HP AD510A HP StorageWorks Modular Smart Array controller, cache, and battery r - Page 2

Stopping access to the controller, Replacing the controller/components

Page 2 highlights

Table 1 Controller error messages Number Message text 03 CRITICAL LOCK-UP DETECTED. CODE=h 43 REDUNDANCY FAILED HARDWARE FAILURE 66 CACHE HARDWARE FAILED AND DISABLED 204 ARRAY CONTROLLER DISABLED 305 ROM CLONING FAILED 308 FIRMWARE FLASH FAILED 317 ISCSI MODULE FLASH FAILED 501 PCI SUBSYSTEM HARDWARE FAILURE 502 PCI BRIDGE ASIC SELF TEST FAILURE 513 UNCORRECTED ECC MEMORY ERROR SEEN 515 FIBRE DEVICE HARDWARE FAILURE 524 ISCSI MODULE HARDWARE FAILURE Stopping access to the controller Single controller configurations To service a failed or operational controller: 1. Ensure that a known, good backup is available. 2. Schedule a maintenance window. 3. From the servers, stop all access to the MSA. 4. Power off the MSA and disconnect the power cords to prevent any new access. Dual-controller configurations If one of the two controllers has failed, you may remove the failed controller for servicing at any time. If both controllers are operational, but one or both of them need servicing, you can schedule a maintenance window to perform the service, or do the following to disable and service the standby controller while operating in a non-redundant mode from the active controller. 1. Access the management utility for your MSA: Table 2 Available management utilities MSA model MSA1000 MSA1500 cs MSA1510i Available management utilities Command Line Interface Array Configuration Utility, Command Line Interface Storage Management Utility, Command Line Interface IMPORTANT: During this procedure, because you disable the controller being removed, you temporarily operate in a non-redundant mode. 2. In your chosen management utility, disable the controller to be removed. For details, see online help or your user documentation. 3. Wait for the following LCD message to be displayed before removing the controller: 204 ARRAY CONTROLLER DISABLED IMPORTANT: If an operational controller is removed from the chassis without first being disabled, the active controller might halt. To clear this fault condition, power cycle the MSA. Replacing the controller/components Step 1: Remove the controller 1. Press the controller thumb latch and rotate the latch handle out (1). 2. Pull the controller straight out of the chassis (2). 1 2 15181 Step 2: Remove the cache module (if applicable) NOTE: If you are not replacing controller cache modules, proceed to Step 3. IMPORTANT: Replacement controllers include a new cache module. Remove this new module from the replacement controller and replace it with the cache module from the failed controller. Using the same cache module completes disk writes trapped in the cache. IMPORTANT: When replacing a controller cache module in a dual-controller configuration, the memory size of the new module must be identical to that of the already installed module. NOTE: The controller in the following illustration has been rotated to show the side and rear of the controller.

  • 1
  • 2
  • 3
  • 4

Stopping access to the controller
Single controller configurations
To service a failed or operational controller:
1.
Ensure that a known, good backup is available.
2.
Schedule a maintenance window.
3.
From the servers, stop all access to the MSA.
4.
Power off the MSA and disconnect the power cords to prevent any
new access.
Dual-controller configurations
If one of the two controllers has failed, you may remove the failed
controller for servicing at any time.
If both controllers are operational, but one or both of them need
servicing, you can schedule a maintenance window to perform the
service, or do the following to disable and service the standby
controller while operating in a non-redundant mode from the active
controller.
1.
Access the management utility for your MSA:
IMPORTANT:
During this procedure, because you disable the
controller being removed, you temporarily operate in a non-redundant
mode.
2.
In your chosen management utility, disable the controller to be
removed. For details, see online help or your user documentation.
3.
Wait for the following LCD message to be displayed before
removing the controller:
204 ARRAY CONTROLLER DISABLED
IMPORTANT:
If an operational controller is removed from the
chassis without first being disabled, the active controller might halt. To
clear this fault condition, power cycle the MSA.
Replacing the controller/components
Step 1: Remove the controller
1.
Press the controller thumb latch and rotate the latch handle out (
1
).
2.
Pull the controller straight out of the chassis (
2
).
Step 2: Remove the cache module
(if applicable)
NOTE:
If you are not replacing controller cache modules,
proceed to Step 3.
IMPORTANT:
Replacement controllers include a new cache
module. Remove this new module from the replacement controller and
replace it with the cache module from the failed controller. Using the
same cache module completes disk writes trapped in the cache.
IMPORTANT:
When replacing a controller cache module in a
dual-controller configuration, the memory size of the new module must
be identical to that of the already installed module.
NOTE:
The controller in the following illustration has been rotated
to show the side and rear of the controller.
Table 1
Controller error messages
Number
Message text
03
CRITICAL LOCK-UP DETECTED. CODE=<n>h
43
REDUNDANCY FAILED HARDWARE FAILURE
66
CACHE HARDWARE FAILED AND DISABLED
204
ARRAY CONTROLLER DISABLED
305
ROM CLONING FAILED
308
FIRMWARE FLASH FAILED
317
ISCSI MODULE FLASH FAILED
501
PCI SUBSYSTEM HARDWARE FAILURE
502
PCI BRIDGE ASIC SELF TEST FAILURE
513
UNCORRECTED ECC MEMORY ERROR SEEN
515
FIBRE DEVICE HARDWARE FAILURE
524
ISCSI MODULE HARDWARE FAILURE
Table 2
Available management utilities
MSA model
Available management utilities
MSA1000
Command Line Interface
MSA1500 cs
Array Configuration Utility, Command Line Interface
MSA1510i
Storage Management Utility, Command Line Interface
2
15181
1