New 2300 Massive intercooler. :)
11-18-2010, 12:57 PM
#11
Very true, that is why we have tested and engineered the gap on the salt of Bonneville and the streets of the USA over the last 10 years.
If you are wondering WHY that gap is there, it is simple it slows the air down and forces the air to go through the entire intercooler....allowing the intercooler to do its job. Would a larger intercooler work better....Sure, but it would require us to work outside of the fitment envelope of some of the applications.
Rick is doing a stellar job, I was just making light of the "gap" and its engineered purpose. The one thing you need to be careful of is having an adverse affect on the delta p. Once you have changed the pressure drop after the cooler, you have adversely effected the performance.
If you are wondering WHY that gap is there, it is simple it slows the air down and forces the air to go through the entire intercooler....allowing the intercooler to do its job. Would a larger intercooler work better....Sure, but it would require us to work outside of the fitment envelope of some of the applications.
Rick is doing a stellar job, I was just making light of the "gap" and its engineered purpose. The one thing you need to be careful of is having an adverse affect on the delta p. Once you have changed the pressure drop after the cooler, you have adversely effected the performance.
11-18-2010, 08:43 PM
#12
Hey Brian, yea we will be off the bottom of the intake some. Increasing air flow through the core. Now the core is thicker so it will take a tad longer to get through. We are also increasing the distance from the bottom of the blower to the IC. This will allow the charge to expand more and cover a larger area, without needing the back pressure to force it out.
I know about staying inside a fitment range it sucks sometimes when your hands are tided. I love building custom stuff.
I know about staying inside a fitment range it sucks sometimes when your hands are tided. I love building custom stuff.
11-18-2010, 09:40 PM
#13
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not to ***** up your thread but since were talking of gaps. since the outlet of the supercharger is much smaller area wise then the area of the bottom of the tub with which it fills.. with a small gap doesnt the air want to flow through that section directly below outlet more so then the rest of the IC? and then if you are close to the bottom wouldnt the runners opposite the outlet seem to get more air? I would think more gap the better. hell i would even think some type of partition on the outlet to divide up the air across the whole IC would be good too. maybe im thinking of this all wrong but it would be nice to hear the engineering side of this
11-18-2010, 11:01 PM
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Very true, that is why we have tested and engineered the gap on the salt of Bonneville and the streets of the USA over the last 10 years.
If you are wondering WHY that gap is there, it is simple it slows the air down and forces the air to go through the entire intercooler....allowing the intercooler to do its job. Would a larger intercooler work better....Sure, but it would require us to work outside of the fitment envelope of some of the applications.
Rick is doing a stellar job, I was just making light of the "gap" and its engineered purpose. The one thing you need to be careful of is having an adverse affect on the delta p. Once you have changed the pressure drop after the cooler, you have adversely effected the performance.
If you are wondering WHY that gap is there, it is simple it slows the air down and forces the air to go through the entire intercooler....allowing the intercooler to do its job. Would a larger intercooler work better....Sure, but it would require us to work outside of the fitment envelope of some of the applications.
Rick is doing a stellar job, I was just making light of the "gap" and its engineered purpose. The one thing you need to be careful of is having an adverse affect on the delta p. Once you have changed the pressure drop after the cooler, you have adversely effected the performance.
11-19-2010, 06:26 PM
#19
Very true, that is why we have tested and engineered the gap on the salt of Bonneville and the streets of the USA over the last 10 years.
If you are wondering WHY that gap is there, it is simple it slows the air down and forces the air to go through the entire intercooler....allowing the intercooler to do its job. Would a larger intercooler work better....Sure, but it would require us to work outside of the fitment envelope of some of the applications.
Rick is doing a stellar job, I was just making light of the "gap" and its engineered purpose. The one thing you need to be careful of is having an adverse affect on the delta p. Once you have changed the pressure drop after the cooler, you have adversely effected the performance.
If you are wondering WHY that gap is there, it is simple it slows the air down and forces the air to go through the entire intercooler....allowing the intercooler to do its job. Would a larger intercooler work better....Sure, but it would require us to work outside of the fitment envelope of some of the applications.
Rick is doing a stellar job, I was just making light of the "gap" and its engineered purpose. The one thing you need to be careful of is having an adverse affect on the delta p. Once you have changed the pressure drop after the cooler, you have adversely effected the performance.
Some modification nesc. But well worth it!
Practically drive it anywhere!
thanks Brian
Love the new IC Rick!
