How much can a 2.4L boost safely?
OHHH.... what about putting the boost from one feeding into the other for a twin charged set up...
on a serious note. You can safely put up quite a bit in these engines. But since your obviously new to it, i suggest small, then upgrade... Or you may want to look at supercharging. Its cheaper and a lil easier to do.
on a serious note. You can safely put up quite a bit in these engines. But since your obviously new to it, i suggest small, then upgrade... Or you may want to look at supercharging. Its cheaper and a lil easier to do.
LOL its a leaf blower with a 12v=>120v power converter. That might have a chance at boosting it a little. Funny thing that there is a vid of someone using one on a truck while on a dyno. They have U-tube blocked at work, I'll try and find it tonight. Makes you wonder though. Anyone feel like building a 1500 watt motor to put onto a centrifugal supercharger 
As i promised... proof that if you hook up a gas powered leaf blower you gain 10-20 hp more... gotta love the intelligence of opening a NOS bottle next to a 2 cycle motor.... morons...
Leaf Blower Bolt on Dyno pull
so who wants to do the getto supercharger?
so who wants to do the getto supercharger?
As i promised... proof that if you hook up a gas powered leaf blower you gain 10-20 hp more... gotta love the intelligence of opening a NOS bottle next to a 2 cycle motor.... morons...
Leaf Blower Bolt on Dyno pull
so who wants to do the getto supercharger?
so who wants to do the getto supercharger?
Hahn is running 21 lbs of boost, with no ill effects to date and no internals. Only time will tell though. I think the engine is pretty well built. Crankshaft is supposed to be good for 350 hp at the spline. looks like there may be some over design included in that.
Originally Posted by Thomas Knight Website
What's it made out of?
The core of our ESC 350c is a centrifugal type supercharger. This durable unit flows up to 6 psi** in less than a second and is rated up to 400 hp. Its impeller is turned by a custom-wound electric motor. Most components are CNC-machined, 60-16 T6 aircraft aluminum. Every unit is made-to-order by Thomas Knight, thoroughly tested and backed by our competitive 1-year warranty.
The core of our ESC 350c is a centrifugal type supercharger. This durable unit flows up to 6 psi** in less than a second and is rated up to 400 hp. Its impeller is turned by a custom-wound electric motor. Most components are CNC-machined, 60-16 T6 aircraft aluminum. Every unit is made-to-order by Thomas Knight, thoroughly tested and backed by our competitive 1-year warranty.
I wonder that the **'s mean. couldnt find them on the page... i bet that is 6lbs of boost at idle. And for 2500 bucks, I'll pull the turbo off a junk engine, and build my own electric motor that would produce much higher boost levels.
it produces good power there was an article in turbo mag where they dyno'd one of his first setups
http://www.turbomagazine.com/tech/04...ger/index.html
looks like i works well lol
http://www.turbomagazine.com/tech/04...ger/index.html
looks like i works well lol
Well, just curious if it did work, what is the power draw. I know you can run it on batteries, but I wonder how it would run if i plugged it into the cars electrical. Here is what i am thinking...
A electric/traditional turbo. It has an electric motor that only engages to spool it up...
A electric/traditional turbo. It has an electric motor that only engages to spool it up...
Im running 10 psi sometimes depending on how cold it is. It fluctuates from 8-10. Im upping the boost in the spring cuz the engine can handle it if well tuned for the application. The tranny is where more of my worry is going to.
I'm currently running 11-11.5 PSI depending on the day with a HPT. I am also running E-85 though, and keeping an eye on timing etc. I doubt I could use as much without detonation on premium fuel though.
Jim
Jim
wth another fast 2.4 in AZ? where the hell are you guys coming from??
I dunno, maybe my blower isn't up to snuff. Beck said he's only making 7-8 lbs with a stock pulley, and with the 3 inch pulley I was making 10 psi. I'm also at 3000 Ft and Beck is close to sea level so I would imagine that has something to do with it.
I was dissapointed in the gain from the 3 inch to the 2.7, but unless my bypass is starting to open (blower holding vacuum at the T/B), I'm not sure why the low PSI numbers. I have the belt as tight as she goes, so I doubt it's slipage.
I was impressed with how hard the 2.7 hit compared to the 3 inch, it blows the tires of much sooner and harder.
Jim
On a side note, you're also stick and I'm auto. Looking at stick logs, you guys shock the blower much harder than I do shifting etc....
Jim
I was dissapointed in the gain from the 3 inch to the 2.7, but unless my bypass is starting to open (blower holding vacuum at the T/B), I'm not sure why the low PSI numbers. I have the belt as tight as she goes, so I doubt it's slipage.
I was impressed with how hard the 2.7 hit compared to the 3 inch, it blows the tires of much sooner and harder.
Jim
On a side note, you're also stick and I'm auto. Looking at stick logs, you guys shock the blower much harder than I do shifting etc....
Jim
Last edited by Quasimotor; Dec 3, 2007 at 01:37 PM. Reason: Automerged Doublepost
The other thing that is odd, is the 92% duty cycle on 60's. I'm in the low to mid 80's on 42's. We should compare tunes. I'm not running with a map sensor right now though, which may throw you off. I understand this is not the best way to run the car but for the time being (I'll fix it soon) it's ok.
nevermind: just noticed you are on e85
nevermind: just noticed you are on e85
The other thing that is odd, is the 92% duty cycle on 60's. I'm in the low to mid 80's on 42's. We should compare tunes. I'm not running with a map sensor right now though, which may throw you off. I understand this is not the best way to run the car but for the time being (I'll fix it soon) it's ok.
nevermind: just noticed you are on e85
nevermind: just noticed you are on e85
Jim



