What should the cam timing be on a DOHC engine?
If the cam timing was set to this smaller/narrower 110.5 degree lobe separation angle, the engine would behave much differently than the 113.5 degree lobe separation angle.
When to replace cylinder head on Honda 3.5L?
• Do not replace the bolt, the bridge or the head unless they are damaged. • To avoid breakage, don’t overtorque the bolts. • The bridge bolts for VCM and V-TEC engines have the same torque values and tightening sequences. Only the VCM cylinder head is shown in the image.
Why does one camshaft work better than the other?
One cam may be advanced more than the other; one cam might be retarded more than the other; or one cam might be advanced while the other retarded. These differences result in a change to the lobe separation angle. The lobe separation angle establishes the relationship between the timing of intake and exhaust events.
What happens if your camshaft timing is not correct?
If you answered “yes” to any of those questions, your camshaft timing may not be what the camshaft manufacturer specified. Improper cam timing can lead to reduced performance, increased fuel consumption and an increased likelihood of detonation.
If the cam timing was set to this smaller/narrower 110.5 degree lobe separation angle, the engine would behave much differently than the 113.5 degree lobe separation angle.
What’s the length of a Honda camshaft roller follower?
Camshafts, Mechanical Roller Follower, Advertised Duration 311/308, Lift .466/.466, for use on Acura®, Pair Camshaft, Mechanical Follower, Advertised Duration 256/252, Lift .441/.401, for use on Honda®, Acura®, D16Z6
One cam may be advanced more than the other; one cam might be retarded more than the other; or one cam might be advanced while the other retarded. These differences result in a change to the lobe separation angle. The lobe separation angle establishes the relationship between the timing of intake and exhaust events.
If you answered “yes” to any of those questions, your camshaft timing may not be what the camshaft manufacturer specified. Improper cam timing can lead to reduced performance, increased fuel consumption and an increased likelihood of detonation.