lol, i cant tell if you're a kid, or just uneducated.
first. NEVER trust "common knowledge".. people regurgitate information they get online, without ever understanding it... so if someone says something wrong that "seems to make sense" to someone without knowledge on the subject, it becomes common knowledge.
Well looking at your other post, it seems that you have a problem with belittling others. Not really any good information comes from you, prolly why you are a programmer or claimed. I seriously doubt you even work on your own bikes. I surely hope you don’t and don’t think you should be advising others on theirs. Good people get hurt that way.
second. its not called a switch that kicks it on. its a relay.
third, its kicked on around 220 something, by the ECM grounding the relay.
THAT is the issue im discussing.. if the ECM turned the fan on at 185, it would be ideal for us.. but it does not.
what a "fan switch mod" does, is ground the stock relay whenever the switch is flipped on.. so the RIDER can kick the fans on when they approach traffic in town, before the bike gets really fucking hot.
Ok you completely wrong now, the cooling fan comes on at 215f and what does happen at 180 is the thermostat, thats the valve that allows the water to circulate through the system. The cooling fan is only for when you are stopped.
in otherwords, you had no fucking idea what i was talking about. thats ok. dont get pissy. heres a simple how-to on them for the 08+ bikes.. it shows pretty much what i mean:
http://www.1000rr.net/forums/showthread.php?t=68952&highlight=fan+switch
this is true... its also why we dont have small dirtbike size radiators.
what you're trying to say is, the radiator is undersized for the bike... and thats not true... while you're correct that a fan is not going to hold the bikes temp really low, the "curtain point" (word is "certain point" btw) that equilibrium is reached, is well below where it will damage the bike.
if you re-read what i wrote, im not arguing that the fan will keep the bike ice cold. im pointing out how it SLOWS the RATE that it reaches the point of equilibrium.... and since we're not out idling our bikes for science, but riding them, by merely slowing the rate it rises, it makes it more comfortable to ride
but this point was probably missed because you missed my first point.. and you somehow think the ECM kicks the fan on at 185, when the damn bike really gets to 220 something before it does..(just like all modern cars)
this is also a myth. the water pump is not undersized for the bike. if you feel the need to prove it to yourself, two thermocouples and a probe monitor could prove it to you. ask your friend the physics instructor... high school instructors have that kind of stuff. id ask my old physics PROFESSOR, however, i actually own a couple of them myself... because hey, i kinda did this stuff for a living... no not a dumbass tech, im a programmer that used to do alot of EFI work. lol.
it also can rust out the header, but most people wreck or sell their bikes before that happens.
notice, i never argued that wont work.. however, the bike will still reach ungodly high temps sitting at a light, and then its uncomfortable.. you havent SOLVED it either, it only slowed the issue.. exactly the same thing im saying, except mine is actually more effective at keeping the bike cool.
So back to the point of cooling dynamics, leave the computer stuff at the office this is not the same ball game. I'm a manufacturing Engineer and it’s my job to take the designs that the drafting and R&D team come up with and figure out how to make it work. So no I don’t design although i can and i dont manufacture although I can, I make stuff work and part of my schooling was not just physics but chemistry, metallurgy, fluid dynamics and the like. And yes the water pump is not sufficient at IDLE, the pump is indexed off of the motor and the fast the motor turns (RPM) the more water you circulate. At idle it does not matter how much air you blow over the radiator because the water pump is not rotating fast enough to bring the motor down to the temps you are talking about, PERIOD. Furthermore, if you had an outside temp of anything hotter than 130f you would have to cool with a different fluid with better cooling properties than water. You overheat because the water boils and this increases the pressure causing spewing fluid and gas. What I am getting at is that you are wasting money chasing a problem that cannot be solved, and if you were really into EFI you would re-map to run richer so the motor produces less heat. Don’t argue this, I’m right. And also, any performance guy knows that exhaust wrap rusting headers is a myth, i have worked around performance (blown nitro methane) cars my whole life and have never seen this. If you are worried about that, then change it, but water and acids make metal rust and at exhaust temps 1200f plus evaporation is the only thing you get.
actually, i misspelled ALOT of words... the real difference is i realized they were misspelled, went back and fixed it.
but i do think its cute you called yourself a genius.
at some point it doesnt matter how smart you are. it doesnt matter how great your deductive reasoning is, or your problem solving abilities... if you dont have the fundamental underlying education required for solving the problem, you'll only find the wrong or misleading solution. for example here, you didnt know when the fan came on. how it came on, and you have a very limited understanding of the cooling system... however you do realize the exhaust is hot, and that wrapping it would stop it from radiating heat.. hell, i'll even give you credit and assume that the "more power" part you realize is from the hotter gas moving faster, thereby providing more scavenging... but its obvious you're applying "textbook" knowledge to a subject that you have no SPECIFIC knowledge about.
:beat: