saltamontes
Observer
cold weather, harddrives and condensation
fyi so ya'll got no excuses to kit:
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from Fred Langa (windows tip guy):
Cold, per se, isn't likely to be a problem for a hard drive, as long as you let it warm up before you try to use it. The main problem with cold temperatures is with the lubrication on the drive's moving parts. The factory lubrication is intended for room-temperature use.
But a cold drive can suffer a serious secondary effect: If you bring a cold drive into a warm environment, condensation may form on and in the drive. Very heavy condensation on the drive's circuitry could create a short circuit, frying the electronics when you power it up.
Worse, condensation on the drive's platters will almost surely cause a head crash, where the magnetic read/write head of the drive contacts and irreversibly damages the surface of the platter. Modern hard drive heads "fly" over the surface of the platters at a height measured in nanometers, or billions of a meter. (For context, a nanometer is roughly 1/50,000 the diameter of a human hair.) At that scale, condensation droplets are like liquid mountains on the surface of a hard drive platter, and the read/write head may fly straight into them.
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have fun guys.
fyi so ya'll got no excuses to kit:
==============
from Fred Langa (windows tip guy):
Cold, per se, isn't likely to be a problem for a hard drive, as long as you let it warm up before you try to use it. The main problem with cold temperatures is with the lubrication on the drive's moving parts. The factory lubrication is intended for room-temperature use.
But a cold drive can suffer a serious secondary effect: If you bring a cold drive into a warm environment, condensation may form on and in the drive. Very heavy condensation on the drive's circuitry could create a short circuit, frying the electronics when you power it up.
Worse, condensation on the drive's platters will almost surely cause a head crash, where the magnetic read/write head of the drive contacts and irreversibly damages the surface of the platter. Modern hard drive heads "fly" over the surface of the platters at a height measured in nanometers, or billions of a meter. (For context, a nanometer is roughly 1/50,000 the diameter of a human hair.) At that scale, condensation droplets are like liquid mountains on the surface of a hard drive platter, and the read/write head may fly straight into them.
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have fun guys.