will my cam work with FI?
#1
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will my cam work with FI?
i have TSPs Torquer II cam. 232/234 .598 lift and 112 lsa. and which procharger setup would be best? i also have AFR 205 heads, LS6 intake jet hot long tubes and magnaflow exhaust with 4.10 gears, msd wires, ls2 ported oil pump and some other odds and ends. dynoed 444rwhp and 438 ft/lbs
#3
You are going to want an ATI ProCharger D-1SC instead of a P-1SC, as you will be leaking out some boost, and you will be able to spin the D-1SC fast enough to give you the amount of boost you will be looking for. Your cam is not optimum for boost, but it will work. Bob
#4
Originally Posted by Exotic Performance Plus
You are going to want an ATI ProCharger D-1SC instead of a P-1SC, as you will be leaking out some boost, and you will be able to spin the D-1SC fast enough to give you the amount of boost you will be looking for. Your cam is not optimum for boost, but it will work. Bob
-thanks
#5
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Here comes a generalization...
112 LSA will have more overlap generally than a 114 LSA cam, and the 112 will probably not make the same peak HP. But the 112 might have a better midrange.
For the guy with the monster 252/260 cam (hyd or solid), if it's hydraulic the 112 helps you out since you probably don't want to spin the engine over 7500 to find out where ever that cam peaks.
My 236/246//114 Cam Motion grind was peaking at 6600 with my YSi. Had I run more intake manifold my power peak would have moved some. Had I run a 252/260 hydraulic on a 112 I wonder if that would have peaked at like 7200-7400 or something. Hard to say.
112 LSA will have more overlap generally than a 114 LSA cam, and the 112 will probably not make the same peak HP. But the 112 might have a better midrange.
For the guy with the monster 252/260 cam (hyd or solid), if it's hydraulic the 112 helps you out since you probably don't want to spin the engine over 7500 to find out where ever that cam peaks.
My 236/246//114 Cam Motion grind was peaking at 6600 with my YSi. Had I run more intake manifold my power peak would have moved some. Had I run a 252/260 hydraulic on a 112 I wonder if that would have peaked at like 7200-7400 or something. Hard to say.
#7
Originally Posted by Pro Stock John
Here comes a generalization...
112 LSA will have more overlap generally than a 114 LSA cam, and the 112 will probably not make the same peak HP. But the 112 might have a better midrange.
For the guy with the monster 252/260 cam (hyd or solid), if it's hydraulic the 112 helps you out since you probably don't want to spin the engine over 7500 to find out where ever that cam peaks.
112 LSA will have more overlap generally than a 114 LSA cam, and the 112 will probably not make the same peak HP. But the 112 might have a better midrange.
For the guy with the monster 252/260 cam (hyd or solid), if it's hydraulic the 112 helps you out since you probably don't want to spin the engine over 7500 to find out where ever that cam peaks.
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#8
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SSDreamz, basically the 112 means you have more overlap, at you would have hmmm less efficiency due to more of the boost charge 'leaking' out from having more time when the intake and exhaust valves are open at the same time.. they would 'overlap' more/longer.
Blownbird, could be, the value proposition is always, is it worth say another tenth to have the most optimal cam in the car? What if it was three tenths? My guess is that it might be a 1-3mph, but the difference might not be huge.
The 'baby z06 cam' might be like a 208/218//117, so it's better than a stock F-car cam. But don't just get caught up in peak numbers. The Z06 cam might make great peak power. But if the power curve is steep, that means when you shift say at peak hp and then the revs drop down you can drop from say a peak of 800rwhp to a lower power level of 600rwhp. Now if you compare that to a car that makes 800rwhp for about 2000 rpms, which car might be faster? The car that has higher average horsepower numbers.
You might for example find a blown Z06 that ran about the same mph as me, but then when you factor in that a car like that is like 300 lbs lighter than me, well, that means I am make more power. Are there any blower cars with a z06 cam that have gone almost 145mph like me at 3450 raceweight?
Blownbird, could be, the value proposition is always, is it worth say another tenth to have the most optimal cam in the car? What if it was three tenths? My guess is that it might be a 1-3mph, but the difference might not be huge.
The 'baby z06 cam' might be like a 208/218//117, so it's better than a stock F-car cam. But don't just get caught up in peak numbers. The Z06 cam might make great peak power. But if the power curve is steep, that means when you shift say at peak hp and then the revs drop down you can drop from say a peak of 800rwhp to a lower power level of 600rwhp. Now if you compare that to a car that makes 800rwhp for about 2000 rpms, which car might be faster? The car that has higher average horsepower numbers.
You might for example find a blown Z06 that ran about the same mph as me, but then when you factor in that a car like that is like 300 lbs lighter than me, well, that means I am make more power. Are there any blower cars with a z06 cam that have gone almost 145mph like me at 3450 raceweight?
