As a some of you know, I have been trying to resolve a clicking issue on my WD10EARS 1 TB hard drive.
With all of the research I have done on this subject, the overwhelming fact repeatedly being mentioned is that the drive must be opened in a clean room to do work on it.
Once opened, I might as well throw the drive in the garbage. If so much as one speck of dust gets on the platter(s), the drive is ruined.
I find this hard to believe.
I understand that the revolving platters create an "air cushion" which allows the heads close enough to read/write info to the platters but not touch the surface. Why wouldn't that same air cushion prevent dust and other debris landing on the platter(s)?
Yes, I understand that the platters will not be rotating while the work is being done. But the housing in which the drive is assembled contains grooves to catch and hold left over particles from manufacture when the drive spins for the first time. Why wouldn't these grooves continue to do this job once the work is completed and the drive closed?
The Experiment:
My primary workstation has a 1TB hard drive installed with Windows 7 Ultimate. I will install an identical drive with the cover off and run them as mirrors. Both will be subjected to the same usage.
Why?
I want to see just how much of an impact the external environment has on the internal workings of a hard disk.
Suggestions?
Nick
With all of the research I have done on this subject, the overwhelming fact repeatedly being mentioned is that the drive must be opened in a clean room to do work on it.
Once opened, I might as well throw the drive in the garbage. If so much as one speck of dust gets on the platter(s), the drive is ruined.
I find this hard to believe.
I understand that the revolving platters create an "air cushion" which allows the heads close enough to read/write info to the platters but not touch the surface. Why wouldn't that same air cushion prevent dust and other debris landing on the platter(s)?
Yes, I understand that the platters will not be rotating while the work is being done. But the housing in which the drive is assembled contains grooves to catch and hold left over particles from manufacture when the drive spins for the first time. Why wouldn't these grooves continue to do this job once the work is completed and the drive closed?
The Experiment:
My primary workstation has a 1TB hard drive installed with Windows 7 Ultimate. I will install an identical drive with the cover off and run them as mirrors. Both will be subjected to the same usage.
Why?
I want to see just how much of an impact the external environment has on the internal workings of a hard disk.
Suggestions?
Nick