degreeing a crower cam?????
if using "lobe center" method of degreeing, cam should be installed on an intake centerline of: 109
what the hell does this mean???
help, car not running well when the cam is installed
(note that the head is milled .060) does this mess up the cam timing or something??
what the hell does this mean???
help, car not running well when the cam is installed
(note that the head is milled .060) does this mess up the cam timing or something??
.060" off the deck(s) puts the cam timing at 5 degrees retarded.
You can find general info on lobe centerline cam degreeing on the Comp Cams website. You'll need a Cam Degreeing Kit pieced together by Comp Cams or the less expensive, but functionally identical one by Summit Racing.
Is the engine DOHC or SOHC?
You can find general info on lobe centerline cam degreeing on the Comp Cams website. You'll need a Cam Degreeing Kit pieced together by Comp Cams or the less expensive, but functionally identical one by Summit Racing.
Is the engine DOHC or SOHC?
De-greeing cams is very technical to a beginner. Find someone who knows how to help you. 109 centerline on an intake cam means that the cam reaches max lift 109 degrees after TDC. On the exhaust, its number of degrees from max lift to TDC. You have to have a dial indicator and a degree wheel. Cutting .060" off the head will retard the cams about 2 degrees at the cam gear/ 4 degrees at the crank....as long as you dont change the thickness of the head gasket...3gdude
I thought the general rule of thumb for decking and cam timing changes was:
for every .012" you mill off the decks, you retard the cam timing by 1 degree.
No?
for every .012" you mill off the decks, you retard the cam timing by 1 degree.
No?
using the info you people provided, i retard the cam timing 5 degrees and the car runs fine. now all i have to do is to go to a dyno and fine tune it
thans a lot
thans a lot
<TABLE WIDTH="90%" CELLSPACING=0 CELLPADDING=0 ALIGN=CENTER><TR><TD>Quote, originally posted by 3gdude »</TD></TR><TR><TD CLASS="quote">Cutting .060" off the head will retard the cams about 2 degrees at the cam gear/ 4 degrees at the crank....as long as you dont change the thickness of the head gasket...3gdude </TD></TR></TABLE>
true, for B-series cam gears - depends on the diameter of the gear - for instance Integra D16A1 has larger cam gears and would be 1 degree at about .040" cut
true, for B-series cam gears - depends on the diameter of the gear - for instance Integra D16A1 has larger cam gears and would be 1 degree at about .040" cut
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