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Quote:
Originally Posted by crimsontears809739;13344440
Hmmm...don't know who to believe.

Does anyone have a article or studies they could link me to so i know what to believe?
If you want to be completely sure, just run a SMART diagnosis and make sure everything is running right. What Hard Drive is this, BTW?
 
Quote:
Originally Posted by LOL_Wut_Axel;13344424
No, it's fine. Actually, research says that Hard Drives have longer lifespans when they're at high temps rather than low.
That sounds...wrong (depending on what you call high temperatures I guess). I will eat my words if you show me some evidence, though
tongue.gif


Anything above 50 degrees and you should really get some better cooling.
 
Quote:
Originally Posted by crimsontears809739;13344389
Just noticed my hard drives where getting pretty hot to the touch. Measured temps and saw my one hard drives was in the 50's C. Is that too hot? What temperatures are unsafe?
55°C is far too hot; you need to cool that drive immediately or risk damage and data loss.

If you aren't in a naturally hot environment and have reasonable cooling in place, then rescue your data and RMA the drive.
Quote:
Originally Posted by LOL_Wut_Axel;13344424
No, it's fine. Actually, research says that Hard Drives have longer lifespans when they're at high temps rather than low.
LOL Wut? That Google research paper showed that the rate of hard drive failure increased dramatically above 40°C. 55 was off even their scale.
 
Quote:
Originally Posted by LOL_Wut_Axel;13344424
No, it's fine. Actually, research says that Hard Drives have longer lifespans when they're at high temps rather than low.
how is it fine..?

http://static.googleusercontent.com/external_content/untrusted_dlcp/labs.google.com/en/us/papers/disk_failures.pdf

from another website "Maximum HDD Temperatures

Each drive can have a different safe maximum temperature, but a reasonable operating temperature range is 30C to 50C (86F to 122F).

If your hard drive exceeds temperatures of 50C (122F), you should add additional cooling to your case or directly to the hard drive.

You don't want your hard drive to stay near the maximum levels for long periods because the higher temperatures will shorten the life of your hard disk drive.

Here is a quote from the Seagate/Maxtor site about hard drive temperatures:

All Maxtor ATA, SATA, and SCSI drives can operate with or without a fan, providing the hard disk temperature does not exceed 131°F (55°C) as measured from the top cover of the drive. Reliability will be compromised when the drive is exposed to temperatures above 55°C or 131°F. When in doubt of your system's ventilation capabilities, or ambient environment of your hard disk, add an extra cooling fan to the drive bay or system case to force air across the drive. "

30-40C is the sweet spot.. anything even after 55 would probably have your hd failing in no time
 
Too much conflicting ideas!!!

Sub thou.
 
The IDE Drives i have are 40c to 42c

And they are in a cramped space in my case.

Maybe thats okay?
 
the max temp that considered safe for the WD HDD is 40-50 though they say the HDD will still work until 62
i have a WD blue and its 34-40
so you can say that your HDD are overheated

but the question to ask here..........how come they are at 55:confused:?
 
Quote:
Originally Posted by LOL_Wut_Axel;13344424
No, it's fine. Actually, research says that Hard Drives have longer lifespans when they're at high temps rather than low.
Source?
 
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Quote:
Originally Posted by LOL_Wut_Axel;13344922
Can't find it now. But yes, it did say that running Hard Drives at very low temperatures is worse than hot temperatures. Regardless, the HDD is rated for safe operation for up to 55C. I think it'll be fine.
Reiterating about your post doesn't mean that it just got more reputable.
Quote:
Originally Posted by Blameless;13344979
http://docs.google.com/viewer?a=v&q=cache:q7nqEvSwhZIJ:labs.google.com/papers/disk_failures.pdf+hard+drive+failure+rate&hl=en&gl=us&pid=bl&srcid=ADGEEShvzuvEYXdh1yhO0lkXfTbeRY56hp7UC0GJysAZRtxmUu_ftFJlKMx08F_72uDEXlI4tiFJme5OLduNdpGRYeMnrOzabAUUpmf5Z_idY2urJldpF9ONfykBSbHIow18LW4k7EdO&sig=AHIEtbQdAr9BtlJCS8xyVn640p55kLu_iA&pli=1

~35C is ideal; Much higher or lower increases failure rate quite a bit.

Remember, these are not solid state electronics. The moving parts depend on lubricants and if those lubricants get cold, their viscosity increases dramatically.
Fantastic. Thanks for the pdf. A great read.
 
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