If you need to replace a failed HDD, it might be useful to enable LED blinking. Here’s how you can do this if you have LSI RAID.<\/p>\n
At fist let’s find HDD information.<\/p>\n
What you need to find is Enclosure Device ID<\/em> and Slot number<\/em>. \u00a0Once done, run:<\/p>\n As you can see you need to specify your real Enclosure Device ID and Slot number. For instance,<\/p>\n Now support team is able to easily replace failed HDD.<\/p>\n","protected":false},"excerpt":{"rendered":" If you need to replace a failed HDD, it might be useful to enable LED blinking. Here’s how you can do this if you have LSI RAID. At fist let’s find HDD information. MegaCli64 -PDList \u00a0-aALL | less What you need to find is Enclosure Device ID and Slot number. \u00a0Once done, run: MegaCli64 -PdLocate… <\/p>\nMegaCli64 -PDList \u00a0-aALL | less<\/code><\/p>\nMegaCli64 -PdLocate -start -PhysDrv [#Enclosure:#Slot number] -a#ARRAY<\/code><\/p>\n[root@backup ~]#MegaCli64 -PdLocate -start -PhysDrv [32:4] -a0\nAdapter: 0: Device at EnclId-32 SlotId-4 \u00a0-- PD Locate Start Command was successfully send to Firmware\nExit Code: 0x00\n[root@backup ~]#<\/pre>\n