To view LEDs of components that are accessible from the top panel, you must first remove the lid
for the compartment in which the component is installed. The enclosure top panel is shown in Figure 1.
Drive carrier module
The drive carrier module comprises a hard disk held by a carrier.
Each drive slot can hold a single low profile (1.0-inch) 3.5-inch form factor disk drive in its
carrier.
The disk drive modules are inserted into vertically aligned slots that are accessible from the
top of the enclosure. While facing the front of the enclosure, properly orient the disk drive module
for insertion into the slot:
Hold the module so that the front is facing you (latch tab on left, and disk PCB facing
up).
Revolve the module -90º about the horizontal axis (latch is facing up, module is standing on
end)
Revolve the module 90º about the vertical axis (latch is facing up, disk PCB is facing
left).
A plastic casing holds and provides protection for each disk. The disk with protective casing is
known as a drive module. The front cap also has an ergonomic handle which gives the following functions:
Secure location of the carrier into and out of drive slots.
Positive spring-loading of the drive/mid-plane connector.
The carrier can use this interface:
Dual path direct dock Serial Attached SCSI.
Note: Pictorial views of the supported DDIC with LFF disk drive are provided below. Modules are
shown oriented for insertion into disk drive slots located on the enclosure top panel.
Figure 1. LED: Dual path LFF 3.5" disk drive carrier modules - top panel
Table 1. LED - Dual path LFF disk drive carrier modules - top panel
State (Amber)
Status
Off
Normal
Short blink (1 sec)
Identify
On
Fault - A fault has been detected or a service action is required.
Long blink (3 secs)
Rebuild
The replacement procedure should be completed within an absolute maximum of 3 minutes. For
additional information about LFF disk LED behavior, see the Disk drive carrier module LED section.
Controller channel fan module
The controller channel fan module supplements the system fans by circulating airflow within the
enclosure controller channel, and providing cooling for the IOMs. The replacement procedure should
be completed within an absolute maximum of three minutes.
Figure 2. LEDs: Controller channel fan module - top panel
Table 2. LEDs: Controller channel fan module - top panel
Module LED
LED behavior states
Channel Fan Status LED
Channel Fan OK (Off)
Fan fault ID (amber/blinking amber)
Power off (Off)
HS Expander module
The replacement procedure should be completed within an absolute maximum of 3 minutes.Figure 3. HS expander module - top panel
