posted                   

quote:

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Originally posted by MCKNBRD:
Thank goodness you stopped that from all the moving parts...all the grit and such would be horrible!!!

Does K&N make a filter for it? Will SLP have a lid?



Byrdman

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Well, since there is more restriction on the intake, its a good thing my computer came with low restriction exhaust!!!



Seriously, dust can be quite a problem. I run my computer in environments that are very high in metallic particles in the air, and metallic dust can accumulate over time and short out parts of the board. The dust can also accumulate and act as a thermal insulator (preventing necessary heat transfer for appropriate cooling). Since my main board just blew out due to overheating, this is something i am a little concerned about.

I have applied some fluid mechanics and heat transfer principles to my computer case. I have 2 intake fans, and 1 exhaust fan (the exhaust fan is part of the power supply). The dual intake fans provide more filtered, cold air than 1 fan, so i increase the amount of cold air entering the system in a given unit of time. This in turn allows more heat to be removed from the computer case environment in a given amount of time than before (when i had only 1 intake fan). This should lower the internal temperature of the system, but i will be testing it later this week when i get back to school, where i have my digital thermometer probe.

In addition, the fact that I am bringing in more air through the intakes than I am releasing through the exhaust would normally mean a pressure buildup inside the case. But, since the case has holes in it (and nothing is sealed), airflow is constantly equalizing itself, i.e. air is flowing OUT of all the holes in the case. This means that no outside contaminants can enter the case (or else they would have to be traveling against the airflow at the holes and exhaust port). This means that the only place where air is entering the system is the intake fans, and those are both covered with filters.

So, I not only end up with a lower internal case, board, and chip temperature, which should help prevent future burnouts, but I will also reduce the dust that gets into the system. This will help keep mechanical parts like CD rom and floppy disk drives free, so their mechanical parts will continue to work. Also, it will keep my unused PCI connections cleaner for future upgrades, and keep insulatory buildups of dust from collecting on the CPU fan and heatsink.


"Ain't I a stinker?"

-quote Bugs Bunny

[ 25. May 2004, 09:46 PM: Message edited by: FireChicken ]

posted                   

quote:

---

Originally posted by FireChicken:

quote:

---

Originally posted by MCKNBRD:
Thank goodness you stopped that from all the moving parts...all the grit and such would be horrible!!!

Does K&N make a filter for it? Will SLP have a lid?



Byrdman

---

Well, since there is more restriction on the intake, its a good thing my computer came with low restriction exhaust!!!



Seriously, dust can be quite a problem. I run my computer in environments that are very high in metallic particles in the air, and metallic dust can accumulate over time and short out parts of the board. The dust can also accumulate and act as a thermal insulator (preventing necessary heat transfer for appropriate cooling). Since my main board just blew out due to overheating, this is something i am a little concerned about.

I have applied some fluid mechanics and heat transfer principles to my computer case. I have 2 intake fans, and 1 exhaust fan (the exhaust fan is part of the power supply). The dual intake fans provide more filtered, cold air than 1 fan, so i increase the amount of cold air entering the system in a given unit of time. This in turn allows more heat to be removed from the computer case environment in a given amount of time than before (when i had only 1 intake fan). This should lower the internal temperature of the system, but i will be testing it later this week when i get back to school, where i have my digital thermometer probe.

In addition, the fact that I am bringing in more air through the intakes than I am releasing through the exhaust would normally mean a pressure buildup inside the case. But, since the case has holes in it (and nothing is sealed), airflow is constantly equalizing itself, i.e. air is flowing OUT of all the holes in the case. This means that no outside contaminants can enter the case (or else they would have to be traveling against the airflow at the holes and exhaust port). This means that the only place where air is entering the system is the intake fans, and those are both covered with filters.

So, I not only end up with a lower internal case, board, and chip temperature, which should help prevent future burnouts, but I will also reduce the dust that gets into the system. This will help keep mechanical parts like CD rom and floppy disk drives free, so their mechanical parts will continue to work. Also, it will keep my unused PCI connections cleaner for future upgrades, and keep insulatory buildups of dust from collecting on the CPU fan and heatsink.


"Ain't I a stinker?"

-quote Bugs Bunny

---

You, sir, are still a dork.





--------------------
Yep, its me!

posted                   

quote:

---

Originally posted by MCKNBRD:

quote:

---

Originally posted by FireChicken:

quote:

---

Originally posted by MCKNBRD:
Thank goodness you stopped that from all the moving parts...all the grit and such would be horrible!!!

Does K&N make a filter for it? Will SLP have a lid?



Byrdman

---

Well, since there is more restriction on the intake, its a good thing my computer came with low restriction exhaust!!!



Seriously, dust can be quite a problem. I run my computer in environments that are very high in metallic particles in the air, and metallic dust can accumulate over time and short out parts of the board. The dust can also accumulate and act as a thermal insulator (preventing necessary heat transfer for appropriate cooling). Since my main board just blew out due to overheating, this is something i am a little concerned about.

I have applied some fluid mechanics and heat transfer principles to my computer case. I have 2 intake fans, and 1 exhaust fan (the exhaust fan is part of the power supply). The dual intake fans provide more filtered, cold air than 1 fan, so i increase the amount of cold air entering the system in a given unit of time. This in turn allows more heat to be removed from the computer case environment in a given amount of time than before (when i had only 1 intake fan). This should lower the internal temperature of the system, but i will be testing it later this week when i get back to school, where i have my digital thermometer probe.

In addition, the fact that I am bringing in more air through the intakes than I am releasing through the exhaust would normally mean a pressure buildup inside the case. But, since the case has holes in it (and nothing is sealed), airflow is constantly equalizing itself, i.e. air is flowing OUT of all the holes in the case. This means that no outside contaminants can enter the case (or else they would have to be traveling against the airflow at the holes and exhaust port). This means that the only place where air is entering the system is the intake fans, and those are both covered with filters.

So, I not only end up with a lower internal case, board, and chip temperature, which should help prevent future burnouts, but I will also reduce the dust that gets into the system. This will help keep mechanical parts like CD rom and floppy disk drives free, so their mechanical parts will continue to work. Also, it will keep my unused PCI connections cleaner for future upgrades, and keep insulatory buildups of dust from collecting on the CPU fan and heatsink.


"Ain't I a stinker?"

-quote Bugs Bunny

---

You, sir, are still a dork.

---

At least I am consistent!!!

Unfortunately, i now do stuff like this without thinking. I am an "instinctual dork".


SOMEONE HELP ME!!!!!!!!