#9
Originally Posted by Pro Stock John
SSDreamz, basically the 112 means you have more overlap, at you would have hmmm less efficiency due to more of the boost charge 'leaking' out from having more time when the intake and exhaust valves are open at the same time.. they would 'overlap' more/longer.
Blownbird, could be, the value proposition is always, is it worth say another tenth to have the most optimal cam in the car? What if it was three tenths? My guess is that it might be a 1-3mph, but the difference might not be huge.
The 'baby z06 cam' might be like a 208/218//117, so it's better than a stock F-car cam. But don't just get caught up in peak numbers. The Z06 cam might make great peak power. But if the power curve is steep, that means when you shift say at peak hp and then the revs drop down you can drop from say a peak of 800rwhp to a lower power level of 600rwhp. Now if you compare that to a car that makes 800rwhp for about 2000 rpms, which car might be faster? The car that has higher average horsepower numbers.
You might for example find a blown Z06 that ran about the same mph as me, but then when you factor in that a car like that is like 300 lbs lighter than me, well, that means I am make more power. Are there any blower cars with a z06 cam that have gone almost 145mph like me at 3450 raceweight?
Blownbird, could be, the value proposition is always, is it worth say another tenth to have the most optimal cam in the car? What if it was three tenths? My guess is that it might be a 1-3mph, but the difference might not be huge.
The 'baby z06 cam' might be like a 208/218//117, so it's better than a stock F-car cam. But don't just get caught up in peak numbers. The Z06 cam might make great peak power. But if the power curve is steep, that means when you shift say at peak hp and then the revs drop down you can drop from say a peak of 800rwhp to a lower power level of 600rwhp. Now if you compare that to a car that makes 800rwhp for about 2000 rpms, which car might be faster? The car that has higher average horsepower numbers.
You might for example find a blown Z06 that ran about the same mph as me, but then when you factor in that a car like that is like 300 lbs lighter than me, well, that means I am make more power. Are there any blower cars with a z06 cam that have gone almost 145mph like me at 3450 raceweight?
If you were me would you keep the current cam or swap it out?? My dyno graph looked like a straight line ================ 500rwhp 498rwtq from 4500 - 6500rpms when it started to fall off... Also take into factor that my car is more a street car.
#11
Originally Posted by Pro Stock John
Straight line is better than a something peaky. so you made 500rwhp with a 14 lb F1?
I made 730rwhp with a 17 lb YSi, and 754rwhp (less peaky, cam swap) with 21 psi.
I made 730rwhp with a 17 lb YSi, and 754rwhp (less peaky, cam swap) with 21 psi.
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Originally Posted by BlownBird68
If you were me would you keep the current cam or swap it out?? My dyno graph looked like a straight line ================ 500rwhp 498rwtq from 4500 - 6500rpms when it started to fall off... Also take into factor that my car is more a street car.
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Originally Posted by BlownBird68
If you were me would you keep the current cam or swap it out?? My dyno graph looked like a straight line ================ 500rwhp 498rwtq from 4500 - 6500rpms when it started to fall off... Also take into factor that my car is more a street car.
My cam has a -1 overlap and it does make efficient power. It makes 500rwtq at 3500RPM and 609rwtq at 4700 RPM on a Mustang dyno. Im only running 13 lbs of boost from a D-1SC that still have 13000 RPM left on it.
I think the cam is hurting your numbers and u should be over 600rwhp easy with an F1 blower at 14lbs.
#14
Originally Posted by luvmy01ss
If u want it Ill sell u a blower cam for 300.00 232/228/598/597/115lsa new in box!Jason @ TSP came up with this grind. Just call if interested 205 412 9337 thanx Lance
Isnt a cam supose to be ground according to ur specific motor combo???
#15
Originally Posted by LSs1Power
Post a dyno graph. With your cam u have around +32 of overlap which is just too much. You want to keep it under 6 maybe 9 max. The thread starter has around 9 and i think he can get away with that cam no problems.
My cam has a -1 overlap and it does make efficient power. It makes 500rwtq at 3500RPM and 609rwtq at 4700 RPM on a Mustang dyno. Im only running 13 lbs of boost from a D-1SC that still have 13000 RPM left on it.
I think the cam is hurting your numbers and u should be over 600rwhp easy with an F1 blower at 14lbs.
My cam has a -1 overlap and it does make efficient power. It makes 500rwtq at 3500RPM and 609rwtq at 4700 RPM on a Mustang dyno. Im only running 13 lbs of boost from a D-1SC that still have 13000 RPM left on it.
I think the cam is hurting your numbers and u should be over 600rwhp easy with an F1 blower at 14lbs.
#16
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Originally Posted by BlownBird68
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Isnt a cam supose to be ground according to ur specific motor combo???
Isnt a cam supose to be ground according to ur specific motor combo???