam gear in the slots so that there is less than 1 tooth advance left.

IMG_8747.jpg

Difference between early & late breather box - outlet is in the same spot, cam vent is moved outward & cam vent hose is revised to accommodate the change

XRnewBreather0001.jpg

Added my drain back port & installed

XRnewBreather0002.jpg

Somehow I put my longer intake manifold bolts (m7x40) somewhere very safe, now I can't find them :( - so I took some longer bolts & threaded them further down the shank & shortened them to 40mm.

Tomorrow I just have to put the intake & plumbing back on & it'll be ready to roll. :)

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My solution to the breather box issue - the cam vent hits the bottom of the intake, so I chopped that down & added a new port just a little back. I have a used one that I cut in half, so I knew where it was safe to drill without interfering with the vent baffling

XRnewBreather0003.jpg

All clear now, manifold fits over , no problem

XRnewBreather0004.jpg

All back together & running :D

XR03vvtHead0002.jpg

XR03vvtHead0003.jpg

Fuel & FPR vacuum hard lines are run under the upper timing cover, I notched it in two places to clear the lines.

XR03vvtHead0001.jpg

Just drove it gently around, so I don't yet know how it will perform. Vacuum is good at idle, back to 18inHg

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So you'll be puckering the old spincter for a little while then as you putt about nervously :rolleyes:

Now that my sphincter has relaxed somewhat - I got on it harder - a few WOT runs in 3rd-4th, to see how the AFR's look. I had fattened up the mid throttle fuel load cells by 30%, as it was way to lean with the new head & cams. Only running 15psi in these logs - logger underreports by approx 1.5psi

EnemCamLog2.png

graphs

Picture2-6.png

Picture3-6.png

Feels great. Now I feel comfortable with the AFR's, I'm going to raise the boost & see if the timing holds up.

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TT COP Package

IMG_8760.jpg

Worked on revising the COP wiring & boxes to suit the way I want it installed - everything in the ECU box for optimum waterproof/weather protection.

Moved the power supply to a Volvo 700 cruise control module housing

XRTTcopSetup0001.jpg

- now it will fit next to the TT ECU

XRTTcopSetup0002.jpg

Made the COP harness one piece from power supply to coil packs, lengthened the power supply cabling, shortened the ballast - power supply cable.

XRTTcopSetup0005.jpg

Flashed the TT COP ECU with my tune & ran it to confirm basic functionality still using distributor.

XRTTcopSetup0006.jpg

Had to make a shoulder to allow the COP connector to clear the ECU cover - the connector is too tall

XRTTcopSetup0008.jpg

XRTTcopSetup0009.jpg

Should now be able to get all the wiring in the car during the week.

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Please do some youtube vids and show us mere mortals how this baby goes :D

One question, do you use genuine Volvo sealant when fitting the top cover back on the head ?

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