Before you replace a drive, review the requirements and considerations.
Shelf types
You can replace a drive in a 24-drive shelf, in a 60-drive shelf, or in a drive drawer.
24-drive shelves
The figures show how the drives are numbered in each type of shelf (the shelf’s front bezel or end caps have been removed).
Drive numbering in a DE6000H (2U24) controller shelf or DE240S drive shelf
60-drive shelves
Both the DE6000H (4U60) controller shelf and the DE240S drive shelf consist of five drive drawers that each contain 12 drive slots. Drive drawer 1 is at the top, and drive drawer 5 is at the bottom.
For both a DE6000H (4U60) controller shelf drawer and a DE240S drive shelf drawer, drives are numbered from 0 to 11 in each drive drawer within the shelf.
Requirements for handling drives
The drives in your storage array are fragile. Improper drive handling is a leading cause of drive failure. |
Follow these rules to avoid damaging the drives in your storage array:
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Prevent electrostatic discharge (ESD):
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Keep the drive in the ESD bag until you are ready to install it.
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Do not insert a metal tool or knife into the ESD bag.
Open the ESD bag by hand or cut the top off with a pair of scissors.
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Keep the ESD bag and any packing materials in case you must return a drive later.
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Always wear an ESD wrist strap grounded to an unpainted surface on your storage enclosure chassis.
If a wrist strap is unavailable, touch an unpainted surface on your storage enclosure chassis before handling the drive.
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Handle drives carefully:
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Always use two hands when removing, installing, or carrying a drive.
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Never force a drive into a shelf, and use gentle, firm pressure to completely engage the drive latch.
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Place drives on cushioned surfaces, and never stack drives on top of each other.
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Do not bump drives against other surfaces.
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Before removing a drive from a shelf, unlatch the handle and wait 30 seconds for the drive to spin down.
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Always use approved packaging when shipping drives.
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Avoid magnetic fields:
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Keep drives away from magnetic devices.
Magnetic fields can destroy all data on the drive and cause irreparable damage to the drive circuitry.
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