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40 result(s) to your search. (cfm)
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· Next Page
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Anthony
Wed April 4, 2007 7:54pm
Rating: 10
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Chassis Dyno - Initial Run 427 High Riser
Self built 427 SO, stock stroke, 429 ci., Dove aluminum High Rsier heads, mildly ported, 10.5 : 1 CR, original holley 780 cfm LeMans carb, vacuum secondary, on an original single four BBL Hi-Riser intake. Chassis Dyno is at Performance Engineering, Hamilton, OH.
Initial run with engine as built by me, with jetting as supplied with carburetor.
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Anthony
Wed April 4, 2007 7:55pm
Rating: 10
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Chassis Dyno - Last Run 427 High Riser
Self built 427 SO, stock stroke, 429 ci., Dove aluminum High Riser heads, mildly ported, 10.5 : 1 CR, original holley 780 cfm LeMans carb, vacuum secondary, on an original single four BBL , dual plane, Hi-Riser intake. Chassis Dyno is at Performance Engineering, Hamilton, OH.
Carb jets changed, and timing adjusted by Performance Engineering. Picked up 80 ft-lbs torque and 60 hp by chassis dyno tuning.
With a 20% loss, estimated max flywheel torque is about 600, with about 570 flywheel HP at 5900 rpm's and still climbing.
The torque curve is pretty flat.
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Anthony
Wed April 4, 2007 7:57pm
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Chassis Dyno - Last Run 427 Hi-Riser Air-Fuel Ratio
Self built 427 SO, stock stroke, 429 ci., Dove aluminum High Riser heads, mildly ported, 10.5 : 1 CR, original holley 780 cfm LeMans carb, vacuum secondary, on an original single four BBL , dual plane, Hi-Riser intake. Chassis Dyno is at Performance Engineering, Hamilton, OH.
Carb jets changed, and timing adjusted by Performance Engineering. Picked up 80 ft-lbs torque and 60 hp by chassis dyno tuning.
With a 20% loss, estimated max flywheel torque is about 600, with about 570 flywheel HP at 5900 rpm's and still climbing.
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greg schroeder
Thu May 10, 2007 2:50pm
Rating: 8.5
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Pro-Systems_carb_for_acceleration
Roush 427R-095 with Pro-Systems carb set up for acceleration, 1000 cfm, Trap 130+ mph 70F day or cooler with baro 29.8 or higher. 2 inch primary headers in view from Olthoffs. They don't cover 1/3 inch of exhaust port as Superformance headers do on AFR 205 heads(Roush heads)
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RJCCOBRA
Sat February 9, 2008 8:30am
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Stroked 428CJ for Shell Valley kit
Stroked 428CJ for Shell Valley kit. 462 cubic inches, ported iron CJ heads, Erson roller rockers, Edlebrock Victor manifold, MSD distributor, BG 850 CFM carburetor, Isky cam 254@.050 intake; .580 lift/ 260@.050 exhaust; .588 lift. 570HP@5800/548TQ@4800
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RJCCOBRA
Sat February 9, 2008 8:30am
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Stroked 428CJ for Shell Valley kit
Stroked 428CJ for Shell Valley kit. 462 cubic inches, ported iron CJ heads, Erson roller rockers, Edlebrock Victor manifold, MSD distributor, BG 850 CFM carburetor, Isky cam 254@.050 intake; .580 lift/260@.050 exhaust; .588 lift. 570HP@5800/548TQ@4800
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RJCCOBRA
Sat February 9, 2008 8:30am
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Stroked 428CJ for Shell Valley kit
Stroked 428CJ for Shell Valley kit. 462 cubic inches, ported iron CJ heads, Erson roller rockers, Edlebrock Victor manifold, MSD distributor, BG 850 CFM carburetor, Isky cam 254@.050 intake; .580 lift/260@.050 exhaust; .588 lift. 570HP@5800/548TQ@4800
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HighPlainsDrifter
Tue August 12, 2008 3:22pm
Rating: 10
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Spal fan 2,360 cfm and aluminum shroud.
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Mdman352
Wed October 29, 2008 12:22pm
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dyno454fordC
This is a 2008 Build on a 427 (actually 454) side oiler medium riser motor using a hydraulic roller cam and a 800 cfm carb.
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eschaider
Sun December 14, 2008 11:30pm
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Dragon TB Comparison
Comparison of a Dragon TB to an Accufab 1600 CFM unit
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kitcarbp
Fri March 6, 2009 7:29am
Rating: 9
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Ford_Raditor_Heat_Rejection_Chart- Street Rod Example
This chart compares the heat rejection rate (cooling capacity) of three different types of radiators tested on an old Ford Street Rod. Coolant flow rate is held constant at 7 gpm (typical flow at idle perhaps, not sure where its being measured ???). It graphs the heat rejection for each radiator versus air flow through the radiator core. It is comparing 3 diff rad designs/materials at different CFMs through the core. The more air flow you have for a given coolant flow rate (7 gpm in this example) , the higher the heat rejection, basically linear in this example. The author of this graph is most likely selling the high efficiency radiator showing the improvement over the other two designs. To sum it up, the radiator at the top of the chart appears to be the most efficient at a low coolant flow rate (7 gal/min) over all air flows tested. Ya see how important rad core/tank design is? I learned something here.
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kitcarbp
Tue May 26, 2009 1:34pm
Rating: 10
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SPAL 13" -1710 cfm
I used twin 13" SPAL PULLER fans to ensure I can idle in 100F ambients if need be. Purchased from Universal Parts Inc, great price and service.
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portmax
Mon December 7, 2009 8:05pm
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1
my 1991 cardiac cobra,472 ci (460) heavy port job d0ve heads, edelbrock performer rpm cam and manifold,1 inch spacer 850 holly w a 30 cfm stub stack. jacobs ignition, new 3 inch i.d. mufflers,loud??!!!wow!!,four speed ,2.5 gears and still run an easy mid 11s on street tires. fun car astoundingly fast and stable. best recorded mpg 26.5
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rokndad
Tue August 3, 2010 5:22pm
Rating: 10
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Ant
Mon August 11, 2014 2:38pm
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