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Resumen del manual
5 Click the button to open the Storage Configuration window. 6 Click the button to detect the new hard disk. 1 Hot swapping support means that, to prevent data corruption, the SAF-TE enclosure electrically isolates the bad hard disk’s SCSI connector from the SCSI bus while the hard disk is being swapped. Data can still be transferred to and from the remaining good hard disks while the bad hard disk is replaced. UDMA array controllers do not support hot swapping. Adaptec CI/O Management Software User’s Guide Make the hard disk into a spare by following the directions in Creating Dedicated Spares or a Spare Pool on page 7-27. Ensure the new hard disk is at least as large as the smallest array member. When the spare is created, CI/O should automatically start a reconstruct operation on the array if it is in critical status. If the reconstruct does not begin automatically, you must perform the reconstruct manually. See Reconstructing a SCSI Array on page 9-3 for instructions. To replace a spare that is marked as down: 1 If the array is in a SAF-TE enclosure that does not support hot swapping or if the array is not in a SAF-TE enclosure, pause I/O to the array before you continue. See Pausing I/O on an Array on page 9-8. Skip this step if the array is in a SAF-TE enclosure that supports hot swapping. 2 Remove the spare hard disk, and, if you paused I/O, allow I/O to resume. 3 Insert a good hard disk of at least the same storage capacity. Be sure that the SCSI ID of the new hard disk is different from the SCSI ID of other installed devices. 4 Click the button to open the Storage Configuration window. 5 Click the button to detect the new hard disk. Make the hard disk into a spare by following the directions in Creating Dedicated Spares or a Spare Pool on page 7-27. Ensure the new spare hard disk is at least as large as the smallest array member. When the spare is created, CI/O should automatically start a reconstruct operation on the array if it is in critical status. If reconstruction does not begin automatically, you must perform reconstruction manually. See Reconstructing a SCSI Array on page 9-3 for instructions. Array Maintenance Note: You may try to low-level format the hard disk you just removed to see if you can re-use it. Replacing a Spare in a UDMA Array Note: CI/O does not support pausing I/O to UDMA arrays. Devices in UDMA arrays can’t be hot swapped. To replace a spare hard disk that is recognized as good: 1 Delete the spare. See Deleting a Spare on page 7-34. 2 Shut down and power off the system. 3 Remove the spare hard disk. 4 Insert a good hard disk of at least the same storage capacity. 5 Reboot the system, and run CI/O. 6 Click the button to open the Storage Configuration window. 7 Click the button to detect the new hard disk. 8 If you installed a new hard disk, make the disk a dedicated spare by following the directions in Creating or Adding a Dedicated Spare on page 7-28 before reconstruction. Be sure the new spare hard disk is...